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  "components/Orderfood/orderfood.jsx",
  "components/Stores/stores.jsx",
  "components/Faq/faq.jsx",
  "components/Checkedfood/FoodItem/fooditem.jsx",
  "components/Checkedfood/Steps/steps.jsx",
  "components/Checkedfood/checkedfood.jsx",
  "images/btnAppstore.svg",
  "images/btnGoogleplay.svg",
  "images/btnHuawei.svg",
  "images/germany/logoFooter.svg",
  "components/Footer/footer.jsx",
  "components/Mealtime/mealtime.jsx",
  "App.jsx",
  "index.js"
 ],
 "sourcesContent": [
  "// Copyright (c) 2017 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\n// ┌────────────────────────────────────────────────────────────┐ \\\\\n// │ Eve 0.5.4 - JavaScript Events Library                      │ \\\\\n// ├────────────────────────────────────────────────────────────┤ \\\\\n// │ Author Dmitry Baranovskiy (http://dmitry.baranovskiy.com/) │ \\\\\n// └────────────────────────────────────────────────────────────┘ \\\\\n\n(function (glob) {\n    var version = \"0.5.4\",\n        has = \"hasOwnProperty\",\n        separator = /[\\.\\/]/,\n        comaseparator = /\\s*,\\s*/,\n        wildcard = \"*\",\n        numsort = function (a, b) {\n            return a - b;\n        },\n        current_event,\n        stop,\n        events = {n: {}},\n        firstDefined = function () {\n            for (var i = 0, ii = this.length; i < ii; i++) {\n                if (typeof this[i] != \"undefined\") {\n                    return this[i];\n                }\n            }\n        },\n        lastDefined = function () {\n            var i = this.length;\n            while (--i) {\n                if (typeof this[i] != \"undefined\") {\n                    return this[i];\n                }\n            }\n        },\n        objtos = Object.prototype.toString,\n        Str = String,\n        isArray = Array.isArray || function (ar) {\n            return ar instanceof Array || objtos.call(ar) == \"[object Array]\";\n        },\n    /*\\\n     * eve\n     [ method ]\n\n     * Fires event with given `name`, given scope and other parameters.\n\n     - name (string) name of the *event*, dot (`.`) or slash (`/`) separated\n     - scope (object) context for the event handlers\n     - varargs (...) the rest of arguments will be sent to event handlers\n\n     = (object) array of returned values from the listeners. Array has two methods `.firstDefined()` and `.lastDefined()` to get first or last not `undefined` value.\n    \\*/\n        eve = function (name, scope) {\n            var oldstop = stop,\n                args = Array.prototype.slice.call(arguments, 2),\n                listeners = eve.listeners(name),\n                z = 0,\n                l,\n                indexed = [],\n                queue = {},\n                out = [],\n                ce = current_event;\n            out.firstDefined = firstDefined;\n            out.lastDefined = lastDefined;\n            current_event = name;\n            stop = 0;\n            for (var i = 0, ii = listeners.length; i < ii; i++) if (\"zIndex\" in listeners[i]) {\n                indexed.push(listeners[i].zIndex);\n                if (listeners[i].zIndex < 0) {\n                    queue[listeners[i].zIndex] = listeners[i];\n                }\n            }\n            indexed.sort(numsort);\n            while (indexed[z] < 0) {\n                l = queue[indexed[z++]];\n                out.push(l.apply(scope, args));\n                if (stop) {\n                    stop = oldstop;\n                    return out;\n                }\n            }\n            for (i = 0; i < ii; i++) {\n                l = listeners[i];\n                if (\"zIndex\" in l) {\n                    if (l.zIndex == indexed[z]) {\n                        out.push(l.apply(scope, args));\n                        if (stop) {\n                            break;\n                        }\n                        do {\n                            z++;\n                            l = queue[indexed[z]];\n                            l && out.push(l.apply(scope, args));\n                            if (stop) {\n                                break;\n                            }\n                        } while (l)\n                    } else {\n                        queue[l.zIndex] = l;\n                    }\n                } else {\n                    out.push(l.apply(scope, args));\n                    if (stop) {\n                        break;\n                    }\n                }\n            }\n            stop = oldstop;\n            current_event = ce;\n            return out;\n        };\n    // Undocumented. Debug only.\n    eve._events = events;\n    /*\\\n     * eve.listeners\n     [ method ]\n\n     * Internal method which gives you array of all event handlers that will be triggered by the given `name`.\n\n     - name (string) name of the event, dot (`.`) or slash (`/`) separated\n\n     = (array) array of event handlers\n    \\*/\n    eve.listeners = function (name) {\n        var names = isArray(name) ? name : name.split(separator),\n            e = events,\n            item,\n            items,\n            k,\n            i,\n            ii,\n            j,\n            jj,\n            nes,\n            es = [e],\n            out = [];\n        for (i = 0, ii = names.length; i < ii; i++) {\n            nes = [];\n            for (j = 0, jj = es.length; j < jj; j++) {\n                e = es[j].n;\n                items = [e[names[i]], e[wildcard]];\n                k = 2;\n                while (k--) {\n                    item = items[k];\n                    if (item) {\n                        nes.push(item);\n                        out = out.concat(item.f || []);\n                    }\n                }\n            }\n            es = nes;\n        }\n        return out;\n    };\n    /*\\\n     * eve.separator\n     [ method ]\n\n     * If for some reasons you don’t like default separators (`.` or `/`) you can specify yours\n     * here. Be aware that if you pass a string longer than one character it will be treated as\n     * a list of characters.\n\n     - separator (string) new separator. Empty string resets to default: `.` or `/`.\n    \\*/\n    eve.separator = function (sep) {\n        if (sep) {\n            sep = Str(sep).replace(/(?=[\\.\\^\\]\\[\\-])/g, \"\\\\\");\n            sep = \"[\" + sep + \"]\";\n            separator = new RegExp(sep);\n        } else {\n            separator = /[\\.\\/]/;\n        }\n    };\n    /*\\\n     * eve.on\n     [ method ]\n     **\n     * Binds given event handler with a given name. You can use wildcards “`*`” for the names:\n     | eve.on(\"*.under.*\", f);\n     | eve(\"mouse.under.floor\"); // triggers f\n     * Use @eve to trigger the listener.\n     **\n     - name (string) name of the event, dot (`.`) or slash (`/`) separated, with optional wildcards\n     - f (function) event handler function\n     **\n     - name (array) if you don’t want to use separators, you can use array of strings\n     - f (function) event handler function\n     **\n     = (function) returned function accepts a single numeric parameter that represents z-index of the handler. It is an optional feature and only used when you need to ensure that some subset of handlers will be invoked in a given order, despite of the order of assignment.\n     > Example:\n     | eve.on(\"mouse\", eatIt)(2);\n     | eve.on(\"mouse\", scream);\n     | eve.on(\"mouse\", catchIt)(1);\n     * This will ensure that `catchIt` function will be called before `eatIt`.\n     *\n     * If you want to put your handler before non-indexed handlers, specify a negative value.\n     * Note: I assume most of the time you don’t need to worry about z-index, but it’s nice to have this feature “just in case”.\n    \\*/\n    eve.on = function (name, f) {\n        if (typeof f != \"function\") {\n            return function () {};\n        }\n        var names = isArray(name) ? isArray(name[0]) ? name : [name] : Str(name).split(comaseparator);\n        for (var i = 0, ii = names.length; i < ii; i++) {\n            (function (name) {\n                var names = isArray(name) ? name : Str(name).split(separator),\n                    e = events,\n                    exist;\n                for (var i = 0, ii = names.length; i < ii; i++) {\n                    e = e.n;\n                    e = e.hasOwnProperty(names[i]) && e[names[i]] || (e[names[i]] = {n: {}});\n                }\n                e.f = e.f || [];\n                for (i = 0, ii = e.f.length; i < ii; i++) if (e.f[i] == f) {\n                    exist = true;\n                    break;\n                }\n                !exist && e.f.push(f);\n            }(names[i]));\n        }\n        return function (zIndex) {\n            if (+zIndex == +zIndex) {\n                f.zIndex = +zIndex;\n            }\n        };\n    };\n    /*\\\n     * eve.f\n     [ method ]\n     **\n     * Returns function that will fire given event with optional arguments.\n     * Arguments that will be passed to the result function will be also\n     * concated to the list of final arguments.\n     | el.onclick = eve.f(\"click\", 1, 2);\n     | eve.on(\"click\", function (a, b, c) {\n     |     console.log(a, b, c); // 1, 2, [event object]\n     | });\n     - event (string) event name\n     - varargs (…) and any other arguments\n     = (function) possible event handler function\n    \\*/\n    eve.f = function (event) {\n        var attrs = [].slice.call(arguments, 1);\n        return function () {\n            eve.apply(null, [event, null].concat(attrs).concat([].slice.call(arguments, 0)));\n        };\n    };\n    /*\\\n     * eve.stop\n     [ method ]\n     **\n     * Is used inside an event handler to stop the event, preventing any subsequent listeners from firing.\n    \\*/\n    eve.stop = function () {\n        stop = 1;\n    };\n    /*\\\n     * eve.nt\n     [ method ]\n     **\n     * Could be used inside event handler to figure out actual name of the event.\n     **\n     - subname (string) #optional subname of the event\n     **\n     = (string) name of the event, if `subname` is not specified\n     * or\n     = (boolean) `true`, if current event’s name contains `subname`\n    \\*/\n    eve.nt = function (subname) {\n        var cur = isArray(current_event) ? current_event.join(\".\") : current_event;\n        if (subname) {\n            return new RegExp(\"(?:\\\\.|\\\\/|^)\" + subname + \"(?:\\\\.|\\\\/|$)\").test(cur);\n        }\n        return cur;\n    };\n    /*\\\n     * eve.nts\n     [ method ]\n     **\n     * Could be used inside event handler to figure out actual name of the event.\n     **\n     **\n     = (array) names of the event\n    \\*/\n    eve.nts = function () {\n        return isArray(current_event) ? current_event : current_event.split(separator);\n    };\n    /*\\\n     * eve.off\n     [ method ]\n     **\n     * Removes given function from the list of event listeners assigned to given name.\n     * If no arguments specified all the events will be cleared.\n     **\n     - name (string) name of the event, dot (`.`) or slash (`/`) separated, with optional wildcards\n     - f (function) event handler function\n    \\*/\n    /*\\\n     * eve.unbind\n     [ method ]\n     **\n     * See @eve.off\n    \\*/\n    eve.off = eve.unbind = function (name, f) {\n        if (!name) {\n            eve._events = events = {n: {}};\n            return;\n        }\n        var names = isArray(name) ? isArray(name[0]) ? name : [name] : Str(name).split(comaseparator);\n        if (names.length > 1) {\n            for (var i = 0, ii = names.length; i < ii; i++) {\n                eve.off(names[i], f);\n            }\n            return;\n        }\n        names = isArray(name) ? name : Str(name).split(separator);\n        var e,\n            key,\n            splice,\n            i, ii, j, jj,\n            cur = [events],\n            inodes = [];\n        for (i = 0, ii = names.length; i < ii; i++) {\n            for (j = 0; j < cur.length; j += splice.length - 2) {\n                splice = [j, 1];\n                e = cur[j].n;\n                if (names[i] != wildcard) {\n                    if (e[names[i]]) {\n                        splice.push(e[names[i]]);\n                        inodes.unshift({\n                            n: e,\n                            name: names[i]\n                        });\n                    }\n                } else {\n                    for (key in e) if (e[has](key)) {\n                        splice.push(e[key]);\n                        inodes.unshift({\n                            n: e,\n                            name: key\n                        });\n                    }\n                }\n                cur.splice.apply(cur, splice);\n            }\n        }\n        for (i = 0, ii = cur.length; i < ii; i++) {\n            e = cur[i];\n            while (e.n) {\n                if (f) {\n                    if (e.f) {\n                        for (j = 0, jj = e.f.length; j < jj; j++) if (e.f[j] == f) {\n                            e.f.splice(j, 1);\n                            break;\n                        }\n                        !e.f.length && delete e.f;\n                    }\n                    for (key in e.n) if (e.n[has](key) && e.n[key].f) {\n                        var funcs = e.n[key].f;\n                        for (j = 0, jj = funcs.length; j < jj; j++) if (funcs[j] == f) {\n                            funcs.splice(j, 1);\n                            break;\n                        }\n                        !funcs.length && delete e.n[key].f;\n                    }\n                } else {\n                    delete e.f;\n                    for (key in e.n) if (e.n[has](key) && e.n[key].f) {\n                        delete e.n[key].f;\n                    }\n                }\n                e = e.n;\n            }\n        }\n        // prune inner nodes in path\n        prune: for (i = 0, ii = inodes.length; i < ii; i++) {\n            e = inodes[i];\n            for (key in e.n[e.name].f) {\n                // not empty (has listeners)\n                continue prune;\n            }\n            for (key in e.n[e.name].n) {\n                // not empty (has children)\n                continue prune;\n            }\n            // is empty\n            delete e.n[e.name];\n        }\n    };\n    /*\\\n     * eve.once\n     [ method ]\n     **\n     * Binds given event handler with a given name to only run once then unbind itself.\n     | eve.once(\"login\", f);\n     | eve(\"login\"); // triggers f\n     | eve(\"login\"); // no listeners\n     * Use @eve to trigger the listener.\n     **\n     - name (string) name of the event, dot (`.`) or slash (`/`) separated, with optional wildcards\n     - f (function) event handler function\n     **\n     = (function) same return function as @eve.on\n    \\*/\n    eve.once = function (name, f) {\n        var f2 = function () {\n            eve.off(name, f2);\n            return f.apply(this, arguments);\n        };\n        return eve.on(name, f2);\n    };\n    /*\\\n     * eve.version\n     [ property (string) ]\n     **\n     * Current version of the library.\n    \\*/\n    eve.version = version;\n    eve.toString = function () {\n        return \"You are running Eve \" + version;\n    };\n    glob.eve = eve;\n    typeof module != \"undefined\" && module.exports ? module.exports = eve : typeof define === \"function\" && define.amd ? define(\"eve\", [], function () { return eve; }) : glob.eve = eve;\n})(typeof window != \"undefined\" ? window : this);\n",
  "/**\n * Copyright (c) 2013-present, Facebook, Inc.\n *\n * This source code is licensed under the MIT license found in the\n * LICENSE file in the root directory of this source tree.\n */\n\n'use strict';\n\nvar ReactPropTypesSecret = require('./lib/ReactPropTypesSecret');\n\nfunction emptyFunction() {}\nfunction emptyFunctionWithReset() {}\nemptyFunctionWithReset.resetWarningCache = emptyFunction;\n\nmodule.exports = function() {\n  function shim(props, propName, componentName, location, propFullName, secret) {\n    if (secret === ReactPropTypesSecret) {\n      // It is still safe when called from React.\n      return;\n    }\n    var err = new Error(\n      'Calling PropTypes validators directly is not supported by the `prop-types` package. ' +\n      'Use PropTypes.checkPropTypes() to call them. ' +\n      'Read more at http://fb.me/use-check-prop-types'\n    );\n    err.name = 'Invariant Violation';\n    throw err;\n  };\n  shim.isRequired = shim;\n  function getShim() {\n    return shim;\n  };\n  // Important!\n  // Keep this list in sync with production version in `./factoryWithTypeCheckers.js`.\n  var ReactPropTypes = {\n    array: shim,\n    bigint: shim,\n    bool: shim,\n    func: shim,\n    number: shim,\n    object: shim,\n    string: shim,\n    symbol: shim,\n\n    any: shim,\n    arrayOf: getShim,\n    element: shim,\n    elementType: shim,\n    instanceOf: getShim,\n    node: shim,\n    objectOf: getShim,\n    oneOf: getShim,\n    oneOfType: getShim,\n    shape: getShim,\n    exact: getShim,\n\n    checkPropTypes: emptyFunctionWithReset,\n    resetWarningCache: emptyFunction\n  };\n\n  ReactPropTypes.PropTypes = ReactPropTypes;\n\n  return ReactPropTypes;\n};\n",
  "/**\n * Copyright (c) 2013-present, Facebook, Inc.\n *\n * This source code is licensed under the MIT license found in the\n * LICENSE file in the root directory of this source tree.\n */\n\nif (process.env.NODE_ENV !== 'production') {\n  var ReactIs = require('react-is');\n\n  // By explicitly using `prop-types` you are opting into new development behavior.\n  // http://fb.me/prop-types-in-prod\n  var throwOnDirectAccess = true;\n  module.exports = require('./factoryWithTypeCheckers')(ReactIs.isElement, throwOnDirectAccess);\n} else {\n  // By explicitly using `prop-types` you are opting into new production behavior.\n  // http://fb.me/prop-types-in-prod\n  module.exports = require('./factoryWithThrowingShims')();\n}\n",
  "/**\n * Copyright (c) 2013-present, Facebook, Inc.\n *\n * This source code is licensed under the MIT license found in the\n * LICENSE file in the root directory of this source tree.\n */\n\n'use strict';\n\nvar ReactPropTypesSecret = 'SECRET_DO_NOT_PASS_THIS_OR_YOU_WILL_BE_FIRED';\n\nmodule.exports = ReactPropTypesSecret;\n",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\nexports['default'] = {\n  slide: require('./menus/slide'),\n  stack: require('./menus/stack'),\n  elastic: require('./menus/elastic'),\n  bubble: require('./menus/bubble'),\n  push: require('./menus/push'),\n  pushRotate: require('./menus/pushRotate'),\n  scaleDown: require('./menus/scaleDown'),\n  scaleRotate: require('./menus/scaleRotate'),\n  fallDown: require('./menus/fallDown'),\n  reveal: require('./menus/reveal')\n};\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\n\nvar _extends = Object.assign || function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; };\n\nvar _createClass = (function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ('value' in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; })();\n\nvar _get = function get(_x, _x2, _x3) { var _again = true; _function: while (_again) { var object = _x, property = _x2, receiver = _x3; _again = false; if (object === null) object = Function.prototype; var desc = Object.getOwnPropertyDescriptor(object, property); if (desc === undefined) { var parent = Object.getPrototypeOf(object); if (parent === null) { return undefined; } else { _x = parent; _x2 = property; _x3 = receiver; _again = true; desc = parent = undefined; continue _function; } } else if ('value' in desc) { return desc.value; } else { var getter = desc.get; if (getter === undefined) { return undefined; } return getter.call(receiver); } } };\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { 'default': obj }; }\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError('Cannot call a class as a function'); } }\n\nfunction _inherits(subClass, superClass) { if (typeof superClass !== 'function' && superClass !== null) { throw new TypeError('Super expression must either be null or a function, not ' + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }\n\nvar _react = require('react');\n\nvar _react2 = _interopRequireDefault(_react);\n\nvar _propTypes = require('prop-types');\n\nvar _propTypes2 = _interopRequireDefault(_propTypes);\n\nvar BurgerIcon = (function (_Component) {\n  _inherits(BurgerIcon, _Component);\n\n  function BurgerIcon(props) {\n    _classCallCheck(this, BurgerIcon);\n\n    _get(Object.getPrototypeOf(BurgerIcon.prototype), 'constructor', this).call(this, props);\n    this.state = {\n      hover: false\n    };\n  }\n\n  _createClass(BurgerIcon, [{\n    key: 'getLineStyle',\n    value: function getLineStyle(index) {\n      return _extends({\n        position: 'absolute',\n        height: '20%',\n        left: 0,\n        right: 0,\n        top: 20 * (index * 2) + '%',\n        opacity: this.state.hover ? 0.6 : 1\n      }, this.state.hover && this.props.styles.bmBurgerBarsHover);\n    }\n  }, {\n    key: 'render',\n    value: function render() {\n      var _this = this;\n\n      var icon = undefined;\n      var buttonStyle = {\n        position: 'absolute',\n        left: 0,\n        top: 0,\n        zIndex: 1,\n        width: '100%',\n        height: '100%',\n        margin: 0,\n        padding: 0,\n        border: 'none',\n        fontSize: 0,\n        background: 'transparent',\n        cursor: 'pointer'\n      };\n\n      if (this.props.customIcon) {\n        var extraProps = {\n          className: ('bm-icon ' + (this.props.customIcon.props.className || '')).trim(),\n          style: _extends({ width: '100%', height: '100%' }, this.props.styles.bmIcon)\n        };\n        icon = _react2['default'].cloneElement(this.props.customIcon, extraProps);\n      } else {\n        icon = _react2['default'].createElement(\n          'span',\n          null,\n          [0, 1, 2].map(function (bar) {\n            return _react2['default'].createElement('span', {\n              key: bar,\n              className: ('bm-burger-bars ' + _this.props.barClassName + ' ' + (_this.state.hover ? 'bm-burger-bars-hover' : '')).trim(),\n              style: _extends({}, _this.getLineStyle(bar), _this.props.styles.bmBurgerBars)\n            });\n          })\n        );\n      }\n\n      return _react2['default'].createElement(\n        'div',\n        {\n          className: ('bm-burger-button ' + this.props.className).trim(),\n          style: _extends({ zIndex: 1000 }, this.props.styles.bmBurgerButton)\n        },\n        _react2['default'].createElement(\n          'button',\n          {\n            type: 'button',\n            id: 'react-burger-menu-btn',\n            onClick: this.props.onClick,\n            onMouseOver: function () {\n              _this.setState({ hover: true });\n              if (_this.props.onIconHoverChange) {\n                _this.props.onIconHoverChange({ isMouseIn: true });\n              }\n            },\n            onMouseOut: function () {\n              _this.setState({ hover: false });\n              if (_this.props.onIconHoverChange) {\n                _this.props.onIconHoverChange({ isMouseIn: false });\n              }\n            },\n            style: buttonStyle\n          },\n          'Open Menu'\n        ),\n        icon\n      );\n    }\n  }]);\n\n  return BurgerIcon;\n})(_react.Component);\n\nexports['default'] = BurgerIcon;\n\nBurgerIcon.propTypes = {\n  barClassName: _propTypes2['default'].string,\n  customIcon: _propTypes2['default'].element,\n  styles: _propTypes2['default'].object\n};\n\nBurgerIcon.defaultProps = {\n  barClassName: '',\n  className: '',\n  styles: {}\n};\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\n\nvar _extends = Object.assign || function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; };\n\nvar _createClass = (function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ('value' in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; })();\n\nvar _get = function get(_x, _x2, _x3) { var _again = true; _function: while (_again) { var object = _x, property = _x2, receiver = _x3; _again = false; if (object === null) object = Function.prototype; var desc = Object.getOwnPropertyDescriptor(object, property); if (desc === undefined) { var parent = Object.getPrototypeOf(object); if (parent === null) { return undefined; } else { _x = parent; _x2 = property; _x3 = receiver; _again = true; desc = parent = undefined; continue _function; } } else if ('value' in desc) { return desc.value; } else { var getter = desc.get; if (getter === undefined) { return undefined; } return getter.call(receiver); } } };\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { 'default': obj }; }\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError('Cannot call a class as a function'); } }\n\nfunction _inherits(subClass, superClass) { if (typeof superClass !== 'function' && superClass !== null) { throw new TypeError('Super expression must either be null or a function, not ' + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }\n\nvar _react = require('react');\n\nvar _react2 = _interopRequireDefault(_react);\n\nvar _propTypes = require('prop-types');\n\nvar _propTypes2 = _interopRequireDefault(_propTypes);\n\nvar CrossIcon = (function (_Component) {\n  _inherits(CrossIcon, _Component);\n\n  function CrossIcon() {\n    _classCallCheck(this, CrossIcon);\n\n    _get(Object.getPrototypeOf(CrossIcon.prototype), 'constructor', this).apply(this, arguments);\n  }\n\n  _createClass(CrossIcon, [{\n    key: 'getCrossStyle',\n    value: function getCrossStyle(type) {\n      return {\n        position: 'absolute',\n        width: 3,\n        height: 14,\n        transform: type === 'before' ? 'rotate(45deg)' : 'rotate(-45deg)'\n      };\n    }\n  }, {\n    key: 'render',\n    value: function render() {\n      var _this = this;\n\n      var icon;\n      var buttonWrapperStyle = {\n        position: 'absolute',\n        width: 24,\n        height: 24,\n        right: 8,\n        top: 8\n      };\n      var buttonStyle = {\n        position: 'absolute',\n        left: 0,\n        top: 0,\n        zIndex: 1,\n        width: '100%',\n        height: '100%',\n        margin: 0,\n        padding: 0,\n        border: 'none',\n        fontSize: 0,\n        background: 'transparent',\n        cursor: 'pointer'\n      };\n\n      if (this.props.customIcon) {\n        var extraProps = {\n          className: ('bm-cross ' + (this.props.customIcon.props.className || '')).trim(),\n          style: _extends({ width: '100%', height: '100%' }, this.props.styles.bmCross)\n        };\n        icon = _react2['default'].cloneElement(this.props.customIcon, extraProps);\n      } else {\n        icon = _react2['default'].createElement(\n          'span',\n          { style: { position: 'absolute', top: '6px', right: '14px' } },\n          ['before', 'after'].map(function (type, i) {\n            return _react2['default'].createElement('span', {\n              key: i,\n              className: ('bm-cross ' + _this.props.crossClassName).trim(),\n              style: _extends({}, _this.getCrossStyle(type), _this.props.styles.bmCross)\n            });\n          })\n        );\n      }\n\n      return _react2['default'].createElement(\n        'div',\n        {\n          className: ('bm-cross-button ' + this.props.className).trim(),\n          style: _extends({}, buttonWrapperStyle, this.props.styles.bmCrossButton)\n        },\n        _react2['default'].createElement(\n          'button',\n          _extends({\n            type: 'button',\n            id: 'react-burger-cross-btn',\n            onClick: this.props.onClick,\n            style: buttonStyle\n          }, !this.props.isOpen && { tabIndex: -1 }),\n          'Close Menu'\n        ),\n        icon\n      );\n    }\n  }]);\n\n  return CrossIcon;\n})(_react.Component);\n\nexports['default'] = CrossIcon;\n\nCrossIcon.propTypes = {\n  crossClassName: _propTypes2['default'].string,\n  customIcon: _propTypes2['default'].element,\n  isOpen: _propTypes2['default'].bool,\n  styles: _propTypes2['default'].object\n};\n\nCrossIcon.defaultProps = {\n  crossClassName: '',\n  className: '',\n  styles: {},\n  isOpen: false\n};\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\nvar styles = {\n  overlay: function overlay(isOpen) {\n    return {\n      position: 'fixed',\n      zIndex: 1000,\n      width: '100%',\n      height: '100%',\n      background: 'rgba(0, 0, 0, 0.3)',\n      opacity: isOpen ? 1 : 0,\n      MozTransform: isOpen ? '' : 'translate3d(100%, 0, 0)',\n      MsTransform: isOpen ? '' : 'translate3d(100%, 0, 0)',\n      OTransform: isOpen ? '' : 'translate3d(100%, 0, 0)',\n      WebkitTransform: isOpen ? '' : 'translate3d(100%, 0, 0)',\n      transform: isOpen ? '' : 'translate3d(100%, 0, 0)',\n      transition: isOpen ? 'opacity 0.3s' : 'opacity 0.3s, transform 0s 0.3s'\n    };\n  },\n\n  menuWrap: function menuWrap(isOpen, width, right) {\n    return {\n      position: 'fixed',\n      right: right ? 0 : 'inherit',\n      zIndex: 1100,\n      width: width,\n      height: '100%',\n      MozTransform: isOpen ? '' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      MsTransform: isOpen ? '' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      OTransform: isOpen ? '' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      WebkitTransform: isOpen ? '' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      transform: isOpen ? '' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      transition: 'all 0.5s'\n    };\n  },\n\n  menu: function menu() {\n    return {\n      height: '100%',\n      boxSizing: 'border-box',\n      overflow: 'auto'\n    };\n  },\n\n  itemList: function itemList() {\n    return {\n      height: '100%'\n    };\n  },\n\n  item: function item() {\n    return {\n      display: 'block'\n    };\n  }\n};\n\nexports['default'] = styles;\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\nexports.focusOnFirstMenuItem = focusOnFirstMenuItem;\nexports.focusOnLastMenuItem = focusOnLastMenuItem;\nexports.focusOnCrossButton = focusOnCrossButton;\nexports.focusOnMenuButton = focusOnMenuButton;\nexports.focusOnMenuItem = focusOnMenuItem;\nexports.focusOnNextMenuItem = focusOnNextMenuItem;\nexports.focusOnPreviousMenuItem = focusOnPreviousMenuItem;\n\nfunction focusOnFirstMenuItem() {\n  var firstItem = Array.from(document.getElementsByClassName('bm-item')).shift();\n  if (firstItem) {\n    firstItem.focus();\n  }\n}\n\nfunction focusOnLastMenuItem() {\n  var lastItem = Array.from(document.getElementsByClassName('bm-item')).pop();\n  if (lastItem) {\n    lastItem.focus();\n  }\n}\n\nfunction focusOnCrossButton() {\n  var crossButton = document.getElementById('react-burger-cross-btn');\n  if (crossButton) {\n    crossButton.focus();\n  }\n}\n\nfunction focusOnMenuButton() {\n  var menuButton = document.getElementById('react-burger-menu-btn');\n  if (menuButton) {\n    menuButton.focus();\n  }\n}\n\nfunction focusOnMenuItem(siblingType) {\n  if (document.activeElement.className.includes('bm-item')) {\n    var sibling = document.activeElement[siblingType];\n    if (sibling) {\n      sibling.focus();\n    } else {\n      focusOnCrossButton();\n    }\n  } else {\n    if (siblingType === 'previousElementSibling') {\n      focusOnLastMenuItem();\n    } else {\n      focusOnFirstMenuItem();\n    }\n  }\n}\n\nfunction focusOnNextMenuItem() {\n  focusOnMenuItem('nextElementSibling');\n}\n\nfunction focusOnPreviousMenuItem() {\n  focusOnMenuItem('previousElementSibling');\n}",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\n\nexports['default'] = function () {\n  var Snap = undefined;\n  try {\n    Snap = require('snapsvg-cjs');\n  } finally {\n    return Snap;\n  }\n};\n\nmodule.exports = exports['default'];",
  "\"use strict\";\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\nvar pxToNum = function pxToNum(val) {\n  return parseInt(val.slice(0, -2), 10);\n};\nexports.pxToNum = pxToNum;",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\n\nvar _slicedToArray = (function () { function sliceIterator(arr, i) { var _arr = []; var _n = true; var _d = false; var _e = undefined; try { for (var _i = arr[Symbol.iterator](), _s; !(_n = (_s = _i.next()).done); _n = true) { _arr.push(_s.value); if (i && _arr.length === i) break; } } catch (err) { _d = true; _e = err; } finally { try { if (!_n && _i['return']) _i['return'](); } finally { if (_d) throw _e; } } return _arr; } return function (arr, i) { if (Array.isArray(arr)) { return arr; } else if (Symbol.iterator in Object(arr)) { return sliceIterator(arr, i); } else { throw new TypeError('Invalid attempt to destructure non-iterable instance'); } }; })();\n\nvar _extends = Object.assign || function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; };\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { 'default': obj }; }\n\nvar _react = require('react');\n\nvar _react2 = _interopRequireDefault(_react);\n\nvar _reactDom = require('react-dom');\n\nvar _reactDom2 = _interopRequireDefault(_reactDom);\n\nvar _propTypes = require('prop-types');\n\nvar _propTypes2 = _interopRequireDefault(_propTypes);\n\nvar _helpersBaseStyles = require('./helpers/baseStyles');\n\nvar _helpersBaseStyles2 = _interopRequireDefault(_helpersBaseStyles);\n\nvar _helpersDom = require('./helpers/dom');\n\nvar _componentsBurgerIcon = require('./components/BurgerIcon');\n\nvar _componentsBurgerIcon2 = _interopRequireDefault(_componentsBurgerIcon);\n\nvar _componentsCrossIcon = require('./components/CrossIcon');\n\nvar _componentsCrossIcon2 = _interopRequireDefault(_componentsCrossIcon);\n\nexports['default'] = function (styles) {\n  if (!styles) {\n    throw new Error('No styles supplied');\n  }\n\n  var ARROW_DOWN = 'ArrowDown';\n  var ARROW_UP = 'ArrowUp';\n  var ESCAPE = 'Escape';\n  var SPACE = ' ';\n  var HOME = 'Home';\n  var END = 'End';\n\n  function usePrevious(value) {\n    var ref = _react2['default'].useRef(value);\n    _react2['default'].useEffect(function () {\n      ref.current = value;\n    });\n    return ref.current;\n  }\n\n  var Menu = function Menu(props) {\n    var _React$useState = _react2['default'].useState(false);\n\n    var _React$useState2 = _slicedToArray(_React$useState, 2);\n\n    var isOpen = _React$useState2[0];\n    var setIsOpen = _React$useState2[1];\n\n    var timeoutId = _react2['default'].useRef();\n    var toggleOptions = _react2['default'].useRef({});\n    var prevIsOpenProp = usePrevious(props.isOpen);\n\n    _react2['default'].useEffect(function () {\n      if (props.isOpen) {\n        toggleMenu({ isOpen: true, noStateChange: true });\n      }\n\n      return function cleanup() {\n        applyWrapperStyles(false);\n        clearCurrentTimeout();\n      };\n    }, []);\n\n    _react2['default'].useEffect(function () {\n      var wasToggled = typeof props.isOpen !== 'undefined' && props.isOpen !== isOpen && props.isOpen !== prevIsOpenProp;\n\n      if (wasToggled) {\n        toggleMenu();\n        // Toggling changes SVG animation requirements, so defer these until next update\n        return;\n      }\n\n      if (styles.svg) {\n        (function () {\n          var morphShape = document.getElementById('bm-morph-shape');\n          var path = styles.svg.lib(morphShape).select('path');\n\n          if (isOpen) {\n            // Animate SVG path\n            styles.svg.animate(path);\n          } else {\n            // Reset path (timeout ensures animation happens off screen)\n            setTimeout(function () {\n              path.attr('d', styles.svg.pathInitial);\n            }, 300);\n          }\n        })();\n      }\n    });\n\n    _react2['default'].useEffect(function () {\n      var _toggleOptions$current = toggleOptions.current;\n      var noStateChange = _toggleOptions$current.noStateChange;\n      var focusOnLastItem = _toggleOptions$current.focusOnLastItem;\n\n      if (!noStateChange) {\n        props.onStateChange({ isOpen: isOpen });\n      }\n\n      if (!props.disableAutoFocus) {\n        // For accessibility reasons, ensures that when we toggle open,\n        // we focus the first or last menu item according to given parameter\n        if (isOpen) {\n          focusOnLastItem ? (0, _helpersDom.focusOnLastMenuItem)() : (0, _helpersDom.focusOnFirstMenuItem)();\n        } else {\n          if (document.activeElement) {\n            document.activeElement.blur();\n          } else {\n            document.body.blur(); // Needed for IE\n          }\n        }\n      }\n\n      // Timeout ensures wrappers are cleared after animation finishes\n      clearCurrentTimeout();\n      timeoutId.current = setTimeout(function () {\n        timeoutId.current = null;\n        if (!isOpen) {\n          applyWrapperStyles(false);\n        }\n      }, 500);\n\n      // Bind keydown handlers (or custom function if supplied)\n      var defaultOnKeyDown = isOpen ? onKeyDownOpen : onKeyDownClosed;\n      var onKeyDown = props.customOnKeyDown || defaultOnKeyDown;\n      window.addEventListener('keydown', onKeyDown);\n\n      return function cleanup() {\n        window.removeEventListener('keydown', onKeyDown);\n      };\n    }, [isOpen]);\n\n    function toggleMenu() {\n      var options = arguments.length <= 0 || arguments[0] === undefined ? {} : arguments[0];\n\n      toggleOptions.current = options;\n\n      applyWrapperStyles();\n\n      // Ensures wrapper styles are applied before the menu is toggled\n      setTimeout(function () {\n        setIsOpen(function (open) {\n          return typeof options.isOpen !== 'undefined' ? options.isOpen : !open;\n        });\n      });\n    }\n\n    function open() {\n      if (typeof props.onOpen === 'function') {\n        props.onOpen();\n      } else {\n        toggleMenu();\n      }\n    }\n\n    function close() {\n      if (typeof props.onClose === 'function') {\n        props.onClose();\n      } else {\n        toggleMenu();\n      }\n    }\n\n    function getStyle(style, index) {\n      var width = props.width;\n      var right = props.right;\n\n      var formattedWidth = typeof width !== 'string' ? width + 'px' : width;\n      return style(isOpen, formattedWidth, right, index);\n    }\n\n    // Builds styles incrementally for a given element\n    function getStyles(el, index, inline) {\n      var propName = 'bm' + el.replace(el.charAt(0), el.charAt(0).toUpperCase());\n\n      // Set base styles\n      var output = _helpersBaseStyles2['default'][el] ? getStyle(_helpersBaseStyles2['default'][el]) : {};\n\n      // Add animation-specific styles\n      if (styles[el]) {\n        output = _extends({}, output, getStyle(styles[el], index + 1));\n      }\n\n      // Add custom styles\n      if (props.styles[propName]) {\n        output = _extends({}, output, props.styles[propName]);\n      }\n\n      // Add element inline styles\n      if (inline) {\n        output = _extends({}, output, inline);\n      }\n\n      // Remove transition if required\n      // (useful if rendering open initially)\n      if (props.noTransition) {\n        delete output.transition;\n      }\n\n      return output;\n    }\n\n    // Sets or unsets styles on DOM elements outside the menu component\n    // This is necessary for correct page interaction with some of the menus\n    // Throws and returns if the required external elements don't exist,\n    // which means any external page animations won't be applied\n    function handleExternalWrapper(id, wrapperStyles, set) {\n      var wrapper = document.getElementById(id);\n\n      if (!wrapper) {\n        console.error(\"Element with ID '\" + id + \"' not found\");\n        return;\n      }\n\n      var builtStyles = getStyle(wrapperStyles);\n\n      for (var prop in builtStyles) {\n        if (builtStyles.hasOwnProperty(prop)) {\n          wrapper.style[prop] = set ? builtStyles[prop] : '';\n        }\n      }\n\n      // Prevent any horizontal scroll\n      // Only set overflow-x as an inline style if htmlClassName or\n      // bodyClassName is not passed in. Otherwise, it is up to the caller to\n      // decide if they want to set the overflow style in CSS using the custom\n      // class names\n      var applyOverflow = function applyOverflow(el) {\n        return el.style['overflow-x'] = set ? 'hidden' : '';\n      };\n      if (!props.htmlClassName) {\n        applyOverflow(document.querySelector('html'));\n      }\n      if (!props.bodyClassName) {\n        applyOverflow(document.querySelector('body'));\n      }\n    }\n\n    // Applies component-specific styles to external wrapper elements\n    function applyWrapperStyles() {\n      var set = arguments.length <= 0 || arguments[0] === undefined ? true : arguments[0];\n\n      var applyClass = function applyClass(el, className) {\n        return el.classList[set ? 'add' : 'remove'](className);\n      };\n\n      if (props.htmlClassName) {\n        applyClass(document.querySelector('html'), props.htmlClassName);\n      }\n      if (props.bodyClassName) {\n        applyClass(document.querySelector('body'), props.bodyClassName);\n      }\n\n      if (styles.pageWrap && props.pageWrapId) {\n        handleExternalWrapper(props.pageWrapId, styles.pageWrap, set);\n      }\n\n      if (styles.outerContainer && props.outerContainerId) {\n        handleExternalWrapper(props.outerContainerId, styles.outerContainer, set);\n      }\n\n      var menuWrap = document.querySelector('.bm-menu-wrap');\n      if (menuWrap) {\n        if (set) {\n          menuWrap.removeAttribute('hidden');\n        } else {\n          menuWrap.setAttribute('hidden', true);\n        }\n      }\n    }\n\n    // Avoids potentially attempting to update an unmounted component\n    function clearCurrentTimeout() {\n      if (timeoutId.current) {\n        clearTimeout(timeoutId.current);\n      }\n    }\n\n    function onKeyDownOpen(e) {\n      e = e || window.event;\n      switch (e.key) {\n        case ESCAPE:\n          // Close on ESC, unless disabled\n          if (!props.disableCloseOnEsc) {\n            close();\n            (0, _helpersDom.focusOnMenuButton)();\n          }\n          break;\n        case ARROW_DOWN:\n          (0, _helpersDom.focusOnNextMenuItem)();\n          break;\n        case ARROW_UP:\n          (0, _helpersDom.focusOnPreviousMenuItem)();\n          break;\n        case HOME:\n          (0, _helpersDom.focusOnFirstMenuItem)();\n          break;\n        case END:\n          (0, _helpersDom.focusOnLastMenuItem)();\n          break;\n      }\n    }\n\n    function onKeyDownClosed(e) {\n      e = e || window.event;\n      // Key downs came from menu button\n      if (e.target === document.getElementById('react-burger-menu-btn')) {\n        switch (e.key) {\n          case ARROW_DOWN:\n          case SPACE:\n            // If down arrow, space or enter, open menu and focus on first menuitem\n            toggleMenu();\n            break;\n          case ARROW_UP:\n            // If arrow up, open menu and focus on last menuitem\n            toggleMenu({ focusOnLastItem: true });\n            break;\n        }\n      }\n    }\n\n    function handleOverlayClick() {\n      if (props.disableOverlayClick === true || typeof props.disableOverlayClick === 'function' && props.disableOverlayClick()) {\n        return;\n      } else {\n        close();\n      }\n    }\n\n    return _react2['default'].createElement(\n      'div',\n      null,\n      !props.noOverlay && _react2['default'].createElement('div', {\n        className: ('bm-overlay ' + props.overlayClassName).trim(),\n        onClick: handleOverlayClick,\n        style: getStyles('overlay')\n      }),\n      props.customBurgerIcon !== false && _react2['default'].createElement(\n        'div',\n        { style: getStyles('burgerIcon') },\n        _react2['default'].createElement(_componentsBurgerIcon2['default'], {\n          onClick: open,\n          styles: props.styles,\n          customIcon: props.customBurgerIcon,\n          className: props.burgerButtonClassName,\n          barClassName: props.burgerBarClassName,\n          onIconStateChange: props.onIconStateChange\n        })\n      ),\n      _react2['default'].createElement(\n        'div',\n        {\n          id: props.id,\n          className: ('bm-menu-wrap ' + props.className).trim(),\n          style: getStyles('menuWrap'),\n          'aria-hidden': !isOpen\n        },\n        styles.svg && _react2['default'].createElement(\n          'div',\n          {\n            id: 'bm-morph-shape',\n            className: ('bm-morph-shape ' + props.morphShapeClassName).trim(),\n            style: getStyles('morphShape')\n          },\n          _react2['default'].createElement(\n            'svg',\n            {\n              width: '100%',\n              height: '100%',\n              viewBox: '0 0 100 800',\n              preserveAspectRatio: 'none'\n            },\n            _react2['default'].createElement('path', { d: styles.svg.pathInitial })\n          )\n        ),\n        _react2['default'].createElement(\n          'div',\n          {\n            className: ('bm-menu ' + props.menuClassName).trim(),\n            style: getStyles('menu')\n          },\n          _react2['default'].createElement(props.itemListElement, {\n            className: ('bm-item-list ' + props.itemListClassName).trim(),\n            style: getStyles('itemList')\n          }, _react2['default'].Children.map(props.children, function (item, index) {\n            if (item) {\n              var classList = ['bm-item', props.itemClassName, item.props.className].filter(function (className) {\n                return !!className;\n              }).join(' ');\n              var extraProps = _extends({\n                key: index,\n                className: classList,\n                style: getStyles('item', index, item.props.style)\n              }, !isOpen && { tabIndex: -1 });\n              return _react2['default'].cloneElement(item, extraProps);\n            }\n          }))\n        ),\n        props.customCrossIcon !== false && _react2['default'].createElement(\n          'div',\n          { style: getStyles('closeButton') },\n          _react2['default'].createElement(_componentsCrossIcon2['default'], {\n            onClick: close,\n            styles: props.styles,\n            customIcon: props.customCrossIcon,\n            className: props.crossButtonClassName,\n            crossClassName: props.crossClassName,\n            isOpen: isOpen\n          })\n        )\n      )\n    );\n  };\n\n  Menu.propTypes = {\n    bodyClassName: _propTypes2['default'].string,\n    burgerBarClassName: _propTypes2['default'].string,\n    burgerButtonClassName: _propTypes2['default'].string,\n    className: _propTypes2['default'].string,\n    crossButtonClassName: _propTypes2['default'].string,\n    crossClassName: _propTypes2['default'].string,\n    customBurgerIcon: _propTypes2['default'].oneOfType([_propTypes2['default'].element, _propTypes2['default'].oneOf([false])]),\n    customCrossIcon: _propTypes2['default'].oneOfType([_propTypes2['default'].element, _propTypes2['default'].oneOf([false])]),\n    customOnKeyDown: _propTypes2['default'].func,\n    disableAutoFocus: _propTypes2['default'].bool,\n    disableCloseOnEsc: _propTypes2['default'].bool,\n    disableOverlayClick: _propTypes2['default'].oneOfType([_propTypes2['default'].bool, _propTypes2['default'].func]),\n    htmlClassName: _propTypes2['default'].string,\n    id: _propTypes2['default'].string,\n    isOpen: _propTypes2['default'].bool,\n    itemClassName: _propTypes2['default'].string,\n    itemListClassName: _propTypes2['default'].string,\n    itemListElement: _propTypes2['default'].oneOf(['div', 'nav']),\n    menuClassName: _propTypes2['default'].string,\n    morphShapeClassName: _propTypes2['default'].string,\n    noOverlay: _propTypes2['default'].bool,\n    noTransition: _propTypes2['default'].bool,\n    onClose: _propTypes2['default'].func,\n    onIconHoverChange: _propTypes2['default'].func,\n    onOpen: _propTypes2['default'].func,\n    onStateChange: _propTypes2['default'].func,\n    outerContainerId: styles && styles.outerContainer ? _propTypes2['default'].string.isRequired : _propTypes2['default'].string,\n    overlayClassName: _propTypes2['default'].string,\n    pageWrapId: styles && styles.pageWrap ? _propTypes2['default'].string.isRequired : _propTypes2['default'].string,\n    right: _propTypes2['default'].bool,\n    styles: _propTypes2['default'].object,\n    width: _propTypes2['default'].oneOfType([_propTypes2['default'].number, _propTypes2['default'].string])\n  };\n\n  Menu.defaultProps = {\n    bodyClassName: '',\n    burgerBarClassName: '',\n    burgerButtonClassName: '',\n    className: '',\n    crossButtonClassName: '',\n    crossClassName: '',\n    disableAutoFocus: false,\n    disableCloseOnEsc: false,\n    htmlClassName: '',\n    id: '',\n    itemClassName: '',\n    itemListClassName: '',\n    menuClassName: '',\n    morphShapeClassName: '',\n    noOverlay: false,\n    noTransition: false,\n    onStateChange: function onStateChange() {},\n    outerContainerId: '',\n    overlayClassName: '',\n    pageWrapId: '',\n    styles: {},\n    width: 300,\n    onIconHoverChange: function onIconHoverChange() {},\n    itemListElement: 'nav'\n  };\n\n  return Menu;\n};\n\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { 'default': obj }; }\n\nvar _helpersSnapsvgImporter = require('../helpers/snapsvgImporter');\n\nvar _helpersSnapsvgImporter2 = _interopRequireDefault(_helpersSnapsvgImporter);\n\nvar _menuFactory = require('../menuFactory');\n\nvar _menuFactory2 = _interopRequireDefault(_menuFactory);\n\nvar _helpersUtils = require('../helpers/utils');\n\nvar BUBBLE_WIDTH = 140;\n\nvar styles = {\n  svg: {\n    lib: _helpersSnapsvgImporter2['default'],\n    pathInitial: 'M-7.312,0H0c0,0,0,113.839,0,400c0,264.506,0,400,0,400h-7.312V0z',\n    pathOpen: 'M-7.312,0H15c0,0,66,113.339,66,399.5C81,664.006,15,800,15,800H-7.312V0z;M-7.312,0H100c0,0,0,113.839,0,400c0,264.506,0,400,0,400H-7.312V0z',\n    animate: function animate(path) {\n      var pos = 0;\n      var steps = this.pathOpen.split(';');\n      var stepsTotal = steps.length;\n      var mina = window.mina;\n\n      var nextStep = function nextStep() {\n        if (pos > stepsTotal - 1) return;\n\n        path.animate({ path: steps[pos] }, pos === 0 ? 400 : 500, pos === 0 ? mina.easein : mina.elastic, function () {\n          nextStep();\n        });\n\n        pos++;\n      };\n\n      nextStep();\n    }\n  },\n\n  morphShape: function morphShape(isOpen, width, right) {\n    return {\n      position: 'absolute',\n      width: '100%',\n      height: '100%',\n      right: right ? 'inherit' : 0,\n      left: right ? 0 : 'inherit',\n      MozTransform: right ? 'rotateY(180deg)' : 'rotateY(0deg)',\n      MsTransform: right ? 'rotateY(180deg)' : 'rotateY(0deg)',\n      OTransform: right ? 'rotateY(180deg)' : 'rotateY(0deg)',\n      WebkitTransform: right ? 'rotateY(180deg)' : 'rotateY(0deg)',\n      transform: right ? 'rotateY(180deg)' : 'rotateY(0deg)'\n    };\n  },\n\n  menuWrap: function menuWrap(isOpen, width, right) {\n    return {\n      MozTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      MsTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      OTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      WebkitTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      transform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      transition: isOpen ? 'transform 0.4s 0s' : 'transform 0.4s'\n    };\n  },\n\n  menu: function menu(isOpen, width, right) {\n    var finalWidth = (0, _helpersUtils.pxToNum)(width) - BUBBLE_WIDTH;\n    return {\n      position: 'fixed',\n      MozTransform: isOpen ? '' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      MsTransform: isOpen ? '' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      OTransform: isOpen ? '' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      WebkitTransform: isOpen ? '' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      transform: isOpen ? '' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      transition: isOpen ? 'opacity 0.1s 0.4s cubic-bezier(.17, .67, .1, 1.27), transform 0.1s 0.4s cubic-bezier(.17, .67, .1, 1.27)' : 'opacity 0s 0.3s cubic-bezier(.17, .67, .1, 1.27), transform 0s 0.3s cubic-bezier(.17, .67, .1, 1.27)',\n      opacity: isOpen ? 1 : 0\n    };\n  },\n\n  item: function item(isOpen, width, right, nthChild) {\n    var finalWidth = (0, _helpersUtils.pxToNum)(width) - BUBBLE_WIDTH;\n    return {\n      MozTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      MsTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      OTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      WebkitTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      transform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      transition: isOpen ? 'opacity 0.3s 0.4s, transform 0.3s 0.4s' : 'opacity 0s 0.3s cubic-bezier(.17, .67, .1, 1.27), transform 0s 0.3s cubic-bezier(.17, .67, .1, 1.27)',\n      opacity: isOpen ? 1 : 0\n    };\n  },\n\n  closeButton: function closeButton(isOpen, width, right) {\n    var finalWidth = (0, _helpersUtils.pxToNum)(width) - BUBBLE_WIDTH;\n    return {\n      MozTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      MsTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      OTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      WebkitTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      transform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(' + finalWidth + ', 0, 0)' : 'translate3d(-' + finalWidth + ', 0, 0)',\n      transition: isOpen ? 'opacity 0.3s 0.4s cubic-bezier(.17, .67, .1, 1.27), transform 0.3s 0.4s cubic-bezier(.17, .67, .1, 1.27)' : 'opacity 0s 0.3s cubic-bezier(.17, .67, .1, 1.27), transform 0s 0.3s cubic-bezier(.17, .67, .1, 1.27)',\n      opacity: isOpen ? 1 : 0\n    };\n  }\n};\n\nexports['default'] = (0, _menuFactory2['default'])(styles);\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { 'default': obj }; }\n\nvar _helpersSnapsvgImporter = require('../helpers/snapsvgImporter');\n\nvar _helpersSnapsvgImporter2 = _interopRequireDefault(_helpersSnapsvgImporter);\n\nvar _menuFactory = require('../menuFactory');\n\nvar _menuFactory2 = _interopRequireDefault(_menuFactory);\n\nvar _helpersUtils = require('../helpers/utils');\n\nvar MORPH_SHAPE_WIDTH = 120;\n\nvar styles = {\n  svg: {\n    lib: _helpersSnapsvgImporter2['default'],\n    pathInitial: 'M-1,0h101c0,0-97.833,153.603-97.833,396.167C2.167,627.579,100,800,100,800H-1V0z',\n    pathOpen: 'M-1,0h101c0,0,0-1,0,395c0,404,0,405,0,405H-1V0z',\n    animate: function animate(path) {\n      path.animate({ path: this.pathOpen }, 400, window.mina.easeinout);\n    }\n  },\n\n  morphShape: function morphShape(isOpen, width, right) {\n    return {\n      position: 'absolute',\n      width: MORPH_SHAPE_WIDTH,\n      height: '100%',\n      right: right ? 'inherit' : 0,\n      left: right ? 0 : 'inherit',\n      MozTransform: right ? 'rotateY(180deg)' : '',\n      MsTransform: right ? 'rotateY(180deg)' : '',\n      OTransform: right ? 'rotateY(180deg)' : '',\n      WebkitTransform: right ? 'rotateY(180deg)' : '',\n      transform: right ? 'rotateY(180deg)' : ''\n    };\n  },\n\n  menuWrap: function menuWrap(isOpen, width, right) {\n    return {\n      MozTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      MsTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      OTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      WebkitTransform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      transform: isOpen ? 'translate3d(0, 0, 0)' : right ? 'translate3d(100%, 0, 0)' : 'translate3d(-100%, 0, 0)',\n      transition: 'all 0.3s'\n    };\n  },\n\n  menu: function menu(isOpen, width, right) {\n    return {\n      position: 'fixed',\n      right: right ? 0 : 'inherit',\n      width: (0, _helpersUtils.pxToNum)(width) - MORPH_SHAPE_WIDTH,\n      whiteSpace: 'nowrap',\n      boxSizing: 'border-box',\n      overflow: 'visible'\n    };\n  },\n\n  itemList: function itemList(isOpen, width, right) {\n    if (right) {\n      return {\n        position: 'relative',\n        left: '-110px',\n        width: '170%',\n        overflow: 'auto'\n      };\n    }\n  },\n\n  pageWrap: function pageWrap(isOpen, width, right) {\n    return {\n      MozTransform: isOpen ? '' : right ? 'translate3d(-100px, 0, 0)' : 'translate3d(100px, 0, 0)',\n      MsTransform: isOpen ? '' : right ? 'translate3d(-100px, 0, 0)' : 'translate3d(100px, 0, 0)',\n      OTransform: isOpen ? '' : right ? 'translate3d(-100px, 0, 0)' : 'translate3d(100px, 0, 0)',\n      WebkitTransform: isOpen ? '' : right ? 'translate3d(-100px, 0, 0)' : 'translate3d(100px, 0, 0)',\n      transform: isOpen ? '' : right ? 'translate3d(-100px, 0, 0)' : 'translate3d(100px, 0, 0)',\n      transition: isOpen ? 'all 0.3s' : 'all 0.3s 0.1s'\n    };\n  },\n\n  outerContainer: function outerContainer(isOpen) {\n    return {\n      overflow: isOpen ? '' : 'hidden'\n    };\n  }\n};\n\nexports['default'] = (0, _menuFactory2['default'])(styles);\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { 'default': obj }; }\n\nvar _menuFactory = require('../menuFactory');\n\nvar _menuFactory2 = _interopRequireDefault(_menuFactory);\n\nvar styles = {\n  menuWrap: function menuWrap(isOpen) {\n    return {\n      MozTransform: isOpen ? '' : 'translate3d(0, -100%, 0)',\n      MsTransform: isOpen ? '' : 'translate3d(0, -100%, 0)',\n      OTransform: isOpen ? '' : 'translate3d(0, -100%, 0)',\n      WebkitTransform: isOpen ? '' : 'translate3d(0, -100%, 0)',\n      transform: isOpen ? '' : 'translate3d(0, -100%, 0)',\n      transition: 'all 0.5s ease-in-out'\n    };\n  },\n\n  pageWrap: function pageWrap(isOpen, width, right) {\n    return {\n      MozTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      MsTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      OTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      WebkitTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      transform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      transition: 'all 0.5s'\n    };\n  },\n\n  outerContainer: function outerContainer(isOpen) {\n    return {\n      perspective: '1500px',\n      perspectiveOrigin: '0% 50%',\n      overflow: isOpen ? '' : 'hidden'\n    };\n  }\n};\n\nexports['default'] = (0, _menuFactory2['default'])(styles);\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { 'default': obj }; }\n\nvar _menuFactory = require('../menuFactory');\n\nvar _menuFactory2 = _interopRequireDefault(_menuFactory);\n\nvar styles = {\n  pageWrap: function pageWrap(isOpen, width, right) {\n    return {\n      MozTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      MsTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      OTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      WebkitTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      transform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      transition: 'all 0.5s'\n    };\n  },\n\n  outerContainer: function outerContainer(isOpen) {\n    return {\n      overflow: isOpen ? '' : 'hidden'\n    };\n  }\n};\n\nexports['default'] = (0, _menuFactory2['default'])(styles);\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { 'default': obj }; }\n\nvar _menuFactory = require('../menuFactory');\n\nvar _menuFactory2 = _interopRequireDefault(_menuFactory);\n\nvar styles = {\n  pageWrap: function pageWrap(isOpen, width, right) {\n    return {\n      MozTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0) rotateY(15deg)' : 'translate3d(' + width + ', 0, 0) rotateY(-15deg)',\n      MsTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0) rotateY(15deg)' : 'translate3d(' + width + ', 0, 0) rotateY(-15deg)',\n      OTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0) rotateY(15deg)' : 'translate3d(' + width + ', 0, 0) rotateY(-15deg)',\n      WebkitTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0) rotateY(15deg)' : 'translate3d(' + width + ', 0, 0) rotateY(-15deg)',\n      transform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0) rotateY(15deg)' : 'translate3d(' + width + ', 0, 0) rotateY(-15deg)',\n      transformOrigin: right ? '100% 50%' : '0% 50%',\n      transformStyle: 'preserve-3d',\n      transition: 'all 0.5s'\n    };\n  },\n\n  outerContainer: function outerContainer(isOpen) {\n    return {\n      perspective: '1500px',\n      overflow: isOpen ? '' : 'hidden'\n    };\n  }\n};\n\nexports['default'] = (0, _menuFactory2['default'])(styles);\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { 'default': obj }; }\n\nvar _menuFactory = require('../menuFactory');\n\nvar _menuFactory2 = _interopRequireDefault(_menuFactory);\n\nvar styles = {\n  menuWrap: function menuWrap(isOpen, width, right) {\n    return {\n      MozTransform: 'translate3d(0, 0, 0)',\n      MsTransform: 'translate3d(0, 0, 0)',\n      OTransform: 'translate3d(0, 0, 0)',\n      WebkitTransform: 'translate3d(0, 0, 0)',\n      transform: 'translate3d(0, 0, 0)',\n      zIndex: isOpen ? 1000 : -1\n    };\n  },\n\n  overlay: function overlay(isOpen, width, right) {\n    return {\n      zIndex: 1400,\n      MozTransform: isOpen ? right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)' : 'translate3d(0, 0, 0)',\n      MsTransform: isOpen ? right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)' : 'translate3d(0, 0, 0)',\n      OTransform: isOpen ? right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)' : 'translate3d(0, 0, 0)',\n      WebkitTransform: isOpen ? right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)' : 'translate3d(0, 0, 0)',\n      transform: isOpen ? right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)' : 'translate3d(0, 0, 0)',\n      transition: 'all 0.5s',\n      visibility: isOpen ? 'visible' : 'hidden'\n    };\n  },\n\n  pageWrap: function pageWrap(isOpen, width, right) {\n    return {\n      MozTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      MsTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      OTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      WebkitTransform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      transform: isOpen ? '' : right ? 'translate3d(-' + width + ', 0, 0)' : 'translate3d(' + width + ', 0, 0)',\n      transition: 'all 0.5s',\n      zIndex: 1200,\n      position: 'relative'\n    };\n  },\n\n  burgerIcon: function burgerIcon(isOpen, width, right) {\n    return {\n      MozTransform: isOpen ? right ? 'translate3d(' + width + ', 0, 0)' : 'translate3d(-' + width + ', 0, 0)' : 'translate3d(0, 0, 0)',\n      MsTransform: isOpen ? right ? 'translate3d(' + width + ', 0, 0)' : 'translate3d(-' + width + ', 0, 0)' : 'translate3d(0, 0, 0)',\n      OTransform: isOpen ? right ? 'translate3d(' + width + ', 0, 0)' : 'translate3d(-' + width + ', 0, 0)' : 'translate3d(0, 0, 0)',\n      WebkitTransform: isOpen ? right ? 'translate3d(' + width + ', 0, 0)' : 'translate3d(-' + width + ', 0, 0)' : 'translate3d(0, 0, 0)',\n      transform: isOpen ? right ? 'translate3d(' + width + ', 0, 0)' : 'translate3d(-' + width + ', 0, 0)' : 'translate3d(0, 0, 0)',\n      transition: 'all 0.1s',\n      position: 'relative',\n      zIndex: 1300\n    };\n  },\n\n  outerContainer: function outerContainer(isOpen) {\n    return {\n      overflow: isOpen ? '' : 'hidden'\n    };\n  }\n};\n\nexports['default'] = (0, _menuFactory2['default'])(styles);\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { 'default': obj }; }\n\nvar _menuFactory = require('../menuFactory');\n\nvar _menuFactory2 = _interopRequireDefault(_menuFactory);\n\nvar styles = {\n  pageWrap: function pageWrap(isOpen, width) {\n    return {\n      MozTransform: isOpen ? '' : 'translate3d(0, 0, -' + width + ')',\n      MsTransform: isOpen ? '' : 'translate3d(0, 0, -' + width + ')',\n      OTransform: isOpen ? '' : 'translate3d(0, 0, -' + width + ')',\n      WebkitTransform: isOpen ? '' : 'translate3d(0, 0, -' + width + ')',\n      transform: isOpen ? '' : 'translate3d(0, 0, -' + width + ')',\n      transformOrigin: '100%',\n      transformStyle: 'preserve-3d',\n      transition: 'all 0.5s'\n    };\n  },\n\n  outerContainer: function outerContainer() {\n    return {\n      perspective: '1500px'\n    };\n  }\n};\n\nexports['default'] = (0, _menuFactory2['default'])(styles);\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { 'default': obj }; }\n\nvar _menuFactory = require('../menuFactory');\n\nvar _menuFactory2 = _interopRequireDefault(_menuFactory);\n\nvar styles = {\n  pageWrap: function pageWrap(isOpen, width, right) {\n    return {\n      MozTransform: isOpen ? '' : right ? 'translate3d(-100px, 0, -600px) rotateY(20deg)' : 'translate3d(100px, 0, -600px) rotateY(-20deg)',\n      MsTransform: isOpen ? '' : right ? 'translate3d(-100px, 0, -600px) rotateY(20deg)' : 'translate3d(100px, 0, -600px) rotateY(-20deg)',\n      OTransform: isOpen ? '' : right ? 'translate3d(-100px, 0, -600px) rotateY(20deg)' : 'translate3d(100px, 0, -600px) rotateY(-20deg)',\n      WebkitTransform: isOpen ? '' : right ? 'translate3d(-100px, 0, -600px) rotateY(20deg)' : 'translate3d(100px, 0, -600px) rotateY(-20deg)',\n      transform: isOpen ? '' : right ? 'translate3d(-100px, 0, -600px) rotateY(20deg)' : 'translate3d(100px, 0, -600px) rotateY(-20deg)',\n      transformStyle: 'preserve-3d',\n      transition: 'all 0.5s',\n      overflow: isOpen ? '' : 'hidden'\n    };\n  },\n\n  outerContainer: function outerContainer(isOpen) {\n    return {\n      perspective: '1500px',\n      overflow: isOpen ? '' : 'hidden'\n    };\n  }\n};\n\nexports['default'] = (0, _menuFactory2['default'])(styles);\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { 'default': obj }; }\n\nvar _menuFactory = require('../menuFactory');\n\nvar _menuFactory2 = _interopRequireDefault(_menuFactory);\n\nvar styles = {};\n\nexports['default'] = (0, _menuFactory2['default'])(styles);\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, '__esModule', {\n  value: true\n});\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { 'default': obj }; }\n\nvar _menuFactory = require('../menuFactory');\n\nvar _menuFactory2 = _interopRequireDefault(_menuFactory);\n\nvar styles = {\n  menuWrap: function menuWrap(isOpen, width, right) {\n    return {\n      MozTransform: isOpen ? '' : right ? 'translate3d(' + width + ', 0, 0)' : 'translate3d(-' + width + ', 0, 0)',\n      MsTransform: isOpen ? '' : right ? 'translate3d(' + width + ', 0, 0)' : 'translate3d(-' + width + ', 0, 0)',\n      OTransform: isOpen ? '' : right ? 'translate3d(' + width + ', 0, 0)' : 'translate3d(-' + width + ', 0, 0)',\n      WebkitTransform: isOpen ? '' : right ? 'translate3d(' + width + ', 0, 0)' : 'translate3d(-' + width + ', 0, 0)',\n      transform: isOpen ? '' : right ? 'translate3d(' + width + ', 0, 0)' : 'translate3d(-' + width + ', 0, 0)',\n      transition: isOpen ? 'transform 0.8s cubic-bezier(0.7, 0, 0.3, 1)' : 'transform 0.4s cubic-bezier(0.7, 0, 0.3, 1)'\n    };\n  },\n\n  item: function item(isOpen, width, right, nthChild) {\n    return {\n      MozTransform: isOpen ? '' : 'translate3d(0, ' + nthChild * 500 + 'px, 0)',\n      MsTransform: isOpen ? '' : 'translate3d(0, ' + nthChild * 500 + 'px, 0)',\n      OTransform: isOpen ? '' : 'translate3d(0, ' + nthChild * 500 + 'px, 0)',\n      WebkitTransform: isOpen ? '' : 'translate3d(0, ' + nthChild * 500 + 'px, 0)',\n      transform: isOpen ? '' : 'translate3d(0, ' + nthChild * 500 + 'px, 0)',\n      transition: isOpen ? 'transform 0.8s cubic-bezier(0.7, 0, 0.3, 1)' : 'transform 0s 0.2s cubic-bezier(0.7, 0, 0.3, 1)'\n    };\n  }\n};\n\nexports['default'] = (0, _menuFactory2['default'])(styles);\nmodule.exports = exports['default'];",
  "'use strict';\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\nexports.canUseDOM = undefined;\nexports.removeDocumentMeta = removeDocumentMeta;\nexports.insertDocumentMeta = insertDocumentMeta;\n\nvar _utils = require('./utils');\n\nfunction _objectWithoutProperties(obj, keys) { var target = {}; for (var i in obj) { if (keys.indexOf(i) >= 0) continue; if (!Object.prototype.hasOwnProperty.call(obj, i)) continue; target[i] = obj[i]; } return target; }\n\nvar canUseDOM = exports.canUseDOM = !!(typeof window !== 'undefined' && window.document && window.document.createElement);\n\nfunction removeNode(node) {\n  node.parentNode.removeChild(node);\n}\n\nfunction removeDocumentMeta() {\n  (0, _utils.forEach)(document.querySelectorAll('head [data-rdm]'), removeNode);\n}\n\nfunction insertDocumentMetaNode(entry) {\n  var tagName = entry.tagName,\n      attr = _objectWithoutProperties(entry, ['tagName']);\n\n  var newNode = document.createElement(tagName);\n  for (var prop in attr) {\n    if (entry.hasOwnProperty(prop)) {\n      newNode.setAttribute(prop, entry[prop]);\n    }\n  }\n  newNode.setAttribute('data-rdm', '');\n  document.getElementsByTagName('head')[0].appendChild(newNode);\n}\n\nfunction insertDocumentMeta(nodes) {\n  removeDocumentMeta();\n\n  (0, _utils.forEach)(nodes, insertDocumentMetaNode);\n}\n",
  "'use strict';\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\n\nvar _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();\n\nvar _extends = Object.assign || function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; };\n\nexports.render = render;\n\nvar _react = require('react');\n\nvar _react2 = _interopRequireDefault(_react);\n\nvar _propTypes = require('prop-types');\n\nvar _propTypes2 = _interopRequireDefault(_propTypes);\n\nvar _reactSideEffect = require('react-side-effect');\n\nvar _reactSideEffect2 = _interopRequireDefault(_reactSideEffect);\n\nvar _utils = require('./utils');\n\nvar _dom = require('./dom');\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nfunction _possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\"); } return call && (typeof call === \"object\" || typeof call === \"function\") ? call : self; }\n\nfunction _inherits(subClass, superClass) { if (typeof superClass !== \"function\" && superClass !== null) { throw new TypeError(\"Super expression must either be null or a function, not \" + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }\n\nfunction _objectWithoutProperties(obj, keys) { var target = {}; for (var i in obj) { if (keys.indexOf(i) >= 0) continue; if (!Object.prototype.hasOwnProperty.call(obj, i)) continue; target[i] = obj[i]; } return target; }\n\nfunction _defineProperty(obj, key, value) { if (key in obj) { Object.defineProperty(obj, key, { value: value, enumerable: true, configurable: true, writable: true }); } else { obj[key] = value; } return obj; }\n\nfunction reducePropsTostate(propsList) {\n  var props = {};\n  var dynamicProps = {\n    title: undefined,\n    description: undefined,\n    canonical: undefined\n  };\n\n  var extend = true;\n\n  var _loop = function _loop() {\n    extend = propsList[i].hasOwnProperty('extend');\n\n    var _props = propsList[i];\n    var _cloned = (0, _utils.clone)(propsList[i]);\n    ['title', 'description', 'canonical'].forEach(function (key) {\n      if (_props.hasOwnProperty(key)) {\n        if (typeof _props[key] === 'function') {\n          dynamicProps[key] = _props[key](dynamicProps[key]);\n        } else if (dynamicProps[key] === undefined) {\n          dynamicProps[key] = _props[key];\n        }\n      }\n    });\n\n    (0, _utils.defaults)(props, _cloned);\n  };\n\n  for (var i = propsList.length - 1; extend && i >= 0; i--) {\n    _loop();\n  }\n\n  if (typeof dynamicProps.title === 'string') {\n    props.title = dynamicProps.title;\n  }\n  if (typeof dynamicProps.description === 'string') {\n    (0, _utils.defaults)(props, {\n      meta: { name: { description: dynamicProps.description } }\n    });\n  }\n  if (typeof dynamicProps.canonical === 'string') {\n    (0, _utils.defaults)(props, { link: { rel: { canonical: dynamicProps.canonical } } });\n  }\n\n  if (props.auto && props.auto.ograph) {\n    ograph(props);\n  }\n\n  return props;\n}\n\nfunction handleStateChangeOnClient(props) {\n  if (_dom.canUseDOM) {\n    if (typeof props.title === 'string') {\n      document.title = props.title;\n    }\n    (0, _dom.insertDocumentMeta)(getTags(props));\n  }\n}\n\nfunction ograph(p) {\n  if (!p.meta) {\n    p.meta = {};\n  }\n  if (!p.meta.property) {\n    p.meta.property = {};\n  }\n\n  var group = p.meta.property;\n  if (group) {\n    if (p.title && !group['og:title']) {\n      group['og:title'] = p.title;\n    }\n    if (p.hasOwnProperty('description') && !group['og:description']) {\n      group['og:description'] = p.description;\n    }\n    if (p.hasOwnProperty('canonical') && !group['og:url']) {\n      group['og:url'] = p.canonical;\n    }\n  }\n  return p;\n}\n\nfunction parseTags(tagName) {\n  var props = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : {};\n\n  var tags = [];\n  var contentKey = tagName === 'link' ? 'href' : 'content';\n  Object.keys(props).forEach(function (groupKey) {\n    var group = props[groupKey];\n    if (typeof group === 'string') {\n      tags.push(_defineProperty({\n        tagName: tagName\n      }, groupKey, group));\n      return;\n    }\n    Object.keys(group).forEach(function (key) {\n      var values = Array.isArray(group[key]) ? group[key] : [group[key]];\n      values.forEach(function (value) {\n        if (value !== null) {\n          var _tags$push2;\n\n          tags.push((_tags$push2 = {\n            tagName: tagName\n          }, _defineProperty(_tags$push2, groupKey, key), _defineProperty(_tags$push2, contentKey, value), _tags$push2));\n        }\n      });\n    });\n  });\n  return tags;\n}\n\nfunction getTags(_props) {\n  return [].concat(parseTags('meta', _props.meta), parseTags('link', _props.link));\n}\n\nfunction render() {\n  var meta = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : {};\n\n  var i = 0;\n  var tags = [];\n\n  function renderTag(entry) {\n    var tagName = entry.tagName,\n        attr = _objectWithoutProperties(entry, ['tagName']);\n\n    if (tagName === 'meta') {\n      return _react2.default.createElement('meta', _extends({}, attr, { key: i++, 'data-rdm': true }));\n    }\n    if (tagName === 'link') {\n      return _react2.default.createElement('link', _extends({}, attr, { key: i++, 'data-rdm': true }));\n    }\n    return null;\n  }\n\n  if (meta.title) {\n    tags.push(_react2.default.createElement(\n      'title',\n      { key: i++ },\n      meta.title\n    ));\n  }\n\n  return getTags(meta).reduce(function (acc, entry) {\n    acc.push(renderTag(entry));\n    return acc;\n  }, tags);\n}\n\nvar DocumentMeta = function (_Component) {\n  _inherits(DocumentMeta, _Component);\n\n  function DocumentMeta() {\n    _classCallCheck(this, DocumentMeta);\n\n    return _possibleConstructorReturn(this, (DocumentMeta.__proto__ || Object.getPrototypeOf(DocumentMeta)).apply(this, arguments));\n  }\n\n  _createClass(DocumentMeta, [{\n    key: 'render',\n    value: function render() {\n      var children = this.props.children;\n\n      var count = _react2.default.Children.count(children);\n      return count === 1 ? _react2.default.Children.only(children) : count ? _react2.default.createElement(\n        'div',\n        null,\n        this.props.children\n      ) : null;\n    }\n  }]);\n\n  return DocumentMeta;\n}(_react.Component);\n\nDocumentMeta.propTypes = {\n  title: _propTypes2.default.oneOfType([_propTypes2.default.string, _propTypes2.default.func]),\n  description: _propTypes2.default.oneOfType([_propTypes2.default.string, _propTypes2.default.func]),\n  canonical: _propTypes2.default.oneOfType([_propTypes2.default.string, _propTypes2.default.func]),\n  base: _propTypes2.default.string,\n  meta: _propTypes2.default.objectOf(_propTypes2.default.oneOfType([_propTypes2.default.string, _propTypes2.default.objectOf(_propTypes2.default.oneOfType([_propTypes2.default.string, _propTypes2.default.arrayOf(_propTypes2.default.string)]))])),\n  link: _propTypes2.default.objectOf(_propTypes2.default.objectOf(_propTypes2.default.oneOfType([_propTypes2.default.string, _propTypes2.default.arrayOf(_propTypes2.default.string)]))),\n  auto: _propTypes2.default.objectOf(_propTypes2.default.bool)\n};\n\n\nvar DocumentMetaWithSideEffect = (0, _reactSideEffect2.default)(reducePropsTostate, handleStateChangeOnClient)(DocumentMeta);\n\nDocumentMetaWithSideEffect.renderAsReact = function rewindAsReact() {\n  return render(DocumentMetaWithSideEffect.rewind());\n};\n\nexports.default = DocumentMetaWithSideEffect;\n",
  "'use strict';\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\n\nvar _typeof = typeof Symbol === \"function\" && typeof Symbol.iterator === \"symbol\" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === \"function\" && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; };\n\nexports.clone = clone;\nexports.defaults = defaults;\nexports.forEach = forEach;\nfunction clone(_ref) {\n  var title = _ref.title,\n      description = _ref.description,\n      base = _ref.base,\n      canonical = _ref.canonical,\n      meta = _ref.meta,\n      link = _ref.link,\n      auto = _ref.auto;\n\n  try {\n    return JSON.parse(JSON.stringify({ title: title, description: description, base: base, canonical: canonical, meta: meta, link: link, auto: auto }));\n  } catch (x) {\n    return {};\n  }\n}\n\nfunction defaults(target, source) {\n  return Object.keys(source).reduce(function (acc, key) {\n    if (!target.hasOwnProperty(key)) {\n      target[key] = source[key];\n    } else if (_typeof(target[key]) === 'object' && !Array.isArray(target[key]) && target[key]) {\n      defaults(target[key], source[key]);\n    }\n\n    return target;\n  }, target);\n}\n\n// This is needed as not all browsers,\n// including Edge and IE has not implemented .forEach() on NodeList\nfunction forEach(nodes, fn) {\n  if (nodes && nodes.length) {\n    Array.prototype.slice.call(nodes).forEach(fn);\n  }\n}\n",
  "'use strict';\n\nfunction _interopDefault (ex) { return (ex && (typeof ex === 'object') && 'default' in ex) ? ex['default'] : ex; }\n\nvar React = require('react');\nvar React__default = _interopDefault(React);\nvar shallowEqual = _interopDefault(require('shallowequal'));\n\nfunction _defineProperty(obj, key, value) {\n  if (key in obj) {\n    Object.defineProperty(obj, key, {\n      value: value,\n      enumerable: true,\n      configurable: true,\n      writable: true\n    });\n  } else {\n    obj[key] = value;\n  }\n\n  return obj;\n}\n\nfunction _inheritsLoose(subClass, superClass) {\n  subClass.prototype = Object.create(superClass.prototype);\n  subClass.prototype.constructor = subClass;\n  subClass.__proto__ = superClass;\n}\n\nvar canUseDOM = !!(typeof window !== 'undefined' && window.document && window.document.createElement);\nfunction withSideEffect(reducePropsToState, handleStateChangeOnClient, mapStateOnServer) {\n  if (typeof reducePropsToState !== 'function') {\n    throw new Error('Expected reducePropsToState to be a function.');\n  }\n\n  if (typeof handleStateChangeOnClient !== 'function') {\n    throw new Error('Expected handleStateChangeOnClient to be a function.');\n  }\n\n  if (typeof mapStateOnServer !== 'undefined' && typeof mapStateOnServer !== 'function') {\n    throw new Error('Expected mapStateOnServer to either be undefined or a function.');\n  }\n\n  function getDisplayName(WrappedComponent) {\n    return WrappedComponent.displayName || WrappedComponent.name || 'Component';\n  }\n\n  return function wrap(WrappedComponent) {\n    if (typeof WrappedComponent !== 'function') {\n      throw new Error('Expected WrappedComponent to be a React component.');\n    }\n\n    var mountedInstances = [];\n    var state;\n\n    function emitChange() {\n      state = reducePropsToState(mountedInstances.map(function (instance) {\n        return instance.props;\n      }));\n\n      if (SideEffect.canUseDOM) {\n        handleStateChangeOnClient(state);\n      } else if (mapStateOnServer) {\n        state = mapStateOnServer(state);\n      }\n    }\n\n    var SideEffect =\n    /*#__PURE__*/\n    function (_Component) {\n      _inheritsLoose(SideEffect, _Component);\n\n      function SideEffect() {\n        return _Component.apply(this, arguments) || this;\n      }\n\n      // Try to use displayName of wrapped component\n      // Expose canUseDOM so tests can monkeypatch it\n      SideEffect.peek = function peek() {\n        return state;\n      };\n\n      SideEffect.rewind = function rewind() {\n        if (SideEffect.canUseDOM) {\n          throw new Error('You may only call rewind() on the server. Call peek() to read the current state.');\n        }\n\n        var recordedState = state;\n        state = undefined;\n        mountedInstances = [];\n        return recordedState;\n      };\n\n      var _proto = SideEffect.prototype;\n\n      _proto.shouldComponentUpdate = function shouldComponentUpdate(nextProps) {\n        return !shallowEqual(nextProps, this.props);\n      };\n\n      _proto.componentWillMount = function componentWillMount() {\n        mountedInstances.push(this);\n        emitChange();\n      };\n\n      _proto.componentDidUpdate = function componentDidUpdate() {\n        emitChange();\n      };\n\n      _proto.componentWillUnmount = function componentWillUnmount() {\n        var index = mountedInstances.indexOf(this);\n        mountedInstances.splice(index, 1);\n        emitChange();\n      };\n\n      _proto.render = function render() {\n        return React__default.createElement(WrappedComponent, this.props);\n      };\n\n      return SideEffect;\n    }(React.Component);\n\n    _defineProperty(SideEffect, \"displayName\", \"SideEffect(\" + getDisplayName(WrappedComponent) + \")\");\n\n    _defineProperty(SideEffect, \"canUseDOM\", canUseDOM);\n\n    return SideEffect;\n  };\n}\n\nmodule.exports = withSideEffect;\n",
  "/**\n * @license React\n * react-dom.production.min.js\n *\n * Copyright (c) Facebook, Inc. and its affiliates.\n *\n * This source code is licensed under the MIT license found in the\n * LICENSE file in the root directory of this source tree.\n */\n/*\n Modernizr 3.0.0pre (Custom Build) | MIT\n*/\n'use strict';var aa=require(\"react\"),ca=require(\"scheduler\");function p(a){for(var b=\"https://reactjs.org/docs/error-decoder.html?invariant=\"+a,c=1;c<arguments.length;c++)b+=\"&args[]=\"+encodeURIComponent(arguments[c]);return\"Minified React error #\"+a+\"; visit \"+b+\" for the full message or use the non-minified dev environment for full errors and additional helpful warnings.\"}var da=new Set,ea={};function fa(a,b){ha(a,b);ha(a+\"Capture\",b)}\nfunction ha(a,b){ea[a]=b;for(a=0;a<b.length;a++)da.add(b[a])}\nvar ia=!(\"undefined\"===typeof window||\"undefined\"===typeof window.document||\"undefined\"===typeof 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d=b.pendingProps,e=d.children,f=null!==a?a.memoizedState:null;if(\"hidden\"===d.mode)if(0===(b.mode&1))b.memoizedState={baseLanes:0,cachePool:null,transitions:null},G(fj,gj),gj|=c;else{if(0===(c&1073741824))return a=null!==f?f.baseLanes|c:c,b.lanes=b.childLanes=1073741824,b.memoizedState={baseLanes:a,cachePool:null,transitions:null},b.updateQueue=null,G(fj,gj),gj|=a,null;b.memoizedState={baseLanes:0,cachePool:null,transitions:null};d=null!==f?f.baseLanes:c;G(fj,gj);gj|=d}else null!==\nf?(d=f.baseLanes|c,b.memoizedState=null):d=c,G(fj,gj),gj|=d;Yi(a,b,e,c);return b.child}function hj(a,b){var c=b.ref;if(null===a&&null!==c||null!==a&&a.ref!==c)b.flags|=512,b.flags|=2097152}function dj(a,b,c,d,e){var f=Zf(c)?Xf:H.current;f=Yf(b,f);Tg(b,e);c=Xh(a,b,c,d,f,e);d=bi();if(null!==a&&!Ug)return b.updateQueue=a.updateQueue,b.flags&=-2053,a.lanes&=~e,$i(a,b,e);I&&d&&vg(b);b.flags|=1;Yi(a,b,c,e);return b.child}\nfunction ij(a,b,c,d,e){if(Zf(c)){var f=!0;cg(b)}else 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f?(d=b.mode,f=b.child,g={mode:\"hidden\",children:g},0===(d&1)&&null!==f?(f.childLanes=0,f.pendingProps=\ng):f=qj(g,d,0,null),a=Ah(a,d,c,null),f.return=b,a.return=b,f.sibling=a,b.child=f,b.child.memoizedState=oj(c),b.memoizedState=nj,a):rj(b,g)}e=a.memoizedState;if(null!==e&&(h=e.dehydrated,null!==h))return sj(a,b,g,d,h,e,c);if(f){f=d.fallback;g=b.mode;e=a.child;h=e.sibling;var k={mode:\"hidden\",children:d.children};0===(g&1)&&b.child!==e?(d=b.child,d.childLanes=0,d.pendingProps=k,b.deletions=null):(d=wh(e,k),d.subtreeFlags=e.subtreeFlags&14680064);null!==h?f=wh(h,f):(f=Ah(f,g,c,null),f.flags|=2);f.return=\nb;d.return=b;d.sibling=f;b.child=d;d=f;f=b.child;g=a.child.memoizedState;g=null===g?oj(c):{baseLanes:g.baseLanes|c,cachePool:null,transitions:g.transitions};f.memoizedState=g;f.childLanes=a.childLanes&~c;b.memoizedState=nj;return d}f=a.child;a=f.sibling;d=wh(f,{mode:\"visible\",children:d.children});0===(b.mode&1)&&(d.lanes=c);d.return=b;d.sibling=null;null!==a&&(c=b.deletions,null===c?(b.deletions=[a],b.flags|=16):c.push(a));b.child=d;b.memoizedState=null;return d}\nfunction rj(a,b){b=qj({mode:\"visible\",children:b},a.mode,0,null);b.return=a;return a.child=b}function tj(a,b,c,d){null!==d&&Jg(d);Bh(b,a.child,null,c);a=rj(b,b.pendingProps.children);a.flags|=2;b.memoizedState=null;return a}\nfunction sj(a,b,c,d,e,f,g){if(c){if(b.flags&256)return b.flags&=-257,d=Li(Error(p(422))),tj(a,b,g,d);if(null!==b.memoizedState)return b.child=a.child,b.flags|=128,null;f=d.fallback;e=b.mode;d=qj({mode:\"visible\",children:d.children},e,0,null);f=Ah(f,e,g,null);f.flags|=2;d.return=b;f.return=b;d.sibling=f;b.child=d;0!==(b.mode&1)&&Bh(b,a.child,null,g);b.child.memoizedState=oj(g);b.memoizedState=nj;return f}if(0===(b.mode&1))return tj(a,b,g,null);if(\"$!\"===e.data){d=e.nextSibling&&e.nextSibling.dataset;\nif(d)var 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f=a.memoizedState;null===f?a.memoizedState={isBackwards:b,rendering:null,renderingStartTime:0,last:d,tail:c,tailMode:e}:(f.isBackwards=b,f.rendering=null,f.renderingStartTime=0,f.last=d,f.tail=c,f.tailMode=e)}\nfunction yj(a,b,c){var d=b.pendingProps,e=d.revealOrder,f=d.tail;Yi(a,b,d.children,c);d=M.current;if(0!==(d&2))d=d&1|2,b.flags|=128;else{if(null!==a&&0!==(a.flags&128))a:for(a=b.child;null!==a;){if(13===a.tag)null!==a.memoizedState&&wj(a,c,b);else if(19===a.tag)wj(a,c,b);else if(null!==a.child){a.child.return=a;a=a.child;continue}if(a===b)break a;for(;null===a.sibling;){if(null===a.return||a.return===b)break a;a=a.return}a.sibling.return=a.return;a=a.sibling}d&=1}G(M,d);if(0===(b.mode&1))b.memoizedState=\nnull;else switch(e){case \"forwards\":c=b.child;for(e=null;null!==c;)a=c.alternate,null!==a&&null===Mh(a)&&(e=c),c=c.sibling;c=e;null===c?(e=b.child,b.child=null):(e=c.sibling,c.sibling=null);xj(b,!1,e,c,f);break;case \"backwards\":c=null;e=b.child;for(b.child=null;null!==e;){a=e.alternate;if(null!==a&&null===Mh(a)){b.child=e;break}a=e.sibling;e.sibling=c;c=e;e=a}xj(b,!0,c,null,f);break;case \"together\":xj(b,!1,null,null,void 0);break;default:b.memoizedState=null}return b.child}\nfunction jj(a,b){0===(b.mode&1)&&null!==a&&(a.alternate=null,b.alternate=null,b.flags|=2)}function $i(a,b,c){null!==a&&(b.dependencies=a.dependencies);hh|=b.lanes;if(0===(c&b.childLanes))return null;if(null!==a&&b.child!==a.child)throw Error(p(153));if(null!==b.child){a=b.child;c=wh(a,a.pendingProps);b.child=c;for(c.return=b;null!==a.sibling;)a=a.sibling,c=c.sibling=wh(a,a.pendingProps),c.return=b;c.sibling=null}return b.child}\nfunction zj(a,b,c){switch(b.tag){case 3:lj(b);Ig();break;case 5:Kh(b);break;case 1:Zf(b.type)&&cg(b);break;case 4:Ih(b,b.stateNode.containerInfo);break;case 10:var d=b.type._context,e=b.memoizedProps.value;G(Mg,d._currentValue);d._currentValue=e;break;case 13:d=b.memoizedState;if(null!==d){if(null!==d.dehydrated)return G(M,M.current&1),b.flags|=128,null;if(0!==(c&b.child.childLanes))return pj(a,b,c);G(M,M.current&1);a=$i(a,b,c);return null!==a?a.sibling:null}G(M,M.current&1);break;case 19:d=0!==(c&\nb.childLanes);if(0!==(a.flags&128)){if(d)return yj(a,b,c);b.flags|=128}e=b.memoizedState;null!==e&&(e.rendering=null,e.tail=null,e.lastEffect=null);G(M,M.current);if(d)break;else return null;case 22:case 23:return b.lanes=0,ej(a,b,c)}return $i(a,b,c)}var Aj,Bj,Cj,Dj;\nAj=function(a,b){for(var c=b.child;null!==c;){if(5===c.tag||6===c.tag)a.appendChild(c.stateNode);else if(4!==c.tag&&null!==c.child){c.child.return=c;c=c.child;continue}if(c===b)break;for(;null===c.sibling;){if(null===c.return||c.return===b)return;c=c.return}c.sibling.return=c.return;c=c.sibling}};Bj=function(){};\nCj=function(a,b,c,d){var e=a.memoizedProps;if(e!==d){a=b.stateNode;Hh(Eh.current);var f=null;switch(c){case \"input\":e=Ya(a,e);d=Ya(a,d);f=[];break;case 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c=L();mh(b,a,1,c)}}),jl(a,1)}};\nFc=function(a){if(13===a.tag){var b=Zg(a,134217728);if(null!==b){var c=L();mh(b,a,134217728,c)}jl(a,134217728)}};Gc=function(a){if(13===a.tag){var b=lh(a),c=Zg(a,b);if(null!==c){var d=L();mh(c,a,b,d)}jl(a,b)}};Hc=function(){return C};Ic=function(a,b){var c=C;try{return C=a,b()}finally{C=c}};\nyb=function(a,b,c){switch(b){case \"input\":bb(a,c);b=c.name;if(\"radio\"===c.type&&null!=b){for(c=a;c.parentNode;)c=c.parentNode;c=c.querySelectorAll(\"input[name=\"+JSON.stringify(\"\"+b)+'][type=\"radio\"]');for(b=0;b<c.length;b++){var d=c[b];if(d!==a&&d.form===a.form){var e=Db(d);if(!e)throw Error(p(90));Wa(d);bb(d,e)}}}break;case \"textarea\":ib(a,c);break;case \"select\":b=c.value,null!=b&&fb(a,!!c.multiple,b,!1)}};Gb=Rk;Hb=Sk;\nvar tl={usingClientEntryPoint:!1,Events:[Cb,ue,Db,Eb,Fb,Rk]},ul={findFiberByHostInstance:Wc,bundleType:0,version:\"18.2.0\",rendererPackageName:\"react-dom\"};\nvar vl={bundleType:ul.bundleType,version:ul.version,rendererPackageName:ul.rendererPackageName,rendererConfig:ul.rendererConfig,overrideHookState:null,overrideHookStateDeletePath:null,overrideHookStateRenamePath:null,overrideProps:null,overridePropsDeletePath:null,overridePropsRenamePath:null,setErrorHandler:null,setSuspenseHandler:null,scheduleUpdate:null,currentDispatcherRef:ua.ReactCurrentDispatcher,findHostInstanceByFiber:function(a){a=Zb(a);return null===a?null:a.stateNode},findFiberByHostInstance:ul.findFiberByHostInstance||\nkl,findHostInstancesForRefresh:null,scheduleRefresh:null,scheduleRoot:null,setRefreshHandler:null,getCurrentFiber:null,reconcilerVersion:\"18.2.0-next-9e3b772b8-20220608\"};if(\"undefined\"!==typeof __REACT_DEVTOOLS_GLOBAL_HOOK__){var wl=__REACT_DEVTOOLS_GLOBAL_HOOK__;if(!wl.isDisabled&&wl.supportsFiber)try{kc=wl.inject(vl),lc=wl}catch(a){}}exports.__SECRET_INTERNALS_DO_NOT_USE_OR_YOU_WILL_BE_FIRED=tl;\nexports.createPortal=function(a,b){var c=2<arguments.length&&void 0!==arguments[2]?arguments[2]:null;if(!ol(b))throw Error(p(200));return dl(a,b,null,c)};exports.createRoot=function(a,b){if(!ol(a))throw Error(p(299));var c=!1,d=\"\",e=ll;null!==b&&void 0!==b&&(!0===b.unstable_strictMode&&(c=!0),void 0!==b.identifierPrefix&&(d=b.identifierPrefix),void 0!==b.onRecoverableError&&(e=b.onRecoverableError));b=cl(a,1,!1,null,null,c,!1,d,e);a[uf]=b.current;sf(8===a.nodeType?a.parentNode:a);return new ml(b)};\nexports.findDOMNode=function(a){if(null==a)return null;if(1===a.nodeType)return a;var b=a._reactInternals;if(void 0===b){if(\"function\"===typeof a.render)throw Error(p(188));a=Object.keys(a).join(\",\");throw Error(p(268,a));}a=Zb(b);a=null===a?null:a.stateNode;return a};exports.flushSync=function(a){return Sk(a)};exports.hydrate=function(a,b,c){if(!pl(b))throw Error(p(200));return sl(null,a,b,!0,c)};\nexports.hydrateRoot=function(a,b,c){if(!ol(a))throw Error(p(405));var d=null!=c&&c.hydratedSources||null,e=!1,f=\"\",g=ll;null!==c&&void 0!==c&&(!0===c.unstable_strictMode&&(e=!0),void 0!==c.identifierPrefix&&(f=c.identifierPrefix),void 0!==c.onRecoverableError&&(g=c.onRecoverableError));b=fl(b,null,a,1,null!=c?c:null,e,!1,f,g);a[uf]=b.current;sf(a);if(d)for(a=0;a<d.length;a++)c=d[a],e=c._getVersion,e=e(c._source),null==b.mutableSourceEagerHydrationData?b.mutableSourceEagerHydrationData=[c,e]:b.mutableSourceEagerHydrationData.push(c,\ne);return new nl(b)};exports.render=function(a,b,c){if(!pl(b))throw Error(p(200));return sl(null,a,b,!1,c)};exports.unmountComponentAtNode=function(a){if(!pl(a))throw Error(p(40));return a._reactRootContainer?(Sk(function(){sl(null,null,a,!1,function(){a._reactRootContainer=null;a[uf]=null})}),!0):!1};exports.unstable_batchedUpdates=Rk;\nexports.unstable_renderSubtreeIntoContainer=function(a,b,c,d){if(!pl(c))throw Error(p(200));if(null==a||void 0===a._reactInternals)throw Error(p(38));return sl(a,b,c,!1,d)};exports.version=\"18.2.0-next-9e3b772b8-20220608\";\n",
  "'use strict';\n\nfunction checkDCE() {\n  /* global __REACT_DEVTOOLS_GLOBAL_HOOK__ */\n  if (\n    typeof __REACT_DEVTOOLS_GLOBAL_HOOK__ === 'undefined' ||\n    typeof __REACT_DEVTOOLS_GLOBAL_HOOK__.checkDCE !== 'function'\n  ) {\n    return;\n  }\n  if (process.env.NODE_ENV !== 'production') {\n    // This branch is unreachable because this function is only called\n    // in production, but the condition is true only in development.\n    // Therefore if the branch is still here, dead code elimination wasn't\n    // properly applied.\n    // Don't change the message. React DevTools relies on it. Also make sure\n    // this message doesn't occur elsewhere in this function, or it will cause\n    // a false positive.\n    throw new Error('^_^');\n  }\n  try {\n    // Verify that the code above has been dead code eliminated (DCE'd).\n    __REACT_DEVTOOLS_GLOBAL_HOOK__.checkDCE(checkDCE);\n  } catch (err) {\n    // DevTools shouldn't crash React, no matter what.\n    // We should still report in case we break this code.\n    console.error(err);\n  }\n}\n\nif (process.env.NODE_ENV === 'production') {\n  // DCE check should happen before ReactDOM bundle executes so that\n  // DevTools can report bad minification during injection.\n  checkDCE();\n  module.exports = require('./cjs/react-dom.production.min.js');\n} else {\n  module.exports = require('./cjs/react-dom.development.js');\n}\n",
  "/**\n * @license React\n * react-jsx-runtime.production.min.js\n *\n * Copyright (c) Facebook, Inc. and its affiliates.\n *\n * This source code is licensed under the MIT license found in the\n * LICENSE file in the root directory of this source tree.\n */\n'use strict';var f=require(\"react\"),k=Symbol.for(\"react.element\"),l=Symbol.for(\"react.fragment\"),m=Object.prototype.hasOwnProperty,n=f.__SECRET_INTERNALS_DO_NOT_USE_OR_YOU_WILL_BE_FIRED.ReactCurrentOwner,p={key:!0,ref:!0,__self:!0,__source:!0};\nfunction q(c,a,g){var b,d={},e=null,h=null;void 0!==g&&(e=\"\"+g);void 0!==a.key&&(e=\"\"+a.key);void 0!==a.ref&&(h=a.ref);for(b in a)m.call(a,b)&&!p.hasOwnProperty(b)&&(d[b]=a[b]);if(c&&c.defaultProps)for(b in a=c.defaultProps,a)void 0===d[b]&&(d[b]=a[b]);return{$$typeof:k,type:c,key:e,ref:h,props:d,_owner:n.current}}exports.Fragment=l;exports.jsx=q;exports.jsxs=q;\n",
  "/**\n * @license React\n * react.production.min.js\n *\n * Copyright (c) Facebook, Inc. and its affiliates.\n *\n * This source code is licensed under the MIT license found in the\n * LICENSE file in the root directory of this source tree.\n */\n'use strict';var l=Symbol.for(\"react.element\"),n=Symbol.for(\"react.portal\"),p=Symbol.for(\"react.fragment\"),q=Symbol.for(\"react.strict_mode\"),r=Symbol.for(\"react.profiler\"),t=Symbol.for(\"react.provider\"),u=Symbol.for(\"react.context\"),v=Symbol.for(\"react.forward_ref\"),w=Symbol.for(\"react.suspense\"),x=Symbol.for(\"react.memo\"),y=Symbol.for(\"react.lazy\"),z=Symbol.iterator;function A(a){if(null===a||\"object\"!==typeof a)return null;a=z&&a[z]||a[\"@@iterator\"];return\"function\"===typeof a?a:null}\nvar B={isMounted:function(){return!1},enqueueForceUpdate:function(){},enqueueReplaceState:function(){},enqueueSetState:function(){}},C=Object.assign,D={};function E(a,b,e){this.props=a;this.context=b;this.refs=D;this.updater=e||B}E.prototype.isReactComponent={};\nE.prototype.setState=function(a,b){if(\"object\"!==typeof a&&\"function\"!==typeof a&&null!=a)throw Error(\"setState(...): takes an object of state variables to update or a function which returns an object of state variables.\");this.updater.enqueueSetState(this,a,b,\"setState\")};E.prototype.forceUpdate=function(a){this.updater.enqueueForceUpdate(this,a,\"forceUpdate\")};function F(){}F.prototype=E.prototype;function G(a,b,e){this.props=a;this.context=b;this.refs=D;this.updater=e||B}var H=G.prototype=new F;\nH.constructor=G;C(H,E.prototype);H.isPureReactComponent=!0;var I=Array.isArray,J=Object.prototype.hasOwnProperty,K={current:null},L={key:!0,ref:!0,__self:!0,__source:!0};\nfunction M(a,b,e){var d,c={},k=null,h=null;if(null!=b)for(d in void 0!==b.ref&&(h=b.ref),void 0!==b.key&&(k=\"\"+b.key),b)J.call(b,d)&&!L.hasOwnProperty(d)&&(c[d]=b[d]);var g=arguments.length-2;if(1===g)c.children=e;else if(1<g){for(var f=Array(g),m=0;m<g;m++)f[m]=arguments[m+2];c.children=f}if(a&&a.defaultProps)for(d in g=a.defaultProps,g)void 0===c[d]&&(c[d]=g[d]);return{$$typeof:l,type:a,key:k,ref:h,props:c,_owner:K.current}}\nfunction N(a,b){return{$$typeof:l,type:a.type,key:b,ref:a.ref,props:a.props,_owner:a._owner}}function O(a){return\"object\"===typeof a&&null!==a&&a.$$typeof===l}function escape(a){var b={\"=\":\"=0\",\":\":\"=2\"};return\"$\"+a.replace(/[=:]/g,function(a){return b[a]})}var P=/\\/+/g;function Q(a,b){return\"object\"===typeof a&&null!==a&&null!=a.key?escape(\"\"+a.key):b.toString(36)}\nfunction R(a,b,e,d,c){var k=typeof a;if(\"undefined\"===k||\"boolean\"===k)a=null;var h=!1;if(null===a)h=!0;else switch(k){case \"string\":case \"number\":h=!0;break;case \"object\":switch(a.$$typeof){case l:case n:h=!0}}if(h)return h=a,c=c(h),a=\"\"===d?\".\"+Q(h,0):d,I(c)?(e=\"\",null!=a&&(e=a.replace(P,\"$&/\")+\"/\"),R(c,b,e,\"\",function(a){return a})):null!=c&&(O(c)&&(c=N(c,e+(!c.key||h&&h.key===c.key?\"\":(\"\"+c.key).replace(P,\"$&/\")+\"/\")+a)),b.push(c)),1;h=0;d=\"\"===d?\".\":d+\":\";if(I(a))for(var g=0;g<a.length;g++){k=\na[g];var f=d+Q(k,g);h+=R(k,b,e,f,c)}else if(f=A(a),\"function\"===typeof f)for(a=f.call(a),g=0;!(k=a.next()).done;)k=k.value,f=d+Q(k,g++),h+=R(k,b,e,f,c);else if(\"object\"===k)throw b=String(a),Error(\"Objects are not valid as a React child (found: \"+(\"[object Object]\"===b?\"object with keys {\"+Object.keys(a).join(\", \")+\"}\":b)+\"). If you meant to render a collection of children, use an array instead.\");return h}\nfunction S(a,b,e){if(null==a)return a;var d=[],c=0;R(a,d,\"\",\"\",function(a){return b.call(e,a,c++)});return d}function T(a){if(-1===a._status){var b=a._result;b=b();b.then(function(b){if(0===a._status||-1===a._status)a._status=1,a._result=b},function(b){if(0===a._status||-1===a._status)a._status=2,a._result=b});-1===a._status&&(a._status=0,a._result=b)}if(1===a._status)return a._result.default;throw a._result;}\nvar U={current:null},V={transition:null},W={ReactCurrentDispatcher:U,ReactCurrentBatchConfig:V,ReactCurrentOwner:K};exports.Children={map:S,forEach:function(a,b,e){S(a,function(){b.apply(this,arguments)},e)},count:function(a){var b=0;S(a,function(){b++});return b},toArray:function(a){return S(a,function(a){return a})||[]},only:function(a){if(!O(a))throw Error(\"React.Children.only expected to receive a single React element child.\");return a}};exports.Component=E;exports.Fragment=p;\nexports.Profiler=r;exports.PureComponent=G;exports.StrictMode=q;exports.Suspense=w;exports.__SECRET_INTERNALS_DO_NOT_USE_OR_YOU_WILL_BE_FIRED=W;\nexports.cloneElement=function(a,b,e){if(null===a||void 0===a)throw Error(\"React.cloneElement(...): The argument must be a React element, but you passed \"+a+\".\");var d=C({},a.props),c=a.key,k=a.ref,h=a._owner;if(null!=b){void 0!==b.ref&&(k=b.ref,h=K.current);void 0!==b.key&&(c=\"\"+b.key);if(a.type&&a.type.defaultProps)var g=a.type.defaultProps;for(f in b)J.call(b,f)&&!L.hasOwnProperty(f)&&(d[f]=void 0===b[f]&&void 0!==g?g[f]:b[f])}var f=arguments.length-2;if(1===f)d.children=e;else if(1<f){g=Array(f);\nfor(var m=0;m<f;m++)g[m]=arguments[m+2];d.children=g}return{$$typeof:l,type:a.type,key:c,ref:k,props:d,_owner:h}};exports.createContext=function(a){a={$$typeof:u,_currentValue:a,_currentValue2:a,_threadCount:0,Provider:null,Consumer:null,_defaultValue:null,_globalName:null};a.Provider={$$typeof:t,_context:a};return a.Consumer=a};exports.createElement=M;exports.createFactory=function(a){var b=M.bind(null,a);b.type=a;return b};exports.createRef=function(){return{current:null}};\nexports.forwardRef=function(a){return{$$typeof:v,render:a}};exports.isValidElement=O;exports.lazy=function(a){return{$$typeof:y,_payload:{_status:-1,_result:a},_init:T}};exports.memo=function(a,b){return{$$typeof:x,type:a,compare:void 0===b?null:b}};exports.startTransition=function(a){var b=V.transition;V.transition={};try{a()}finally{V.transition=b}};exports.unstable_act=function(){throw Error(\"act(...) is not supported in production builds of React.\");};\nexports.useCallback=function(a,b){return U.current.useCallback(a,b)};exports.useContext=function(a){return U.current.useContext(a)};exports.useDebugValue=function(){};exports.useDeferredValue=function(a){return U.current.useDeferredValue(a)};exports.useEffect=function(a,b){return U.current.useEffect(a,b)};exports.useId=function(){return U.current.useId()};exports.useImperativeHandle=function(a,b,e){return U.current.useImperativeHandle(a,b,e)};\nexports.useInsertionEffect=function(a,b){return U.current.useInsertionEffect(a,b)};exports.useLayoutEffect=function(a,b){return U.current.useLayoutEffect(a,b)};exports.useMemo=function(a,b){return U.current.useMemo(a,b)};exports.useReducer=function(a,b,e){return U.current.useReducer(a,b,e)};exports.useRef=function(a){return U.current.useRef(a)};exports.useState=function(a){return U.current.useState(a)};exports.useSyncExternalStore=function(a,b,e){return U.current.useSyncExternalStore(a,b,e)};\nexports.useTransition=function(){return U.current.useTransition()};exports.version=\"18.2.0\";\n",
  "'use strict';\n\nif (process.env.NODE_ENV === 'production') {\n  module.exports = require('./cjs/react.production.min.js');\n} else {\n  module.exports = require('./cjs/react.development.js');\n}\n",
  "'use strict';\n\nif (process.env.NODE_ENV === 'production') {\n  module.exports = require('./cjs/react-jsx-runtime.production.min.js');\n} else {\n  module.exports = require('./cjs/react-jsx-runtime.development.js');\n}\n",
  "/**\n * @license React\n * scheduler.production.min.js\n *\n * Copyright (c) Facebook, Inc. and its affiliates.\n *\n * This source code is licensed under the MIT license found in the\n * LICENSE file in the root directory of this source tree.\n */\n'use strict';function f(a,b){var c=a.length;a.push(b);a:for(;0<c;){var d=c-1>>>1,e=a[d];if(0<g(e,b))a[d]=b,a[c]=e,c=d;else break a}}function h(a){return 0===a.length?null:a[0]}function k(a){if(0===a.length)return null;var b=a[0],c=a.pop();if(c!==b){a[0]=c;a:for(var d=0,e=a.length,w=e>>>1;d<w;){var m=2*(d+1)-1,C=a[m],n=m+1,x=a[n];if(0>g(C,c))n<e&&0>g(x,C)?(a[d]=x,a[n]=c,d=n):(a[d]=C,a[m]=c,d=m);else if(n<e&&0>g(x,c))a[d]=x,a[n]=c,d=n;else break a}}return b}\nfunction g(a,b){var c=a.sortIndex-b.sortIndex;return 0!==c?c:a.id-b.id}if(\"object\"===typeof performance&&\"function\"===typeof performance.now){var l=performance;exports.unstable_now=function(){return l.now()}}else{var p=Date,q=p.now();exports.unstable_now=function(){return p.now()-q}}var r=[],t=[],u=1,v=null,y=3,z=!1,A=!1,B=!1,D=\"function\"===typeof setTimeout?setTimeout:null,E=\"function\"===typeof clearTimeout?clearTimeout:null,F=\"undefined\"!==typeof setImmediate?setImmediate:null;\n\"undefined\"!==typeof navigator&&void 0!==navigator.scheduling&&void 0!==navigator.scheduling.isInputPending&&navigator.scheduling.isInputPending.bind(navigator.scheduling);function G(a){for(var b=h(t);null!==b;){if(null===b.callback)k(t);else if(b.startTime<=a)k(t),b.sortIndex=b.expirationTime,f(r,b);else break;b=h(t)}}function H(a){B=!1;G(a);if(!A)if(null!==h(r))A=!0,I(J);else{var b=h(t);null!==b&&K(H,b.startTime-a)}}\nfunction J(a,b){A=!1;B&&(B=!1,E(L),L=-1);z=!0;var c=y;try{G(b);for(v=h(r);null!==v&&(!(v.expirationTime>b)||a&&!M());){var d=v.callback;if(\"function\"===typeof d){v.callback=null;y=v.priorityLevel;var e=d(v.expirationTime<=b);b=exports.unstable_now();\"function\"===typeof e?v.callback=e:v===h(r)&&k(r);G(b)}else k(r);v=h(r)}if(null!==v)var w=!0;else{var m=h(t);null!==m&&K(H,m.startTime-b);w=!1}return w}finally{v=null,y=c,z=!1}}var N=!1,O=null,L=-1,P=5,Q=-1;\nfunction M(){return exports.unstable_now()-Q<P?!1:!0}function R(){if(null!==O){var a=exports.unstable_now();Q=a;var b=!0;try{b=O(!0,a)}finally{b?S():(N=!1,O=null)}}else N=!1}var S;if(\"function\"===typeof F)S=function(){F(R)};else if(\"undefined\"!==typeof MessageChannel){var T=new MessageChannel,U=T.port2;T.port1.onmessage=R;S=function(){U.postMessage(null)}}else S=function(){D(R,0)};function I(a){O=a;N||(N=!0,S())}function K(a,b){L=D(function(){a(exports.unstable_now())},b)}\nexports.unstable_IdlePriority=5;exports.unstable_ImmediatePriority=1;exports.unstable_LowPriority=4;exports.unstable_NormalPriority=3;exports.unstable_Profiling=null;exports.unstable_UserBlockingPriority=2;exports.unstable_cancelCallback=function(a){a.callback=null};exports.unstable_continueExecution=function(){A||z||(A=!0,I(J))};\nexports.unstable_forceFrameRate=function(a){0>a||125<a?console.error(\"forceFrameRate takes a positive int between 0 and 125, forcing frame rates higher than 125 fps is not supported\"):P=0<a?Math.floor(1E3/a):5};exports.unstable_getCurrentPriorityLevel=function(){return y};exports.unstable_getFirstCallbackNode=function(){return h(r)};exports.unstable_next=function(a){switch(y){case 1:case 2:case 3:var b=3;break;default:b=y}var c=y;y=b;try{return a()}finally{y=c}};exports.unstable_pauseExecution=function(){};\nexports.unstable_requestPaint=function(){};exports.unstable_runWithPriority=function(a,b){switch(a){case 1:case 2:case 3:case 4:case 5:break;default:a=3}var c=y;y=a;try{return b()}finally{y=c}};\nexports.unstable_scheduleCallback=function(a,b,c){var d=exports.unstable_now();\"object\"===typeof c&&null!==c?(c=c.delay,c=\"number\"===typeof c&&0<c?d+c:d):c=d;switch(a){case 1:var e=-1;break;case 2:e=250;break;case 5:e=1073741823;break;case 4:e=1E4;break;default:e=5E3}e=c+e;a={id:u++,callback:b,priorityLevel:a,startTime:c,expirationTime:e,sortIndex:-1};c>d?(a.sortIndex=c,f(t,a),null===h(r)&&a===h(t)&&(B?(E(L),L=-1):B=!0,K(H,c-d))):(a.sortIndex=e,f(r,a),A||z||(A=!0,I(J)));return a};\nexports.unstable_shouldYield=M;exports.unstable_wrapCallback=function(a){var b=y;return function(){var c=y;y=b;try{return a.apply(this,arguments)}finally{y=c}}};\n",
  "'use strict';\n\nif (process.env.NODE_ENV === 'production') {\n  module.exports = require('./cjs/scheduler.production.min.js');\n} else {\n  module.exports = require('./cjs/scheduler.development.js');\n}\n",
  "//\n\nmodule.exports = function shallowEqual(objA, objB, compare, compareContext) {\n  var ret = compare ? compare.call(compareContext, objA, objB) : void 0;\n\n  if (ret !== void 0) {\n    return !!ret;\n  }\n\n  if (objA === objB) {\n    return true;\n  }\n\n  if (typeof objA !== \"object\" || !objA || typeof objB !== \"object\" || !objB) {\n    return false;\n  }\n\n  var keysA = Object.keys(objA);\n  var keysB = Object.keys(objB);\n\n  if (keysA.length !== keysB.length) {\n    return false;\n  }\n\n  var bHasOwnProperty = Object.prototype.hasOwnProperty.bind(objB);\n\n  // Test for A's keys different from B.\n  for (var idx = 0; idx < keysA.length; idx++) {\n    var key = keysA[idx];\n\n    if (!bHasOwnProperty(key)) {\n      return false;\n    }\n\n    var valueA = objA[key];\n    var valueB = objB[key];\n\n    ret = compare ? compare.call(compareContext, valueA, valueB, key) : void 0;\n\n    if (ret === false || (ret === void 0 && valueA !== valueB)) {\n      return false;\n    }\n  }\n\n  return true;\n};\n",
  "window.eve = require('eve')\n\n// Copyright (c) 2017 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nvar mina = (function (eve) {\n    var animations = {},\n    requestAnimFrame = window.requestAnimationFrame       ||\n                       window.webkitRequestAnimationFrame ||\n                       window.mozRequestAnimationFrame    ||\n                       window.oRequestAnimationFrame      ||\n                       window.msRequestAnimationFrame     ||\n                       function (callback) {\n                           setTimeout(callback, 16, new Date().getTime());\n                           return true;\n                       },\n    requestID,\n    isArray = Array.isArray || function (a) {\n        return a instanceof Array ||\n            Object.prototype.toString.call(a) == \"[object Array]\";\n    },\n    idgen = 0,\n    idprefix = \"M\" + (+new Date).toString(36),\n    ID = function () {\n        return idprefix + (idgen++).toString(36);\n    },\n    diff = function (a, b, A, B) {\n        if (isArray(a)) {\n            res = [];\n            for (var i = 0, ii = a.length; i < ii; i++) {\n                res[i] = diff(a[i], b, A[i], B);\n            }\n            return res;\n        }\n        var dif = (A - a) / (B - b);\n        return function (bb) {\n            return a + dif * (bb - b);\n        };\n    },\n    timer = Date.now || function () {\n        return +new Date;\n    },\n    sta = function (val) {\n        var a = this;\n        if (val == null) {\n            return a.s;\n        }\n        var ds = a.s - val;\n        a.b += a.dur * ds;\n        a.B += a.dur * ds;\n        a.s = val;\n    },\n    speed = function (val) {\n        var a = this;\n        if (val == null) {\n            return a.spd;\n        }\n        a.spd = val;\n    },\n    duration = function (val) {\n        var a = this;\n        if (val == null) {\n            return a.dur;\n        }\n        a.s = a.s * val / a.dur;\n        a.dur = val;\n    },\n    stopit = function () {\n        var a = this;\n        delete animations[a.id];\n        a.update();\n        eve(\"mina.stop.\" + a.id, a);\n    },\n    pause = function () {\n        var a = this;\n        if (a.pdif) {\n            return;\n        }\n        delete animations[a.id];\n        a.update();\n        a.pdif = a.get() - a.b;\n    },\n    resume = function () {\n        var a = this;\n        if (!a.pdif) {\n            return;\n        }\n        a.b = a.get() - a.pdif;\n        delete a.pdif;\n        animations[a.id] = a;\n        frame();\n    },\n    update = function () {\n        var a = this,\n            res;\n        if (isArray(a.start)) {\n            res = [];\n            for (var j = 0, jj = a.start.length; j < jj; j++) {\n                res[j] = +a.start[j] +\n                    (a.end[j] - a.start[j]) * a.easing(a.s);\n            }\n        } else {\n            res = +a.start + (a.end - a.start) * a.easing(a.s);\n        }\n        a.set(res);\n    },\n    frame = function (timeStamp) {\n        // Manual invokation?\n        if (!timeStamp) {\n            // Frame loop stopped?\n            if (!requestID) {\n                // Start frame loop...\n                requestID = requestAnimFrame(frame);\n            }\n            return;\n        }\n        var len = 0;\n        for (var i in animations) if (animations.hasOwnProperty(i)) {\n            var a = animations[i],\n                b = a.get(),\n                res;\n            len++;\n            a.s = (b - a.b) / (a.dur / a.spd);\n            if (a.s >= 1) {\n                delete animations[i];\n                a.s = 1;\n                len--;\n                (function (a) {\n                    setTimeout(function () {\n                        eve(\"mina.finish.\" + a.id, a);\n                    });\n                }(a));\n            }\n            a.update();\n        }\n        requestID = len ? requestAnimFrame(frame) : false;\n    },\n    /*\\\n     * mina\n     [ method ]\n     **\n     * Generic animation of numbers\n     **\n     - a (number) start _slave_ number\n     - A (number) end _slave_ number\n     - b (number) start _master_ number (start time in general case)\n     - B (number) end _master_ number (end time in general case)\n     - get (function) getter of _master_ number (see @mina.time)\n     - set (function) setter of _slave_ number\n     - easing (function) #optional easing function, default is @mina.linear\n     = (object) animation descriptor\n     o {\n     o         id (string) animation id,\n     o         start (number) start _slave_ number,\n     o         end (number) end _slave_ number,\n     o         b (number) start _master_ number,\n     o         s (number) animation status (0..1),\n     o         dur (number) animation duration,\n     o         spd (number) animation speed,\n     o         get (function) getter of _master_ number (see @mina.time),\n     o         set (function) setter of _slave_ number,\n     o         easing (function) easing function, default is @mina.linear,\n     o         status (function) status getter/setter,\n     o         speed (function) speed getter/setter,\n     o         duration (function) duration getter/setter,\n     o         stop (function) animation stopper\n     o         pause (function) pauses the animation\n     o         resume (function) resumes the animation\n     o         update (function) calles setter with the right value of the animation\n     o }\n    \\*/\n    mina = function (a, A, b, B, get, set, easing) {\n        var anim = {\n            id: ID(),\n            start: a,\n            end: A,\n            b: b,\n            s: 0,\n            dur: B - b,\n            spd: 1,\n            get: get,\n            set: set,\n            easing: easing || mina.linear,\n            status: sta,\n            speed: speed,\n            duration: duration,\n            stop: stopit,\n            pause: pause,\n            resume: resume,\n            update: update\n        };\n        animations[anim.id] = anim;\n        var len = 0, i;\n        for (i in animations) if (animations.hasOwnProperty(i)) {\n            len++;\n            if (len == 2) {\n                break;\n            }\n        }\n        len == 1 && frame();\n        return anim;\n    };\n    /*\\\n     * mina.time\n     [ method ]\n     **\n     * Returns the current time. Equivalent to:\n     | function () {\n     |     return (new Date).getTime();\n     | }\n    \\*/\n    mina.time = timer;\n    /*\\\n     * mina.getById\n     [ method ]\n     **\n     * Returns an animation by its id\n     - id (string) animation's id\n     = (object) See @mina\n    \\*/\n    mina.getById = function (id) {\n        return animations[id] || null;\n    };\n\n    /*\\\n     * mina.linear\n     [ method ]\n     **\n     * Default linear easing\n     - n (number) input 0..1\n     = (number) output 0..1\n    \\*/\n    mina.linear = function (n) {\n        return n;\n    };\n    /*\\\n     * mina.easeout\n     [ method ]\n     **\n     * Easeout easing\n     - n (number) input 0..1\n     = (number) output 0..1\n    \\*/\n    mina.easeout = function (n) {\n        return Math.pow(n, 1.7);\n    };\n    /*\\\n     * mina.easein\n     [ method ]\n     **\n     * Easein easing\n     - n (number) input 0..1\n     = (number) output 0..1\n    \\*/\n    mina.easein = function (n) {\n        return Math.pow(n, .48);\n    };\n    /*\\\n     * mina.easeinout\n     [ method ]\n     **\n     * Easeinout easing\n     - n (number) input 0..1\n     = (number) output 0..1\n    \\*/\n    mina.easeinout = function (n) {\n        if (n == 1) {\n            return 1;\n        }\n        if (n == 0) {\n            return 0;\n        }\n        var q = .48 - n / 1.04,\n            Q = Math.sqrt(.1734 + q * q),\n            x = Q - q,\n            X = Math.pow(Math.abs(x), 1 / 3) * (x < 0 ? -1 : 1),\n            y = -Q - q,\n            Y = Math.pow(Math.abs(y), 1 / 3) * (y < 0 ? -1 : 1),\n            t = X + Y + .5;\n        return (1 - t) * 3 * t * t + t * t * t;\n    };\n    /*\\\n     * mina.backin\n     [ method ]\n     **\n     * Backin easing\n     - n (number) input 0..1\n     = (number) output 0..1\n    \\*/\n    mina.backin = function (n) {\n        if (n == 1) {\n            return 1;\n        }\n        var s = 1.70158;\n        return n * n * ((s + 1) * n - s);\n    };\n    /*\\\n     * mina.backout\n     [ method ]\n     **\n     * Backout easing\n     - n (number) input 0..1\n     = (number) output 0..1\n    \\*/\n    mina.backout = function (n) {\n        if (n == 0) {\n            return 0;\n        }\n        n = n - 1;\n        var s = 1.70158;\n        return n * n * ((s + 1) * n + s) + 1;\n    };\n    /*\\\n     * mina.elastic\n     [ method ]\n     **\n     * Elastic easing\n     - n (number) input 0..1\n     = (number) output 0..1\n    \\*/\n    mina.elastic = function (n) {\n        if (n == !!n) {\n            return n;\n        }\n        return Math.pow(2, -10 * n) * Math.sin((n - .075) *\n            (2 * Math.PI) / .3) + 1;\n    };\n    /*\\\n     * mina.bounce\n     [ method ]\n     **\n     * Bounce easing\n     - n (number) input 0..1\n     = (number) output 0..1\n    \\*/\n    mina.bounce = function (n) {\n        var s = 7.5625,\n            p = 2.75,\n            l;\n        if (n < 1 / p) {\n            l = s * n * n;\n        } else {\n            if (n < 2 / p) {\n                n -= 1.5 / p;\n                l = s * n * n + .75;\n            } else {\n                if (n < 2.5 / p) {\n                    n -= 2.25 / p;\n                    l = s * n * n + .9375;\n                } else {\n                    n -= 2.625 / p;\n                    l = s * n * n + .984375;\n                }\n            }\n        }\n        return l;\n    };\n    window.mina = mina;\n    return mina;\n})(typeof eve == \"undefined\" ? function () {} : eve);\n\n// Copyright (c) 2013 - 2017 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\n\nvar Snap = (function(root) {\nSnap.version = \"0.5.1\";\n/*\\\n * Snap\n [ method ]\n **\n * Creates a drawing surface or wraps existing SVG element.\n **\n - width (number|string) width of surface\n - height (number|string) height of surface\n * or\n - DOM (SVGElement) element to be wrapped into Snap structure\n * or\n - array (array) array of elements (will return set of elements)\n * or\n - query (string) CSS query selector\n = (object) @Element\n\\*/\nfunction Snap(w, h) {\n    if (w) {\n        if (w.nodeType) {\n            return wrap(w);\n        }\n        if (is(w, \"array\") && Snap.set) {\n            return Snap.set.apply(Snap, w);\n        }\n        if (w instanceof Element) {\n            return w;\n        }\n        if (h == null) {\n            try {\n                w = glob.doc.querySelector(String(w));\n                return wrap(w);\n            } catch (e) {\n                return null;\n            }\n        }\n    }\n    w = w == null ? \"100%\" : w;\n    h = h == null ? \"100%\" : h;\n    return new Paper(w, h);\n}\nSnap.toString = function () {\n    return \"Snap v\" + this.version;\n};\nSnap._ = {};\nvar glob = {\n    win: root.window,\n    doc: root.window.document\n};\nSnap._.glob = glob;\nvar has = \"hasOwnProperty\",\n    Str = String,\n    toFloat = parseFloat,\n    toInt = parseInt,\n    math = Math,\n    mmax = math.max,\n    mmin = math.min,\n    abs = math.abs,\n    pow = math.pow,\n    PI = math.PI,\n    round = math.round,\n    E = \"\",\n    S = \" \",\n    objectToString = Object.prototype.toString,\n    ISURL = /^url\\(['\"]?([^\\)]+?)['\"]?\\)$/i,\n    colourRegExp = /^\\s*((#[a-f\\d]{6})|(#[a-f\\d]{3})|rgba?\\(\\s*([\\d\\.]+%?\\s*,\\s*[\\d\\.]+%?\\s*,\\s*[\\d\\.]+%?(?:\\s*,\\s*[\\d\\.]+%?)?)\\s*\\)|hsba?\\(\\s*([\\d\\.]+(?:deg|\\xb0|%)?\\s*,\\s*[\\d\\.]+%?\\s*,\\s*[\\d\\.]+(?:%?\\s*,\\s*[\\d\\.]+)?%?)\\s*\\)|hsla?\\(\\s*([\\d\\.]+(?:deg|\\xb0|%)?\\s*,\\s*[\\d\\.]+%?\\s*,\\s*[\\d\\.]+(?:%?\\s*,\\s*[\\d\\.]+)?%?)\\s*\\))\\s*$/i,\n    bezierrg = /^(?:cubic-)?bezier\\(([^,]+),([^,]+),([^,]+),([^\\)]+)\\)/,\n    separator = Snap._.separator = /[,\\s]+/,\n    whitespace = /[\\s]/g,\n    commaSpaces = /[\\s]*,[\\s]*/,\n    hsrg = {hs: 1, rg: 1},\n    pathCommand = /([a-z])[\\s,]*((-?\\d*\\.?\\d*(?:e[\\-+]?\\d+)?[\\s]*,?[\\s]*)+)/ig,\n    tCommand = /([rstm])[\\s,]*((-?\\d*\\.?\\d*(?:e[\\-+]?\\d+)?[\\s]*,?[\\s]*)+)/ig,\n    pathValues = /(-?\\d*\\.?\\d*(?:e[\\-+]?\\d+)?)[\\s]*,?[\\s]*/ig,\n    idgen = 0,\n    idprefix = \"S\" + (+new Date).toString(36),\n    ID = function (el) {\n        return (el && el.type ? el.type : E) + idprefix + (idgen++).toString(36);\n    },\n    xlink = \"http://www.w3.org/1999/xlink\",\n    xmlns = \"http://www.w3.org/2000/svg\",\n    hub = {},\n    /*\\\n     * Snap.url\n     [ method ]\n     **\n     * Wraps path into `\"url('<path>')\"`.\n     - value (string) path\n     = (string) wrapped path\n    \\*/\n    URL = Snap.url = function (url) {\n        return \"url('#\" + url + \"')\";\n    };\n\nfunction $(el, attr) {\n    if (attr) {\n        if (el == \"#text\") {\n            el = glob.doc.createTextNode(attr.text || attr[\"#text\"] || \"\");\n        }\n        if (el == \"#comment\") {\n            el = glob.doc.createComment(attr.text || attr[\"#text\"] || \"\");\n        }\n        if (typeof el == \"string\") {\n            el = $(el);\n        }\n        if (typeof attr == \"string\") {\n            if (el.nodeType == 1) {\n                if (attr.substring(0, 6) == \"xlink:\") {\n                    return el.getAttributeNS(xlink, attr.substring(6));\n                }\n                if (attr.substring(0, 4) == \"xml:\") {\n                    return el.getAttributeNS(xmlns, attr.substring(4));\n                }\n                return el.getAttribute(attr);\n            } else if (attr == \"text\") {\n                return el.nodeValue;\n            } else {\n                return null;\n            }\n        }\n        if (el.nodeType == 1) {\n            for (var key in attr) if (attr[has](key)) {\n                var val = Str(attr[key]);\n                if (val) {\n                    if (key.substring(0, 6) == \"xlink:\") {\n                        el.setAttributeNS(xlink, key.substring(6), val);\n                    } else if (key.substring(0, 4) == \"xml:\") {\n                        el.setAttributeNS(xmlns, key.substring(4), val);\n                    } else {\n                        el.setAttribute(key, val);\n                    }\n                } else {\n                    el.removeAttribute(key);\n                }\n            }\n        } else if (\"text\" in attr) {\n            el.nodeValue = attr.text;\n        }\n    } else {\n        el = glob.doc.createElementNS(xmlns, el);\n    }\n    return el;\n}\nSnap._.$ = $;\nSnap._.id = ID;\nfunction getAttrs(el) {\n    var attrs = el.attributes,\n        name,\n        out = {};\n    for (var i = 0; i < attrs.length; i++) {\n        if (attrs[i].namespaceURI == xlink) {\n            name = \"xlink:\";\n        } else {\n            name = \"\";\n        }\n        name += attrs[i].name;\n        out[name] = attrs[i].textContent;\n    }\n    return out;\n}\nfunction is(o, type) {\n    type = Str.prototype.toLowerCase.call(type);\n    if (type == \"finite\") {\n        return isFinite(o);\n    }\n    if (type == \"array\" &&\n        (o instanceof Array || Array.isArray && Array.isArray(o))) {\n        return true;\n    }\n    return  type == \"null\" && o === null ||\n            type == typeof o && o !== null ||\n            type == \"object\" && o === Object(o) ||\n            objectToString.call(o).slice(8, -1).toLowerCase() == type;\n}\n/*\\\n * Snap.format\n [ method ]\n **\n * Replaces construction of type `{<name>}` to the corresponding argument\n **\n - token (string) string to format\n - json (object) object which properties are used as a replacement\n = (string) formatted string\n > Usage\n | // this draws a rectangular shape equivalent to \"M10,20h40v50h-40z\"\n | paper.path(Snap.format(\"M{x},{y}h{dim.width}v{dim.height}h{dim['negative width']}z\", {\n |     x: 10,\n |     y: 20,\n |     dim: {\n |         width: 40,\n |         height: 50,\n |         \"negative width\": -40\n |     }\n | }));\n\\*/\nSnap.format = (function () {\n    var tokenRegex = /\\{([^\\}]+)\\}/g,\n        objNotationRegex = /(?:(?:^|\\.)(.+?)(?=\\[|\\.|$|\\()|\\[('|\")(.+?)\\2\\])(\\(\\))?/g, // matches .xxxxx or [\"xxxxx\"] to run over object properties\n        replacer = function (all, key, obj) {\n            var res = obj;\n            key.replace(objNotationRegex, function (all, name, quote, quotedName, isFunc) {\n                name = name || quotedName;\n                if (res) {\n                    if (name in res) {\n                        res = res[name];\n                    }\n                    typeof res == \"function\" && isFunc && (res = res());\n                }\n            });\n            res = (res == null || res == obj ? all : res) + \"\";\n            return res;\n        };\n    return function (str, obj) {\n        return Str(str).replace(tokenRegex, function (all, key) {\n            return replacer(all, key, obj);\n        });\n    };\n})();\nfunction clone(obj) {\n    if (typeof obj == \"function\" || Object(obj) !== obj) {\n        return obj;\n    }\n    var res = new obj.constructor;\n    for (var key in obj) if (obj[has](key)) {\n        res[key] = clone(obj[key]);\n    }\n    return res;\n}\nSnap._.clone = clone;\nfunction repush(array, item) {\n    for (var i = 0, ii = array.length; i < ii; i++) if (array[i] === item) {\n        return array.push(array.splice(i, 1)[0]);\n    }\n}\nfunction cacher(f, scope, postprocessor) {\n    function newf() {\n        var arg = Array.prototype.slice.call(arguments, 0),\n            args = arg.join(\"\\u2400\"),\n            cache = newf.cache = newf.cache || {},\n            count = newf.count = newf.count || [];\n        if (cache[has](args)) {\n            repush(count, args);\n            return postprocessor ? postprocessor(cache[args]) : cache[args];\n        }\n        count.length >= 1e3 && delete cache[count.shift()];\n        count.push(args);\n        cache[args] = f.apply(scope, arg);\n        return postprocessor ? postprocessor(cache[args]) : cache[args];\n    }\n    return newf;\n}\nSnap._.cacher = cacher;\nfunction angle(x1, y1, x2, y2, x3, y3) {\n    if (x3 == null) {\n        var x = x1 - x2,\n            y = y1 - y2;\n        if (!x && !y) {\n            return 0;\n        }\n        return (180 + math.atan2(-y, -x) * 180 / PI + 360) % 360;\n    } else {\n        return angle(x1, y1, x3, y3) - angle(x2, y2, x3, y3);\n    }\n}\nfunction rad(deg) {\n    return deg % 360 * PI / 180;\n}\nfunction deg(rad) {\n    return rad * 180 / PI % 360;\n}\nfunction x_y() {\n    return this.x + S + this.y;\n}\nfunction x_y_w_h() {\n    return this.x + S + this.y + S + this.width + \" \\xd7 \" + this.height;\n}\n\n/*\\\n * Snap.rad\n [ method ]\n **\n * Transform angle to radians\n - deg (number) angle in degrees\n = (number) angle in radians\n\\*/\nSnap.rad = rad;\n/*\\\n * Snap.deg\n [ method ]\n **\n * Transform angle to degrees\n - rad (number) angle in radians\n = (number) angle in degrees\n\\*/\nSnap.deg = deg;\n/*\\\n * Snap.sin\n [ method ]\n **\n * Equivalent to `Math.sin()` only works with degrees, not radians.\n - angle (number) angle in degrees\n = (number) sin\n\\*/\nSnap.sin = function (angle) {\n    return math.sin(Snap.rad(angle));\n};\n/*\\\n * Snap.tan\n [ method ]\n **\n * Equivalent to `Math.tan()` only works with degrees, not radians.\n - angle (number) angle in degrees\n = (number) tan\n\\*/\nSnap.tan = function (angle) {\n    return math.tan(Snap.rad(angle));\n};\n/*\\\n * Snap.cos\n [ method ]\n **\n * Equivalent to `Math.cos()` only works with degrees, not radians.\n - angle (number) angle in degrees\n = (number) cos\n\\*/\nSnap.cos = function (angle) {\n    return math.cos(Snap.rad(angle));\n};\n/*\\\n * Snap.asin\n [ method ]\n **\n * Equivalent to `Math.asin()` only works with degrees, not radians.\n - num (number) value\n = (number) asin in degrees\n\\*/\nSnap.asin = function (num) {\n    return Snap.deg(math.asin(num));\n};\n/*\\\n * Snap.acos\n [ method ]\n **\n * Equivalent to `Math.acos()` only works with degrees, not radians.\n - num (number) value\n = (number) acos in degrees\n\\*/\nSnap.acos = function (num) {\n    return Snap.deg(math.acos(num));\n};\n/*\\\n * Snap.atan\n [ method ]\n **\n * Equivalent to `Math.atan()` only works with degrees, not radians.\n - num (number) value\n = (number) atan in degrees\n\\*/\nSnap.atan = function (num) {\n    return Snap.deg(math.atan(num));\n};\n/*\\\n * Snap.atan2\n [ method ]\n **\n * Equivalent to `Math.atan2()` only works with degrees, not radians.\n - num (number) value\n = (number) atan2 in degrees\n\\*/\nSnap.atan2 = function (num) {\n    return Snap.deg(math.atan2(num));\n};\n/*\\\n * Snap.angle\n [ method ]\n **\n * Returns an angle between two or three points\n - x1 (number) x coord of first point\n - y1 (number) y coord of first point\n - x2 (number) x coord of second point\n - y2 (number) y coord of second point\n - x3 (number) #optional x coord of third point\n - y3 (number) #optional y coord of third point\n = (number) angle in degrees\n\\*/\nSnap.angle = angle;\n/*\\\n * Snap.len\n [ method ]\n **\n * Returns distance between two points\n - x1 (number) x coord of first point\n - y1 (number) y coord of first point\n - x2 (number) x coord of second point\n - y2 (number) y coord of second point\n = (number) distance\n\\*/\nSnap.len = function (x1, y1, x2, y2) {\n    return Math.sqrt(Snap.len2(x1, y1, x2, y2));\n};\n/*\\\n * Snap.len2\n [ method ]\n **\n * Returns squared distance between two points\n - x1 (number) x coord of first point\n - y1 (number) y coord of first point\n - x2 (number) x coord of second point\n - y2 (number) y coord of second point\n = (number) distance\n\\*/\nSnap.len2 = function (x1, y1, x2, y2) {\n    return (x1 - x2) * (x1 - x2) + (y1 - y2) * (y1 - y2);\n};\n/*\\\n * Snap.closestPoint\n [ method ]\n **\n * Returns closest point to a given one on a given path.\n - path (Element) path element\n - x (number) x coord of a point\n - y (number) y coord of a point\n = (object) in format\n {\n    x (number) x coord of the point on the path\n    y (number) y coord of the point on the path\n    length (number) length of the path to the point\n    distance (number) distance from the given point to the path\n }\n\\*/\n// Copied from http://bl.ocks.org/mbostock/8027637\nSnap.closestPoint = function (path, x, y) {\n    function distance2(p) {\n        var dx = p.x - x,\n            dy = p.y - y;\n        return dx * dx + dy * dy;\n    }\n    var pathNode = path.node,\n        pathLength = pathNode.getTotalLength(),\n        precision = pathLength / pathNode.pathSegList.numberOfItems * .125,\n        best,\n        bestLength,\n        bestDistance = Infinity;\n\n    // linear scan for coarse approximation\n    for (var scan, scanLength = 0, scanDistance; scanLength <= pathLength; scanLength += precision) {\n        if ((scanDistance = distance2(scan = pathNode.getPointAtLength(scanLength))) < bestDistance) {\n            best = scan;\n            bestLength = scanLength;\n            bestDistance = scanDistance;\n        }\n    }\n\n    // binary search for precise estimate\n    precision *= .5;\n    while (precision > .5) {\n        var before,\n            after,\n            beforeLength,\n            afterLength,\n            beforeDistance,\n            afterDistance;\n        if ((beforeLength = bestLength - precision) >= 0 && (beforeDistance = distance2(before = pathNode.getPointAtLength(beforeLength))) < bestDistance) {\n            best = before;\n            bestLength = beforeLength;\n            bestDistance = beforeDistance;\n        } else if ((afterLength = bestLength + precision) <= pathLength && (afterDistance = distance2(after = pathNode.getPointAtLength(afterLength))) < bestDistance) {\n            best = after;\n            bestLength = afterLength;\n            bestDistance = afterDistance;\n        } else {\n            precision *= .5;\n        }\n    }\n\n    best = {\n        x: best.x,\n        y: best.y,\n        length: bestLength,\n        distance: Math.sqrt(bestDistance)\n    };\n    return best;\n}\n/*\\\n * Snap.is\n [ method ]\n **\n * Handy replacement for the `typeof` operator\n - o (…) any object or primitive\n - type (string) name of the type, e.g., `string`, `function`, `number`, etc.\n = (boolean) `true` if given value is of given type\n\\*/\nSnap.is = is;\n/*\\\n * Snap.snapTo\n [ method ]\n **\n * Snaps given value to given grid\n - values (array|number) given array of values or step of the grid\n - value (number) value to adjust\n - tolerance (number) #optional maximum distance to the target value that would trigger the snap. Default is `10`.\n = (number) adjusted value\n\\*/\nSnap.snapTo = function (values, value, tolerance) {\n    tolerance = is(tolerance, \"finite\") ? tolerance : 10;\n    if (is(values, \"array\")) {\n        var i = values.length;\n        while (i--) if (abs(values[i] - value) <= tolerance) {\n            return values[i];\n        }\n    } else {\n        values = +values;\n        var rem = value % values;\n        if (rem < tolerance) {\n            return value - rem;\n        }\n        if (rem > values - tolerance) {\n            return value - rem + values;\n        }\n    }\n    return value;\n};\n// Colour\n/*\\\n * Snap.getRGB\n [ method ]\n **\n * Parses color string as RGB object\n - color (string) color string in one of the following formats:\n # <ul>\n #     <li>Color name (<code>red</code>, <code>green</code>, <code>cornflowerblue</code>, etc)</li>\n #     <li>#••• — shortened HTML color: (<code>#000</code>, <code>#fc0</code>, etc.)</li>\n #     <li>#•••••• — full length HTML color: (<code>#000000</code>, <code>#bd2300</code>)</li>\n #     <li>rgb(•••, •••, •••) — red, green and blue channels values: (<code>rgb(200,&nbsp;100,&nbsp;0)</code>)</li>\n #     <li>rgba(•••, •••, •••, •••) — also with opacity</li>\n #     <li>rgb(•••%, •••%, •••%) — same as above, but in %: (<code>rgb(100%,&nbsp;175%,&nbsp;0%)</code>)</li>\n #     <li>rgba(•••%, •••%, •••%, •••%) — also with opacity</li>\n #     <li>hsb(•••, •••, •••) — hue, saturation and brightness values: (<code>hsb(0.5,&nbsp;0.25,&nbsp;1)</code>)</li>\n #     <li>hsba(•••, •••, •••, •••) — also with opacity</li>\n #     <li>hsb(•••%, •••%, •••%) — same as above, but in %</li>\n #     <li>hsba(•••%, •••%, •••%, •••%) — also with opacity</li>\n #     <li>hsl(•••, •••, •••) — hue, saturation and luminosity values: (<code>hsb(0.5,&nbsp;0.25,&nbsp;0.5)</code>)</li>\n #     <li>hsla(•••, •••, •••, •••) — also with opacity</li>\n #     <li>hsl(•••%, •••%, •••%) — same as above, but in %</li>\n #     <li>hsla(•••%, •••%, •••%, •••%) — also with opacity</li>\n # </ul>\n * Note that `%` can be used any time: `rgb(20%, 255, 50%)`.\n = (object) RGB object in the following format:\n o {\n o     r (number) red,\n o     g (number) green,\n o     b (number) blue,\n o     hex (string) color in HTML/CSS format: #••••••,\n o     error (boolean) true if string can't be parsed\n o }\n\\*/\nSnap.getRGB = cacher(function (colour) {\n    if (!colour || !!((colour = Str(colour)).indexOf(\"-\") + 1)) {\n        return {r: -1, g: -1, b: -1, hex: \"none\", error: 1, toString: rgbtoString};\n    }\n    if (colour == \"none\") {\n        return {r: -1, g: -1, b: -1, hex: \"none\", toString: rgbtoString};\n    }\n    !(hsrg[has](colour.toLowerCase().substring(0, 2)) || colour.charAt() == \"#\") && (colour = toHex(colour));\n    if (!colour) {\n        return {r: -1, g: -1, b: -1, hex: \"none\", error: 1, toString: rgbtoString};\n    }\n    var res,\n        red,\n        green,\n        blue,\n        opacity,\n        t,\n        values,\n        rgb = colour.match(colourRegExp);\n    if (rgb) {\n        if (rgb[2]) {\n            blue = toInt(rgb[2].substring(5), 16);\n            green = toInt(rgb[2].substring(3, 5), 16);\n            red = toInt(rgb[2].substring(1, 3), 16);\n        }\n        if (rgb[3]) {\n            blue = toInt((t = rgb[3].charAt(3)) + t, 16);\n            green = toInt((t = rgb[3].charAt(2)) + t, 16);\n            red = toInt((t = rgb[3].charAt(1)) + t, 16);\n        }\n        if (rgb[4]) {\n            values = rgb[4].split(commaSpaces);\n            red = toFloat(values[0]);\n            values[0].slice(-1) == \"%\" && (red *= 2.55);\n            green = toFloat(values[1]);\n            values[1].slice(-1) == \"%\" && (green *= 2.55);\n            blue = toFloat(values[2]);\n            values[2].slice(-1) == \"%\" && (blue *= 2.55);\n            rgb[1].toLowerCase().slice(0, 4) == \"rgba\" && (opacity = toFloat(values[3]));\n            values[3] && values[3].slice(-1) == \"%\" && (opacity /= 100);\n        }\n        if (rgb[5]) {\n            values = rgb[5].split(commaSpaces);\n            red = toFloat(values[0]);\n            values[0].slice(-1) == \"%\" && (red /= 100);\n            green = toFloat(values[1]);\n            values[1].slice(-1) == \"%\" && (green /= 100);\n            blue = toFloat(values[2]);\n            values[2].slice(-1) == \"%\" && (blue /= 100);\n            (values[0].slice(-3) == \"deg\" || values[0].slice(-1) == \"\\xb0\") && (red /= 360);\n            rgb[1].toLowerCase().slice(0, 4) == \"hsba\" && (opacity = toFloat(values[3]));\n            values[3] && values[3].slice(-1) == \"%\" && (opacity /= 100);\n            return Snap.hsb2rgb(red, green, blue, opacity);\n        }\n        if (rgb[6]) {\n            values = rgb[6].split(commaSpaces);\n            red = toFloat(values[0]);\n            values[0].slice(-1) == \"%\" && (red /= 100);\n            green = toFloat(values[1]);\n            values[1].slice(-1) == \"%\" && (green /= 100);\n            blue = toFloat(values[2]);\n            values[2].slice(-1) == \"%\" && (blue /= 100);\n            (values[0].slice(-3) == \"deg\" || values[0].slice(-1) == \"\\xb0\") && (red /= 360);\n            rgb[1].toLowerCase().slice(0, 4) == \"hsla\" && (opacity = toFloat(values[3]));\n            values[3] && values[3].slice(-1) == \"%\" && (opacity /= 100);\n            return Snap.hsl2rgb(red, green, blue, opacity);\n        }\n        red = mmin(math.round(red), 255);\n        green = mmin(math.round(green), 255);\n        blue = mmin(math.round(blue), 255);\n        opacity = mmin(mmax(opacity, 0), 1);\n        rgb = {r: red, g: green, b: blue, toString: rgbtoString};\n        rgb.hex = \"#\" + (16777216 | blue | green << 8 | red << 16).toString(16).slice(1);\n        rgb.opacity = is(opacity, \"finite\") ? opacity : 1;\n        return rgb;\n    }\n    return {r: -1, g: -1, b: -1, hex: \"none\", error: 1, toString: rgbtoString};\n}, Snap);\n/*\\\n * Snap.hsb\n [ method ]\n **\n * Converts HSB values to a hex representation of the color\n - h (number) hue\n - s (number) saturation\n - b (number) value or brightness\n = (string) hex representation of the color\n\\*/\nSnap.hsb = cacher(function (h, s, b) {\n    return Snap.hsb2rgb(h, s, b).hex;\n});\n/*\\\n * Snap.hsl\n [ method ]\n **\n * Converts HSL values to a hex representation of the color\n - h (number) hue\n - s (number) saturation\n - l (number) luminosity\n = (string) hex representation of the color\n\\*/\nSnap.hsl = cacher(function (h, s, l) {\n    return Snap.hsl2rgb(h, s, l).hex;\n});\n/*\\\n * Snap.rgb\n [ method ]\n **\n * Converts RGB values to a hex representation of the color\n - r (number) red\n - g (number) green\n - b (number) blue\n = (string) hex representation of the color\n\\*/\nSnap.rgb = cacher(function (r, g, b, o) {\n    if (is(o, \"finite\")) {\n        var round = math.round;\n        return \"rgba(\" + [round(r), round(g), round(b), +o.toFixed(2)] + \")\";\n    }\n    return \"#\" + (16777216 | b | g << 8 | r << 16).toString(16).slice(1);\n});\nvar toHex = function (color) {\n    var i = glob.doc.getElementsByTagName(\"head\")[0] || glob.doc.getElementsByTagName(\"svg\")[0],\n        red = \"rgb(255, 0, 0)\";\n    toHex = cacher(function (color) {\n        if (color.toLowerCase() == \"red\") {\n            return red;\n        }\n        i.style.color = red;\n        i.style.color = color;\n        var out = glob.doc.defaultView.getComputedStyle(i, E).getPropertyValue(\"color\");\n        return out == red ? null : out;\n    });\n    return toHex(color);\n},\nhsbtoString = function () {\n    return \"hsb(\" + [this.h, this.s, this.b] + \")\";\n},\nhsltoString = function () {\n    return \"hsl(\" + [this.h, this.s, this.l] + \")\";\n},\nrgbtoString = function () {\n    return this.opacity == 1 || this.opacity == null ?\n            this.hex :\n            \"rgba(\" + [this.r, this.g, this.b, this.opacity] + \")\";\n},\nprepareRGB = function (r, g, b) {\n    if (g == null && is(r, \"object\") && \"r\" in r && \"g\" in r && \"b\" in r) {\n        b = r.b;\n        g = r.g;\n        r = r.r;\n    }\n    if (g == null && is(r, string)) {\n        var clr = Snap.getRGB(r);\n        r = clr.r;\n        g = clr.g;\n        b = clr.b;\n    }\n    if (r > 1 || g > 1 || b > 1) {\n        r /= 255;\n        g /= 255;\n        b /= 255;\n    }\n\n    return [r, g, b];\n},\npackageRGB = function (r, g, b, o) {\n    r = math.round(r * 255);\n    g = math.round(g * 255);\n    b = math.round(b * 255);\n    var rgb = {\n        r: r,\n        g: g,\n        b: b,\n        opacity: is(o, \"finite\") ? o : 1,\n        hex: Snap.rgb(r, g, b),\n        toString: rgbtoString\n    };\n    is(o, \"finite\") && (rgb.opacity = o);\n    return rgb;\n};\n/*\\\n * Snap.color\n [ method ]\n **\n * Parses the color string and returns an object featuring the color's component values\n - clr (string) color string in one of the supported formats (see @Snap.getRGB)\n = (object) Combined RGB/HSB object in the following format:\n o {\n o     r (number) red,\n o     g (number) green,\n o     b (number) blue,\n o     hex (string) color in HTML/CSS format: #••••••,\n o     error (boolean) `true` if string can't be parsed,\n o     h (number) hue,\n o     s (number) saturation,\n o     v (number) value (brightness),\n o     l (number) lightness\n o }\n\\*/\nSnap.color = function (clr) {\n    var rgb;\n    if (is(clr, \"object\") && \"h\" in clr && \"s\" in clr && \"b\" in clr) {\n        rgb = Snap.hsb2rgb(clr);\n        clr.r = rgb.r;\n        clr.g = rgb.g;\n        clr.b = rgb.b;\n        clr.opacity = 1;\n        clr.hex = rgb.hex;\n    } else if (is(clr, \"object\") && \"h\" in clr && \"s\" in clr && \"l\" in clr) {\n        rgb = Snap.hsl2rgb(clr);\n        clr.r = rgb.r;\n        clr.g = rgb.g;\n        clr.b = rgb.b;\n        clr.opacity = 1;\n        clr.hex = rgb.hex;\n    } else {\n        if (is(clr, \"string\")) {\n            clr = Snap.getRGB(clr);\n        }\n        if (is(clr, \"object\") && \"r\" in clr && \"g\" in clr && \"b\" in clr && !(\"error\" in clr)) {\n            rgb = Snap.rgb2hsl(clr);\n            clr.h = rgb.h;\n            clr.s = rgb.s;\n            clr.l = rgb.l;\n            rgb = Snap.rgb2hsb(clr);\n            clr.v = rgb.b;\n        } else {\n            clr = {hex: \"none\"};\n            clr.r = clr.g = clr.b = clr.h = clr.s = clr.v = clr.l = -1;\n            clr.error = 1;\n        }\n    }\n    clr.toString = rgbtoString;\n    return clr;\n};\n/*\\\n * Snap.hsb2rgb\n [ method ]\n **\n * Converts HSB values to an RGB object\n - h (number) hue\n - s (number) saturation\n - v (number) value or brightness\n = (object) RGB object in the following format:\n o {\n o     r (number) red,\n o     g (number) green,\n o     b (number) blue,\n o     hex (string) color in HTML/CSS format: #••••••\n o }\n\\*/\nSnap.hsb2rgb = function (h, s, v, o) {\n    if (is(h, \"object\") && \"h\" in h && \"s\" in h && \"b\" in h) {\n        v = h.b;\n        s = h.s;\n        o = h.o;\n        h = h.h;\n    }\n    h *= 360;\n    var R, G, B, X, C;\n    h = h % 360 / 60;\n    C = v * s;\n    X = C * (1 - abs(h % 2 - 1));\n    R = G = B = v - C;\n\n    h = ~~h;\n    R += [C, X, 0, 0, X, C][h];\n    G += [X, C, C, X, 0, 0][h];\n    B += [0, 0, X, C, C, X][h];\n    return packageRGB(R, G, B, o);\n};\n/*\\\n * Snap.hsl2rgb\n [ method ]\n **\n * Converts HSL values to an RGB object\n - h (number) hue\n - s (number) saturation\n - l (number) luminosity\n = (object) RGB object in the following format:\n o {\n o     r (number) red,\n o     g (number) green,\n o     b (number) blue,\n o     hex (string) color in HTML/CSS format: #••••••\n o }\n\\*/\nSnap.hsl2rgb = function (h, s, l, o) {\n    if (is(h, \"object\") && \"h\" in h && \"s\" in h && \"l\" in h) {\n        l = h.l;\n        s = h.s;\n        h = h.h;\n    }\n    if (h > 1 || s > 1 || l > 1) {\n        h /= 360;\n        s /= 100;\n        l /= 100;\n    }\n    h *= 360;\n    var R, G, B, X, C;\n    h = h % 360 / 60;\n    C = 2 * s * (l < .5 ? l : 1 - l);\n    X = C * (1 - abs(h % 2 - 1));\n    R = G = B = l - C / 2;\n\n    h = ~~h;\n    R += [C, X, 0, 0, X, C][h];\n    G += [X, C, C, X, 0, 0][h];\n    B += [0, 0, X, C, C, X][h];\n    return packageRGB(R, G, B, o);\n};\n/*\\\n * Snap.rgb2hsb\n [ method ]\n **\n * Converts RGB values to an HSB object\n - r (number) red\n - g (number) green\n - b (number) blue\n = (object) HSB object in the following format:\n o {\n o     h (number) hue,\n o     s (number) saturation,\n o     b (number) brightness\n o }\n\\*/\nSnap.rgb2hsb = function (r, g, b) {\n    b = prepareRGB(r, g, b);\n    r = b[0];\n    g = b[1];\n    b = b[2];\n\n    var H, S, V, C;\n    V = mmax(r, g, b);\n    C = V - mmin(r, g, b);\n    H = C == 0 ? null :\n        V == r ? (g - b) / C :\n        V == g ? (b - r) / C + 2 :\n                 (r - g) / C + 4;\n    H = (H + 360) % 6 * 60 / 360;\n    S = C == 0 ? 0 : C / V;\n    return {h: H, s: S, b: V, toString: hsbtoString};\n};\n/*\\\n * Snap.rgb2hsl\n [ method ]\n **\n * Converts RGB values to an HSL object\n - r (number) red\n - g (number) green\n - b (number) blue\n = (object) HSL object in the following format:\n o {\n o     h (number) hue,\n o     s (number) saturation,\n o     l (number) luminosity\n o }\n\\*/\nSnap.rgb2hsl = function (r, g, b) {\n    b = prepareRGB(r, g, b);\n    r = b[0];\n    g = b[1];\n    b = b[2];\n\n    var H, S, L, M, m, C;\n    M = mmax(r, g, b);\n    m = mmin(r, g, b);\n    C = M - m;\n    H = C == 0 ? null :\n        M == r ? (g - b) / C :\n        M == g ? (b - r) / C + 2 :\n                 (r - g) / C + 4;\n    H = (H + 360) % 6 * 60 / 360;\n    L = (M + m) / 2;\n    S = C == 0 ? 0 :\n         L < .5 ? C / (2 * L) :\n                  C / (2 - 2 * L);\n    return {h: H, s: S, l: L, toString: hsltoString};\n};\n\n// Transformations\n/*\\\n * Snap.parsePathString\n [ method ]\n **\n * Utility method\n **\n * Parses given path string into an array of arrays of path segments\n - pathString (string|array) path string or array of segments (in the last case it is returned straight away)\n = (array) array of segments\n\\*/\nSnap.parsePathString = function (pathString) {\n    if (!pathString) {\n        return null;\n    }\n    var pth = Snap.path(pathString);\n    if (pth.arr) {\n        return Snap.path.clone(pth.arr);\n    }\n\n    var paramCounts = {a: 7, c: 6, o: 2, h: 1, l: 2, m: 2, r: 4, q: 4, s: 4, t: 2, v: 1, u: 3, z: 0},\n        data = [];\n    if (is(pathString, \"array\") && is(pathString[0], \"array\")) { // rough assumption\n        data = Snap.path.clone(pathString);\n    }\n    if (!data.length) {\n        Str(pathString).replace(pathCommand, function (a, b, c) {\n            var params = [],\n                name = b.toLowerCase();\n            c.replace(pathValues, function (a, b) {\n                b && params.push(+b);\n            });\n            if (name == \"m\" && params.length > 2) {\n                data.push([b].concat(params.splice(0, 2)));\n                name = \"l\";\n                b = b == \"m\" ? \"l\" : \"L\";\n            }\n            if (name == \"o\" && params.length == 1) {\n                data.push([b, params[0]]);\n            }\n            if (name == \"r\") {\n                data.push([b].concat(params));\n            } else while (params.length >= paramCounts[name]) {\n                data.push([b].concat(params.splice(0, paramCounts[name])));\n                if (!paramCounts[name]) {\n                    break;\n                }\n            }\n        });\n    }\n    data.toString = Snap.path.toString;\n    pth.arr = Snap.path.clone(data);\n    return data;\n};\n/*\\\n * Snap.parseTransformString\n [ method ]\n **\n * Utility method\n **\n * Parses given transform string into an array of transformations\n - TString (string|array) transform string or array of transformations (in the last case it is returned straight away)\n = (array) array of transformations\n\\*/\nvar parseTransformString = Snap.parseTransformString = function (TString) {\n    if (!TString) {\n        return null;\n    }\n    var paramCounts = {r: 3, s: 4, t: 2, m: 6},\n        data = [];\n    if (is(TString, \"array\") && is(TString[0], \"array\")) { // rough assumption\n        data = Snap.path.clone(TString);\n    }\n    if (!data.length) {\n        Str(TString).replace(tCommand, function (a, b, c) {\n            var params = [],\n                name = b.toLowerCase();\n            c.replace(pathValues, function (a, b) {\n                b && params.push(+b);\n            });\n            data.push([b].concat(params));\n        });\n    }\n    data.toString = Snap.path.toString;\n    return data;\n};\nfunction svgTransform2string(tstr) {\n    var res = [];\n    tstr = tstr.replace(/(?:^|\\s)(\\w+)\\(([^)]+)\\)/g, function (all, name, params) {\n        params = params.split(/\\s*,\\s*|\\s+/);\n        if (name == \"rotate\" && params.length == 1) {\n            params.push(0, 0);\n        }\n        if (name == \"scale\") {\n            if (params.length > 2) {\n                params = params.slice(0, 2);\n            } else if (params.length == 2) {\n                params.push(0, 0);\n            }\n            if (params.length == 1) {\n                params.push(params[0], 0, 0);\n            }\n        }\n        if (name == \"skewX\") {\n            res.push([\"m\", 1, 0, math.tan(rad(params[0])), 1, 0, 0]);\n        } else if (name == \"skewY\") {\n            res.push([\"m\", 1, math.tan(rad(params[0])), 0, 1, 0, 0]);\n        } else {\n            res.push([name.charAt(0)].concat(params));\n        }\n        return all;\n    });\n    return res;\n}\nSnap._.svgTransform2string = svgTransform2string;\nSnap._.rgTransform = /^[a-z][\\s]*-?\\.?\\d/i;\nfunction transform2matrix(tstr, bbox) {\n    var tdata = parseTransformString(tstr),\n        m = new Snap.Matrix;\n    if (tdata) {\n        for (var i = 0, ii = tdata.length; i < ii; i++) {\n            var t = tdata[i],\n                tlen = t.length,\n                command = Str(t[0]).toLowerCase(),\n                absolute = t[0] != command,\n                inver = absolute ? m.invert() : 0,\n                x1,\n                y1,\n                x2,\n                y2,\n                bb;\n            if (command == \"t\" && tlen == 2){\n                m.translate(t[1], 0);\n            } else if (command == \"t\" && tlen == 3) {\n                if (absolute) {\n                    x1 = inver.x(0, 0);\n                    y1 = inver.y(0, 0);\n                    x2 = inver.x(t[1], t[2]);\n                    y2 = inver.y(t[1], t[2]);\n                    m.translate(x2 - x1, y2 - y1);\n                } else {\n                    m.translate(t[1], t[2]);\n                }\n            } else if (command == \"r\") {\n                if (tlen == 2) {\n                    bb = bb || bbox;\n                    m.rotate(t[1], bb.x + bb.width / 2, bb.y + bb.height / 2);\n                } else if (tlen == 4) {\n                    if (absolute) {\n                        x2 = inver.x(t[2], t[3]);\n                        y2 = inver.y(t[2], t[3]);\n                        m.rotate(t[1], x2, y2);\n                    } else {\n                        m.rotate(t[1], t[2], t[3]);\n                    }\n                }\n            } else if (command == \"s\") {\n                if (tlen == 2 || tlen == 3) {\n                    bb = bb || bbox;\n                    m.scale(t[1], t[tlen - 1], bb.x + bb.width / 2, bb.y + bb.height / 2);\n                } else if (tlen == 4) {\n                    if (absolute) {\n                        x2 = inver.x(t[2], t[3]);\n                        y2 = inver.y(t[2], t[3]);\n                        m.scale(t[1], t[1], x2, y2);\n                    } else {\n                        m.scale(t[1], t[1], t[2], t[3]);\n                    }\n                } else if (tlen == 5) {\n                    if (absolute) {\n                        x2 = inver.x(t[3], t[4]);\n                        y2 = inver.y(t[3], t[4]);\n                        m.scale(t[1], t[2], x2, y2);\n                    } else {\n                        m.scale(t[1], t[2], t[3], t[4]);\n                    }\n                }\n            } else if (command == \"m\" && tlen == 7) {\n                m.add(t[1], t[2], t[3], t[4], t[5], t[6]);\n            }\n        }\n    }\n    return m;\n}\nSnap._.transform2matrix = transform2matrix;\nSnap._unit2px = unit2px;\nvar contains = glob.doc.contains || glob.doc.compareDocumentPosition ?\n    function (a, b) {\n        var adown = a.nodeType == 9 ? a.documentElement : a,\n            bup = b && b.parentNode;\n            return a == bup || !!(bup && bup.nodeType == 1 && (\n                adown.contains ?\n                    adown.contains(bup) :\n                    a.compareDocumentPosition && a.compareDocumentPosition(bup) & 16\n            ));\n    } :\n    function (a, b) {\n        if (b) {\n            while (b) {\n                b = b.parentNode;\n                if (b == a) {\n                    return true;\n                }\n            }\n        }\n        return false;\n    };\nfunction getSomeDefs(el) {\n    var p = el.node.ownerSVGElement && wrap(el.node.ownerSVGElement) ||\n            el.node.parentNode && wrap(el.node.parentNode) ||\n            Snap.select(\"svg\") ||\n            Snap(0, 0),\n        pdefs = p.select(\"defs\"),\n        defs  = pdefs == null ? false : pdefs.node;\n    if (!defs) {\n        defs = make(\"defs\", p.node).node;\n    }\n    return defs;\n}\nfunction getSomeSVG(el) {\n    return el.node.ownerSVGElement && wrap(el.node.ownerSVGElement) || Snap.select(\"svg\");\n}\nSnap._.getSomeDefs = getSomeDefs;\nSnap._.getSomeSVG = getSomeSVG;\nfunction unit2px(el, name, value) {\n    var svg = getSomeSVG(el).node,\n        out = {},\n        mgr = svg.querySelector(\".svg---mgr\");\n    if (!mgr) {\n        mgr = $(\"rect\");\n        $(mgr, {x: -9e9, y: -9e9, width: 10, height: 10, \"class\": \"svg---mgr\", fill: \"none\"});\n        svg.appendChild(mgr);\n    }\n    function getW(val) {\n        if (val == null) {\n            return E;\n        }\n        if (val == +val) {\n            return val;\n        }\n        $(mgr, {width: val});\n        try {\n            return mgr.getBBox().width;\n        } catch (e) {\n            return 0;\n        }\n    }\n    function getH(val) {\n        if (val == null) {\n            return E;\n        }\n        if (val == +val) {\n            return val;\n        }\n        $(mgr, {height: val});\n        try {\n            return mgr.getBBox().height;\n        } catch (e) {\n            return 0;\n        }\n    }\n    function set(nam, f) {\n        if (name == null) {\n            out[nam] = f(el.attr(nam) || 0);\n        } else if (nam == name) {\n            out = f(value == null ? el.attr(nam) || 0 : value);\n        }\n    }\n    switch (el.type) {\n        case \"rect\":\n            set(\"rx\", getW);\n            set(\"ry\", getH);\n        case \"image\":\n            set(\"width\", getW);\n            set(\"height\", getH);\n        case \"text\":\n            set(\"x\", getW);\n            set(\"y\", getH);\n        break;\n        case \"circle\":\n            set(\"cx\", getW);\n            set(\"cy\", getH);\n            set(\"r\", getW);\n        break;\n        case \"ellipse\":\n            set(\"cx\", getW);\n            set(\"cy\", getH);\n            set(\"rx\", getW);\n            set(\"ry\", getH);\n        break;\n        case \"line\":\n            set(\"x1\", getW);\n            set(\"x2\", getW);\n            set(\"y1\", getH);\n            set(\"y2\", getH);\n        break;\n        case \"marker\":\n            set(\"refX\", getW);\n            set(\"markerWidth\", getW);\n            set(\"refY\", getH);\n            set(\"markerHeight\", getH);\n        break;\n        case \"radialGradient\":\n            set(\"fx\", getW);\n            set(\"fy\", getH);\n        break;\n        case \"tspan\":\n            set(\"dx\", getW);\n            set(\"dy\", getH);\n        break;\n        default:\n            set(name, getW);\n    }\n    svg.removeChild(mgr);\n    return out;\n}\n/*\\\n * Snap.select\n [ method ]\n **\n * Wraps a DOM element specified by CSS selector as @Element\n - query (string) CSS selector of the element\n = (Element) the current element\n\\*/\nSnap.select = function (query) {\n    query = Str(query).replace(/([^\\\\]):/g, \"$1\\\\:\");\n    return wrap(glob.doc.querySelector(query));\n};\n/*\\\n * Snap.selectAll\n [ method ]\n **\n * Wraps DOM elements specified by CSS selector as set or array of @Element\n - query (string) CSS selector of the element\n = (Element) the current element\n\\*/\nSnap.selectAll = function (query) {\n    var nodelist = glob.doc.querySelectorAll(query),\n        set = (Snap.set || Array)();\n    for (var i = 0; i < nodelist.length; i++) {\n        set.push(wrap(nodelist[i]));\n    }\n    return set;\n};\n\nfunction add2group(list) {\n    if (!is(list, \"array\")) {\n        list = Array.prototype.slice.call(arguments, 0);\n    }\n    var i = 0,\n        j = 0,\n        node = this.node;\n    while (this[i]) delete this[i++];\n    for (i = 0; i < list.length; i++) {\n        if (list[i].type == \"set\") {\n            list[i].forEach(function (el) {\n                node.appendChild(el.node);\n            });\n        } else {\n            node.appendChild(list[i].node);\n        }\n    }\n    var children = node.childNodes;\n    for (i = 0; i < children.length; i++) {\n        this[j++] = wrap(children[i]);\n    }\n    return this;\n}\n// Hub garbage collector every 10s\nsetInterval(function () {\n    for (var key in hub) if (hub[has](key)) {\n        var el = hub[key],\n            node = el.node;\n        if (el.type != \"svg\" && !node.ownerSVGElement || el.type == \"svg\" && (!node.parentNode || \"ownerSVGElement\" in node.parentNode && !node.ownerSVGElement)) {\n            delete hub[key];\n        }\n    }\n}, 1e4);\nfunction Element(el) {\n    if (el.snap in hub) {\n        return hub[el.snap];\n    }\n    var svg;\n    try {\n        svg = el.ownerSVGElement;\n    } catch(e) {}\n    /*\\\n     * Element.node\n     [ property (object) ]\n     **\n     * Gives you a reference to the DOM object, so you can assign event handlers or just mess around.\n     > Usage\n     | // draw a circle at coordinate 10,10 with radius of 10\n     | var c = paper.circle(10, 10, 10);\n     | c.node.onclick = function () {\n     |     c.attr(\"fill\", \"red\");\n     | };\n    \\*/\n    this.node = el;\n    if (svg) {\n        this.paper = new Paper(svg);\n    }\n    /*\\\n     * Element.type\n     [ property (string) ]\n     **\n     * SVG tag name of the given element.\n    \\*/\n    this.type = el.tagName || el.nodeName;\n    var id = this.id = ID(this);\n    this.anims = {};\n    this._ = {\n        transform: []\n    };\n    el.snap = id;\n    hub[id] = this;\n    if (this.type == \"g\") {\n        this.add = add2group;\n    }\n    if (this.type in {g: 1, mask: 1, pattern: 1, symbol: 1}) {\n        for (var method in Paper.prototype) if (Paper.prototype[has](method)) {\n            this[method] = Paper.prototype[method];\n        }\n    }\n}\n   /*\\\n     * Element.attr\n     [ method ]\n     **\n     * Gets or sets given attributes of the element.\n     **\n     - params (object) contains key-value pairs of attributes you want to set\n     * or\n     - param (string) name of the attribute\n     = (Element) the current element\n     * or\n     = (string) value of attribute\n     > Usage\n     | el.attr({\n     |     fill: \"#fc0\",\n     |     stroke: \"#000\",\n     |     strokeWidth: 2, // CamelCase...\n     |     \"fill-opacity\": 0.5, // or dash-separated names\n     |     width: \"*=2\" // prefixed values\n     | });\n     | console.log(el.attr(\"fill\")); // #fc0\n     * Prefixed values in format `\"+=10\"` supported. All four operations\n     * (`+`, `-`, `*` and `/`) could be used. Optionally you can use units for `+`\n     * and `-`: `\"+=2em\"`.\n    \\*/\n    Element.prototype.attr = function (params, value) {\n        var el = this,\n            node = el.node;\n        if (!params) {\n            if (node.nodeType != 1) {\n                return {\n                    text: node.nodeValue\n                };\n            }\n            var attr = node.attributes,\n                out = {};\n            for (var i = 0, ii = attr.length; i < ii; i++) {\n                out[attr[i].nodeName] = attr[i].nodeValue;\n            }\n            return out;\n        }\n        if (is(params, \"string\")) {\n            if (arguments.length > 1) {\n                var json = {};\n                json[params] = value;\n                params = json;\n            } else {\n                return eve(\"snap.util.getattr.\" + params, el).firstDefined();\n            }\n        }\n        for (var att in params) {\n            if (params[has](att)) {\n                eve(\"snap.util.attr.\" + att, el, params[att]);\n            }\n        }\n        return el;\n    };\n/*\\\n * Snap.parse\n [ method ]\n **\n * Parses SVG fragment and converts it into a @Fragment\n **\n - svg (string) SVG string\n = (Fragment) the @Fragment\n\\*/\nSnap.parse = function (svg) {\n    var f = glob.doc.createDocumentFragment(),\n        full = true,\n        div = glob.doc.createElement(\"div\");\n    svg = Str(svg);\n    if (!svg.match(/^\\s*<\\s*svg(?:\\s|>)/)) {\n        svg = \"<svg>\" + svg + \"</svg>\";\n        full = false;\n    }\n    div.innerHTML = svg;\n    svg = div.getElementsByTagName(\"svg\")[0];\n    if (svg) {\n        if (full) {\n            f = svg;\n        } else {\n            while (svg.firstChild) {\n                f.appendChild(svg.firstChild);\n            }\n        }\n    }\n    return new Fragment(f);\n};\nfunction Fragment(frag) {\n    this.node = frag;\n}\n/*\\\n * Snap.fragment\n [ method ]\n **\n * Creates a DOM fragment from a given list of elements or strings\n **\n - varargs (…) SVG string\n = (Fragment) the @Fragment\n\\*/\nSnap.fragment = function () {\n    var args = Array.prototype.slice.call(arguments, 0),\n        f = glob.doc.createDocumentFragment();\n    for (var i = 0, ii = args.length; i < ii; i++) {\n        var item = args[i];\n        if (item.node && item.node.nodeType) {\n            f.appendChild(item.node);\n        }\n        if (item.nodeType) {\n            f.appendChild(item);\n        }\n        if (typeof item == \"string\") {\n            f.appendChild(Snap.parse(item).node);\n        }\n    }\n    return new Fragment(f);\n};\n\nfunction make(name, parent) {\n    var res = $(name);\n    parent.appendChild(res);\n    var el = wrap(res);\n    return el;\n}\nfunction Paper(w, h) {\n    var res,\n        desc,\n        defs,\n        proto = Paper.prototype;\n    if (w && w.tagName && w.tagName.toLowerCase() == \"svg\") {\n        if (w.snap in hub) {\n            return hub[w.snap];\n        }\n        var doc = w.ownerDocument;\n        res = new Element(w);\n        desc = w.getElementsByTagName(\"desc\")[0];\n        defs = w.getElementsByTagName(\"defs\")[0];\n        if (!desc) {\n            desc = $(\"desc\");\n            desc.appendChild(doc.createTextNode(\"Created with Snap\"));\n            res.node.appendChild(desc);\n        }\n        if (!defs) {\n            defs = $(\"defs\");\n            res.node.appendChild(defs);\n        }\n        res.defs = defs;\n        for (var key in proto) if (proto[has](key)) {\n            res[key] = proto[key];\n        }\n        res.paper = res.root = res;\n    } else {\n        res = make(\"svg\", glob.doc.body);\n        $(res.node, {\n            height: h,\n            version: 1.1,\n            width: w,\n            xmlns: xmlns\n        });\n    }\n    return res;\n}\nfunction wrap(dom) {\n    if (!dom) {\n        return dom;\n    }\n    if (dom instanceof Element || dom instanceof Fragment) {\n        return dom;\n    }\n    if (dom.tagName && dom.tagName.toLowerCase() == \"svg\") {\n        return new Paper(dom);\n    }\n    if (dom.tagName && dom.tagName.toLowerCase() == \"object\" && dom.type == \"image/svg+xml\") {\n        return new Paper(dom.contentDocument.getElementsByTagName(\"svg\")[0]);\n    }\n    return new Element(dom);\n}\n\nSnap._.make = make;\nSnap._.wrap = wrap;\n/*\\\n * Paper.el\n [ method ]\n **\n * Creates an element on paper with a given name and no attributes\n **\n - name (string) tag name\n - attr (object) attributes\n = (Element) the current element\n > Usage\n | var c = paper.circle(10, 10, 10); // is the same as...\n | var c = paper.el(\"circle\").attr({\n |     cx: 10,\n |     cy: 10,\n |     r: 10\n | });\n | // and the same as\n | var c = paper.el(\"circle\", {\n |     cx: 10,\n |     cy: 10,\n |     r: 10\n | });\n\\*/\nPaper.prototype.el = function (name, attr) {\n    var el = make(name, this.node);\n    attr && el.attr(attr);\n    return el;\n};\n/*\\\n * Element.children\n [ method ]\n **\n * Returns array of all the children of the element.\n = (array) array of Elements\n\\*/\nElement.prototype.children = function () {\n    var out = [],\n        ch = this.node.childNodes;\n    for (var i = 0, ii = ch.length; i < ii; i++) {\n        out[i] = Snap(ch[i]);\n    }\n    return out;\n};\nfunction jsonFiller(root, o) {\n    for (var i = 0, ii = root.length; i < ii; i++) {\n        var item = {\n                type: root[i].type,\n                attr: root[i].attr()\n            },\n            children = root[i].children();\n        o.push(item);\n        if (children.length) {\n            jsonFiller(children, item.childNodes = []);\n        }\n    }\n}\n/*\\\n * Element.toJSON\n [ method ]\n **\n * Returns object representation of the given element and all its children.\n = (object) in format\n o {\n o     type (string) this.type,\n o     attr (object) attributes map,\n o     childNodes (array) optional array of children in the same format\n o }\n\\*/\nElement.prototype.toJSON = function () {\n    var out = [];\n    jsonFiller([this], out);\n    return out[0];\n};\n// default\neve.on(\"snap.util.getattr\", function () {\n    var att = eve.nt();\n    att = att.substring(att.lastIndexOf(\".\") + 1);\n    var css = att.replace(/[A-Z]/g, function (letter) {\n        return \"-\" + letter.toLowerCase();\n    });\n    if (cssAttr[has](css)) {\n        return this.node.ownerDocument.defaultView.getComputedStyle(this.node, null).getPropertyValue(css);\n    } else {\n        return $(this.node, att);\n    }\n});\nvar cssAttr = {\n    \"alignment-baseline\": 0,\n    \"baseline-shift\": 0,\n    \"clip\": 0,\n    \"clip-path\": 0,\n    \"clip-rule\": 0,\n    \"color\": 0,\n    \"color-interpolation\": 0,\n    \"color-interpolation-filters\": 0,\n    \"color-profile\": 0,\n    \"color-rendering\": 0,\n    \"cursor\": 0,\n    \"direction\": 0,\n    \"display\": 0,\n    \"dominant-baseline\": 0,\n    \"enable-background\": 0,\n    \"fill\": 0,\n    \"fill-opacity\": 0,\n    \"fill-rule\": 0,\n    \"filter\": 0,\n    \"flood-color\": 0,\n    \"flood-opacity\": 0,\n    \"font\": 0,\n    \"font-family\": 0,\n    \"font-size\": 0,\n    \"font-size-adjust\": 0,\n    \"font-stretch\": 0,\n    \"font-style\": 0,\n    \"font-variant\": 0,\n    \"font-weight\": 0,\n    \"glyph-orientation-horizontal\": 0,\n    \"glyph-orientation-vertical\": 0,\n    \"image-rendering\": 0,\n    \"kerning\": 0,\n    \"letter-spacing\": 0,\n    \"lighting-color\": 0,\n    \"marker\": 0,\n    \"marker-end\": 0,\n    \"marker-mid\": 0,\n    \"marker-start\": 0,\n    \"mask\": 0,\n    \"opacity\": 0,\n    \"overflow\": 0,\n    \"pointer-events\": 0,\n    \"shape-rendering\": 0,\n    \"stop-color\": 0,\n    \"stop-opacity\": 0,\n    \"stroke\": 0,\n    \"stroke-dasharray\": 0,\n    \"stroke-dashoffset\": 0,\n    \"stroke-linecap\": 0,\n    \"stroke-linejoin\": 0,\n    \"stroke-miterlimit\": 0,\n    \"stroke-opacity\": 0,\n    \"stroke-width\": 0,\n    \"text-anchor\": 0,\n    \"text-decoration\": 0,\n    \"text-rendering\": 0,\n    \"unicode-bidi\": 0,\n    \"visibility\": 0,\n    \"word-spacing\": 0,\n    \"writing-mode\": 0\n};\n\neve.on(\"snap.util.attr\", function (value) {\n    var att = eve.nt(),\n        attr = {};\n    att = att.substring(att.lastIndexOf(\".\") + 1);\n    attr[att] = value;\n    var style = att.replace(/-(\\w)/gi, function (all, letter) {\n            return letter.toUpperCase();\n        }),\n        css = att.replace(/[A-Z]/g, function (letter) {\n            return \"-\" + letter.toLowerCase();\n        });\n    if (cssAttr[has](css)) {\n        this.node.style[style] = value == null ? E : value;\n    } else {\n        $(this.node, attr);\n    }\n});\n(function (proto) {}(Paper.prototype));\n\n// simple ajax\n/*\\\n * Snap.ajax\n [ method ]\n **\n * Simple implementation of Ajax\n **\n - url (string) URL\n - postData (object|string) data for post request\n - callback (function) callback\n - scope (object) #optional scope of callback\n * or\n - url (string) URL\n - callback (function) callback\n - scope (object) #optional scope of callback\n = (XMLHttpRequest) the XMLHttpRequest object, just in case\n\\*/\nSnap.ajax = function (url, postData, callback, scope){\n    var req = new XMLHttpRequest,\n        id = ID();\n    if (req) {\n        if (is(postData, \"function\")) {\n            scope = callback;\n            callback = postData;\n            postData = null;\n        } else if (is(postData, \"object\")) {\n            var pd = [];\n            for (var key in postData) if (postData.hasOwnProperty(key)) {\n                pd.push(encodeURIComponent(key) + \"=\" + encodeURIComponent(postData[key]));\n            }\n            postData = pd.join(\"&\");\n        }\n        req.open(postData ? \"POST\" : \"GET\", url, true);\n        if (postData) {\n            req.setRequestHeader(\"X-Requested-With\", \"XMLHttpRequest\");\n            req.setRequestHeader(\"Content-type\", \"application/x-www-form-urlencoded\");\n        }\n        if (callback) {\n            eve.once(\"snap.ajax.\" + id + \".0\", callback);\n            eve.once(\"snap.ajax.\" + id + \".200\", callback);\n            eve.once(\"snap.ajax.\" + id + \".304\", callback);\n        }\n        req.onreadystatechange = function() {\n            if (req.readyState != 4) return;\n            eve(\"snap.ajax.\" + id + \".\" + req.status, scope, req);\n        };\n        if (req.readyState == 4) {\n            return req;\n        }\n        req.send(postData);\n        return req;\n    }\n};\n/*\\\n * Snap.load\n [ method ]\n **\n * Loads external SVG file as a @Fragment (see @Snap.ajax for more advanced AJAX)\n **\n - url (string) URL\n - callback (function) callback\n - scope (object) #optional scope of callback\n\\*/\nSnap.load = function (url, callback, scope) {\n    Snap.ajax(url, function (req) {\n        var f = Snap.parse(req.responseText);\n        scope ? callback.call(scope, f) : callback(f);\n    });\n};\nvar getOffset = function (elem) {\n    var box = elem.getBoundingClientRect(),\n        doc = elem.ownerDocument,\n        body = doc.body,\n        docElem = doc.documentElement,\n        clientTop = docElem.clientTop || body.clientTop || 0, clientLeft = docElem.clientLeft || body.clientLeft || 0,\n        top  = box.top  + (g.win.pageYOffset || docElem.scrollTop || body.scrollTop ) - clientTop,\n        left = box.left + (g.win.pageXOffset || docElem.scrollLeft || body.scrollLeft) - clientLeft;\n    return {\n        y: top,\n        x: left\n    };\n};\n/*\\\n * Snap.getElementByPoint\n [ method ]\n **\n * Returns you topmost element under given point.\n **\n = (object) Snap element object\n - x (number) x coordinate from the top left corner of the window\n - y (number) y coordinate from the top left corner of the window\n > Usage\n | Snap.getElementByPoint(mouseX, mouseY).attr({stroke: \"#f00\"});\n\\*/\nSnap.getElementByPoint = function (x, y) {\n    var paper = this,\n        svg = paper.canvas,\n        target = glob.doc.elementFromPoint(x, y);\n    if (glob.win.opera && target.tagName == \"svg\") {\n        var so = getOffset(target),\n            sr = target.createSVGRect();\n        sr.x = x - so.x;\n        sr.y = y - so.y;\n        sr.width = sr.height = 1;\n        var hits = target.getIntersectionList(sr, null);\n        if (hits.length) {\n            target = hits[hits.length - 1];\n        }\n    }\n    if (!target) {\n        return null;\n    }\n    return wrap(target);\n};\n/*\\\n * Snap.plugin\n [ method ]\n **\n * Let you write plugins. You pass in a function with five arguments, like this:\n | Snap.plugin(function (Snap, Element, Paper, global, Fragment) {\n |     Snap.newmethod = function () {};\n |     Element.prototype.newmethod = function () {};\n |     Paper.prototype.newmethod = function () {};\n | });\n * Inside the function you have access to all main objects (and their\n * prototypes). This allow you to extend anything you want.\n **\n - f (function) your plugin body\n\\*/\nSnap.plugin = function (f) {\n    f(Snap, Element, Paper, glob, Fragment);\n};\nglob.win.Snap = Snap;\nreturn Snap;\n}(window || this));\n\n// Copyright (c) 2013 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nSnap.plugin(function (Snap, Element, Paper, glob, Fragment) {\n    var elproto = Element.prototype,\n        is = Snap.is,\n        Str = String,\n        unit2px = Snap._unit2px,\n        $ = Snap._.$,\n        make = Snap._.make,\n        getSomeDefs = Snap._.getSomeDefs,\n        has = \"hasOwnProperty\",\n        wrap = Snap._.wrap;\n    /*\\\n     * Element.getBBox\n     [ method ]\n     **\n     * Returns the bounding box descriptor for the given element\n     **\n     = (object) bounding box descriptor:\n     o {\n     o     cx: (number) x of the center,\n     o     cy: (number) x of the center,\n     o     h: (number) height,\n     o     height: (number) height,\n     o     path: (string) path command for the box,\n     o     r0: (number) radius of a circle that fully encloses the box,\n     o     r1: (number) radius of the smallest circle that can be enclosed,\n     o     r2: (number) radius of the largest circle that can be enclosed,\n     o     vb: (string) box as a viewbox command,\n     o     w: (number) width,\n     o     width: (number) width,\n     o     x2: (number) x of the right side,\n     o     x: (number) x of the left side,\n     o     y2: (number) y of the bottom edge,\n     o     y: (number) y of the top edge\n     o }\n    \\*/\n    elproto.getBBox = function (isWithoutTransform) {\n        if (this.type == \"tspan\") {\n            return Snap._.box(this.node.getClientRects().item(0));\n        }\n        if (!Snap.Matrix || !Snap.path) {\n            return this.node.getBBox();\n        }\n        var el = this,\n            m = new Snap.Matrix;\n        if (el.removed) {\n            return Snap._.box();\n        }\n        while (el.type == \"use\") {\n            if (!isWithoutTransform) {\n                m = m.add(el.transform().localMatrix.translate(el.attr(\"x\") || 0, el.attr(\"y\") || 0));\n            }\n            if (el.original) {\n                el = el.original;\n            } else {\n                var href = el.attr(\"xlink:href\");\n                el = el.original = el.node.ownerDocument.getElementById(href.substring(href.indexOf(\"#\") + 1));\n            }\n        }\n        var _ = el._,\n            pathfinder = Snap.path.get[el.type] || Snap.path.get.deflt;\n        try {\n            if (isWithoutTransform) {\n                _.bboxwt = pathfinder ? Snap.path.getBBox(el.realPath = pathfinder(el)) : Snap._.box(el.node.getBBox());\n                return Snap._.box(_.bboxwt);\n            } else {\n                el.realPath = pathfinder(el);\n                el.matrix = el.transform().localMatrix;\n                _.bbox = Snap.path.getBBox(Snap.path.map(el.realPath, m.add(el.matrix)));\n                return Snap._.box(_.bbox);\n            }\n        } catch (e) {\n            // Firefox doesn’t give you bbox of hidden element\n            return Snap._.box();\n        }\n    };\n    var propString = function () {\n        return this.string;\n    };\n    function extractTransform(el, tstr) {\n        if (tstr == null) {\n            var doReturn = true;\n            if (el.type == \"linearGradient\" || el.type == \"radialGradient\") {\n                tstr = el.node.getAttribute(\"gradientTransform\");\n            } else if (el.type == \"pattern\") {\n                tstr = el.node.getAttribute(\"patternTransform\");\n            } else {\n                tstr = el.node.getAttribute(\"transform\");\n            }\n            if (!tstr) {\n                return new Snap.Matrix;\n            }\n            tstr = Snap._.svgTransform2string(tstr);\n        } else {\n            if (!Snap._.rgTransform.test(tstr)) {\n                tstr = Snap._.svgTransform2string(tstr);\n            } else {\n                tstr = Str(tstr).replace(/\\.{3}|\\u2026/g, el._.transform || \"\");\n            }\n            if (is(tstr, \"array\")) {\n                tstr = Snap.path ? Snap.path.toString.call(tstr) : Str(tstr);\n            }\n            el._.transform = tstr;\n        }\n        var m = Snap._.transform2matrix(tstr, el.getBBox(1));\n        if (doReturn) {\n            return m;\n        } else {\n            el.matrix = m;\n        }\n    }\n    /*\\\n     * Element.transform\n     [ method ]\n     **\n     * Gets or sets transformation of the element\n     **\n     - tstr (string) transform string in Snap or SVG format\n     = (Element) the current element\n     * or\n     = (object) transformation descriptor:\n     o {\n     o     string (string) transform string,\n     o     globalMatrix (Matrix) matrix of all transformations applied to element or its parents,\n     o     localMatrix (Matrix) matrix of transformations applied only to the element,\n     o     diffMatrix (Matrix) matrix of difference between global and local transformations,\n     o     global (string) global transformation as string,\n     o     local (string) local transformation as string,\n     o     toString (function) returns `string` property\n     o }\n    \\*/\n    elproto.transform = function (tstr) {\n        var _ = this._;\n        if (tstr == null) {\n            var papa = this,\n                global = new Snap.Matrix(this.node.getCTM()),\n                local = extractTransform(this),\n                ms = [local],\n                m = new Snap.Matrix,\n                i,\n                localString = local.toTransformString(),\n                string = Str(local) == Str(this.matrix) ?\n                            Str(_.transform) : localString;\n            while (papa.type != \"svg\" && (papa = papa.parent())) {\n                ms.push(extractTransform(papa));\n            }\n            i = ms.length;\n            while (i--) {\n                m.add(ms[i]);\n            }\n            return {\n                string: string,\n                globalMatrix: global,\n                totalMatrix: m,\n                localMatrix: local,\n                diffMatrix: global.clone().add(local.invert()),\n                global: global.toTransformString(),\n                total: m.toTransformString(),\n                local: localString,\n                toString: propString\n            };\n        }\n        if (tstr instanceof Snap.Matrix) {\n            this.matrix = tstr;\n            this._.transform = tstr.toTransformString();\n        } else {\n            extractTransform(this, tstr);\n        }\n\n        if (this.node) {\n            if (this.type == \"linearGradient\" || this.type == \"radialGradient\") {\n                $(this.node, {gradientTransform: this.matrix});\n            } else if (this.type == \"pattern\") {\n                $(this.node, {patternTransform: this.matrix});\n            } else {\n                $(this.node, {transform: this.matrix});\n            }\n        }\n\n        return this;\n    };\n    /*\\\n     * Element.parent\n     [ method ]\n     **\n     * Returns the element's parent\n     **\n     = (Element) the parent element\n    \\*/\n    elproto.parent = function () {\n        return wrap(this.node.parentNode);\n    };\n    /*\\\n     * Element.append\n     [ method ]\n     **\n     * Appends the given element to current one\n     **\n     - el (Element|Set) element to append\n     = (Element) the parent element\n    \\*/\n    /*\\\n     * Element.add\n     [ method ]\n     **\n     * See @Element.append\n    \\*/\n    elproto.append = elproto.add = function (el) {\n        if (el) {\n            if (el.type == \"set\") {\n                var it = this;\n                el.forEach(function (el) {\n                    it.add(el);\n                });\n                return this;\n            }\n            el = wrap(el);\n            this.node.appendChild(el.node);\n            el.paper = this.paper;\n        }\n        return this;\n    };\n    /*\\\n     * Element.appendTo\n     [ method ]\n     **\n     * Appends the current element to the given one\n     **\n     - el (Element) parent element to append to\n     = (Element) the child element\n    \\*/\n    elproto.appendTo = function (el) {\n        if (el) {\n            el = wrap(el);\n            el.append(this);\n        }\n        return this;\n    };\n    /*\\\n     * Element.prepend\n     [ method ]\n     **\n     * Prepends the given element to the current one\n     **\n     - el (Element) element to prepend\n     = (Element) the parent element\n    \\*/\n    elproto.prepend = function (el) {\n        if (el) {\n            if (el.type == \"set\") {\n                var it = this,\n                    first;\n                el.forEach(function (el) {\n                    if (first) {\n                        first.after(el);\n                    } else {\n                        it.prepend(el);\n                    }\n                    first = el;\n                });\n                return this;\n            }\n            el = wrap(el);\n            var parent = el.parent();\n            this.node.insertBefore(el.node, this.node.firstChild);\n            this.add && this.add();\n            el.paper = this.paper;\n            this.parent() && this.parent().add();\n            parent && parent.add();\n        }\n        return this;\n    };\n    /*\\\n     * Element.prependTo\n     [ method ]\n     **\n     * Prepends the current element to the given one\n     **\n     - el (Element) parent element to prepend to\n     = (Element) the child element\n    \\*/\n    elproto.prependTo = function (el) {\n        el = wrap(el);\n        el.prepend(this);\n        return this;\n    };\n    /*\\\n     * Element.before\n     [ method ]\n     **\n     * Inserts given element before the current one\n     **\n     - el (Element) element to insert\n     = (Element) the parent element\n    \\*/\n    elproto.before = function (el) {\n        if (el.type == \"set\") {\n            var it = this;\n            el.forEach(function (el) {\n                var parent = el.parent();\n                it.node.parentNode.insertBefore(el.node, it.node);\n                parent && parent.add();\n            });\n            this.parent().add();\n            return this;\n        }\n        el = wrap(el);\n        var parent = el.parent();\n        this.node.parentNode.insertBefore(el.node, this.node);\n        this.parent() && this.parent().add();\n        parent && parent.add();\n        el.paper = this.paper;\n        return this;\n    };\n    /*\\\n     * Element.after\n     [ method ]\n     **\n     * Inserts given element after the current one\n     **\n     - el (Element) element to insert\n     = (Element) the parent element\n    \\*/\n    elproto.after = function (el) {\n        el = wrap(el);\n        var parent = el.parent();\n        if (this.node.nextSibling) {\n            this.node.parentNode.insertBefore(el.node, this.node.nextSibling);\n        } else {\n            this.node.parentNode.appendChild(el.node);\n        }\n        this.parent() && this.parent().add();\n        parent && parent.add();\n        el.paper = this.paper;\n        return this;\n    };\n    /*\\\n     * Element.insertBefore\n     [ method ]\n     **\n     * Inserts the element after the given one\n     **\n     - el (Element) element next to whom insert to\n     = (Element) the parent element\n    \\*/\n    elproto.insertBefore = function (el) {\n        el = wrap(el);\n        var parent = this.parent();\n        el.node.parentNode.insertBefore(this.node, el.node);\n        this.paper = el.paper;\n        parent && parent.add();\n        el.parent() && el.parent().add();\n        return this;\n    };\n    /*\\\n     * Element.insertAfter\n     [ method ]\n     **\n     * Inserts the element after the given one\n     **\n     - el (Element) element next to whom insert to\n     = (Element) the parent element\n    \\*/\n    elproto.insertAfter = function (el) {\n        el = wrap(el);\n        var parent = this.parent();\n        el.node.parentNode.insertBefore(this.node, el.node.nextSibling);\n        this.paper = el.paper;\n        parent && parent.add();\n        el.parent() && el.parent().add();\n        return this;\n    };\n    /*\\\n     * Element.remove\n     [ method ]\n     **\n     * Removes element from the DOM\n     = (Element) the detached element\n    \\*/\n    elproto.remove = function () {\n        var parent = this.parent();\n        this.node.parentNode && this.node.parentNode.removeChild(this.node);\n        delete this.paper;\n        this.removed = true;\n        parent && parent.add();\n        return this;\n    };\n    /*\\\n     * Element.select\n     [ method ]\n     **\n     * Gathers the nested @Element matching the given set of CSS selectors\n     **\n     - query (string) CSS selector\n     = (Element) result of query selection\n    \\*/\n    elproto.select = function (query) {\n        return wrap(this.node.querySelector(query));\n    };\n    /*\\\n     * Element.selectAll\n     [ method ]\n     **\n     * Gathers nested @Element objects matching the given set of CSS selectors\n     **\n     - query (string) CSS selector\n     = (Set|array) result of query selection\n    \\*/\n    elproto.selectAll = function (query) {\n        var nodelist = this.node.querySelectorAll(query),\n            set = (Snap.set || Array)();\n        for (var i = 0; i < nodelist.length; i++) {\n            set.push(wrap(nodelist[i]));\n        }\n        return set;\n    };\n    /*\\\n     * Element.asPX\n     [ method ]\n     **\n     * Returns given attribute of the element as a `px` value (not %, em, etc.)\n     **\n     - attr (string) attribute name\n     - value (string) #optional attribute value\n     = (Element) result of query selection\n    \\*/\n    elproto.asPX = function (attr, value) {\n        if (value == null) {\n            value = this.attr(attr);\n        }\n        return +unit2px(this, attr, value);\n    };\n    // SIERRA Element.use(): I suggest adding a note about how to access the original element the returned <use> instantiates. It's a part of SVG with which ordinary web developers may be least familiar.\n    /*\\\n     * Element.use\n     [ method ]\n     **\n     * Creates a `<use>` element linked to the current element\n     **\n     = (Element) the `<use>` element\n    \\*/\n    elproto.use = function () {\n        var use,\n            id = this.node.id;\n        if (!id) {\n            id = this.id;\n            $(this.node, {\n                id: id\n            });\n        }\n        if (this.type == \"linearGradient\" || this.type == \"radialGradient\" ||\n            this.type == \"pattern\") {\n            use = make(this.type, this.node.parentNode);\n        } else {\n            use = make(\"use\", this.node.parentNode);\n        }\n        $(use.node, {\n            \"xlink:href\": \"#\" + id\n        });\n        use.original = this;\n        return use;\n    };\n    function fixids(el) {\n        var els = el.selectAll(\"*\"),\n            it,\n            url = /^\\s*url\\((\"|'|)(.*)\\1\\)\\s*$/,\n            ids = [],\n            uses = {};\n        function urltest(it, name) {\n            var val = $(it.node, name);\n            val = val && val.match(url);\n            val = val && val[2];\n            if (val && val.charAt() == \"#\") {\n                val = val.substring(1);\n            } else {\n                return;\n            }\n            if (val) {\n                uses[val] = (uses[val] || []).concat(function (id) {\n                    var attr = {};\n                    attr[name] = Snap.url(id);\n                    $(it.node, attr);\n                });\n            }\n        }\n        function linktest(it) {\n            var val = $(it.node, \"xlink:href\");\n            if (val && val.charAt() == \"#\") {\n                val = val.substring(1);\n            } else {\n                return;\n            }\n            if (val) {\n                uses[val] = (uses[val] || []).concat(function (id) {\n                    it.attr(\"xlink:href\", \"#\" + id);\n                });\n            }\n        }\n        for (var i = 0, ii = els.length; i < ii; i++) {\n            it = els[i];\n            urltest(it, \"fill\");\n            urltest(it, \"stroke\");\n            urltest(it, \"filter\");\n            urltest(it, \"mask\");\n            urltest(it, \"clip-path\");\n            linktest(it);\n            var oldid = $(it.node, \"id\");\n            if (oldid) {\n                $(it.node, {id: it.id});\n                ids.push({\n                    old: oldid,\n                    id: it.id\n                });\n            }\n        }\n        for (i = 0, ii = ids.length; i < ii; i++) {\n            var fs = uses[ids[i].old];\n            if (fs) {\n                for (var j = 0, jj = fs.length; j < jj; j++) {\n                    fs[j](ids[i].id);\n                }\n            }\n        }\n    }\n    /*\\\n     * Element.clone\n     [ method ]\n     **\n     * Creates a clone of the element and inserts it after the element\n     **\n     = (Element) the clone\n    \\*/\n    elproto.clone = function () {\n        var clone = wrap(this.node.cloneNode(true));\n        if ($(clone.node, \"id\")) {\n            $(clone.node, {id: clone.id});\n        }\n        fixids(clone);\n        clone.insertAfter(this);\n        return clone;\n    };\n    /*\\\n     * Element.toDefs\n     [ method ]\n     **\n     * Moves element to the shared `<defs>` area\n     **\n     = (Element) the element\n    \\*/\n    elproto.toDefs = function () {\n        var defs = getSomeDefs(this);\n        defs.appendChild(this.node);\n        return this;\n    };\n    /*\\\n     * Element.toPattern\n     [ method ]\n     **\n     * Creates a `<pattern>` element from the current element\n     **\n     * To create a pattern you have to specify the pattern rect:\n     - x (string|number)\n     - y (string|number)\n     - width (string|number)\n     - height (string|number)\n     = (Element) the `<pattern>` element\n     * You can use pattern later on as an argument for `fill` attribute:\n     | var p = paper.path(\"M10-5-10,15M15,0,0,15M0-5-20,15\").attr({\n     |         fill: \"none\",\n     |         stroke: \"#bada55\",\n     |         strokeWidth: 5\n     |     }).pattern(0, 0, 10, 10),\n     |     c = paper.circle(200, 200, 100);\n     | c.attr({\n     |     fill: p\n     | });\n    \\*/\n    elproto.pattern = elproto.toPattern = function (x, y, width, height) {\n        var p = make(\"pattern\", getSomeDefs(this));\n        if (x == null) {\n            x = this.getBBox();\n        }\n        if (is(x, \"object\") && \"x\" in x) {\n            y = x.y;\n            width = x.width;\n            height = x.height;\n            x = x.x;\n        }\n        $(p.node, {\n            x: x,\n            y: y,\n            width: width,\n            height: height,\n            patternUnits: \"userSpaceOnUse\",\n            id: p.id,\n            viewBox: [x, y, width, height].join(\" \")\n        });\n        p.node.appendChild(this.node);\n        return p;\n    };\n// SIERRA Element.marker(): clarify what a reference point is. E.g., helps you offset the object from its edge such as when centering it over a path.\n// SIERRA Element.marker(): I suggest the method should accept default reference point values.  Perhaps centered with (refX = width/2) and (refY = height/2)? Also, couldn't it assume the element's current _width_ and _height_? And please specify what _x_ and _y_ mean: offsets? If so, from where?  Couldn't they also be assigned default values?\n    /*\\\n     * Element.marker\n     [ method ]\n     **\n     * Creates a `<marker>` element from the current element\n     **\n     * To create a marker you have to specify the bounding rect and reference point:\n     - x (number)\n     - y (number)\n     - width (number)\n     - height (number)\n     - refX (number)\n     - refY (number)\n     = (Element) the `<marker>` element\n     * You can specify the marker later as an argument for `marker-start`, `marker-end`, `marker-mid`, and `marker` attributes. The `marker` attribute places the marker at every point along the path, and `marker-mid` places them at every point except the start and end.\n    \\*/\n    // TODO add usage for markers\n    elproto.marker = function (x, y, width, height, refX, refY) {\n        var p = make(\"marker\", getSomeDefs(this));\n        if (x == null) {\n            x = this.getBBox();\n        }\n        if (is(x, \"object\") && \"x\" in x) {\n            y = x.y;\n            width = x.width;\n            height = x.height;\n            refX = x.refX || x.cx;\n            refY = x.refY || x.cy;\n            x = x.x;\n        }\n        $(p.node, {\n            viewBox: [x, y, width, height].join(\" \"),\n            markerWidth: width,\n            markerHeight: height,\n            orient: \"auto\",\n            refX: refX || 0,\n            refY: refY || 0,\n            id: p.id\n        });\n        p.node.appendChild(this.node);\n        return p;\n    };\n    var eldata = {};\n    /*\\\n     * Element.data\n     [ method ]\n     **\n     * Adds or retrieves given value associated with given key. (Don’t confuse\n     * with `data-` attributes)\n     *\n     * See also @Element.removeData\n     - key (string) key to store data\n     - value (any) #optional value to store\n     = (object) @Element\n     * or, if value is not specified:\n     = (any) value\n     > Usage\n     | for (var i = 0, i < 5, i++) {\n     |     paper.circle(10 + 15 * i, 10, 10)\n     |          .attr({fill: \"#000\"})\n     |          .data(\"i\", i)\n     |          .click(function () {\n     |             alert(this.data(\"i\"));\n     |          });\n     | }\n    \\*/\n    elproto.data = function (key, value) {\n        var data = eldata[this.id] = eldata[this.id] || {};\n        if (arguments.length == 0){\n            eve(\"snap.data.get.\" + this.id, this, data, null);\n            return data;\n        }\n        if (arguments.length == 1) {\n            if (Snap.is(key, \"object\")) {\n                for (var i in key) if (key[has](i)) {\n                    this.data(i, key[i]);\n                }\n                return this;\n            }\n            eve(\"snap.data.get.\" + this.id, this, data[key], key);\n            return data[key];\n        }\n        data[key] = value;\n        eve(\"snap.data.set.\" + this.id, this, value, key);\n        return this;\n    };\n    /*\\\n     * Element.removeData\n     [ method ]\n     **\n     * Removes value associated with an element by given key.\n     * If key is not provided, removes all the data of the element.\n     - key (string) #optional key\n     = (object) @Element\n    \\*/\n    elproto.removeData = function (key) {\n        if (key == null) {\n            eldata[this.id] = {};\n        } else {\n            eldata[this.id] && delete eldata[this.id][key];\n        }\n        return this;\n    };\n    /*\\\n     * Element.outerSVG\n     [ method ]\n     **\n     * Returns SVG code for the element, equivalent to HTML's `outerHTML`.\n     *\n     * See also @Element.innerSVG\n     = (string) SVG code for the element\n    \\*/\n    /*\\\n     * Element.toString\n     [ method ]\n     **\n     * See @Element.outerSVG\n    \\*/\n    elproto.outerSVG = elproto.toString = toString(1);\n    /*\\\n     * Element.innerSVG\n     [ method ]\n     **\n     * Returns SVG code for the element's contents, equivalent to HTML's `innerHTML`\n     = (string) SVG code for the element\n    \\*/\n    elproto.innerSVG = toString();\n    function toString(type) {\n        return function () {\n            var res = type ? \"<\" + this.type : \"\",\n                attr = this.node.attributes,\n                chld = this.node.childNodes;\n            if (type) {\n                for (var i = 0, ii = attr.length; i < ii; i++) {\n                    res += \" \" + attr[i].name + '=\"' +\n                            attr[i].value.replace(/\"/g, '\\\\\"') + '\"';\n                }\n            }\n            if (chld.length) {\n                type && (res += \">\");\n                for (i = 0, ii = chld.length; i < ii; i++) {\n                    if (chld[i].nodeType == 3) {\n                        res += chld[i].nodeValue;\n                    } else if (chld[i].nodeType == 1) {\n                        res += wrap(chld[i]).toString();\n                    }\n                }\n                type && (res += \"</\" + this.type + \">\");\n            } else {\n                type && (res += \"/>\");\n            }\n            return res;\n        };\n    }\n    elproto.toDataURL = function () {\n        if (window && window.btoa) {\n            var bb = this.getBBox(),\n                svg = Snap.format('<svg version=\"1.1\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\" width=\"{width}\" height=\"{height}\" viewBox=\"{x} {y} {width} {height}\">{contents}</svg>', {\n                x: +bb.x.toFixed(3),\n                y: +bb.y.toFixed(3),\n                width: +bb.width.toFixed(3),\n                height: +bb.height.toFixed(3),\n                contents: this.outerSVG()\n            });\n            return \"data:image/svg+xml;base64,\" + btoa(unescape(encodeURIComponent(svg)));\n        }\n    };\n    /*\\\n     * Fragment.select\n     [ method ]\n     **\n     * See @Element.select\n    \\*/\n    Fragment.prototype.select = elproto.select;\n    /*\\\n     * Fragment.selectAll\n     [ method ]\n     **\n     * See @Element.selectAll\n    \\*/\n    Fragment.prototype.selectAll = elproto.selectAll;\n});\n\n// Copyright (c) 2013 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nSnap.plugin(function (Snap, Element, Paper, glob, Fragment) {\n    var objectToString = Object.prototype.toString,\n        Str = String,\n        math = Math,\n        E = \"\";\n    function Matrix(a, b, c, d, e, f) {\n        if (b == null && objectToString.call(a) == \"[object SVGMatrix]\") {\n            this.a = a.a;\n            this.b = a.b;\n            this.c = a.c;\n            this.d = a.d;\n            this.e = a.e;\n            this.f = a.f;\n            return;\n        }\n        if (a != null) {\n            this.a = +a;\n            this.b = +b;\n            this.c = +c;\n            this.d = +d;\n            this.e = +e;\n            this.f = +f;\n        } else {\n            this.a = 1;\n            this.b = 0;\n            this.c = 0;\n            this.d = 1;\n            this.e = 0;\n            this.f = 0;\n        }\n    }\n    (function (matrixproto) {\n        /*\\\n         * Matrix.add\n         [ method ]\n         **\n         * Adds the given matrix to existing one\n         - a (number)\n         - b (number)\n         - c (number)\n         - d (number)\n         - e (number)\n         - f (number)\n         * or\n         - matrix (object) @Matrix\n        \\*/\n        matrixproto.add = function (a, b, c, d, e, f) {\n            if (a && a instanceof Matrix) {\n                return this.add(a.a, a.b, a.c, a.d, a.e, a.f);\n            }\n            var aNew = a * this.a + b * this.c,\n                bNew = a * this.b + b * this.d;\n            this.e += e * this.a + f * this.c;\n            this.f += e * this.b + f * this.d;\n            this.c = c * this.a + d * this.c;\n            this.d = c * this.b + d * this.d;\n\n            this.a = aNew;\n            this.b = bNew;\n            return this;\n        };\n        /*\\\n         * Matrix.multLeft\n         [ method ]\n         **\n         * Multiplies a passed affine transform to the left: M * this.\n         - a (number)\n         - b (number)\n         - c (number)\n         - d (number)\n         - e (number)\n         - f (number)\n         * or\n         - matrix (object) @Matrix\n        \\*/\n        Matrix.prototype.multLeft = function (a, b, c, d, e, f) {\n            if (a && a instanceof Matrix) {\n                return this.multLeft(a.a, a.b, a.c, a.d, a.e, a.f);\n            }\n            var aNew = a * this.a + c * this.b,\n                cNew = a * this.c + c * this.d,\n                eNew = a * this.e + c * this.f + e;\n            this.b = b * this.a + d * this.b;\n            this.d = b * this.c + d * this.d;\n            this.f = b * this.e + d * this.f + f;\n\n            this.a = aNew;\n            this.c = cNew;\n            this.e = eNew;\n            return this;\n        };\n        /*\\\n         * Matrix.invert\n         [ method ]\n         **\n         * Returns an inverted version of the matrix\n         = (object) @Matrix\n        \\*/\n        matrixproto.invert = function () {\n            var me = this,\n                x = me.a * me.d - me.b * me.c;\n            return new Matrix(me.d / x, -me.b / x, -me.c / x, me.a / x, (me.c * me.f - me.d * me.e) / x, (me.b * me.e - me.a * me.f) / x);\n        };\n        /*\\\n         * Matrix.clone\n         [ method ]\n         **\n         * Returns a copy of the matrix\n         = (object) @Matrix\n        \\*/\n        matrixproto.clone = function () {\n            return new Matrix(this.a, this.b, this.c, this.d, this.e, this.f);\n        };\n        /*\\\n         * Matrix.translate\n         [ method ]\n         **\n         * Translate the matrix\n         - x (number) horizontal offset distance\n         - y (number) vertical offset distance\n        \\*/\n        matrixproto.translate = function (x, y) {\n            this.e += x * this.a + y * this.c;\n            this.f += x * this.b + y * this.d;\n            return this;\n        };\n        /*\\\n         * Matrix.scale\n         [ method ]\n         **\n         * Scales the matrix\n         - x (number) amount to be scaled, with `1` resulting in no change\n         - y (number) #optional amount to scale along the vertical axis. (Otherwise `x` applies to both axes.)\n         - cx (number) #optional horizontal origin point from which to scale\n         - cy (number) #optional vertical origin point from which to scale\n         * Default cx, cy is the middle point of the element.\n        \\*/\n        matrixproto.scale = function (x, y, cx, cy) {\n            y == null && (y = x);\n            (cx || cy) && this.translate(cx, cy);\n            this.a *= x;\n            this.b *= x;\n            this.c *= y;\n            this.d *= y;\n            (cx || cy) && this.translate(-cx, -cy);\n            return this;\n        };\n        /*\\\n         * Matrix.rotate\n         [ method ]\n         **\n         * Rotates the matrix\n         - a (number) angle of rotation, in degrees\n         - x (number) horizontal origin point from which to rotate\n         - y (number) vertical origin point from which to rotate\n        \\*/\n        matrixproto.rotate = function (a, x, y) {\n            a = Snap.rad(a);\n            x = x || 0;\n            y = y || 0;\n            var cos = +math.cos(a).toFixed(9),\n                sin = +math.sin(a).toFixed(9);\n            this.add(cos, sin, -sin, cos, x, y);\n            return this.add(1, 0, 0, 1, -x, -y);\n        };\n        /*\\\n         * Matrix.skewX\n         [ method ]\n         **\n         * Skews the matrix along the x-axis\n         - x (number) Angle to skew along the x-axis (in degrees).\n        \\*/\n        matrixproto.skewX = function (x) {\n            return this.skew(x, 0);\n        };\n        /*\\\n         * Matrix.skewY\n         [ method ]\n         **\n         * Skews the matrix along the y-axis\n         - y (number) Angle to skew along the y-axis (in degrees).\n        \\*/\n        matrixproto.skewY = function (y) {\n            return this.skew(0, y);\n        };\n        /*\\\n         * Matrix.skew\n         [ method ]\n         **\n         * Skews the matrix\n         - y (number) Angle to skew along the y-axis (in degrees).\n         - x (number) Angle to skew along the x-axis (in degrees).\n        \\*/\n        matrixproto.skew = function (x, y) {\n            x = x || 0;\n            y = y || 0;\n            x = Snap.rad(x);\n            y = Snap.rad(y);\n            var c = math.tan(x).toFixed(9);\n            var b = math.tan(y).toFixed(9);\n            return this.add(1, b, c, 1, 0, 0);\n        };\n        /*\\\n         * Matrix.x\n         [ method ]\n         **\n         * Returns x coordinate for given point after transformation described by the matrix. See also @Matrix.y\n         - x (number)\n         - y (number)\n         = (number) x\n        \\*/\n        matrixproto.x = function (x, y) {\n            return x * this.a + y * this.c + this.e;\n        };\n        /*\\\n         * Matrix.y\n         [ method ]\n         **\n         * Returns y coordinate for given point after transformation described by the matrix. See also @Matrix.x\n         - x (number)\n         - y (number)\n         = (number) y\n        \\*/\n        matrixproto.y = function (x, y) {\n            return x * this.b + y * this.d + this.f;\n        };\n        matrixproto.get = function (i) {\n            return +this[Str.fromCharCode(97 + i)].toFixed(4);\n        };\n        matrixproto.toString = function () {\n            return \"matrix(\" + [this.get(0), this.get(1), this.get(2), this.get(3), this.get(4), this.get(5)].join() + \")\";\n        };\n        matrixproto.offset = function () {\n            return [this.e.toFixed(4), this.f.toFixed(4)];\n        };\n        function norm(a) {\n            return a[0] * a[0] + a[1] * a[1];\n        }\n        function normalize(a) {\n            var mag = math.sqrt(norm(a));\n            a[0] && (a[0] /= mag);\n            a[1] && (a[1] /= mag);\n        }\n        /*\\\n         * Matrix.determinant\n         [ method ]\n         **\n         * Finds determinant of the given matrix.\n         = (number) determinant\n        \\*/\n        matrixproto.determinant = function () {\n            return this.a * this.d - this.b * this.c;\n        };\n        /*\\\n         * Matrix.split\n         [ method ]\n         **\n         * Splits matrix into primitive transformations\n         = (object) in format:\n         o dx (number) translation by x\n         o dy (number) translation by y\n         o scalex (number) scale by x\n         o scaley (number) scale by y\n         o shear (number) shear\n         o rotate (number) rotation in deg\n         o isSimple (boolean) could it be represented via simple transformations\n        \\*/\n        matrixproto.split = function () {\n            var out = {};\n            // translation\n            out.dx = this.e;\n            out.dy = this.f;\n\n            // scale and shear\n            var row = [[this.a, this.b], [this.c, this.d]];\n            out.scalex = math.sqrt(norm(row[0]));\n            normalize(row[0]);\n\n            out.shear = row[0][0] * row[1][0] + row[0][1] * row[1][1];\n            row[1] = [row[1][0] - row[0][0] * out.shear, row[1][1] - row[0][1] * out.shear];\n\n            out.scaley = math.sqrt(norm(row[1]));\n            normalize(row[1]);\n            out.shear /= out.scaley;\n\n            if (this.determinant() < 0) {\n                out.scalex = -out.scalex;\n            }\n\n            // rotation\n            var sin = row[0][1],\n                cos = row[1][1];\n            if (cos < 0) {\n                out.rotate = Snap.deg(math.acos(cos));\n                if (sin < 0) {\n                    out.rotate = 360 - out.rotate;\n                }\n            } else {\n                out.rotate = Snap.deg(math.asin(sin));\n            }\n\n            out.isSimple = !+out.shear.toFixed(9) && (out.scalex.toFixed(9) == out.scaley.toFixed(9) || !out.rotate);\n            out.isSuperSimple = !+out.shear.toFixed(9) && out.scalex.toFixed(9) == out.scaley.toFixed(9) && !out.rotate;\n            out.noRotation = !+out.shear.toFixed(9) && !out.rotate;\n            return out;\n        };\n        /*\\\n         * Matrix.toTransformString\n         [ method ]\n         **\n         * Returns transform string that represents given matrix\n         = (string) transform string\n        \\*/\n        matrixproto.toTransformString = function (shorter) {\n            var s = shorter || this.split();\n            if (!+s.shear.toFixed(9)) {\n                s.scalex = +s.scalex.toFixed(4);\n                s.scaley = +s.scaley.toFixed(4);\n                s.rotate = +s.rotate.toFixed(4);\n                return  (s.dx || s.dy ? \"t\" + [+s.dx.toFixed(4), +s.dy.toFixed(4)] : E) +\n                        (s.rotate ? \"r\" + [+s.rotate.toFixed(4), 0, 0] : E) +\n                        (s.scalex != 1 || s.scaley != 1 ? \"s\" + [s.scalex, s.scaley, 0, 0] : E);\n            } else {\n                return \"m\" + [this.get(0), this.get(1), this.get(2), this.get(3), this.get(4), this.get(5)];\n            }\n        };\n    })(Matrix.prototype);\n    /*\\\n     * Snap.Matrix\n     [ method ]\n     **\n     * Matrix constructor, extend on your own risk.\n     * To create matrices use @Snap.matrix.\n    \\*/\n    Snap.Matrix = Matrix;\n    /*\\\n     * Snap.matrix\n     [ method ]\n     **\n     * Utility method\n     **\n     * Returns a matrix based on the given parameters\n     - a (number)\n     - b (number)\n     - c (number)\n     - d (number)\n     - e (number)\n     - f (number)\n     * or\n     - svgMatrix (SVGMatrix)\n     = (object) @Matrix\n    \\*/\n    Snap.matrix = function (a, b, c, d, e, f) {\n        return new Matrix(a, b, c, d, e, f);\n    };\n});\n\n// Copyright (c) 2013 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nSnap.plugin(function (Snap, Element, Paper, glob, Fragment) {\n    var has = \"hasOwnProperty\",\n        make = Snap._.make,\n        wrap = Snap._.wrap,\n        is = Snap.is,\n        getSomeDefs = Snap._.getSomeDefs,\n        reURLValue = /^url\\((['\"]?)([^)]+)\\1\\)$/,\n        $ = Snap._.$,\n        URL = Snap.url,\n        Str = String,\n        separator = Snap._.separator,\n        E = \"\";\n    /*\\\n     * Snap.deurl\n     [ method ]\n     **\n     * Unwraps path from `\"url(<path>)\"`.\n     - value (string) url path\n     = (string) unwrapped path\n    \\*/\n    Snap.deurl = function (value) {\n        var res = String(value).match(reURLValue);\n        return res ? res[2] : value;\n    }\n    // Attributes event handlers\n    eve.on(\"snap.util.attr.mask\", function (value) {\n        if (value instanceof Element || value instanceof Fragment) {\n            eve.stop();\n            if (value instanceof Fragment && value.node.childNodes.length == 1) {\n                value = value.node.firstChild;\n                getSomeDefs(this).appendChild(value);\n                value = wrap(value);\n            }\n            if (value.type == \"mask\") {\n                var mask = value;\n            } else {\n                mask = make(\"mask\", getSomeDefs(this));\n                mask.node.appendChild(value.node);\n            }\n            !mask.node.id && $(mask.node, {\n                id: mask.id\n            });\n            $(this.node, {\n                mask: URL(mask.id)\n            });\n        }\n    });\n    (function (clipIt) {\n        eve.on(\"snap.util.attr.clip\", clipIt);\n        eve.on(\"snap.util.attr.clip-path\", clipIt);\n        eve.on(\"snap.util.attr.clipPath\", clipIt);\n    }(function (value) {\n        if (value instanceof Element || value instanceof Fragment) {\n            eve.stop();\n            var clip,\n                node = value.node;\n            while (node) {\n                if (node.nodeName === \"clipPath\") {\n                    clip = new Element(node);\n                    break;\n                }\n                if (node.nodeName === \"svg\") {\n                    clip = undefined;\n                    break;\n                }\n                node = node.parentNode;\n            }\n            if (!clip) {\n                clip = make(\"clipPath\", getSomeDefs(this));\n                clip.node.appendChild(value.node);\n                !clip.node.id && $(clip.node, {\n                    id: clip.id\n                });\n            }\n            $(this.node, {\n                \"clip-path\": URL(clip.node.id || clip.id)\n            });\n        }\n    }));\n    function fillStroke(name) {\n        return function (value) {\n            eve.stop();\n            if (value instanceof Fragment && value.node.childNodes.length == 1 &&\n                (value.node.firstChild.tagName == \"radialGradient\" ||\n                value.node.firstChild.tagName == \"linearGradient\" ||\n                value.node.firstChild.tagName == \"pattern\")) {\n                value = value.node.firstChild;\n                getSomeDefs(this).appendChild(value);\n                value = wrap(value);\n            }\n            if (value instanceof Element) {\n                if (value.type == \"radialGradient\" || value.type == \"linearGradient\"\n                   || value.type == \"pattern\") {\n                    if (!value.node.id) {\n                        $(value.node, {\n                            id: value.id\n                        });\n                    }\n                    var fill = URL(value.node.id);\n                } else {\n                    fill = value.attr(name);\n                }\n            } else {\n                fill = Snap.color(value);\n                if (fill.error) {\n                    var grad = Snap(getSomeDefs(this).ownerSVGElement).gradient(value);\n                    if (grad) {\n                        if (!grad.node.id) {\n                            $(grad.node, {\n                                id: grad.id\n                            });\n                        }\n                        fill = URL(grad.node.id);\n                    } else {\n                        fill = value;\n                    }\n                } else {\n                    fill = Str(fill);\n                }\n            }\n            var attrs = {};\n            attrs[name] = fill;\n            $(this.node, attrs);\n            this.node.style[name] = E;\n        };\n    }\n    eve.on(\"snap.util.attr.fill\", fillStroke(\"fill\"));\n    eve.on(\"snap.util.attr.stroke\", fillStroke(\"stroke\"));\n    var gradrg = /^([lr])(?:\\(([^)]*)\\))?(.*)$/i;\n    eve.on(\"snap.util.grad.parse\", function parseGrad(string) {\n        string = Str(string);\n        var tokens = string.match(gradrg);\n        if (!tokens) {\n            return null;\n        }\n        var type = tokens[1],\n            params = tokens[2],\n            stops = tokens[3];\n        params = params.split(/\\s*,\\s*/).map(function (el) {\n            return +el == el ? +el : el;\n        });\n        if (params.length == 1 && params[0] == 0) {\n            params = [];\n        }\n        stops = stops.split(\"-\");\n        stops = stops.map(function (el) {\n            el = el.split(\":\");\n            var out = {\n                color: el[0]\n            };\n            if (el[1]) {\n                out.offset = parseFloat(el[1]);\n            }\n            return out;\n        });\n        var len = stops.length,\n            start = 0,\n            j = 0;\n        function seed(i, end) {\n            var step = (end - start) / (i - j);\n            for (var k = j; k < i; k++) {\n                stops[k].offset = +(+start + step * (k - j)).toFixed(2);\n            }\n            j = i;\n            start = end;\n        }\n        len--;\n        for (var i = 0; i < len; i++) if (\"offset\" in stops[i]) {\n            seed(i, stops[i].offset);\n        }\n        stops[len].offset = stops[len].offset || 100;\n        seed(len, stops[len].offset);\n        return {\n            type: type,\n            params: params,\n            stops: stops\n        };\n    });\n\n    eve.on(\"snap.util.attr.d\", function (value) {\n        eve.stop();\n        if (is(value, \"array\") && is(value[0], \"array\")) {\n            value = Snap.path.toString.call(value);\n        }\n        value = Str(value);\n        if (value.match(/[ruo]/i)) {\n            value = Snap.path.toAbsolute(value);\n        }\n        $(this.node, {d: value});\n    })(-1);\n    eve.on(\"snap.util.attr.#text\", function (value) {\n        eve.stop();\n        value = Str(value);\n        var txt = glob.doc.createTextNode(value);\n        while (this.node.firstChild) {\n            this.node.removeChild(this.node.firstChild);\n        }\n        this.node.appendChild(txt);\n    })(-1);\n    eve.on(\"snap.util.attr.path\", function (value) {\n        eve.stop();\n        this.attr({d: value});\n    })(-1);\n    eve.on(\"snap.util.attr.class\", function (value) {\n        eve.stop();\n        this.node.className.baseVal = value;\n    })(-1);\n    eve.on(\"snap.util.attr.viewBox\", function (value) {\n        var vb;\n        if (is(value, \"object\") && \"x\" in value) {\n            vb = [value.x, value.y, value.width, value.height].join(\" \");\n        } else if (is(value, \"array\")) {\n            vb = value.join(\" \");\n        } else {\n            vb = value;\n        }\n        $(this.node, {\n            viewBox: vb\n        });\n        eve.stop();\n    })(-1);\n    eve.on(\"snap.util.attr.transform\", function (value) {\n        this.transform(value);\n        eve.stop();\n    })(-1);\n    eve.on(\"snap.util.attr.r\", function (value) {\n        if (this.type == \"rect\") {\n            eve.stop();\n            $(this.node, {\n                rx: value,\n                ry: value\n            });\n        }\n    })(-1);\n    eve.on(\"snap.util.attr.textpath\", function (value) {\n        eve.stop();\n        if (this.type == \"text\") {\n            var id, tp, node;\n            if (!value && this.textPath) {\n                tp = this.textPath;\n                while (tp.node.firstChild) {\n                    this.node.appendChild(tp.node.firstChild);\n                }\n                tp.remove();\n                delete this.textPath;\n                return;\n            }\n            if (is(value, \"string\")) {\n                var defs = getSomeDefs(this),\n                    path = wrap(defs.parentNode).path(value);\n                defs.appendChild(path.node);\n                id = path.id;\n                path.attr({id: id});\n            } else {\n                value = wrap(value);\n                if (value instanceof Element) {\n                    id = value.attr(\"id\");\n                    if (!id) {\n                        id = value.id;\n                        value.attr({id: id});\n                    }\n                }\n            }\n            if (id) {\n                tp = this.textPath;\n                node = this.node;\n                if (tp) {\n                    tp.attr({\"xlink:href\": \"#\" + id});\n                } else {\n                    tp = $(\"textPath\", {\n                        \"xlink:href\": \"#\" + id\n                    });\n                    while (node.firstChild) {\n                        tp.appendChild(node.firstChild);\n                    }\n                    node.appendChild(tp);\n                    this.textPath = wrap(tp);\n                }\n            }\n        }\n    })(-1);\n    eve.on(\"snap.util.attr.text\", function (value) {\n        if (this.type == \"text\") {\n            var i = 0,\n                node = this.node,\n                tuner = function (chunk) {\n                    var out = $(\"tspan\");\n                    if (is(chunk, \"array\")) {\n                        for (var i = 0; i < chunk.length; i++) {\n                            out.appendChild(tuner(chunk[i]));\n                        }\n                    } else {\n                        out.appendChild(glob.doc.createTextNode(chunk));\n                    }\n                    out.normalize && out.normalize();\n                    return out;\n                };\n            while (node.firstChild) {\n                node.removeChild(node.firstChild);\n            }\n            var tuned = tuner(value);\n            while (tuned.firstChild) {\n                node.appendChild(tuned.firstChild);\n            }\n        }\n        eve.stop();\n    })(-1);\n    function setFontSize(value) {\n        eve.stop();\n        if (value == +value) {\n            value += \"px\";\n        }\n        this.node.style.fontSize = value;\n    }\n    eve.on(\"snap.util.attr.fontSize\", setFontSize)(-1);\n    eve.on(\"snap.util.attr.font-size\", setFontSize)(-1);\n\n\n    eve.on(\"snap.util.getattr.transform\", function () {\n        eve.stop();\n        return this.transform();\n    })(-1);\n    eve.on(\"snap.util.getattr.textpath\", function () {\n        eve.stop();\n        return this.textPath;\n    })(-1);\n    // Markers\n    (function () {\n        function getter(end) {\n            return function () {\n                eve.stop();\n                var style = glob.doc.defaultView.getComputedStyle(this.node, null).getPropertyValue(\"marker-\" + end);\n                if (style == \"none\") {\n                    return style;\n                } else {\n                    return Snap(glob.doc.getElementById(style.match(reURLValue)[1]));\n                }\n            };\n        }\n        function setter(end) {\n            return function (value) {\n                eve.stop();\n                var name = \"marker\" + end.charAt(0).toUpperCase() + end.substring(1);\n                if (value == \"\" || !value) {\n                    this.node.style[name] = \"none\";\n                    return;\n                }\n                if (value.type == \"marker\") {\n                    var id = value.node.id;\n                    if (!id) {\n                        $(value.node, {id: value.id});\n                    }\n                    this.node.style[name] = URL(id);\n                    return;\n                }\n            };\n        }\n        eve.on(\"snap.util.getattr.marker-end\", getter(\"end\"))(-1);\n        eve.on(\"snap.util.getattr.markerEnd\", getter(\"end\"))(-1);\n        eve.on(\"snap.util.getattr.marker-start\", getter(\"start\"))(-1);\n        eve.on(\"snap.util.getattr.markerStart\", getter(\"start\"))(-1);\n        eve.on(\"snap.util.getattr.marker-mid\", getter(\"mid\"))(-1);\n        eve.on(\"snap.util.getattr.markerMid\", getter(\"mid\"))(-1);\n        eve.on(\"snap.util.attr.marker-end\", setter(\"end\"))(-1);\n        eve.on(\"snap.util.attr.markerEnd\", setter(\"end\"))(-1);\n        eve.on(\"snap.util.attr.marker-start\", setter(\"start\"))(-1);\n        eve.on(\"snap.util.attr.markerStart\", setter(\"start\"))(-1);\n        eve.on(\"snap.util.attr.marker-mid\", setter(\"mid\"))(-1);\n        eve.on(\"snap.util.attr.markerMid\", setter(\"mid\"))(-1);\n    }());\n    eve.on(\"snap.util.getattr.r\", function () {\n        if (this.type == \"rect\" && $(this.node, \"rx\") == $(this.node, \"ry\")) {\n            eve.stop();\n            return $(this.node, \"rx\");\n        }\n    })(-1);\n    function textExtract(node) {\n        var out = [];\n        var children = node.childNodes;\n        for (var i = 0, ii = children.length; i < ii; i++) {\n            var chi = children[i];\n            if (chi.nodeType == 3) {\n                out.push(chi.nodeValue);\n            }\n            if (chi.tagName == \"tspan\") {\n                if (chi.childNodes.length == 1 && chi.firstChild.nodeType == 3) {\n                    out.push(chi.firstChild.nodeValue);\n                } else {\n                    out.push(textExtract(chi));\n                }\n            }\n        }\n        return out;\n    }\n    eve.on(\"snap.util.getattr.text\", function () {\n        if (this.type == \"text\" || this.type == \"tspan\") {\n            eve.stop();\n            var out = textExtract(this.node);\n            return out.length == 1 ? out[0] : out;\n        }\n    })(-1);\n    eve.on(\"snap.util.getattr.#text\", function () {\n        return this.node.textContent;\n    })(-1);\n    eve.on(\"snap.util.getattr.fill\", function (internal) {\n        if (internal) {\n            return;\n        }\n        eve.stop();\n        var value = eve(\"snap.util.getattr.fill\", this, true).firstDefined();\n        return Snap(Snap.deurl(value)) || value;\n    })(-1);\n    eve.on(\"snap.util.getattr.stroke\", function (internal) {\n        if (internal) {\n            return;\n        }\n        eve.stop();\n        var value = eve(\"snap.util.getattr.stroke\", this, true).firstDefined();\n        return Snap(Snap.deurl(value)) || value;\n    })(-1);\n    eve.on(\"snap.util.getattr.viewBox\", function () {\n        eve.stop();\n        var vb = $(this.node, \"viewBox\");\n        if (vb) {\n            vb = vb.split(separator);\n            return Snap._.box(+vb[0], +vb[1], +vb[2], +vb[3]);\n        } else {\n            return;\n        }\n    })(-1);\n    eve.on(\"snap.util.getattr.points\", function () {\n        var p = $(this.node, \"points\");\n        eve.stop();\n        if (p) {\n            return p.split(separator);\n        } else {\n            return;\n        }\n    })(-1);\n    eve.on(\"snap.util.getattr.path\", function () {\n        var p = $(this.node, \"d\");\n        eve.stop();\n        return p;\n    })(-1);\n    eve.on(\"snap.util.getattr.class\", function () {\n        return this.node.className.baseVal;\n    })(-1);\n    function getFontSize() {\n        eve.stop();\n        return this.node.style.fontSize;\n    }\n    eve.on(\"snap.util.getattr.fontSize\", getFontSize)(-1);\n    eve.on(\"snap.util.getattr.font-size\", getFontSize)(-1);\n});\n\n// Copyright (c) 2014 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nSnap.plugin(function (Snap, Element, Paper, glob, Fragment) {\n    var rgNotSpace = /\\S+/g,\n        rgBadSpace = /[\\t\\r\\n\\f]/g,\n        rgTrim = /(^\\s+|\\s+$)/g,\n        Str = String,\n        elproto = Element.prototype;\n    /*\\\n     * Element.addClass\n     [ method ]\n     **\n     * Adds given class name or list of class names to the element.\n     - value (string) class name or space separated list of class names\n     **\n     = (Element) original element.\n    \\*/\n    elproto.addClass = function (value) {\n        var classes = Str(value || \"\").match(rgNotSpace) || [],\n            elem = this.node,\n            className = elem.className.baseVal,\n            curClasses = className.match(rgNotSpace) || [],\n            j,\n            pos,\n            clazz,\n            finalValue;\n\n        if (classes.length) {\n            j = 0;\n            while (clazz = classes[j++]) {\n                pos = curClasses.indexOf(clazz);\n                if (!~pos) {\n                    curClasses.push(clazz);\n                }\n            }\n\n            finalValue = curClasses.join(\" \");\n            if (className != finalValue) {\n                elem.className.baseVal = finalValue;\n            }\n        }\n        return this;\n    };\n    /*\\\n     * Element.removeClass\n     [ method ]\n     **\n     * Removes given class name or list of class names from the element.\n     - value (string) class name or space separated list of class names\n     **\n     = (Element) original element.\n    \\*/\n    elproto.removeClass = function (value) {\n        var classes = Str(value || \"\").match(rgNotSpace) || [],\n            elem = this.node,\n            className = elem.className.baseVal,\n            curClasses = className.match(rgNotSpace) || [],\n            j,\n            pos,\n            clazz,\n            finalValue;\n        if (curClasses.length) {\n            j = 0;\n            while (clazz = classes[j++]) {\n                pos = curClasses.indexOf(clazz);\n                if (~pos) {\n                    curClasses.splice(pos, 1);\n                }\n            }\n\n            finalValue = curClasses.join(\" \");\n            if (className != finalValue) {\n                elem.className.baseVal = finalValue;\n            }\n        }\n        return this;\n    };\n    /*\\\n     * Element.hasClass\n     [ method ]\n     **\n     * Checks if the element has a given class name in the list of class names applied to it.\n     - value (string) class name\n     **\n     = (boolean) `true` if the element has given class\n    \\*/\n    elproto.hasClass = function (value) {\n        var elem = this.node,\n            className = elem.className.baseVal,\n            curClasses = className.match(rgNotSpace) || [];\n        return !!~curClasses.indexOf(value);\n    };\n    /*\\\n     * Element.toggleClass\n     [ method ]\n     **\n     * Add or remove one or more classes from the element, depending on either\n     * the class’s presence or the value of the `flag` argument.\n     - value (string) class name or space separated list of class names\n     - flag (boolean) value to determine whether the class should be added or removed\n     **\n     = (Element) original element.\n    \\*/\n    elproto.toggleClass = function (value, flag) {\n        if (flag != null) {\n            if (flag) {\n                return this.addClass(value);\n            } else {\n                return this.removeClass(value);\n            }\n        }\n        var classes = (value || \"\").match(rgNotSpace) || [],\n            elem = this.node,\n            className = elem.className.baseVal,\n            curClasses = className.match(rgNotSpace) || [],\n            j,\n            pos,\n            clazz,\n            finalValue;\n        j = 0;\n        while (clazz = classes[j++]) {\n            pos = curClasses.indexOf(clazz);\n            if (~pos) {\n                curClasses.splice(pos, 1);\n            } else {\n                curClasses.push(clazz);\n            }\n        }\n\n        finalValue = curClasses.join(\" \");\n        if (className != finalValue) {\n            elem.className.baseVal = finalValue;\n        }\n        return this;\n    };\n});\n\n// Copyright (c) 2013 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nSnap.plugin(function (Snap, Element, Paper, glob, Fragment) {\n    var operators = {\n            \"+\": function (x, y) {\n                    return x + y;\n                },\n            \"-\": function (x, y) {\n                    return x - y;\n                },\n            \"/\": function (x, y) {\n                    return x / y;\n                },\n            \"*\": function (x, y) {\n                    return x * y;\n                }\n        },\n        Str = String,\n        reUnit = /[a-z]+$/i,\n        reAddon = /^\\s*([+\\-\\/*])\\s*=\\s*([\\d.eE+\\-]+)\\s*([^\\d\\s]+)?\\s*$/;\n    function getNumber(val) {\n        return val;\n    }\n    function getUnit(unit) {\n        return function (val) {\n            return +val.toFixed(3) + unit;\n        };\n    }\n    eve.on(\"snap.util.attr\", function (val) {\n        var plus = Str(val).match(reAddon);\n        if (plus) {\n            var evnt = eve.nt(),\n                name = evnt.substring(evnt.lastIndexOf(\".\") + 1),\n                a = this.attr(name),\n                atr = {};\n            eve.stop();\n            var unit = plus[3] || \"\",\n                aUnit = a.match(reUnit),\n                op = operators[plus[1]];\n            if (aUnit && aUnit == unit) {\n                val = op(parseFloat(a), +plus[2]);\n            } else {\n                a = this.asPX(name);\n                val = op(this.asPX(name), this.asPX(name, plus[2] + unit));\n            }\n            if (isNaN(a) || isNaN(val)) {\n                return;\n            }\n            atr[name] = val;\n            this.attr(atr);\n        }\n    })(-10);\n    eve.on(\"snap.util.equal\", function (name, b) {\n        var A, B, a = Str(this.attr(name) || \"\"),\n            el = this,\n            bplus = Str(b).match(reAddon);\n        if (bplus) {\n            eve.stop();\n            var unit = bplus[3] || \"\",\n                aUnit = a.match(reUnit),\n                op = operators[bplus[1]];\n            if (aUnit && aUnit == unit) {\n                return {\n                    from: parseFloat(a),\n                    to: op(parseFloat(a), +bplus[2]),\n                    f: getUnit(aUnit)\n                };\n            } else {\n                a = this.asPX(name);\n                return {\n                    from: a,\n                    to: op(a, this.asPX(name, bplus[2] + unit)),\n                    f: getNumber\n                };\n            }\n        }\n    })(-10);\n});\n\n// Copyright (c) 2013 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nSnap.plugin(function (Snap, Element, Paper, glob, Fragment) {\n    var proto = Paper.prototype,\n        is = Snap.is;\n    /*\\\n     * Paper.rect\n     [ method ]\n     *\n     * Draws a rectangle\n     **\n     - x (number) x coordinate of the top left corner\n     - y (number) y coordinate of the top left corner\n     - width (number) width\n     - height (number) height\n     - rx (number) #optional horizontal radius for rounded corners, default is 0\n     - ry (number) #optional vertical radius for rounded corners, default is rx or 0\n     = (object) the `rect` element\n     **\n     > Usage\n     | // regular rectangle\n     | var c = paper.rect(10, 10, 50, 50);\n     | // rectangle with rounded corners\n     | var c = paper.rect(40, 40, 50, 50, 10);\n    \\*/\n    proto.rect = function (x, y, w, h, rx, ry) {\n        var attr;\n        if (ry == null) {\n            ry = rx;\n        }\n        if (is(x, \"object\") && x == \"[object Object]\") {\n            attr = x;\n        } else if (x != null) {\n            attr = {\n                x: x,\n                y: y,\n                width: w,\n                height: h\n            };\n            if (rx != null) {\n                attr.rx = rx;\n                attr.ry = ry;\n            }\n        }\n        return this.el(\"rect\", attr);\n    };\n    /*\\\n     * Paper.circle\n     [ method ]\n     **\n     * Draws a circle\n     **\n     - x (number) x coordinate of the centre\n     - y (number) y coordinate of the centre\n     - r (number) radius\n     = (object) the `circle` element\n     **\n     > Usage\n     | var c = paper.circle(50, 50, 40);\n    \\*/\n    proto.circle = function (cx, cy, r) {\n        var attr;\n        if (is(cx, \"object\") && cx == \"[object Object]\") {\n            attr = cx;\n        } else if (cx != null) {\n            attr = {\n                cx: cx,\n                cy: cy,\n                r: r\n            };\n        }\n        return this.el(\"circle\", attr);\n    };\n\n    var preload = (function () {\n        function onerror() {\n            this.parentNode.removeChild(this);\n        }\n        return function (src, f) {\n            var img = glob.doc.createElement(\"img\"),\n                body = glob.doc.body;\n            img.style.cssText = \"position:absolute;left:-9999em;top:-9999em\";\n            img.onload = function () {\n                f.call(img);\n                img.onload = img.onerror = null;\n                body.removeChild(img);\n            };\n            img.onerror = onerror;\n            body.appendChild(img);\n            img.src = src;\n        };\n    }());\n\n    /*\\\n     * Paper.image\n     [ method ]\n     **\n     * Places an image on the surface\n     **\n     - src (string) URI of the source image\n     - x (number) x offset position\n     - y (number) y offset position\n     - width (number) width of the image\n     - height (number) height of the image\n     = (object) the `image` element\n     * or\n     = (object) Snap element object with type `image`\n     **\n     > Usage\n     | var c = paper.image(\"apple.png\", 10, 10, 80, 80);\n    \\*/\n    proto.image = function (src, x, y, width, height) {\n        var el = this.el(\"image\");\n        if (is(src, \"object\") && \"src\" in src) {\n            el.attr(src);\n        } else if (src != null) {\n            var set = {\n                \"xlink:href\": src,\n                preserveAspectRatio: \"none\"\n            };\n            if (x != null && y != null) {\n                set.x = x;\n                set.y = y;\n            }\n            if (width != null && height != null) {\n                set.width = width;\n                set.height = height;\n            } else {\n                preload(src, function () {\n                    Snap._.$(el.node, {\n                        width: this.offsetWidth,\n                        height: this.offsetHeight\n                    });\n                });\n            }\n            Snap._.$(el.node, set);\n        }\n        return el;\n    };\n    /*\\\n     * Paper.ellipse\n     [ method ]\n     **\n     * Draws an ellipse\n     **\n     - x (number) x coordinate of the centre\n     - y (number) y coordinate of the centre\n     - rx (number) horizontal radius\n     - ry (number) vertical radius\n     = (object) the `ellipse` element\n     **\n     > Usage\n     | var c = paper.ellipse(50, 50, 40, 20);\n    \\*/\n    proto.ellipse = function (cx, cy, rx, ry) {\n        var attr;\n        if (is(cx, \"object\") && cx == \"[object Object]\") {\n            attr = cx;\n        } else if (cx != null) {\n            attr ={\n                cx: cx,\n                cy: cy,\n                rx: rx,\n                ry: ry\n            };\n        }\n        return this.el(\"ellipse\", attr);\n    };\n    // SIERRA Paper.path(): Unclear from the link what a Catmull-Rom curveto is, and why it would make life any easier.\n    /*\\\n     * Paper.path\n     [ method ]\n     **\n     * Creates a `<path>` element using the given string as the path's definition\n     - pathString (string) #optional path string in SVG format\n     * Path string consists of one-letter commands, followed by comma seprarated arguments in numerical form. Example:\n     | \"M10,20L30,40\"\n     * This example features two commands: `M`, with arguments `(10, 20)` and `L` with arguments `(30, 40)`. Uppercase letter commands express coordinates in absolute terms, while lowercase commands express them in relative terms from the most recently declared coordinates.\n     *\n     # <p>Here is short list of commands available, for more details see <a href=\"http://www.w3.org/TR/SVG/paths.html#PathData\" title=\"Details of a path's data attribute's format are described in the SVG specification.\">SVG path string format</a> or <a href=\"https://developer.mozilla.org/en/SVG/Tutorial/Paths\">article about path strings at MDN</a>.</p>\n     # <table><thead><tr><th>Command</th><th>Name</th><th>Parameters</th></tr></thead><tbody>\n     # <tr><td>M</td><td>moveto</td><td>(x y)+</td></tr>\n     # <tr><td>Z</td><td>closepath</td><td>(none)</td></tr>\n     # <tr><td>L</td><td>lineto</td><td>(x y)+</td></tr>\n     # <tr><td>H</td><td>horizontal lineto</td><td>x+</td></tr>\n     # <tr><td>V</td><td>vertical lineto</td><td>y+</td></tr>\n     # <tr><td>C</td><td>curveto</td><td>(x1 y1 x2 y2 x y)+</td></tr>\n     # <tr><td>S</td><td>smooth curveto</td><td>(x2 y2 x y)+</td></tr>\n     # <tr><td>Q</td><td>quadratic Bézier curveto</td><td>(x1 y1 x y)+</td></tr>\n     # <tr><td>T</td><td>smooth quadratic Bézier curveto</td><td>(x y)+</td></tr>\n     # <tr><td>A</td><td>elliptical arc</td><td>(rx ry x-axis-rotation large-arc-flag sweep-flag x y)+</td></tr>\n     # <tr><td>R</td><td><a href=\"http://en.wikipedia.org/wiki/Catmull–Rom_spline#Catmull.E2.80.93Rom_spline\">Catmull-Rom curveto</a>*</td><td>x1 y1 (x y)+</td></tr></tbody></table>\n     * * _Catmull-Rom curveto_ is a not standard SVG command and added to make life easier.\n     * Note: there is a special case when a path consists of only three commands: `M10,10R…z`. In this case the path connects back to its starting point.\n     > Usage\n     | var c = paper.path(\"M10 10L90 90\");\n     | // draw a diagonal line:\n     | // move to 10,10, line to 90,90\n    \\*/\n    proto.path = function (d) {\n        var attr;\n        if (is(d, \"object\") && !is(d, \"array\")) {\n            attr = d;\n        } else if (d) {\n            attr = {d: d};\n        }\n        return this.el(\"path\", attr);\n    };\n    /*\\\n     * Paper.g\n     [ method ]\n     **\n     * Creates a group element\n     **\n     - varargs (…) #optional elements to nest within the group\n     = (object) the `g` element\n     **\n     > Usage\n     | var c1 = paper.circle(),\n     |     c2 = paper.rect(),\n     |     g = paper.g(c2, c1); // note that the order of elements is different\n     * or\n     | var c1 = paper.circle(),\n     |     c2 = paper.rect(),\n     |     g = paper.g();\n     | g.add(c2, c1);\n    \\*/\n    /*\\\n     * Paper.group\n     [ method ]\n     **\n     * See @Paper.g\n    \\*/\n    proto.group = proto.g = function (first) {\n        var attr,\n            el = this.el(\"g\");\n        if (arguments.length == 1 && first && !first.type) {\n            el.attr(first);\n        } else if (arguments.length) {\n            el.add(Array.prototype.slice.call(arguments, 0));\n        }\n        return el;\n    };\n    /*\\\n     * Paper.svg\n     [ method ]\n     **\n     * Creates a nested SVG element.\n     - x (number) @optional X of the element\n     - y (number) @optional Y of the element\n     - width (number) @optional width of the element\n     - height (number) @optional height of the element\n     - vbx (number) @optional viewbox X\n     - vby (number) @optional viewbox Y\n     - vbw (number) @optional viewbox width\n     - vbh (number) @optional viewbox height\n     **\n     = (object) the `svg` element\n     **\n    \\*/\n    proto.svg = function (x, y, width, height, vbx, vby, vbw, vbh) {\n        var attrs = {};\n        if (is(x, \"object\") && y == null) {\n            attrs = x;\n        } else {\n            if (x != null) {\n                attrs.x = x;\n            }\n            if (y != null) {\n                attrs.y = y;\n            }\n            if (width != null) {\n                attrs.width = width;\n            }\n            if (height != null) {\n                attrs.height = height;\n            }\n            if (vbx != null && vby != null && vbw != null && vbh != null) {\n                attrs.viewBox = [vbx, vby, vbw, vbh];\n            }\n        }\n        return this.el(\"svg\", attrs);\n    };\n    /*\\\n     * Paper.mask\n     [ method ]\n     **\n     * Equivalent in behaviour to @Paper.g, except it’s a mask.\n     **\n     = (object) the `mask` element\n     **\n    \\*/\n    proto.mask = function (first) {\n        var attr,\n            el = this.el(\"mask\");\n        if (arguments.length == 1 && first && !first.type) {\n            el.attr(first);\n        } else if (arguments.length) {\n            el.add(Array.prototype.slice.call(arguments, 0));\n        }\n        return el;\n    };\n    /*\\\n     * Paper.ptrn\n     [ method ]\n     **\n     * Equivalent in behaviour to @Paper.g, except it’s a pattern.\n     - x (number) @optional X of the element\n     - y (number) @optional Y of the element\n     - width (number) @optional width of the element\n     - height (number) @optional height of the element\n     - vbx (number) @optional viewbox X\n     - vby (number) @optional viewbox Y\n     - vbw (number) @optional viewbox width\n     - vbh (number) @optional viewbox height\n     **\n     = (object) the `pattern` element\n     **\n    \\*/\n    proto.ptrn = function (x, y, width, height, vx, vy, vw, vh) {\n        if (is(x, \"object\")) {\n            var attr = x;\n        } else {\n            attr = {patternUnits: \"userSpaceOnUse\"};\n            if (x) {\n                attr.x = x;\n            }\n            if (y) {\n                attr.y = y;\n            }\n            if (width != null) {\n                attr.width = width;\n            }\n            if (height != null) {\n                attr.height = height;\n            }\n            if (vx != null && vy != null && vw != null && vh != null) {\n                attr.viewBox = [vx, vy, vw, vh];\n            } else {\n                attr.viewBox = [x || 0, y || 0, width || 0, height || 0];\n            }\n        }\n        return this.el(\"pattern\", attr);\n    };\n    /*\\\n     * Paper.use\n     [ method ]\n     **\n     * Creates a <use> element.\n     - id (string) @optional id of element to link\n     * or\n     - id (Element) @optional element to link\n     **\n     = (object) the `use` element\n     **\n    \\*/\n    proto.use = function (id) {\n        if (id != null) {\n            if (id instanceof Element) {\n                if (!id.attr(\"id\")) {\n                    id.attr({id: Snap._.id(id)});\n                }\n                id = id.attr(\"id\");\n            }\n            if (String(id).charAt() == \"#\") {\n                id = id.substring(1);\n            }\n            return this.el(\"use\", {\"xlink:href\": \"#\" + id});\n        } else {\n            return Element.prototype.use.call(this);\n        }\n    };\n    /*\\\n     * Paper.symbol\n     [ method ]\n     **\n     * Creates a <symbol> element.\n     - vbx (number) @optional viewbox X\n     - vby (number) @optional viewbox Y\n     - vbw (number) @optional viewbox width\n     - vbh (number) @optional viewbox height\n     = (object) the `symbol` element\n     **\n    \\*/\n    proto.symbol = function (vx, vy, vw, vh) {\n        var attr = {};\n        if (vx != null && vy != null && vw != null && vh != null) {\n            attr.viewBox = [vx, vy, vw, vh];\n        }\n\n        return this.el(\"symbol\", attr);\n    };\n    /*\\\n     * Paper.text\n     [ method ]\n     **\n     * Draws a text string\n     **\n     - x (number) x coordinate position\n     - y (number) y coordinate position\n     - text (string|array) The text string to draw or array of strings to nest within separate `<tspan>` elements\n     = (object) the `text` element\n     **\n     > Usage\n     | var t1 = paper.text(50, 50, \"Snap\");\n     | var t2 = paper.text(50, 50, [\"S\",\"n\",\"a\",\"p\"]);\n     | // Text path usage\n     | t1.attr({textpath: \"M10,10L100,100\"});\n     | // or\n     | var pth = paper.path(\"M10,10L100,100\");\n     | t1.attr({textpath: pth});\n    \\*/\n    proto.text = function (x, y, text) {\n        var attr = {};\n        if (is(x, \"object\")) {\n            attr = x;\n        } else if (x != null) {\n            attr = {\n                x: x,\n                y: y,\n                text: text || \"\"\n            };\n        }\n        return this.el(\"text\", attr);\n    };\n    /*\\\n     * Paper.line\n     [ method ]\n     **\n     * Draws a line\n     **\n     - x1 (number) x coordinate position of the start\n     - y1 (number) y coordinate position of the start\n     - x2 (number) x coordinate position of the end\n     - y2 (number) y coordinate position of the end\n     = (object) the `line` element\n     **\n     > Usage\n     | var t1 = paper.line(50, 50, 100, 100);\n    \\*/\n    proto.line = function (x1, y1, x2, y2) {\n        var attr = {};\n        if (is(x1, \"object\")) {\n            attr = x1;\n        } else if (x1 != null) {\n            attr = {\n                x1: x1,\n                x2: x2,\n                y1: y1,\n                y2: y2\n            };\n        }\n        return this.el(\"line\", attr);\n    };\n    /*\\\n     * Paper.polyline\n     [ method ]\n     **\n     * Draws a polyline\n     **\n     - points (array) array of points\n     * or\n     - varargs (…) points\n     = (object) the `polyline` element\n     **\n     > Usage\n     | var p1 = paper.polyline([10, 10, 100, 100]);\n     | var p2 = paper.polyline(10, 10, 100, 100);\n    \\*/\n    proto.polyline = function (points) {\n        if (arguments.length > 1) {\n            points = Array.prototype.slice.call(arguments, 0);\n        }\n        var attr = {};\n        if (is(points, \"object\") && !is(points, \"array\")) {\n            attr = points;\n        } else if (points != null) {\n            attr = {points: points};\n        }\n        return this.el(\"polyline\", attr);\n    };\n    /*\\\n     * Paper.polygon\n     [ method ]\n     **\n     * Draws a polygon. See @Paper.polyline\n    \\*/\n    proto.polygon = function (points) {\n        if (arguments.length > 1) {\n            points = Array.prototype.slice.call(arguments, 0);\n        }\n        var attr = {};\n        if (is(points, \"object\") && !is(points, \"array\")) {\n            attr = points;\n        } else if (points != null) {\n            attr = {points: points};\n        }\n        return this.el(\"polygon\", attr);\n    };\n    // gradients\n    (function () {\n        var $ = Snap._.$;\n        // gradients' helpers\n        /*\\\n         * Element.stops\n         [ method ]\n         **\n         * Only for gradients!\n         * Returns array of gradient stops elements.\n         = (array) the stops array.\n        \\*/\n        function Gstops() {\n            return this.selectAll(\"stop\");\n        }\n        /*\\\n         * Element.addStop\n         [ method ]\n         **\n         * Only for gradients!\n         * Adds another stop to the gradient.\n         - color (string) stops color\n         - offset (number) stops offset 0..100\n         = (object) gradient element\n        \\*/\n        function GaddStop(color, offset) {\n            var stop = $(\"stop\"),\n                attr = {\n                    offset: +offset + \"%\"\n                };\n            color = Snap.color(color);\n            attr[\"stop-color\"] = color.hex;\n            if (color.opacity < 1) {\n                attr[\"stop-opacity\"] = color.opacity;\n            }\n            $(stop, attr);\n            var stops = this.stops(),\n                inserted;\n            for (var i = 0; i < stops.length; i++) {\n                var stopOffset = parseFloat(stops[i].attr(\"offset\"));\n                if (stopOffset > offset) {\n                    this.node.insertBefore(stop, stops[i].node);\n                    inserted = true;\n                    break;\n                }\n            }\n            if (!inserted) {\n                this.node.appendChild(stop);\n            }\n            return this;\n        }\n        function GgetBBox() {\n            if (this.type == \"linearGradient\") {\n                var x1 = $(this.node, \"x1\") || 0,\n                    x2 = $(this.node, \"x2\") || 1,\n                    y1 = $(this.node, \"y1\") || 0,\n                    y2 = $(this.node, \"y2\") || 0;\n                return Snap._.box(x1, y1, math.abs(x2 - x1), math.abs(y2 - y1));\n            } else {\n                var cx = this.node.cx || .5,\n                    cy = this.node.cy || .5,\n                    r = this.node.r || 0;\n                return Snap._.box(cx - r, cy - r, r * 2, r * 2);\n            }\n        }\n        /*\\\n         * Element.setStops\n         [ method ]\n         **\n         * Only for gradients!\n         * Updates stops of the gradient based on passed gradient descriptor. See @Ppaer.gradient\n         - str (string) gradient descriptor part after `()`.\n         = (object) gradient element\n         | var g = paper.gradient(\"l(0, 0, 1, 1)#000-#f00-#fff\");\n         | g.setStops(\"#fff-#000-#f00-#fc0\");\n        \\*/\n        function GsetStops(str) {\n            var grad = str,\n                stops = this.stops();\n            if (typeof str == \"string\") {\n                grad = eve(\"snap.util.grad.parse\", null, \"l(0,0,0,1)\" + str).firstDefined().stops;\n            }\n            if (!Snap.is(grad, \"array\")) {\n                return;\n            }\n            for (var i = 0; i < stops.length; i++) {\n                if (grad[i]) {\n                    var color = Snap.color(grad[i].color),\n                        attr = {\"offset\": grad[i].offset + \"%\"};\n                    attr[\"stop-color\"] = color.hex;\n                    if (color.opacity < 1) {\n                        attr[\"stop-opacity\"] = color.opacity;\n                    }\n                    stops[i].attr(attr);\n                } else {\n                    stops[i].remove();\n                }\n            }\n            for (i = stops.length; i < grad.length; i++) {\n                this.addStop(grad[i].color, grad[i].offset);\n            }\n            return this;\n        }\n        function gradient(defs, str) {\n            var grad = eve(\"snap.util.grad.parse\", null, str).firstDefined(),\n                el;\n            if (!grad) {\n                return null;\n            }\n            grad.params.unshift(defs);\n            if (grad.type.toLowerCase() == \"l\") {\n                el = gradientLinear.apply(0, grad.params);\n            } else {\n                el = gradientRadial.apply(0, grad.params);\n            }\n            if (grad.type != grad.type.toLowerCase()) {\n                $(el.node, {\n                    gradientUnits: \"userSpaceOnUse\"\n                });\n            }\n            var stops = grad.stops,\n                len = stops.length;\n            for (var i = 0; i < len; i++) {\n                var stop = stops[i];\n                el.addStop(stop.color, stop.offset);\n            }\n            return el;\n        }\n        function gradientLinear(defs, x1, y1, x2, y2) {\n            var el = Snap._.make(\"linearGradient\", defs);\n            el.stops = Gstops;\n            el.addStop = GaddStop;\n            el.getBBox = GgetBBox;\n            el.setStops = GsetStops;\n            if (x1 != null) {\n                $(el.node, {\n                    x1: x1,\n                    y1: y1,\n                    x2: x2,\n                    y2: y2\n                });\n            }\n            return el;\n        }\n        function gradientRadial(defs, cx, cy, r, fx, fy) {\n            var el = Snap._.make(\"radialGradient\", defs);\n            el.stops = Gstops;\n            el.addStop = GaddStop;\n            el.getBBox = GgetBBox;\n            if (cx != null) {\n                $(el.node, {\n                    cx: cx,\n                    cy: cy,\n                    r: r\n                });\n            }\n            if (fx != null && fy != null) {\n                $(el.node, {\n                    fx: fx,\n                    fy: fy\n                });\n            }\n            return el;\n        }\n        /*\\\n         * Paper.gradient\n         [ method ]\n         **\n         * Creates a gradient element\n         **\n         - gradient (string) gradient descriptor\n         > Gradient Descriptor\n         * The gradient descriptor is an expression formatted as\n         * follows: `<type>(<coords>)<colors>`.  The `<type>` can be\n         * either linear or radial.  The uppercase `L` or `R` letters\n         * indicate absolute coordinates offset from the SVG surface.\n         * Lowercase `l` or `r` letters indicate coordinates\n         * calculated relative to the element to which the gradient is\n         * applied.  Coordinates specify a linear gradient vector as\n         * `x1`, `y1`, `x2`, `y2`, or a radial gradient as `cx`, `cy`,\n         * `r` and optional `fx`, `fy` specifying a focal point away\n         * from the center of the circle. Specify `<colors>` as a list\n         * of dash-separated CSS color values.  Each color may be\n         * followed by a custom offset value, separated with a colon\n         * character.\n         > Examples\n         * Linear gradient, relative from top-left corner to bottom-right\n         * corner, from black through red to white:\n         | var g = paper.gradient(\"l(0, 0, 1, 1)#000-#f00-#fff\");\n         * Linear gradient, absolute from (0, 0) to (100, 100), from black\n         * through red at 25% to white:\n         | var g = paper.gradient(\"L(0, 0, 100, 100)#000-#f00:25-#fff\");\n         * Radial gradient, relative from the center of the element with radius\n         * half the width, from black to white:\n         | var g = paper.gradient(\"r(0.5, 0.5, 0.5)#000-#fff\");\n         * To apply the gradient:\n         | paper.circle(50, 50, 40).attr({\n         |     fill: g\n         | });\n         = (object) the `gradient` element\n        \\*/\n        proto.gradient = function (str) {\n            return gradient(this.defs, str);\n        };\n        proto.gradientLinear = function (x1, y1, x2, y2) {\n            return gradientLinear(this.defs, x1, y1, x2, y2);\n        };\n        proto.gradientRadial = function (cx, cy, r, fx, fy) {\n            return gradientRadial(this.defs, cx, cy, r, fx, fy);\n        };\n        /*\\\n         * Paper.toString\n         [ method ]\n         **\n         * Returns SVG code for the @Paper\n         = (string) SVG code for the @Paper\n        \\*/\n        proto.toString = function () {\n            var doc = this.node.ownerDocument,\n                f = doc.createDocumentFragment(),\n                d = doc.createElement(\"div\"),\n                svg = this.node.cloneNode(true),\n                res;\n            f.appendChild(d);\n            d.appendChild(svg);\n            Snap._.$(svg, {xmlns: \"http://www.w3.org/2000/svg\"});\n            res = d.innerHTML;\n            f.removeChild(f.firstChild);\n            return res;\n        };\n        /*\\\n         * Paper.toDataURL\n         [ method ]\n         **\n         * Returns SVG code for the @Paper as Data URI string.\n         = (string) Data URI string\n        \\*/\n        proto.toDataURL = function () {\n            if (window && window.btoa) {\n                return \"data:image/svg+xml;base64,\" + btoa(unescape(encodeURIComponent(this)));\n            }\n        };\n        /*\\\n         * Paper.clear\n         [ method ]\n         **\n         * Removes all child nodes of the paper, except <defs>.\n        \\*/\n        proto.clear = function () {\n            var node = this.node.firstChild,\n                next;\n            while (node) {\n                next = node.nextSibling;\n                if (node.tagName != \"defs\") {\n                    node.parentNode.removeChild(node);\n                } else {\n                    proto.clear.call({node: node});\n                }\n                node = next;\n            }\n        };\n    }());\n});\n\n// Copyright (c) 2013 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nSnap.plugin(function (Snap, Element, Paper, glob) {\n    var elproto = Element.prototype,\n        is = Snap.is,\n        clone = Snap._.clone,\n        has = \"hasOwnProperty\",\n        p2s = /,?([a-z]),?/gi,\n        toFloat = parseFloat,\n        math = Math,\n        PI = math.PI,\n        mmin = math.min,\n        mmax = math.max,\n        pow = math.pow,\n        abs = math.abs;\n    function paths(ps) {\n        var p = paths.ps = paths.ps || {};\n        if (p[ps]) {\n            p[ps].sleep = 100;\n        } else {\n            p[ps] = {\n                sleep: 100\n            };\n        }\n        setTimeout(function () {\n            for (var key in p) if (p[has](key) && key != ps) {\n                p[key].sleep--;\n                !p[key].sleep && delete p[key];\n            }\n        });\n        return p[ps];\n    }\n    function box(x, y, width, height) {\n        if (x == null) {\n            x = y = width = height = 0;\n        }\n        if (y == null) {\n            y = x.y;\n            width = x.width;\n            height = x.height;\n            x = x.x;\n        }\n        return {\n            x: x,\n            y: y,\n            width: width,\n            w: width,\n            height: height,\n            h: height,\n            x2: x + width,\n            y2: y + height,\n            cx: x + width / 2,\n            cy: y + height / 2,\n            r1: math.min(width, height) / 2,\n            r2: math.max(width, height) / 2,\n            r0: math.sqrt(width * width + height * height) / 2,\n            path: rectPath(x, y, width, height),\n            vb: [x, y, width, height].join(\" \")\n        };\n    }\n    function toString() {\n        return this.join(\",\").replace(p2s, \"$1\");\n    }\n    function pathClone(pathArray) {\n        var res = clone(pathArray);\n        res.toString = toString;\n        return res;\n    }\n    function getPointAtSegmentLength(p1x, p1y, c1x, c1y, c2x, c2y, p2x, p2y, length) {\n        if (length == null) {\n            return bezlen(p1x, p1y, c1x, c1y, c2x, c2y, p2x, p2y);\n        } else {\n            return findDotsAtSegment(p1x, p1y, c1x, c1y, c2x, c2y, p2x, p2y,\n                getTotLen(p1x, p1y, c1x, c1y, c2x, c2y, p2x, p2y, length));\n        }\n    }\n    function getLengthFactory(istotal, subpath) {\n        function O(val) {\n            return +(+val).toFixed(3);\n        }\n        return Snap._.cacher(function (path, length, onlystart) {\n            if (path instanceof Element) {\n                path = path.attr(\"d\");\n            }\n            path = path2curve(path);\n            var x, y, p, l, sp = \"\", subpaths = {}, point,\n                len = 0;\n            for (var i = 0, ii = path.length; i < ii; i++) {\n                p = path[i];\n                if (p[0] == \"M\") {\n                    x = +p[1];\n                    y = +p[2];\n                } else {\n                    l = getPointAtSegmentLength(x, y, p[1], p[2], p[3], p[4], p[5], p[6]);\n                    if (len + l > length) {\n                        if (subpath && !subpaths.start) {\n                            point = getPointAtSegmentLength(x, y, p[1], p[2], p[3], p[4], p[5], p[6], length - len);\n                            sp += [\n                                \"C\" + O(point.start.x),\n                                O(point.start.y),\n                                O(point.m.x),\n                                O(point.m.y),\n                                O(point.x),\n                                O(point.y)\n                            ];\n                            if (onlystart) {return sp;}\n                            subpaths.start = sp;\n                            sp = [\n                                \"M\" + O(point.x),\n                                O(point.y) + \"C\" + O(point.n.x),\n                                O(point.n.y),\n                                O(point.end.x),\n                                O(point.end.y),\n                                O(p[5]),\n                                O(p[6])\n                            ].join();\n                            len += l;\n                            x = +p[5];\n                            y = +p[6];\n                            continue;\n                        }\n                        if (!istotal && !subpath) {\n                            point = getPointAtSegmentLength(x, y, p[1], p[2], p[3], p[4], p[5], p[6], length - len);\n                            return point;\n                        }\n                    }\n                    len += l;\n                    x = +p[5];\n                    y = +p[6];\n                }\n                sp += p.shift() + p;\n            }\n            subpaths.end = sp;\n            point = istotal ? len : subpath ? subpaths : findDotsAtSegment(x, y, p[0], p[1], p[2], p[3], p[4], p[5], 1);\n            return point;\n        }, null, Snap._.clone);\n    }\n    var getTotalLength = getLengthFactory(1),\n        getPointAtLength = getLengthFactory(),\n        getSubpathsAtLength = getLengthFactory(0, 1);\n    function findDotsAtSegment(p1x, p1y, c1x, c1y, c2x, c2y, p2x, p2y, t) {\n        var t1 = 1 - t,\n            t13 = pow(t1, 3),\n            t12 = pow(t1, 2),\n            t2 = t * t,\n            t3 = t2 * t,\n            x = t13 * p1x + t12 * 3 * t * c1x + t1 * 3 * t * t * c2x + t3 * p2x,\n            y = t13 * p1y + t12 * 3 * t * c1y + t1 * 3 * t * t * c2y + t3 * p2y,\n            mx = p1x + 2 * t * (c1x - p1x) + t2 * (c2x - 2 * c1x + p1x),\n            my = p1y + 2 * t * (c1y - p1y) + t2 * (c2y - 2 * c1y + p1y),\n            nx = c1x + 2 * t * (c2x - c1x) + t2 * (p2x - 2 * c2x + c1x),\n            ny = c1y + 2 * t * (c2y - c1y) + t2 * (p2y - 2 * c2y + c1y),\n            ax = t1 * p1x + t * c1x,\n            ay = t1 * p1y + t * c1y,\n            cx = t1 * c2x + t * p2x,\n            cy = t1 * c2y + t * p2y,\n            alpha = 90 - math.atan2(mx - nx, my - ny) * 180 / PI;\n        // (mx > nx || my < ny) && (alpha += 180);\n        return {\n            x: x,\n            y: y,\n            m: {x: mx, y: my},\n            n: {x: nx, y: ny},\n            start: {x: ax, y: ay},\n            end: {x: cx, y: cy},\n            alpha: alpha\n        };\n    }\n    function bezierBBox(p1x, p1y, c1x, c1y, c2x, c2y, p2x, p2y) {\n        if (!Snap.is(p1x, \"array\")) {\n            p1x = [p1x, p1y, c1x, c1y, c2x, c2y, p2x, p2y];\n        }\n        var bbox = curveDim.apply(null, p1x);\n        return box(\n            bbox.min.x,\n            bbox.min.y,\n            bbox.max.x - bbox.min.x,\n            bbox.max.y - bbox.min.y\n        );\n    }\n    function isPointInsideBBox(bbox, x, y) {\n        return  x >= bbox.x &&\n                x <= bbox.x + bbox.width &&\n                y >= bbox.y &&\n                y <= bbox.y + bbox.height;\n    }\n    function isBBoxIntersect(bbox1, bbox2) {\n        bbox1 = box(bbox1);\n        bbox2 = box(bbox2);\n        return isPointInsideBBox(bbox2, bbox1.x, bbox1.y)\n            || isPointInsideBBox(bbox2, bbox1.x2, bbox1.y)\n            || isPointInsideBBox(bbox2, bbox1.x, bbox1.y2)\n            || isPointInsideBBox(bbox2, bbox1.x2, bbox1.y2)\n            || isPointInsideBBox(bbox1, bbox2.x, bbox2.y)\n            || isPointInsideBBox(bbox1, bbox2.x2, bbox2.y)\n            || isPointInsideBBox(bbox1, bbox2.x, bbox2.y2)\n            || isPointInsideBBox(bbox1, bbox2.x2, bbox2.y2)\n            || (bbox1.x < bbox2.x2 && bbox1.x > bbox2.x\n                || bbox2.x < bbox1.x2 && bbox2.x > bbox1.x)\n            && (bbox1.y < bbox2.y2 && bbox1.y > bbox2.y\n                || bbox2.y < bbox1.y2 && bbox2.y > bbox1.y);\n    }\n    function base3(t, p1, p2, p3, p4) {\n        var t1 = -3 * p1 + 9 * p2 - 9 * p3 + 3 * p4,\n            t2 = t * t1 + 6 * p1 - 12 * p2 + 6 * p3;\n        return t * t2 - 3 * p1 + 3 * p2;\n    }\n    function bezlen(x1, y1, x2, y2, x3, y3, x4, y4, z) {\n        if (z == null) {\n            z = 1;\n        }\n        z = z > 1 ? 1 : z < 0 ? 0 : z;\n        var z2 = z / 2,\n            n = 12,\n            Tvalues = [-.1252,.1252,-.3678,.3678,-.5873,.5873,-.7699,.7699,-.9041,.9041,-.9816,.9816],\n            Cvalues = [0.2491,0.2491,0.2335,0.2335,0.2032,0.2032,0.1601,0.1601,0.1069,0.1069,0.0472,0.0472],\n            sum = 0;\n        for (var i = 0; i < n; i++) {\n            var ct = z2 * Tvalues[i] + z2,\n                xbase = base3(ct, x1, x2, x3, x4),\n                ybase = base3(ct, y1, y2, y3, y4),\n                comb = xbase * xbase + ybase * ybase;\n            sum += Cvalues[i] * math.sqrt(comb);\n        }\n        return z2 * sum;\n    }\n    function getTotLen(x1, y1, x2, y2, x3, y3, x4, y4, ll) {\n        if (ll < 0 || bezlen(x1, y1, x2, y2, x3, y3, x4, y4) < ll) {\n            return;\n        }\n        var t = 1,\n            step = t / 2,\n            t2 = t - step,\n            l,\n            e = .01;\n        l = bezlen(x1, y1, x2, y2, x3, y3, x4, y4, t2);\n        while (abs(l - ll) > e) {\n            step /= 2;\n            t2 += (l < ll ? 1 : -1) * step;\n            l = bezlen(x1, y1, x2, y2, x3, y3, x4, y4, t2);\n        }\n        return t2;\n    }\n    function intersect(x1, y1, x2, y2, x3, y3, x4, y4) {\n        if (\n            mmax(x1, x2) < mmin(x3, x4) ||\n            mmin(x1, x2) > mmax(x3, x4) ||\n            mmax(y1, y2) < mmin(y3, y4) ||\n            mmin(y1, y2) > mmax(y3, y4)\n        ) {\n            return;\n        }\n        var nx = (x1 * y2 - y1 * x2) * (x3 - x4) - (x1 - x2) * (x3 * y4 - y3 * x4),\n            ny = (x1 * y2 - y1 * x2) * (y3 - y4) - (y1 - y2) * (x3 * y4 - y3 * x4),\n            denominator = (x1 - x2) * (y3 - y4) - (y1 - y2) * (x3 - x4);\n\n        if (!denominator) {\n            return;\n        }\n        var px = nx / denominator,\n            py = ny / denominator,\n            px2 = +px.toFixed(2),\n            py2 = +py.toFixed(2);\n        if (\n            px2 < +mmin(x1, x2).toFixed(2) ||\n            px2 > +mmax(x1, x2).toFixed(2) ||\n            px2 < +mmin(x3, x4).toFixed(2) ||\n            px2 > +mmax(x3, x4).toFixed(2) ||\n            py2 < +mmin(y1, y2).toFixed(2) ||\n            py2 > +mmax(y1, y2).toFixed(2) ||\n            py2 < +mmin(y3, y4).toFixed(2) ||\n            py2 > +mmax(y3, y4).toFixed(2)\n        ) {\n            return;\n        }\n        return {x: px, y: py};\n    }\n    function inter(bez1, bez2) {\n        return interHelper(bez1, bez2);\n    }\n    function interCount(bez1, bez2) {\n        return interHelper(bez1, bez2, 1);\n    }\n    function interHelper(bez1, bez2, justCount) {\n        var bbox1 = bezierBBox(bez1),\n            bbox2 = bezierBBox(bez2);\n        if (!isBBoxIntersect(bbox1, bbox2)) {\n            return justCount ? 0 : [];\n        }\n        var l1 = bezlen.apply(0, bez1),\n            l2 = bezlen.apply(0, bez2),\n            n1 = ~~(l1 / 8),\n            n2 = ~~(l2 / 8),\n            dots1 = [],\n            dots2 = [],\n            xy = {},\n            res = justCount ? 0 : [];\n        for (var i = 0; i < n1 + 1; i++) {\n            var p = findDotsAtSegment.apply(0, bez1.concat(i / n1));\n            dots1.push({x: p.x, y: p.y, t: i / n1});\n        }\n        for (i = 0; i < n2 + 1; i++) {\n            p = findDotsAtSegment.apply(0, bez2.concat(i / n2));\n            dots2.push({x: p.x, y: p.y, t: i / n2});\n        }\n        for (i = 0; i < n1; i++) {\n            for (var j = 0; j < n2; j++) {\n                var di = dots1[i],\n                    di1 = dots1[i + 1],\n                    dj = dots2[j],\n                    dj1 = dots2[j + 1],\n                    ci = abs(di1.x - di.x) < .001 ? \"y\" : \"x\",\n                    cj = abs(dj1.x - dj.x) < .001 ? \"y\" : \"x\",\n                    is = intersect(di.x, di.y, di1.x, di1.y, dj.x, dj.y, dj1.x, dj1.y);\n                if (is) {\n                    if (xy[is.x.toFixed(4)] == is.y.toFixed(4)) {\n                        continue;\n                    }\n                    xy[is.x.toFixed(4)] = is.y.toFixed(4);\n                    var t1 = di.t + abs((is[ci] - di[ci]) / (di1[ci] - di[ci])) * (di1.t - di.t),\n                        t2 = dj.t + abs((is[cj] - dj[cj]) / (dj1[cj] - dj[cj])) * (dj1.t - dj.t);\n                    if (t1 >= 0 && t1 <= 1 && t2 >= 0 && t2 <= 1) {\n                        if (justCount) {\n                            res++;\n                        } else {\n                            res.push({\n                                x: is.x,\n                                y: is.y,\n                                t1: t1,\n                                t2: t2\n                            });\n                        }\n                    }\n                }\n            }\n        }\n        return res;\n    }\n    function pathIntersection(path1, path2) {\n        return interPathHelper(path1, path2);\n    }\n    function pathIntersectionNumber(path1, path2) {\n        return interPathHelper(path1, path2, 1);\n    }\n    function interPathHelper(path1, path2, justCount) {\n        path1 = path2curve(path1);\n        path2 = path2curve(path2);\n        var x1, y1, x2, y2, x1m, y1m, x2m, y2m, bez1, bez2,\n            res = justCount ? 0 : [];\n        for (var i = 0, ii = path1.length; i < ii; i++) {\n            var pi = path1[i];\n            if (pi[0] == \"M\") {\n                x1 = x1m = pi[1];\n                y1 = y1m = pi[2];\n            } else {\n                if (pi[0] == \"C\") {\n                    bez1 = [x1, y1].concat(pi.slice(1));\n                    x1 = bez1[6];\n                    y1 = bez1[7];\n                } else {\n                    bez1 = [x1, y1, x1, y1, x1m, y1m, x1m, y1m];\n                    x1 = x1m;\n                    y1 = y1m;\n                }\n                for (var j = 0, jj = path2.length; j < jj; j++) {\n                    var pj = path2[j];\n                    if (pj[0] == \"M\") {\n                        x2 = x2m = pj[1];\n                        y2 = y2m = pj[2];\n                    } else {\n                        if (pj[0] == \"C\") {\n                            bez2 = [x2, y2].concat(pj.slice(1));\n                            x2 = bez2[6];\n                            y2 = bez2[7];\n                        } else {\n                            bez2 = [x2, y2, x2, y2, x2m, y2m, x2m, y2m];\n                            x2 = x2m;\n                            y2 = y2m;\n                        }\n                        var intr = interHelper(bez1, bez2, justCount);\n                        if (justCount) {\n                            res += intr;\n                        } else {\n                            for (var k = 0, kk = intr.length; k < kk; k++) {\n                                intr[k].segment1 = i;\n                                intr[k].segment2 = j;\n                                intr[k].bez1 = bez1;\n                                intr[k].bez2 = bez2;\n                            }\n                            res = res.concat(intr);\n                        }\n                    }\n                }\n            }\n        }\n        return res;\n    }\n    function isPointInsidePath(path, x, y) {\n        var bbox = pathBBox(path);\n        return isPointInsideBBox(bbox, x, y) &&\n               interPathHelper(path, [[\"M\", x, y], [\"H\", bbox.x2 + 10]], 1) % 2 == 1;\n    }\n    function pathBBox(path) {\n        var pth = paths(path);\n        if (pth.bbox) {\n            return clone(pth.bbox);\n        }\n        if (!path) {\n            return box();\n        }\n        path = path2curve(path);\n        var x = 0,\n            y = 0,\n            X = [],\n            Y = [],\n            p;\n        for (var i = 0, ii = path.length; i < ii; i++) {\n            p = path[i];\n            if (p[0] == \"M\") {\n                x = p[1];\n                y = p[2];\n                X.push(x);\n                Y.push(y);\n            } else {\n                var dim = curveDim(x, y, p[1], p[2], p[3], p[4], p[5], p[6]);\n                X = X.concat(dim.min.x, dim.max.x);\n                Y = Y.concat(dim.min.y, dim.max.y);\n                x = p[5];\n                y = p[6];\n            }\n        }\n        var xmin = mmin.apply(0, X),\n            ymin = mmin.apply(0, Y),\n            xmax = mmax.apply(0, X),\n            ymax = mmax.apply(0, Y),\n            bb = box(xmin, ymin, xmax - xmin, ymax - ymin);\n        pth.bbox = clone(bb);\n        return bb;\n    }\n    function rectPath(x, y, w, h, r) {\n        if (r) {\n            return [\n                [\"M\", +x + +r, y],\n                [\"l\", w - r * 2, 0],\n                [\"a\", r, r, 0, 0, 1, r, r],\n                [\"l\", 0, h - r * 2],\n                [\"a\", r, r, 0, 0, 1, -r, r],\n                [\"l\", r * 2 - w, 0],\n                [\"a\", r, r, 0, 0, 1, -r, -r],\n                [\"l\", 0, r * 2 - h],\n                [\"a\", r, r, 0, 0, 1, r, -r],\n                [\"z\"]\n            ];\n        }\n        var res = [[\"M\", x, y], [\"l\", w, 0], [\"l\", 0, h], [\"l\", -w, 0], [\"z\"]];\n        res.toString = toString;\n        return res;\n    }\n    function ellipsePath(x, y, rx, ry, a) {\n        if (a == null && ry == null) {\n            ry = rx;\n        }\n        x = +x;\n        y = +y;\n        rx = +rx;\n        ry = +ry;\n        if (a != null) {\n            var rad = Math.PI / 180,\n                x1 = x + rx * Math.cos(-ry * rad),\n                x2 = x + rx * Math.cos(-a * rad),\n                y1 = y + rx * Math.sin(-ry * rad),\n                y2 = y + rx * Math.sin(-a * rad),\n                res = [[\"M\", x1, y1], [\"A\", rx, rx, 0, +(a - ry > 180), 0, x2, y2]];\n        } else {\n            res = [\n                [\"M\", x, y],\n                [\"m\", 0, -ry],\n                [\"a\", rx, ry, 0, 1, 1, 0, 2 * ry],\n                [\"a\", rx, ry, 0, 1, 1, 0, -2 * ry],\n                [\"z\"]\n            ];\n        }\n        res.toString = toString;\n        return res;\n    }\n    var unit2px = Snap._unit2px,\n        getPath = {\n        path: function (el) {\n            return el.attr(\"path\");\n        },\n        circle: function (el) {\n            var attr = unit2px(el);\n            return ellipsePath(attr.cx, attr.cy, attr.r);\n        },\n        ellipse: function (el) {\n            var attr = unit2px(el);\n            return ellipsePath(attr.cx || 0, attr.cy || 0, attr.rx, attr.ry);\n        },\n        rect: function (el) {\n            var attr = unit2px(el);\n            return rectPath(attr.x || 0, attr.y || 0, attr.width, attr.height, attr.rx, attr.ry);\n        },\n        image: function (el) {\n            var attr = unit2px(el);\n            return rectPath(attr.x || 0, attr.y || 0, attr.width, attr.height);\n        },\n        line: function (el) {\n            return \"M\" + [el.attr(\"x1\") || 0, el.attr(\"y1\") || 0, el.attr(\"x2\"), el.attr(\"y2\")];\n        },\n        polyline: function (el) {\n            return \"M\" + el.attr(\"points\");\n        },\n        polygon: function (el) {\n            return \"M\" + el.attr(\"points\") + \"z\";\n        },\n        deflt: function (el) {\n            var bbox = el.node.getBBox();\n            return rectPath(bbox.x, bbox.y, bbox.width, bbox.height);\n        }\n    };\n    function pathToRelative(pathArray) {\n        var pth = paths(pathArray),\n            lowerCase = String.prototype.toLowerCase;\n        if (pth.rel) {\n            return pathClone(pth.rel);\n        }\n        if (!Snap.is(pathArray, \"array\") || !Snap.is(pathArray && pathArray[0], \"array\")) {\n            pathArray = Snap.parsePathString(pathArray);\n        }\n        var res = [],\n            x = 0,\n            y = 0,\n            mx = 0,\n            my = 0,\n            start = 0;\n        if (pathArray[0][0] == \"M\") {\n            x = pathArray[0][1];\n            y = pathArray[0][2];\n            mx = x;\n            my = y;\n            start++;\n            res.push([\"M\", x, y]);\n        }\n        for (var i = start, ii = pathArray.length; i < ii; i++) {\n            var r = res[i] = [],\n                pa = pathArray[i];\n            if (pa[0] != lowerCase.call(pa[0])) {\n                r[0] = lowerCase.call(pa[0]);\n                switch (r[0]) {\n                    case \"a\":\n                        r[1] = pa[1];\n                        r[2] = pa[2];\n                        r[3] = pa[3];\n                        r[4] = pa[4];\n                        r[5] = pa[5];\n                        r[6] = +(pa[6] - x).toFixed(3);\n                        r[7] = +(pa[7] - y).toFixed(3);\n                        break;\n                    case \"v\":\n                        r[1] = +(pa[1] - y).toFixed(3);\n                        break;\n                    case \"m\":\n                        mx = pa[1];\n                        my = pa[2];\n                    default:\n                        for (var j = 1, jj = pa.length; j < jj; j++) {\n                            r[j] = +(pa[j] - (j % 2 ? x : y)).toFixed(3);\n                        }\n                }\n            } else {\n                r = res[i] = [];\n                if (pa[0] == \"m\") {\n                    mx = pa[1] + x;\n                    my = pa[2] + y;\n                }\n                for (var k = 0, kk = pa.length; k < kk; k++) {\n                    res[i][k] = pa[k];\n                }\n            }\n            var len = res[i].length;\n            switch (res[i][0]) {\n                case \"z\":\n                    x = mx;\n                    y = my;\n                    break;\n                case \"h\":\n                    x += +res[i][len - 1];\n                    break;\n                case \"v\":\n                    y += +res[i][len - 1];\n                    break;\n                default:\n                    x += +res[i][len - 2];\n                    y += +res[i][len - 1];\n            }\n        }\n        res.toString = toString;\n        pth.rel = pathClone(res);\n        return res;\n    }\n    function pathToAbsolute(pathArray) {\n        var pth = paths(pathArray);\n        if (pth.abs) {\n            return pathClone(pth.abs);\n        }\n        if (!is(pathArray, \"array\") || !is(pathArray && pathArray[0], \"array\")) { // rough assumption\n            pathArray = Snap.parsePathString(pathArray);\n        }\n        if (!pathArray || !pathArray.length) {\n            return [[\"M\", 0, 0]];\n        }\n        var res = [],\n            x = 0,\n            y = 0,\n            mx = 0,\n            my = 0,\n            start = 0,\n            pa0;\n        if (pathArray[0][0] == \"M\") {\n            x = +pathArray[0][1];\n            y = +pathArray[0][2];\n            mx = x;\n            my = y;\n            start++;\n            res[0] = [\"M\", x, y];\n        }\n        var crz = pathArray.length == 3 &&\n            pathArray[0][0] == \"M\" &&\n            pathArray[1][0].toUpperCase() == \"R\" &&\n            pathArray[2][0].toUpperCase() == \"Z\";\n        for (var r, pa, i = start, ii = pathArray.length; i < ii; i++) {\n            res.push(r = []);\n            pa = pathArray[i];\n            pa0 = pa[0];\n            if (pa0 != pa0.toUpperCase()) {\n                r[0] = pa0.toUpperCase();\n                switch (r[0]) {\n                    case \"A\":\n                        r[1] = pa[1];\n                        r[2] = pa[2];\n                        r[3] = pa[3];\n                        r[4] = pa[4];\n                        r[5] = pa[5];\n                        r[6] = +pa[6] + x;\n                        r[7] = +pa[7] + y;\n                        break;\n                    case \"V\":\n                        r[1] = +pa[1] + y;\n                        break;\n                    case \"H\":\n                        r[1] = +pa[1] + x;\n                        break;\n                    case \"R\":\n                        var dots = [x, y].concat(pa.slice(1));\n                        for (var j = 2, jj = dots.length; j < jj; j++) {\n                            dots[j] = +dots[j] + x;\n                            dots[++j] = +dots[j] + y;\n                        }\n                        res.pop();\n                        res = res.concat(catmullRom2bezier(dots, crz));\n                        break;\n                    case \"O\":\n                        res.pop();\n                        dots = ellipsePath(x, y, pa[1], pa[2]);\n                        dots.push(dots[0]);\n                        res = res.concat(dots);\n                        break;\n                    case \"U\":\n                        res.pop();\n                        res = res.concat(ellipsePath(x, y, pa[1], pa[2], pa[3]));\n                        r = [\"U\"].concat(res[res.length - 1].slice(-2));\n                        break;\n                    case \"M\":\n                        mx = +pa[1] + x;\n                        my = +pa[2] + y;\n                    default:\n                        for (j = 1, jj = pa.length; j < jj; j++) {\n                            r[j] = +pa[j] + (j % 2 ? x : y);\n                        }\n                }\n            } else if (pa0 == \"R\") {\n                dots = [x, y].concat(pa.slice(1));\n                res.pop();\n                res = res.concat(catmullRom2bezier(dots, crz));\n                r = [\"R\"].concat(pa.slice(-2));\n            } else if (pa0 == \"O\") {\n                res.pop();\n                dots = ellipsePath(x, y, pa[1], pa[2]);\n                dots.push(dots[0]);\n                res = res.concat(dots);\n            } else if (pa0 == \"U\") {\n                res.pop();\n                res = res.concat(ellipsePath(x, y, pa[1], pa[2], pa[3]));\n                r = [\"U\"].concat(res[res.length - 1].slice(-2));\n            } else {\n                for (var k = 0, kk = pa.length; k < kk; k++) {\n                    r[k] = pa[k];\n                }\n            }\n            pa0 = pa0.toUpperCase();\n            if (pa0 != \"O\") {\n                switch (r[0]) {\n                    case \"Z\":\n                        x = +mx;\n                        y = +my;\n                        break;\n                    case \"H\":\n                        x = r[1];\n                        break;\n                    case \"V\":\n                        y = r[1];\n                        break;\n                    case \"M\":\n                        mx = r[r.length - 2];\n                        my = r[r.length - 1];\n                    default:\n                        x = r[r.length - 2];\n                        y = r[r.length - 1];\n                }\n            }\n        }\n        res.toString = toString;\n        pth.abs = pathClone(res);\n        return res;\n    }\n    function l2c(x1, y1, x2, y2) {\n        return [x1, y1, x2, y2, x2, y2];\n    }\n    function q2c(x1, y1, ax, ay, x2, y2) {\n        var _13 = 1 / 3,\n            _23 = 2 / 3;\n        return [\n                _13 * x1 + _23 * ax,\n                _13 * y1 + _23 * ay,\n                _13 * x2 + _23 * ax,\n                _13 * y2 + _23 * ay,\n                x2,\n                y2\n            ];\n    }\n    function a2c(x1, y1, rx, ry, angle, large_arc_flag, sweep_flag, x2, y2, recursive) {\n        // for more information of where this math came from visit:\n        // http://www.w3.org/TR/SVG11/implnote.html#ArcImplementationNotes\n        var _120 = PI * 120 / 180,\n            rad = PI / 180 * (+angle || 0),\n            res = [],\n            xy,\n            rotate = Snap._.cacher(function (x, y, rad) {\n                var X = x * math.cos(rad) - y * math.sin(rad),\n                    Y = x * math.sin(rad) + y * math.cos(rad);\n                return {x: X, y: Y};\n            });\n        if (!rx || !ry) {\n            return [x1, y1, x2, y2, x2, y2];\n        }\n        if (!recursive) {\n            xy = rotate(x1, y1, -rad);\n            x1 = xy.x;\n            y1 = xy.y;\n            xy = rotate(x2, y2, -rad);\n            x2 = xy.x;\n            y2 = xy.y;\n            var cos = math.cos(PI / 180 * angle),\n                sin = math.sin(PI / 180 * angle),\n                x = (x1 - x2) / 2,\n                y = (y1 - y2) / 2;\n            var h = x * x / (rx * rx) + y * y / (ry * ry);\n            if (h > 1) {\n                h = math.sqrt(h);\n                rx = h * rx;\n                ry = h * ry;\n            }\n            var rx2 = rx * rx,\n                ry2 = ry * ry,\n                k = (large_arc_flag == sweep_flag ? -1 : 1) *\n                    math.sqrt(abs((rx2 * ry2 - rx2 * y * y - ry2 * x * x) / (rx2 * y * y + ry2 * x * x))),\n                cx = k * rx * y / ry + (x1 + x2) / 2,\n                cy = k * -ry * x / rx + (y1 + y2) / 2,\n                f1 = math.asin(((y1 - cy) / ry).toFixed(9)),\n                f2 = math.asin(((y2 - cy) / ry).toFixed(9));\n\n            f1 = x1 < cx ? PI - f1 : f1;\n            f2 = x2 < cx ? PI - f2 : f2;\n            f1 < 0 && (f1 = PI * 2 + f1);\n            f2 < 0 && (f2 = PI * 2 + f2);\n            if (sweep_flag && f1 > f2) {\n                f1 = f1 - PI * 2;\n            }\n            if (!sweep_flag && f2 > f1) {\n                f2 = f2 - PI * 2;\n            }\n        } else {\n            f1 = recursive[0];\n            f2 = recursive[1];\n            cx = recursive[2];\n            cy = recursive[3];\n        }\n        var df = f2 - f1;\n        if (abs(df) > _120) {\n            var f2old = f2,\n                x2old = x2,\n                y2old = y2;\n            f2 = f1 + _120 * (sweep_flag && f2 > f1 ? 1 : -1);\n            x2 = cx + rx * math.cos(f2);\n            y2 = cy + ry * math.sin(f2);\n            res = a2c(x2, y2, rx, ry, angle, 0, sweep_flag, x2old, y2old, [f2, f2old, cx, cy]);\n        }\n        df = f2 - f1;\n        var c1 = math.cos(f1),\n            s1 = math.sin(f1),\n            c2 = math.cos(f2),\n            s2 = math.sin(f2),\n            t = math.tan(df / 4),\n            hx = 4 / 3 * rx * t,\n            hy = 4 / 3 * ry * t,\n            m1 = [x1, y1],\n            m2 = [x1 + hx * s1, y1 - hy * c1],\n            m3 = [x2 + hx * s2, y2 - hy * c2],\n            m4 = [x2, y2];\n        m2[0] = 2 * m1[0] - m2[0];\n        m2[1] = 2 * m1[1] - m2[1];\n        if (recursive) {\n            return [m2, m3, m4].concat(res);\n        } else {\n            res = [m2, m3, m4].concat(res).join().split(\",\");\n            var newres = [];\n            for (var i = 0, ii = res.length; i < ii; i++) {\n                newres[i] = i % 2 ? rotate(res[i - 1], res[i], rad).y : rotate(res[i], res[i + 1], rad).x;\n            }\n            return newres;\n        }\n    }\n    function findDotAtSegment(p1x, p1y, c1x, c1y, c2x, c2y, p2x, p2y, t) {\n        var t1 = 1 - t;\n        return {\n            x: pow(t1, 3) * p1x + pow(t1, 2) * 3 * t * c1x + t1 * 3 * t * t * c2x + pow(t, 3) * p2x,\n            y: pow(t1, 3) * p1y + pow(t1, 2) * 3 * t * c1y + t1 * 3 * t * t * c2y + pow(t, 3) * p2y\n        };\n    }\n\n    // Returns bounding box of cubic bezier curve.\n    // Source: http://blog.hackers-cafe.net/2009/06/how-to-calculate-bezier-curves-bounding.html\n    // Original version: NISHIO Hirokazu\n    // Modifications: https://github.com/timo22345\n    function curveDim(x0, y0, x1, y1, x2, y2, x3, y3) {\n        var tvalues = [],\n            bounds = [[], []],\n            a, b, c, t, t1, t2, b2ac, sqrtb2ac;\n        for (var i = 0; i < 2; ++i) {\n            if (i == 0) {\n                b = 6 * x0 - 12 * x1 + 6 * x2;\n                a = -3 * x0 + 9 * x1 - 9 * x2 + 3 * x3;\n                c = 3 * x1 - 3 * x0;\n            } else {\n                b = 6 * y0 - 12 * y1 + 6 * y2;\n                a = -3 * y0 + 9 * y1 - 9 * y2 + 3 * y3;\n                c = 3 * y1 - 3 * y0;\n            }\n            if (abs(a) < 1e-12) {\n                if (abs(b) < 1e-12) {\n                    continue;\n                }\n                t = -c / b;\n                if (0 < t && t < 1) {\n                    tvalues.push(t);\n                }\n                continue;\n            }\n            b2ac = b * b - 4 * c * a;\n            sqrtb2ac = math.sqrt(b2ac);\n            if (b2ac < 0) {\n                continue;\n            }\n            t1 = (-b + sqrtb2ac) / (2 * a);\n            if (0 < t1 && t1 < 1) {\n                tvalues.push(t1);\n            }\n            t2 = (-b - sqrtb2ac) / (2 * a);\n            if (0 < t2 && t2 < 1) {\n                tvalues.push(t2);\n            }\n        }\n\n        var x, y, j = tvalues.length,\n            jlen = j,\n            mt;\n        while (j--) {\n            t = tvalues[j];\n            mt = 1 - t;\n            bounds[0][j] = mt * mt * mt * x0 + 3 * mt * mt * t * x1 + 3 * mt * t * t * x2 + t * t * t * x3;\n            bounds[1][j] = mt * mt * mt * y0 + 3 * mt * mt * t * y1 + 3 * mt * t * t * y2 + t * t * t * y3;\n        }\n\n        bounds[0][jlen] = x0;\n        bounds[1][jlen] = y0;\n        bounds[0][jlen + 1] = x3;\n        bounds[1][jlen + 1] = y3;\n        bounds[0].length = bounds[1].length = jlen + 2;\n\n\n        return {\n          min: {x: mmin.apply(0, bounds[0]), y: mmin.apply(0, bounds[1])},\n          max: {x: mmax.apply(0, bounds[0]), y: mmax.apply(0, bounds[1])}\n        };\n    }\n\n    function path2curve(path, path2) {\n        var pth = !path2 && paths(path);\n        if (!path2 && pth.curve) {\n            return pathClone(pth.curve);\n        }\n        var p = pathToAbsolute(path),\n            p2 = path2 && pathToAbsolute(path2),\n            attrs = {x: 0, y: 0, bx: 0, by: 0, X: 0, Y: 0, qx: null, qy: null},\n            attrs2 = {x: 0, y: 0, bx: 0, by: 0, X: 0, Y: 0, qx: null, qy: null},\n            processPath = function (path, d, pcom) {\n                var nx, ny;\n                if (!path) {\n                    return [\"C\", d.x, d.y, d.x, d.y, d.x, d.y];\n                }\n                !(path[0] in {T: 1, Q: 1}) && (d.qx = d.qy = null);\n                switch (path[0]) {\n                    case \"M\":\n                        d.X = path[1];\n                        d.Y = path[2];\n                        break;\n                    case \"A\":\n                        path = [\"C\"].concat(a2c.apply(0, [d.x, d.y].concat(path.slice(1))));\n                        break;\n                    case \"S\":\n                        if (pcom == \"C\" || pcom == \"S\") { // In \"S\" case we have to take into account, if the previous command is C/S.\n                            nx = d.x * 2 - d.bx;          // And reflect the previous\n                            ny = d.y * 2 - d.by;          // command's control point relative to the current point.\n                        }\n                        else {                            // or some else or nothing\n                            nx = d.x;\n                            ny = d.y;\n                        }\n                        path = [\"C\", nx, ny].concat(path.slice(1));\n                        break;\n                    case \"T\":\n                        if (pcom == \"Q\" || pcom == \"T\") { // In \"T\" case we have to take into account, if the previous command is Q/T.\n                            d.qx = d.x * 2 - d.qx;        // And make a reflection similar\n                            d.qy = d.y * 2 - d.qy;        // to case \"S\".\n                        }\n                        else {                            // or something else or nothing\n                            d.qx = d.x;\n                            d.qy = d.y;\n                        }\n                        path = [\"C\"].concat(q2c(d.x, d.y, d.qx, d.qy, path[1], path[2]));\n                        break;\n                    case \"Q\":\n                        d.qx = path[1];\n                        d.qy = path[2];\n                        path = [\"C\"].concat(q2c(d.x, d.y, path[1], path[2], path[3], path[4]));\n                        break;\n                    case \"L\":\n                        path = [\"C\"].concat(l2c(d.x, d.y, path[1], path[2]));\n                        break;\n                    case \"H\":\n                        path = [\"C\"].concat(l2c(d.x, d.y, path[1], d.y));\n                        break;\n                    case \"V\":\n                        path = [\"C\"].concat(l2c(d.x, d.y, d.x, path[1]));\n                        break;\n                    case \"Z\":\n                        path = [\"C\"].concat(l2c(d.x, d.y, d.X, d.Y));\n                        break;\n                }\n                return path;\n            },\n            fixArc = function (pp, i) {\n                if (pp[i].length > 7) {\n                    pp[i].shift();\n                    var pi = pp[i];\n                    while (pi.length) {\n                        pcoms1[i] = \"A\"; // if created multiple C:s, their original seg is saved\n                        p2 && (pcoms2[i] = \"A\"); // the same as above\n                        pp.splice(i++, 0, [\"C\"].concat(pi.splice(0, 6)));\n                    }\n                    pp.splice(i, 1);\n                    ii = mmax(p.length, p2 && p2.length || 0);\n                }\n            },\n            fixM = function (path1, path2, a1, a2, i) {\n                if (path1 && path2 && path1[i][0] == \"M\" && path2[i][0] != \"M\") {\n                    path2.splice(i, 0, [\"M\", a2.x, a2.y]);\n                    a1.bx = 0;\n                    a1.by = 0;\n                    a1.x = path1[i][1];\n                    a1.y = path1[i][2];\n                    ii = mmax(p.length, p2 && p2.length || 0);\n                }\n            },\n            pcoms1 = [], // path commands of original path p\n            pcoms2 = [], // path commands of original path p2\n            pfirst = \"\", // temporary holder for original path command\n            pcom = \"\"; // holder for previous path command of original path\n        for (var i = 0, ii = mmax(p.length, p2 && p2.length || 0); i < ii; i++) {\n            p[i] && (pfirst = p[i][0]); // save current path command\n\n            if (pfirst != \"C\") // C is not saved yet, because it may be result of conversion\n            {\n                pcoms1[i] = pfirst; // Save current path command\n                i && ( pcom = pcoms1[i - 1]); // Get previous path command pcom\n            }\n            p[i] = processPath(p[i], attrs, pcom); // Previous path command is inputted to processPath\n\n            if (pcoms1[i] != \"A\" && pfirst == \"C\") pcoms1[i] = \"C\"; // A is the only command\n            // which may produce multiple C:s\n            // so we have to make sure that C is also C in original path\n\n            fixArc(p, i); // fixArc adds also the right amount of A:s to pcoms1\n\n            if (p2) { // the same procedures is done to p2\n                p2[i] && (pfirst = p2[i][0]);\n                if (pfirst != \"C\") {\n                    pcoms2[i] = pfirst;\n                    i && (pcom = pcoms2[i - 1]);\n                }\n                p2[i] = processPath(p2[i], attrs2, pcom);\n\n                if (pcoms2[i] != \"A\" && pfirst == \"C\") {\n                    pcoms2[i] = \"C\";\n                }\n\n                fixArc(p2, i);\n            }\n            fixM(p, p2, attrs, attrs2, i);\n            fixM(p2, p, attrs2, attrs, i);\n            var seg = p[i],\n                seg2 = p2 && p2[i],\n                seglen = seg.length,\n                seg2len = p2 && seg2.length;\n            attrs.x = seg[seglen - 2];\n            attrs.y = seg[seglen - 1];\n            attrs.bx = toFloat(seg[seglen - 4]) || attrs.x;\n            attrs.by = toFloat(seg[seglen - 3]) || attrs.y;\n            attrs2.bx = p2 && (toFloat(seg2[seg2len - 4]) || attrs2.x);\n            attrs2.by = p2 && (toFloat(seg2[seg2len - 3]) || attrs2.y);\n            attrs2.x = p2 && seg2[seg2len - 2];\n            attrs2.y = p2 && seg2[seg2len - 1];\n        }\n        if (!p2) {\n            pth.curve = pathClone(p);\n        }\n        return p2 ? [p, p2] : p;\n    }\n    function mapPath(path, matrix) {\n        if (!matrix) {\n            return path;\n        }\n        var x, y, i, j, ii, jj, pathi;\n        path = path2curve(path);\n        for (i = 0, ii = path.length; i < ii; i++) {\n            pathi = path[i];\n            for (j = 1, jj = pathi.length; j < jj; j += 2) {\n                x = matrix.x(pathi[j], pathi[j + 1]);\n                y = matrix.y(pathi[j], pathi[j + 1]);\n                pathi[j] = x;\n                pathi[j + 1] = y;\n            }\n        }\n        return path;\n    }\n\n    // http://schepers.cc/getting-to-the-point\n    function catmullRom2bezier(crp, z) {\n        var d = [];\n        for (var i = 0, iLen = crp.length; iLen - 2 * !z > i; i += 2) {\n            var p = [\n                        {x: +crp[i - 2], y: +crp[i - 1]},\n                        {x: +crp[i],     y: +crp[i + 1]},\n                        {x: +crp[i + 2], y: +crp[i + 3]},\n                        {x: +crp[i + 4], y: +crp[i + 5]}\n                    ];\n            if (z) {\n                if (!i) {\n                    p[0] = {x: +crp[iLen - 2], y: +crp[iLen - 1]};\n                } else if (iLen - 4 == i) {\n                    p[3] = {x: +crp[0], y: +crp[1]};\n                } else if (iLen - 2 == i) {\n                    p[2] = {x: +crp[0], y: +crp[1]};\n                    p[3] = {x: +crp[2], y: +crp[3]};\n                }\n            } else {\n                if (iLen - 4 == i) {\n                    p[3] = p[2];\n                } else if (!i) {\n                    p[0] = {x: +crp[i], y: +crp[i + 1]};\n                }\n            }\n            d.push([\"C\",\n                  (-p[0].x + 6 * p[1].x + p[2].x) / 6,\n                  (-p[0].y + 6 * p[1].y + p[2].y) / 6,\n                  (p[1].x + 6 * p[2].x - p[3].x) / 6,\n                  (p[1].y + 6*p[2].y - p[3].y) / 6,\n                  p[2].x,\n                  p[2].y\n            ]);\n        }\n\n        return d;\n    }\n\n    // export\n    Snap.path = paths;\n\n    /*\\\n     * Snap.path.getTotalLength\n     [ method ]\n     **\n     * Returns the length of the given path in pixels\n     **\n     - path (string) SVG path string\n     **\n     = (number) length\n    \\*/\n    Snap.path.getTotalLength = getTotalLength;\n    /*\\\n     * Snap.path.getPointAtLength\n     [ method ]\n     **\n     * Returns the coordinates of the point located at the given length along the given path\n     **\n     - path (string) SVG path string\n     - length (number) length, in pixels, from the start of the path, excluding non-rendering jumps\n     **\n     = (object) representation of the point:\n     o {\n     o     x: (number) x coordinate,\n     o     y: (number) y coordinate,\n     o     alpha: (number) angle of derivative\n     o }\n    \\*/\n    Snap.path.getPointAtLength = getPointAtLength;\n    /*\\\n     * Snap.path.getSubpath\n     [ method ]\n     **\n     * Returns the subpath of a given path between given start and end lengths\n     **\n     - path (string) SVG path string\n     - from (number) length, in pixels, from the start of the path to the start of the segment\n     - to (number) length, in pixels, from the start of the path to the end of the segment\n     **\n     = (string) path string definition for the segment\n    \\*/\n    Snap.path.getSubpath = function (path, from, to) {\n        if (this.getTotalLength(path) - to < 1e-6) {\n            return getSubpathsAtLength(path, from).end;\n        }\n        var a = getSubpathsAtLength(path, to, 1);\n        return from ? getSubpathsAtLength(a, from).end : a;\n    };\n    /*\\\n     * Element.getTotalLength\n     [ method ]\n     **\n     * Returns the length of the path in pixels (only works for `path` elements)\n     = (number) length\n    \\*/\n    elproto.getTotalLength = function () {\n        if (this.node.getTotalLength) {\n            return this.node.getTotalLength();\n        }\n    };\n    // SIERRA Element.getPointAtLength()/Element.getTotalLength(): If a <path> is broken into different segments, is the jump distance to the new coordinates set by the _M_ or _m_ commands calculated as part of the path's total length?\n    /*\\\n     * Element.getPointAtLength\n     [ method ]\n     **\n     * Returns coordinates of the point located at the given length on the given path (only works for `path` elements)\n     **\n     - length (number) length, in pixels, from the start of the path, excluding non-rendering jumps\n     **\n     = (object) representation of the point:\n     o {\n     o     x: (number) x coordinate,\n     o     y: (number) y coordinate,\n     o     alpha: (number) angle of derivative\n     o }\n    \\*/\n    elproto.getPointAtLength = function (length) {\n        return getPointAtLength(this.attr(\"d\"), length);\n    };\n    // SIERRA Element.getSubpath(): Similar to the problem for Element.getPointAtLength(). Unclear how this would work for a segmented path. Overall, the concept of _subpath_ and what I'm calling a _segment_ (series of non-_M_ or _Z_ commands) is unclear.\n    /*\\\n     * Element.getSubpath\n     [ method ]\n     **\n     * Returns subpath of a given element from given start and end lengths (only works for `path` elements)\n     **\n     - from (number) length, in pixels, from the start of the path to the start of the segment\n     - to (number) length, in pixels, from the start of the path to the end of the segment\n     **\n     = (string) path string definition for the segment\n    \\*/\n    elproto.getSubpath = function (from, to) {\n        return Snap.path.getSubpath(this.attr(\"d\"), from, to);\n    };\n    Snap._.box = box;\n    /*\\\n     * Snap.path.findDotsAtSegment\n     [ method ]\n     **\n     * Utility method\n     **\n     * Finds dot coordinates on the given cubic beziér curve at the given t\n     - p1x (number) x of the first point of the curve\n     - p1y (number) y of the first point of the curve\n     - c1x (number) x of the first anchor of the curve\n     - c1y (number) y of the first anchor of the curve\n     - c2x (number) x of the second anchor of the curve\n     - c2y (number) y of the second anchor of the curve\n     - p2x (number) x of the second point of the curve\n     - p2y (number) y of the second point of the curve\n     - t (number) position on the curve (0..1)\n     = (object) point information in format:\n     o {\n     o     x: (number) x coordinate of the point,\n     o     y: (number) y coordinate of the point,\n     o     m: {\n     o         x: (number) x coordinate of the left anchor,\n     o         y: (number) y coordinate of the left anchor\n     o     },\n     o     n: {\n     o         x: (number) x coordinate of the right anchor,\n     o         y: (number) y coordinate of the right anchor\n     o     },\n     o     start: {\n     o         x: (number) x coordinate of the start of the curve,\n     o         y: (number) y coordinate of the start of the curve\n     o     },\n     o     end: {\n     o         x: (number) x coordinate of the end of the curve,\n     o         y: (number) y coordinate of the end of the curve\n     o     },\n     o     alpha: (number) angle of the curve derivative at the point\n     o }\n    \\*/\n    Snap.path.findDotsAtSegment = findDotsAtSegment;\n    /*\\\n     * Snap.path.bezierBBox\n     [ method ]\n     **\n     * Utility method\n     **\n     * Returns the bounding box of a given cubic beziér curve\n     - p1x (number) x of the first point of the curve\n     - p1y (number) y of the first point of the curve\n     - c1x (number) x of the first anchor of the curve\n     - c1y (number) y of the first anchor of the curve\n     - c2x (number) x of the second anchor of the curve\n     - c2y (number) y of the second anchor of the curve\n     - p2x (number) x of the second point of the curve\n     - p2y (number) y of the second point of the curve\n     * or\n     - bez (array) array of six points for beziér curve\n     = (object) bounding box\n     o {\n     o     x: (number) x coordinate of the left top point of the box,\n     o     y: (number) y coordinate of the left top point of the box,\n     o     x2: (number) x coordinate of the right bottom point of the box,\n     o     y2: (number) y coordinate of the right bottom point of the box,\n     o     width: (number) width of the box,\n     o     height: (number) height of the box\n     o }\n    \\*/\n    Snap.path.bezierBBox = bezierBBox;\n    /*\\\n     * Snap.path.isPointInsideBBox\n     [ method ]\n     **\n     * Utility method\n     **\n     * Returns `true` if given point is inside bounding box\n     - bbox (string) bounding box\n     - x (string) x coordinate of the point\n     - y (string) y coordinate of the point\n     = (boolean) `true` if point is inside\n    \\*/\n    Snap.path.isPointInsideBBox = isPointInsideBBox;\n    Snap.closest = function (x, y, X, Y) {\n        var r = 100,\n            b = box(x - r / 2, y - r / 2, r, r),\n            inside = [],\n            getter = X[0].hasOwnProperty(\"x\") ? function (i) {\n                return {\n                    x: X[i].x,\n                    y: X[i].y\n                };\n            } : function (i) {\n                return {\n                    x: X[i],\n                    y: Y[i]\n                };\n            },\n            found = 0;\n        while (r <= 1e6 && !found) {\n            for (var i = 0, ii = X.length; i < ii; i++) {\n                var xy = getter(i);\n                if (isPointInsideBBox(b, xy.x, xy.y)) {\n                    found++;\n                    inside.push(xy);\n                    break;\n                }\n            }\n            if (!found) {\n                r *= 2;\n                b = box(x - r / 2, y - r / 2, r, r)\n            }\n        }\n        if (r == 1e6) {\n            return;\n        }\n        var len = Infinity,\n            res;\n        for (i = 0, ii = inside.length; i < ii; i++) {\n            var l = Snap.len(x, y, inside[i].x, inside[i].y);\n            if (len > l) {\n                len = l;\n                inside[i].len = l;\n                res = inside[i];\n            }\n        }\n        return res;\n    };\n    /*\\\n     * Snap.path.isBBoxIntersect\n     [ method ]\n     **\n     * Utility method\n     **\n     * Returns `true` if two bounding boxes intersect\n     - bbox1 (string) first bounding box\n     - bbox2 (string) second bounding box\n     = (boolean) `true` if bounding boxes intersect\n    \\*/\n    Snap.path.isBBoxIntersect = isBBoxIntersect;\n    /*\\\n     * Snap.path.intersection\n     [ method ]\n     **\n     * Utility method\n     **\n     * Finds intersections of two paths\n     - path1 (string) path string\n     - path2 (string) path string\n     = (array) dots of intersection\n     o [\n     o     {\n     o         x: (number) x coordinate of the point,\n     o         y: (number) y coordinate of the point,\n     o         t1: (number) t value for segment of path1,\n     o         t2: (number) t value for segment of path2,\n     o         segment1: (number) order number for segment of path1,\n     o         segment2: (number) order number for segment of path2,\n     o         bez1: (array) eight coordinates representing beziér curve for the segment of path1,\n     o         bez2: (array) eight coordinates representing beziér curve for the segment of path2\n     o     }\n     o ]\n    \\*/\n    Snap.path.intersection = pathIntersection;\n    Snap.path.intersectionNumber = pathIntersectionNumber;\n    /*\\\n     * Snap.path.isPointInside\n     [ method ]\n     **\n     * Utility method\n     **\n     * Returns `true` if given point is inside a given closed path.\n     *\n     * Note: fill mode doesn’t affect the result of this method.\n     - path (string) path string\n     - x (number) x of the point\n     - y (number) y of the point\n     = (boolean) `true` if point is inside the path\n    \\*/\n    Snap.path.isPointInside = isPointInsidePath;\n    /*\\\n     * Snap.path.getBBox\n     [ method ]\n     **\n     * Utility method\n     **\n     * Returns the bounding box of a given path\n     - path (string) path string\n     = (object) bounding box\n     o {\n     o     x: (number) x coordinate of the left top point of the box,\n     o     y: (number) y coordinate of the left top point of the box,\n     o     x2: (number) x coordinate of the right bottom point of the box,\n     o     y2: (number) y coordinate of the right bottom point of the box,\n     o     width: (number) width of the box,\n     o     height: (number) height of the box\n     o }\n    \\*/\n    Snap.path.getBBox = pathBBox;\n    Snap.path.get = getPath;\n    /*\\\n     * Snap.path.toRelative\n     [ method ]\n     **\n     * Utility method\n     **\n     * Converts path coordinates into relative values\n     - path (string) path string\n     = (array) path string\n    \\*/\n    Snap.path.toRelative = pathToRelative;\n    /*\\\n     * Snap.path.toAbsolute\n     [ method ]\n     **\n     * Utility method\n     **\n     * Converts path coordinates into absolute values\n     - path (string) path string\n     = (array) path string\n    \\*/\n    Snap.path.toAbsolute = pathToAbsolute;\n    /*\\\n     * Snap.path.toCubic\n     [ method ]\n     **\n     * Utility method\n     **\n     * Converts path to a new path where all segments are cubic beziér curves\n     - pathString (string|array) path string or array of segments\n     = (array) array of segments\n    \\*/\n    Snap.path.toCubic = path2curve;\n    /*\\\n     * Snap.path.map\n     [ method ]\n     **\n     * Transform the path string with the given matrix\n     - path (string) path string\n     - matrix (object) see @Matrix\n     = (string) transformed path string\n    \\*/\n    Snap.path.map = mapPath;\n    Snap.path.toString = toString;\n    Snap.path.clone = pathClone;\n});\n\n// Copyright (c) 2013 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nSnap.plugin(function (Snap, Element, Paper, glob) {\n    var mmax = Math.max,\n        mmin = Math.min;\n\n    // Set\n    var Set = function (items) {\n        this.items = [];\n\tthis.bindings = {};\n        this.length = 0;\n        this.type = \"set\";\n        if (items) {\n            for (var i = 0, ii = items.length; i < ii; i++) {\n                if (items[i]) {\n                    this[this.items.length] = this.items[this.items.length] = items[i];\n                    this.length++;\n                }\n            }\n        }\n    },\n    setproto = Set.prototype;\n    /*\\\n     * Set.push\n     [ method ]\n     **\n     * Adds each argument to the current set\n     = (object) original element\n    \\*/\n    setproto.push = function () {\n        var item,\n            len;\n        for (var i = 0, ii = arguments.length; i < ii; i++) {\n            item = arguments[i];\n            if (item) {\n                len = this.items.length;\n                this[len] = this.items[len] = item;\n                this.length++;\n            }\n        }\n        return this;\n    };\n    /*\\\n     * Set.pop\n     [ method ]\n     **\n     * Removes last element and returns it\n     = (object) element\n    \\*/\n    setproto.pop = function () {\n        this.length && delete this[this.length--];\n        return this.items.pop();\n    };\n    /*\\\n     * Set.forEach\n     [ method ]\n     **\n     * Executes given function for each element in the set\n     *\n     * If the function returns `false`, the loop stops running.\n     **\n     - callback (function) function to run\n     - thisArg (object) context object for the callback\n     = (object) Set object\n    \\*/\n    setproto.forEach = function (callback, thisArg) {\n        for (var i = 0, ii = this.items.length; i < ii; i++) {\n            if (callback.call(thisArg, this.items[i], i) === false) {\n                return this;\n            }\n        }\n        return this;\n    };\n    /*\\\n     * Set.animate\n     [ method ]\n     **\n     * Animates each element in set in sync.\n     *\n     **\n     - attrs (object) key-value pairs of destination attributes\n     - duration (number) duration of the animation in milliseconds\n     - easing (function) #optional easing function from @mina or custom\n     - callback (function) #optional callback function that executes when the animation ends\n     * or\n     - animation (array) array of animation parameter for each element in set in format `[attrs, duration, easing, callback]`\n     > Usage\n     | // animate all elements in set to radius 10\n     | set.animate({r: 10}, 500, mina.easein);\n     | // or\n     | // animate first element to radius 10, but second to radius 20 and in different time\n     | set.animate([{r: 10}, 500, mina.easein], [{r: 20}, 1500, mina.easein]);\n     = (Element) the current element\n    \\*/\n    setproto.animate = function (attrs, ms, easing, callback) {\n        if (typeof easing == \"function\" && !easing.length) {\n            callback = easing;\n            easing = mina.linear;\n        }\n        if (attrs instanceof Snap._.Animation) {\n            callback = attrs.callback;\n            easing = attrs.easing;\n            ms = easing.dur;\n            attrs = attrs.attr;\n        }\n        var args = arguments;\n        if (Snap.is(attrs, \"array\") && Snap.is(args[args.length - 1], \"array\")) {\n            var each = true;\n        }\n        var begin,\n            handler = function () {\n                if (begin) {\n                    this.b = begin;\n                } else {\n                    begin = this.b;\n                }\n            },\n            cb = 0,\n            set = this,\n            callbacker = callback && function () {\n                if (++cb == set.length) {\n                    callback.call(this);\n                }\n            };\n        return this.forEach(function (el, i) {\n            eve.once(\"snap.animcreated.\" + el.id, handler);\n            if (each) {\n                args[i] && el.animate.apply(el, args[i]);\n            } else {\n                el.animate(attrs, ms, easing, callbacker);\n            }\n        });\n    };\n    /*\\\n     * Set.remove\n     [ method ]\n     **\n     * Removes all children of the set.\n     *\n     = (object) Set object\n    \\*/\n    setproto.remove = function () {\n        while (this.length) {\n            this.pop().remove();\n        }\n        return this;\n    };\n    /*\\\n     * Set.bind\n     [ method ]\n     **\n     * Specifies how to handle a specific attribute when applied\n     * to a set.\n     *\n     **\n     - attr (string) attribute name\n     - callback (function) function to run\n     * or\n     - attr (string) attribute name\n     - element (Element) specific element in the set to apply the attribute to\n     * or\n     - attr (string) attribute name\n     - element (Element) specific element in the set to apply the attribute to\n     - eattr (string) attribute on the element to bind the attribute to\n     = (object) Set object\n    \\*/\n    setproto.bind = function (attr, a, b) {\n        var data = {};\n        if (typeof a == \"function\") {\n            this.bindings[attr] = a;\n        } else {\n            var aname = b || attr;\n            this.bindings[attr] = function (v) {\n                data[aname] = v;\n                a.attr(data);\n            };\n        }\n        return this;\n    };\n    /*\\\n     * Set.attr\n     [ method ]\n     **\n     * Equivalent of @Element.attr.\n     = (object) Set object\n    \\*/\n    setproto.attr = function (value) {\n        var unbound = {};\n        for (var k in value) {\n            if (this.bindings[k]) {\n                this.bindings[k](value[k]);\n            } else {\n                unbound[k] = value[k];\n            }\n        }\n        for (var i = 0, ii = this.items.length; i < ii; i++) {\n            this.items[i].attr(unbound);\n        }\n        return this;\n    };\n    /*\\\n     * Set.clear\n     [ method ]\n     **\n     * Removes all elements from the set\n    \\*/\n    setproto.clear = function () {\n        while (this.length) {\n            this.pop();\n        }\n    };\n    /*\\\n     * Set.splice\n     [ method ]\n     **\n     * Removes range of elements from the set\n     **\n     - index (number) position of the deletion\n     - count (number) number of element to remove\n     - insertion… (object) #optional elements to insert\n     = (object) set elements that were deleted\n    \\*/\n    setproto.splice = function (index, count, insertion) {\n        index = index < 0 ? mmax(this.length + index, 0) : index;\n        count = mmax(0, mmin(this.length - index, count));\n        var tail = [],\n            todel = [],\n            args = [],\n            i;\n        for (i = 2; i < arguments.length; i++) {\n            args.push(arguments[i]);\n        }\n        for (i = 0; i < count; i++) {\n            todel.push(this[index + i]);\n        }\n        for (; i < this.length - index; i++) {\n            tail.push(this[index + i]);\n        }\n        var arglen = args.length;\n        for (i = 0; i < arglen + tail.length; i++) {\n            this.items[index + i] = this[index + i] = i < arglen ? args[i] : tail[i - arglen];\n        }\n        i = this.items.length = this.length -= count - arglen;\n        while (this[i]) {\n            delete this[i++];\n        }\n        return new Set(todel);\n    };\n    /*\\\n     * Set.exclude\n     [ method ]\n     **\n     * Removes given element from the set\n     **\n     - element (object) element to remove\n     = (boolean) `true` if object was found and removed from the set\n    \\*/\n    setproto.exclude = function (el) {\n        for (var i = 0, ii = this.length; i < ii; i++) if (this[i] == el) {\n            this.splice(i, 1);\n            return true;\n        }\n        return false;\n    };\n    /*\\\n     * Set.insertAfter\n     [ method ]\n     **\n     * Inserts set elements after given element.\n     **\n     - element (object) set will be inserted after this element\n     = (object) Set object\n    \\*/\n    setproto.insertAfter = function (el) {\n        var i = this.items.length;\n        while (i--) {\n            this.items[i].insertAfter(el);\n        }\n        return this;\n    };\n    /*\\\n     * Set.getBBox\n     [ method ]\n     **\n     * Union of all bboxes of the set. See @Element.getBBox.\n     = (object) bounding box descriptor. See @Element.getBBox.\n    \\*/\n    setproto.getBBox = function () {\n        var x = [],\n            y = [],\n            x2 = [],\n            y2 = [];\n        for (var i = this.items.length; i--;) if (!this.items[i].removed) {\n            var box = this.items[i].getBBox();\n            x.push(box.x);\n            y.push(box.y);\n            x2.push(box.x + box.width);\n            y2.push(box.y + box.height);\n        }\n        x = mmin.apply(0, x);\n        y = mmin.apply(0, y);\n        x2 = mmax.apply(0, x2);\n        y2 = mmax.apply(0, y2);\n        return {\n            x: x,\n            y: y,\n            x2: x2,\n            y2: y2,\n            width: x2 - x,\n            height: y2 - y,\n            cx: x + (x2 - x) / 2,\n            cy: y + (y2 - y) / 2\n        };\n    };\n    /*\\\n     * Set.insertAfter\n     [ method ]\n     **\n     * Creates a clone of the set.\n     **\n     = (object) New Set object\n    \\*/\n    setproto.clone = function (s) {\n        s = new Set;\n        for (var i = 0, ii = this.items.length; i < ii; i++) {\n            s.push(this.items[i].clone());\n        }\n        return s;\n    };\n    setproto.toString = function () {\n        return \"Snap\\u2018s set\";\n    };\n    setproto.type = \"set\";\n    // export\n    /*\\\n     * Snap.Set\n     [ property ]\n     **\n     * Set constructor.\n    \\*/\n    Snap.Set = Set;\n    /*\\\n     * Snap.set\n     [ method ]\n     **\n     * Creates a set and fills it with list of arguments.\n     **\n     = (object) New Set object\n     | var r = paper.rect(0, 0, 10, 10),\n     |     s1 = Snap.set(), // empty set\n     |     s2 = Snap.set(r, paper.circle(100, 100, 20)); // prefilled set\n    \\*/\n    Snap.set = function () {\n        var set = new Set;\n        if (arguments.length) {\n            set.push.apply(set, Array.prototype.slice.call(arguments, 0));\n        }\n        return set;\n    };\n});\n\n// Copyright (c) 2013 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nSnap.plugin(function (Snap, Element, Paper, glob) {\n    var names = {},\n        reUnit = /[%a-z]+$/i,\n        Str = String;\n    names.stroke = names.fill = \"colour\";\n    function getEmpty(item) {\n        var l = item[0];\n        switch (l.toLowerCase()) {\n            case \"t\": return [l, 0, 0];\n            case \"m\": return [l, 1, 0, 0, 1, 0, 0];\n            case \"r\": if (item.length == 4) {\n                return [l, 0, item[2], item[3]];\n            } else {\n                return [l, 0];\n            }\n            case \"s\": if (item.length == 5) {\n                return [l, 1, 1, item[3], item[4]];\n            } else if (item.length == 3) {\n                return [l, 1, 1];\n            } else {\n                return [l, 1];\n            }\n        }\n    }\n    function equaliseTransform(t1, t2, getBBox) {\n        t1 = t1 || new Snap.Matrix;\n        t2 = t2 || new Snap.Matrix;\n        t1 = Snap.parseTransformString(t1.toTransformString()) || [];\n        t2 = Snap.parseTransformString(t2.toTransformString()) || [];\n        var maxlength = Math.max(t1.length, t2.length),\n            from = [],\n            to = [],\n            i = 0, j, jj,\n            tt1, tt2;\n        for (; i < maxlength; i++) {\n            tt1 = t1[i] || getEmpty(t2[i]);\n            tt2 = t2[i] || getEmpty(tt1);\n            if (tt1[0] != tt2[0] ||\n                tt1[0].toLowerCase() == \"r\" && (tt1[2] != tt2[2] || tt1[3] != tt2[3]) ||\n                tt1[0].toLowerCase() == \"s\" && (tt1[3] != tt2[3] || tt1[4] != tt2[4])\n                ) {\n                    t1 = Snap._.transform2matrix(t1, getBBox());\n                    t2 = Snap._.transform2matrix(t2, getBBox());\n                    from = [[\"m\", t1.a, t1.b, t1.c, t1.d, t1.e, t1.f]];\n                    to = [[\"m\", t2.a, t2.b, t2.c, t2.d, t2.e, t2.f]];\n                    break;\n            }\n            from[i] = [];\n            to[i] = [];\n            for (j = 0, jj = Math.max(tt1.length, tt2.length); j < jj; j++) {\n                j in tt1 && (from[i][j] = tt1[j]);\n                j in tt2 && (to[i][j] = tt2[j]);\n            }\n        }\n        return {\n            from: path2array(from),\n            to: path2array(to),\n            f: getPath(from)\n        };\n    }\n    function getNumber(val) {\n        return val;\n    }\n    function getUnit(unit) {\n        return function (val) {\n            return +val.toFixed(3) + unit;\n        };\n    }\n    function getViewBox(val) {\n        return val.join(\" \");\n    }\n    function getColour(clr) {\n        return Snap.rgb(clr[0], clr[1], clr[2], clr[3]);\n    }\n    function getPath(path) {\n        var k = 0, i, ii, j, jj, out, a, b = [];\n        for (i = 0, ii = path.length; i < ii; i++) {\n            out = \"[\";\n            a = ['\"' + path[i][0] + '\"'];\n            for (j = 1, jj = path[i].length; j < jj; j++) {\n                a[j] = \"val[\" + k++ + \"]\";\n            }\n            out += a + \"]\";\n            b[i] = out;\n        }\n        return Function(\"val\", \"return Snap.path.toString.call([\" + b + \"])\");\n    }\n    function path2array(path) {\n        var out = [];\n        for (var i = 0, ii = path.length; i < ii; i++) {\n            for (var j = 1, jj = path[i].length; j < jj; j++) {\n                out.push(path[i][j]);\n            }\n        }\n        return out;\n    }\n    function isNumeric(obj) {\n        return isFinite(obj);\n    }\n    function arrayEqual(arr1, arr2) {\n        if (!Snap.is(arr1, \"array\") || !Snap.is(arr2, \"array\")) {\n            return false;\n        }\n        return arr1.toString() == arr2.toString();\n    }\n    Element.prototype.equal = function (name, b) {\n        return eve(\"snap.util.equal\", this, name, b).firstDefined();\n    };\n    eve.on(\"snap.util.equal\", function (name, b) {\n        var A, B, a = Str(this.attr(name) || \"\"),\n            el = this;\n        if (names[name] == \"colour\") {\n            A = Snap.color(a);\n            B = Snap.color(b);\n            return {\n                from: [A.r, A.g, A.b, A.opacity],\n                to: [B.r, B.g, B.b, B.opacity],\n                f: getColour\n            };\n        }\n        if (name == \"viewBox\") {\n            A = this.attr(name).vb.split(\" \").map(Number);\n            B = b.split(\" \").map(Number);\n            return {\n                from: A,\n                to: B,\n                f: getViewBox\n            };\n        }\n        if (name == \"transform\" || name == \"gradientTransform\" || name == \"patternTransform\") {\n            if (typeof b == \"string\") {\n                b = Str(b).replace(/\\.{3}|\\u2026/g, a);\n            }\n            a = this.matrix;\n            if (!Snap._.rgTransform.test(b)) {\n                b = Snap._.transform2matrix(Snap._.svgTransform2string(b), this.getBBox());\n            } else {\n                b = Snap._.transform2matrix(b, this.getBBox());\n            }\n            return equaliseTransform(a, b, function () {\n                return el.getBBox(1);\n            });\n        }\n        if (name == \"d\" || name == \"path\") {\n            A = Snap.path.toCubic(a, b);\n            return {\n                from: path2array(A[0]),\n                to: path2array(A[1]),\n                f: getPath(A[0])\n            };\n        }\n        if (name == \"points\") {\n            A = Str(a).split(Snap._.separator);\n            B = Str(b).split(Snap._.separator);\n            return {\n                from: A,\n                to: B,\n                f: function (val) { return val; }\n            };\n        }\n        if (isNumeric(a) && isNumeric(b)) {\n            return {\n                from: parseFloat(a),\n                to: parseFloat(b),\n                f: getNumber\n            };\n        }\n        var aUnit = a.match(reUnit),\n            bUnit = Str(b).match(reUnit);\n        if (aUnit && arrayEqual(aUnit, bUnit)) {\n            return {\n                from: parseFloat(a),\n                to: parseFloat(b),\n                f: getUnit(aUnit)\n            };\n        } else {\n            return {\n                from: this.asPX(name),\n                to: this.asPX(name, b),\n                f: getNumber\n            };\n        }\n    });\n});\n\n// Copyright (c) 2013 Adobe Systems Incorporated. All rights reserved.\n// \n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n// \n// http://www.apache.org/licenses/LICENSE-2.0\n// \n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nSnap.plugin(function (Snap, Element, Paper, glob) {\n    var elproto = Element.prototype,\n    has = \"hasOwnProperty\",\n    supportsTouch = \"createTouch\" in glob.doc,\n    events = [\n        \"click\", \"dblclick\", \"mousedown\", \"mousemove\", \"mouseout\",\n        \"mouseover\", \"mouseup\", \"touchstart\", \"touchmove\", \"touchend\",\n        \"touchcancel\"\n    ],\n    touchMap = {\n        mousedown: \"touchstart\",\n        mousemove: \"touchmove\",\n        mouseup: \"touchend\"\n    },\n    getScroll = function (xy, el) {\n        var name = xy == \"y\" ? \"scrollTop\" : \"scrollLeft\",\n            doc = el && el.node ? el.node.ownerDocument : glob.doc;\n        return doc[name in doc.documentElement ? \"documentElement\" : \"body\"][name];\n    },\n    preventDefault = function () {\n        this.returnValue = false;\n    },\n    preventTouch = function () {\n        return this.originalEvent.preventDefault();\n    },\n    stopPropagation = function () {\n        this.cancelBubble = true;\n    },\n    stopTouch = function () {\n        return this.originalEvent.stopPropagation();\n    },\n    addEvent = function (obj, type, fn, element) {\n        var realName = supportsTouch && touchMap[type] ? touchMap[type] : type,\n            f = function (e) {\n                var scrollY = getScroll(\"y\", element),\n                    scrollX = getScroll(\"x\", element);\n                if (supportsTouch && touchMap[has](type)) {\n                    for (var i = 0, ii = e.targetTouches && e.targetTouches.length; i < ii; i++) {\n                        if (e.targetTouches[i].target == obj || obj.contains(e.targetTouches[i].target)) {\n                            var olde = e;\n                            e = e.targetTouches[i];\n                            e.originalEvent = olde;\n                            e.preventDefault = preventTouch;\n                            e.stopPropagation = stopTouch;\n                            break;\n                        }\n                    }\n                }\n                var x = e.clientX + scrollX,\n                    y = e.clientY + scrollY;\n                return fn.call(element, e, x, y);\n            };\n\n        if (type !== realName) {\n            obj.addEventListener(type, f, false);\n        }\n\n        obj.addEventListener(realName, f, false);\n\n        return function () {\n            if (type !== realName) {\n                obj.removeEventListener(type, f, false);\n            }\n\n            obj.removeEventListener(realName, f, false);\n            return true;\n        };\n    },\n    drag = [],\n    dragMove = function (e) {\n        var x = e.clientX,\n            y = e.clientY,\n            scrollY = getScroll(\"y\"),\n            scrollX = getScroll(\"x\"),\n            dragi,\n            j = drag.length;\n        while (j--) {\n            dragi = drag[j];\n            if (supportsTouch) {\n                var i = e.touches && e.touches.length,\n                    touch;\n                while (i--) {\n                    touch = e.touches[i];\n                    if (touch.identifier == dragi.el._drag.id || dragi.el.node.contains(touch.target)) {\n                        x = touch.clientX;\n                        y = touch.clientY;\n                        (e.originalEvent ? e.originalEvent : e).preventDefault();\n                        break;\n                    }\n                }\n            } else {\n                e.preventDefault();\n            }\n            var node = dragi.el.node,\n                o,\n                next = node.nextSibling,\n                parent = node.parentNode,\n                display = node.style.display;\n            // glob.win.opera && parent.removeChild(node);\n            // node.style.display = \"none\";\n            // o = dragi.el.paper.getElementByPoint(x, y);\n            // node.style.display = display;\n            // glob.win.opera && (next ? parent.insertBefore(node, next) : parent.appendChild(node));\n            // o && eve(\"snap.drag.over.\" + dragi.el.id, dragi.el, o);\n            x += scrollX;\n            y += scrollY;\n            eve(\"snap.drag.move.\" + dragi.el.id, dragi.move_scope || dragi.el, x - dragi.el._drag.x, y - dragi.el._drag.y, x, y, e);\n        }\n    },\n    dragUp = function (e) {\n        Snap.unmousemove(dragMove).unmouseup(dragUp);\n        var i = drag.length,\n            dragi;\n        while (i--) {\n            dragi = drag[i];\n            dragi.el._drag = {};\n            eve(\"snap.drag.end.\" + dragi.el.id, dragi.end_scope || dragi.start_scope || dragi.move_scope || dragi.el, e);\n            eve.off(\"snap.drag.*.\" + dragi.el.id);\n        }\n        drag = [];\n    };\n    /*\\\n     * Element.click\n     [ method ]\n     **\n     * Adds a click event handler to the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    /*\\\n     * Element.unclick\n     [ method ]\n     **\n     * Removes a click event handler from the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    \n    /*\\\n     * Element.dblclick\n     [ method ]\n     **\n     * Adds a double click event handler to the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    /*\\\n     * Element.undblclick\n     [ method ]\n     **\n     * Removes a double click event handler from the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    \n    /*\\\n     * Element.mousedown\n     [ method ]\n     **\n     * Adds a mousedown event handler to the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    /*\\\n     * Element.unmousedown\n     [ method ]\n     **\n     * Removes a mousedown event handler from the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    \n    /*\\\n     * Element.mousemove\n     [ method ]\n     **\n     * Adds a mousemove event handler to the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    /*\\\n     * Element.unmousemove\n     [ method ]\n     **\n     * Removes a mousemove event handler from the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    \n    /*\\\n     * Element.mouseout\n     [ method ]\n     **\n     * Adds a mouseout event handler to the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    /*\\\n     * Element.unmouseout\n     [ method ]\n     **\n     * Removes a mouseout event handler from the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    \n    /*\\\n     * Element.mouseover\n     [ method ]\n     **\n     * Adds a mouseover event handler to the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    /*\\\n     * Element.unmouseover\n     [ method ]\n     **\n     * Removes a mouseover event handler from the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    \n    /*\\\n     * Element.mouseup\n     [ method ]\n     **\n     * Adds a mouseup event handler to the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    /*\\\n     * Element.unmouseup\n     [ method ]\n     **\n     * Removes a mouseup event handler from the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    \n    /*\\\n     * Element.touchstart\n     [ method ]\n     **\n     * Adds a touchstart event handler to the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    /*\\\n     * Element.untouchstart\n     [ method ]\n     **\n     * Removes a touchstart event handler from the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    \n    /*\\\n     * Element.touchmove\n     [ method ]\n     **\n     * Adds a touchmove event handler to the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    /*\\\n     * Element.untouchmove\n     [ method ]\n     **\n     * Removes a touchmove event handler from the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    \n    /*\\\n     * Element.touchend\n     [ method ]\n     **\n     * Adds a touchend event handler to the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    /*\\\n     * Element.untouchend\n     [ method ]\n     **\n     * Removes a touchend event handler from the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    \n    /*\\\n     * Element.touchcancel\n     [ method ]\n     **\n     * Adds a touchcancel event handler to the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    /*\\\n     * Element.untouchcancel\n     [ method ]\n     **\n     * Removes a touchcancel event handler from the element\n     - handler (function) handler for the event\n     = (object) @Element\n    \\*/\n    for (var i = events.length; i--;) {\n        (function (eventName) {\n            Snap[eventName] = elproto[eventName] = function (fn, scope) {\n                if (Snap.is(fn, \"function\")) {\n                    this.events = this.events || [];\n                    this.events.push({\n                        name: eventName,\n                        f: fn,\n                        unbind: addEvent(this.node || document, eventName, fn, scope || this)\n                    });\n                } else {\n                    for (var i = 0, ii = this.events.length; i < ii; i++) if (this.events[i].name == eventName) {\n                        try {\n                            this.events[i].f.call(this);\n                        } catch (e) {}\n                    }\n                }\n                return this;\n            };\n            Snap[\"un\" + eventName] =\n            elproto[\"un\" + eventName] = function (fn) {\n                var events = this.events || [],\n                    l = events.length;\n                while (l--) if (events[l].name == eventName &&\n                               (events[l].f == fn || !fn)) {\n                    events[l].unbind();\n                    events.splice(l, 1);\n                    !events.length && delete this.events;\n                    return this;\n                }\n                return this;\n            };\n        })(events[i]);\n    }\n    /*\\\n     * Element.hover\n     [ method ]\n     **\n     * Adds hover event handlers to the element\n     - f_in (function) handler for hover in\n     - f_out (function) handler for hover out\n     - icontext (object) #optional context for hover in handler\n     - ocontext (object) #optional context for hover out handler\n     = (object) @Element\n    \\*/\n    elproto.hover = function (f_in, f_out, scope_in, scope_out) {\n        return this.mouseover(f_in, scope_in).mouseout(f_out, scope_out || scope_in);\n    };\n    /*\\\n     * Element.unhover\n     [ method ]\n     **\n     * Removes hover event handlers from the element\n     - f_in (function) handler for hover in\n     - f_out (function) handler for hover out\n     = (object) @Element\n    \\*/\n    elproto.unhover = function (f_in, f_out) {\n        return this.unmouseover(f_in).unmouseout(f_out);\n    };\n    var draggable = [];\n    // SIERRA unclear what _context_ refers to for starting, ending, moving the drag gesture.\n    // SIERRA Element.drag(): _x position of the mouse_: Where are the x/y values offset from?\n    // SIERRA Element.drag(): much of this member's doc appears to be duplicated for some reason.\n    // SIERRA Unclear about this sentence: _Additionally following drag events will be triggered: drag.start.<id> on start, drag.end.<id> on end and drag.move.<id> on every move._ Is there a global _drag_ object to which you can assign handlers keyed by an element's ID?\n    /*\\\n     * Element.drag\n     [ method ]\n     **\n     * Adds event handlers for an element's drag gesture\n     **\n     - onmove (function) handler for moving\n     - onstart (function) handler for drag start\n     - onend (function) handler for drag end\n     - mcontext (object) #optional context for moving handler\n     - scontext (object) #optional context for drag start handler\n     - econtext (object) #optional context for drag end handler\n     * Additionaly following `drag` events are triggered: `drag.start.<id>` on start, \n     * `drag.end.<id>` on end and `drag.move.<id>` on every move. When element is dragged over another element \n     * `drag.over.<id>` fires as well.\n     *\n     * Start event and start handler are called in specified context or in context of the element with following parameters:\n     o x (number) x position of the mouse\n     o y (number) y position of the mouse\n     o event (object) DOM event object\n     * Move event and move handler are called in specified context or in context of the element with following parameters:\n     o dx (number) shift by x from the start point\n     o dy (number) shift by y from the start point\n     o x (number) x position of the mouse\n     o y (number) y position of the mouse\n     o event (object) DOM event object\n     * End event and end handler are called in specified context or in context of the element with following parameters:\n     o event (object) DOM event object\n     = (object) @Element\n    \\*/\n    elproto.drag = function (onmove, onstart, onend, move_scope, start_scope, end_scope) {\n        var el = this;\n        if (!arguments.length) {\n            var origTransform;\n            return el.drag(function (dx, dy) {\n                this.attr({\n                    transform: origTransform + (origTransform ? \"T\" : \"t\") + [dx, dy]\n                });\n            }, function () {\n                origTransform = this.transform().local;\n            });\n        }\n        function start(e, x, y) {\n            (e.originalEvent || e).preventDefault();\n            el._drag.x = x;\n            el._drag.y = y;\n            el._drag.id = e.identifier;\n            !drag.length && Snap.mousemove(dragMove).mouseup(dragUp);\n            drag.push({el: el, move_scope: move_scope, start_scope: start_scope, end_scope: end_scope});\n            onstart && eve.on(\"snap.drag.start.\" + el.id, onstart);\n            onmove && eve.on(\"snap.drag.move.\" + el.id, onmove);\n            onend && eve.on(\"snap.drag.end.\" + el.id, onend);\n            eve(\"snap.drag.start.\" + el.id, start_scope || move_scope || el, x, y, e);\n        }\n        function init(e, x, y) {\n            eve(\"snap.draginit.\" + el.id, el, e, x, y);\n        }\n        eve.on(\"snap.draginit.\" + el.id, start);\n        el._drag = {};\n        draggable.push({el: el, start: start, init: init});\n        el.mousedown(init);\n        return el;\n    };\n    /*\n     * Element.onDragOver\n     [ method ]\n     **\n     * Shortcut to assign event handler for `drag.over.<id>` event, where `id` is the element's `id` (see @Element.id)\n     - f (function) handler for event, first argument would be the element you are dragging over\n    \\*/\n    // elproto.onDragOver = function (f) {\n    //     f ? eve.on(\"snap.drag.over.\" + this.id, f) : eve.unbind(\"snap.drag.over.\" + this.id);\n    // };\n    /*\\\n     * Element.undrag\n     [ method ]\n     **\n     * Removes all drag event handlers from the given element\n    \\*/\n    elproto.undrag = function () {\n        var i = draggable.length;\n        while (i--) if (draggable[i].el == this) {\n            this.unmousedown(draggable[i].init);\n            draggable.splice(i, 1);\n            eve.unbind(\"snap.drag.*.\" + this.id);\n            eve.unbind(\"snap.draginit.\" + this.id);\n        }\n        !draggable.length && Snap.unmousemove(dragMove).unmouseup(dragUp);\n        return this;\n    };\n});\n\n// Copyright (c) 2013 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nSnap.plugin(function (Snap, Element, Paper, glob) {\n    var elproto = Element.prototype,\n        pproto = Paper.prototype,\n        rgurl = /^\\s*url\\((.+)\\)/,\n        Str = String,\n        $ = Snap._.$;\n    Snap.filter = {};\n    /*\\\n     * Paper.filter\n     [ method ]\n     **\n     * Creates a `<filter>` element\n     **\n     - filstr (string) SVG fragment of filter provided as a string\n     = (object) @Element\n     * Note: It is recommended to use filters embedded into the page inside an empty SVG element.\n     > Usage\n     | var f = paper.filter('<feGaussianBlur stdDeviation=\"2\"/>'),\n     |     c = paper.circle(10, 10, 10).attr({\n     |         filter: f\n     |     });\n    \\*/\n    pproto.filter = function (filstr) {\n        var paper = this;\n        if (paper.type != \"svg\") {\n            paper = paper.paper;\n        }\n        var f = Snap.parse(Str(filstr)),\n            id = Snap._.id(),\n            width = paper.node.offsetWidth,\n            height = paper.node.offsetHeight,\n            filter = $(\"filter\");\n        $(filter, {\n            id: id,\n            filterUnits: \"userSpaceOnUse\"\n        });\n        filter.appendChild(f.node);\n        paper.defs.appendChild(filter);\n        return new Element(filter);\n    };\n\n    eve.on(\"snap.util.getattr.filter\", function () {\n        eve.stop();\n        var p = $(this.node, \"filter\");\n        if (p) {\n            var match = Str(p).match(rgurl);\n            return match && Snap.select(match[1]);\n        }\n    });\n    eve.on(\"snap.util.attr.filter\", function (value) {\n        if (value instanceof Element && value.type == \"filter\") {\n            eve.stop();\n            var id = value.node.id;\n            if (!id) {\n                $(value.node, {id: value.id});\n                id = value.id;\n            }\n            $(this.node, {\n                filter: Snap.url(id)\n            });\n        }\n        if (!value || value == \"none\") {\n            eve.stop();\n            this.node.removeAttribute(\"filter\");\n        }\n    });\n    /*\\\n     * Snap.filter.blur\n     [ method ]\n     **\n     * Returns an SVG markup string for the blur filter\n     **\n     - x (number) amount of horizontal blur, in pixels\n     - y (number) #optional amount of vertical blur, in pixels\n     = (string) filter representation\n     > Usage\n     | var f = paper.filter(Snap.filter.blur(5, 10)),\n     |     c = paper.circle(10, 10, 10).attr({\n     |         filter: f\n     |     });\n    \\*/\n    Snap.filter.blur = function (x, y) {\n        if (x == null) {\n            x = 2;\n        }\n        var def = y == null ? x : [x, y];\n        return Snap.format('\\<feGaussianBlur stdDeviation=\"{def}\"/>', {\n            def: def\n        });\n    };\n    Snap.filter.blur.toString = function () {\n        return this();\n    };\n    /*\\\n     * Snap.filter.shadow\n     [ method ]\n     **\n     * Returns an SVG markup string for the shadow filter\n     **\n     - dx (number) #optional horizontal shift of the shadow, in pixels\n     - dy (number) #optional vertical shift of the shadow, in pixels\n     - blur (number) #optional amount of blur\n     - color (string) #optional color of the shadow\n     - opacity (number) #optional `0..1` opacity of the shadow\n     * or\n     - dx (number) #optional horizontal shift of the shadow, in pixels\n     - dy (number) #optional vertical shift of the shadow, in pixels\n     - color (string) #optional color of the shadow\n     - opacity (number) #optional `0..1` opacity of the shadow\n     * which makes blur default to `4`. Or\n     - dx (number) #optional horizontal shift of the shadow, in pixels\n     - dy (number) #optional vertical shift of the shadow, in pixels\n     - opacity (number) #optional `0..1` opacity of the shadow\n     = (string) filter representation\n     > Usage\n     | var f = paper.filter(Snap.filter.shadow(0, 2, .3)),\n     |     c = paper.circle(10, 10, 10).attr({\n     |         filter: f\n     |     });\n    \\*/\n    Snap.filter.shadow = function (dx, dy, blur, color, opacity) {\n        if (opacity == null) {\n            if (color == null) {\n                opacity = blur;\n                blur = 4;\n                color = \"#000\";\n            } else {\n                opacity = color;\n                color = blur;\n                blur = 4;\n            }\n        }\n        if (blur == null) {\n            blur = 4;\n        }\n        if (opacity == null) {\n            opacity = 1;\n        }\n        if (dx == null) {\n            dx = 0;\n            dy = 2;\n        }\n        if (dy == null) {\n            dy = dx;\n        }\n        color = Snap.color(color);\n        return Snap.format('<feGaussianBlur in=\"SourceAlpha\" stdDeviation=\"{blur}\"/><feOffset dx=\"{dx}\" dy=\"{dy}\" result=\"offsetblur\"/><feFlood flood-color=\"{color}\"/><feComposite in2=\"offsetblur\" operator=\"in\"/><feComponentTransfer><feFuncA type=\"linear\" slope=\"{opacity}\"/></feComponentTransfer><feMerge><feMergeNode/><feMergeNode in=\"SourceGraphic\"/></feMerge>', {\n            color: color,\n            dx: dx,\n            dy: dy,\n            blur: blur,\n            opacity: opacity\n        });\n    };\n    Snap.filter.shadow.toString = function () {\n        return this();\n    };\n    /*\\\n     * Snap.filter.grayscale\n     [ method ]\n     **\n     * Returns an SVG markup string for the grayscale filter\n     **\n     - amount (number) amount of filter (`0..1`)\n     = (string) filter representation\n    \\*/\n    Snap.filter.grayscale = function (amount) {\n        if (amount == null) {\n            amount = 1;\n        }\n        return Snap.format('<feColorMatrix type=\"matrix\" values=\"{a} {b} {c} 0 0 {d} {e} {f} 0 0 {g} {b} {h} 0 0 0 0 0 1 0\"/>', {\n            a: 0.2126 + 0.7874 * (1 - amount),\n            b: 0.7152 - 0.7152 * (1 - amount),\n            c: 0.0722 - 0.0722 * (1 - amount),\n            d: 0.2126 - 0.2126 * (1 - amount),\n            e: 0.7152 + 0.2848 * (1 - amount),\n            f: 0.0722 - 0.0722 * (1 - amount),\n            g: 0.2126 - 0.2126 * (1 - amount),\n            h: 0.0722 + 0.9278 * (1 - amount)\n        });\n    };\n    Snap.filter.grayscale.toString = function () {\n        return this();\n    };\n    /*\\\n     * Snap.filter.sepia\n     [ method ]\n     **\n     * Returns an SVG markup string for the sepia filter\n     **\n     - amount (number) amount of filter (`0..1`)\n     = (string) filter representation\n    \\*/\n    Snap.filter.sepia = function (amount) {\n        if (amount == null) {\n            amount = 1;\n        }\n        return Snap.format('<feColorMatrix type=\"matrix\" values=\"{a} {b} {c} 0 0 {d} {e} {f} 0 0 {g} {h} {i} 0 0 0 0 0 1 0\"/>', {\n            a: 0.393 + 0.607 * (1 - amount),\n            b: 0.769 - 0.769 * (1 - amount),\n            c: 0.189 - 0.189 * (1 - amount),\n            d: 0.349 - 0.349 * (1 - amount),\n            e: 0.686 + 0.314 * (1 - amount),\n            f: 0.168 - 0.168 * (1 - amount),\n            g: 0.272 - 0.272 * (1 - amount),\n            h: 0.534 - 0.534 * (1 - amount),\n            i: 0.131 + 0.869 * (1 - amount)\n        });\n    };\n    Snap.filter.sepia.toString = function () {\n        return this();\n    };\n    /*\\\n     * Snap.filter.saturate\n     [ method ]\n     **\n     * Returns an SVG markup string for the saturate filter\n     **\n     - amount (number) amount of filter (`0..1`)\n     = (string) filter representation\n    \\*/\n    Snap.filter.saturate = function (amount) {\n        if (amount == null) {\n            amount = 1;\n        }\n        return Snap.format('<feColorMatrix type=\"saturate\" values=\"{amount}\"/>', {\n            amount: 1 - amount\n        });\n    };\n    Snap.filter.saturate.toString = function () {\n        return this();\n    };\n    /*\\\n     * Snap.filter.hueRotate\n     [ method ]\n     **\n     * Returns an SVG markup string for the hue-rotate filter\n     **\n     - angle (number) angle of rotation\n     = (string) filter representation\n    \\*/\n    Snap.filter.hueRotate = function (angle) {\n        angle = angle || 0;\n        return Snap.format('<feColorMatrix type=\"hueRotate\" values=\"{angle}\"/>', {\n            angle: angle\n        });\n    };\n    Snap.filter.hueRotate.toString = function () {\n        return this();\n    };\n    /*\\\n     * Snap.filter.invert\n     [ method ]\n     **\n     * Returns an SVG markup string for the invert filter\n     **\n     - amount (number) amount of filter (`0..1`)\n     = (string) filter representation\n    \\*/\n    Snap.filter.invert = function (amount) {\n        if (amount == null) {\n            amount = 1;\n        }\n//        <feColorMatrix type=\"matrix\" values=\"-1 0 0 0 1  0 -1 0 0 1  0 0 -1 0 1  0 0 0 1 0\" color-interpolation-filters=\"sRGB\"/>\n        return Snap.format('<feComponentTransfer><feFuncR type=\"table\" tableValues=\"{amount} {amount2}\"/><feFuncG type=\"table\" tableValues=\"{amount} {amount2}\"/><feFuncB type=\"table\" tableValues=\"{amount} {amount2}\"/></feComponentTransfer>', {\n            amount: amount,\n            amount2: 1 - amount\n        });\n    };\n    Snap.filter.invert.toString = function () {\n        return this();\n    };\n    /*\\\n     * Snap.filter.brightness\n     [ method ]\n     **\n     * Returns an SVG markup string for the brightness filter\n     **\n     - amount (number) amount of filter (`0..1`)\n     = (string) filter representation\n    \\*/\n    Snap.filter.brightness = function (amount) {\n        if (amount == null) {\n            amount = 1;\n        }\n        return Snap.format('<feComponentTransfer><feFuncR type=\"linear\" slope=\"{amount}\"/><feFuncG type=\"linear\" slope=\"{amount}\"/><feFuncB type=\"linear\" slope=\"{amount}\"/></feComponentTransfer>', {\n            amount: amount\n        });\n    };\n    Snap.filter.brightness.toString = function () {\n        return this();\n    };\n    /*\\\n     * Snap.filter.contrast\n     [ method ]\n     **\n     * Returns an SVG markup string for the contrast filter\n     **\n     - amount (number) amount of filter (`0..1`)\n     = (string) filter representation\n    \\*/\n    Snap.filter.contrast = function (amount) {\n        if (amount == null) {\n            amount = 1;\n        }\n        return Snap.format('<feComponentTransfer><feFuncR type=\"linear\" slope=\"{amount}\" intercept=\"{amount2}\"/><feFuncG type=\"linear\" slope=\"{amount}\" intercept=\"{amount2}\"/><feFuncB type=\"linear\" slope=\"{amount}\" intercept=\"{amount2}\"/></feComponentTransfer>', {\n            amount: amount,\n            amount2: .5 - amount / 2\n        });\n    };\n    Snap.filter.contrast.toString = function () {\n        return this();\n    };\n});\n\n// Copyright (c) 2014 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nSnap.plugin(function (Snap, Element, Paper, glob, Fragment) {\n    var box = Snap._.box,\n        is = Snap.is,\n        firstLetter = /^[^a-z]*([tbmlrc])/i,\n        toString = function () {\n            return \"T\" + this.dx + \",\" + this.dy;\n        };\n    /*\\\n     * Element.getAlign\n     [ method ]\n     **\n     * Returns shift needed to align the element relatively to given element.\n     * If no elements specified, parent `<svg>` container will be used.\n     - el (object) @optional alignment element\n     - way (string) one of six values: `\"top\"`, `\"middle\"`, `\"bottom\"`, `\"left\"`, `\"center\"`, `\"right\"`\n     = (object|string) Object in format `{dx: , dy: }` also has a string representation as a transformation string\n     > Usage\n     | el.transform(el.getAlign(el2, \"top\"));\n     * or\n     | var dy = el.getAlign(el2, \"top\").dy;\n    \\*/\n    Element.prototype.getAlign = function (el, way) {\n        if (way == null && is(el, \"string\")) {\n            way = el;\n            el = null;\n        }\n        el = el || this.paper;\n        var bx = el.getBBox ? el.getBBox() : box(el),\n            bb = this.getBBox(),\n            out = {};\n        way = way && way.match(firstLetter);\n        way = way ? way[1].toLowerCase() : \"c\";\n        switch (way) {\n            case \"t\":\n                out.dx = 0;\n                out.dy = bx.y - bb.y;\n            break;\n            case \"b\":\n                out.dx = 0;\n                out.dy = bx.y2 - bb.y2;\n            break;\n            case \"m\":\n                out.dx = 0;\n                out.dy = bx.cy - bb.cy;\n            break;\n            case \"l\":\n                out.dx = bx.x - bb.x;\n                out.dy = 0;\n            break;\n            case \"r\":\n                out.dx = bx.x2 - bb.x2;\n                out.dy = 0;\n            break;\n            default:\n                out.dx = bx.cx - bb.cx;\n                out.dy = 0;\n            break;\n        }\n        out.toString = toString;\n        return out;\n    };\n    /*\\\n     * Element.align\n     [ method ]\n     **\n     * Aligns the element relatively to given one via transformation.\n     * If no elements specified, parent `<svg>` container will be used.\n     - el (object) @optional alignment element\n     - way (string) one of six values: `\"top\"`, `\"middle\"`, `\"bottom\"`, `\"left\"`, `\"center\"`, `\"right\"`\n     = (object) this element\n     > Usage\n     | el.align(el2, \"top\");\n     * or\n     | el.align(\"middle\");\n    \\*/\n    Element.prototype.align = function (el, way) {\n        return this.transform(\"...\" + this.getAlign(el, way));\n    };\n});\n\n// Copyright (c) 2016 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nSnap.plugin(function (Snap, Element, Paper, glob, Fragment) {\n    var elproto = Element.prototype,\n        is = Snap.is,\n        Str = String,\n        has = \"hasOwnProperty\";\n    function slice(from, to, f) {\n        return function (arr) {\n            var res = arr.slice(from, to);\n            if (res.length == 1) {\n                res = res[0];\n            }\n            return f ? f(res) : res;\n        };\n    }\n    var Animation = function (attr, ms, easing, callback) {\n        if (typeof easing == \"function\" && !easing.length) {\n            callback = easing;\n            easing = mina.linear;\n        }\n        this.attr = attr;\n        this.dur = ms;\n        easing && (this.easing = easing);\n        callback && (this.callback = callback);\n    };\n    Snap._.Animation = Animation;\n    /*\\\n     * Snap.animation\n     [ method ]\n     **\n     * Creates an animation object\n     **\n     - attr (object) attributes of final destination\n     - duration (number) duration of the animation, in milliseconds\n     - easing (function) #optional one of easing functions of @mina or custom one\n     - callback (function) #optional callback function that fires when animation ends\n     = (object) animation object\n    \\*/\n    Snap.animation = function (attr, ms, easing, callback) {\n        return new Animation(attr, ms, easing, callback);\n    };\n    /*\\\n     * Element.inAnim\n     [ method ]\n     **\n     * Returns a set of animations that may be able to manipulate the current element\n     **\n     = (object) in format:\n     o {\n     o     anim (object) animation object,\n     o     mina (object) @mina object,\n     o     curStatus (number) 0..1 — status of the animation: 0 — just started, 1 — just finished,\n     o     status (function) gets or sets the status of the animation,\n     o     stop (function) stops the animation\n     o }\n    \\*/\n    elproto.inAnim = function () {\n        var el = this,\n            res = [];\n        for (var id in el.anims) if (el.anims[has](id)) {\n            (function (a) {\n                res.push({\n                    anim: new Animation(a._attrs, a.dur, a.easing, a._callback),\n                    mina: a,\n                    curStatus: a.status(),\n                    status: function (val) {\n                        return a.status(val);\n                    },\n                    stop: function () {\n                        a.stop();\n                    }\n                });\n            }(el.anims[id]));\n        }\n        return res;\n    };\n    /*\\\n     * Snap.animate\n     [ method ]\n     **\n     * Runs generic animation of one number into another with a caring function\n     **\n     - from (number|array) number or array of numbers\n     - to (number|array) number or array of numbers\n     - setter (function) caring function that accepts one number argument\n     - duration (number) duration, in milliseconds\n     - easing (function) #optional easing function from @mina or custom\n     - callback (function) #optional callback function to execute when animation ends\n     = (object) animation object in @mina format\n     o {\n     o     id (string) animation id, consider it read-only,\n     o     duration (function) gets or sets the duration of the animation,\n     o     easing (function) easing,\n     o     speed (function) gets or sets the speed of the animation,\n     o     status (function) gets or sets the status of the animation,\n     o     stop (function) stops the animation\n     o }\n     | var rect = Snap().rect(0, 0, 10, 10);\n     | Snap.animate(0, 10, function (val) {\n     |     rect.attr({\n     |         x: val\n     |     });\n     | }, 1000);\n     | // in given context is equivalent to\n     | rect.animate({x: 10}, 1000);\n    \\*/\n    Snap.animate = function (from, to, setter, ms, easing, callback) {\n        if (typeof easing == \"function\" && !easing.length) {\n            callback = easing;\n            easing = mina.linear;\n        }\n        var now = mina.time(),\n            anim = mina(from, to, now, now + ms, mina.time, setter, easing);\n        callback && eve.once(\"mina.finish.\" + anim.id, callback);\n        return anim;\n    };\n    /*\\\n     * Element.stop\n     [ method ]\n     **\n     * Stops all the animations for the current element\n     **\n     = (Element) the current element\n    \\*/\n    elproto.stop = function () {\n        var anims = this.inAnim();\n        for (var i = 0, ii = anims.length; i < ii; i++) {\n            anims[i].stop();\n        }\n        return this;\n    };\n    /*\\\n     * Element.animate\n     [ method ]\n     **\n     * Animates the given attributes of the element\n     **\n     - attrs (object) key-value pairs of destination attributes\n     - duration (number) duration of the animation in milliseconds\n     - easing (function) #optional easing function from @mina or custom\n     - callback (function) #optional callback function that executes when the animation ends\n     = (Element) the current element\n    \\*/\n    elproto.animate = function (attrs, ms, easing, callback) {\n        if (typeof easing == \"function\" && !easing.length) {\n            callback = easing;\n            easing = mina.linear;\n        }\n        if (attrs instanceof Animation) {\n            callback = attrs.callback;\n            easing = attrs.easing;\n            ms = attrs.dur;\n            attrs = attrs.attr;\n        }\n        var fkeys = [], tkeys = [], keys = {}, from, to, f, eq,\n            el = this;\n        for (var key in attrs) if (attrs[has](key)) {\n            if (el.equal) {\n                eq = el.equal(key, Str(attrs[key]));\n                from = eq.from;\n                to = eq.to;\n                f = eq.f;\n            } else {\n                from = +el.attr(key);\n                to = +attrs[key];\n            }\n            var len = is(from, \"array\") ? from.length : 1;\n            keys[key] = slice(fkeys.length, fkeys.length + len, f);\n            fkeys = fkeys.concat(from);\n            tkeys = tkeys.concat(to);\n        }\n        var now = mina.time(),\n            anim = mina(fkeys, tkeys, now, now + ms, mina.time, function (val) {\n                var attr = {};\n                for (var key in keys) if (keys[has](key)) {\n                    attr[key] = keys[key](val);\n                }\n                el.attr(attr);\n            }, easing);\n        el.anims[anim.id] = anim;\n        anim._attrs = attrs;\n        anim._callback = callback;\n        eve(\"snap.animcreated.\" + el.id, anim);\n        eve.once(\"mina.finish.\" + anim.id, function () {\n            eve.off(\"mina.*.\" + anim.id);\n            delete el.anims[anim.id];\n            callback && callback.call(el);\n        });\n        eve.once(\"mina.stop.\" + anim.id, function () {\n            eve.off(\"mina.*.\" + anim.id);\n            delete el.anims[anim.id];\n        });\n        return el;\n    };\n});\n\n// Copyright (c) 2017 Adobe Systems Incorporated. All rights reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\nSnap.plugin(function (Snap, Element, Paper, glob) {\n    // Colours are from https://www.materialui.co\n    var red         = \"#ffebee#ffcdd2#ef9a9a#e57373#ef5350#f44336#e53935#d32f2f#c62828#b71c1c#ff8a80#ff5252#ff1744#d50000\",\n        pink        = \"#FCE4EC#F8BBD0#F48FB1#F06292#EC407A#E91E63#D81B60#C2185B#AD1457#880E4F#FF80AB#FF4081#F50057#C51162\",\n        purple      = \"#F3E5F5#E1BEE7#CE93D8#BA68C8#AB47BC#9C27B0#8E24AA#7B1FA2#6A1B9A#4A148C#EA80FC#E040FB#D500F9#AA00FF\",\n        deeppurple  = \"#EDE7F6#D1C4E9#B39DDB#9575CD#7E57C2#673AB7#5E35B1#512DA8#4527A0#311B92#B388FF#7C4DFF#651FFF#6200EA\",\n        indigo      = \"#E8EAF6#C5CAE9#9FA8DA#7986CB#5C6BC0#3F51B5#3949AB#303F9F#283593#1A237E#8C9EFF#536DFE#3D5AFE#304FFE\",\n        blue        = \"#E3F2FD#BBDEFB#90CAF9#64B5F6#64B5F6#2196F3#1E88E5#1976D2#1565C0#0D47A1#82B1FF#448AFF#2979FF#2962FF\",\n        lightblue   = \"#E1F5FE#B3E5FC#81D4FA#4FC3F7#29B6F6#03A9F4#039BE5#0288D1#0277BD#01579B#80D8FF#40C4FF#00B0FF#0091EA\",\n        cyan        = \"#E0F7FA#B2EBF2#80DEEA#4DD0E1#26C6DA#00BCD4#00ACC1#0097A7#00838F#006064#84FFFF#18FFFF#00E5FF#00B8D4\",\n        teal        = \"#E0F2F1#B2DFDB#80CBC4#4DB6AC#26A69A#009688#00897B#00796B#00695C#004D40#A7FFEB#64FFDA#1DE9B6#00BFA5\",\n        green       = \"#E8F5E9#C8E6C9#A5D6A7#81C784#66BB6A#4CAF50#43A047#388E3C#2E7D32#1B5E20#B9F6CA#69F0AE#00E676#00C853\",\n        lightgreen  = \"#F1F8E9#DCEDC8#C5E1A5#AED581#9CCC65#8BC34A#7CB342#689F38#558B2F#33691E#CCFF90#B2FF59#76FF03#64DD17\",\n        lime        = \"#F9FBE7#F0F4C3#E6EE9C#DCE775#D4E157#CDDC39#C0CA33#AFB42B#9E9D24#827717#F4FF81#EEFF41#C6FF00#AEEA00\",\n        yellow      = \"#FFFDE7#FFF9C4#FFF59D#FFF176#FFEE58#FFEB3B#FDD835#FBC02D#F9A825#F57F17#FFFF8D#FFFF00#FFEA00#FFD600\",\n        amber       = \"#FFF8E1#FFECB3#FFE082#FFD54F#FFCA28#FFC107#FFB300#FFA000#FF8F00#FF6F00#FFE57F#FFD740#FFC400#FFAB00\",\n        orange      = \"#FFF3E0#FFE0B2#FFCC80#FFB74D#FFA726#FF9800#FB8C00#F57C00#EF6C00#E65100#FFD180#FFAB40#FF9100#FF6D00\",\n        deeporange  = \"#FBE9E7#FFCCBC#FFAB91#FF8A65#FF7043#FF5722#F4511E#E64A19#D84315#BF360C#FF9E80#FF6E40#FF3D00#DD2C00\",\n        brown       = \"#EFEBE9#D7CCC8#BCAAA4#A1887F#8D6E63#795548#6D4C41#5D4037#4E342E#3E2723\",\n        grey        = \"#FAFAFA#F5F5F5#EEEEEE#E0E0E0#BDBDBD#9E9E9E#757575#616161#424242#212121\",\n        bluegrey    = \"#ECEFF1#CFD8DC#B0BEC5#90A4AE#78909C#607D8B#546E7A#455A64#37474F#263238\";\n    /*\\\n     * Snap.mui\n     [ property ]\n     **\n     * Contain Material UI colours.\n     | Snap().rect(0, 0, 10, 10).attr({fill: Snap.mui.deeppurple, stroke: Snap.mui.amber[600]});\n     # For colour reference: <a href=\"https://www.materialui.co\">https://www.materialui.co</a>.\n    \\*/\n    Snap.mui = {};\n    /*\\\n     * Snap.flat\n     [ property ]\n     **\n     * Contain Flat UI colours.\n     | Snap().rect(0, 0, 10, 10).attr({fill: Snap.flat.carrot, stroke: Snap.flat.wetasphalt});\n     # For colour reference: <a href=\"https://www.materialui.co\">https://www.materialui.co</a>.\n    \\*/\n    Snap.flat = {};\n    function saveColor(colors) {\n        colors = colors.split(/(?=#)/);\n        var color = new String(colors[5]);\n        color[50] = colors[0];\n        color[100] = colors[1];\n        color[200] = colors[2];\n        color[300] = colors[3];\n        color[400] = colors[4];\n        color[500] = colors[5];\n        color[600] = colors[6];\n        color[700] = colors[7];\n        color[800] = colors[8];\n        color[900] = colors[9];\n        if (colors[10]) {\n            color.A100 = colors[10];\n            color.A200 = colors[11];\n            color.A400 = colors[12];\n            color.A700 = colors[13];\n        }\n        return color;\n    }\n    Snap.mui.red = saveColor(red);\n    Snap.mui.pink = saveColor(pink);\n    Snap.mui.purple = saveColor(purple);\n    Snap.mui.deeppurple = saveColor(deeppurple);\n    Snap.mui.indigo = saveColor(indigo);\n    Snap.mui.blue = saveColor(blue);\n    Snap.mui.lightblue = saveColor(lightblue);\n    Snap.mui.cyan = saveColor(cyan);\n    Snap.mui.teal = saveColor(teal);\n    Snap.mui.green = saveColor(green);\n    Snap.mui.lightgreen = saveColor(lightgreen);\n    Snap.mui.lime = saveColor(lime);\n    Snap.mui.yellow = saveColor(yellow);\n    Snap.mui.amber = saveColor(amber);\n    Snap.mui.orange = saveColor(orange);\n    Snap.mui.deeporange = saveColor(deeporange);\n    Snap.mui.brown = saveColor(brown);\n    Snap.mui.grey = saveColor(grey);\n    Snap.mui.bluegrey = saveColor(bluegrey);\n    Snap.flat.turquoise = \"#1abc9c\";\n    Snap.flat.greensea = \"#16a085\";\n    Snap.flat.sunflower = \"#f1c40f\";\n    Snap.flat.orange = \"#f39c12\";\n    Snap.flat.emerland = \"#2ecc71\";\n    Snap.flat.nephritis = \"#27ae60\";\n    Snap.flat.carrot = \"#e67e22\";\n    Snap.flat.pumpkin = \"#d35400\";\n    Snap.flat.peterriver = \"#3498db\";\n    Snap.flat.belizehole = \"#2980b9\";\n    Snap.flat.alizarin = \"#e74c3c\";\n    Snap.flat.pomegranate = \"#c0392b\";\n    Snap.flat.amethyst = \"#9b59b6\";\n    Snap.flat.wisteria = \"#8e44ad\";\n    Snap.flat.clouds = \"#ecf0f1\";\n    Snap.flat.silver = \"#bdc3c7\";\n    Snap.flat.wetasphalt = \"#34495e\";\n    Snap.flat.midnightblue = \"#2c3e50\";\n    Snap.flat.concrete = \"#95a5a6\";\n    Snap.flat.asbestos = \"#7f8c8d\";\n    /*\\\n     * Snap.importMUIColors\n     [ method ]\n     **\n     * Imports Material UI colours into global object.\n     | Snap.importMUIColors();\n     | Snap().rect(0, 0, 10, 10).attr({fill: deeppurple, stroke: amber[600]});\n     # For colour reference: <a href=\"https://www.materialui.co\">https://www.materialui.co</a>.\n    \\*/\n    Snap.importMUIColors = function () {\n        for (var color in Snap.mui) {\n            if (Snap.mui.hasOwnProperty(color)) {\n                window[color] = Snap.mui[color];\n            }\n        }\n    };\n});\n\nmodule.exports = Snap\n",
  "// The module cache\nvar __webpack_module_cache__ = {};\n\n// The require function\nfunction __webpack_require__(moduleId) {\n\t// Check if module is in cache\n\tvar cachedModule = __webpack_module_cache__[moduleId];\n\tif (cachedModule !== undefined) {\n\t\treturn cachedModule.exports;\n\t}\n\t// Create a new module (and put it into the cache)\n\tvar module = __webpack_module_cache__[moduleId] = {\n\t\t// no module.id needed\n\t\t// no module.loaded needed\n\t\texports: {}\n\t};\n\n\t// Execute the module function\n\t__webpack_modules__[moduleId].call(module.exports, module, module.exports, __webpack_require__);\n\n\t// Return the exports of the module\n\treturn module.exports;\n}\n\n",
  "var getProto = Object.getPrototypeOf ? (obj) => (Object.getPrototypeOf(obj)) : (obj) => (obj.__proto__);\nvar leafPrototypes;\n// create a fake namespace object\n// mode & 1: value is a module id, require it\n// mode & 2: merge all properties of value into the ns\n// mode & 4: return value when already ns object\n// mode & 16: return value when it's Promise-like\n// mode & 8|1: behave like require\n__webpack_require__.t = function(value, mode) {\n\tif(mode & 1) value = this(value);\n\tif(mode & 8) return value;\n\tif(typeof value === 'object' && value) {\n\t\tif((mode & 4) && value.__esModule) return value;\n\t\tif((mode & 16) && typeof value.then === 'function') return value;\n\t}\n\tvar ns = Object.create(null);\n\t__webpack_require__.r(ns);\n\tvar def = {};\n\tleafPrototypes = leafPrototypes || [null, getProto({}), getProto([]), getProto(getProto)];\n\tfor(var current = mode & 2 && value; typeof current == 'object' && !~leafPrototypes.indexOf(current); current = getProto(current)) {\n\t\tObject.getOwnPropertyNames(current).forEach((key) => (def[key] = () => (value[key])));\n\t}\n\tdef['default'] = () => (value);\n\t__webpack_require__.d(ns, def);\n\treturn ns;\n};",
  "// define getter functions for harmony exports\n__webpack_require__.d = (exports, definition) => {\n\tfor(var key in definition) {\n\t\tif(__webpack_require__.o(definition, key) && !__webpack_require__.o(exports, key)) {\n\t\t\tObject.defineProperty(exports, key, { enumerable: true, get: definition[key] });\n\t\t}\n\t}\n};",
  "__webpack_require__.o = (obj, prop) => (Object.prototype.hasOwnProperty.call(obj, prop))",
  "// define __esModule on exports\n__webpack_require__.r = (exports) => {\n\tif(typeof Symbol !== 'undefined' && Symbol.toStringTag) {\n\t\tObject.defineProperty(exports, Symbol.toStringTag, { value: 'Module' });\n\t}\n\tObject.defineProperty(exports, '__esModule', { value: true });\n};",
  "__webpack_require__.p = \"/deals/was-esse-ich-heute/\";",
  "var _rect, _defs;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgLogo(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 192,\n    height: 192,\n    viewBox: \"0 0 192 192\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    xmlnsXlink: \"http://www.w3.org/1999/xlink\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _rect || (_rect = /*#__PURE__*/React.createElement(\"rect\", {\n    width: 192,\n    height: 192,\n    fill: \"url(#pattern0)\"\n  })), _defs || (_defs = /*#__PURE__*/React.createElement(\"defs\", null, /*#__PURE__*/React.createElement(\"pattern\", {\n    id: \"pattern0\",\n    patternContentUnits: \"objectBoundingBox\",\n    width: 1,\n    height: 1\n  }, /*#__PURE__*/React.createElement(\"use\", {\n    xlinkHref: \"#image0_135_2\",\n    transform: \"scale(0.00520833)\"\n  })), /*#__PURE__*/React.createElement(\"image\", {\n    id: \"image0_135_2\",\n    width: 192,\n    height: 192,\n    xlinkHref: 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 }))));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgLogo);\nexport default __webpack_public_path__ + \"static/media/logob8a4daa6c94e20939b80bb139b1a1db7.svg\";\nexport { ForwardRef as ReactComponent };",
  "////////////////////////////////////////////////////////////////////////////////\n//#region Types and Constants\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * Actions represent the type of change to a location value.\n */\nexport enum Action {\n  /**\n   * A POP indicates a change to an arbitrary index in the history stack, such\n   * as a back or forward navigation. It does not describe the direction of the\n   * navigation, only that the current index changed.\n   *\n   * Note: This is the default action for newly created history objects.\n   */\n  Pop = \"POP\",\n\n  /**\n   * A PUSH indicates a new entry being added to the history stack, such as when\n   * a link is clicked and a new page loads. When this happens, all subsequent\n   * entries in the stack are lost.\n   */\n  Push = \"PUSH\",\n\n  /**\n   * A REPLACE indicates the entry at the current index in the history stack\n   * being replaced by a new one.\n   */\n  Replace = \"REPLACE\",\n}\n\n/**\n * The pathname, search, and hash values of a URL.\n */\nexport interface Path {\n  /**\n   * A URL pathname, beginning with a /.\n   */\n  pathname: string;\n\n  /**\n   * A URL search string, beginning with a ?.\n   */\n  search: string;\n\n  /**\n   * A URL fragment identifier, beginning with a #.\n   */\n  hash: string;\n}\n\n// TODO: (v7) Change the Location generic default from `any` to `unknown` and\n// remove Remix `useLocation` wrapper.\n\n/**\n * An entry in a history stack. A location contains information about the\n * URL path, as well as possibly some arbitrary state and a key.\n */\nexport interface Location<State = any> extends Path {\n  /**\n   * A value of arbitrary data associated with this location.\n   */\n  state: State;\n\n  /**\n   * A unique string associated with this location. May be used to safely store\n   * and retrieve data in some other storage API, like `localStorage`.\n   *\n   * Note: This value is always \"default\" on the initial location.\n   */\n  key: string;\n}\n\n/**\n * A change to the current location.\n */\nexport interface Update {\n  /**\n   * The action that triggered the change.\n   */\n  action: Action;\n\n  /**\n   * The new location.\n   */\n  location: Location;\n\n  /**\n   * The delta between this location and the former location in the history stack\n   */\n  delta: number | null;\n}\n\n/**\n * A function that receives notifications about location changes.\n */\nexport interface Listener {\n  (update: Update): void;\n}\n\n/**\n * Describes a location that is the destination of some navigation, either via\n * `history.push` or `history.replace`. This may be either a URL or the pieces\n * of a URL path.\n */\nexport type To = string | Partial<Path>;\n\n/**\n * A history is an interface to the navigation stack. The history serves as the\n * source of truth for the current location, as well as provides a set of\n * methods that may be used to change it.\n *\n * It is similar to the DOM's `window.history` object, but with a smaller, more\n * focused API.\n */\nexport interface History {\n  /**\n   * The last action that modified the current location. This will always be\n   * Action.Pop when a history instance is first created. This value is mutable.\n   */\n  readonly action: Action;\n\n  /**\n   * The current location. This value is mutable.\n   */\n  readonly location: Location;\n\n  /**\n   * Returns a valid href for the given `to` value that may be used as\n   * the value of an <a href> attribute.\n   *\n   * @param to - The destination URL\n   */\n  createHref(to: To): string;\n\n  /**\n   * Returns a URL for the given `to` value\n   *\n   * @param to - The destination URL\n   */\n  createURL(to: To): URL;\n\n  /**\n   * Encode a location the same way window.history would do (no-op for memory\n   * history) so we ensure our PUSH/REPLACE navigations for data routers\n   * behave the same as POP\n   *\n   * @param to Unencoded path\n   */\n  encodeLocation(to: To): Path;\n\n  /**\n   * Pushes a new location onto the history stack, increasing its length by one.\n   * If there were any entries in the stack after the current one, they are\n   * lost.\n   *\n   * @param to - The new URL\n   * @param state - Data to associate with the new location\n   */\n  push(to: To, state?: any): void;\n\n  /**\n   * Replaces the current location in the history stack with a new one.  The\n   * location that was replaced will no longer be available.\n   *\n   * @param to - The new URL\n   * @param state - Data to associate with the new location\n   */\n  replace(to: To, state?: any): void;\n\n  /**\n   * Navigates `n` entries backward/forward in the history stack relative to the\n   * current index. For example, a \"back\" navigation would use go(-1).\n   *\n   * @param delta - The delta in the stack index\n   */\n  go(delta: number): void;\n\n  /**\n   * Sets up a listener that will be called whenever the current location\n   * changes.\n   *\n   * @param listener - A function that will be called when the location changes\n   * @returns unlisten - A function that may be used to stop listening\n   */\n  listen(listener: Listener): () => void;\n}\n\ntype HistoryState = {\n  usr: any;\n  key?: string;\n  idx: number;\n};\n\nconst PopStateEventType = \"popstate\";\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Memory History\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * A user-supplied object that describes a location. Used when providing\n * entries to `createMemoryHistory` via its `initialEntries` option.\n */\nexport type InitialEntry = string | Partial<Location>;\n\nexport type MemoryHistoryOptions = {\n  initialEntries?: InitialEntry[];\n  initialIndex?: number;\n  v5Compat?: boolean;\n};\n\n/**\n * A memory history stores locations in memory. This is useful in stateful\n * environments where there is no web browser, such as node tests or React\n * Native.\n */\nexport interface MemoryHistory extends History {\n  /**\n   * The current index in the history stack.\n   */\n  readonly index: number;\n}\n\n/**\n * Memory history stores the current location in memory. It is designed for use\n * in stateful non-browser environments like tests and React Native.\n */\nexport function createMemoryHistory(\n  options: MemoryHistoryOptions = {}\n): MemoryHistory {\n  let { initialEntries = [\"/\"], initialIndex, v5Compat = false } = options;\n  let entries: Location[]; // Declare so we can access from createMemoryLocation\n  entries = initialEntries.map((entry, index) =>\n    createMemoryLocation(\n      entry,\n      typeof entry === \"string\" ? null : entry.state,\n      index === 0 ? \"default\" : undefined\n    )\n  );\n  let index = clampIndex(\n    initialIndex == null ? entries.length - 1 : initialIndex\n  );\n  let action = Action.Pop;\n  let listener: Listener | null = null;\n\n  function clampIndex(n: number): number {\n    return Math.min(Math.max(n, 0), entries.length - 1);\n  }\n  function getCurrentLocation(): Location {\n    return entries[index];\n  }\n  function createMemoryLocation(\n    to: To,\n    state: any = null,\n    key?: string\n  ): Location {\n    let location = createLocation(\n      entries ? getCurrentLocation().pathname : \"/\",\n      to,\n      state,\n      key\n    );\n    warning(\n      location.pathname.charAt(0) === \"/\",\n      `relative pathnames are not supported in memory history: ${JSON.stringify(\n        to\n      )}`\n    );\n    return location;\n  }\n\n  function createHref(to: To) {\n    return typeof to === \"string\" ? to : createPath(to);\n  }\n\n  let history: MemoryHistory = {\n    get index() {\n      return index;\n    },\n    get action() {\n      return action;\n    },\n    get location() {\n      return getCurrentLocation();\n    },\n    createHref,\n    createURL(to) {\n      return new URL(createHref(to), \"http://localhost\");\n    },\n    encodeLocation(to: To) {\n      let path = typeof to === \"string\" ? parsePath(to) : to;\n      return {\n        pathname: path.pathname || \"\",\n        search: path.search || \"\",\n        hash: path.hash || \"\",\n      };\n    },\n    push(to, state) {\n      action = Action.Push;\n      let nextLocation = createMemoryLocation(to, state);\n      index += 1;\n      entries.splice(index, entries.length, nextLocation);\n      if (v5Compat && listener) {\n        listener({ action, location: nextLocation, delta: 1 });\n      }\n    },\n    replace(to, state) {\n      action = Action.Replace;\n      let nextLocation = createMemoryLocation(to, state);\n      entries[index] = nextLocation;\n      if (v5Compat && listener) {\n        listener({ action, location: nextLocation, delta: 0 });\n      }\n    },\n    go(delta) {\n      action = Action.Pop;\n      let nextIndex = clampIndex(index + delta);\n      let nextLocation = entries[nextIndex];\n      index = nextIndex;\n      if (listener) {\n        listener({ action, location: nextLocation, delta });\n      }\n    },\n    listen(fn: Listener) {\n      listener = fn;\n      return () => {\n        listener = null;\n      };\n    },\n  };\n\n  return history;\n}\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Browser History\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * A browser history stores the current location in regular URLs in a web\n * browser environment. This is the standard for most web apps and provides the\n * cleanest URLs the browser's address bar.\n *\n * @see https://github.com/remix-run/history/tree/main/docs/api-reference.md#browserhistory\n */\nexport interface BrowserHistory extends UrlHistory {}\n\nexport type BrowserHistoryOptions = UrlHistoryOptions;\n\n/**\n * Browser history stores the location in regular URLs. This is the standard for\n * most web apps, but it requires some configuration on the server to ensure you\n * serve the same app at multiple URLs.\n *\n * @see https://github.com/remix-run/history/tree/main/docs/api-reference.md#createbrowserhistory\n */\nexport function createBrowserHistory(\n  options: BrowserHistoryOptions = {}\n): BrowserHistory {\n  function createBrowserLocation(\n    window: Window,\n    globalHistory: Window[\"history\"]\n  ) {\n    let { pathname, search, hash } = window.location;\n    return createLocation(\n      \"\",\n      { pathname, search, hash },\n      // state defaults to `null` because `window.history.state` does\n      (globalHistory.state && globalHistory.state.usr) || null,\n      (globalHistory.state && globalHistory.state.key) || \"default\"\n    );\n  }\n\n  function createBrowserHref(window: Window, to: To) {\n    return typeof to === \"string\" ? to : createPath(to);\n  }\n\n  return getUrlBasedHistory(\n    createBrowserLocation,\n    createBrowserHref,\n    null,\n    options\n  );\n}\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Hash History\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * A hash history stores the current location in the fragment identifier portion\n * of the URL in a web browser environment.\n *\n * This is ideal for apps that do not control the server for some reason\n * (because the fragment identifier is never sent to the server), including some\n * shared hosting environments that do not provide fine-grained controls over\n * which pages are served at which URLs.\n *\n * @see https://github.com/remix-run/history/tree/main/docs/api-reference.md#hashhistory\n */\nexport interface HashHistory extends UrlHistory {}\n\nexport type HashHistoryOptions = UrlHistoryOptions;\n\n/**\n * Hash history stores the location in window.location.hash. This makes it ideal\n * for situations where you don't want to send the location to the server for\n * some reason, either because you do cannot configure it or the URL space is\n * reserved for something else.\n *\n * @see https://github.com/remix-run/history/tree/main/docs/api-reference.md#createhashhistory\n */\nexport function createHashHistory(\n  options: HashHistoryOptions = {}\n): HashHistory {\n  function createHashLocation(\n    window: Window,\n    globalHistory: Window[\"history\"]\n  ) {\n    let {\n      pathname = \"/\",\n      search = \"\",\n      hash = \"\",\n    } = parsePath(window.location.hash.substr(1));\n\n    // Hash URL should always have a leading / just like window.location.pathname\n    // does, so if an app ends up at a route like /#something then we add a\n    // leading slash so all of our path-matching behaves the same as if it would\n    // in a browser router.  This is particularly important when there exists a\n    // root splat route (<Route path=\"*\">) since that matches internally against\n    // \"/*\" and we'd expect /#something to 404 in a hash router app.\n    if (!pathname.startsWith(\"/\") && !pathname.startsWith(\".\")) {\n      pathname = \"/\" + pathname;\n    }\n\n    return createLocation(\n      \"\",\n      { pathname, search, hash },\n      // state defaults to `null` because `window.history.state` does\n      (globalHistory.state && globalHistory.state.usr) || null,\n      (globalHistory.state && globalHistory.state.key) || \"default\"\n    );\n  }\n\n  function createHashHref(window: Window, to: To) {\n    let base = window.document.querySelector(\"base\");\n    let href = \"\";\n\n    if (base && base.getAttribute(\"href\")) {\n      let url = window.location.href;\n      let hashIndex = url.indexOf(\"#\");\n      href = hashIndex === -1 ? url : url.slice(0, hashIndex);\n    }\n\n    return href + \"#\" + (typeof to === \"string\" ? to : createPath(to));\n  }\n\n  function validateHashLocation(location: Location, to: To) {\n    warning(\n      location.pathname.charAt(0) === \"/\",\n      `relative pathnames are not supported in hash history.push(${JSON.stringify(\n        to\n      )})`\n    );\n  }\n\n  return getUrlBasedHistory(\n    createHashLocation,\n    createHashHref,\n    validateHashLocation,\n    options\n  );\n}\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region UTILS\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * @private\n */\nexport function invariant(value: boolean, message?: string): asserts value;\nexport function invariant<T>(\n  value: T | null | undefined,\n  message?: string\n): asserts value is T;\nexport function invariant(value: any, message?: string) {\n  if (value === false || value === null || typeof value === \"undefined\") {\n    throw new Error(message);\n  }\n}\n\nexport function warning(cond: any, message: string) {\n  if (!cond) {\n    // eslint-disable-next-line no-console\n    if (typeof console !== \"undefined\") console.warn(message);\n\n    try {\n      // Welcome to debugging history!\n      //\n      // This error is thrown as a convenience, so you can more easily\n      // find the source for a warning that appears in the console by\n      // enabling \"pause on exceptions\" in your JavaScript debugger.\n      throw new Error(message);\n      // eslint-disable-next-line no-empty\n    } catch (e) {}\n  }\n}\n\nfunction createKey() {\n  return Math.random().toString(36).substr(2, 8);\n}\n\n/**\n * For browser-based histories, we combine the state and key into an object\n */\nfunction getHistoryState(location: Location, index: number): HistoryState {\n  return {\n    usr: location.state,\n    key: location.key,\n    idx: index,\n  };\n}\n\n/**\n * Creates a Location object with a unique key from the given Path\n */\nexport function createLocation(\n  current: string | Location,\n  to: To,\n  state: any = null,\n  key?: string\n): Readonly<Location> {\n  let location: Readonly<Location> = {\n    pathname: typeof current === \"string\" ? current : current.pathname,\n    search: \"\",\n    hash: \"\",\n    ...(typeof to === \"string\" ? parsePath(to) : to),\n    state,\n    // TODO: This could be cleaned up.  push/replace should probably just take\n    // full Locations now and avoid the need to run through this flow at all\n    // But that's a pretty big refactor to the current test suite so going to\n    // keep as is for the time being and just let any incoming keys take precedence\n    key: (to && (to as Location).key) || key || createKey(),\n  };\n  return location;\n}\n\n/**\n * Creates a string URL path from the given pathname, search, and hash components.\n */\nexport function createPath({\n  pathname = \"/\",\n  search = \"\",\n  hash = \"\",\n}: Partial<Path>) {\n  if (search && search !== \"?\")\n    pathname += search.charAt(0) === \"?\" ? search : \"?\" + search;\n  if (hash && hash !== \"#\")\n    pathname += hash.charAt(0) === \"#\" ? hash : \"#\" + hash;\n  return pathname;\n}\n\n/**\n * Parses a string URL path into its separate pathname, search, and hash components.\n */\nexport function parsePath(path: string): Partial<Path> {\n  let parsedPath: Partial<Path> = {};\n\n  if (path) {\n    let hashIndex = path.indexOf(\"#\");\n    if (hashIndex >= 0) {\n      parsedPath.hash = path.substr(hashIndex);\n      path = path.substr(0, hashIndex);\n    }\n\n    let searchIndex = path.indexOf(\"?\");\n    if (searchIndex >= 0) {\n      parsedPath.search = path.substr(searchIndex);\n      path = path.substr(0, searchIndex);\n    }\n\n    if (path) {\n      parsedPath.pathname = path;\n    }\n  }\n\n  return parsedPath;\n}\n\nexport interface UrlHistory extends History {}\n\nexport type UrlHistoryOptions = {\n  window?: Window;\n  v5Compat?: boolean;\n};\n\nfunction getUrlBasedHistory(\n  getLocation: (window: Window, globalHistory: Window[\"history\"]) => Location,\n  createHref: (window: Window, to: To) => string,\n  validateLocation: ((location: Location, to: To) => void) | null,\n  options: UrlHistoryOptions = {}\n): UrlHistory {\n  let { window = document.defaultView!, v5Compat = false } = options;\n  let globalHistory = window.history;\n  let action = Action.Pop;\n  let listener: Listener | null = null;\n\n  let index = getIndex()!;\n  // Index should only be null when we initialize. If not, it's because the\n  // user called history.pushState or history.replaceState directly, in which\n  // case we should log a warning as it will result in bugs.\n  if (index == null) {\n    index = 0;\n    globalHistory.replaceState({ ...globalHistory.state, idx: index }, \"\");\n  }\n\n  function getIndex(): number {\n    let state = globalHistory.state || { idx: null };\n    return state.idx;\n  }\n\n  function handlePop() {\n    action = Action.Pop;\n    let nextIndex = getIndex();\n    let delta = nextIndex == null ? null : nextIndex - index;\n    index = nextIndex;\n    if (listener) {\n      listener({ action, location: history.location, delta });\n    }\n  }\n\n  function push(to: To, state?: any) {\n    action = Action.Push;\n    let location = createLocation(history.location, to, state);\n    if (validateLocation) validateLocation(location, to);\n\n    index = getIndex() + 1;\n    let historyState = getHistoryState(location, index);\n    let url = history.createHref(location);\n\n    // try...catch because iOS limits us to 100 pushState calls :/\n    try {\n      globalHistory.pushState(historyState, \"\", url);\n    } catch (error) {\n      // If the exception is because `state` can't be serialized, let that throw\n      // outwards just like a replace call would so the dev knows the cause\n      // https://html.spec.whatwg.org/multipage/nav-history-apis.html#shared-history-push/replace-state-steps\n      // https://html.spec.whatwg.org/multipage/structured-data.html#structuredserializeinternal\n      if (error instanceof DOMException && error.name === \"DataCloneError\") {\n        throw error;\n      }\n      // They are going to lose state here, but there is no real\n      // way to warn them about it since the page will refresh...\n      window.location.assign(url);\n    }\n\n    if (v5Compat && listener) {\n      listener({ action, location: history.location, delta: 1 });\n    }\n  }\n\n  function replace(to: To, state?: any) {\n    action = Action.Replace;\n    let location = createLocation(history.location, to, state);\n    if (validateLocation) validateLocation(location, to);\n\n    index = getIndex();\n    let historyState = getHistoryState(location, index);\n    let url = history.createHref(location);\n    globalHistory.replaceState(historyState, \"\", url);\n\n    if (v5Compat && listener) {\n      listener({ action, location: history.location, delta: 0 });\n    }\n  }\n\n  function createURL(to: To): URL {\n    // window.location.origin is \"null\" (the literal string value) in Firefox\n    // under certain conditions, notably when serving from a local HTML file\n    // See https://bugzilla.mozilla.org/show_bug.cgi?id=878297\n    let base =\n      window.location.origin !== \"null\"\n        ? window.location.origin\n        : window.location.href;\n\n    let href = typeof to === \"string\" ? to : createPath(to);\n    // Treating this as a full URL will strip any trailing spaces so we need to\n    // pre-encode them since they might be part of a matching splat param from\n    // an ancestor route\n    href = href.replace(/ $/, \"%20\");\n    invariant(\n      base,\n      `No window.location.(origin|href) available to create URL for href: ${href}`\n    );\n    return new URL(href, base);\n  }\n\n  let history: History = {\n    get action() {\n      return action;\n    },\n    get location() {\n      return getLocation(window, globalHistory);\n    },\n    listen(fn: Listener) {\n      if (listener) {\n        throw new Error(\"A history only accepts one active listener\");\n      }\n      window.addEventListener(PopStateEventType, handlePop);\n      listener = fn;\n\n      return () => {\n        window.removeEventListener(PopStateEventType, handlePop);\n        listener = null;\n      };\n    },\n    createHref(to) {\n      return createHref(window, to);\n    },\n    createURL,\n    encodeLocation(to) {\n      // Encode a Location the same way window.location would\n      let url = createURL(to);\n      return {\n        pathname: url.pathname,\n        search: url.search,\n        hash: url.hash,\n      };\n    },\n    push,\n    replace,\n    go(n) {\n      return globalHistory.go(n);\n    },\n  };\n\n  return history;\n}\n\n//#endregion\n",
  "import type { Location, Path, To } from \"./history\";\nimport { invariant, parsePath, warning } from \"./history\";\n\n/**\n * Map of routeId -> data returned from a loader/action/error\n */\nexport interface RouteData {\n  [routeId: string]: any;\n}\n\nexport enum ResultType {\n  data = \"data\",\n  deferred = \"deferred\",\n  redirect = \"redirect\",\n  error = \"error\",\n}\n\n/**\n * Successful result from a loader or action\n */\nexport interface SuccessResult {\n  type: ResultType.data;\n  data: any;\n  statusCode?: number;\n  headers?: Headers;\n}\n\n/**\n * Successful defer() result from a loader or action\n */\nexport interface DeferredResult {\n  type: ResultType.deferred;\n  deferredData: DeferredData;\n  statusCode?: number;\n  headers?: Headers;\n}\n\n/**\n * Redirect result from a loader or action\n */\nexport interface RedirectResult {\n  type: ResultType.redirect;\n  status: number;\n  location: string;\n  revalidate: boolean;\n  reloadDocument?: boolean;\n}\n\n/**\n * Unsuccessful result from a loader or action\n */\nexport interface ErrorResult {\n  type: ResultType.error;\n  error: any;\n  headers?: Headers;\n}\n\n/**\n * Result from a loader or action - potentially successful or unsuccessful\n */\nexport type DataResult =\n  | SuccessResult\n  | DeferredResult\n  | RedirectResult\n  | ErrorResult;\n\ntype LowerCaseFormMethod = \"get\" | \"post\" | \"put\" | \"patch\" | \"delete\";\ntype UpperCaseFormMethod = Uppercase<LowerCaseFormMethod>;\n\n/**\n * Users can specify either lowercase or uppercase form methods on `<Form>`,\n * useSubmit(), `<fetcher.Form>`, etc.\n */\nexport type HTMLFormMethod = LowerCaseFormMethod | UpperCaseFormMethod;\n\n/**\n * Active navigation/fetcher form methods are exposed in lowercase on the\n * RouterState\n */\nexport type FormMethod = LowerCaseFormMethod;\nexport type MutationFormMethod = Exclude<FormMethod, \"get\">;\n\n/**\n * In v7, active navigation/fetcher form methods are exposed in uppercase on the\n * RouterState.  This is to align with the normalization done via fetch().\n */\nexport type V7_FormMethod = UpperCaseFormMethod;\nexport type V7_MutationFormMethod = Exclude<V7_FormMethod, \"GET\">;\n\nexport type FormEncType =\n  | \"application/x-www-form-urlencoded\"\n  | \"multipart/form-data\"\n  | \"application/json\"\n  | \"text/plain\";\n\n// Thanks https://github.com/sindresorhus/type-fest!\ntype JsonObject = { [Key in string]: JsonValue } & {\n  [Key in string]?: JsonValue | undefined;\n};\ntype JsonArray = JsonValue[] | readonly JsonValue[];\ntype JsonPrimitive = string | number | boolean | null;\ntype JsonValue = JsonPrimitive | JsonObject | JsonArray;\n\n/**\n * @private\n * Internal interface to pass around for action submissions, not intended for\n * external consumption\n */\nexport type Submission =\n  | {\n      formMethod: FormMethod | V7_FormMethod;\n      formAction: string;\n      formEncType: FormEncType;\n      formData: FormData;\n      json: undefined;\n      text: undefined;\n    }\n  | {\n      formMethod: FormMethod | V7_FormMethod;\n      formAction: string;\n      formEncType: FormEncType;\n      formData: undefined;\n      json: JsonValue;\n      text: undefined;\n    }\n  | {\n      formMethod: FormMethod | V7_FormMethod;\n      formAction: string;\n      formEncType: FormEncType;\n      formData: undefined;\n      json: undefined;\n      text: string;\n    };\n\n/**\n * @private\n * Arguments passed to route loader/action functions.  Same for now but we keep\n * this as a private implementation detail in case they diverge in the future.\n */\ninterface DataFunctionArgs<Context> {\n  request: Request;\n  params: Params;\n  context?: Context;\n}\n\n// TODO: (v7) Change the defaults from any to unknown in and remove Remix wrappers:\n//   ActionFunction, ActionFunctionArgs, LoaderFunction, LoaderFunctionArgs\n//   Also, make them a type alias instead of an interface\n\n/**\n * Arguments passed to loader functions\n */\nexport interface LoaderFunctionArgs<Context = any>\n  extends DataFunctionArgs<Context> {}\n\n/**\n * Arguments passed to action functions\n */\nexport interface ActionFunctionArgs<Context = any>\n  extends DataFunctionArgs<Context> {}\n\n/**\n * Loaders and actions can return anything except `undefined` (`null` is a\n * valid return value if there is no data to return).  Responses are preferred\n * and will ease any future migration to Remix\n */\ntype DataFunctionValue = Response | NonNullable<unknown> | null;\n\n/**\n * Route loader function signature\n */\nexport type LoaderFunction<Context = any> = {\n  (args: LoaderFunctionArgs<Context>):\n    | Promise<DataFunctionValue>\n    | DataFunctionValue;\n} & { hydrate?: boolean };\n\n/**\n * Route action function signature\n */\nexport interface ActionFunction<Context = any> {\n  (args: ActionFunctionArgs<Context>):\n    | Promise<DataFunctionValue>\n    | DataFunctionValue;\n}\n\n/**\n * Arguments passed to shouldRevalidate function\n */\nexport interface ShouldRevalidateFunctionArgs {\n  currentUrl: URL;\n  currentParams: AgnosticDataRouteMatch[\"params\"];\n  nextUrl: URL;\n  nextParams: AgnosticDataRouteMatch[\"params\"];\n  formMethod?: Submission[\"formMethod\"];\n  formAction?: Submission[\"formAction\"];\n  formEncType?: Submission[\"formEncType\"];\n  text?: Submission[\"text\"];\n  formData?: Submission[\"formData\"];\n  json?: Submission[\"json\"];\n  actionResult?: any;\n  defaultShouldRevalidate: boolean;\n}\n\n/**\n * Route shouldRevalidate function signature.  This runs after any submission\n * (navigation or fetcher), so we flatten the navigation/fetcher submission\n * onto the arguments.  It shouldn't matter whether it came from a navigation\n * or a fetcher, what really matters is the URLs and the formData since loaders\n * have to re-run based on the data models that were potentially mutated.\n */\nexport interface ShouldRevalidateFunction {\n  (args: ShouldRevalidateFunctionArgs): boolean;\n}\n\n/**\n * Function provided by the framework-aware layers to set `hasErrorBoundary`\n * from the framework-aware `errorElement` prop\n *\n * @deprecated Use `mapRouteProperties` instead\n */\nexport interface DetectErrorBoundaryFunction {\n  (route: AgnosticRouteObject): boolean;\n}\n\n/**\n * Function provided by the framework-aware layers to set any framework-specific\n * properties from framework-agnostic properties\n */\nexport interface MapRoutePropertiesFunction {\n  (route: AgnosticRouteObject): {\n    hasErrorBoundary: boolean;\n  } & Record<string, any>;\n}\n\n/**\n * Keys we cannot change from within a lazy() function. We spread all other keys\n * onto the route. Either they're meaningful to the router, or they'll get\n * ignored.\n */\nexport type ImmutableRouteKey =\n  | \"lazy\"\n  | \"caseSensitive\"\n  | \"path\"\n  | \"id\"\n  | \"index\"\n  | \"children\";\n\nexport const immutableRouteKeys = new Set<ImmutableRouteKey>([\n  \"lazy\",\n  \"caseSensitive\",\n  \"path\",\n  \"id\",\n  \"index\",\n  \"children\",\n]);\n\ntype RequireOne<T, Key = keyof T> = Exclude<\n  {\n    [K in keyof T]: K extends Key ? Omit<T, K> & Required<Pick<T, K>> : never;\n  }[keyof T],\n  undefined\n>;\n\n/**\n * lazy() function to load a route definition, which can add non-matching\n * related properties to a route\n */\nexport interface LazyRouteFunction<R extends AgnosticRouteObject> {\n  (): Promise<RequireOne<Omit<R, ImmutableRouteKey>>>;\n}\n\n/**\n * Base RouteObject with common props shared by all types of routes\n */\ntype AgnosticBaseRouteObject = {\n  caseSensitive?: boolean;\n  path?: string;\n  id?: string;\n  loader?: LoaderFunction;\n  action?: ActionFunction;\n  hasErrorBoundary?: boolean;\n  shouldRevalidate?: ShouldRevalidateFunction;\n  handle?: any;\n  lazy?: LazyRouteFunction<AgnosticBaseRouteObject>;\n};\n\n/**\n * Index routes must not have children\n */\nexport type AgnosticIndexRouteObject = AgnosticBaseRouteObject & {\n  children?: undefined;\n  index: true;\n};\n\n/**\n * Non-index routes may have children, but cannot have index\n */\nexport type AgnosticNonIndexRouteObject = AgnosticBaseRouteObject & {\n  children?: AgnosticRouteObject[];\n  index?: false;\n};\n\n/**\n * A route object represents a logical route, with (optionally) its child\n * routes organized in a tree-like structure.\n */\nexport type AgnosticRouteObject =\n  | AgnosticIndexRouteObject\n  | AgnosticNonIndexRouteObject;\n\nexport type AgnosticDataIndexRouteObject = AgnosticIndexRouteObject & {\n  id: string;\n};\n\nexport type AgnosticDataNonIndexRouteObject = AgnosticNonIndexRouteObject & {\n  children?: AgnosticDataRouteObject[];\n  id: string;\n};\n\n/**\n * A data route object, which is just a RouteObject with a required unique ID\n */\nexport type AgnosticDataRouteObject =\n  | AgnosticDataIndexRouteObject\n  | AgnosticDataNonIndexRouteObject;\n\nexport type RouteManifest = Record<string, AgnosticDataRouteObject | undefined>;\n\n// Recursive helper for finding path parameters in the absence of wildcards\ntype _PathParam<Path extends string> =\n  // split path into individual path segments\n  Path extends `${infer L}/${infer R}`\n    ? _PathParam<L> | _PathParam<R>\n    : // find params after `:`\n    Path extends `:${infer Param}`\n    ? Param extends `${infer Optional}?`\n      ? Optional\n      : Param\n    : // otherwise, there aren't any params present\n      never;\n\n/**\n * Examples:\n * \"/a/b/*\" -> \"*\"\n * \":a\" -> \"a\"\n * \"/a/:b\" -> \"b\"\n * \"/a/blahblahblah:b\" -> \"b\"\n * \"/:a/:b\" -> \"a\" | \"b\"\n * \"/:a/b/:c/*\" -> \"a\" | \"c\" | \"*\"\n */\nexport type PathParam<Path extends string> =\n  // check if path is just a wildcard\n  Path extends \"*\" | \"/*\"\n    ? \"*\"\n    : // look for wildcard at the end of the path\n    Path extends `${infer Rest}/*`\n    ? \"*\" | _PathParam<Rest>\n    : // look for params in the absence of wildcards\n      _PathParam<Path>;\n\n// Attempt to parse the given string segment. If it fails, then just return the\n// plain string type as a default fallback. Otherwise, return the union of the\n// parsed string literals that were referenced as dynamic segments in the route.\nexport type ParamParseKey<Segment extends string> =\n  // if you could not find path params, fallback to `string`\n  [PathParam<Segment>] extends [never] ? string : PathParam<Segment>;\n\n/**\n * The parameters that were parsed from the URL path.\n */\nexport type Params<Key extends string = string> = {\n  readonly [key in Key]: string | undefined;\n};\n\n/**\n * A RouteMatch contains info about how a route matched a URL.\n */\nexport interface AgnosticRouteMatch<\n  ParamKey extends string = string,\n  RouteObjectType extends AgnosticRouteObject = AgnosticRouteObject\n> {\n  /**\n   * The names and values of dynamic parameters in the URL.\n   */\n  params: Params<ParamKey>;\n  /**\n   * The portion of the URL pathname that was matched.\n   */\n  pathname: string;\n  /**\n   * The portion of the URL pathname that was matched before child routes.\n   */\n  pathnameBase: string;\n  /**\n   * The route object that was used to match.\n   */\n  route: RouteObjectType;\n}\n\nexport interface AgnosticDataRouteMatch\n  extends AgnosticRouteMatch<string, AgnosticDataRouteObject> {}\n\nfunction isIndexRoute(\n  route: AgnosticRouteObject\n): route is AgnosticIndexRouteObject {\n  return route.index === true;\n}\n\n// Walk the route tree generating unique IDs where necessary, so we are working\n// solely with AgnosticDataRouteObject's within the Router\nexport function convertRoutesToDataRoutes(\n  routes: AgnosticRouteObject[],\n  mapRouteProperties: MapRoutePropertiesFunction,\n  parentPath: number[] = [],\n  manifest: RouteManifest = {}\n): AgnosticDataRouteObject[] {\n  return routes.map((route, index) => {\n    let treePath = [...parentPath, index];\n    let id = typeof route.id === \"string\" ? route.id : treePath.join(\"-\");\n    invariant(\n      route.index !== true || !route.children,\n      `Cannot specify children on an index route`\n    );\n    invariant(\n      !manifest[id],\n      `Found a route id collision on id \"${id}\".  Route ` +\n        \"id's must be globally unique within Data Router usages\"\n    );\n\n    if (isIndexRoute(route)) {\n      let indexRoute: AgnosticDataIndexRouteObject = {\n        ...route,\n        ...mapRouteProperties(route),\n        id,\n      };\n      manifest[id] = indexRoute;\n      return indexRoute;\n    } else {\n      let pathOrLayoutRoute: AgnosticDataNonIndexRouteObject = {\n        ...route,\n        ...mapRouteProperties(route),\n        id,\n        children: undefined,\n      };\n      manifest[id] = pathOrLayoutRoute;\n\n      if (route.children) {\n        pathOrLayoutRoute.children = convertRoutesToDataRoutes(\n          route.children,\n          mapRouteProperties,\n          treePath,\n          manifest\n        );\n      }\n\n      return pathOrLayoutRoute;\n    }\n  });\n}\n\n/**\n * Matches the given routes to a location and returns the match data.\n *\n * @see https://reactrouter.com/utils/match-routes\n */\nexport function matchRoutes<\n  RouteObjectType extends AgnosticRouteObject = AgnosticRouteObject\n>(\n  routes: RouteObjectType[],\n  locationArg: Partial<Location> | string,\n  basename = \"/\"\n): AgnosticRouteMatch<string, RouteObjectType>[] | null {\n  let location =\n    typeof locationArg === \"string\" ? parsePath(locationArg) : locationArg;\n\n  let pathname = stripBasename(location.pathname || \"/\", basename);\n\n  if (pathname == null) {\n    return null;\n  }\n\n  let branches = flattenRoutes(routes);\n  rankRouteBranches(branches);\n\n  let matches = null;\n  for (let i = 0; matches == null && i < branches.length; ++i) {\n    // Incoming pathnames are generally encoded from either window.location\n    // or from router.navigate, but we want to match against the unencoded\n    // paths in the route definitions.  Memory router locations won't be\n    // encoded here but there also shouldn't be anything to decode so this\n    // should be a safe operation.  This avoids needing matchRoutes to be\n    // history-aware.\n    let decoded = decodePath(pathname);\n    matches = matchRouteBranch<string, RouteObjectType>(branches[i], decoded);\n  }\n\n  return matches;\n}\n\nexport interface UIMatch<Data = unknown, Handle = unknown> {\n  id: string;\n  pathname: string;\n  params: AgnosticRouteMatch[\"params\"];\n  data: Data;\n  handle: Handle;\n}\n\nexport function convertRouteMatchToUiMatch(\n  match: AgnosticDataRouteMatch,\n  loaderData: RouteData\n): UIMatch {\n  let { route, pathname, params } = match;\n  return {\n    id: route.id,\n    pathname,\n    params,\n    data: loaderData[route.id],\n    handle: route.handle,\n  };\n}\n\ninterface RouteMeta<\n  RouteObjectType extends AgnosticRouteObject = AgnosticRouteObject\n> {\n  relativePath: string;\n  caseSensitive: boolean;\n  childrenIndex: number;\n  route: RouteObjectType;\n}\n\ninterface RouteBranch<\n  RouteObjectType extends AgnosticRouteObject = AgnosticRouteObject\n> {\n  path: string;\n  score: number;\n  routesMeta: RouteMeta<RouteObjectType>[];\n}\n\nfunction flattenRoutes<\n  RouteObjectType extends AgnosticRouteObject = AgnosticRouteObject\n>(\n  routes: RouteObjectType[],\n  branches: RouteBranch<RouteObjectType>[] = [],\n  parentsMeta: RouteMeta<RouteObjectType>[] = [],\n  parentPath = \"\"\n): RouteBranch<RouteObjectType>[] {\n  let flattenRoute = (\n    route: RouteObjectType,\n    index: number,\n    relativePath?: string\n  ) => {\n    let meta: RouteMeta<RouteObjectType> = {\n      relativePath:\n        relativePath === undefined ? route.path || \"\" : relativePath,\n      caseSensitive: route.caseSensitive === true,\n      childrenIndex: index,\n      route,\n    };\n\n    if (meta.relativePath.startsWith(\"/\")) {\n      invariant(\n        meta.relativePath.startsWith(parentPath),\n        `Absolute route path \"${meta.relativePath}\" nested under path ` +\n          `\"${parentPath}\" is not valid. An absolute child route path ` +\n          `must start with the combined path of all its parent routes.`\n      );\n\n      meta.relativePath = meta.relativePath.slice(parentPath.length);\n    }\n\n    let path = joinPaths([parentPath, meta.relativePath]);\n    let routesMeta = parentsMeta.concat(meta);\n\n    // Add the children before adding this route to the array, so we traverse the\n    // route tree depth-first and child routes appear before their parents in\n    // the \"flattened\" version.\n    if (route.children && route.children.length > 0) {\n      invariant(\n        // Our types know better, but runtime JS may not!\n        // @ts-expect-error\n        route.index !== true,\n        `Index routes must not have child routes. Please remove ` +\n          `all child routes from route path \"${path}\".`\n      );\n\n      flattenRoutes(route.children, branches, routesMeta, path);\n    }\n\n    // Routes without a path shouldn't ever match by themselves unless they are\n    // index routes, so don't add them to the list of possible branches.\n    if (route.path == null && !route.index) {\n      return;\n    }\n\n    branches.push({\n      path,\n      score: computeScore(path, route.index),\n      routesMeta,\n    });\n  };\n  routes.forEach((route, index) => {\n    // coarse-grain check for optional params\n    if (route.path === \"\" || !route.path?.includes(\"?\")) {\n      flattenRoute(route, index);\n    } else {\n      for (let exploded of explodeOptionalSegments(route.path)) {\n        flattenRoute(route, index, exploded);\n      }\n    }\n  });\n\n  return branches;\n}\n\n/**\n * Computes all combinations of optional path segments for a given path,\n * excluding combinations that are ambiguous and of lower priority.\n *\n * For example, `/one/:two?/three/:four?/:five?` explodes to:\n * - `/one/three`\n * - `/one/:two/three`\n * - `/one/three/:four`\n * - `/one/three/:five`\n * - `/one/:two/three/:four`\n * - `/one/:two/three/:five`\n * - `/one/three/:four/:five`\n * - `/one/:two/three/:four/:five`\n */\nfunction explodeOptionalSegments(path: string): string[] {\n  let segments = path.split(\"/\");\n  if (segments.length === 0) return [];\n\n  let [first, ...rest] = segments;\n\n  // Optional path segments are denoted by a trailing `?`\n  let isOptional = first.endsWith(\"?\");\n  // Compute the corresponding required segment: `foo?` -> `foo`\n  let required = first.replace(/\\?$/, \"\");\n\n  if (rest.length === 0) {\n    // Intepret empty string as omitting an optional segment\n    // `[\"one\", \"\", \"three\"]` corresponds to omitting `:two` from `/one/:two?/three` -> `/one/three`\n    return isOptional ? [required, \"\"] : [required];\n  }\n\n  let restExploded = explodeOptionalSegments(rest.join(\"/\"));\n\n  let result: string[] = [];\n\n  // All child paths with the prefix.  Do this for all children before the\n  // optional version for all children, so we get consistent ordering where the\n  // parent optional aspect is preferred as required.  Otherwise, we can get\n  // child sections interspersed where deeper optional segments are higher than\n  // parent optional segments, where for example, /:two would explode _earlier_\n  // then /:one.  By always including the parent as required _for all children_\n  // first, we avoid this issue\n  result.push(\n    ...restExploded.map((subpath) =>\n      subpath === \"\" ? required : [required, subpath].join(\"/\")\n    )\n  );\n\n  // Then, if this is an optional value, add all child versions without\n  if (isOptional) {\n    result.push(...restExploded);\n  }\n\n  // for absolute paths, ensure `/` instead of empty segment\n  return result.map((exploded) =>\n    path.startsWith(\"/\") && exploded === \"\" ? \"/\" : exploded\n  );\n}\n\nfunction rankRouteBranches(branches: RouteBranch[]): void {\n  branches.sort((a, b) =>\n    a.score !== b.score\n      ? b.score - a.score // Higher score first\n      : compareIndexes(\n          a.routesMeta.map((meta) => meta.childrenIndex),\n          b.routesMeta.map((meta) => meta.childrenIndex)\n        )\n  );\n}\n\nconst paramRe = /^:[\\w-]+$/;\nconst dynamicSegmentValue = 3;\nconst indexRouteValue = 2;\nconst emptySegmentValue = 1;\nconst staticSegmentValue = 10;\nconst splatPenalty = -2;\nconst isSplat = (s: string) => s === \"*\";\n\nfunction computeScore(path: string, index: boolean | undefined): number {\n  let segments = path.split(\"/\");\n  let initialScore = segments.length;\n  if (segments.some(isSplat)) {\n    initialScore += splatPenalty;\n  }\n\n  if (index) {\n    initialScore += indexRouteValue;\n  }\n\n  return segments\n    .filter((s) => !isSplat(s))\n    .reduce(\n      (score, segment) =>\n        score +\n        (paramRe.test(segment)\n          ? dynamicSegmentValue\n          : segment === \"\"\n          ? emptySegmentValue\n          : staticSegmentValue),\n      initialScore\n    );\n}\n\nfunction compareIndexes(a: number[], b: number[]): number {\n  let siblings =\n    a.length === b.length && a.slice(0, -1).every((n, i) => n === b[i]);\n\n  return siblings\n    ? // If two routes are siblings, we should try to match the earlier sibling\n      // first. This allows people to have fine-grained control over the matching\n      // behavior by simply putting routes with identical paths in the order they\n      // want them tried.\n      a[a.length - 1] - b[b.length - 1]\n    : // Otherwise, it doesn't really make sense to rank non-siblings by index,\n      // so they sort equally.\n      0;\n}\n\nfunction matchRouteBranch<\n  ParamKey extends string = string,\n  RouteObjectType extends AgnosticRouteObject = AgnosticRouteObject\n>(\n  branch: RouteBranch<RouteObjectType>,\n  pathname: string\n): AgnosticRouteMatch<ParamKey, RouteObjectType>[] | null {\n  let { routesMeta } = branch;\n\n  let matchedParams = {};\n  let matchedPathname = \"/\";\n  let matches: AgnosticRouteMatch<ParamKey, RouteObjectType>[] = [];\n  for (let i = 0; i < routesMeta.length; ++i) {\n    let meta = routesMeta[i];\n    let end = i === routesMeta.length - 1;\n    let remainingPathname =\n      matchedPathname === \"/\"\n        ? pathname\n        : pathname.slice(matchedPathname.length) || \"/\";\n    let match = matchPath(\n      { path: meta.relativePath, caseSensitive: meta.caseSensitive, end },\n      remainingPathname\n    );\n\n    if (!match) return null;\n\n    Object.assign(matchedParams, match.params);\n\n    let route = meta.route;\n\n    matches.push({\n      // TODO: Can this as be avoided?\n      params: matchedParams as Params<ParamKey>,\n      pathname: joinPaths([matchedPathname, match.pathname]),\n      pathnameBase: normalizePathname(\n        joinPaths([matchedPathname, match.pathnameBase])\n      ),\n      route,\n    });\n\n    if (match.pathnameBase !== \"/\") {\n      matchedPathname = joinPaths([matchedPathname, match.pathnameBase]);\n    }\n  }\n\n  return matches;\n}\n\n/**\n * Returns a path with params interpolated.\n *\n * @see https://reactrouter.com/utils/generate-path\n */\nexport function generatePath<Path extends string>(\n  originalPath: Path,\n  params: {\n    [key in PathParam<Path>]: string | null;\n  } = {} as any\n): string {\n  let path: string = originalPath;\n  if (path.endsWith(\"*\") && path !== \"*\" && !path.endsWith(\"/*\")) {\n    warning(\n      false,\n      `Route path \"${path}\" will be treated as if it were ` +\n        `\"${path.replace(/\\*$/, \"/*\")}\" because the \\`*\\` character must ` +\n        `always follow a \\`/\\` in the pattern. To get rid of this warning, ` +\n        `please change the route path to \"${path.replace(/\\*$/, \"/*\")}\".`\n    );\n    path = path.replace(/\\*$/, \"/*\") as Path;\n  }\n\n  // ensure `/` is added at the beginning if the path is absolute\n  const prefix = path.startsWith(\"/\") ? \"/\" : \"\";\n\n  const stringify = (p: any) =>\n    p == null ? \"\" : typeof p === \"string\" ? p : String(p);\n\n  const segments = path\n    .split(/\\/+/)\n    .map((segment, index, array) => {\n      const isLastSegment = index === array.length - 1;\n\n      // only apply the splat if it's the last segment\n      if (isLastSegment && segment === \"*\") {\n        const star = \"*\" as PathParam<Path>;\n        // Apply the splat\n        return stringify(params[star]);\n      }\n\n      const keyMatch = segment.match(/^:([\\w-]+)(\\??)$/);\n      if (keyMatch) {\n        const [, key, optional] = keyMatch;\n        let param = params[key as PathParam<Path>];\n        invariant(optional === \"?\" || param != null, `Missing \":${key}\" param`);\n        return stringify(param);\n      }\n\n      // Remove any optional markers from optional static segments\n      return segment.replace(/\\?$/g, \"\");\n    })\n    // Remove empty segments\n    .filter((segment) => !!segment);\n\n  return prefix + segments.join(\"/\");\n}\n\n/**\n * A PathPattern is used to match on some portion of a URL pathname.\n */\nexport interface PathPattern<Path extends string = string> {\n  /**\n   * A string to match against a URL pathname. May contain `:id`-style segments\n   * to indicate placeholders for dynamic parameters. May also end with `/*` to\n   * indicate matching the rest of the URL pathname.\n   */\n  path: Path;\n  /**\n   * Should be `true` if the static portions of the `path` should be matched in\n   * the same case.\n   */\n  caseSensitive?: boolean;\n  /**\n   * Should be `true` if this pattern should match the entire URL pathname.\n   */\n  end?: boolean;\n}\n\n/**\n * A PathMatch contains info about how a PathPattern matched on a URL pathname.\n */\nexport interface PathMatch<ParamKey extends string = string> {\n  /**\n   * The names and values of dynamic parameters in the URL.\n   */\n  params: Params<ParamKey>;\n  /**\n   * The portion of the URL pathname that was matched.\n   */\n  pathname: string;\n  /**\n   * The portion of the URL pathname that was matched before child routes.\n   */\n  pathnameBase: string;\n  /**\n   * The pattern that was used to match.\n   */\n  pattern: PathPattern;\n}\n\ntype Mutable<T> = {\n  -readonly [P in keyof T]: T[P];\n};\n\n/**\n * Performs pattern matching on a URL pathname and returns information about\n * the match.\n *\n * @see https://reactrouter.com/utils/match-path\n */\nexport function matchPath<\n  ParamKey extends ParamParseKey<Path>,\n  Path extends string\n>(\n  pattern: PathPattern<Path> | Path,\n  pathname: string\n): PathMatch<ParamKey> | null {\n  if (typeof pattern === \"string\") {\n    pattern = { path: pattern, caseSensitive: false, end: true };\n  }\n\n  let [matcher, compiledParams] = compilePath(\n    pattern.path,\n    pattern.caseSensitive,\n    pattern.end\n  );\n\n  let match = pathname.match(matcher);\n  if (!match) return null;\n\n  let matchedPathname = match[0];\n  let pathnameBase = matchedPathname.replace(/(.)\\/+$/, \"$1\");\n  let captureGroups = match.slice(1);\n  let params: Params = compiledParams.reduce<Mutable<Params>>(\n    (memo, { paramName, isOptional }, index) => {\n      // We need to compute the pathnameBase here using the raw splat value\n      // instead of using params[\"*\"] later because it will be decoded then\n      if (paramName === \"*\") {\n        let splatValue = captureGroups[index] || \"\";\n        pathnameBase = matchedPathname\n          .slice(0, matchedPathname.length - splatValue.length)\n          .replace(/(.)\\/+$/, \"$1\");\n      }\n\n      const value = captureGroups[index];\n      if (isOptional && !value) {\n        memo[paramName] = undefined;\n      } else {\n        memo[paramName] = (value || \"\").replace(/%2F/g, \"/\");\n      }\n      return memo;\n    },\n    {}\n  );\n\n  return {\n    params,\n    pathname: matchedPathname,\n    pathnameBase,\n    pattern,\n  };\n}\n\ntype CompiledPathParam = { paramName: string; isOptional?: boolean };\n\nfunction compilePath(\n  path: string,\n  caseSensitive = false,\n  end = true\n): [RegExp, CompiledPathParam[]] {\n  warning(\n    path === \"*\" || !path.endsWith(\"*\") || path.endsWith(\"/*\"),\n    `Route path \"${path}\" will be treated as if it were ` +\n      `\"${path.replace(/\\*$/, \"/*\")}\" because the \\`*\\` character must ` +\n      `always follow a \\`/\\` in the pattern. To get rid of this warning, ` +\n      `please change the route path to \"${path.replace(/\\*$/, \"/*\")}\".`\n  );\n\n  let params: CompiledPathParam[] = [];\n  let regexpSource =\n    \"^\" +\n    path\n      .replace(/\\/*\\*?$/, \"\") // Ignore trailing / and /*, we'll handle it below\n      .replace(/^\\/*/, \"/\") // Make sure it has a leading /\n      .replace(/[\\\\.*+^${}|()[\\]]/g, \"\\\\$&\") // Escape special regex chars\n      .replace(\n        /\\/:([\\w-]+)(\\?)?/g,\n        (_: string, paramName: string, isOptional) => {\n          params.push({ paramName, isOptional: isOptional != null });\n          return isOptional ? \"/?([^\\\\/]+)?\" : \"/([^\\\\/]+)\";\n        }\n      );\n\n  if (path.endsWith(\"*\")) {\n    params.push({ paramName: \"*\" });\n    regexpSource +=\n      path === \"*\" || path === \"/*\"\n        ? \"(.*)$\" // Already matched the initial /, just match the rest\n        : \"(?:\\\\/(.+)|\\\\/*)$\"; // Don't include the / in params[\"*\"]\n  } else if (end) {\n    // When matching to the end, ignore trailing slashes\n    regexpSource += \"\\\\/*$\";\n  } else if (path !== \"\" && path !== \"/\") {\n    // If our path is non-empty and contains anything beyond an initial slash,\n    // then we have _some_ form of path in our regex, so we should expect to\n    // match only if we find the end of this path segment.  Look for an optional\n    // non-captured trailing slash (to match a portion of the URL) or the end\n    // of the path (if we've matched to the end).  We used to do this with a\n    // word boundary but that gives false positives on routes like\n    // /user-preferences since `-` counts as a word boundary.\n    regexpSource += \"(?:(?=\\\\/|$))\";\n  } else {\n    // Nothing to match for \"\" or \"/\"\n  }\n\n  let matcher = new RegExp(regexpSource, caseSensitive ? undefined : \"i\");\n\n  return [matcher, params];\n}\n\nfunction decodePath(value: string) {\n  try {\n    return value\n      .split(\"/\")\n      .map((v) => decodeURIComponent(v).replace(/\\//g, \"%2F\"))\n      .join(\"/\");\n  } catch (error) {\n    warning(\n      false,\n      `The URL path \"${value}\" could not be decoded because it is is a ` +\n        `malformed URL segment. This is probably due to a bad percent ` +\n        `encoding (${error}).`\n    );\n\n    return value;\n  }\n}\n\n/**\n * @private\n */\nexport function stripBasename(\n  pathname: string,\n  basename: string\n): string | null {\n  if (basename === \"/\") return pathname;\n\n  if (!pathname.toLowerCase().startsWith(basename.toLowerCase())) {\n    return null;\n  }\n\n  // We want to leave trailing slash behavior in the user's control, so if they\n  // specify a basename with a trailing slash, we should support it\n  let startIndex = basename.endsWith(\"/\")\n    ? basename.length - 1\n    : basename.length;\n  let nextChar = pathname.charAt(startIndex);\n  if (nextChar && nextChar !== \"/\") {\n    // pathname does not start with basename/\n    return null;\n  }\n\n  return pathname.slice(startIndex) || \"/\";\n}\n\n/**\n * Returns a resolved path object relative to the given pathname.\n *\n * @see https://reactrouter.com/utils/resolve-path\n */\nexport function resolvePath(to: To, fromPathname = \"/\"): Path {\n  let {\n    pathname: toPathname,\n    search = \"\",\n    hash = \"\",\n  } = typeof to === \"string\" ? parsePath(to) : to;\n\n  let pathname = toPathname\n    ? toPathname.startsWith(\"/\")\n      ? toPathname\n      : resolvePathname(toPathname, fromPathname)\n    : fromPathname;\n\n  return {\n    pathname,\n    search: normalizeSearch(search),\n    hash: normalizeHash(hash),\n  };\n}\n\nfunction resolvePathname(relativePath: string, fromPathname: string): string {\n  let segments = fromPathname.replace(/\\/+$/, \"\").split(\"/\");\n  let relativeSegments = relativePath.split(\"/\");\n\n  relativeSegments.forEach((segment) => {\n    if (segment === \"..\") {\n      // Keep the root \"\" segment so the pathname starts at /\n      if (segments.length > 1) segments.pop();\n    } else if (segment !== \".\") {\n      segments.push(segment);\n    }\n  });\n\n  return segments.length > 1 ? segments.join(\"/\") : \"/\";\n}\n\nfunction getInvalidPathError(\n  char: string,\n  field: string,\n  dest: string,\n  path: Partial<Path>\n) {\n  return (\n    `Cannot include a '${char}' character in a manually specified ` +\n    `\\`to.${field}\\` field [${JSON.stringify(\n      path\n    )}].  Please separate it out to the ` +\n    `\\`to.${dest}\\` field. Alternatively you may provide the full path as ` +\n    `a string in <Link to=\"...\"> and the router will parse it for you.`\n  );\n}\n\n/**\n * @private\n *\n * When processing relative navigation we want to ignore ancestor routes that\n * do not contribute to the path, such that index/pathless layout routes don't\n * interfere.\n *\n * For example, when moving a route element into an index route and/or a\n * pathless layout route, relative link behavior contained within should stay\n * the same.  Both of the following examples should link back to the root:\n *\n *   <Route path=\"/\">\n *     <Route path=\"accounts\" element={<Link to=\"..\"}>\n *   </Route>\n *\n *   <Route path=\"/\">\n *     <Route path=\"accounts\">\n *       <Route element={<AccountsLayout />}>       // <-- Does not contribute\n *         <Route index element={<Link to=\"..\"} />  // <-- Does not contribute\n *       </Route\n *     </Route>\n *   </Route>\n */\nexport function getPathContributingMatches<\n  T extends AgnosticRouteMatch = AgnosticRouteMatch\n>(matches: T[]) {\n  return matches.filter(\n    (match, index) =>\n      index === 0 || (match.route.path && match.route.path.length > 0)\n  );\n}\n\n// Return the array of pathnames for the current route matches - used to\n// generate the routePathnames input for resolveTo()\nexport function getResolveToMatches<\n  T extends AgnosticRouteMatch = AgnosticRouteMatch\n>(matches: T[], v7_relativeSplatPath: boolean) {\n  let pathMatches = getPathContributingMatches(matches);\n\n  // When v7_relativeSplatPath is enabled, use the full pathname for the leaf\n  // match so we include splat values for \".\" links.  See:\n  // https://github.com/remix-run/react-router/issues/11052#issuecomment-1836589329\n  if (v7_relativeSplatPath) {\n    return pathMatches.map((match, idx) =>\n      idx === matches.length - 1 ? match.pathname : match.pathnameBase\n    );\n  }\n\n  return pathMatches.map((match) => match.pathnameBase);\n}\n\n/**\n * @private\n */\nexport function resolveTo(\n  toArg: To,\n  routePathnames: string[],\n  locationPathname: string,\n  isPathRelative = false\n): Path {\n  let to: Partial<Path>;\n  if (typeof toArg === \"string\") {\n    to = parsePath(toArg);\n  } else {\n    to = { ...toArg };\n\n    invariant(\n      !to.pathname || !to.pathname.includes(\"?\"),\n      getInvalidPathError(\"?\", \"pathname\", \"search\", to)\n    );\n    invariant(\n      !to.pathname || !to.pathname.includes(\"#\"),\n      getInvalidPathError(\"#\", \"pathname\", \"hash\", to)\n    );\n    invariant(\n      !to.search || !to.search.includes(\"#\"),\n      getInvalidPathError(\"#\", \"search\", \"hash\", to)\n    );\n  }\n\n  let isEmptyPath = toArg === \"\" || to.pathname === \"\";\n  let toPathname = isEmptyPath ? \"/\" : to.pathname;\n\n  let from: string;\n\n  // Routing is relative to the current pathname if explicitly requested.\n  //\n  // If a pathname is explicitly provided in `to`, it should be relative to the\n  // route context. This is explained in `Note on `<Link to>` values` in our\n  // migration guide from v5 as a means of disambiguation between `to` values\n  // that begin with `/` and those that do not. However, this is problematic for\n  // `to` values that do not provide a pathname. `to` can simply be a search or\n  // hash string, in which case we should assume that the navigation is relative\n  // to the current location's pathname and *not* the route pathname.\n  if (toPathname == null) {\n    from = locationPathname;\n  } else {\n    let routePathnameIndex = routePathnames.length - 1;\n\n    // With relative=\"route\" (the default), each leading .. segment means\n    // \"go up one route\" instead of \"go up one URL segment\".  This is a key\n    // difference from how <a href> works and a major reason we call this a\n    // \"to\" value instead of a \"href\".\n    if (!isPathRelative && toPathname.startsWith(\"..\")) {\n      let toSegments = toPathname.split(\"/\");\n\n      while (toSegments[0] === \"..\") {\n        toSegments.shift();\n        routePathnameIndex -= 1;\n      }\n\n      to.pathname = toSegments.join(\"/\");\n    }\n\n    from = routePathnameIndex >= 0 ? routePathnames[routePathnameIndex] : \"/\";\n  }\n\n  let path = resolvePath(to, from);\n\n  // Ensure the pathname has a trailing slash if the original \"to\" had one\n  let hasExplicitTrailingSlash =\n    toPathname && toPathname !== \"/\" && toPathname.endsWith(\"/\");\n  // Or if this was a link to the current path which has a trailing slash\n  let hasCurrentTrailingSlash =\n    (isEmptyPath || toPathname === \".\") && locationPathname.endsWith(\"/\");\n  if (\n    !path.pathname.endsWith(\"/\") &&\n    (hasExplicitTrailingSlash || hasCurrentTrailingSlash)\n  ) {\n    path.pathname += \"/\";\n  }\n\n  return path;\n}\n\n/**\n * @private\n */\nexport function getToPathname(to: To): string | undefined {\n  // Empty strings should be treated the same as / paths\n  return to === \"\" || (to as Path).pathname === \"\"\n    ? \"/\"\n    : typeof to === \"string\"\n    ? parsePath(to).pathname\n    : to.pathname;\n}\n\n/**\n * @private\n */\nexport const joinPaths = (paths: string[]): string =>\n  paths.join(\"/\").replace(/\\/\\/+/g, \"/\");\n\n/**\n * @private\n */\nexport const normalizePathname = (pathname: string): string =>\n  pathname.replace(/\\/+$/, \"\").replace(/^\\/*/, \"/\");\n\n/**\n * @private\n */\nexport const normalizeSearch = (search: string): string =>\n  !search || search === \"?\"\n    ? \"\"\n    : search.startsWith(\"?\")\n    ? search\n    : \"?\" + search;\n\n/**\n * @private\n */\nexport const normalizeHash = (hash: string): string =>\n  !hash || hash === \"#\" ? \"\" : hash.startsWith(\"#\") ? hash : \"#\" + hash;\n\nexport type JsonFunction = <Data>(\n  data: Data,\n  init?: number | ResponseInit\n) => Response;\n\n/**\n * This is a shortcut for creating `application/json` responses. Converts `data`\n * to JSON and sets the `Content-Type` header.\n */\nexport const json: JsonFunction = (data, init = {}) => {\n  let responseInit = typeof init === \"number\" ? { status: init } : init;\n\n  let headers = new Headers(responseInit.headers);\n  if (!headers.has(\"Content-Type\")) {\n    headers.set(\"Content-Type\", \"application/json; charset=utf-8\");\n  }\n\n  return new Response(JSON.stringify(data), {\n    ...responseInit,\n    headers,\n  });\n};\n\nexport interface TrackedPromise extends Promise<any> {\n  _tracked?: boolean;\n  _data?: any;\n  _error?: any;\n}\n\nexport class AbortedDeferredError extends Error {}\n\nexport class DeferredData {\n  private pendingKeysSet: Set<string> = new Set<string>();\n  private controller: AbortController;\n  private abortPromise: Promise<void>;\n  private unlistenAbortSignal: () => void;\n  private subscribers: Set<(aborted: boolean, settledKey?: string) => void> =\n    new Set();\n  data: Record<string, unknown>;\n  init?: ResponseInit;\n  deferredKeys: string[] = [];\n\n  constructor(data: Record<string, unknown>, responseInit?: ResponseInit) {\n    invariant(\n      data && typeof data === \"object\" && !Array.isArray(data),\n      \"defer() only accepts plain objects\"\n    );\n\n    // Set up an AbortController + Promise we can race against to exit early\n    // cancellation\n    let reject: (e: AbortedDeferredError) => void;\n    this.abortPromise = new Promise((_, r) => (reject = r));\n    this.controller = new AbortController();\n    let onAbort = () =>\n      reject(new AbortedDeferredError(\"Deferred data aborted\"));\n    this.unlistenAbortSignal = () =>\n      this.controller.signal.removeEventListener(\"abort\", onAbort);\n    this.controller.signal.addEventListener(\"abort\", onAbort);\n\n    this.data = Object.entries(data).reduce(\n      (acc, [key, value]) =>\n        Object.assign(acc, {\n          [key]: this.trackPromise(key, value),\n        }),\n      {}\n    );\n\n    if (this.done) {\n      // All incoming values were resolved\n      this.unlistenAbortSignal();\n    }\n\n    this.init = responseInit;\n  }\n\n  private trackPromise(\n    key: string,\n    value: Promise<unknown> | unknown\n  ): TrackedPromise | unknown {\n    if (!(value instanceof Promise)) {\n      return value;\n    }\n\n    this.deferredKeys.push(key);\n    this.pendingKeysSet.add(key);\n\n    // We store a little wrapper promise that will be extended with\n    // _data/_error props upon resolve/reject\n    let promise: TrackedPromise = Promise.race([value, this.abortPromise]).then(\n      (data) => this.onSettle(promise, key, undefined, data as unknown),\n      (error) => this.onSettle(promise, key, error as unknown)\n    );\n\n    // Register rejection listeners to avoid uncaught promise rejections on\n    // errors or aborted deferred values\n    promise.catch(() => {});\n\n    Object.defineProperty(promise, \"_tracked\", { get: () => true });\n    return promise;\n  }\n\n  private onSettle(\n    promise: TrackedPromise,\n    key: string,\n    error: unknown,\n    data?: unknown\n  ): unknown {\n    if (\n      this.controller.signal.aborted &&\n      error instanceof AbortedDeferredError\n    ) {\n      this.unlistenAbortSignal();\n      Object.defineProperty(promise, \"_error\", { get: () => error });\n      return Promise.reject(error);\n    }\n\n    this.pendingKeysSet.delete(key);\n\n    if (this.done) {\n      // Nothing left to abort!\n      this.unlistenAbortSignal();\n    }\n\n    // If the promise was resolved/rejected with undefined, we'll throw an error as you\n    // should always resolve with a value or null\n    if (error === undefined && data === undefined) {\n      let undefinedError = new Error(\n        `Deferred data for key \"${key}\" resolved/rejected with \\`undefined\\`, ` +\n          `you must resolve/reject with a value or \\`null\\`.`\n      );\n      Object.defineProperty(promise, \"_error\", { get: () => undefinedError });\n      this.emit(false, key);\n      return Promise.reject(undefinedError);\n    }\n\n    if (data === undefined) {\n      Object.defineProperty(promise, \"_error\", { get: () => error });\n      this.emit(false, key);\n      return Promise.reject(error);\n    }\n\n    Object.defineProperty(promise, \"_data\", { get: () => data });\n    this.emit(false, key);\n    return data;\n  }\n\n  private emit(aborted: boolean, settledKey?: string) {\n    this.subscribers.forEach((subscriber) => subscriber(aborted, settledKey));\n  }\n\n  subscribe(fn: (aborted: boolean, settledKey?: string) => void) {\n    this.subscribers.add(fn);\n    return () => this.subscribers.delete(fn);\n  }\n\n  cancel() {\n    this.controller.abort();\n    this.pendingKeysSet.forEach((v, k) => this.pendingKeysSet.delete(k));\n    this.emit(true);\n  }\n\n  async resolveData(signal: AbortSignal) {\n    let aborted = false;\n    if (!this.done) {\n      let onAbort = () => this.cancel();\n      signal.addEventListener(\"abort\", onAbort);\n      aborted = await new Promise((resolve) => {\n        this.subscribe((aborted) => {\n          signal.removeEventListener(\"abort\", onAbort);\n          if (aborted || this.done) {\n            resolve(aborted);\n          }\n        });\n      });\n    }\n    return aborted;\n  }\n\n  get done() {\n    return this.pendingKeysSet.size === 0;\n  }\n\n  get unwrappedData() {\n    invariant(\n      this.data !== null && this.done,\n      \"Can only unwrap data on initialized and settled deferreds\"\n    );\n\n    return Object.entries(this.data).reduce(\n      (acc, [key, value]) =>\n        Object.assign(acc, {\n          [key]: unwrapTrackedPromise(value),\n        }),\n      {}\n    );\n  }\n\n  get pendingKeys() {\n    return Array.from(this.pendingKeysSet);\n  }\n}\n\nfunction isTrackedPromise(value: any): value is TrackedPromise {\n  return (\n    value instanceof Promise && (value as TrackedPromise)._tracked === true\n  );\n}\n\nfunction unwrapTrackedPromise(value: any) {\n  if (!isTrackedPromise(value)) {\n    return value;\n  }\n\n  if (value._error) {\n    throw value._error;\n  }\n  return value._data;\n}\n\nexport type DeferFunction = (\n  data: Record<string, unknown>,\n  init?: number | ResponseInit\n) => DeferredData;\n\nexport const defer: DeferFunction = (data, init = {}) => {\n  let responseInit = typeof init === \"number\" ? { status: init } : init;\n\n  return new DeferredData(data, responseInit);\n};\n\nexport type RedirectFunction = (\n  url: string,\n  init?: number | ResponseInit\n) => Response;\n\n/**\n * A redirect response. Sets the status code and the `Location` header.\n * Defaults to \"302 Found\".\n */\nexport const redirect: RedirectFunction = (url, init = 302) => {\n  let responseInit = init;\n  if (typeof responseInit === \"number\") {\n    responseInit = { status: responseInit };\n  } else if (typeof responseInit.status === \"undefined\") {\n    responseInit.status = 302;\n  }\n\n  let headers = new Headers(responseInit.headers);\n  headers.set(\"Location\", url);\n\n  return new Response(null, {\n    ...responseInit,\n    headers,\n  });\n};\n\n/**\n * A redirect response that will force a document reload to the new location.\n * Sets the status code and the `Location` header.\n * Defaults to \"302 Found\".\n */\nexport const redirectDocument: RedirectFunction = (url, init) => {\n  let response = redirect(url, init);\n  response.headers.set(\"X-Remix-Reload-Document\", \"true\");\n  return response;\n};\n\nexport type ErrorResponse = {\n  status: number;\n  statusText: string;\n  data: any;\n};\n\n/**\n * @private\n * Utility class we use to hold auto-unwrapped 4xx/5xx Response bodies\n *\n * We don't export the class for public use since it's an implementation\n * detail, but we export the interface above so folks can build their own\n * abstractions around instances via isRouteErrorResponse()\n */\nexport class ErrorResponseImpl implements ErrorResponse {\n  status: number;\n  statusText: string;\n  data: any;\n  private error?: Error;\n  private internal: boolean;\n\n  constructor(\n    status: number,\n    statusText: string | undefined,\n    data: any,\n    internal = false\n  ) {\n    this.status = status;\n    this.statusText = statusText || \"\";\n    this.internal = internal;\n    if (data instanceof Error) {\n      this.data = data.toString();\n      this.error = data;\n    } else {\n      this.data = data;\n    }\n  }\n}\n\n/**\n * Check if the given error is an ErrorResponse generated from a 4xx/5xx\n * Response thrown from an action/loader\n */\nexport function isRouteErrorResponse(error: any): error is ErrorResponse {\n  return (\n    error != null &&\n    typeof error.status === \"number\" &&\n    typeof error.statusText === \"string\" &&\n    typeof error.internal === \"boolean\" &&\n    \"data\" in error\n  );\n}\n",
  "import type { History, Location, Path, To } from \"./history\";\nimport {\n  Action as HistoryAction,\n  createLocation,\n  createPath,\n  invariant,\n  parsePath,\n  warning,\n} from \"./history\";\nimport type {\n  ActionFunction,\n  AgnosticDataRouteMatch,\n  AgnosticDataRouteObject,\n  AgnosticRouteObject,\n  DataResult,\n  DeferredData,\n  DeferredResult,\n  DetectErrorBoundaryFunction,\n  ErrorResult,\n  FormEncType,\n  FormMethod,\n  HTMLFormMethod,\n  ImmutableRouteKey,\n  LoaderFunction,\n  MapRoutePropertiesFunction,\n  MutationFormMethod,\n  RedirectResult,\n  RouteData,\n  RouteManifest,\n  ShouldRevalidateFunctionArgs,\n  Submission,\n  SuccessResult,\n  UIMatch,\n  V7_FormMethod,\n  V7_MutationFormMethod,\n} from \"./utils\";\nimport {\n  ErrorResponseImpl,\n  ResultType,\n  convertRouteMatchToUiMatch,\n  convertRoutesToDataRoutes,\n  getPathContributingMatches,\n  getResolveToMatches,\n  immutableRouteKeys,\n  isRouteErrorResponse,\n  joinPaths,\n  matchRoutes,\n  resolveTo,\n  stripBasename,\n} from \"./utils\";\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Types and Constants\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * A Router instance manages all navigation and data loading/mutations\n */\nexport interface Router {\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Return the basename for the router\n   */\n  get basename(): RouterInit[\"basename\"];\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Return the future config for the router\n   */\n  get future(): FutureConfig;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Return the current state of the router\n   */\n  get state(): RouterState;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Return the routes for this router instance\n   */\n  get routes(): AgnosticDataRouteObject[];\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Return the window associated with the router\n   */\n  get window(): RouterInit[\"window\"];\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Initialize the router, including adding history listeners and kicking off\n   * initial data fetches.  Returns a function to cleanup listeners and abort\n   * any in-progress loads\n   */\n  initialize(): Router;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Subscribe to router.state updates\n   *\n   * @param fn function to call with the new state\n   */\n  subscribe(fn: RouterSubscriber): () => void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Enable scroll restoration behavior in the router\n   *\n   * @param savedScrollPositions Object that will manage positions, in case\n   *                             it's being restored from sessionStorage\n   * @param getScrollPosition    Function to get the active Y scroll position\n   * @param getKey               Function to get the key to use for restoration\n   */\n  enableScrollRestoration(\n    savedScrollPositions: Record<string, number>,\n    getScrollPosition: GetScrollPositionFunction,\n    getKey?: GetScrollRestorationKeyFunction\n  ): () => void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Navigate forward/backward in the history stack\n   * @param to Delta to move in the history stack\n   */\n  navigate(to: number): Promise<void>;\n\n  /**\n   * Navigate to the given path\n   * @param to Path to navigate to\n   * @param opts Navigation options (method, submission, etc.)\n   */\n  navigate(to: To | null, opts?: RouterNavigateOptions): Promise<void>;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Trigger a fetcher load/submission\n   *\n   * @param key     Fetcher key\n   * @param routeId Route that owns the fetcher\n   * @param href    href to fetch\n   * @param opts    Fetcher options, (method, submission, etc.)\n   */\n  fetch(\n    key: string,\n    routeId: string,\n    href: string | null,\n    opts?: RouterFetchOptions\n  ): void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Trigger a revalidation of all current route loaders and fetcher loads\n   */\n  revalidate(): void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Utility function to create an href for the given location\n   * @param location\n   */\n  createHref(location: Location | URL): string;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Utility function to URL encode a destination path according to the internal\n   * history implementation\n   * @param to\n   */\n  encodeLocation(to: To): Path;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Get/create a fetcher for the given key\n   * @param key\n   */\n  getFetcher<TData = any>(key: string): Fetcher<TData>;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Delete the fetcher for a given key\n   * @param key\n   */\n  deleteFetcher(key: string): void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Cleanup listeners and abort any in-progress loads\n   */\n  dispose(): void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Get a navigation blocker\n   * @param key The identifier for the blocker\n   * @param fn The blocker function implementation\n   */\n  getBlocker(key: string, fn: BlockerFunction): Blocker;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Delete a navigation blocker\n   * @param key The identifier for the blocker\n   */\n  deleteBlocker(key: string): void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * HMR needs to pass in-flight route updates to React Router\n   * TODO: Replace this with granular route update APIs (addRoute, updateRoute, deleteRoute)\n   */\n  _internalSetRoutes(routes: AgnosticRouteObject[]): void;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Internal fetch AbortControllers accessed by unit tests\n   */\n  _internalFetchControllers: Map<string, AbortController>;\n\n  /**\n   * @internal\n   * PRIVATE - DO NOT USE\n   *\n   * Internal pending DeferredData instances accessed by unit tests\n   */\n  _internalActiveDeferreds: Map<string, DeferredData>;\n}\n\n/**\n * State maintained internally by the router.  During a navigation, all states\n * reflect the the \"old\" location unless otherwise noted.\n */\nexport interface RouterState {\n  /**\n   * The action of the most recent navigation\n   */\n  historyAction: HistoryAction;\n\n  /**\n   * The current location reflected by the router\n   */\n  location: Location;\n\n  /**\n   * The current set of route matches\n   */\n  matches: AgnosticDataRouteMatch[];\n\n  /**\n   * Tracks whether we've completed our initial data load\n   */\n  initialized: boolean;\n\n  /**\n   * Current scroll position we should start at for a new view\n   *  - number -> scroll position to restore to\n   *  - false -> do not restore scroll at all (used during submissions)\n   *  - null -> don't have a saved position, scroll to hash or top of page\n   */\n  restoreScrollPosition: number | false | null;\n\n  /**\n   * Indicate whether this navigation should skip resetting the scroll position\n   * if we are unable to restore the scroll position\n   */\n  preventScrollReset: boolean;\n\n  /**\n   * Tracks the state of the current navigation\n   */\n  navigation: Navigation;\n\n  /**\n   * Tracks any in-progress revalidations\n   */\n  revalidation: RevalidationState;\n\n  /**\n   * Data from the loaders for the current matches\n   */\n  loaderData: RouteData;\n\n  /**\n   * Data from the action for the current matches\n   */\n  actionData: RouteData | null;\n\n  /**\n   * Errors caught from loaders for the current matches\n   */\n  errors: RouteData | null;\n\n  /**\n   * Map of current fetchers\n   */\n  fetchers: Map<string, Fetcher>;\n\n  /**\n   * Map of current blockers\n   */\n  blockers: Map<string, Blocker>;\n}\n\n/**\n * Data that can be passed into hydrate a Router from SSR\n */\nexport type HydrationState = Partial<\n  Pick<RouterState, \"loaderData\" | \"actionData\" | \"errors\">\n>;\n\n/**\n * Future flags to toggle new feature behavior\n */\nexport interface FutureConfig {\n  v7_fetcherPersist: boolean;\n  v7_normalizeFormMethod: boolean;\n  v7_partialHydration: boolean;\n  v7_prependBasename: boolean;\n  v7_relativeSplatPath: boolean;\n}\n\n/**\n * Initialization options for createRouter\n */\nexport interface RouterInit {\n  routes: AgnosticRouteObject[];\n  history: History;\n  basename?: string;\n  /**\n   * @deprecated Use `mapRouteProperties` instead\n   */\n  detectErrorBoundary?: DetectErrorBoundaryFunction;\n  mapRouteProperties?: MapRoutePropertiesFunction;\n  future?: Partial<FutureConfig>;\n  hydrationData?: HydrationState;\n  window?: Window;\n}\n\n/**\n * State returned from a server-side query() call\n */\nexport interface StaticHandlerContext {\n  basename: Router[\"basename\"];\n  location: RouterState[\"location\"];\n  matches: RouterState[\"matches\"];\n  loaderData: RouterState[\"loaderData\"];\n  actionData: RouterState[\"actionData\"];\n  errors: RouterState[\"errors\"];\n  statusCode: number;\n  loaderHeaders: Record<string, Headers>;\n  actionHeaders: Record<string, Headers>;\n  activeDeferreds: Record<string, DeferredData> | null;\n  _deepestRenderedBoundaryId?: string | null;\n}\n\n/**\n * A StaticHandler instance manages a singular SSR navigation/fetch event\n */\nexport interface StaticHandler {\n  dataRoutes: AgnosticDataRouteObject[];\n  query(\n    request: Request,\n    opts?: { requestContext?: unknown }\n  ): Promise<StaticHandlerContext | Response>;\n  queryRoute(\n    request: Request,\n    opts?: { routeId?: string; requestContext?: unknown }\n  ): Promise<any>;\n}\n\ntype ViewTransitionOpts = {\n  currentLocation: Location;\n  nextLocation: Location;\n};\n\n/**\n * Subscriber function signature for changes to router state\n */\nexport interface RouterSubscriber {\n  (\n    state: RouterState,\n    opts: {\n      deletedFetchers: string[];\n      unstable_viewTransitionOpts?: ViewTransitionOpts;\n      unstable_flushSync: boolean;\n    }\n  ): void;\n}\n\n/**\n * Function signature for determining the key to be used in scroll restoration\n * for a given location\n */\nexport interface GetScrollRestorationKeyFunction {\n  (location: Location, matches: UIMatch[]): string | null;\n}\n\n/**\n * Function signature for determining the current scroll position\n */\nexport interface GetScrollPositionFunction {\n  (): number;\n}\n\nexport type RelativeRoutingType = \"route\" | \"path\";\n\n// Allowed for any navigation or fetch\ntype BaseNavigateOrFetchOptions = {\n  preventScrollReset?: boolean;\n  relative?: RelativeRoutingType;\n  unstable_flushSync?: boolean;\n};\n\n// Only allowed for navigations\ntype BaseNavigateOptions = BaseNavigateOrFetchOptions & {\n  replace?: boolean;\n  state?: any;\n  fromRouteId?: string;\n  unstable_viewTransition?: boolean;\n};\n\n// Only allowed for submission navigations\ntype BaseSubmissionOptions = {\n  formMethod?: HTMLFormMethod;\n  formEncType?: FormEncType;\n} & (\n  | { formData: FormData; body?: undefined }\n  | { formData?: undefined; body: any }\n);\n\n/**\n * Options for a navigate() call for a normal (non-submission) navigation\n */\ntype LinkNavigateOptions = BaseNavigateOptions;\n\n/**\n * Options for a navigate() call for a submission navigation\n */\ntype SubmissionNavigateOptions = BaseNavigateOptions & BaseSubmissionOptions;\n\n/**\n * Options to pass to navigate() for a navigation\n */\nexport type RouterNavigateOptions =\n  | LinkNavigateOptions\n  | SubmissionNavigateOptions;\n\n/**\n * Options for a fetch() load\n */\ntype LoadFetchOptions = BaseNavigateOrFetchOptions;\n\n/**\n * Options for a fetch() submission\n */\ntype SubmitFetchOptions = BaseNavigateOrFetchOptions & BaseSubmissionOptions;\n\n/**\n * Options to pass to fetch()\n */\nexport type RouterFetchOptions = LoadFetchOptions | SubmitFetchOptions;\n\n/**\n * Potential states for state.navigation\n */\nexport type NavigationStates = {\n  Idle: {\n    state: \"idle\";\n    location: undefined;\n    formMethod: undefined;\n    formAction: undefined;\n    formEncType: undefined;\n    formData: undefined;\n    json: undefined;\n    text: undefined;\n  };\n  Loading: {\n    state: \"loading\";\n    location: Location;\n    formMethod: Submission[\"formMethod\"] | undefined;\n    formAction: Submission[\"formAction\"] | undefined;\n    formEncType: Submission[\"formEncType\"] | undefined;\n    formData: Submission[\"formData\"] | undefined;\n    json: Submission[\"json\"] | undefined;\n    text: Submission[\"text\"] | undefined;\n  };\n  Submitting: {\n    state: \"submitting\";\n    location: Location;\n    formMethod: Submission[\"formMethod\"];\n    formAction: Submission[\"formAction\"];\n    formEncType: Submission[\"formEncType\"];\n    formData: Submission[\"formData\"];\n    json: Submission[\"json\"];\n    text: Submission[\"text\"];\n  };\n};\n\nexport type Navigation = NavigationStates[keyof NavigationStates];\n\nexport type RevalidationState = \"idle\" | \"loading\";\n\n/**\n * Potential states for fetchers\n */\ntype FetcherStates<TData = any> = {\n  Idle: {\n    state: \"idle\";\n    formMethod: undefined;\n    formAction: undefined;\n    formEncType: undefined;\n    text: undefined;\n    formData: undefined;\n    json: undefined;\n    data: TData | undefined;\n  };\n  Loading: {\n    state: \"loading\";\n    formMethod: Submission[\"formMethod\"] | undefined;\n    formAction: Submission[\"formAction\"] | undefined;\n    formEncType: Submission[\"formEncType\"] | undefined;\n    text: Submission[\"text\"] | undefined;\n    formData: Submission[\"formData\"] | undefined;\n    json: Submission[\"json\"] | undefined;\n    data: TData | undefined;\n  };\n  Submitting: {\n    state: \"submitting\";\n    formMethod: Submission[\"formMethod\"];\n    formAction: Submission[\"formAction\"];\n    formEncType: Submission[\"formEncType\"];\n    text: Submission[\"text\"];\n    formData: Submission[\"formData\"];\n    json: Submission[\"json\"];\n    data: TData | undefined;\n  };\n};\n\nexport type Fetcher<TData = any> =\n  FetcherStates<TData>[keyof FetcherStates<TData>];\n\ninterface BlockerBlocked {\n  state: \"blocked\";\n  reset(): void;\n  proceed(): void;\n  location: Location;\n}\n\ninterface BlockerUnblocked {\n  state: \"unblocked\";\n  reset: undefined;\n  proceed: undefined;\n  location: undefined;\n}\n\ninterface BlockerProceeding {\n  state: \"proceeding\";\n  reset: undefined;\n  proceed: undefined;\n  location: Location;\n}\n\nexport type Blocker = BlockerUnblocked | BlockerBlocked | BlockerProceeding;\n\nexport type BlockerFunction = (args: {\n  currentLocation: Location;\n  nextLocation: Location;\n  historyAction: HistoryAction;\n}) => boolean;\n\ninterface ShortCircuitable {\n  /**\n   * startNavigation does not need to complete the navigation because we\n   * redirected or got interrupted\n   */\n  shortCircuited?: boolean;\n}\n\ninterface HandleActionResult extends ShortCircuitable {\n  /**\n   * Error thrown from the current action, keyed by the route containing the\n   * error boundary to render the error.  To be committed to the state after\n   * loaders have completed\n   */\n  pendingActionError?: RouteData;\n  /**\n   * Data returned from the current action, keyed by the route owning the action.\n   * To be committed to the state after loaders have completed\n   */\n  pendingActionData?: RouteData;\n}\n\ninterface HandleLoadersResult extends ShortCircuitable {\n  /**\n   * loaderData returned from the current set of loaders\n   */\n  loaderData?: RouterState[\"loaderData\"];\n  /**\n   * errors thrown from the current set of loaders\n   */\n  errors?: RouterState[\"errors\"];\n}\n\n/**\n * Cached info for active fetcher.load() instances so they can participate\n * in revalidation\n */\ninterface FetchLoadMatch {\n  routeId: string;\n  path: string;\n}\n\n/**\n * Identified fetcher.load() calls that need to be revalidated\n */\ninterface RevalidatingFetcher extends FetchLoadMatch {\n  key: string;\n  match: AgnosticDataRouteMatch | null;\n  matches: AgnosticDataRouteMatch[] | null;\n  controller: AbortController | null;\n}\n\n/**\n * Wrapper object to allow us to throw any response out from callLoaderOrAction\n * for queryRouter while preserving whether or not it was thrown or returned\n * from the loader/action\n */\ninterface QueryRouteResponse {\n  type: ResultType.data | ResultType.error;\n  response: Response;\n}\n\nconst validMutationMethodsArr: MutationFormMethod[] = [\n  \"post\",\n  \"put\",\n  \"patch\",\n  \"delete\",\n];\nconst validMutationMethods = new Set<MutationFormMethod>(\n  validMutationMethodsArr\n);\n\nconst validRequestMethodsArr: FormMethod[] = [\n  \"get\",\n  ...validMutationMethodsArr,\n];\nconst validRequestMethods = new Set<FormMethod>(validRequestMethodsArr);\n\nconst redirectStatusCodes = new Set([301, 302, 303, 307, 308]);\nconst redirectPreserveMethodStatusCodes = new Set([307, 308]);\n\nexport const IDLE_NAVIGATION: NavigationStates[\"Idle\"] = {\n  state: \"idle\",\n  location: undefined,\n  formMethod: undefined,\n  formAction: undefined,\n  formEncType: undefined,\n  formData: undefined,\n  json: undefined,\n  text: undefined,\n};\n\nexport const IDLE_FETCHER: FetcherStates[\"Idle\"] = {\n  state: \"idle\",\n  data: undefined,\n  formMethod: undefined,\n  formAction: undefined,\n  formEncType: undefined,\n  formData: undefined,\n  json: undefined,\n  text: undefined,\n};\n\nexport const IDLE_BLOCKER: BlockerUnblocked = {\n  state: \"unblocked\",\n  proceed: undefined,\n  reset: undefined,\n  location: undefined,\n};\n\nconst ABSOLUTE_URL_REGEX = /^(?:[a-z][a-z0-9+.-]*:|\\/\\/)/i;\n\nconst defaultMapRouteProperties: MapRoutePropertiesFunction = (route) => ({\n  hasErrorBoundary: Boolean(route.hasErrorBoundary),\n});\n\nconst TRANSITIONS_STORAGE_KEY = \"remix-router-transitions\";\n\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region createRouter\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * Create a router and listen to history POP navigations\n */\nexport function createRouter(init: RouterInit): Router {\n  const routerWindow = init.window\n    ? init.window\n    : typeof window !== \"undefined\"\n    ? window\n    : undefined;\n  const isBrowser =\n    typeof routerWindow !== \"undefined\" &&\n    typeof routerWindow.document !== \"undefined\" &&\n    typeof routerWindow.document.createElement !== \"undefined\";\n  const isServer = !isBrowser;\n\n  invariant(\n    init.routes.length > 0,\n    \"You must provide a non-empty routes array to createRouter\"\n  );\n\n  let mapRouteProperties: MapRoutePropertiesFunction;\n  if (init.mapRouteProperties) {\n    mapRouteProperties = init.mapRouteProperties;\n  } else if (init.detectErrorBoundary) {\n    // If they are still using the deprecated version, wrap it with the new API\n    let detectErrorBoundary = init.detectErrorBoundary;\n    mapRouteProperties = (route) => ({\n      hasErrorBoundary: detectErrorBoundary(route),\n    });\n  } else {\n    mapRouteProperties = defaultMapRouteProperties;\n  }\n\n  // Routes keyed by ID\n  let manifest: RouteManifest = {};\n  // Routes in tree format for matching\n  let dataRoutes = convertRoutesToDataRoutes(\n    init.routes,\n    mapRouteProperties,\n    undefined,\n    manifest\n  );\n  let inFlightDataRoutes: AgnosticDataRouteObject[] | undefined;\n  let basename = init.basename || \"/\";\n  // Config driven behavior flags\n  let future: FutureConfig = {\n    v7_fetcherPersist: false,\n    v7_normalizeFormMethod: false,\n    v7_partialHydration: false,\n    v7_prependBasename: false,\n    v7_relativeSplatPath: false,\n    ...init.future,\n  };\n  // Cleanup function for history\n  let unlistenHistory: (() => void) | null = null;\n  // Externally-provided functions to call on all state changes\n  let subscribers = new Set<RouterSubscriber>();\n  // Externally-provided object to hold scroll restoration locations during routing\n  let savedScrollPositions: Record<string, number> | null = null;\n  // Externally-provided function to get scroll restoration keys\n  let getScrollRestorationKey: GetScrollRestorationKeyFunction | null = null;\n  // Externally-provided function to get current scroll position\n  let getScrollPosition: GetScrollPositionFunction | null = null;\n  // One-time flag to control the initial hydration scroll restoration.  Because\n  // we don't get the saved positions from <ScrollRestoration /> until _after_\n  // the initial render, we need to manually trigger a separate updateState to\n  // send along the restoreScrollPosition\n  // Set to true if we have `hydrationData` since we assume we were SSR'd and that\n  // SSR did the initial scroll restoration.\n  let initialScrollRestored = init.hydrationData != null;\n\n  let initialMatches = matchRoutes(dataRoutes, init.history.location, basename);\n  let initialErrors: RouteData | null = null;\n\n  if (initialMatches == null) {\n    // If we do not match a user-provided-route, fall back to the root\n    // to allow the error boundary to take over\n    let error = getInternalRouterError(404, {\n      pathname: init.history.location.pathname,\n    });\n    let { matches, route } = getShortCircuitMatches(dataRoutes);\n    initialMatches = matches;\n    initialErrors = { [route.id]: error };\n  }\n\n  let initialized: boolean;\n  let hasLazyRoutes = initialMatches.some((m) => m.route.lazy);\n  let hasLoaders = initialMatches.some((m) => m.route.loader);\n  if (hasLazyRoutes) {\n    // All initialMatches need to be loaded before we're ready.  If we have lazy\n    // functions around still then we'll need to run them in initialize()\n    initialized = false;\n  } else if (!hasLoaders) {\n    // If we've got no loaders to run, then we're good to go\n    initialized = true;\n  } else if (future.v7_partialHydration) {\n    // If partial hydration is enabled, we're initialized so long as we were\n    // provided with hydrationData for every route with a loader, and no loaders\n    // were marked for explicit hydration\n    let loaderData = init.hydrationData ? init.hydrationData.loaderData : null;\n    let errors = init.hydrationData ? init.hydrationData.errors : null;\n    let isRouteInitialized = (m: AgnosticDataRouteMatch) => {\n      // No loader, nothing to initialize\n      if (!m.route.loader) return true;\n      // Explicitly opting-in to running on hydration\n      if (m.route.loader.hydrate === true) return false;\n      // Otherwise, initialized if hydrated with data or an error\n      return (\n        (loaderData && loaderData[m.route.id] !== undefined) ||\n        (errors && errors[m.route.id] !== undefined)\n      );\n    };\n\n    // If errors exist, don't consider routes below the boundary\n    if (errors) {\n      let idx = initialMatches.findIndex(\n        (m) => errors![m.route.id] !== undefined\n      );\n      initialized = initialMatches.slice(0, idx + 1).every(isRouteInitialized);\n    } else {\n      initialized = initialMatches.every(isRouteInitialized);\n    }\n  } else {\n    // Without partial hydration - we're initialized if we were provided any\n    // hydrationData - which is expected to be complete\n    initialized = init.hydrationData != null;\n  }\n\n  let router: Router;\n  let state: RouterState = {\n    historyAction: init.history.action,\n    location: init.history.location,\n    matches: initialMatches,\n    initialized,\n    navigation: IDLE_NAVIGATION,\n    // Don't restore on initial updateState() if we were SSR'd\n    restoreScrollPosition: init.hydrationData != null ? false : null,\n    preventScrollReset: false,\n    revalidation: \"idle\",\n    loaderData: (init.hydrationData && init.hydrationData.loaderData) || {},\n    actionData: (init.hydrationData && init.hydrationData.actionData) || null,\n    errors: (init.hydrationData && init.hydrationData.errors) || initialErrors,\n    fetchers: new Map(),\n    blockers: new Map(),\n  };\n\n  // -- Stateful internal variables to manage navigations --\n  // Current navigation in progress (to be committed in completeNavigation)\n  let pendingAction: HistoryAction = HistoryAction.Pop;\n\n  // Should the current navigation prevent the scroll reset if scroll cannot\n  // be restored?\n  let pendingPreventScrollReset = false;\n\n  // AbortController for the active navigation\n  let pendingNavigationController: AbortController | null;\n\n  // Should the current navigation enable document.startViewTransition?\n  let pendingViewTransitionEnabled = false;\n\n  // Store applied view transitions so we can apply them on POP\n  let appliedViewTransitions: Map<string, Set<string>> = new Map<\n    string,\n    Set<string>\n  >();\n\n  // Cleanup function for persisting applied transitions to sessionStorage\n  let removePageHideEventListener: (() => void) | null = null;\n\n  // We use this to avoid touching history in completeNavigation if a\n  // revalidation is entirely uninterrupted\n  let isUninterruptedRevalidation = false;\n\n  // Use this internal flag to force revalidation of all loaders:\n  //  - submissions (completed or interrupted)\n  //  - useRevalidator()\n  //  - X-Remix-Revalidate (from redirect)\n  let isRevalidationRequired = false;\n\n  // Use this internal array to capture routes that require revalidation due\n  // to a cancelled deferred on action submission\n  let cancelledDeferredRoutes: string[] = [];\n\n  // Use this internal array to capture fetcher loads that were cancelled by an\n  // action navigation and require revalidation\n  let cancelledFetcherLoads: string[] = [];\n\n  // AbortControllers for any in-flight fetchers\n  let fetchControllers = new Map<string, AbortController>();\n\n  // Track loads based on the order in which they started\n  let incrementingLoadId = 0;\n\n  // Track the outstanding pending navigation data load to be compared against\n  // the globally incrementing load when a fetcher load lands after a completed\n  // navigation\n  let pendingNavigationLoadId = -1;\n\n  // Fetchers that triggered data reloads as a result of their actions\n  let fetchReloadIds = new Map<string, number>();\n\n  // Fetchers that triggered redirect navigations\n  let fetchRedirectIds = new Set<string>();\n\n  // Most recent href/match for fetcher.load calls for fetchers\n  let fetchLoadMatches = new Map<string, FetchLoadMatch>();\n\n  // Ref-count mounted fetchers so we know when it's ok to clean them up\n  let activeFetchers = new Map<string, number>();\n\n  // Fetchers that have requested a delete when using v7_fetcherPersist,\n  // they'll be officially removed after they return to idle\n  let deletedFetchers = new Set<string>();\n\n  // Store DeferredData instances for active route matches.  When a\n  // route loader returns defer() we stick one in here.  Then, when a nested\n  // promise resolves we update loaderData.  If a new navigation starts we\n  // cancel active deferreds for eliminated routes.\n  let activeDeferreds = new Map<string, DeferredData>();\n\n  // Store blocker functions in a separate Map outside of router state since\n  // we don't need to update UI state if they change\n  let blockerFunctions = new Map<string, BlockerFunction>();\n\n  // Flag to ignore the next history update, so we can revert the URL change on\n  // a POP navigation that was blocked by the user without touching router state\n  let ignoreNextHistoryUpdate = false;\n\n  // Initialize the router, all side effects should be kicked off from here.\n  // Implemented as a Fluent API for ease of:\n  //   let router = createRouter(init).initialize();\n  function initialize() {\n    // If history informs us of a POP navigation, start the navigation but do not update\n    // state.  We'll update our own state once the navigation completes\n    unlistenHistory = init.history.listen(\n      ({ action: historyAction, location, delta }) => {\n        // Ignore this event if it was just us resetting the URL from a\n        // blocked POP navigation\n        if (ignoreNextHistoryUpdate) {\n          ignoreNextHistoryUpdate = false;\n          return;\n        }\n\n        warning(\n          blockerFunctions.size === 0 || delta != null,\n          \"You are trying to use a blocker on a POP navigation to a location \" +\n            \"that was not created by @remix-run/router. This will fail silently in \" +\n            \"production. This can happen if you are navigating outside the router \" +\n            \"via `window.history.pushState`/`window.location.hash` instead of using \" +\n            \"router navigation APIs.  This can also happen if you are using \" +\n            \"createHashRouter and the user manually changes the URL.\"\n        );\n\n        let blockerKey = shouldBlockNavigation({\n          currentLocation: state.location,\n          nextLocation: location,\n          historyAction,\n        });\n\n        if (blockerKey && delta != null) {\n          // Restore the URL to match the current UI, but don't update router state\n          ignoreNextHistoryUpdate = true;\n          init.history.go(delta * -1);\n\n          // Put the blocker into a blocked state\n          updateBlocker(blockerKey, {\n            state: \"blocked\",\n            location,\n            proceed() {\n              updateBlocker(blockerKey!, {\n                state: \"proceeding\",\n                proceed: undefined,\n                reset: undefined,\n                location,\n              });\n              // Re-do the same POP navigation we just blocked\n              init.history.go(delta);\n            },\n            reset() {\n              let blockers = new Map(state.blockers);\n              blockers.set(blockerKey!, IDLE_BLOCKER);\n              updateState({ blockers });\n            },\n          });\n          return;\n        }\n\n        return startNavigation(historyAction, location);\n      }\n    );\n\n    if (isBrowser) {\n      // FIXME: This feels gross.  How can we cleanup the lines between\n      // scrollRestoration/appliedTransitions persistance?\n      restoreAppliedTransitions(routerWindow, appliedViewTransitions);\n      let _saveAppliedTransitions = () =>\n        persistAppliedTransitions(routerWindow, appliedViewTransitions);\n      routerWindow.addEventListener(\"pagehide\", _saveAppliedTransitions);\n      removePageHideEventListener = () =>\n        routerWindow.removeEventListener(\"pagehide\", _saveAppliedTransitions);\n    }\n\n    // Kick off initial data load if needed.  Use Pop to avoid modifying history\n    // Note we don't do any handling of lazy here.  For SPA's it'll get handled\n    // in the normal navigation flow.  For SSR it's expected that lazy modules are\n    // resolved prior to router creation since we can't go into a fallbackElement\n    // UI for SSR'd apps\n    if (!state.initialized) {\n      startNavigation(HistoryAction.Pop, state.location, {\n        initialHydration: true,\n      });\n    }\n\n    return router;\n  }\n\n  // Clean up a router and it's side effects\n  function dispose() {\n    if (unlistenHistory) {\n      unlistenHistory();\n    }\n    if (removePageHideEventListener) {\n      removePageHideEventListener();\n    }\n    subscribers.clear();\n    pendingNavigationController && pendingNavigationController.abort();\n    state.fetchers.forEach((_, key) => deleteFetcher(key));\n    state.blockers.forEach((_, key) => deleteBlocker(key));\n  }\n\n  // Subscribe to state updates for the router\n  function subscribe(fn: RouterSubscriber) {\n    subscribers.add(fn);\n    return () => subscribers.delete(fn);\n  }\n\n  // Update our state and notify the calling context of the change\n  function updateState(\n    newState: Partial<RouterState>,\n    opts: {\n      flushSync?: boolean;\n      viewTransitionOpts?: ViewTransitionOpts;\n    } = {}\n  ): void {\n    state = {\n      ...state,\n      ...newState,\n    };\n\n    // Prep fetcher cleanup so we can tell the UI which fetcher data entries\n    // can be removed\n    let completedFetchers: string[] = [];\n    let deletedFetchersKeys: string[] = [];\n\n    if (future.v7_fetcherPersist) {\n      state.fetchers.forEach((fetcher, key) => {\n        if (fetcher.state === \"idle\") {\n          if (deletedFetchers.has(key)) {\n            // Unmounted from the UI and can be totally removed\n            deletedFetchersKeys.push(key);\n          } else {\n            // Returned to idle but still mounted in the UI, so semi-remains for\n            // revalidations and such\n            completedFetchers.push(key);\n          }\n        }\n      });\n    }\n\n    // Iterate over a local copy so that if flushSync is used and we end up\n    // removing and adding a new subscriber due to the useCallback dependencies,\n    // we don't get ourselves into a loop calling the new subscriber immediately\n    [...subscribers].forEach((subscriber) =>\n      subscriber(state, {\n        deletedFetchers: deletedFetchersKeys,\n        unstable_viewTransitionOpts: opts.viewTransitionOpts,\n        unstable_flushSync: opts.flushSync === true,\n      })\n    );\n\n    // Remove idle fetchers from state since we only care about in-flight fetchers.\n    if (future.v7_fetcherPersist) {\n      completedFetchers.forEach((key) => state.fetchers.delete(key));\n      deletedFetchersKeys.forEach((key) => deleteFetcher(key));\n    }\n  }\n\n  // Complete a navigation returning the state.navigation back to the IDLE_NAVIGATION\n  // and setting state.[historyAction/location/matches] to the new route.\n  // - Location is a required param\n  // - Navigation will always be set to IDLE_NAVIGATION\n  // - Can pass any other state in newState\n  function completeNavigation(\n    location: Location,\n    newState: Partial<Omit<RouterState, \"action\" | \"location\" | \"navigation\">>,\n    { flushSync }: { flushSync?: boolean } = {}\n  ): void {\n    // Deduce if we're in a loading/actionReload state:\n    // - We have committed actionData in the store\n    // - The current navigation was a mutation submission\n    // - We're past the submitting state and into the loading state\n    // - The location being loaded is not the result of a redirect\n    let isActionReload =\n      state.actionData != null &&\n      state.navigation.formMethod != null &&\n      isMutationMethod(state.navigation.formMethod) &&\n      state.navigation.state === \"loading\" &&\n      location.state?._isRedirect !== true;\n\n    let actionData: RouteData | null;\n    if (newState.actionData) {\n      if (Object.keys(newState.actionData).length > 0) {\n        actionData = newState.actionData;\n      } else {\n        // Empty actionData -> clear prior actionData due to an action error\n        actionData = null;\n      }\n    } else if (isActionReload) {\n      // Keep the current data if we're wrapping up the action reload\n      actionData = state.actionData;\n    } else {\n      // Clear actionData on any other completed navigations\n      actionData = null;\n    }\n\n    // Always preserve any existing loaderData from re-used routes\n    let loaderData = newState.loaderData\n      ? mergeLoaderData(\n          state.loaderData,\n          newState.loaderData,\n          newState.matches || [],\n          newState.errors\n        )\n      : state.loaderData;\n\n    // On a successful navigation we can assume we got through all blockers\n    // so we can start fresh\n    let blockers = state.blockers;\n    if (blockers.size > 0) {\n      blockers = new Map(blockers);\n      blockers.forEach((_, k) => blockers.set(k, IDLE_BLOCKER));\n    }\n\n    // Always respect the user flag.  Otherwise don't reset on mutation\n    // submission navigations unless they redirect\n    let preventScrollReset =\n      pendingPreventScrollReset === true ||\n      (state.navigation.formMethod != null &&\n        isMutationMethod(state.navigation.formMethod) &&\n        location.state?._isRedirect !== true);\n\n    if (inFlightDataRoutes) {\n      dataRoutes = inFlightDataRoutes;\n      inFlightDataRoutes = undefined;\n    }\n\n    if (isUninterruptedRevalidation) {\n      // If this was an uninterrupted revalidation then do not touch history\n    } else if (pendingAction === HistoryAction.Pop) {\n      // Do nothing for POP - URL has already been updated\n    } else if (pendingAction === HistoryAction.Push) {\n      init.history.push(location, location.state);\n    } else if (pendingAction === HistoryAction.Replace) {\n      init.history.replace(location, location.state);\n    }\n\n    let viewTransitionOpts: ViewTransitionOpts | undefined;\n\n    // On POP, enable transitions if they were enabled on the original navigation\n    if (pendingAction === HistoryAction.Pop) {\n      // Forward takes precedence so they behave like the original navigation\n      let priorPaths = appliedViewTransitions.get(state.location.pathname);\n      if (priorPaths && priorPaths.has(location.pathname)) {\n        viewTransitionOpts = {\n          currentLocation: state.location,\n          nextLocation: location,\n        };\n      } else if (appliedViewTransitions.has(location.pathname)) {\n        // If we don't have a previous forward nav, assume we're popping back to\n        // the new location and enable if that location previously enabled\n        viewTransitionOpts = {\n          currentLocation: location,\n          nextLocation: state.location,\n        };\n      }\n    } else if (pendingViewTransitionEnabled) {\n      // Store the applied transition on PUSH/REPLACE\n      let toPaths = appliedViewTransitions.get(state.location.pathname);\n      if (toPaths) {\n        toPaths.add(location.pathname);\n      } else {\n        toPaths = new Set<string>([location.pathname]);\n        appliedViewTransitions.set(state.location.pathname, toPaths);\n      }\n      viewTransitionOpts = {\n        currentLocation: state.location,\n        nextLocation: location,\n      };\n    }\n\n    updateState(\n      {\n        ...newState, // matches, errors, fetchers go through as-is\n        actionData,\n        loaderData,\n        historyAction: pendingAction,\n        location,\n        initialized: true,\n        navigation: IDLE_NAVIGATION,\n        revalidation: \"idle\",\n        restoreScrollPosition: getSavedScrollPosition(\n          location,\n          newState.matches || state.matches\n        ),\n        preventScrollReset,\n        blockers,\n      },\n      {\n        viewTransitionOpts,\n        flushSync: flushSync === true,\n      }\n    );\n\n    // Reset stateful navigation vars\n    pendingAction = HistoryAction.Pop;\n    pendingPreventScrollReset = false;\n    pendingViewTransitionEnabled = false;\n    isUninterruptedRevalidation = false;\n    isRevalidationRequired = false;\n    cancelledDeferredRoutes = [];\n    cancelledFetcherLoads = [];\n  }\n\n  // Trigger a navigation event, which can either be a numerical POP or a PUSH\n  // replace with an optional submission\n  async function navigate(\n    to: number | To | null,\n    opts?: RouterNavigateOptions\n  ): Promise<void> {\n    if (typeof to === \"number\") {\n      init.history.go(to);\n      return;\n    }\n\n    let normalizedPath = normalizeTo(\n      state.location,\n      state.matches,\n      basename,\n      future.v7_prependBasename,\n      to,\n      future.v7_relativeSplatPath,\n      opts?.fromRouteId,\n      opts?.relative\n    );\n    let { path, submission, error } = normalizeNavigateOptions(\n      future.v7_normalizeFormMethod,\n      false,\n      normalizedPath,\n      opts\n    );\n\n    let currentLocation = state.location;\n    let nextLocation = createLocation(state.location, path, opts && opts.state);\n\n    // When using navigate as a PUSH/REPLACE we aren't reading an already-encoded\n    // URL from window.location, so we need to encode it here so the behavior\n    // remains the same as POP and non-data-router usages.  new URL() does all\n    // the same encoding we'd get from a history.pushState/window.location read\n    // without having to touch history\n    nextLocation = {\n      ...nextLocation,\n      ...init.history.encodeLocation(nextLocation),\n    };\n\n    let userReplace = opts && opts.replace != null ? opts.replace : undefined;\n\n    let historyAction = HistoryAction.Push;\n\n    if (userReplace === true) {\n      historyAction = HistoryAction.Replace;\n    } else if (userReplace === false) {\n      // no-op\n    } else if (\n      submission != null &&\n      isMutationMethod(submission.formMethod) &&\n      submission.formAction === state.location.pathname + state.location.search\n    ) {\n      // By default on submissions to the current location we REPLACE so that\n      // users don't have to double-click the back button to get to the prior\n      // location.  If the user redirects to a different location from the\n      // action/loader this will be ignored and the redirect will be a PUSH\n      historyAction = HistoryAction.Replace;\n    }\n\n    let preventScrollReset =\n      opts && \"preventScrollReset\" in opts\n        ? opts.preventScrollReset === true\n        : undefined;\n\n    let flushSync = (opts && opts.unstable_flushSync) === true;\n\n    let blockerKey = shouldBlockNavigation({\n      currentLocation,\n      nextLocation,\n      historyAction,\n    });\n\n    if (blockerKey) {\n      // Put the blocker into a blocked state\n      updateBlocker(blockerKey, {\n        state: \"blocked\",\n        location: nextLocation,\n        proceed() {\n          updateBlocker(blockerKey!, {\n            state: \"proceeding\",\n            proceed: undefined,\n            reset: undefined,\n            location: nextLocation,\n          });\n          // Send the same navigation through\n          navigate(to, opts);\n        },\n        reset() {\n          let blockers = new Map(state.blockers);\n          blockers.set(blockerKey!, IDLE_BLOCKER);\n          updateState({ blockers });\n        },\n      });\n      return;\n    }\n\n    return await startNavigation(historyAction, nextLocation, {\n      submission,\n      // Send through the formData serialization error if we have one so we can\n      // render at the right error boundary after we match routes\n      pendingError: error,\n      preventScrollReset,\n      replace: opts && opts.replace,\n      enableViewTransition: opts && opts.unstable_viewTransition,\n      flushSync,\n    });\n  }\n\n  // Revalidate all current loaders.  If a navigation is in progress or if this\n  // is interrupted by a navigation, allow this to \"succeed\" by calling all\n  // loaders during the next loader round\n  function revalidate() {\n    interruptActiveLoads();\n    updateState({ revalidation: \"loading\" });\n\n    // If we're currently submitting an action, we don't need to start a new\n    // navigation, we'll just let the follow up loader execution call all loaders\n    if (state.navigation.state === \"submitting\") {\n      return;\n    }\n\n    // If we're currently in an idle state, start a new navigation for the current\n    // action/location and mark it as uninterrupted, which will skip the history\n    // update in completeNavigation\n    if (state.navigation.state === \"idle\") {\n      startNavigation(state.historyAction, state.location, {\n        startUninterruptedRevalidation: true,\n      });\n      return;\n    }\n\n    // Otherwise, if we're currently in a loading state, just start a new\n    // navigation to the navigation.location but do not trigger an uninterrupted\n    // revalidation so that history correctly updates once the navigation completes\n    startNavigation(\n      pendingAction || state.historyAction,\n      state.navigation.location,\n      { overrideNavigation: state.navigation }\n    );\n  }\n\n  // Start a navigation to the given action/location.  Can optionally provide a\n  // overrideNavigation which will override the normalLoad in the case of a redirect\n  // navigation\n  async function startNavigation(\n    historyAction: HistoryAction,\n    location: Location,\n    opts?: {\n      initialHydration?: boolean;\n      submission?: Submission;\n      fetcherSubmission?: Submission;\n      overrideNavigation?: Navigation;\n      pendingError?: ErrorResponseImpl;\n      startUninterruptedRevalidation?: boolean;\n      preventScrollReset?: boolean;\n      replace?: boolean;\n      enableViewTransition?: boolean;\n      flushSync?: boolean;\n    }\n  ): Promise<void> {\n    // Abort any in-progress navigations and start a new one. Unset any ongoing\n    // uninterrupted revalidations unless told otherwise, since we want this\n    // new navigation to update history normally\n    pendingNavigationController && pendingNavigationController.abort();\n    pendingNavigationController = null;\n    pendingAction = historyAction;\n    isUninterruptedRevalidation =\n      (opts && opts.startUninterruptedRevalidation) === true;\n\n    // Save the current scroll position every time we start a new navigation,\n    // and track whether we should reset scroll on completion\n    saveScrollPosition(state.location, state.matches);\n    pendingPreventScrollReset = (opts && opts.preventScrollReset) === true;\n\n    pendingViewTransitionEnabled = (opts && opts.enableViewTransition) === true;\n\n    let routesToUse = inFlightDataRoutes || dataRoutes;\n    let loadingNavigation = opts && opts.overrideNavigation;\n    let matches = matchRoutes(routesToUse, location, basename);\n    let flushSync = (opts && opts.flushSync) === true;\n\n    // Short circuit with a 404 on the root error boundary if we match nothing\n    if (!matches) {\n      let error = getInternalRouterError(404, { pathname: location.pathname });\n      let { matches: notFoundMatches, route } =\n        getShortCircuitMatches(routesToUse);\n      // Cancel all pending deferred on 404s since we don't keep any routes\n      cancelActiveDeferreds();\n      completeNavigation(\n        location,\n        {\n          matches: notFoundMatches,\n          loaderData: {},\n          errors: {\n            [route.id]: error,\n          },\n        },\n        { flushSync }\n      );\n      return;\n    }\n\n    // Short circuit if it's only a hash change and not a revalidation or\n    // mutation submission.\n    //\n    // Ignore on initial page loads because since the initial load will always\n    // be \"same hash\".  For example, on /page#hash and submit a <Form method=\"post\">\n    // which will default to a navigation to /page\n    if (\n      state.initialized &&\n      !isRevalidationRequired &&\n      isHashChangeOnly(state.location, location) &&\n      !(opts && opts.submission && isMutationMethod(opts.submission.formMethod))\n    ) {\n      completeNavigation(location, { matches }, { flushSync });\n      return;\n    }\n\n    // Create a controller/Request for this navigation\n    pendingNavigationController = new AbortController();\n    let request = createClientSideRequest(\n      init.history,\n      location,\n      pendingNavigationController.signal,\n      opts && opts.submission\n    );\n    let pendingActionData: RouteData | undefined;\n    let pendingError: RouteData | undefined;\n\n    if (opts && opts.pendingError) {\n      // If we have a pendingError, it means the user attempted a GET submission\n      // with binary FormData so assign here and skip to handleLoaders.  That\n      // way we handle calling loaders above the boundary etc.  It's not really\n      // different from an actionError in that sense.\n      pendingError = {\n        [findNearestBoundary(matches).route.id]: opts.pendingError,\n      };\n    } else if (\n      opts &&\n      opts.submission &&\n      isMutationMethod(opts.submission.formMethod)\n    ) {\n      // Call action if we received an action submission\n      let actionOutput = await handleAction(\n        request,\n        location,\n        opts.submission,\n        matches,\n        { replace: opts.replace, flushSync }\n      );\n\n      if (actionOutput.shortCircuited) {\n        return;\n      }\n\n      pendingActionData = actionOutput.pendingActionData;\n      pendingError = actionOutput.pendingActionError;\n      loadingNavigation = getLoadingNavigation(location, opts.submission);\n      flushSync = false;\n\n      // Create a GET request for the loaders\n      request = new Request(request.url, { signal: request.signal });\n    }\n\n    // Call loaders\n    let { shortCircuited, loaderData, errors } = await handleLoaders(\n      request,\n      location,\n      matches,\n      loadingNavigation,\n      opts && opts.submission,\n      opts && opts.fetcherSubmission,\n      opts && opts.replace,\n      opts && opts.initialHydration === true,\n      flushSync,\n      pendingActionData,\n      pendingError\n    );\n\n    if (shortCircuited) {\n      return;\n    }\n\n    // Clean up now that the action/loaders have completed.  Don't clean up if\n    // we short circuited because pendingNavigationController will have already\n    // been assigned to a new controller for the next navigation\n    pendingNavigationController = null;\n\n    completeNavigation(location, {\n      matches,\n      ...(pendingActionData ? { actionData: pendingActionData } : {}),\n      loaderData,\n      errors,\n    });\n  }\n\n  // Call the action matched by the leaf route for this navigation and handle\n  // redirects/errors\n  async function handleAction(\n    request: Request,\n    location: Location,\n    submission: Submission,\n    matches: AgnosticDataRouteMatch[],\n    opts: { replace?: boolean; flushSync?: boolean } = {}\n  ): Promise<HandleActionResult> {\n    interruptActiveLoads();\n\n    // Put us in a submitting state\n    let navigation = getSubmittingNavigation(location, submission);\n    updateState({ navigation }, { flushSync: opts.flushSync === true });\n\n    // Call our action and get the result\n    let result: DataResult;\n    let actionMatch = getTargetMatch(matches, location);\n\n    if (!actionMatch.route.action && !actionMatch.route.lazy) {\n      result = {\n        type: ResultType.error,\n        error: getInternalRouterError(405, {\n          method: request.method,\n          pathname: location.pathname,\n          routeId: actionMatch.route.id,\n        }),\n      };\n    } else {\n      result = await callLoaderOrAction(\n        \"action\",\n        request,\n        actionMatch,\n        matches,\n        manifest,\n        mapRouteProperties,\n        basename,\n        future.v7_relativeSplatPath\n      );\n\n      if (request.signal.aborted) {\n        return { shortCircuited: true };\n      }\n    }\n\n    if (isRedirectResult(result)) {\n      let replace: boolean;\n      if (opts && opts.replace != null) {\n        replace = opts.replace;\n      } else {\n        // If the user didn't explicity indicate replace behavior, replace if\n        // we redirected to the exact same location we're currently at to avoid\n        // double back-buttons\n        replace =\n          result.location === state.location.pathname + state.location.search;\n      }\n      await startRedirectNavigation(state, result, { submission, replace });\n      return { shortCircuited: true };\n    }\n\n    if (isErrorResult(result)) {\n      // Store off the pending error - we use it to determine which loaders\n      // to call and will commit it when we complete the navigation\n      let boundaryMatch = findNearestBoundary(matches, actionMatch.route.id);\n\n      // By default, all submissions are REPLACE navigations, but if the\n      // action threw an error that'll be rendered in an errorElement, we fall\n      // back to PUSH so that the user can use the back button to get back to\n      // the pre-submission form location to try again\n      if ((opts && opts.replace) !== true) {\n        pendingAction = HistoryAction.Push;\n      }\n\n      return {\n        // Send back an empty object we can use to clear out any prior actionData\n        pendingActionData: {},\n        pendingActionError: { [boundaryMatch.route.id]: result.error },\n      };\n    }\n\n    if (isDeferredResult(result)) {\n      throw getInternalRouterError(400, { type: \"defer-action\" });\n    }\n\n    return {\n      pendingActionData: { [actionMatch.route.id]: result.data },\n    };\n  }\n\n  // Call all applicable loaders for the given matches, handling redirects,\n  // errors, etc.\n  async function handleLoaders(\n    request: Request,\n    location: Location,\n    matches: AgnosticDataRouteMatch[],\n    overrideNavigation?: Navigation,\n    submission?: Submission,\n    fetcherSubmission?: Submission,\n    replace?: boolean,\n    initialHydration?: boolean,\n    flushSync?: boolean,\n    pendingActionData?: RouteData,\n    pendingError?: RouteData\n  ): Promise<HandleLoadersResult> {\n    // Figure out the right navigation we want to use for data loading\n    let loadingNavigation =\n      overrideNavigation || getLoadingNavigation(location, submission);\n\n    // If this was a redirect from an action we don't have a \"submission\" but\n    // we have it on the loading navigation so use that if available\n    let activeSubmission =\n      submission ||\n      fetcherSubmission ||\n      getSubmissionFromNavigation(loadingNavigation);\n\n    let routesToUse = inFlightDataRoutes || dataRoutes;\n    let [matchesToLoad, revalidatingFetchers] = getMatchesToLoad(\n      init.history,\n      state,\n      matches,\n      activeSubmission,\n      location,\n      future.v7_partialHydration && initialHydration === true,\n      isRevalidationRequired,\n      cancelledDeferredRoutes,\n      cancelledFetcherLoads,\n      deletedFetchers,\n      fetchLoadMatches,\n      fetchRedirectIds,\n      routesToUse,\n      basename,\n      pendingActionData,\n      pendingError\n    );\n\n    // Cancel pending deferreds for no-longer-matched routes or routes we're\n    // about to reload.  Note that if this is an action reload we would have\n    // already cancelled all pending deferreds so this would be a no-op\n    cancelActiveDeferreds(\n      (routeId) =>\n        !(matches && matches.some((m) => m.route.id === routeId)) ||\n        (matchesToLoad && matchesToLoad.some((m) => m.route.id === routeId))\n    );\n\n    pendingNavigationLoadId = ++incrementingLoadId;\n\n    // Short circuit if we have no loaders to run\n    if (matchesToLoad.length === 0 && revalidatingFetchers.length === 0) {\n      let updatedFetchers = markFetchRedirectsDone();\n      completeNavigation(\n        location,\n        {\n          matches,\n          loaderData: {},\n          // Commit pending error if we're short circuiting\n          errors: pendingError || null,\n          ...(pendingActionData ? { actionData: pendingActionData } : {}),\n          ...(updatedFetchers ? { fetchers: new Map(state.fetchers) } : {}),\n        },\n        { flushSync }\n      );\n      return { shortCircuited: true };\n    }\n\n    // If this is an uninterrupted revalidation, we remain in our current idle\n    // state.  If not, we need to switch to our loading state and load data,\n    // preserving any new action data or existing action data (in the case of\n    // a revalidation interrupting an actionReload)\n    // If we have partialHydration enabled, then don't update the state for the\n    // initial data load since it's not a \"navigation\"\n    if (\n      !isUninterruptedRevalidation &&\n      (!future.v7_partialHydration || !initialHydration)\n    ) {\n      revalidatingFetchers.forEach((rf) => {\n        let fetcher = state.fetchers.get(rf.key);\n        let revalidatingFetcher = getLoadingFetcher(\n          undefined,\n          fetcher ? fetcher.data : undefined\n        );\n        state.fetchers.set(rf.key, revalidatingFetcher);\n      });\n      let actionData = pendingActionData || state.actionData;\n      updateState(\n        {\n          navigation: loadingNavigation,\n          ...(actionData\n            ? Object.keys(actionData).length === 0\n              ? { actionData: null }\n              : { actionData }\n            : {}),\n          ...(revalidatingFetchers.length > 0\n            ? { fetchers: new Map(state.fetchers) }\n            : {}),\n        },\n        {\n          flushSync,\n        }\n      );\n    }\n\n    revalidatingFetchers.forEach((rf) => {\n      if (fetchControllers.has(rf.key)) {\n        abortFetcher(rf.key);\n      }\n      if (rf.controller) {\n        // Fetchers use an independent AbortController so that aborting a fetcher\n        // (via deleteFetcher) does not abort the triggering navigation that\n        // triggered the revalidation\n        fetchControllers.set(rf.key, rf.controller);\n      }\n    });\n\n    // Proxy navigation abort through to revalidation fetchers\n    let abortPendingFetchRevalidations = () =>\n      revalidatingFetchers.forEach((f) => abortFetcher(f.key));\n    if (pendingNavigationController) {\n      pendingNavigationController.signal.addEventListener(\n        \"abort\",\n        abortPendingFetchRevalidations\n      );\n    }\n\n    let { results, loaderResults, fetcherResults } =\n      await callLoadersAndMaybeResolveData(\n        state.matches,\n        matches,\n        matchesToLoad,\n        revalidatingFetchers,\n        request\n      );\n\n    if (request.signal.aborted) {\n      return { shortCircuited: true };\n    }\n\n    // Clean up _after_ loaders have completed.  Don't clean up if we short\n    // circuited because fetchControllers would have been aborted and\n    // reassigned to new controllers for the next navigation\n    if (pendingNavigationController) {\n      pendingNavigationController.signal.removeEventListener(\n        \"abort\",\n        abortPendingFetchRevalidations\n      );\n    }\n    revalidatingFetchers.forEach((rf) => fetchControllers.delete(rf.key));\n\n    // If any loaders returned a redirect Response, start a new REPLACE navigation\n    let redirect = findRedirect(results);\n    if (redirect) {\n      if (redirect.idx >= matchesToLoad.length) {\n        // If this redirect came from a fetcher make sure we mark it in\n        // fetchRedirectIds so it doesn't get revalidated on the next set of\n        // loader executions\n        let fetcherKey =\n          revalidatingFetchers[redirect.idx - matchesToLoad.length].key;\n        fetchRedirectIds.add(fetcherKey);\n      }\n      await startRedirectNavigation(state, redirect.result, { replace });\n      return { shortCircuited: true };\n    }\n\n    // Process and commit output from loaders\n    let { loaderData, errors } = processLoaderData(\n      state,\n      matches,\n      matchesToLoad,\n      loaderResults,\n      pendingError,\n      revalidatingFetchers,\n      fetcherResults,\n      activeDeferreds\n    );\n\n    // Wire up subscribers to update loaderData as promises settle\n    activeDeferreds.forEach((deferredData, routeId) => {\n      deferredData.subscribe((aborted) => {\n        // Note: No need to updateState here since the TrackedPromise on\n        // loaderData is stable across resolve/reject\n        // Remove this instance if we were aborted or if promises have settled\n        if (aborted || deferredData.done) {\n          activeDeferreds.delete(routeId);\n        }\n      });\n    });\n\n    // During partial hydration, preserve SSR errors for routes that don't re-run\n    if (future.v7_partialHydration && initialHydration && state.errors) {\n      Object.entries(state.errors)\n        .filter(([id]) => !matchesToLoad.some((m) => m.route.id === id))\n        .forEach(([routeId, error]) => {\n          errors = Object.assign(errors || {}, { [routeId]: error });\n        });\n    }\n\n    let updatedFetchers = markFetchRedirectsDone();\n    let didAbortFetchLoads = abortStaleFetchLoads(pendingNavigationLoadId);\n    let shouldUpdateFetchers =\n      updatedFetchers || didAbortFetchLoads || revalidatingFetchers.length > 0;\n\n    return {\n      loaderData,\n      errors,\n      ...(shouldUpdateFetchers ? { fetchers: new Map(state.fetchers) } : {}),\n    };\n  }\n\n  // Trigger a fetcher load/submit for the given fetcher key\n  function fetch(\n    key: string,\n    routeId: string,\n    href: string | null,\n    opts?: RouterFetchOptions\n  ) {\n    if (isServer) {\n      throw new Error(\n        \"router.fetch() was called during the server render, but it shouldn't be. \" +\n          \"You are likely calling a useFetcher() method in the body of your component. \" +\n          \"Try moving it to a useEffect or a callback.\"\n      );\n    }\n\n    if (fetchControllers.has(key)) abortFetcher(key);\n    let flushSync = (opts && opts.unstable_flushSync) === true;\n\n    let routesToUse = inFlightDataRoutes || dataRoutes;\n    let normalizedPath = normalizeTo(\n      state.location,\n      state.matches,\n      basename,\n      future.v7_prependBasename,\n      href,\n      future.v7_relativeSplatPath,\n      routeId,\n      opts?.relative\n    );\n    let matches = matchRoutes(routesToUse, normalizedPath, basename);\n\n    if (!matches) {\n      setFetcherError(\n        key,\n        routeId,\n        getInternalRouterError(404, { pathname: normalizedPath }),\n        { flushSync }\n      );\n      return;\n    }\n\n    let { path, submission, error } = normalizeNavigateOptions(\n      future.v7_normalizeFormMethod,\n      true,\n      normalizedPath,\n      opts\n    );\n\n    if (error) {\n      setFetcherError(key, routeId, error, { flushSync });\n      return;\n    }\n\n    let match = getTargetMatch(matches, path);\n\n    pendingPreventScrollReset = (opts && opts.preventScrollReset) === true;\n\n    if (submission && isMutationMethod(submission.formMethod)) {\n      handleFetcherAction(\n        key,\n        routeId,\n        path,\n        match,\n        matches,\n        flushSync,\n        submission\n      );\n      return;\n    }\n\n    // Store off the match so we can call it's shouldRevalidate on subsequent\n    // revalidations\n    fetchLoadMatches.set(key, { routeId, path });\n    handleFetcherLoader(\n      key,\n      routeId,\n      path,\n      match,\n      matches,\n      flushSync,\n      submission\n    );\n  }\n\n  // Call the action for the matched fetcher.submit(), and then handle redirects,\n  // errors, and revalidation\n  async function handleFetcherAction(\n    key: string,\n    routeId: string,\n    path: string,\n    match: AgnosticDataRouteMatch,\n    requestMatches: AgnosticDataRouteMatch[],\n    flushSync: boolean,\n    submission: Submission\n  ) {\n    interruptActiveLoads();\n    fetchLoadMatches.delete(key);\n\n    if (!match.route.action && !match.route.lazy) {\n      let error = getInternalRouterError(405, {\n        method: submission.formMethod,\n        pathname: path,\n        routeId: routeId,\n      });\n      setFetcherError(key, routeId, error, { flushSync });\n      return;\n    }\n\n    // Put this fetcher into it's submitting state\n    let existingFetcher = state.fetchers.get(key);\n    updateFetcherState(key, getSubmittingFetcher(submission, existingFetcher), {\n      flushSync,\n    });\n\n    // Call the action for the fetcher\n    let abortController = new AbortController();\n    let fetchRequest = createClientSideRequest(\n      init.history,\n      path,\n      abortController.signal,\n      submission\n    );\n    fetchControllers.set(key, abortController);\n\n    let originatingLoadId = incrementingLoadId;\n    let actionResult = await callLoaderOrAction(\n      \"action\",\n      fetchRequest,\n      match,\n      requestMatches,\n      manifest,\n      mapRouteProperties,\n      basename,\n      future.v7_relativeSplatPath\n    );\n\n    if (fetchRequest.signal.aborted) {\n      // We can delete this so long as we weren't aborted by our own fetcher\n      // re-submit which would have put _new_ controller is in fetchControllers\n      if (fetchControllers.get(key) === abortController) {\n        fetchControllers.delete(key);\n      }\n      return;\n    }\n\n    // When using v7_fetcherPersist, we don't want errors bubbling up to the UI\n    // or redirects processed for unmounted fetchers so we just revert them to\n    // idle\n    if (future.v7_fetcherPersist && deletedFetchers.has(key)) {\n      if (isRedirectResult(actionResult) || isErrorResult(actionResult)) {\n        updateFetcherState(key, getDoneFetcher(undefined));\n        return;\n      }\n      // Let SuccessResult's fall through for revalidation\n    } else {\n      if (isRedirectResult(actionResult)) {\n        fetchControllers.delete(key);\n        if (pendingNavigationLoadId > originatingLoadId) {\n          // A new navigation was kicked off after our action started, so that\n          // should take precedence over this redirect navigation.  We already\n          // set isRevalidationRequired so all loaders for the new route should\n          // fire unless opted out via shouldRevalidate\n          updateFetcherState(key, getDoneFetcher(undefined));\n          return;\n        } else {\n          fetchRedirectIds.add(key);\n          updateFetcherState(key, getLoadingFetcher(submission));\n          return startRedirectNavigation(state, actionResult, {\n            fetcherSubmission: submission,\n          });\n        }\n      }\n\n      // Process any non-redirect errors thrown\n      if (isErrorResult(actionResult)) {\n        setFetcherError(key, routeId, actionResult.error);\n        return;\n      }\n    }\n\n    if (isDeferredResult(actionResult)) {\n      throw getInternalRouterError(400, { type: \"defer-action\" });\n    }\n\n    // Start the data load for current matches, or the next location if we're\n    // in the middle of a navigation\n    let nextLocation = state.navigation.location || state.location;\n    let revalidationRequest = createClientSideRequest(\n      init.history,\n      nextLocation,\n      abortController.signal\n    );\n    let routesToUse = inFlightDataRoutes || dataRoutes;\n    let matches =\n      state.navigation.state !== \"idle\"\n        ? matchRoutes(routesToUse, state.navigation.location, basename)\n        : state.matches;\n\n    invariant(matches, \"Didn't find any matches after fetcher action\");\n\n    let loadId = ++incrementingLoadId;\n    fetchReloadIds.set(key, loadId);\n\n    let loadFetcher = getLoadingFetcher(submission, actionResult.data);\n    state.fetchers.set(key, loadFetcher);\n\n    let [matchesToLoad, revalidatingFetchers] = getMatchesToLoad(\n      init.history,\n      state,\n      matches,\n      submission,\n      nextLocation,\n      false,\n      isRevalidationRequired,\n      cancelledDeferredRoutes,\n      cancelledFetcherLoads,\n      deletedFetchers,\n      fetchLoadMatches,\n      fetchRedirectIds,\n      routesToUse,\n      basename,\n      { [match.route.id]: actionResult.data },\n      undefined // No need to send through errors since we short circuit above\n    );\n\n    // Put all revalidating fetchers into the loading state, except for the\n    // current fetcher which we want to keep in it's current loading state which\n    // contains it's action submission info + action data\n    revalidatingFetchers\n      .filter((rf) => rf.key !== key)\n      .forEach((rf) => {\n        let staleKey = rf.key;\n        let existingFetcher = state.fetchers.get(staleKey);\n        let revalidatingFetcher = getLoadingFetcher(\n          undefined,\n          existingFetcher ? existingFetcher.data : undefined\n        );\n        state.fetchers.set(staleKey, revalidatingFetcher);\n        if (fetchControllers.has(staleKey)) {\n          abortFetcher(staleKey);\n        }\n        if (rf.controller) {\n          fetchControllers.set(staleKey, rf.controller);\n        }\n      });\n\n    updateState({ fetchers: new Map(state.fetchers) });\n\n    let abortPendingFetchRevalidations = () =>\n      revalidatingFetchers.forEach((rf) => abortFetcher(rf.key));\n\n    abortController.signal.addEventListener(\n      \"abort\",\n      abortPendingFetchRevalidations\n    );\n\n    let { results, loaderResults, fetcherResults } =\n      await callLoadersAndMaybeResolveData(\n        state.matches,\n        matches,\n        matchesToLoad,\n        revalidatingFetchers,\n        revalidationRequest\n      );\n\n    if (abortController.signal.aborted) {\n      return;\n    }\n\n    abortController.signal.removeEventListener(\n      \"abort\",\n      abortPendingFetchRevalidations\n    );\n\n    fetchReloadIds.delete(key);\n    fetchControllers.delete(key);\n    revalidatingFetchers.forEach((r) => fetchControllers.delete(r.key));\n\n    let redirect = findRedirect(results);\n    if (redirect) {\n      if (redirect.idx >= matchesToLoad.length) {\n        // If this redirect came from a fetcher make sure we mark it in\n        // fetchRedirectIds so it doesn't get revalidated on the next set of\n        // loader executions\n        let fetcherKey =\n          revalidatingFetchers[redirect.idx - matchesToLoad.length].key;\n        fetchRedirectIds.add(fetcherKey);\n      }\n      return startRedirectNavigation(state, redirect.result);\n    }\n\n    // Process and commit output from loaders\n    let { loaderData, errors } = processLoaderData(\n      state,\n      state.matches,\n      matchesToLoad,\n      loaderResults,\n      undefined,\n      revalidatingFetchers,\n      fetcherResults,\n      activeDeferreds\n    );\n\n    // Since we let revalidations complete even if the submitting fetcher was\n    // deleted, only put it back to idle if it hasn't been deleted\n    if (state.fetchers.has(key)) {\n      let doneFetcher = getDoneFetcher(actionResult.data);\n      state.fetchers.set(key, doneFetcher);\n    }\n\n    abortStaleFetchLoads(loadId);\n\n    // If we are currently in a navigation loading state and this fetcher is\n    // more recent than the navigation, we want the newer data so abort the\n    // navigation and complete it with the fetcher data\n    if (\n      state.navigation.state === \"loading\" &&\n      loadId > pendingNavigationLoadId\n    ) {\n      invariant(pendingAction, \"Expected pending action\");\n      pendingNavigationController && pendingNavigationController.abort();\n\n      completeNavigation(state.navigation.location, {\n        matches,\n        loaderData,\n        errors,\n        fetchers: new Map(state.fetchers),\n      });\n    } else {\n      // otherwise just update with the fetcher data, preserving any existing\n      // loaderData for loaders that did not need to reload.  We have to\n      // manually merge here since we aren't going through completeNavigation\n      updateState({\n        errors,\n        loaderData: mergeLoaderData(\n          state.loaderData,\n          loaderData,\n          matches,\n          errors\n        ),\n        fetchers: new Map(state.fetchers),\n      });\n      isRevalidationRequired = false;\n    }\n  }\n\n  // Call the matched loader for fetcher.load(), handling redirects, errors, etc.\n  async function handleFetcherLoader(\n    key: string,\n    routeId: string,\n    path: string,\n    match: AgnosticDataRouteMatch,\n    matches: AgnosticDataRouteMatch[],\n    flushSync: boolean,\n    submission?: Submission\n  ) {\n    let existingFetcher = state.fetchers.get(key);\n    updateFetcherState(\n      key,\n      getLoadingFetcher(\n        submission,\n        existingFetcher ? existingFetcher.data : undefined\n      ),\n      { flushSync }\n    );\n\n    // Call the loader for this fetcher route match\n    let abortController = new AbortController();\n    let fetchRequest = createClientSideRequest(\n      init.history,\n      path,\n      abortController.signal\n    );\n    fetchControllers.set(key, abortController);\n\n    let originatingLoadId = incrementingLoadId;\n    let result: DataResult = await callLoaderOrAction(\n      \"loader\",\n      fetchRequest,\n      match,\n      matches,\n      manifest,\n      mapRouteProperties,\n      basename,\n      future.v7_relativeSplatPath\n    );\n\n    // Deferred isn't supported for fetcher loads, await everything and treat it\n    // as a normal load.  resolveDeferredData will return undefined if this\n    // fetcher gets aborted, so we just leave result untouched and short circuit\n    // below if that happens\n    if (isDeferredResult(result)) {\n      result =\n        (await resolveDeferredData(result, fetchRequest.signal, true)) ||\n        result;\n    }\n\n    // We can delete this so long as we weren't aborted by our our own fetcher\n    // re-load which would have put _new_ controller is in fetchControllers\n    if (fetchControllers.get(key) === abortController) {\n      fetchControllers.delete(key);\n    }\n\n    if (fetchRequest.signal.aborted) {\n      return;\n    }\n\n    // We don't want errors bubbling up or redirects followed for unmounted\n    // fetchers, so short circuit here if it was removed from the UI\n    if (deletedFetchers.has(key)) {\n      updateFetcherState(key, getDoneFetcher(undefined));\n      return;\n    }\n\n    // If the loader threw a redirect Response, start a new REPLACE navigation\n    if (isRedirectResult(result)) {\n      if (pendingNavigationLoadId > originatingLoadId) {\n        // A new navigation was kicked off after our loader started, so that\n        // should take precedence over this redirect navigation\n        updateFetcherState(key, getDoneFetcher(undefined));\n        return;\n      } else {\n        fetchRedirectIds.add(key);\n        await startRedirectNavigation(state, result);\n        return;\n      }\n    }\n\n    // Process any non-redirect errors thrown\n    if (isErrorResult(result)) {\n      setFetcherError(key, routeId, result.error);\n      return;\n    }\n\n    invariant(!isDeferredResult(result), \"Unhandled fetcher deferred data\");\n\n    // Put the fetcher back into an idle state\n    updateFetcherState(key, getDoneFetcher(result.data));\n  }\n\n  /**\n   * Utility function to handle redirects returned from an action or loader.\n   * Normally, a redirect \"replaces\" the navigation that triggered it.  So, for\n   * example:\n   *\n   *  - user is on /a\n   *  - user clicks a link to /b\n   *  - loader for /b redirects to /c\n   *\n   * In a non-JS app the browser would track the in-flight navigation to /b and\n   * then replace it with /c when it encountered the redirect response.  In\n   * the end it would only ever update the URL bar with /c.\n   *\n   * In client-side routing using pushState/replaceState, we aim to emulate\n   * this behavior and we also do not update history until the end of the\n   * navigation (including processed redirects).  This means that we never\n   * actually touch history until we've processed redirects, so we just use\n   * the history action from the original navigation (PUSH or REPLACE).\n   */\n  async function startRedirectNavigation(\n    state: RouterState,\n    redirect: RedirectResult,\n    {\n      submission,\n      fetcherSubmission,\n      replace,\n    }: {\n      submission?: Submission;\n      fetcherSubmission?: Submission;\n      replace?: boolean;\n    } = {}\n  ) {\n    if (redirect.revalidate) {\n      isRevalidationRequired = true;\n    }\n\n    let redirectLocation = createLocation(state.location, redirect.location, {\n      _isRedirect: true,\n    });\n    invariant(\n      redirectLocation,\n      \"Expected a location on the redirect navigation\"\n    );\n\n    if (isBrowser) {\n      let isDocumentReload = false;\n\n      if (redirect.reloadDocument) {\n        // Hard reload if the response contained X-Remix-Reload-Document\n        isDocumentReload = true;\n      } else if (ABSOLUTE_URL_REGEX.test(redirect.location)) {\n        const url = init.history.createURL(redirect.location);\n        isDocumentReload =\n          // Hard reload if it's an absolute URL to a new origin\n          url.origin !== routerWindow.location.origin ||\n          // Hard reload if it's an absolute URL that does not match our basename\n          stripBasename(url.pathname, basename) == null;\n      }\n\n      if (isDocumentReload) {\n        if (replace) {\n          routerWindow.location.replace(redirect.location);\n        } else {\n          routerWindow.location.assign(redirect.location);\n        }\n        return;\n      }\n    }\n\n    // There's no need to abort on redirects, since we don't detect the\n    // redirect until the action/loaders have settled\n    pendingNavigationController = null;\n\n    let redirectHistoryAction =\n      replace === true ? HistoryAction.Replace : HistoryAction.Push;\n\n    // Use the incoming submission if provided, fallback on the active one in\n    // state.navigation\n    let { formMethod, formAction, formEncType } = state.navigation;\n    if (\n      !submission &&\n      !fetcherSubmission &&\n      formMethod &&\n      formAction &&\n      formEncType\n    ) {\n      submission = getSubmissionFromNavigation(state.navigation);\n    }\n\n    // If this was a 307/308 submission we want to preserve the HTTP method and\n    // re-submit the GET/POST/PUT/PATCH/DELETE as a submission navigation to the\n    // redirected location\n    let activeSubmission = submission || fetcherSubmission;\n    if (\n      redirectPreserveMethodStatusCodes.has(redirect.status) &&\n      activeSubmission &&\n      isMutationMethod(activeSubmission.formMethod)\n    ) {\n      await startNavigation(redirectHistoryAction, redirectLocation, {\n        submission: {\n          ...activeSubmission,\n          formAction: redirect.location,\n        },\n        // Preserve this flag across redirects\n        preventScrollReset: pendingPreventScrollReset,\n      });\n    } else {\n      // If we have a navigation submission, we will preserve it through the\n      // redirect navigation\n      let overrideNavigation = getLoadingNavigation(\n        redirectLocation,\n        submission\n      );\n      await startNavigation(redirectHistoryAction, redirectLocation, {\n        overrideNavigation,\n        // Send fetcher submissions through for shouldRevalidate\n        fetcherSubmission,\n        // Preserve this flag across redirects\n        preventScrollReset: pendingPreventScrollReset,\n      });\n    }\n  }\n\n  async function callLoadersAndMaybeResolveData(\n    currentMatches: AgnosticDataRouteMatch[],\n    matches: AgnosticDataRouteMatch[],\n    matchesToLoad: AgnosticDataRouteMatch[],\n    fetchersToLoad: RevalidatingFetcher[],\n    request: Request\n  ) {\n    // Call all navigation loaders and revalidating fetcher loaders in parallel,\n    // then slice off the results into separate arrays so we can handle them\n    // accordingly\n    let results = await Promise.all([\n      ...matchesToLoad.map((match) =>\n        callLoaderOrAction(\n          \"loader\",\n          request,\n          match,\n          matches,\n          manifest,\n          mapRouteProperties,\n          basename,\n          future.v7_relativeSplatPath\n        )\n      ),\n      ...fetchersToLoad.map((f) => {\n        if (f.matches && f.match && f.controller) {\n          return callLoaderOrAction(\n            \"loader\",\n            createClientSideRequest(init.history, f.path, f.controller.signal),\n            f.match,\n            f.matches,\n            manifest,\n            mapRouteProperties,\n            basename,\n            future.v7_relativeSplatPath\n          );\n        } else {\n          let error: ErrorResult = {\n            type: ResultType.error,\n            error: getInternalRouterError(404, { pathname: f.path }),\n          };\n          return error;\n        }\n      }),\n    ]);\n    let loaderResults = results.slice(0, matchesToLoad.length);\n    let fetcherResults = results.slice(matchesToLoad.length);\n\n    await Promise.all([\n      resolveDeferredResults(\n        currentMatches,\n        matchesToLoad,\n        loaderResults,\n        loaderResults.map(() => request.signal),\n        false,\n        state.loaderData\n      ),\n      resolveDeferredResults(\n        currentMatches,\n        fetchersToLoad.map((f) => f.match),\n        fetcherResults,\n        fetchersToLoad.map((f) => (f.controller ? f.controller.signal : null)),\n        true\n      ),\n    ]);\n\n    return { results, loaderResults, fetcherResults };\n  }\n\n  function interruptActiveLoads() {\n    // Every interruption triggers a revalidation\n    isRevalidationRequired = true;\n\n    // Cancel pending route-level deferreds and mark cancelled routes for\n    // revalidation\n    cancelledDeferredRoutes.push(...cancelActiveDeferreds());\n\n    // Abort in-flight fetcher loads\n    fetchLoadMatches.forEach((_, key) => {\n      if (fetchControllers.has(key)) {\n        cancelledFetcherLoads.push(key);\n        abortFetcher(key);\n      }\n    });\n  }\n\n  function updateFetcherState(\n    key: string,\n    fetcher: Fetcher,\n    opts: { flushSync?: boolean } = {}\n  ) {\n    state.fetchers.set(key, fetcher);\n    updateState(\n      { fetchers: new Map(state.fetchers) },\n      { flushSync: (opts && opts.flushSync) === true }\n    );\n  }\n\n  function setFetcherError(\n    key: string,\n    routeId: string,\n    error: any,\n    opts: { flushSync?: boolean } = {}\n  ) {\n    let boundaryMatch = findNearestBoundary(state.matches, routeId);\n    deleteFetcher(key);\n    updateState(\n      {\n        errors: {\n          [boundaryMatch.route.id]: error,\n        },\n        fetchers: new Map(state.fetchers),\n      },\n      { flushSync: (opts && opts.flushSync) === true }\n    );\n  }\n\n  function getFetcher<TData = any>(key: string): Fetcher<TData> {\n    if (future.v7_fetcherPersist) {\n      activeFetchers.set(key, (activeFetchers.get(key) || 0) + 1);\n      // If this fetcher was previously marked for deletion, unmark it since we\n      // have a new instance\n      if (deletedFetchers.has(key)) {\n        deletedFetchers.delete(key);\n      }\n    }\n    return state.fetchers.get(key) || IDLE_FETCHER;\n  }\n\n  function deleteFetcher(key: string): void {\n    let fetcher = state.fetchers.get(key);\n    // Don't abort the controller if this is a deletion of a fetcher.submit()\n    // in it's loading phase since - we don't want to abort the corresponding\n    // revalidation and want them to complete and land\n    if (\n      fetchControllers.has(key) &&\n      !(fetcher && fetcher.state === \"loading\" && fetchReloadIds.has(key))\n    ) {\n      abortFetcher(key);\n    }\n    fetchLoadMatches.delete(key);\n    fetchReloadIds.delete(key);\n    fetchRedirectIds.delete(key);\n    deletedFetchers.delete(key);\n    state.fetchers.delete(key);\n  }\n\n  function deleteFetcherAndUpdateState(key: string): void {\n    if (future.v7_fetcherPersist) {\n      let count = (activeFetchers.get(key) || 0) - 1;\n      if (count <= 0) {\n        activeFetchers.delete(key);\n        deletedFetchers.add(key);\n      } else {\n        activeFetchers.set(key, count);\n      }\n    } else {\n      deleteFetcher(key);\n    }\n    updateState({ fetchers: new Map(state.fetchers) });\n  }\n\n  function abortFetcher(key: string) {\n    let controller = fetchControllers.get(key);\n    invariant(controller, `Expected fetch controller: ${key}`);\n    controller.abort();\n    fetchControllers.delete(key);\n  }\n\n  function markFetchersDone(keys: string[]) {\n    for (let key of keys) {\n      let fetcher = getFetcher(key);\n      let doneFetcher = getDoneFetcher(fetcher.data);\n      state.fetchers.set(key, doneFetcher);\n    }\n  }\n\n  function markFetchRedirectsDone(): boolean {\n    let doneKeys = [];\n    let updatedFetchers = false;\n    for (let key of fetchRedirectIds) {\n      let fetcher = state.fetchers.get(key);\n      invariant(fetcher, `Expected fetcher: ${key}`);\n      if (fetcher.state === \"loading\") {\n        fetchRedirectIds.delete(key);\n        doneKeys.push(key);\n        updatedFetchers = true;\n      }\n    }\n    markFetchersDone(doneKeys);\n    return updatedFetchers;\n  }\n\n  function abortStaleFetchLoads(landedId: number): boolean {\n    let yeetedKeys = [];\n    for (let [key, id] of fetchReloadIds) {\n      if (id < landedId) {\n        let fetcher = state.fetchers.get(key);\n        invariant(fetcher, `Expected fetcher: ${key}`);\n        if (fetcher.state === \"loading\") {\n          abortFetcher(key);\n          fetchReloadIds.delete(key);\n          yeetedKeys.push(key);\n        }\n      }\n    }\n    markFetchersDone(yeetedKeys);\n    return yeetedKeys.length > 0;\n  }\n\n  function getBlocker(key: string, fn: BlockerFunction) {\n    let blocker: Blocker = state.blockers.get(key) || IDLE_BLOCKER;\n\n    if (blockerFunctions.get(key) !== fn) {\n      blockerFunctions.set(key, fn);\n    }\n\n    return blocker;\n  }\n\n  function deleteBlocker(key: string) {\n    state.blockers.delete(key);\n    blockerFunctions.delete(key);\n  }\n\n  // Utility function to update blockers, ensuring valid state transitions\n  function updateBlocker(key: string, newBlocker: Blocker) {\n    let blocker = state.blockers.get(key) || IDLE_BLOCKER;\n\n    // Poor mans state machine :)\n    // https://mermaid.live/edit#pako:eNqVkc9OwzAMxl8l8nnjAYrEtDIOHEBIgwvKJTReGy3_lDpIqO27k6awMG0XcrLlnz87nwdonESogKXXBuE79rq75XZO3-yHds0RJVuv70YrPlUrCEe2HfrORS3rubqZfuhtpg5C9wk5tZ4VKcRUq88q9Z8RS0-48cE1iHJkL0ugbHuFLus9L6spZy8nX9MP2CNdomVaposqu3fGayT8T8-jJQwhepo_UtpgBQaDEUom04dZhAN1aJBDlUKJBxE1ceB2Smj0Mln-IBW5AFU2dwUiktt_2Qaq2dBfaKdEup85UV7Yd-dKjlnkabl2Pvr0DTkTreM\n    invariant(\n      (blocker.state === \"unblocked\" && newBlocker.state === \"blocked\") ||\n        (blocker.state === \"blocked\" && newBlocker.state === \"blocked\") ||\n        (blocker.state === \"blocked\" && newBlocker.state === \"proceeding\") ||\n        (blocker.state === \"blocked\" && newBlocker.state === \"unblocked\") ||\n        (blocker.state === \"proceeding\" && newBlocker.state === \"unblocked\"),\n      `Invalid blocker state transition: ${blocker.state} -> ${newBlocker.state}`\n    );\n\n    let blockers = new Map(state.blockers);\n    blockers.set(key, newBlocker);\n    updateState({ blockers });\n  }\n\n  function shouldBlockNavigation({\n    currentLocation,\n    nextLocation,\n    historyAction,\n  }: {\n    currentLocation: Location;\n    nextLocation: Location;\n    historyAction: HistoryAction;\n  }): string | undefined {\n    if (blockerFunctions.size === 0) {\n      return;\n    }\n\n    // We ony support a single active blocker at the moment since we don't have\n    // any compelling use cases for multi-blocker yet\n    if (blockerFunctions.size > 1) {\n      warning(false, \"A router only supports one blocker at a time\");\n    }\n\n    let entries = Array.from(blockerFunctions.entries());\n    let [blockerKey, blockerFunction] = entries[entries.length - 1];\n    let blocker = state.blockers.get(blockerKey);\n\n    if (blocker && blocker.state === \"proceeding\") {\n      // If the blocker is currently proceeding, we don't need to re-check\n      // it and can let this navigation continue\n      return;\n    }\n\n    // At this point, we know we're unblocked/blocked so we need to check the\n    // user-provided blocker function\n    if (blockerFunction({ currentLocation, nextLocation, historyAction })) {\n      return blockerKey;\n    }\n  }\n\n  function cancelActiveDeferreds(\n    predicate?: (routeId: string) => boolean\n  ): string[] {\n    let cancelledRouteIds: string[] = [];\n    activeDeferreds.forEach((dfd, routeId) => {\n      if (!predicate || predicate(routeId)) {\n        // Cancel the deferred - but do not remove from activeDeferreds here -\n        // we rely on the subscribers to do that so our tests can assert proper\n        // cleanup via _internalActiveDeferreds\n        dfd.cancel();\n        cancelledRouteIds.push(routeId);\n        activeDeferreds.delete(routeId);\n      }\n    });\n    return cancelledRouteIds;\n  }\n\n  // Opt in to capturing and reporting scroll positions during navigations,\n  // used by the <ScrollRestoration> component\n  function enableScrollRestoration(\n    positions: Record<string, number>,\n    getPosition: GetScrollPositionFunction,\n    getKey?: GetScrollRestorationKeyFunction\n  ) {\n    savedScrollPositions = positions;\n    getScrollPosition = getPosition;\n    getScrollRestorationKey = getKey || null;\n\n    // Perform initial hydration scroll restoration, since we miss the boat on\n    // the initial updateState() because we've not yet rendered <ScrollRestoration/>\n    // and therefore have no savedScrollPositions available\n    if (!initialScrollRestored && state.navigation === IDLE_NAVIGATION) {\n      initialScrollRestored = true;\n      let y = getSavedScrollPosition(state.location, state.matches);\n      if (y != null) {\n        updateState({ restoreScrollPosition: y });\n      }\n    }\n\n    return () => {\n      savedScrollPositions = null;\n      getScrollPosition = null;\n      getScrollRestorationKey = null;\n    };\n  }\n\n  function getScrollKey(location: Location, matches: AgnosticDataRouteMatch[]) {\n    if (getScrollRestorationKey) {\n      let key = getScrollRestorationKey(\n        location,\n        matches.map((m) => convertRouteMatchToUiMatch(m, state.loaderData))\n      );\n      return key || location.key;\n    }\n    return location.key;\n  }\n\n  function saveScrollPosition(\n    location: Location,\n    matches: AgnosticDataRouteMatch[]\n  ): void {\n    if (savedScrollPositions && getScrollPosition) {\n      let key = getScrollKey(location, matches);\n      savedScrollPositions[key] = getScrollPosition();\n    }\n  }\n\n  function getSavedScrollPosition(\n    location: Location,\n    matches: AgnosticDataRouteMatch[]\n  ): number | null {\n    if (savedScrollPositions) {\n      let key = getScrollKey(location, matches);\n      let y = savedScrollPositions[key];\n      if (typeof y === \"number\") {\n        return y;\n      }\n    }\n    return null;\n  }\n\n  function _internalSetRoutes(newRoutes: AgnosticDataRouteObject[]) {\n    manifest = {};\n    inFlightDataRoutes = convertRoutesToDataRoutes(\n      newRoutes,\n      mapRouteProperties,\n      undefined,\n      manifest\n    );\n  }\n\n  router = {\n    get basename() {\n      return basename;\n    },\n    get future() {\n      return future;\n    },\n    get state() {\n      return state;\n    },\n    get routes() {\n      return dataRoutes;\n    },\n    get window() {\n      return routerWindow;\n    },\n    initialize,\n    subscribe,\n    enableScrollRestoration,\n    navigate,\n    fetch,\n    revalidate,\n    // Passthrough to history-aware createHref used by useHref so we get proper\n    // hash-aware URLs in DOM paths\n    createHref: (to: To) => init.history.createHref(to),\n    encodeLocation: (to: To) => init.history.encodeLocation(to),\n    getFetcher,\n    deleteFetcher: deleteFetcherAndUpdateState,\n    dispose,\n    getBlocker,\n    deleteBlocker,\n    _internalFetchControllers: fetchControllers,\n    _internalActiveDeferreds: activeDeferreds,\n    // TODO: Remove setRoutes, it's temporary to avoid dealing with\n    // updating the tree while validating the update algorithm.\n    _internalSetRoutes,\n  };\n\n  return router;\n}\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region createStaticHandler\n////////////////////////////////////////////////////////////////////////////////\n\nexport const UNSAFE_DEFERRED_SYMBOL = Symbol(\"deferred\");\n\n/**\n * Future flags to toggle new feature behavior\n */\nexport interface StaticHandlerFutureConfig {\n  v7_relativeSplatPath: boolean;\n  v7_throwAbortReason: boolean;\n}\n\nexport interface CreateStaticHandlerOptions {\n  basename?: string;\n  /**\n   * @deprecated Use `mapRouteProperties` instead\n   */\n  detectErrorBoundary?: DetectErrorBoundaryFunction;\n  mapRouteProperties?: MapRoutePropertiesFunction;\n  future?: Partial<StaticHandlerFutureConfig>;\n}\n\nexport function createStaticHandler(\n  routes: AgnosticRouteObject[],\n  opts?: CreateStaticHandlerOptions\n): StaticHandler {\n  invariant(\n    routes.length > 0,\n    \"You must provide a non-empty routes array to createStaticHandler\"\n  );\n\n  let manifest: RouteManifest = {};\n  let basename = (opts ? opts.basename : null) || \"/\";\n  let mapRouteProperties: MapRoutePropertiesFunction;\n  if (opts?.mapRouteProperties) {\n    mapRouteProperties = opts.mapRouteProperties;\n  } else if (opts?.detectErrorBoundary) {\n    // If they are still using the deprecated version, wrap it with the new API\n    let detectErrorBoundary = opts.detectErrorBoundary;\n    mapRouteProperties = (route) => ({\n      hasErrorBoundary: detectErrorBoundary(route),\n    });\n  } else {\n    mapRouteProperties = defaultMapRouteProperties;\n  }\n  // Config driven behavior flags\n  let future: StaticHandlerFutureConfig = {\n    v7_relativeSplatPath: false,\n    v7_throwAbortReason: false,\n    ...(opts ? opts.future : null),\n  };\n\n  let dataRoutes = convertRoutesToDataRoutes(\n    routes,\n    mapRouteProperties,\n    undefined,\n    manifest\n  );\n\n  /**\n   * The query() method is intended for document requests, in which we want to\n   * call an optional action and potentially multiple loaders for all nested\n   * routes.  It returns a StaticHandlerContext object, which is very similar\n   * to the router state (location, loaderData, actionData, errors, etc.) and\n   * also adds SSR-specific information such as the statusCode and headers\n   * from action/loaders Responses.\n   *\n   * It _should_ never throw and should report all errors through the\n   * returned context.errors object, properly associating errors to their error\n   * boundary.  Additionally, it tracks _deepestRenderedBoundaryId which can be\n   * used to emulate React error boundaries during SSr by performing a second\n   * pass only down to the boundaryId.\n   *\n   * The one exception where we do not return a StaticHandlerContext is when a\n   * redirect response is returned or thrown from any action/loader.  We\n   * propagate that out and return the raw Response so the HTTP server can\n   * return it directly.\n   */\n  async function query(\n    request: Request,\n    { requestContext }: { requestContext?: unknown } = {}\n  ): Promise<StaticHandlerContext | Response> {\n    let url = new URL(request.url);\n    let method = request.method;\n    let location = createLocation(\"\", createPath(url), null, \"default\");\n    let matches = matchRoutes(dataRoutes, location, basename);\n\n    // SSR supports HEAD requests while SPA doesn't\n    if (!isValidMethod(method) && method !== \"HEAD\") {\n      let error = getInternalRouterError(405, { method });\n      let { matches: methodNotAllowedMatches, route } =\n        getShortCircuitMatches(dataRoutes);\n      return {\n        basename,\n        location,\n        matches: methodNotAllowedMatches,\n        loaderData: {},\n        actionData: null,\n        errors: {\n          [route.id]: error,\n        },\n        statusCode: error.status,\n        loaderHeaders: {},\n        actionHeaders: {},\n        activeDeferreds: null,\n      };\n    } else if (!matches) {\n      let error = getInternalRouterError(404, { pathname: location.pathname });\n      let { matches: notFoundMatches, route } =\n        getShortCircuitMatches(dataRoutes);\n      return {\n        basename,\n        location,\n        matches: notFoundMatches,\n        loaderData: {},\n        actionData: null,\n        errors: {\n          [route.id]: error,\n        },\n        statusCode: error.status,\n        loaderHeaders: {},\n        actionHeaders: {},\n        activeDeferreds: null,\n      };\n    }\n\n    let result = await queryImpl(request, location, matches, requestContext);\n    if (isResponse(result)) {\n      return result;\n    }\n\n    // When returning StaticHandlerContext, we patch back in the location here\n    // since we need it for React Context.  But this helps keep our submit and\n    // loadRouteData operating on a Request instead of a Location\n    return { location, basename, ...result };\n  }\n\n  /**\n   * The queryRoute() method is intended for targeted route requests, either\n   * for fetch ?_data requests or resource route requests.  In this case, we\n   * are only ever calling a single action or loader, and we are returning the\n   * returned value directly.  In most cases, this will be a Response returned\n   * from the action/loader, but it may be a primitive or other value as well -\n   * and in such cases the calling context should handle that accordingly.\n   *\n   * We do respect the throw/return differentiation, so if an action/loader\n   * throws, then this method will throw the value.  This is important so we\n   * can do proper boundary identification in Remix where a thrown Response\n   * must go to the Catch Boundary but a returned Response is happy-path.\n   *\n   * One thing to note is that any Router-initiated Errors that make sense\n   * to associate with a status code will be thrown as an ErrorResponse\n   * instance which include the raw Error, such that the calling context can\n   * serialize the error as they see fit while including the proper response\n   * code.  Examples here are 404 and 405 errors that occur prior to reaching\n   * any user-defined loaders.\n   */\n  async function queryRoute(\n    request: Request,\n    {\n      routeId,\n      requestContext,\n    }: { requestContext?: unknown; routeId?: string } = {}\n  ): Promise<any> {\n    let url = new URL(request.url);\n    let method = request.method;\n    let location = createLocation(\"\", createPath(url), null, \"default\");\n    let matches = matchRoutes(dataRoutes, location, basename);\n\n    // SSR supports HEAD requests while SPA doesn't\n    if (!isValidMethod(method) && method !== \"HEAD\" && method !== \"OPTIONS\") {\n      throw getInternalRouterError(405, { method });\n    } else if (!matches) {\n      throw getInternalRouterError(404, { pathname: location.pathname });\n    }\n\n    let match = routeId\n      ? matches.find((m) => m.route.id === routeId)\n      : getTargetMatch(matches, location);\n\n    if (routeId && !match) {\n      throw getInternalRouterError(403, {\n        pathname: location.pathname,\n        routeId,\n      });\n    } else if (!match) {\n      // This should never hit I don't think?\n      throw getInternalRouterError(404, { pathname: location.pathname });\n    }\n\n    let result = await queryImpl(\n      request,\n      location,\n      matches,\n      requestContext,\n      match\n    );\n    if (isResponse(result)) {\n      return result;\n    }\n\n    let error = result.errors ? Object.values(result.errors)[0] : undefined;\n    if (error !== undefined) {\n      // If we got back result.errors, that means the loader/action threw\n      // _something_ that wasn't a Response, but it's not guaranteed/required\n      // to be an `instanceof Error` either, so we have to use throw here to\n      // preserve the \"error\" state outside of queryImpl.\n      throw error;\n    }\n\n    // Pick off the right state value to return\n    if (result.actionData) {\n      return Object.values(result.actionData)[0];\n    }\n\n    if (result.loaderData) {\n      let data = Object.values(result.loaderData)[0];\n      if (result.activeDeferreds?.[match.route.id]) {\n        data[UNSAFE_DEFERRED_SYMBOL] = result.activeDeferreds[match.route.id];\n      }\n      return data;\n    }\n\n    return undefined;\n  }\n\n  async function queryImpl(\n    request: Request,\n    location: Location,\n    matches: AgnosticDataRouteMatch[],\n    requestContext: unknown,\n    routeMatch?: AgnosticDataRouteMatch\n  ): Promise<Omit<StaticHandlerContext, \"location\" | \"basename\"> | Response> {\n    invariant(\n      request.signal,\n      \"query()/queryRoute() requests must contain an AbortController signal\"\n    );\n\n    try {\n      if (isMutationMethod(request.method.toLowerCase())) {\n        let result = await submit(\n          request,\n          matches,\n          routeMatch || getTargetMatch(matches, location),\n          requestContext,\n          routeMatch != null\n        );\n        return result;\n      }\n\n      let result = await loadRouteData(\n        request,\n        matches,\n        requestContext,\n        routeMatch\n      );\n      return isResponse(result)\n        ? result\n        : {\n            ...result,\n            actionData: null,\n            actionHeaders: {},\n          };\n    } catch (e) {\n      // If the user threw/returned a Response in callLoaderOrAction, we throw\n      // it to bail out and then return or throw here based on whether the user\n      // returned or threw\n      if (isQueryRouteResponse(e)) {\n        if (e.type === ResultType.error) {\n          throw e.response;\n        }\n        return e.response;\n      }\n      // Redirects are always returned since they don't propagate to catch\n      // boundaries\n      if (isRedirectResponse(e)) {\n        return e;\n      }\n      throw e;\n    }\n  }\n\n  async function submit(\n    request: Request,\n    matches: AgnosticDataRouteMatch[],\n    actionMatch: AgnosticDataRouteMatch,\n    requestContext: unknown,\n    isRouteRequest: boolean\n  ): Promise<Omit<StaticHandlerContext, \"location\" | \"basename\"> | Response> {\n    let result: DataResult;\n\n    if (!actionMatch.route.action && !actionMatch.route.lazy) {\n      let error = getInternalRouterError(405, {\n        method: request.method,\n        pathname: new URL(request.url).pathname,\n        routeId: actionMatch.route.id,\n      });\n      if (isRouteRequest) {\n        throw error;\n      }\n      result = {\n        type: ResultType.error,\n        error,\n      };\n    } else {\n      result = await callLoaderOrAction(\n        \"action\",\n        request,\n        actionMatch,\n        matches,\n        manifest,\n        mapRouteProperties,\n        basename,\n        future.v7_relativeSplatPath,\n        { isStaticRequest: true, isRouteRequest, requestContext }\n      );\n\n      if (request.signal.aborted) {\n        throwStaticHandlerAbortedError(request, isRouteRequest, future);\n      }\n    }\n\n    if (isRedirectResult(result)) {\n      // Uhhhh - this should never happen, we should always throw these from\n      // callLoaderOrAction, but the type narrowing here keeps TS happy and we\n      // can get back on the \"throw all redirect responses\" train here should\n      // this ever happen :/\n      throw new Response(null, {\n        status: result.status,\n        headers: {\n          Location: result.location,\n        },\n      });\n    }\n\n    if (isDeferredResult(result)) {\n      let error = getInternalRouterError(400, { type: \"defer-action\" });\n      if (isRouteRequest) {\n        throw error;\n      }\n      result = {\n        type: ResultType.error,\n        error,\n      };\n    }\n\n    if (isRouteRequest) {\n      // Note: This should only be non-Response values if we get here, since\n      // isRouteRequest should throw any Response received in callLoaderOrAction\n      if (isErrorResult(result)) {\n        throw result.error;\n      }\n\n      return {\n        matches: [actionMatch],\n        loaderData: {},\n        actionData: { [actionMatch.route.id]: result.data },\n        errors: null,\n        // Note: statusCode + headers are unused here since queryRoute will\n        // return the raw Response or value\n        statusCode: 200,\n        loaderHeaders: {},\n        actionHeaders: {},\n        activeDeferreds: null,\n      };\n    }\n\n    if (isErrorResult(result)) {\n      // Store off the pending error - we use it to determine which loaders\n      // to call and will commit it when we complete the navigation\n      let boundaryMatch = findNearestBoundary(matches, actionMatch.route.id);\n      let context = await loadRouteData(\n        request,\n        matches,\n        requestContext,\n        undefined,\n        {\n          [boundaryMatch.route.id]: result.error,\n        }\n      );\n\n      // action status codes take precedence over loader status codes\n      return {\n        ...context,\n        statusCode: isRouteErrorResponse(result.error)\n          ? result.error.status\n          : 500,\n        actionData: null,\n        actionHeaders: {\n          ...(result.headers ? { [actionMatch.route.id]: result.headers } : {}),\n        },\n      };\n    }\n\n    // Create a GET request for the loaders\n    let loaderRequest = new Request(request.url, {\n      headers: request.headers,\n      redirect: request.redirect,\n      signal: request.signal,\n    });\n    let context = await loadRouteData(loaderRequest, matches, requestContext);\n\n    return {\n      ...context,\n      // action status codes take precedence over loader status codes\n      ...(result.statusCode ? { statusCode: result.statusCode } : {}),\n      actionData: {\n        [actionMatch.route.id]: result.data,\n      },\n      actionHeaders: {\n        ...(result.headers ? { [actionMatch.route.id]: result.headers } : {}),\n      },\n    };\n  }\n\n  async function loadRouteData(\n    request: Request,\n    matches: AgnosticDataRouteMatch[],\n    requestContext: unknown,\n    routeMatch?: AgnosticDataRouteMatch,\n    pendingActionError?: RouteData\n  ): Promise<\n    | Omit<\n        StaticHandlerContext,\n        \"location\" | \"basename\" | \"actionData\" | \"actionHeaders\"\n      >\n    | Response\n  > {\n    let isRouteRequest = routeMatch != null;\n\n    // Short circuit if we have no loaders to run (queryRoute())\n    if (\n      isRouteRequest &&\n      !routeMatch?.route.loader &&\n      !routeMatch?.route.lazy\n    ) {\n      throw getInternalRouterError(400, {\n        method: request.method,\n        pathname: new URL(request.url).pathname,\n        routeId: routeMatch?.route.id,\n      });\n    }\n\n    let requestMatches = routeMatch\n      ? [routeMatch]\n      : getLoaderMatchesUntilBoundary(\n          matches,\n          Object.keys(pendingActionError || {})[0]\n        );\n    let matchesToLoad = requestMatches.filter(\n      (m) => m.route.loader || m.route.lazy\n    );\n\n    // Short circuit if we have no loaders to run (query())\n    if (matchesToLoad.length === 0) {\n      return {\n        matches,\n        // Add a null for all matched routes for proper revalidation on the client\n        loaderData: matches.reduce(\n          (acc, m) => Object.assign(acc, { [m.route.id]: null }),\n          {}\n        ),\n        errors: pendingActionError || null,\n        statusCode: 200,\n        loaderHeaders: {},\n        activeDeferreds: null,\n      };\n    }\n\n    let results = await Promise.all([\n      ...matchesToLoad.map((match) =>\n        callLoaderOrAction(\n          \"loader\",\n          request,\n          match,\n          matches,\n          manifest,\n          mapRouteProperties,\n          basename,\n          future.v7_relativeSplatPath,\n          { isStaticRequest: true, isRouteRequest, requestContext }\n        )\n      ),\n    ]);\n\n    if (request.signal.aborted) {\n      throwStaticHandlerAbortedError(request, isRouteRequest, future);\n    }\n\n    // Process and commit output from loaders\n    let activeDeferreds = new Map<string, DeferredData>();\n    let context = processRouteLoaderData(\n      matches,\n      matchesToLoad,\n      results,\n      pendingActionError,\n      activeDeferreds\n    );\n\n    // Add a null for any non-loader matches for proper revalidation on the client\n    let executedLoaders = new Set<string>(\n      matchesToLoad.map((match) => match.route.id)\n    );\n    matches.forEach((match) => {\n      if (!executedLoaders.has(match.route.id)) {\n        context.loaderData[match.route.id] = null;\n      }\n    });\n\n    return {\n      ...context,\n      matches,\n      activeDeferreds:\n        activeDeferreds.size > 0\n          ? Object.fromEntries(activeDeferreds.entries())\n          : null,\n    };\n  }\n\n  return {\n    dataRoutes,\n    query,\n    queryRoute,\n  };\n}\n\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Helpers\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n * Given an existing StaticHandlerContext and an error thrown at render time,\n * provide an updated StaticHandlerContext suitable for a second SSR render\n */\nexport function getStaticContextFromError(\n  routes: AgnosticDataRouteObject[],\n  context: StaticHandlerContext,\n  error: any\n) {\n  let newContext: StaticHandlerContext = {\n    ...context,\n    statusCode: isRouteErrorResponse(error) ? error.status : 500,\n    errors: {\n      [context._deepestRenderedBoundaryId || routes[0].id]: error,\n    },\n  };\n  return newContext;\n}\n\nfunction throwStaticHandlerAbortedError(\n  request: Request,\n  isRouteRequest: boolean,\n  future: StaticHandlerFutureConfig\n) {\n  if (future.v7_throwAbortReason && request.signal.reason !== undefined) {\n    throw request.signal.reason;\n  }\n\n  let method = isRouteRequest ? \"queryRoute\" : \"query\";\n  throw new Error(`${method}() call aborted: ${request.method} ${request.url}`);\n}\n\nfunction isSubmissionNavigation(\n  opts: BaseNavigateOrFetchOptions\n): opts is SubmissionNavigateOptions {\n  return (\n    opts != null &&\n    ((\"formData\" in opts && opts.formData != null) ||\n      (\"body\" in opts && opts.body !== undefined))\n  );\n}\n\nfunction normalizeTo(\n  location: Path,\n  matches: AgnosticDataRouteMatch[],\n  basename: string,\n  prependBasename: boolean,\n  to: To | null,\n  v7_relativeSplatPath: boolean,\n  fromRouteId?: string,\n  relative?: RelativeRoutingType\n) {\n  let contextualMatches: AgnosticDataRouteMatch[];\n  let activeRouteMatch: AgnosticDataRouteMatch | undefined;\n  if (fromRouteId) {\n    // Grab matches up to the calling route so our route-relative logic is\n    // relative to the correct source route\n    contextualMatches = [];\n    for (let match of matches) {\n      contextualMatches.push(match);\n      if (match.route.id === fromRouteId) {\n        activeRouteMatch = match;\n        break;\n      }\n    }\n  } else {\n    contextualMatches = matches;\n    activeRouteMatch = matches[matches.length - 1];\n  }\n\n  // Resolve the relative path\n  let path = resolveTo(\n    to ? to : \".\",\n    getResolveToMatches(contextualMatches, v7_relativeSplatPath),\n    stripBasename(location.pathname, basename) || location.pathname,\n    relative === \"path\"\n  );\n\n  // When `to` is not specified we inherit search/hash from the current\n  // location, unlike when to=\".\" and we just inherit the path.\n  // See https://github.com/remix-run/remix/issues/927\n  if (to == null) {\n    path.search = location.search;\n    path.hash = location.hash;\n  }\n\n  // Add an ?index param for matched index routes if we don't already have one\n  if (\n    (to == null || to === \"\" || to === \".\") &&\n    activeRouteMatch &&\n    activeRouteMatch.route.index &&\n    !hasNakedIndexQuery(path.search)\n  ) {\n    path.search = path.search\n      ? path.search.replace(/^\\?/, \"?index&\")\n      : \"?index\";\n  }\n\n  // If we're operating within a basename, prepend it to the pathname.  If\n  // this is a root navigation, then just use the raw basename which allows\n  // the basename to have full control over the presence of a trailing slash\n  // on root actions\n  if (prependBasename && basename !== \"/\") {\n    path.pathname =\n      path.pathname === \"/\" ? basename : joinPaths([basename, path.pathname]);\n  }\n\n  return createPath(path);\n}\n\n// Normalize navigation options by converting formMethod=GET formData objects to\n// URLSearchParams so they behave identically to links with query params\nfunction normalizeNavigateOptions(\n  normalizeFormMethod: boolean,\n  isFetcher: boolean,\n  path: string,\n  opts?: BaseNavigateOrFetchOptions\n): {\n  path: string;\n  submission?: Submission;\n  error?: ErrorResponseImpl;\n} {\n  // Return location verbatim on non-submission navigations\n  if (!opts || !isSubmissionNavigation(opts)) {\n    return { path };\n  }\n\n  if (opts.formMethod && !isValidMethod(opts.formMethod)) {\n    return {\n      path,\n      error: getInternalRouterError(405, { method: opts.formMethod }),\n    };\n  }\n\n  let getInvalidBodyError = () => ({\n    path,\n    error: getInternalRouterError(400, { type: \"invalid-body\" }),\n  });\n\n  // Create a Submission on non-GET navigations\n  let rawFormMethod = opts.formMethod || \"get\";\n  let formMethod = normalizeFormMethod\n    ? (rawFormMethod.toUpperCase() as V7_FormMethod)\n    : (rawFormMethod.toLowerCase() as FormMethod);\n  let formAction = stripHashFromPath(path);\n\n  if (opts.body !== undefined) {\n    if (opts.formEncType === \"text/plain\") {\n      // text only support POST/PUT/PATCH/DELETE submissions\n      if (!isMutationMethod(formMethod)) {\n        return getInvalidBodyError();\n      }\n\n      let text =\n        typeof opts.body === \"string\"\n          ? opts.body\n          : opts.body instanceof FormData ||\n            opts.body instanceof URLSearchParams\n          ? // https://html.spec.whatwg.org/multipage/form-control-infrastructure.html#plain-text-form-data\n            Array.from(opts.body.entries()).reduce(\n              (acc, [name, value]) => `${acc}${name}=${value}\\n`,\n              \"\"\n            )\n          : String(opts.body);\n\n      return {\n        path,\n        submission: {\n          formMethod,\n          formAction,\n          formEncType: opts.formEncType,\n          formData: undefined,\n          json: undefined,\n          text,\n        },\n      };\n    } else if (opts.formEncType === \"application/json\") {\n      // json only supports POST/PUT/PATCH/DELETE submissions\n      if (!isMutationMethod(formMethod)) {\n        return getInvalidBodyError();\n      }\n\n      try {\n        let json =\n          typeof opts.body === \"string\" ? JSON.parse(opts.body) : opts.body;\n\n        return {\n          path,\n          submission: {\n            formMethod,\n            formAction,\n            formEncType: opts.formEncType,\n            formData: undefined,\n            json,\n            text: undefined,\n          },\n        };\n      } catch (e) {\n        return getInvalidBodyError();\n      }\n    }\n  }\n\n  invariant(\n    typeof FormData === \"function\",\n    \"FormData is not available in this environment\"\n  );\n\n  let searchParams: URLSearchParams;\n  let formData: FormData;\n\n  if (opts.formData) {\n    searchParams = convertFormDataToSearchParams(opts.formData);\n    formData = opts.formData;\n  } else if (opts.body instanceof FormData) {\n    searchParams = convertFormDataToSearchParams(opts.body);\n    formData = opts.body;\n  } else if (opts.body instanceof URLSearchParams) {\n    searchParams = opts.body;\n    formData = convertSearchParamsToFormData(searchParams);\n  } else if (opts.body == null) {\n    searchParams = new URLSearchParams();\n    formData = new FormData();\n  } else {\n    try {\n      searchParams = new URLSearchParams(opts.body);\n      formData = convertSearchParamsToFormData(searchParams);\n    } catch (e) {\n      return getInvalidBodyError();\n    }\n  }\n\n  let submission: Submission = {\n    formMethod,\n    formAction,\n    formEncType:\n      (opts && opts.formEncType) || \"application/x-www-form-urlencoded\",\n    formData,\n    json: undefined,\n    text: undefined,\n  };\n\n  if (isMutationMethod(submission.formMethod)) {\n    return { path, submission };\n  }\n\n  // Flatten submission onto URLSearchParams for GET submissions\n  let parsedPath = parsePath(path);\n  // On GET navigation submissions we can drop the ?index param from the\n  // resulting location since all loaders will run.  But fetcher GET submissions\n  // only run a single loader so we need to preserve any incoming ?index params\n  if (isFetcher && parsedPath.search && hasNakedIndexQuery(parsedPath.search)) {\n    searchParams.append(\"index\", \"\");\n  }\n  parsedPath.search = `?${searchParams}`;\n\n  return { path: createPath(parsedPath), submission };\n}\n\n// Filter out all routes below any caught error as they aren't going to\n// render so we don't need to load them\nfunction getLoaderMatchesUntilBoundary(\n  matches: AgnosticDataRouteMatch[],\n  boundaryId?: string\n) {\n  let boundaryMatches = matches;\n  if (boundaryId) {\n    let index = matches.findIndex((m) => m.route.id === boundaryId);\n    if (index >= 0) {\n      boundaryMatches = matches.slice(0, index);\n    }\n  }\n  return boundaryMatches;\n}\n\nfunction getMatchesToLoad(\n  history: History,\n  state: RouterState,\n  matches: AgnosticDataRouteMatch[],\n  submission: Submission | undefined,\n  location: Location,\n  isInitialLoad: boolean,\n  isRevalidationRequired: boolean,\n  cancelledDeferredRoutes: string[],\n  cancelledFetcherLoads: string[],\n  deletedFetchers: Set<string>,\n  fetchLoadMatches: Map<string, FetchLoadMatch>,\n  fetchRedirectIds: Set<string>,\n  routesToUse: AgnosticDataRouteObject[],\n  basename: string | undefined,\n  pendingActionData?: RouteData,\n  pendingError?: RouteData\n): [AgnosticDataRouteMatch[], RevalidatingFetcher[]] {\n  let actionResult = pendingError\n    ? Object.values(pendingError)[0]\n    : pendingActionData\n    ? Object.values(pendingActionData)[0]\n    : undefined;\n\n  let currentUrl = history.createURL(state.location);\n  let nextUrl = history.createURL(location);\n\n  // Pick navigation matches that are net-new or qualify for revalidation\n  let boundaryId = pendingError ? Object.keys(pendingError)[0] : undefined;\n  let boundaryMatches = getLoaderMatchesUntilBoundary(matches, boundaryId);\n\n  let navigationMatches = boundaryMatches.filter((match, index) => {\n    let { route } = match;\n    if (route.lazy) {\n      // We haven't loaded this route yet so we don't know if it's got a loader!\n      return true;\n    }\n\n    if (route.loader == null) {\n      return false;\n    }\n\n    if (isInitialLoad) {\n      if (route.loader.hydrate) {\n        return true;\n      }\n      return (\n        state.loaderData[route.id] === undefined &&\n        // Don't re-run if the loader ran and threw an error\n        (!state.errors || state.errors[route.id] === undefined)\n      );\n    }\n\n    // Always call the loader on new route instances and pending defer cancellations\n    if (\n      isNewLoader(state.loaderData, state.matches[index], match) ||\n      cancelledDeferredRoutes.some((id) => id === match.route.id)\n    ) {\n      return true;\n    }\n\n    // This is the default implementation for when we revalidate.  If the route\n    // provides it's own implementation, then we give them full control but\n    // provide this value so they can leverage it if needed after they check\n    // their own specific use cases\n    let currentRouteMatch = state.matches[index];\n    let nextRouteMatch = match;\n\n    return shouldRevalidateLoader(match, {\n      currentUrl,\n      currentParams: currentRouteMatch.params,\n      nextUrl,\n      nextParams: nextRouteMatch.params,\n      ...submission,\n      actionResult,\n      defaultShouldRevalidate:\n        // Forced revalidation due to submission, useRevalidator, or X-Remix-Revalidate\n        isRevalidationRequired ||\n        // Clicked the same link, resubmitted a GET form\n        currentUrl.pathname + currentUrl.search ===\n          nextUrl.pathname + nextUrl.search ||\n        // Search params affect all loaders\n        currentUrl.search !== nextUrl.search ||\n        isNewRouteInstance(currentRouteMatch, nextRouteMatch),\n    });\n  });\n\n  // Pick fetcher.loads that need to be revalidated\n  let revalidatingFetchers: RevalidatingFetcher[] = [];\n  fetchLoadMatches.forEach((f, key) => {\n    // Don't revalidate:\n    //  - on initial load (shouldn't be any fetchers then anyway)\n    //  - if fetcher won't be present in the subsequent render\n    //    - no longer matches the URL (v7_fetcherPersist=false)\n    //    - was unmounted but persisted due to v7_fetcherPersist=true\n    if (\n      isInitialLoad ||\n      !matches.some((m) => m.route.id === f.routeId) ||\n      deletedFetchers.has(key)\n    ) {\n      return;\n    }\n\n    let fetcherMatches = matchRoutes(routesToUse, f.path, basename);\n\n    // If the fetcher path no longer matches, push it in with null matches so\n    // we can trigger a 404 in callLoadersAndMaybeResolveData.  Note this is\n    // currently only a use-case for Remix HMR where the route tree can change\n    // at runtime and remove a route previously loaded via a fetcher\n    if (!fetcherMatches) {\n      revalidatingFetchers.push({\n        key,\n        routeId: f.routeId,\n        path: f.path,\n        matches: null,\n        match: null,\n        controller: null,\n      });\n      return;\n    }\n\n    // Revalidating fetchers are decoupled from the route matches since they\n    // load from a static href.  They revalidate based on explicit revalidation\n    // (submission, useRevalidator, or X-Remix-Revalidate)\n    let fetcher = state.fetchers.get(key);\n    let fetcherMatch = getTargetMatch(fetcherMatches, f.path);\n\n    let shouldRevalidate = false;\n    if (fetchRedirectIds.has(key)) {\n      // Never trigger a revalidation of an actively redirecting fetcher\n      shouldRevalidate = false;\n    } else if (cancelledFetcherLoads.includes(key)) {\n      // Always revalidate if the fetcher was cancelled\n      shouldRevalidate = true;\n    } else if (\n      fetcher &&\n      fetcher.state !== \"idle\" &&\n      fetcher.data === undefined\n    ) {\n      // If the fetcher hasn't ever completed loading yet, then this isn't a\n      // revalidation, it would just be a brand new load if an explicit\n      // revalidation is required\n      shouldRevalidate = isRevalidationRequired;\n    } else {\n      // Otherwise fall back on any user-defined shouldRevalidate, defaulting\n      // to explicit revalidations only\n      shouldRevalidate = shouldRevalidateLoader(fetcherMatch, {\n        currentUrl,\n        currentParams: state.matches[state.matches.length - 1].params,\n        nextUrl,\n        nextParams: matches[matches.length - 1].params,\n        ...submission,\n        actionResult,\n        defaultShouldRevalidate: isRevalidationRequired,\n      });\n    }\n\n    if (shouldRevalidate) {\n      revalidatingFetchers.push({\n        key,\n        routeId: f.routeId,\n        path: f.path,\n        matches: fetcherMatches,\n        match: fetcherMatch,\n        controller: new AbortController(),\n      });\n    }\n  });\n\n  return [navigationMatches, revalidatingFetchers];\n}\n\nfunction isNewLoader(\n  currentLoaderData: RouteData,\n  currentMatch: AgnosticDataRouteMatch,\n  match: AgnosticDataRouteMatch\n) {\n  let isNew =\n    // [a] -> [a, b]\n    !currentMatch ||\n    // [a, b] -> [a, c]\n    match.route.id !== currentMatch.route.id;\n\n  // Handle the case that we don't have data for a re-used route, potentially\n  // from a prior error or from a cancelled pending deferred\n  let isMissingData = currentLoaderData[match.route.id] === undefined;\n\n  // Always load if this is a net-new route or we don't yet have data\n  return isNew || isMissingData;\n}\n\nfunction isNewRouteInstance(\n  currentMatch: AgnosticDataRouteMatch,\n  match: AgnosticDataRouteMatch\n) {\n  let currentPath = currentMatch.route.path;\n  return (\n    // param change for this match, /users/123 -> /users/456\n    currentMatch.pathname !== match.pathname ||\n    // splat param changed, which is not present in match.path\n    // e.g. /files/images/avatar.jpg -> files/finances.xls\n    (currentPath != null &&\n      currentPath.endsWith(\"*\") &&\n      currentMatch.params[\"*\"] !== match.params[\"*\"])\n  );\n}\n\nfunction shouldRevalidateLoader(\n  loaderMatch: AgnosticDataRouteMatch,\n  arg: ShouldRevalidateFunctionArgs\n) {\n  if (loaderMatch.route.shouldRevalidate) {\n    let routeChoice = loaderMatch.route.shouldRevalidate(arg);\n    if (typeof routeChoice === \"boolean\") {\n      return routeChoice;\n    }\n  }\n\n  return arg.defaultShouldRevalidate;\n}\n\n/**\n * Execute route.lazy() methods to lazily load route modules (loader, action,\n * shouldRevalidate) and update the routeManifest in place which shares objects\n * with dataRoutes so those get updated as well.\n */\nasync function loadLazyRouteModule(\n  route: AgnosticDataRouteObject,\n  mapRouteProperties: MapRoutePropertiesFunction,\n  manifest: RouteManifest\n) {\n  if (!route.lazy) {\n    return;\n  }\n\n  let lazyRoute = await route.lazy();\n\n  // If the lazy route function was executed and removed by another parallel\n  // call then we can return - first lazy() to finish wins because the return\n  // value of lazy is expected to be static\n  if (!route.lazy) {\n    return;\n  }\n\n  let routeToUpdate = manifest[route.id];\n  invariant(routeToUpdate, \"No route found in manifest\");\n\n  // Update the route in place.  This should be safe because there's no way\n  // we could yet be sitting on this route as we can't get there without\n  // resolving lazy() first.\n  //\n  // This is different than the HMR \"update\" use-case where we may actively be\n  // on the route being updated.  The main concern boils down to \"does this\n  // mutation affect any ongoing navigations or any current state.matches\n  // values?\".  If not, it should be safe to update in place.\n  let routeUpdates: Record<string, any> = {};\n  for (let lazyRouteProperty in lazyRoute) {\n    let staticRouteValue =\n      routeToUpdate[lazyRouteProperty as keyof typeof routeToUpdate];\n\n    let isPropertyStaticallyDefined =\n      staticRouteValue !== undefined &&\n      // This property isn't static since it should always be updated based\n      // on the route updates\n      lazyRouteProperty !== \"hasErrorBoundary\";\n\n    warning(\n      !isPropertyStaticallyDefined,\n      `Route \"${routeToUpdate.id}\" has a static property \"${lazyRouteProperty}\" ` +\n        `defined but its lazy function is also returning a value for this property. ` +\n        `The lazy route property \"${lazyRouteProperty}\" will be ignored.`\n    );\n\n    if (\n      !isPropertyStaticallyDefined &&\n      !immutableRouteKeys.has(lazyRouteProperty as ImmutableRouteKey)\n    ) {\n      routeUpdates[lazyRouteProperty] =\n        lazyRoute[lazyRouteProperty as keyof typeof lazyRoute];\n    }\n  }\n\n  // Mutate the route with the provided updates.  Do this first so we pass\n  // the updated version to mapRouteProperties\n  Object.assign(routeToUpdate, routeUpdates);\n\n  // Mutate the `hasErrorBoundary` property on the route based on the route\n  // updates and remove the `lazy` function so we don't resolve the lazy\n  // route again.\n  Object.assign(routeToUpdate, {\n    // To keep things framework agnostic, we use the provided\n    // `mapRouteProperties` (or wrapped `detectErrorBoundary`) function to\n    // set the framework-aware properties (`element`/`hasErrorBoundary`) since\n    // the logic will differ between frameworks.\n    ...mapRouteProperties(routeToUpdate),\n    lazy: undefined,\n  });\n}\n\nasync function callLoaderOrAction(\n  type: \"loader\" | \"action\",\n  request: Request,\n  match: AgnosticDataRouteMatch,\n  matches: AgnosticDataRouteMatch[],\n  manifest: RouteManifest,\n  mapRouteProperties: MapRoutePropertiesFunction,\n  basename: string,\n  v7_relativeSplatPath: boolean,\n  opts: {\n    isStaticRequest?: boolean;\n    isRouteRequest?: boolean;\n    requestContext?: unknown;\n  } = {}\n): Promise<DataResult> {\n  let resultType;\n  let result;\n  let onReject: (() => void) | undefined;\n\n  let runHandler = (handler: ActionFunction | LoaderFunction) => {\n    // Setup a promise we can race against so that abort signals short circuit\n    let reject: () => void;\n    let abortPromise = new Promise((_, r) => (reject = r));\n    onReject = () => reject();\n    request.signal.addEventListener(\"abort\", onReject);\n    return Promise.race([\n      handler({\n        request,\n        params: match.params,\n        context: opts.requestContext,\n      }),\n      abortPromise,\n    ]);\n  };\n\n  try {\n    let handler = match.route[type];\n\n    if (match.route.lazy) {\n      if (handler) {\n        // Run statically defined handler in parallel with lazy()\n        let handlerError;\n        let values = await Promise.all([\n          // If the handler throws, don't let it immediately bubble out,\n          // since we need to let the lazy() execution finish so we know if this\n          // route has a boundary that can handle the error\n          runHandler(handler).catch((e) => {\n            handlerError = e;\n          }),\n          loadLazyRouteModule(match.route, mapRouteProperties, manifest),\n        ]);\n        if (handlerError) {\n          throw handlerError;\n        }\n        result = values[0];\n      } else {\n        // Load lazy route module, then run any returned handler\n        await loadLazyRouteModule(match.route, mapRouteProperties, manifest);\n\n        handler = match.route[type];\n        if (handler) {\n          // Handler still run even if we got interrupted to maintain consistency\n          // with un-abortable behavior of handler execution on non-lazy or\n          // previously-lazy-loaded routes\n          result = await runHandler(handler);\n        } else if (type === \"action\") {\n          let url = new URL(request.url);\n          let pathname = url.pathname + url.search;\n          throw getInternalRouterError(405, {\n            method: request.method,\n            pathname,\n            routeId: match.route.id,\n          });\n        } else {\n          // lazy() route has no loader to run.  Short circuit here so we don't\n          // hit the invariant below that errors on returning undefined.\n          return { type: ResultType.data, data: undefined };\n        }\n      }\n    } else if (!handler) {\n      let url = new URL(request.url);\n      let pathname = url.pathname + url.search;\n      throw getInternalRouterError(404, {\n        pathname,\n      });\n    } else {\n      result = await runHandler(handler);\n    }\n\n    invariant(\n      result !== undefined,\n      `You defined ${type === \"action\" ? \"an action\" : \"a loader\"} for route ` +\n        `\"${match.route.id}\" but didn't return anything from your \\`${type}\\` ` +\n        `function. Please return a value or \\`null\\`.`\n    );\n  } catch (e) {\n    resultType = ResultType.error;\n    result = e;\n  } finally {\n    if (onReject) {\n      request.signal.removeEventListener(\"abort\", onReject);\n    }\n  }\n\n  if (isResponse(result)) {\n    let status = result.status;\n\n    // Process redirects\n    if (redirectStatusCodes.has(status)) {\n      let location = result.headers.get(\"Location\");\n      invariant(\n        location,\n        \"Redirects returned/thrown from loaders/actions must have a Location header\"\n      );\n\n      // Support relative routing in internal redirects\n      if (!ABSOLUTE_URL_REGEX.test(location)) {\n        location = normalizeTo(\n          new URL(request.url),\n          matches.slice(0, matches.indexOf(match) + 1),\n          basename,\n          true,\n          location,\n          v7_relativeSplatPath\n        );\n      } else if (!opts.isStaticRequest) {\n        // Strip off the protocol+origin for same-origin + same-basename absolute\n        // redirects. If this is a static request, we can let it go back to the\n        // browser as-is\n        let currentUrl = new URL(request.url);\n        let url = location.startsWith(\"//\")\n          ? new URL(currentUrl.protocol + location)\n          : new URL(location);\n        let isSameBasename = stripBasename(url.pathname, basename) != null;\n        if (url.origin === currentUrl.origin && isSameBasename) {\n          location = url.pathname + url.search + url.hash;\n        }\n      }\n\n      // Don't process redirects in the router during static requests requests.\n      // Instead, throw the Response and let the server handle it with an HTTP\n      // redirect.  We also update the Location header in place in this flow so\n      // basename and relative routing is taken into account\n      if (opts.isStaticRequest) {\n        result.headers.set(\"Location\", location);\n        throw result;\n      }\n\n      return {\n        type: ResultType.redirect,\n        status,\n        location,\n        revalidate: result.headers.get(\"X-Remix-Revalidate\") !== null,\n        reloadDocument: result.headers.get(\"X-Remix-Reload-Document\") !== null,\n      };\n    }\n\n    // For SSR single-route requests, we want to hand Responses back directly\n    // without unwrapping.  We do this with the QueryRouteResponse wrapper\n    // interface so we can know whether it was returned or thrown\n    if (opts.isRouteRequest) {\n      let queryRouteResponse: QueryRouteResponse = {\n        type:\n          resultType === ResultType.error ? ResultType.error : ResultType.data,\n        response: result,\n      };\n      throw queryRouteResponse;\n    }\n\n    let data: any;\n\n    try {\n      let contentType = result.headers.get(\"Content-Type\");\n      // Check between word boundaries instead of startsWith() due to the last\n      // paragraph of https://httpwg.org/specs/rfc9110.html#field.content-type\n      if (contentType && /\\bapplication\\/json\\b/.test(contentType)) {\n        if (result.body == null) {\n          data = null;\n        } else {\n          data = await result.json();\n        }\n      } else {\n        data = await result.text();\n      }\n    } catch (e) {\n      return { type: ResultType.error, error: e };\n    }\n\n    if (resultType === ResultType.error) {\n      return {\n        type: resultType,\n        error: new ErrorResponseImpl(status, result.statusText, data),\n        headers: result.headers,\n      };\n    }\n\n    return {\n      type: ResultType.data,\n      data,\n      statusCode: result.status,\n      headers: result.headers,\n    };\n  }\n\n  if (resultType === ResultType.error) {\n    return { type: resultType, error: result };\n  }\n\n  if (isDeferredData(result)) {\n    return {\n      type: ResultType.deferred,\n      deferredData: result,\n      statusCode: result.init?.status,\n      headers: result.init?.headers && new Headers(result.init.headers),\n    };\n  }\n\n  return { type: ResultType.data, data: result };\n}\n\n// Utility method for creating the Request instances for loaders/actions during\n// client-side navigations and fetches.  During SSR we will always have a\n// Request instance from the static handler (query/queryRoute)\nfunction createClientSideRequest(\n  history: History,\n  location: string | Location,\n  signal: AbortSignal,\n  submission?: Submission\n): Request {\n  let url = history.createURL(stripHashFromPath(location)).toString();\n  let init: RequestInit = { signal };\n\n  if (submission && isMutationMethod(submission.formMethod)) {\n    let { formMethod, formEncType } = submission;\n    // Didn't think we needed this but it turns out unlike other methods, patch\n    // won't be properly normalized to uppercase and results in a 405 error.\n    // See: https://fetch.spec.whatwg.org/#concept-method\n    init.method = formMethod.toUpperCase();\n\n    if (formEncType === \"application/json\") {\n      init.headers = new Headers({ \"Content-Type\": formEncType });\n      init.body = JSON.stringify(submission.json);\n    } else if (formEncType === \"text/plain\") {\n      // Content-Type is inferred (https://fetch.spec.whatwg.org/#dom-request)\n      init.body = submission.text;\n    } else if (\n      formEncType === \"application/x-www-form-urlencoded\" &&\n      submission.formData\n    ) {\n      // Content-Type is inferred (https://fetch.spec.whatwg.org/#dom-request)\n      init.body = convertFormDataToSearchParams(submission.formData);\n    } else {\n      // Content-Type is inferred (https://fetch.spec.whatwg.org/#dom-request)\n      init.body = submission.formData;\n    }\n  }\n\n  return new Request(url, init);\n}\n\nfunction convertFormDataToSearchParams(formData: FormData): URLSearchParams {\n  let searchParams = new URLSearchParams();\n\n  for (let [key, value] of formData.entries()) {\n    // https://html.spec.whatwg.org/multipage/form-control-infrastructure.html#converting-an-entry-list-to-a-list-of-name-value-pairs\n    searchParams.append(key, typeof value === \"string\" ? value : value.name);\n  }\n\n  return searchParams;\n}\n\nfunction convertSearchParamsToFormData(\n  searchParams: URLSearchParams\n): FormData {\n  let formData = new FormData();\n  for (let [key, value] of searchParams.entries()) {\n    formData.append(key, value);\n  }\n  return formData;\n}\n\nfunction processRouteLoaderData(\n  matches: AgnosticDataRouteMatch[],\n  matchesToLoad: AgnosticDataRouteMatch[],\n  results: DataResult[],\n  pendingError: RouteData | undefined,\n  activeDeferreds: Map<string, DeferredData>\n): {\n  loaderData: RouterState[\"loaderData\"];\n  errors: RouterState[\"errors\"] | null;\n  statusCode: number;\n  loaderHeaders: Record<string, Headers>;\n} {\n  // Fill in loaderData/errors from our loaders\n  let loaderData: RouterState[\"loaderData\"] = {};\n  let errors: RouterState[\"errors\"] | null = null;\n  let statusCode: number | undefined;\n  let foundError = false;\n  let loaderHeaders: Record<string, Headers> = {};\n\n  // Process loader results into state.loaderData/state.errors\n  results.forEach((result, index) => {\n    let id = matchesToLoad[index].route.id;\n    invariant(\n      !isRedirectResult(result),\n      \"Cannot handle redirect results in processLoaderData\"\n    );\n    if (isErrorResult(result)) {\n      // Look upwards from the matched route for the closest ancestor\n      // error boundary, defaulting to the root match\n      let boundaryMatch = findNearestBoundary(matches, id);\n      let error = result.error;\n      // If we have a pending action error, we report it at the highest-route\n      // that throws a loader error, and then clear it out to indicate that\n      // it was consumed\n      if (pendingError) {\n        error = Object.values(pendingError)[0];\n        pendingError = undefined;\n      }\n\n      errors = errors || {};\n\n      // Prefer higher error values if lower errors bubble to the same boundary\n      if (errors[boundaryMatch.route.id] == null) {\n        errors[boundaryMatch.route.id] = error;\n      }\n\n      // Clear our any prior loaderData for the throwing route\n      loaderData[id] = undefined;\n\n      // Once we find our first (highest) error, we set the status code and\n      // prevent deeper status codes from overriding\n      if (!foundError) {\n        foundError = true;\n        statusCode = isRouteErrorResponse(result.error)\n          ? result.error.status\n          : 500;\n      }\n      if (result.headers) {\n        loaderHeaders[id] = result.headers;\n      }\n    } else {\n      if (isDeferredResult(result)) {\n        activeDeferreds.set(id, result.deferredData);\n        loaderData[id] = result.deferredData.data;\n      } else {\n        loaderData[id] = result.data;\n      }\n\n      // Error status codes always override success status codes, but if all\n      // loaders are successful we take the deepest status code.\n      if (\n        result.statusCode != null &&\n        result.statusCode !== 200 &&\n        !foundError\n      ) {\n        statusCode = result.statusCode;\n      }\n      if (result.headers) {\n        loaderHeaders[id] = result.headers;\n      }\n    }\n  });\n\n  // If we didn't consume the pending action error (i.e., all loaders\n  // resolved), then consume it here.  Also clear out any loaderData for the\n  // throwing route\n  if (pendingError) {\n    errors = pendingError;\n    loaderData[Object.keys(pendingError)[0]] = undefined;\n  }\n\n  return {\n    loaderData,\n    errors,\n    statusCode: statusCode || 200,\n    loaderHeaders,\n  };\n}\n\nfunction processLoaderData(\n  state: RouterState,\n  matches: AgnosticDataRouteMatch[],\n  matchesToLoad: AgnosticDataRouteMatch[],\n  results: DataResult[],\n  pendingError: RouteData | undefined,\n  revalidatingFetchers: RevalidatingFetcher[],\n  fetcherResults: DataResult[],\n  activeDeferreds: Map<string, DeferredData>\n): {\n  loaderData: RouterState[\"loaderData\"];\n  errors?: RouterState[\"errors\"];\n} {\n  let { loaderData, errors } = processRouteLoaderData(\n    matches,\n    matchesToLoad,\n    results,\n    pendingError,\n    activeDeferreds\n  );\n\n  // Process results from our revalidating fetchers\n  for (let index = 0; index < revalidatingFetchers.length; index++) {\n    let { key, match, controller } = revalidatingFetchers[index];\n    invariant(\n      fetcherResults !== undefined && fetcherResults[index] !== undefined,\n      \"Did not find corresponding fetcher result\"\n    );\n    let result = fetcherResults[index];\n\n    // Process fetcher non-redirect errors\n    if (controller && controller.signal.aborted) {\n      // Nothing to do for aborted fetchers\n      continue;\n    } else if (isErrorResult(result)) {\n      let boundaryMatch = findNearestBoundary(state.matches, match?.route.id);\n      if (!(errors && errors[boundaryMatch.route.id])) {\n        errors = {\n          ...errors,\n          [boundaryMatch.route.id]: result.error,\n        };\n      }\n      state.fetchers.delete(key);\n    } else if (isRedirectResult(result)) {\n      // Should never get here, redirects should get processed above, but we\n      // keep this to type narrow to a success result in the else\n      invariant(false, \"Unhandled fetcher revalidation redirect\");\n    } else if (isDeferredResult(result)) {\n      // Should never get here, deferred data should be awaited for fetchers\n      // in resolveDeferredResults\n      invariant(false, \"Unhandled fetcher deferred data\");\n    } else {\n      let doneFetcher = getDoneFetcher(result.data);\n      state.fetchers.set(key, doneFetcher);\n    }\n  }\n\n  return { loaderData, errors };\n}\n\nfunction mergeLoaderData(\n  loaderData: RouteData,\n  newLoaderData: RouteData,\n  matches: AgnosticDataRouteMatch[],\n  errors: RouteData | null | undefined\n): RouteData {\n  let mergedLoaderData = { ...newLoaderData };\n  for (let match of matches) {\n    let id = match.route.id;\n    if (newLoaderData.hasOwnProperty(id)) {\n      if (newLoaderData[id] !== undefined) {\n        mergedLoaderData[id] = newLoaderData[id];\n      } else {\n        // No-op - this is so we ignore existing data if we have a key in the\n        // incoming object with an undefined value, which is how we unset a prior\n        // loaderData if we encounter a loader error\n      }\n    } else if (loaderData[id] !== undefined && match.route.loader) {\n      // Preserve existing keys not included in newLoaderData and where a loader\n      // wasn't removed by HMR\n      mergedLoaderData[id] = loaderData[id];\n    }\n\n    if (errors && errors.hasOwnProperty(id)) {\n      // Don't keep any loader data below the boundary\n      break;\n    }\n  }\n  return mergedLoaderData;\n}\n\n// Find the nearest error boundary, looking upwards from the leaf route (or the\n// route specified by routeId) for the closest ancestor error boundary,\n// defaulting to the root match\nfunction findNearestBoundary(\n  matches: AgnosticDataRouteMatch[],\n  routeId?: string\n): AgnosticDataRouteMatch {\n  let eligibleMatches = routeId\n    ? matches.slice(0, matches.findIndex((m) => m.route.id === routeId) + 1)\n    : [...matches];\n  return (\n    eligibleMatches.reverse().find((m) => m.route.hasErrorBoundary === true) ||\n    matches[0]\n  );\n}\n\nfunction getShortCircuitMatches(routes: AgnosticDataRouteObject[]): {\n  matches: AgnosticDataRouteMatch[];\n  route: AgnosticDataRouteObject;\n} {\n  // Prefer a root layout route if present, otherwise shim in a route object\n  let route =\n    routes.length === 1\n      ? routes[0]\n      : routes.find((r) => r.index || !r.path || r.path === \"/\") || {\n          id: `__shim-error-route__`,\n        };\n\n  return {\n    matches: [\n      {\n        params: {},\n        pathname: \"\",\n        pathnameBase: \"\",\n        route,\n      },\n    ],\n    route,\n  };\n}\n\nfunction getInternalRouterError(\n  status: number,\n  {\n    pathname,\n    routeId,\n    method,\n    type,\n  }: {\n    pathname?: string;\n    routeId?: string;\n    method?: string;\n    type?: \"defer-action\" | \"invalid-body\";\n  } = {}\n) {\n  let statusText = \"Unknown Server Error\";\n  let errorMessage = \"Unknown @remix-run/router error\";\n\n  if (status === 400) {\n    statusText = \"Bad Request\";\n    if (method && pathname && routeId) {\n      errorMessage =\n        `You made a ${method} request to \"${pathname}\" but ` +\n        `did not provide a \\`loader\\` for route \"${routeId}\", ` +\n        `so there is no way to handle the request.`;\n    } else if (type === \"defer-action\") {\n      errorMessage = \"defer() is not supported in actions\";\n    } else if (type === \"invalid-body\") {\n      errorMessage = \"Unable to encode submission body\";\n    }\n  } else if (status === 403) {\n    statusText = \"Forbidden\";\n    errorMessage = `Route \"${routeId}\" does not match URL \"${pathname}\"`;\n  } else if (status === 404) {\n    statusText = \"Not Found\";\n    errorMessage = `No route matches URL \"${pathname}\"`;\n  } else if (status === 405) {\n    statusText = \"Method Not Allowed\";\n    if (method && pathname && routeId) {\n      errorMessage =\n        `You made a ${method.toUpperCase()} request to \"${pathname}\" but ` +\n        `did not provide an \\`action\\` for route \"${routeId}\", ` +\n        `so there is no way to handle the request.`;\n    } else if (method) {\n      errorMessage = `Invalid request method \"${method.toUpperCase()}\"`;\n    }\n  }\n\n  return new ErrorResponseImpl(\n    status || 500,\n    statusText,\n    new Error(errorMessage),\n    true\n  );\n}\n\n// Find any returned redirect errors, starting from the lowest match\nfunction findRedirect(\n  results: DataResult[]\n): { result: RedirectResult; idx: number } | undefined {\n  for (let i = results.length - 1; i >= 0; i--) {\n    let result = results[i];\n    if (isRedirectResult(result)) {\n      return { result, idx: i };\n    }\n  }\n}\n\nfunction stripHashFromPath(path: To) {\n  let parsedPath = typeof path === \"string\" ? parsePath(path) : path;\n  return createPath({ ...parsedPath, hash: \"\" });\n}\n\nfunction isHashChangeOnly(a: Location, b: Location): boolean {\n  if (a.pathname !== b.pathname || a.search !== b.search) {\n    return false;\n  }\n\n  if (a.hash === \"\") {\n    // /page -> /page#hash\n    return b.hash !== \"\";\n  } else if (a.hash === b.hash) {\n    // /page#hash -> /page#hash\n    return true;\n  } else if (b.hash !== \"\") {\n    // /page#hash -> /page#other\n    return true;\n  }\n\n  // If the hash is removed the browser will re-perform a request to the server\n  // /page#hash -> /page\n  return false;\n}\n\nfunction isDeferredResult(result: DataResult): result is DeferredResult {\n  return result.type === ResultType.deferred;\n}\n\nfunction isErrorResult(result: DataResult): result is ErrorResult {\n  return result.type === ResultType.error;\n}\n\nfunction isRedirectResult(result?: DataResult): result is RedirectResult {\n  return (result && result.type) === ResultType.redirect;\n}\n\nexport function isDeferredData(value: any): value is DeferredData {\n  let deferred: DeferredData = value;\n  return (\n    deferred &&\n    typeof deferred === \"object\" &&\n    typeof deferred.data === \"object\" &&\n    typeof deferred.subscribe === \"function\" &&\n    typeof deferred.cancel === \"function\" &&\n    typeof deferred.resolveData === \"function\"\n  );\n}\n\nfunction isResponse(value: any): value is Response {\n  return (\n    value != null &&\n    typeof value.status === \"number\" &&\n    typeof value.statusText === \"string\" &&\n    typeof value.headers === \"object\" &&\n    typeof value.body !== \"undefined\"\n  );\n}\n\nfunction isRedirectResponse(result: any): result is Response {\n  if (!isResponse(result)) {\n    return false;\n  }\n\n  let status = result.status;\n  let location = result.headers.get(\"Location\");\n  return status >= 300 && status <= 399 && location != null;\n}\n\nfunction isQueryRouteResponse(obj: any): obj is QueryRouteResponse {\n  return (\n    obj &&\n    isResponse(obj.response) &&\n    (obj.type === ResultType.data || obj.type === ResultType.error)\n  );\n}\n\nfunction isValidMethod(method: string): method is FormMethod | V7_FormMethod {\n  return validRequestMethods.has(method.toLowerCase() as FormMethod);\n}\n\nfunction isMutationMethod(\n  method: string\n): method is MutationFormMethod | V7_MutationFormMethod {\n  return validMutationMethods.has(method.toLowerCase() as MutationFormMethod);\n}\n\nasync function resolveDeferredResults(\n  currentMatches: AgnosticDataRouteMatch[],\n  matchesToLoad: (AgnosticDataRouteMatch | null)[],\n  results: DataResult[],\n  signals: (AbortSignal | null)[],\n  isFetcher: boolean,\n  currentLoaderData?: RouteData\n) {\n  for (let index = 0; index < results.length; index++) {\n    let result = results[index];\n    let match = matchesToLoad[index];\n    // If we don't have a match, then we can have a deferred result to do\n    // anything with.  This is for revalidating fetchers where the route was\n    // removed during HMR\n    if (!match) {\n      continue;\n    }\n\n    let currentMatch = currentMatches.find(\n      (m) => m.route.id === match!.route.id\n    );\n    let isRevalidatingLoader =\n      currentMatch != null &&\n      !isNewRouteInstance(currentMatch, match) &&\n      (currentLoaderData && currentLoaderData[match.route.id]) !== undefined;\n\n    if (isDeferredResult(result) && (isFetcher || isRevalidatingLoader)) {\n      // Note: we do not have to touch activeDeferreds here since we race them\n      // against the signal in resolveDeferredData and they'll get aborted\n      // there if needed\n      let signal = signals[index];\n      invariant(\n        signal,\n        \"Expected an AbortSignal for revalidating fetcher deferred result\"\n      );\n      await resolveDeferredData(result, signal, isFetcher).then((result) => {\n        if (result) {\n          results[index] = result || results[index];\n        }\n      });\n    }\n  }\n}\n\nasync function resolveDeferredData(\n  result: DeferredResult,\n  signal: AbortSignal,\n  unwrap = false\n): Promise<SuccessResult | ErrorResult | undefined> {\n  let aborted = await result.deferredData.resolveData(signal);\n  if (aborted) {\n    return;\n  }\n\n  if (unwrap) {\n    try {\n      return {\n        type: ResultType.data,\n        data: result.deferredData.unwrappedData,\n      };\n    } catch (e) {\n      // Handle any TrackedPromise._error values encountered while unwrapping\n      return {\n        type: ResultType.error,\n        error: e,\n      };\n    }\n  }\n\n  return {\n    type: ResultType.data,\n    data: result.deferredData.data,\n  };\n}\n\nfunction hasNakedIndexQuery(search: string): boolean {\n  return new URLSearchParams(search).getAll(\"index\").some((v) => v === \"\");\n}\n\nfunction getTargetMatch(\n  matches: AgnosticDataRouteMatch[],\n  location: Location | string\n) {\n  let search =\n    typeof location === \"string\" ? parsePath(location).search : location.search;\n  if (\n    matches[matches.length - 1].route.index &&\n    hasNakedIndexQuery(search || \"\")\n  ) {\n    // Return the leaf index route when index is present\n    return matches[matches.length - 1];\n  }\n  // Otherwise grab the deepest \"path contributing\" match (ignoring index and\n  // pathless layout routes)\n  let pathMatches = getPathContributingMatches(matches);\n  return pathMatches[pathMatches.length - 1];\n}\n\nfunction getSubmissionFromNavigation(\n  navigation: Navigation\n): Submission | undefined {\n  let { formMethod, formAction, formEncType, text, formData, json } =\n    navigation;\n  if (!formMethod || !formAction || !formEncType) {\n    return;\n  }\n\n  if (text != null) {\n    return {\n      formMethod,\n      formAction,\n      formEncType,\n      formData: undefined,\n      json: undefined,\n      text,\n    };\n  } else if (formData != null) {\n    return {\n      formMethod,\n      formAction,\n      formEncType,\n      formData,\n      json: undefined,\n      text: undefined,\n    };\n  } else if (json !== undefined) {\n    return {\n      formMethod,\n      formAction,\n      formEncType,\n      formData: undefined,\n      json,\n      text: undefined,\n    };\n  }\n}\n\nfunction getLoadingNavigation(\n  location: Location,\n  submission?: Submission\n): NavigationStates[\"Loading\"] {\n  if (submission) {\n    let navigation: NavigationStates[\"Loading\"] = {\n      state: \"loading\",\n      location,\n      formMethod: submission.formMethod,\n      formAction: submission.formAction,\n      formEncType: submission.formEncType,\n      formData: submission.formData,\n      json: submission.json,\n      text: submission.text,\n    };\n    return navigation;\n  } else {\n    let navigation: NavigationStates[\"Loading\"] = {\n      state: \"loading\",\n      location,\n      formMethod: undefined,\n      formAction: undefined,\n      formEncType: undefined,\n      formData: undefined,\n      json: undefined,\n      text: undefined,\n    };\n    return navigation;\n  }\n}\n\nfunction getSubmittingNavigation(\n  location: Location,\n  submission: Submission\n): NavigationStates[\"Submitting\"] {\n  let navigation: NavigationStates[\"Submitting\"] = {\n    state: \"submitting\",\n    location,\n    formMethod: submission.formMethod,\n    formAction: submission.formAction,\n    formEncType: submission.formEncType,\n    formData: submission.formData,\n    json: submission.json,\n    text: submission.text,\n  };\n  return navigation;\n}\n\nfunction getLoadingFetcher(\n  submission?: Submission,\n  data?: Fetcher[\"data\"]\n): FetcherStates[\"Loading\"] {\n  if (submission) {\n    let fetcher: FetcherStates[\"Loading\"] = {\n      state: \"loading\",\n      formMethod: submission.formMethod,\n      formAction: submission.formAction,\n      formEncType: submission.formEncType,\n      formData: submission.formData,\n      json: submission.json,\n      text: submission.text,\n      data,\n    };\n    return fetcher;\n  } else {\n    let fetcher: FetcherStates[\"Loading\"] = {\n      state: \"loading\",\n      formMethod: undefined,\n      formAction: undefined,\n      formEncType: undefined,\n      formData: undefined,\n      json: undefined,\n      text: undefined,\n      data,\n    };\n    return fetcher;\n  }\n}\n\nfunction getSubmittingFetcher(\n  submission: Submission,\n  existingFetcher?: Fetcher\n): FetcherStates[\"Submitting\"] {\n  let fetcher: FetcherStates[\"Submitting\"] = {\n    state: \"submitting\",\n    formMethod: submission.formMethod,\n    formAction: submission.formAction,\n    formEncType: submission.formEncType,\n    formData: submission.formData,\n    json: submission.json,\n    text: submission.text,\n    data: existingFetcher ? existingFetcher.data : undefined,\n  };\n  return fetcher;\n}\n\nfunction getDoneFetcher(data: Fetcher[\"data\"]): FetcherStates[\"Idle\"] {\n  let fetcher: FetcherStates[\"Idle\"] = {\n    state: \"idle\",\n    formMethod: undefined,\n    formAction: undefined,\n    formEncType: undefined,\n    formData: undefined,\n    json: undefined,\n    text: undefined,\n    data,\n  };\n  return fetcher;\n}\n\nfunction restoreAppliedTransitions(\n  _window: Window,\n  transitions: Map<string, Set<string>>\n) {\n  try {\n    let sessionPositions = _window.sessionStorage.getItem(\n      TRANSITIONS_STORAGE_KEY\n    );\n    if (sessionPositions) {\n      let json = JSON.parse(sessionPositions);\n      for (let [k, v] of Object.entries(json || {})) {\n        if (v && Array.isArray(v)) {\n          transitions.set(k, new Set(v || []));\n        }\n      }\n    }\n  } catch (e) {\n    // no-op, use default empty object\n  }\n}\n\nfunction persistAppliedTransitions(\n  _window: Window,\n  transitions: Map<string, Set<string>>\n) {\n  if (transitions.size > 0) {\n    let json: Record<string, string[]> = {};\n    for (let [k, v] of transitions) {\n      json[k] = [...v];\n    }\n    try {\n      _window.sessionStorage.setItem(\n        TRANSITIONS_STORAGE_KEY,\n        JSON.stringify(json)\n      );\n    } catch (error) {\n      warning(\n        false,\n        `Failed to save applied view transitions in sessionStorage (${error}).`\n      );\n    }\n  }\n}\n\n//#endregion\n",
  "import * as React from \"react\";\nimport type {\n  AgnosticIndexRouteObject,\n  AgnosticNonIndexRouteObject,\n  AgnosticRouteMatch,\n  History,\n  LazyRouteFunction,\n  Location,\n  Action as NavigationType,\n  RelativeRoutingType,\n  Router,\n  StaticHandlerContext,\n  To,\n  TrackedPromise,\n} from \"@remix-run/router\";\n\n// Create react-specific types from the agnostic types in @remix-run/router to\n// export from react-router\nexport interface IndexRouteObject {\n  caseSensitive?: AgnosticIndexRouteObject[\"caseSensitive\"];\n  path?: AgnosticIndexRouteObject[\"path\"];\n  id?: AgnosticIndexRouteObject[\"id\"];\n  loader?: AgnosticIndexRouteObject[\"loader\"];\n  action?: AgnosticIndexRouteObject[\"action\"];\n  hasErrorBoundary?: AgnosticIndexRouteObject[\"hasErrorBoundary\"];\n  shouldRevalidate?: AgnosticIndexRouteObject[\"shouldRevalidate\"];\n  handle?: AgnosticIndexRouteObject[\"handle\"];\n  index: true;\n  children?: undefined;\n  element?: React.ReactNode | null;\n  hydrateFallbackElement?: React.ReactNode | null;\n  errorElement?: React.ReactNode | null;\n  Component?: React.ComponentType | null;\n  HydrateFallback?: React.ComponentType | null;\n  ErrorBoundary?: React.ComponentType | null;\n  lazy?: LazyRouteFunction<RouteObject>;\n}\n\nexport interface NonIndexRouteObject {\n  caseSensitive?: AgnosticNonIndexRouteObject[\"caseSensitive\"];\n  path?: AgnosticNonIndexRouteObject[\"path\"];\n  id?: AgnosticNonIndexRouteObject[\"id\"];\n  loader?: AgnosticNonIndexRouteObject[\"loader\"];\n  action?: AgnosticNonIndexRouteObject[\"action\"];\n  hasErrorBoundary?: AgnosticNonIndexRouteObject[\"hasErrorBoundary\"];\n  shouldRevalidate?: AgnosticNonIndexRouteObject[\"shouldRevalidate\"];\n  handle?: AgnosticNonIndexRouteObject[\"handle\"];\n  index?: false;\n  children?: RouteObject[];\n  element?: React.ReactNode | null;\n  hydrateFallbackElement?: React.ReactNode | null;\n  errorElement?: React.ReactNode | null;\n  Component?: React.ComponentType | null;\n  HydrateFallback?: React.ComponentType | null;\n  ErrorBoundary?: React.ComponentType | null;\n  lazy?: LazyRouteFunction<RouteObject>;\n}\n\nexport type RouteObject = IndexRouteObject | NonIndexRouteObject;\n\nexport type DataRouteObject = RouteObject & {\n  children?: DataRouteObject[];\n  id: string;\n};\n\nexport interface RouteMatch<\n  ParamKey extends string = string,\n  RouteObjectType extends RouteObject = RouteObject\n> extends AgnosticRouteMatch<ParamKey, RouteObjectType> {}\n\nexport interface DataRouteMatch extends RouteMatch<string, DataRouteObject> {}\n\nexport interface DataRouterContextObject\n  // Omit `future` since those can be pulled from the `router`\n  // `NavigationContext` needs future since it doesn't have a `router` in all cases\n  extends Omit<NavigationContextObject, \"future\"> {\n  router: Router;\n  staticContext?: StaticHandlerContext;\n}\n\nexport const DataRouterContext =\n  React.createContext<DataRouterContextObject | null>(null);\nif (__DEV__) {\n  DataRouterContext.displayName = \"DataRouter\";\n}\n\nexport const DataRouterStateContext = React.createContext<\n  Router[\"state\"] | null\n>(null);\nif (__DEV__) {\n  DataRouterStateContext.displayName = \"DataRouterState\";\n}\n\nexport const AwaitContext = React.createContext<TrackedPromise | null>(null);\nif (__DEV__) {\n  AwaitContext.displayName = \"Await\";\n}\n\nexport interface NavigateOptions {\n  replace?: boolean;\n  state?: any;\n  preventScrollReset?: boolean;\n  relative?: RelativeRoutingType;\n  unstable_flushSync?: boolean;\n  unstable_viewTransition?: boolean;\n}\n\n/**\n * A Navigator is a \"location changer\"; it's how you get to different locations.\n *\n * Every history instance conforms to the Navigator interface, but the\n * distinction is useful primarily when it comes to the low-level `<Router>` API\n * where both the location and a navigator must be provided separately in order\n * to avoid \"tearing\" that may occur in a suspense-enabled app if the action\n * and/or location were to be read directly from the history instance.\n */\nexport interface Navigator {\n  createHref: History[\"createHref\"];\n  // Optional for backwards-compat with Router/HistoryRouter usage (edge case)\n  encodeLocation?: History[\"encodeLocation\"];\n  go: History[\"go\"];\n  push(to: To, state?: any, opts?: NavigateOptions): void;\n  replace(to: To, state?: any, opts?: NavigateOptions): void;\n}\n\ninterface NavigationContextObject {\n  basename: string;\n  navigator: Navigator;\n  static: boolean;\n  future: {\n    v7_relativeSplatPath: boolean;\n  };\n}\n\nexport const NavigationContext = React.createContext<NavigationContextObject>(\n  null!\n);\n\nif (__DEV__) {\n  NavigationContext.displayName = \"Navigation\";\n}\n\ninterface LocationContextObject {\n  location: Location;\n  navigationType: NavigationType;\n}\n\nexport const LocationContext = React.createContext<LocationContextObject>(\n  null!\n);\n\nif (__DEV__) {\n  LocationContext.displayName = \"Location\";\n}\n\nexport interface RouteContextObject {\n  outlet: React.ReactElement | null;\n  matches: RouteMatch[];\n  isDataRoute: boolean;\n}\n\nexport const RouteContext = React.createContext<RouteContextObject>({\n  outlet: null,\n  matches: [],\n  isDataRoute: false,\n});\n\nif (__DEV__) {\n  RouteContext.displayName = \"Route\";\n}\n\nexport const RouteErrorContext = React.createContext<any>(null);\n\nif (__DEV__) {\n  RouteErrorContext.displayName = \"RouteError\";\n}\n",
  "import * as React from \"react\";\nimport type {\n  Blocker,\n  BlockerFunction,\n  Location,\n  ParamParseKey,\n  Params,\n  Path,\n  PathMatch,\n  PathPattern,\n  RelativeRoutingType,\n  Router as RemixRouter,\n  RevalidationState,\n  To,\n  UIMatch,\n} from \"@remix-run/router\";\nimport {\n  IDLE_BLOCKER,\n  Action as NavigationType,\n  UNSAFE_convertRouteMatchToUiMatch as convertRouteMatchToUiMatch,\n  UNSAFE_getResolveToMatches as getResolveToMatches,\n  UNSAFE_invariant as invariant,\n  isRouteErrorResponse,\n  joinPaths,\n  matchPath,\n  matchRoutes,\n  parsePath,\n  resolveTo,\n  stripBasename,\n  UNSAFE_warning as warning,\n} from \"@remix-run/router\";\n\nimport type {\n  DataRouteMatch,\n  NavigateOptions,\n  RouteContextObject,\n  RouteMatch,\n  RouteObject,\n} from \"./context\";\nimport {\n  AwaitContext,\n  DataRouterContext,\n  DataRouterStateContext,\n  LocationContext,\n  NavigationContext,\n  RouteContext,\n  RouteErrorContext,\n} from \"./context\";\n\n/**\n * Returns the full href for the given \"to\" value. This is useful for building\n * custom links that are also accessible and preserve right-click behavior.\n *\n * @see https://reactrouter.com/hooks/use-href\n */\nexport function useHref(\n  to: To,\n  { relative }: { relative?: RelativeRoutingType } = {}\n): string {\n  invariant(\n    useInRouterContext(),\n    // TODO: This error is probably because they somehow have 2 versions of the\n    // router loaded. We can help them understand how to avoid that.\n    `useHref() may be used only in the context of a <Router> component.`\n  );\n\n  let { basename, navigator } = React.useContext(NavigationContext);\n  let { hash, pathname, search } = useResolvedPath(to, { relative });\n\n  let joinedPathname = pathname;\n\n  // If we're operating within a basename, prepend it to the pathname prior\n  // to creating the href.  If this is a root navigation, then just use the raw\n  // basename which allows the basename to have full control over the presence\n  // of a trailing slash on root links\n  if (basename !== \"/\") {\n    joinedPathname =\n      pathname === \"/\" ? basename : joinPaths([basename, pathname]);\n  }\n\n  return navigator.createHref({ pathname: joinedPathname, search, hash });\n}\n\n/**\n * Returns true if this component is a descendant of a `<Router>`.\n *\n * @see https://reactrouter.com/hooks/use-in-router-context\n */\nexport function useInRouterContext(): boolean {\n  return React.useContext(LocationContext) != null;\n}\n\n/**\n * Returns the current location object, which represents the current URL in web\n * browsers.\n *\n * Note: If you're using this it may mean you're doing some of your own\n * \"routing\" in your app, and we'd like to know what your use case is. We may\n * be able to provide something higher-level to better suit your needs.\n *\n * @see https://reactrouter.com/hooks/use-location\n */\nexport function useLocation(): Location {\n  invariant(\n    useInRouterContext(),\n    // TODO: This error is probably because they somehow have 2 versions of the\n    // router loaded. We can help them understand how to avoid that.\n    `useLocation() may be used only in the context of a <Router> component.`\n  );\n\n  return React.useContext(LocationContext).location;\n}\n\n/**\n * Returns the current navigation action which describes how the router came to\n * the current location, either by a pop, push, or replace on the history stack.\n *\n * @see https://reactrouter.com/hooks/use-navigation-type\n */\nexport function useNavigationType(): NavigationType {\n  return React.useContext(LocationContext).navigationType;\n}\n\n/**\n * Returns a PathMatch object if the given pattern matches the current URL.\n * This is useful for components that need to know \"active\" state, e.g.\n * `<NavLink>`.\n *\n * @see https://reactrouter.com/hooks/use-match\n */\nexport function useMatch<\n  ParamKey extends ParamParseKey<Path>,\n  Path extends string\n>(pattern: PathPattern<Path> | Path): PathMatch<ParamKey> | null {\n  invariant(\n    useInRouterContext(),\n    // TODO: This error is probably because they somehow have 2 versions of the\n    // router loaded. We can help them understand how to avoid that.\n    `useMatch() may be used only in the context of a <Router> component.`\n  );\n\n  let { pathname } = useLocation();\n  return React.useMemo(\n    () => matchPath<ParamKey, Path>(pattern, pathname),\n    [pathname, pattern]\n  );\n}\n\n/**\n * The interface for the navigate() function returned from useNavigate().\n */\nexport interface NavigateFunction {\n  (to: To, options?: NavigateOptions): void;\n  (delta: number): void;\n}\n\nconst navigateEffectWarning =\n  `You should call navigate() in a React.useEffect(), not when ` +\n  `your component is first rendered.`;\n\n// Mute warnings for calls to useNavigate in SSR environments\nfunction useIsomorphicLayoutEffect(\n  cb: Parameters<typeof React.useLayoutEffect>[0]\n) {\n  let isStatic = React.useContext(NavigationContext).static;\n  if (!isStatic) {\n    // We should be able to get rid of this once react 18.3 is released\n    // See: https://github.com/facebook/react/pull/26395\n    // eslint-disable-next-line react-hooks/rules-of-hooks\n    React.useLayoutEffect(cb);\n  }\n}\n\n/**\n * Returns an imperative method for changing the location. Used by `<Link>`s, but\n * may also be used by other elements to change the location.\n *\n * @see https://reactrouter.com/hooks/use-navigate\n */\nexport function useNavigate(): NavigateFunction {\n  let { isDataRoute } = React.useContext(RouteContext);\n  // Conditional usage is OK here because the usage of a data router is static\n  // eslint-disable-next-line react-hooks/rules-of-hooks\n  return isDataRoute ? useNavigateStable() : useNavigateUnstable();\n}\n\nfunction useNavigateUnstable(): NavigateFunction {\n  invariant(\n    useInRouterContext(),\n    // TODO: This error is probably because they somehow have 2 versions of the\n    // router loaded. We can help them understand how to avoid that.\n    `useNavigate() may be used only in the context of a <Router> component.`\n  );\n\n  let dataRouterContext = React.useContext(DataRouterContext);\n  let { basename, future, navigator } = React.useContext(NavigationContext);\n  let { matches } = React.useContext(RouteContext);\n  let { pathname: locationPathname } = useLocation();\n\n  let routePathnamesJson = JSON.stringify(\n    getResolveToMatches(matches, future.v7_relativeSplatPath)\n  );\n\n  let activeRef = React.useRef(false);\n  useIsomorphicLayoutEffect(() => {\n    activeRef.current = true;\n  });\n\n  let navigate: NavigateFunction = React.useCallback(\n    (to: To | number, options: NavigateOptions = {}) => {\n      warning(activeRef.current, navigateEffectWarning);\n\n      // Short circuit here since if this happens on first render the navigate\n      // is useless because we haven't wired up our history listener yet\n      if (!activeRef.current) return;\n\n      if (typeof to === \"number\") {\n        navigator.go(to);\n        return;\n      }\n\n      let path = resolveTo(\n        to,\n        JSON.parse(routePathnamesJson),\n        locationPathname,\n        options.relative === \"path\"\n      );\n\n      // If we're operating within a basename, prepend it to the pathname prior\n      // to handing off to history (but only if we're not in a data router,\n      // otherwise it'll prepend the basename inside of the router).\n      // If this is a root navigation, then we navigate to the raw basename\n      // which allows the basename to have full control over the presence of a\n      // trailing slash on root links\n      if (dataRouterContext == null && basename !== \"/\") {\n        path.pathname =\n          path.pathname === \"/\"\n            ? basename\n            : joinPaths([basename, path.pathname]);\n      }\n\n      (!!options.replace ? navigator.replace : navigator.push)(\n        path,\n        options.state,\n        options\n      );\n    },\n    [\n      basename,\n      navigator,\n      routePathnamesJson,\n      locationPathname,\n      dataRouterContext,\n    ]\n  );\n\n  return navigate;\n}\n\nconst OutletContext = React.createContext<unknown>(null);\n\n/**\n * Returns the context (if provided) for the child route at this level of the route\n * hierarchy.\n * @see https://reactrouter.com/hooks/use-outlet-context\n */\nexport function useOutletContext<Context = unknown>(): Context {\n  return React.useContext(OutletContext) as Context;\n}\n\n/**\n * Returns the element for the child route at this level of the route\n * hierarchy. Used internally by `<Outlet>` to render child routes.\n *\n * @see https://reactrouter.com/hooks/use-outlet\n */\nexport function useOutlet(context?: unknown): React.ReactElement | null {\n  let outlet = React.useContext(RouteContext).outlet;\n  if (outlet) {\n    return (\n      <OutletContext.Provider value={context}>{outlet}</OutletContext.Provider>\n    );\n  }\n  return outlet;\n}\n\n/**\n * Returns an object of key/value pairs of the dynamic params from the current\n * URL that were matched by the route path.\n *\n * @see https://reactrouter.com/hooks/use-params\n */\nexport function useParams<\n  ParamsOrKey extends string | Record<string, string | undefined> = string\n>(): Readonly<\n  [ParamsOrKey] extends [string] ? Params<ParamsOrKey> : Partial<ParamsOrKey>\n> {\n  let { matches } = React.useContext(RouteContext);\n  let routeMatch = matches[matches.length - 1];\n  return routeMatch ? (routeMatch.params as any) : {};\n}\n\n/**\n * Resolves the pathname of the given `to` value against the current location.\n *\n * @see https://reactrouter.com/hooks/use-resolved-path\n */\nexport function useResolvedPath(\n  to: To,\n  { relative }: { relative?: RelativeRoutingType } = {}\n): Path {\n  let { future } = React.useContext(NavigationContext);\n  let { matches } = React.useContext(RouteContext);\n  let { pathname: locationPathname } = useLocation();\n  let routePathnamesJson = JSON.stringify(\n    getResolveToMatches(matches, future.v7_relativeSplatPath)\n  );\n\n  return React.useMemo(\n    () =>\n      resolveTo(\n        to,\n        JSON.parse(routePathnamesJson),\n        locationPathname,\n        relative === \"path\"\n      ),\n    [to, routePathnamesJson, locationPathname, relative]\n  );\n}\n\n/**\n * Returns the element of the route that matched the current location, prepared\n * with the correct context to render the remainder of the route tree. Route\n * elements in the tree must render an `<Outlet>` to render their child route's\n * element.\n *\n * @see https://reactrouter.com/hooks/use-routes\n */\nexport function useRoutes(\n  routes: RouteObject[],\n  locationArg?: Partial<Location> | string\n): React.ReactElement | null {\n  return useRoutesImpl(routes, locationArg);\n}\n\n// Internal implementation with accept optional param for RouterProvider usage\nexport function useRoutesImpl(\n  routes: RouteObject[],\n  locationArg?: Partial<Location> | string,\n  dataRouterState?: RemixRouter[\"state\"],\n  future?: RemixRouter[\"future\"]\n): React.ReactElement | null {\n  invariant(\n    useInRouterContext(),\n    // TODO: This error is probably because they somehow have 2 versions of the\n    // router loaded. We can help them understand how to avoid that.\n    `useRoutes() may be used only in the context of a <Router> component.`\n  );\n\n  let { navigator } = React.useContext(NavigationContext);\n  let { matches: parentMatches } = React.useContext(RouteContext);\n  let routeMatch = parentMatches[parentMatches.length - 1];\n  let parentParams = routeMatch ? routeMatch.params : {};\n  let parentPathname = routeMatch ? routeMatch.pathname : \"/\";\n  let parentPathnameBase = routeMatch ? routeMatch.pathnameBase : \"/\";\n  let parentRoute = routeMatch && routeMatch.route;\n\n  if (__DEV__) {\n    // You won't get a warning about 2 different <Routes> under a <Route>\n    // without a trailing *, but this is a best-effort warning anyway since we\n    // cannot even give the warning unless they land at the parent route.\n    //\n    // Example:\n    //\n    // <Routes>\n    //   {/* This route path MUST end with /* because otherwise\n    //       it will never match /blog/post/123 */}\n    //   <Route path=\"blog\" element={<Blog />} />\n    //   <Route path=\"blog/feed\" element={<BlogFeed />} />\n    // </Routes>\n    //\n    // function Blog() {\n    //   return (\n    //     <Routes>\n    //       <Route path=\"post/:id\" element={<Post />} />\n    //     </Routes>\n    //   );\n    // }\n    let parentPath = (parentRoute && parentRoute.path) || \"\";\n    warningOnce(\n      parentPathname,\n      !parentRoute || parentPath.endsWith(\"*\"),\n      `You rendered descendant <Routes> (or called \\`useRoutes()\\`) at ` +\n        `\"${parentPathname}\" (under <Route path=\"${parentPath}\">) but the ` +\n        `parent route path has no trailing \"*\". This means if you navigate ` +\n        `deeper, the parent won't match anymore and therefore the child ` +\n        `routes will never render.\\n\\n` +\n        `Please change the parent <Route path=\"${parentPath}\"> to <Route ` +\n        `path=\"${parentPath === \"/\" ? \"*\" : `${parentPath}/*`}\">.`\n    );\n  }\n\n  let locationFromContext = useLocation();\n\n  let location;\n  if (locationArg) {\n    let parsedLocationArg =\n      typeof locationArg === \"string\" ? parsePath(locationArg) : locationArg;\n\n    invariant(\n      parentPathnameBase === \"/\" ||\n        parsedLocationArg.pathname?.startsWith(parentPathnameBase),\n      `When overriding the location using \\`<Routes location>\\` or \\`useRoutes(routes, location)\\`, ` +\n        `the location pathname must begin with the portion of the URL pathname that was ` +\n        `matched by all parent routes. The current pathname base is \"${parentPathnameBase}\" ` +\n        `but pathname \"${parsedLocationArg.pathname}\" was given in the \\`location\\` prop.`\n    );\n\n    location = parsedLocationArg;\n  } else {\n    location = locationFromContext;\n  }\n\n  let pathname = location.pathname || \"/\";\n\n  let remainingPathname = pathname;\n  if (parentPathnameBase !== \"/\") {\n    // Determine the remaining pathname by removing the # of URL segments the\n    // parentPathnameBase has, instead of removing based on character count.\n    // This is because we can't guarantee that incoming/outgoing encodings/\n    // decodings will match exactly.\n    // We decode paths before matching on a per-segment basis with\n    // decodeURIComponent(), but we re-encode pathnames via `new URL()` so they\n    // match what `window.location.pathname` would reflect.  Those don't 100%\n    // align when it comes to encoded URI characters such as % and &.\n    //\n    // So we may end up with:\n    //   pathname:           \"/descendant/a%25b/match\"\n    //   parentPathnameBase: \"/descendant/a%b\"\n    //\n    // And the direct substring removal approach won't work :/\n    let parentSegments = parentPathnameBase.replace(/^\\//, \"\").split(\"/\");\n    let segments = pathname.replace(/^\\//, \"\").split(\"/\");\n    remainingPathname = \"/\" + segments.slice(parentSegments.length).join(\"/\");\n  }\n\n  let matches = matchRoutes(routes, { pathname: remainingPathname });\n\n  if (__DEV__) {\n    warning(\n      parentRoute || matches != null,\n      `No routes matched location \"${location.pathname}${location.search}${location.hash}\" `\n    );\n\n    warning(\n      matches == null ||\n        matches[matches.length - 1].route.element !== undefined ||\n        matches[matches.length - 1].route.Component !== undefined ||\n        matches[matches.length - 1].route.lazy !== undefined,\n      `Matched leaf route at location \"${location.pathname}${location.search}${location.hash}\" ` +\n        `does not have an element or Component. This means it will render an <Outlet /> with a ` +\n        `null value by default resulting in an \"empty\" page.`\n    );\n  }\n\n  let renderedMatches = _renderMatches(\n    matches &&\n      matches.map((match) =>\n        Object.assign({}, match, {\n          params: Object.assign({}, parentParams, match.params),\n          pathname: joinPaths([\n            parentPathnameBase,\n            // Re-encode pathnames that were decoded inside matchRoutes\n            navigator.encodeLocation\n              ? navigator.encodeLocation(match.pathname).pathname\n              : match.pathname,\n          ]),\n          pathnameBase:\n            match.pathnameBase === \"/\"\n              ? parentPathnameBase\n              : joinPaths([\n                  parentPathnameBase,\n                  // Re-encode pathnames that were decoded inside matchRoutes\n                  navigator.encodeLocation\n                    ? navigator.encodeLocation(match.pathnameBase).pathname\n                    : match.pathnameBase,\n                ]),\n        })\n      ),\n    parentMatches,\n    dataRouterState,\n    future\n  );\n\n  // When a user passes in a `locationArg`, the associated routes need to\n  // be wrapped in a new `LocationContext.Provider` in order for `useLocation`\n  // to use the scoped location instead of the global location.\n  if (locationArg && renderedMatches) {\n    return (\n      <LocationContext.Provider\n        value={{\n          location: {\n            pathname: \"/\",\n            search: \"\",\n            hash: \"\",\n            state: null,\n            key: \"default\",\n            ...location,\n          },\n          navigationType: NavigationType.Pop,\n        }}\n      >\n        {renderedMatches}\n      </LocationContext.Provider>\n    );\n  }\n\n  return renderedMatches;\n}\n\nfunction DefaultErrorComponent() {\n  let error = useRouteError();\n  let message = isRouteErrorResponse(error)\n    ? `${error.status} ${error.statusText}`\n    : error instanceof Error\n    ? error.message\n    : JSON.stringify(error);\n  let stack = error instanceof Error ? error.stack : null;\n  let lightgrey = \"rgba(200,200,200, 0.5)\";\n  let preStyles = { padding: \"0.5rem\", backgroundColor: lightgrey };\n  let codeStyles = { padding: \"2px 4px\", backgroundColor: lightgrey };\n\n  let devInfo = null;\n  if (__DEV__) {\n    console.error(\n      \"Error handled by React Router default ErrorBoundary:\",\n      error\n    );\n\n    devInfo = (\n      <>\n        <p>💿 Hey developer 👋</p>\n        <p>\n          You can provide a way better UX than this when your app throws errors\n          by providing your own <code style={codeStyles}>ErrorBoundary</code> or{\" \"}\n          <code style={codeStyles}>errorElement</code> prop on your route.\n        </p>\n      </>\n    );\n  }\n\n  return (\n    <>\n      <h2>Unexpected Application Error!</h2>\n      <h3 style={{ fontStyle: \"italic\" }}>{message}</h3>\n      {stack ? <pre style={preStyles}>{stack}</pre> : null}\n      {devInfo}\n    </>\n  );\n}\n\nconst defaultErrorElement = <DefaultErrorComponent />;\n\ntype RenderErrorBoundaryProps = React.PropsWithChildren<{\n  location: Location;\n  revalidation: RevalidationState;\n  error: any;\n  component: React.ReactNode;\n  routeContext: RouteContextObject;\n}>;\n\ntype RenderErrorBoundaryState = {\n  location: Location;\n  revalidation: RevalidationState;\n  error: any;\n};\n\nexport class RenderErrorBoundary extends React.Component<\n  RenderErrorBoundaryProps,\n  RenderErrorBoundaryState\n> {\n  constructor(props: RenderErrorBoundaryProps) {\n    super(props);\n    this.state = {\n      location: props.location,\n      revalidation: props.revalidation,\n      error: props.error,\n    };\n  }\n\n  static getDerivedStateFromError(error: any) {\n    return { error: error };\n  }\n\n  static getDerivedStateFromProps(\n    props: RenderErrorBoundaryProps,\n    state: RenderErrorBoundaryState\n  ) {\n    // When we get into an error state, the user will likely click \"back\" to the\n    // previous page that didn't have an error. Because this wraps the entire\n    // application, that will have no effect--the error page continues to display.\n    // This gives us a mechanism to recover from the error when the location changes.\n    //\n    // Whether we're in an error state or not, we update the location in state\n    // so that when we are in an error state, it gets reset when a new location\n    // comes in and the user recovers from the error.\n    if (\n      state.location !== props.location ||\n      (state.revalidation !== \"idle\" && props.revalidation === \"idle\")\n    ) {\n      return {\n        error: props.error,\n        location: props.location,\n        revalidation: props.revalidation,\n      };\n    }\n\n    // If we're not changing locations, preserve the location but still surface\n    // any new errors that may come through. We retain the existing error, we do\n    // this because the error provided from the app state may be cleared without\n    // the location changing.\n    return {\n      error: props.error !== undefined ? props.error : state.error,\n      location: state.location,\n      revalidation: props.revalidation || state.revalidation,\n    };\n  }\n\n  componentDidCatch(error: any, errorInfo: any) {\n    console.error(\n      \"React Router caught the following error during render\",\n      error,\n      errorInfo\n    );\n  }\n\n  render() {\n    return this.state.error !== undefined ? (\n      <RouteContext.Provider value={this.props.routeContext}>\n        <RouteErrorContext.Provider\n          value={this.state.error}\n          children={this.props.component}\n        />\n      </RouteContext.Provider>\n    ) : (\n      this.props.children\n    );\n  }\n}\n\ninterface RenderedRouteProps {\n  routeContext: RouteContextObject;\n  match: RouteMatch<string, RouteObject>;\n  children: React.ReactNode | null;\n}\n\nfunction RenderedRoute({ routeContext, match, children }: RenderedRouteProps) {\n  let dataRouterContext = React.useContext(DataRouterContext);\n\n  // Track how deep we got in our render pass to emulate SSR componentDidCatch\n  // in a DataStaticRouter\n  if (\n    dataRouterContext &&\n    dataRouterContext.static &&\n    dataRouterContext.staticContext &&\n    (match.route.errorElement || match.route.ErrorBoundary)\n  ) {\n    dataRouterContext.staticContext._deepestRenderedBoundaryId = match.route.id;\n  }\n\n  return (\n    <RouteContext.Provider value={routeContext}>\n      {children}\n    </RouteContext.Provider>\n  );\n}\n\nexport function _renderMatches(\n  matches: RouteMatch[] | null,\n  parentMatches: RouteMatch[] = [],\n  dataRouterState: RemixRouter[\"state\"] | null = null,\n  future: RemixRouter[\"future\"] | null = null\n): React.ReactElement | null {\n  if (matches == null) {\n    if (dataRouterState?.errors) {\n      // Don't bail if we have data router errors so we can render them in the\n      // boundary.  Use the pre-matched (or shimmed) matches\n      matches = dataRouterState.matches as DataRouteMatch[];\n    } else {\n      return null;\n    }\n  }\n\n  let renderedMatches = matches;\n\n  // If we have data errors, trim matches to the highest error boundary\n  let errors = dataRouterState?.errors;\n  if (errors != null) {\n    let errorIndex = renderedMatches.findIndex(\n      (m) => m.route.id && errors?.[m.route.id]\n    );\n    invariant(\n      errorIndex >= 0,\n      `Could not find a matching route for errors on route IDs: ${Object.keys(\n        errors\n      ).join(\",\")}`\n    );\n    renderedMatches = renderedMatches.slice(\n      0,\n      Math.min(renderedMatches.length, errorIndex + 1)\n    );\n  }\n\n  // If we're in a partial hydration mode, detect if we need to render down to\n  // a given HydrateFallback while we load the rest of the hydration data\n  let renderFallback = false;\n  let fallbackIndex = -1;\n  if (dataRouterState && future && future.v7_partialHydration) {\n    for (let i = 0; i < renderedMatches.length; i++) {\n      let match = renderedMatches[i];\n      // Track the deepest fallback up until the first route without data\n      if (match.route.HydrateFallback || match.route.hydrateFallbackElement) {\n        fallbackIndex = i;\n      }\n\n      if (match.route.id) {\n        let { loaderData, errors } = dataRouterState;\n        let needsToRunLoader =\n          match.route.loader &&\n          loaderData[match.route.id] === undefined &&\n          (!errors || errors[match.route.id] === undefined);\n        if (match.route.lazy || needsToRunLoader) {\n          // We found the first route that's not ready to render (waiting on\n          // lazy, or has a loader that hasn't run yet).  Flag that we need to\n          // render a fallback and render up until the appropriate fallback\n          renderFallback = true;\n          if (fallbackIndex >= 0) {\n            renderedMatches = renderedMatches.slice(0, fallbackIndex + 1);\n          } else {\n            renderedMatches = [renderedMatches[0]];\n          }\n          break;\n        }\n      }\n    }\n  }\n\n  return renderedMatches.reduceRight((outlet, match, index) => {\n    // Only data routers handle errors/fallbacks\n    let error: any;\n    let shouldRenderHydrateFallback = false;\n    let errorElement: React.ReactNode | null = null;\n    let hydrateFallbackElement: React.ReactNode | null = null;\n    if (dataRouterState) {\n      error = errors && match.route.id ? errors[match.route.id] : undefined;\n      errorElement = match.route.errorElement || defaultErrorElement;\n\n      if (renderFallback) {\n        if (fallbackIndex < 0 && index === 0) {\n          warningOnce(\n            \"route-fallback\",\n            false,\n            \"No `HydrateFallback` element provided to render during initial hydration\"\n          );\n          shouldRenderHydrateFallback = true;\n          hydrateFallbackElement = null;\n        } else if (fallbackIndex === index) {\n          shouldRenderHydrateFallback = true;\n          hydrateFallbackElement = match.route.hydrateFallbackElement || null;\n        }\n      }\n    }\n\n    let matches = parentMatches.concat(renderedMatches.slice(0, index + 1));\n    let getChildren = () => {\n      let children: React.ReactNode;\n      if (error) {\n        children = errorElement;\n      } else if (shouldRenderHydrateFallback) {\n        children = hydrateFallbackElement;\n      } else if (match.route.Component) {\n        // Note: This is a de-optimized path since React won't re-use the\n        // ReactElement since it's identity changes with each new\n        // React.createElement call.  We keep this so folks can use\n        // `<Route Component={...}>` in `<Routes>` but generally `Component`\n        // usage is only advised in `RouterProvider` when we can convert it to\n        // `element` ahead of time.\n        children = <match.route.Component />;\n      } else if (match.route.element) {\n        children = match.route.element;\n      } else {\n        children = outlet;\n      }\n      return (\n        <RenderedRoute\n          match={match}\n          routeContext={{\n            outlet,\n            matches,\n            isDataRoute: dataRouterState != null,\n          }}\n          children={children}\n        />\n      );\n    };\n    // Only wrap in an error boundary within data router usages when we have an\n    // ErrorBoundary/errorElement on this route.  Otherwise let it bubble up to\n    // an ancestor ErrorBoundary/errorElement\n    return dataRouterState &&\n      (match.route.ErrorBoundary || match.route.errorElement || index === 0) ? (\n      <RenderErrorBoundary\n        location={dataRouterState.location}\n        revalidation={dataRouterState.revalidation}\n        component={errorElement}\n        error={error}\n        children={getChildren()}\n        routeContext={{ outlet: null, matches, isDataRoute: true }}\n      />\n    ) : (\n      getChildren()\n    );\n  }, null as React.ReactElement | null);\n}\n\nenum DataRouterHook {\n  UseBlocker = \"useBlocker\",\n  UseRevalidator = \"useRevalidator\",\n  UseNavigateStable = \"useNavigate\",\n}\n\nenum DataRouterStateHook {\n  UseBlocker = \"useBlocker\",\n  UseLoaderData = \"useLoaderData\",\n  UseActionData = \"useActionData\",\n  UseRouteError = \"useRouteError\",\n  UseNavigation = \"useNavigation\",\n  UseRouteLoaderData = \"useRouteLoaderData\",\n  UseMatches = \"useMatches\",\n  UseRevalidator = \"useRevalidator\",\n  UseNavigateStable = \"useNavigate\",\n  UseRouteId = \"useRouteId\",\n}\n\nfunction getDataRouterConsoleError(\n  hookName: DataRouterHook | DataRouterStateHook\n) {\n  return `${hookName} must be used within a data router.  See https://reactrouter.com/routers/picking-a-router.`;\n}\n\nfunction useDataRouterContext(hookName: DataRouterHook) {\n  let ctx = React.useContext(DataRouterContext);\n  invariant(ctx, getDataRouterConsoleError(hookName));\n  return ctx;\n}\n\nfunction useDataRouterState(hookName: DataRouterStateHook) {\n  let state = React.useContext(DataRouterStateContext);\n  invariant(state, getDataRouterConsoleError(hookName));\n  return state;\n}\n\nfunction useRouteContext(hookName: DataRouterStateHook) {\n  let route = React.useContext(RouteContext);\n  invariant(route, getDataRouterConsoleError(hookName));\n  return route;\n}\n\n// Internal version with hookName-aware debugging\nfunction useCurrentRouteId(hookName: DataRouterStateHook) {\n  let route = useRouteContext(hookName);\n  let thisRoute = route.matches[route.matches.length - 1];\n  invariant(\n    thisRoute.route.id,\n    `${hookName} can only be used on routes that contain a unique \"id\"`\n  );\n  return thisRoute.route.id;\n}\n\n/**\n * Returns the ID for the nearest contextual route\n */\nexport function useRouteId() {\n  return useCurrentRouteId(DataRouterStateHook.UseRouteId);\n}\n\n/**\n * Returns the current navigation, defaulting to an \"idle\" navigation when\n * no navigation is in progress\n */\nexport function useNavigation() {\n  let state = useDataRouterState(DataRouterStateHook.UseNavigation);\n  return state.navigation;\n}\n\n/**\n * Returns a revalidate function for manually triggering revalidation, as well\n * as the current state of any manual revalidations\n */\nexport function useRevalidator() {\n  let dataRouterContext = useDataRouterContext(DataRouterHook.UseRevalidator);\n  let state = useDataRouterState(DataRouterStateHook.UseRevalidator);\n  return React.useMemo(\n    () => ({\n      revalidate: dataRouterContext.router.revalidate,\n      state: state.revalidation,\n    }),\n    [dataRouterContext.router.revalidate, state.revalidation]\n  );\n}\n\n/**\n * Returns the active route matches, useful for accessing loaderData for\n * parent/child routes or the route \"handle\" property\n */\nexport function useMatches(): UIMatch[] {\n  let { matches, loaderData } = useDataRouterState(\n    DataRouterStateHook.UseMatches\n  );\n  return React.useMemo(\n    () => matches.map((m) => convertRouteMatchToUiMatch(m, loaderData)),\n    [matches, loaderData]\n  );\n}\n\n/**\n * Returns the loader data for the nearest ancestor Route loader\n */\nexport function useLoaderData(): unknown {\n  let state = useDataRouterState(DataRouterStateHook.UseLoaderData);\n  let routeId = useCurrentRouteId(DataRouterStateHook.UseLoaderData);\n\n  if (state.errors && state.errors[routeId] != null) {\n    console.error(\n      `You cannot \\`useLoaderData\\` in an errorElement (routeId: ${routeId})`\n    );\n    return undefined;\n  }\n  return state.loaderData[routeId];\n}\n\n/**\n * Returns the loaderData for the given routeId\n */\nexport function useRouteLoaderData(routeId: string): unknown {\n  let state = useDataRouterState(DataRouterStateHook.UseRouteLoaderData);\n  return state.loaderData[routeId];\n}\n\n/**\n * Returns the action data for the nearest ancestor Route action\n */\nexport function useActionData(): unknown {\n  let state = useDataRouterState(DataRouterStateHook.UseActionData);\n  let routeId = useCurrentRouteId(DataRouterStateHook.UseLoaderData);\n  return state.actionData ? state.actionData[routeId] : undefined;\n}\n\n/**\n * Returns the nearest ancestor Route error, which could be a loader/action\n * error or a render error.  This is intended to be called from your\n * ErrorBoundary/errorElement to display a proper error message.\n */\nexport function useRouteError(): unknown {\n  let error = React.useContext(RouteErrorContext);\n  let state = useDataRouterState(DataRouterStateHook.UseRouteError);\n  let routeId = useCurrentRouteId(DataRouterStateHook.UseRouteError);\n\n  // If this was a render error, we put it in a RouteError context inside\n  // of RenderErrorBoundary\n  if (error !== undefined) {\n    return error;\n  }\n\n  // Otherwise look for errors from our data router state\n  return state.errors?.[routeId];\n}\n\n/**\n * Returns the happy-path data from the nearest ancestor `<Await />` value\n */\nexport function useAsyncValue(): unknown {\n  let value = React.useContext(AwaitContext);\n  return value?._data;\n}\n\n/**\n * Returns the error from the nearest ancestor `<Await />` value\n */\nexport function useAsyncError(): unknown {\n  let value = React.useContext(AwaitContext);\n  return value?._error;\n}\n\nlet blockerId = 0;\n\n/**\n * Allow the application to block navigations within the SPA and present the\n * user a confirmation dialog to confirm the navigation.  Mostly used to avoid\n * using half-filled form data.  This does not handle hard-reloads or\n * cross-origin navigations.\n */\nexport function useBlocker(shouldBlock: boolean | BlockerFunction): Blocker {\n  let { router, basename } = useDataRouterContext(DataRouterHook.UseBlocker);\n  let state = useDataRouterState(DataRouterStateHook.UseBlocker);\n\n  let [blockerKey, setBlockerKey] = React.useState(\"\");\n  let blockerFunction = React.useCallback<BlockerFunction>(\n    (arg) => {\n      if (typeof shouldBlock !== \"function\") {\n        return !!shouldBlock;\n      }\n      if (basename === \"/\") {\n        return shouldBlock(arg);\n      }\n\n      // If they provided us a function and we've got an active basename, strip\n      // it from the locations we expose to the user to match the behavior of\n      // useLocation\n      let { currentLocation, nextLocation, historyAction } = arg;\n      return shouldBlock({\n        currentLocation: {\n          ...currentLocation,\n          pathname:\n            stripBasename(currentLocation.pathname, basename) ||\n            currentLocation.pathname,\n        },\n        nextLocation: {\n          ...nextLocation,\n          pathname:\n            stripBasename(nextLocation.pathname, basename) ||\n            nextLocation.pathname,\n        },\n        historyAction,\n      });\n    },\n    [basename, shouldBlock]\n  );\n\n  // This effect is in charge of blocker key assignment and deletion (which is\n  // tightly coupled to the key)\n  React.useEffect(() => {\n    let key = String(++blockerId);\n    setBlockerKey(key);\n    return () => router.deleteBlocker(key);\n  }, [router]);\n\n  // This effect handles assigning the blockerFunction.  This is to handle\n  // unstable blocker function identities, and happens only after the prior\n  // effect so we don't get an orphaned blockerFunction in the router with a\n  // key of \"\".  Until then we just have the IDLE_BLOCKER.\n  React.useEffect(() => {\n    if (blockerKey !== \"\") {\n      router.getBlocker(blockerKey, blockerFunction);\n    }\n  }, [router, blockerKey, blockerFunction]);\n\n  // Prefer the blocker from `state` not `router.state` since DataRouterContext\n  // is memoized so this ensures we update on blocker state updates\n  return blockerKey && state.blockers.has(blockerKey)\n    ? state.blockers.get(blockerKey)!\n    : IDLE_BLOCKER;\n}\n\n/**\n * Stable version of useNavigate that is used when we are in the context of\n * a RouterProvider.\n */\nfunction useNavigateStable(): NavigateFunction {\n  let { router } = useDataRouterContext(DataRouterHook.UseNavigateStable);\n  let id = useCurrentRouteId(DataRouterStateHook.UseNavigateStable);\n\n  let activeRef = React.useRef(false);\n  useIsomorphicLayoutEffect(() => {\n    activeRef.current = true;\n  });\n\n  let navigate: NavigateFunction = React.useCallback(\n    (to: To | number, options: NavigateOptions = {}) => {\n      warning(activeRef.current, navigateEffectWarning);\n\n      // Short circuit here since if this happens on first render the navigate\n      // is useless because we haven't wired up our router subscriber yet\n      if (!activeRef.current) return;\n\n      if (typeof to === \"number\") {\n        router.navigate(to);\n      } else {\n        router.navigate(to, { fromRouteId: id, ...options });\n      }\n    },\n    [router, id]\n  );\n\n  return navigate;\n}\n\nconst alreadyWarned: Record<string, boolean> = {};\n\nfunction warningOnce(key: string, cond: boolean, message: string) {\n  if (!cond && !alreadyWarned[key]) {\n    alreadyWarned[key] = true;\n    warning(false, message);\n  }\n}\n",
  "import type {\n  InitialEntry,\n  LazyRouteFunction,\n  Location,\n  MemoryHistory,\n  RelativeRoutingType,\n  Router as RemixRouter,\n  RouterState,\n  RouterSubscriber,\n  To,\n  TrackedPromise,\n} from \"@remix-run/router\";\nimport {\n  AbortedDeferredError,\n  Action as NavigationType,\n  createMemoryHistory,\n  UNSAFE_getResolveToMatches as getResolveToMatches,\n  UNSAFE_invariant as invariant,\n  parsePath,\n  resolveTo,\n  stripBasename,\n  UNSAFE_warning as warning,\n} from \"@remix-run/router\";\nimport * as React from \"react\";\n\nimport type {\n  DataRouteObject,\n  IndexRouteObject,\n  Navigator,\n  NonIndexRouteObject,\n  RouteMatch,\n  RouteObject,\n} from \"./context\";\nimport {\n  AwaitContext,\n  DataRouterContext,\n  DataRouterStateContext,\n  LocationContext,\n  NavigationContext,\n  RouteContext,\n} from \"./context\";\nimport {\n  _renderMatches,\n  useAsyncValue,\n  useInRouterContext,\n  useLocation,\n  useNavigate,\n  useOutlet,\n  useRoutes,\n  useRoutesImpl,\n} from \"./hooks\";\n\nexport interface FutureConfig {\n  v7_relativeSplatPath: boolean;\n  v7_startTransition: boolean;\n}\n\nexport interface RouterProviderProps {\n  fallbackElement?: React.ReactNode;\n  router: RemixRouter;\n  // Only accept future flags relevant to rendering behavior\n  // routing flags should be accessed via router.future\n  future?: Partial<Pick<FutureConfig, \"v7_startTransition\">>;\n}\n\n/**\n  Webpack + React 17 fails to compile on any of the following because webpack\n  complains that `startTransition` doesn't exist in `React`:\n  * import { startTransition } from \"react\"\n  * import * as React from from \"react\";\n    \"startTransition\" in React ? React.startTransition(() => setState()) : setState()\n  * import * as React from from \"react\";\n    \"startTransition\" in React ? React[\"startTransition\"](() => setState()) : setState()\n\n  Moving it to a constant such as the following solves the Webpack/React 17 issue:\n  * import * as React from from \"react\";\n    const START_TRANSITION = \"startTransition\";\n    START_TRANSITION in React ? React[START_TRANSITION](() => setState()) : setState()\n\n  However, that introduces webpack/terser minification issues in production builds\n  in React 18 where minification/obfuscation ends up removing the call of\n  React.startTransition entirely from the first half of the ternary.  Grabbing\n  this exported reference once up front resolves that issue.\n\n  See https://github.com/remix-run/react-router/issues/10579\n*/\nconst START_TRANSITION = \"startTransition\";\nconst startTransitionImpl = React[START_TRANSITION];\n\n/**\n * Given a Remix Router instance, render the appropriate UI\n */\nexport function RouterProvider({\n  fallbackElement,\n  router,\n  future,\n}: RouterProviderProps): React.ReactElement {\n  let [state, setStateImpl] = React.useState(router.state);\n  let { v7_startTransition } = future || {};\n\n  let setState = React.useCallback<RouterSubscriber>(\n    (newState: RouterState) => {\n      if (v7_startTransition && startTransitionImpl) {\n        startTransitionImpl(() => setStateImpl(newState));\n      } else {\n        setStateImpl(newState);\n      }\n    },\n    [setStateImpl, v7_startTransition]\n  );\n\n  // Need to use a layout effect here so we are subscribed early enough to\n  // pick up on any render-driven redirects/navigations (useEffect/<Navigate>)\n  React.useLayoutEffect(() => router.subscribe(setState), [router, setState]);\n\n  React.useEffect(() => {\n    warning(\n      fallbackElement == null || !router.future.v7_partialHydration,\n      \"`<RouterProvider fallbackElement>` is deprecated when using \" +\n        \"`v7_partialHydration`, use a `HydrateFallback` component instead\"\n    );\n    // Only log this once on initial mount\n    // eslint-disable-next-line react-hooks/exhaustive-deps\n  }, []);\n\n  let navigator = React.useMemo((): Navigator => {\n    return {\n      createHref: router.createHref,\n      encodeLocation: router.encodeLocation,\n      go: (n) => router.navigate(n),\n      push: (to, state, opts) =>\n        router.navigate(to, {\n          state,\n          preventScrollReset: opts?.preventScrollReset,\n        }),\n      replace: (to, state, opts) =>\n        router.navigate(to, {\n          replace: true,\n          state,\n          preventScrollReset: opts?.preventScrollReset,\n        }),\n    };\n  }, [router]);\n\n  let basename = router.basename || \"/\";\n\n  let dataRouterContext = React.useMemo(\n    () => ({\n      router,\n      navigator,\n      static: false,\n      basename,\n    }),\n    [router, navigator, basename]\n  );\n\n  // The fragment and {null} here are important!  We need them to keep React 18's\n  // useId happy when we are server-rendering since we may have a <script> here\n  // containing the hydrated server-side staticContext (from StaticRouterProvider).\n  // useId relies on the component tree structure to generate deterministic id's\n  // so we need to ensure it remains the same on the client even though\n  // we don't need the <script> tag\n  return (\n    <>\n      <DataRouterContext.Provider value={dataRouterContext}>\n        <DataRouterStateContext.Provider value={state}>\n          <Router\n            basename={basename}\n            location={state.location}\n            navigationType={state.historyAction}\n            navigator={navigator}\n            future={{\n              v7_relativeSplatPath: router.future.v7_relativeSplatPath,\n            }}\n          >\n            {state.initialized || router.future.v7_partialHydration ? (\n              <DataRoutes\n                routes={router.routes}\n                future={router.future}\n                state={state}\n              />\n            ) : (\n              fallbackElement\n            )}\n          </Router>\n        </DataRouterStateContext.Provider>\n      </DataRouterContext.Provider>\n      {null}\n    </>\n  );\n}\n\nfunction DataRoutes({\n  routes,\n  future,\n  state,\n}: {\n  routes: DataRouteObject[];\n  future: RemixRouter[\"future\"];\n  state: RouterState;\n}): React.ReactElement | null {\n  return useRoutesImpl(routes, undefined, state, future);\n}\n\nexport interface MemoryRouterProps {\n  basename?: string;\n  children?: React.ReactNode;\n  initialEntries?: InitialEntry[];\n  initialIndex?: number;\n  future?: Partial<FutureConfig>;\n}\n\n/**\n * A `<Router>` that stores all entries in memory.\n *\n * @see https://reactrouter.com/router-components/memory-router\n */\nexport function MemoryRouter({\n  basename,\n  children,\n  initialEntries,\n  initialIndex,\n  future,\n}: MemoryRouterProps): React.ReactElement {\n  let historyRef = React.useRef<MemoryHistory>();\n  if (historyRef.current == null) {\n    historyRef.current = createMemoryHistory({\n      initialEntries,\n      initialIndex,\n      v5Compat: true,\n    });\n  }\n\n  let history = historyRef.current;\n  let [state, setStateImpl] = React.useState({\n    action: history.action,\n    location: history.location,\n  });\n  let { v7_startTransition } = future || {};\n  let setState = React.useCallback(\n    (newState: { action: NavigationType; location: Location }) => {\n      v7_startTransition && startTransitionImpl\n        ? startTransitionImpl(() => setStateImpl(newState))\n        : setStateImpl(newState);\n    },\n    [setStateImpl, v7_startTransition]\n  );\n\n  React.useLayoutEffect(() => history.listen(setState), [history, setState]);\n\n  return (\n    <Router\n      basename={basename}\n      children={children}\n      location={state.location}\n      navigationType={state.action}\n      navigator={history}\n      future={future}\n    />\n  );\n}\n\nexport interface NavigateProps {\n  to: To;\n  replace?: boolean;\n  state?: any;\n  relative?: RelativeRoutingType;\n}\n\n/**\n * Changes the current location.\n *\n * Note: This API is mostly useful in React.Component subclasses that are not\n * able to use hooks. In functional components, we recommend you use the\n * `useNavigate` hook instead.\n *\n * @see https://reactrouter.com/components/navigate\n */\nexport function Navigate({\n  to,\n  replace,\n  state,\n  relative,\n}: NavigateProps): null {\n  invariant(\n    useInRouterContext(),\n    // TODO: This error is probably because they somehow have 2 versions of\n    // the router loaded. We can help them understand how to avoid that.\n    `<Navigate> may be used only in the context of a <Router> component.`\n  );\n\n  let { future, static: isStatic } = React.useContext(NavigationContext);\n\n  warning(\n    !isStatic,\n    `<Navigate> must not be used on the initial render in a <StaticRouter>. ` +\n      `This is a no-op, but you should modify your code so the <Navigate> is ` +\n      `only ever rendered in response to some user interaction or state change.`\n  );\n\n  let { matches } = React.useContext(RouteContext);\n  let { pathname: locationPathname } = useLocation();\n  let navigate = useNavigate();\n\n  // Resolve the path outside of the effect so that when effects run twice in\n  // StrictMode they navigate to the same place\n  let path = resolveTo(\n    to,\n    getResolveToMatches(matches, future.v7_relativeSplatPath),\n    locationPathname,\n    relative === \"path\"\n  );\n  let jsonPath = JSON.stringify(path);\n\n  React.useEffect(\n    () => navigate(JSON.parse(jsonPath), { replace, state, relative }),\n    [navigate, jsonPath, relative, replace, state]\n  );\n\n  return null;\n}\n\nexport interface OutletProps {\n  context?: unknown;\n}\n\n/**\n * Renders the child route's element, if there is one.\n *\n * @see https://reactrouter.com/components/outlet\n */\nexport function Outlet(props: OutletProps): React.ReactElement | null {\n  return useOutlet(props.context);\n}\n\nexport interface PathRouteProps {\n  caseSensitive?: NonIndexRouteObject[\"caseSensitive\"];\n  path?: NonIndexRouteObject[\"path\"];\n  id?: NonIndexRouteObject[\"id\"];\n  lazy?: LazyRouteFunction<NonIndexRouteObject>;\n  loader?: NonIndexRouteObject[\"loader\"];\n  action?: NonIndexRouteObject[\"action\"];\n  hasErrorBoundary?: NonIndexRouteObject[\"hasErrorBoundary\"];\n  shouldRevalidate?: NonIndexRouteObject[\"shouldRevalidate\"];\n  handle?: NonIndexRouteObject[\"handle\"];\n  index?: false;\n  children?: React.ReactNode;\n  element?: React.ReactNode | null;\n  hydrateFallbackElement?: React.ReactNode | null;\n  errorElement?: React.ReactNode | null;\n  Component?: React.ComponentType | null;\n  HydrateFallback?: React.ComponentType | null;\n  ErrorBoundary?: React.ComponentType | null;\n}\n\nexport interface LayoutRouteProps extends PathRouteProps {}\n\nexport interface IndexRouteProps {\n  caseSensitive?: IndexRouteObject[\"caseSensitive\"];\n  path?: IndexRouteObject[\"path\"];\n  id?: IndexRouteObject[\"id\"];\n  lazy?: LazyRouteFunction<IndexRouteObject>;\n  loader?: IndexRouteObject[\"loader\"];\n  action?: IndexRouteObject[\"action\"];\n  hasErrorBoundary?: IndexRouteObject[\"hasErrorBoundary\"];\n  shouldRevalidate?: IndexRouteObject[\"shouldRevalidate\"];\n  handle?: IndexRouteObject[\"handle\"];\n  index: true;\n  children?: undefined;\n  element?: React.ReactNode | null;\n  hydrateFallbackElement?: React.ReactNode | null;\n  errorElement?: React.ReactNode | null;\n  Component?: React.ComponentType | null;\n  HydrateFallback?: React.ComponentType | null;\n  ErrorBoundary?: React.ComponentType | null;\n}\n\nexport type RouteProps = PathRouteProps | LayoutRouteProps | IndexRouteProps;\n\n/**\n * Declares an element that should be rendered at a certain URL path.\n *\n * @see https://reactrouter.com/components/route\n */\nexport function Route(_props: RouteProps): React.ReactElement | null {\n  invariant(\n    false,\n    `A <Route> is only ever to be used as the child of <Routes> element, ` +\n      `never rendered directly. Please wrap your <Route> in a <Routes>.`\n  );\n}\n\nexport interface RouterProps {\n  basename?: string;\n  children?: React.ReactNode;\n  location: Partial<Location> | string;\n  navigationType?: NavigationType;\n  navigator: Navigator;\n  static?: boolean;\n  future?: Partial<Pick<FutureConfig, \"v7_relativeSplatPath\">>;\n}\n\n/**\n * Provides location context for the rest of the app.\n *\n * Note: You usually won't render a `<Router>` directly. Instead, you'll render a\n * router that is more specific to your environment such as a `<BrowserRouter>`\n * in web browsers or a `<StaticRouter>` for server rendering.\n *\n * @see https://reactrouter.com/router-components/router\n */\nexport function Router({\n  basename: basenameProp = \"/\",\n  children = null,\n  location: locationProp,\n  navigationType = NavigationType.Pop,\n  navigator,\n  static: staticProp = false,\n  future,\n}: RouterProps): React.ReactElement | null {\n  invariant(\n    !useInRouterContext(),\n    `You cannot render a <Router> inside another <Router>.` +\n      ` You should never have more than one in your app.`\n  );\n\n  // Preserve trailing slashes on basename, so we can let the user control\n  // the enforcement of trailing slashes throughout the app\n  let basename = basenameProp.replace(/^\\/*/, \"/\");\n  let navigationContext = React.useMemo(\n    () => ({\n      basename,\n      navigator,\n      static: staticProp,\n      future: {\n        v7_relativeSplatPath: false,\n        ...future,\n      },\n    }),\n    [basename, future, navigator, staticProp]\n  );\n\n  if (typeof locationProp === \"string\") {\n    locationProp = parsePath(locationProp);\n  }\n\n  let {\n    pathname = \"/\",\n    search = \"\",\n    hash = \"\",\n    state = null,\n    key = \"default\",\n  } = locationProp;\n\n  let locationContext = React.useMemo(() => {\n    let trailingPathname = stripBasename(pathname, basename);\n\n    if (trailingPathname == null) {\n      return null;\n    }\n\n    return {\n      location: {\n        pathname: trailingPathname,\n        search,\n        hash,\n        state,\n        key,\n      },\n      navigationType,\n    };\n  }, [basename, pathname, search, hash, state, key, navigationType]);\n\n  warning(\n    locationContext != null,\n    `<Router basename=\"${basename}\"> is not able to match the URL ` +\n      `\"${pathname}${search}${hash}\" because it does not start with the ` +\n      `basename, so the <Router> won't render anything.`\n  );\n\n  if (locationContext == null) {\n    return null;\n  }\n\n  return (\n    <NavigationContext.Provider value={navigationContext}>\n      <LocationContext.Provider children={children} value={locationContext} />\n    </NavigationContext.Provider>\n  );\n}\n\nexport interface RoutesProps {\n  children?: React.ReactNode;\n  location?: Partial<Location> | string;\n}\n\n/**\n * A container for a nested tree of `<Route>` elements that renders the branch\n * that best matches the current location.\n *\n * @see https://reactrouter.com/components/routes\n */\nexport function Routes({\n  children,\n  location,\n}: RoutesProps): React.ReactElement | null {\n  return useRoutes(createRoutesFromChildren(children), location);\n}\n\nexport interface AwaitResolveRenderFunction {\n  (data: Awaited<any>): React.ReactNode;\n}\n\nexport interface AwaitProps {\n  children: React.ReactNode | AwaitResolveRenderFunction;\n  errorElement?: React.ReactNode;\n  resolve: TrackedPromise | any;\n}\n\n/**\n * Component to use for rendering lazily loaded data from returning defer()\n * in a loader function\n */\nexport function Await({ children, errorElement, resolve }: AwaitProps) {\n  return (\n    <AwaitErrorBoundary resolve={resolve} errorElement={errorElement}>\n      <ResolveAwait>{children}</ResolveAwait>\n    </AwaitErrorBoundary>\n  );\n}\n\ntype AwaitErrorBoundaryProps = React.PropsWithChildren<{\n  errorElement?: React.ReactNode;\n  resolve: TrackedPromise | any;\n}>;\n\ntype AwaitErrorBoundaryState = {\n  error: any;\n};\n\nenum AwaitRenderStatus {\n  pending,\n  success,\n  error,\n}\n\nconst neverSettledPromise = new Promise(() => {});\n\nclass AwaitErrorBoundary extends React.Component<\n  AwaitErrorBoundaryProps,\n  AwaitErrorBoundaryState\n> {\n  constructor(props: AwaitErrorBoundaryProps) {\n    super(props);\n    this.state = { error: null };\n  }\n\n  static getDerivedStateFromError(error: any) {\n    return { error };\n  }\n\n  componentDidCatch(error: any, errorInfo: any) {\n    console.error(\n      \"<Await> caught the following error during render\",\n      error,\n      errorInfo\n    );\n  }\n\n  render() {\n    let { children, errorElement, resolve } = this.props;\n\n    let promise: TrackedPromise | null = null;\n    let status: AwaitRenderStatus = AwaitRenderStatus.pending;\n\n    if (!(resolve instanceof Promise)) {\n      // Didn't get a promise - provide as a resolved promise\n      status = AwaitRenderStatus.success;\n      promise = Promise.resolve();\n      Object.defineProperty(promise, \"_tracked\", { get: () => true });\n      Object.defineProperty(promise, \"_data\", { get: () => resolve });\n    } else if (this.state.error) {\n      // Caught a render error, provide it as a rejected promise\n      status = AwaitRenderStatus.error;\n      let renderError = this.state.error;\n      promise = Promise.reject().catch(() => {}); // Avoid unhandled rejection warnings\n      Object.defineProperty(promise, \"_tracked\", { get: () => true });\n      Object.defineProperty(promise, \"_error\", { get: () => renderError });\n    } else if ((resolve as TrackedPromise)._tracked) {\n      // Already tracked promise - check contents\n      promise = resolve;\n      status =\n        promise._error !== undefined\n          ? AwaitRenderStatus.error\n          : promise._data !== undefined\n          ? AwaitRenderStatus.success\n          : AwaitRenderStatus.pending;\n    } else {\n      // Raw (untracked) promise - track it\n      status = AwaitRenderStatus.pending;\n      Object.defineProperty(resolve, \"_tracked\", { get: () => true });\n      promise = resolve.then(\n        (data: any) =>\n          Object.defineProperty(resolve, \"_data\", { get: () => data }),\n        (error: any) =>\n          Object.defineProperty(resolve, \"_error\", { get: () => error })\n      );\n    }\n\n    if (\n      status === AwaitRenderStatus.error &&\n      promise._error instanceof AbortedDeferredError\n    ) {\n      // Freeze the UI by throwing a never resolved promise\n      throw neverSettledPromise;\n    }\n\n    if (status === AwaitRenderStatus.error && !errorElement) {\n      // No errorElement, throw to the nearest route-level error boundary\n      throw promise._error;\n    }\n\n    if (status === AwaitRenderStatus.error) {\n      // Render via our errorElement\n      return <AwaitContext.Provider value={promise} children={errorElement} />;\n    }\n\n    if (status === AwaitRenderStatus.success) {\n      // Render children with resolved value\n      return <AwaitContext.Provider value={promise} children={children} />;\n    }\n\n    // Throw to the suspense boundary\n    throw promise;\n  }\n}\n\n/**\n * @private\n * Indirection to leverage useAsyncValue for a render-prop API on `<Await>`\n */\nfunction ResolveAwait({\n  children,\n}: {\n  children: React.ReactNode | AwaitResolveRenderFunction;\n}) {\n  let data = useAsyncValue();\n  let toRender = typeof children === \"function\" ? children(data) : children;\n  return <>{toRender}</>;\n}\n\n///////////////////////////////////////////////////////////////////////////////\n// UTILS\n///////////////////////////////////////////////////////////////////////////////\n\n/**\n * Creates a route config from a React \"children\" object, which is usually\n * either a `<Route>` element or an array of them. Used internally by\n * `<Routes>` to create a route config from its children.\n *\n * @see https://reactrouter.com/utils/create-routes-from-children\n */\nexport function createRoutesFromChildren(\n  children: React.ReactNode,\n  parentPath: number[] = []\n): RouteObject[] {\n  let routes: RouteObject[] = [];\n\n  React.Children.forEach(children, (element, index) => {\n    if (!React.isValidElement(element)) {\n      // Ignore non-elements. This allows people to more easily inline\n      // conditionals in their route config.\n      return;\n    }\n\n    let treePath = [...parentPath, index];\n\n    if (element.type === React.Fragment) {\n      // Transparently support React.Fragment and its children.\n      routes.push.apply(\n        routes,\n        createRoutesFromChildren(element.props.children, treePath)\n      );\n      return;\n    }\n\n    invariant(\n      element.type === Route,\n      `[${\n        typeof element.type === \"string\" ? element.type : element.type.name\n      }] is not a <Route> component. All component children of <Routes> must be a <Route> or <React.Fragment>`\n    );\n\n    invariant(\n      !element.props.index || !element.props.children,\n      \"An index route cannot have child routes.\"\n    );\n\n    let route: RouteObject = {\n      id: element.props.id || treePath.join(\"-\"),\n      caseSensitive: element.props.caseSensitive,\n      element: element.props.element,\n      Component: element.props.Component,\n      index: element.props.index,\n      path: element.props.path,\n      loader: element.props.loader,\n      action: element.props.action,\n      errorElement: element.props.errorElement,\n      ErrorBoundary: element.props.ErrorBoundary,\n      hasErrorBoundary:\n        element.props.ErrorBoundary != null ||\n        element.props.errorElement != null,\n      shouldRevalidate: element.props.shouldRevalidate,\n      handle: element.props.handle,\n      lazy: element.props.lazy,\n    };\n\n    if (element.props.children) {\n      route.children = createRoutesFromChildren(\n        element.props.children,\n        treePath\n      );\n    }\n\n    routes.push(route);\n  });\n\n  return routes;\n}\n\n/**\n * Renders the result of `matchRoutes()` into a React element.\n */\nexport function renderMatches(\n  matches: RouteMatch[] | null\n): React.ReactElement | null {\n  return _renderMatches(matches);\n}\n",
  "import type {\n  FormEncType,\n  HTMLFormMethod,\n  RelativeRoutingType,\n} from \"@remix-run/router\";\nimport { stripBasename, UNSAFE_warning as warning } from \"@remix-run/router\";\n\nexport const defaultMethod: HTMLFormMethod = \"get\";\nconst defaultEncType: FormEncType = \"application/x-www-form-urlencoded\";\n\nexport function isHtmlElement(object: any): object is HTMLElement {\n  return object != null && typeof object.tagName === \"string\";\n}\n\nexport function isButtonElement(object: any): object is HTMLButtonElement {\n  return isHtmlElement(object) && object.tagName.toLowerCase() === \"button\";\n}\n\nexport function isFormElement(object: any): object is HTMLFormElement {\n  return isHtmlElement(object) && object.tagName.toLowerCase() === \"form\";\n}\n\nexport function isInputElement(object: any): object is HTMLInputElement {\n  return isHtmlElement(object) && object.tagName.toLowerCase() === \"input\";\n}\n\ntype LimitedMouseEvent = Pick<\n  MouseEvent,\n  \"button\" | \"metaKey\" | \"altKey\" | \"ctrlKey\" | \"shiftKey\"\n>;\n\nfunction isModifiedEvent(event: LimitedMouseEvent) {\n  return !!(event.metaKey || event.altKey || event.ctrlKey || event.shiftKey);\n}\n\nexport function shouldProcessLinkClick(\n  event: LimitedMouseEvent,\n  target?: string\n) {\n  return (\n    event.button === 0 && // Ignore everything but left clicks\n    (!target || target === \"_self\") && // Let browser handle \"target=_blank\" etc.\n    !isModifiedEvent(event) // Ignore clicks with modifier keys\n  );\n}\n\nexport type ParamKeyValuePair = [string, string];\n\nexport type URLSearchParamsInit =\n  | string\n  | ParamKeyValuePair[]\n  | Record<string, string | string[]>\n  | URLSearchParams;\n\n/**\n * Creates a URLSearchParams object using the given initializer.\n *\n * This is identical to `new URLSearchParams(init)` except it also\n * supports arrays as values in the object form of the initializer\n * instead of just strings. This is convenient when you need multiple\n * values for a given key, but don't want to use an array initializer.\n *\n * For example, instead of:\n *\n *   let searchParams = new URLSearchParams([\n *     ['sort', 'name'],\n *     ['sort', 'price']\n *   ]);\n *\n * you can do:\n *\n *   let searchParams = createSearchParams({\n *     sort: ['name', 'price']\n *   });\n */\nexport function createSearchParams(\n  init: URLSearchParamsInit = \"\"\n): URLSearchParams {\n  return new URLSearchParams(\n    typeof init === \"string\" ||\n    Array.isArray(init) ||\n    init instanceof URLSearchParams\n      ? init\n      : Object.keys(init).reduce((memo, key) => {\n          let value = init[key];\n          return memo.concat(\n            Array.isArray(value) ? value.map((v) => [key, v]) : [[key, value]]\n          );\n        }, [] as ParamKeyValuePair[])\n  );\n}\n\nexport function getSearchParamsForLocation(\n  locationSearch: string,\n  defaultSearchParams: URLSearchParams | null\n) {\n  let searchParams = createSearchParams(locationSearch);\n\n  if (defaultSearchParams) {\n    // Use `defaultSearchParams.forEach(...)` here instead of iterating of\n    // `defaultSearchParams.keys()` to work-around a bug in Firefox related to\n    // web extensions. Relevant Bugzilla tickets:\n    // https://bugzilla.mozilla.org/show_bug.cgi?id=1414602\n    // https://bugzilla.mozilla.org/show_bug.cgi?id=1023984\n    defaultSearchParams.forEach((_, key) => {\n      if (!searchParams.has(key)) {\n        defaultSearchParams.getAll(key).forEach((value) => {\n          searchParams.append(key, value);\n        });\n      }\n    });\n  }\n\n  return searchParams;\n}\n\n// Thanks https://github.com/sindresorhus/type-fest!\ntype JsonObject = { [Key in string]: JsonValue } & {\n  [Key in string]?: JsonValue | undefined;\n};\ntype JsonArray = JsonValue[] | readonly JsonValue[];\ntype JsonPrimitive = string | number | boolean | null;\ntype JsonValue = JsonPrimitive | JsonObject | JsonArray;\n\nexport type SubmitTarget =\n  | HTMLFormElement\n  | HTMLButtonElement\n  | HTMLInputElement\n  | FormData\n  | URLSearchParams\n  | JsonValue\n  | null;\n\n// One-time check for submitter support\nlet _formDataSupportsSubmitter: boolean | null = null;\n\nfunction isFormDataSubmitterSupported() {\n  if (_formDataSupportsSubmitter === null) {\n    try {\n      new FormData(\n        document.createElement(\"form\"),\n        // @ts-expect-error if FormData supports the submitter parameter, this will throw\n        0\n      );\n      _formDataSupportsSubmitter = false;\n    } catch (e) {\n      _formDataSupportsSubmitter = true;\n    }\n  }\n  return _formDataSupportsSubmitter;\n}\n\nexport interface SubmitOptions {\n  /**\n   * The HTTP method used to submit the form. Overrides `<form method>`.\n   * Defaults to \"GET\".\n   */\n  method?: HTMLFormMethod;\n\n  /**\n   * The action URL path used to submit the form. Overrides `<form action>`.\n   * Defaults to the path of the current route.\n   */\n  action?: string;\n\n  /**\n   * The encoding used to submit the form. Overrides `<form encType>`.\n   * Defaults to \"application/x-www-form-urlencoded\".\n   */\n  encType?: FormEncType;\n\n  /**\n   * Indicate a specific fetcherKey to use when using navigate=false\n   */\n  fetcherKey?: string;\n\n  /**\n   * navigate=false will use a fetcher instead of a navigation\n   */\n  navigate?: boolean;\n\n  /**\n   * Set `true` to replace the current entry in the browser's history stack\n   * instead of creating a new one (i.e. stay on \"the same page\"). Defaults\n   * to `false`.\n   */\n  replace?: boolean;\n\n  /**\n   * State object to add to the history stack entry for this navigation\n   */\n  state?: any;\n\n  /**\n   * Determines whether the form action is relative to the route hierarchy or\n   * the pathname.  Use this if you want to opt out of navigating the route\n   * hierarchy and want to instead route based on /-delimited URL segments\n   */\n  relative?: RelativeRoutingType;\n\n  /**\n   * In browser-based environments, prevent resetting scroll after this\n   * navigation when using the <ScrollRestoration> component\n   */\n  preventScrollReset?: boolean;\n\n  /**\n   * Enable flushSync for this navigation's state updates\n   */\n  unstable_flushSync?: boolean;\n\n  /**\n   * Enable view transitions on this submission navigation\n   */\n  unstable_viewTransition?: boolean;\n}\n\nconst supportedFormEncTypes: Set<FormEncType> = new Set([\n  \"application/x-www-form-urlencoded\",\n  \"multipart/form-data\",\n  \"text/plain\",\n]);\n\nfunction getFormEncType(encType: string | null) {\n  if (encType != null && !supportedFormEncTypes.has(encType as FormEncType)) {\n    warning(\n      false,\n      `\"${encType}\" is not a valid \\`encType\\` for \\`<Form>\\`/\\`<fetcher.Form>\\` ` +\n        `and will default to \"${defaultEncType}\"`\n    );\n\n    return null;\n  }\n  return encType;\n}\n\nexport function getFormSubmissionInfo(\n  target: SubmitTarget,\n  basename: string\n): {\n  action: string | null;\n  method: string;\n  encType: string;\n  formData: FormData | undefined;\n  body: any;\n} {\n  let method: string;\n  let action: string | null;\n  let encType: string;\n  let formData: FormData | undefined;\n  let body: any;\n\n  if (isFormElement(target)) {\n    // When grabbing the action from the element, it will have had the basename\n    // prefixed to ensure non-JS scenarios work, so strip it since we'll\n    // re-prefix in the router\n    let attr = target.getAttribute(\"action\");\n    action = attr ? stripBasename(attr, basename) : null;\n    method = target.getAttribute(\"method\") || defaultMethod;\n    encType = getFormEncType(target.getAttribute(\"enctype\")) || defaultEncType;\n\n    formData = new FormData(target);\n  } else if (\n    isButtonElement(target) ||\n    (isInputElement(target) &&\n      (target.type === \"submit\" || target.type === \"image\"))\n  ) {\n    let form = target.form;\n\n    if (form == null) {\n      throw new Error(\n        `Cannot submit a <button> or <input type=\"submit\"> without a <form>`\n      );\n    }\n\n    // <button>/<input type=\"submit\"> may override attributes of <form>\n\n    // When grabbing the action from the element, it will have had the basename\n    // prefixed to ensure non-JS scenarios work, so strip it since we'll\n    // re-prefix in the router\n    let attr = target.getAttribute(\"formaction\") || form.getAttribute(\"action\");\n    action = attr ? stripBasename(attr, basename) : null;\n\n    method =\n      target.getAttribute(\"formmethod\") ||\n      form.getAttribute(\"method\") ||\n      defaultMethod;\n    encType =\n      getFormEncType(target.getAttribute(\"formenctype\")) ||\n      getFormEncType(form.getAttribute(\"enctype\")) ||\n      defaultEncType;\n\n    // Build a FormData object populated from a form and submitter\n    formData = new FormData(form, target);\n\n    // If this browser doesn't support the `FormData(el, submitter)` format,\n    // then tack on the submitter value at the end.  This is a lightweight\n    // solution that is not 100% spec compliant.  For complete support in older\n    // browsers, consider using the `formdata-submitter-polyfill` package\n    if (!isFormDataSubmitterSupported()) {\n      let { name, type, value } = target;\n      if (type === \"image\") {\n        let prefix = name ? `${name}.` : \"\";\n        formData.append(`${prefix}x`, \"0\");\n        formData.append(`${prefix}y`, \"0\");\n      } else if (name) {\n        formData.append(name, value);\n      }\n    }\n  } else if (isHtmlElement(target)) {\n    throw new Error(\n      `Cannot submit element that is not <form>, <button>, or ` +\n        `<input type=\"submit|image\">`\n    );\n  } else {\n    method = defaultMethod;\n    action = null;\n    encType = defaultEncType;\n    body = target;\n  }\n\n  // Send body for <Form encType=\"text/plain\" so we encode it into text\n  if (formData && encType === \"text/plain\") {\n    body = formData;\n    formData = undefined;\n  }\n\n  return { action, method: method.toLowerCase(), encType, formData, body };\n}\n",
  "/**\n * NOTE: If you refactor this to split up the modules into separate files,\n * you'll need to update the rollup config for react-router-dom-v5-compat.\n */\nimport * as React from \"react\";\nimport * as ReactDOM from \"react-dom\";\nimport type {\n  DataRouteObject,\n  FutureConfig,\n  Location,\n  NavigateOptions,\n  NavigationType,\n  Navigator,\n  RelativeRoutingType,\n  RouteObject,\n  RouterProviderProps,\n  To,\n} from \"react-router\";\nimport {\n  Router,\n  createPath,\n  useHref,\n  useLocation,\n  useMatches,\n  useNavigate,\n  useNavigation,\n  useResolvedPath,\n  useBlocker,\n  UNSAFE_DataRouterContext as DataRouterContext,\n  UNSAFE_DataRouterStateContext as DataRouterStateContext,\n  UNSAFE_NavigationContext as NavigationContext,\n  UNSAFE_RouteContext as RouteContext,\n  UNSAFE_mapRouteProperties as mapRouteProperties,\n  UNSAFE_useRouteId as useRouteId,\n  UNSAFE_useRoutesImpl as useRoutesImpl,\n} from \"react-router\";\nimport type {\n  BrowserHistory,\n  Fetcher,\n  FormEncType,\n  FormMethod,\n  FutureConfig as RouterFutureConfig,\n  GetScrollRestorationKeyFunction,\n  HashHistory,\n  History,\n  HTMLFormMethod,\n  HydrationState,\n  Router as RemixRouter,\n  V7_FormMethod,\n  RouterState,\n  RouterSubscriber,\n  BlockerFunction,\n} from \"@remix-run/router\";\nimport {\n  createRouter,\n  createBrowserHistory,\n  createHashHistory,\n  joinPaths,\n  stripBasename,\n  UNSAFE_ErrorResponseImpl as ErrorResponseImpl,\n  UNSAFE_invariant as invariant,\n  UNSAFE_warning as warning,\n  matchPath,\n  IDLE_FETCHER,\n} from \"@remix-run/router\";\n\nimport type {\n  SubmitOptions,\n  ParamKeyValuePair,\n  URLSearchParamsInit,\n  SubmitTarget,\n} from \"./dom\";\nimport {\n  createSearchParams,\n  defaultMethod,\n  getFormSubmissionInfo,\n  getSearchParamsForLocation,\n  shouldProcessLinkClick,\n} from \"./dom\";\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Re-exports\n////////////////////////////////////////////////////////////////////////////////\n\nexport type {\n  FormEncType,\n  FormMethod,\n  GetScrollRestorationKeyFunction,\n  ParamKeyValuePair,\n  SubmitOptions,\n  URLSearchParamsInit,\n  V7_FormMethod,\n};\nexport { createSearchParams };\n\n// Note: Keep in sync with react-router exports!\nexport type {\n  ActionFunction,\n  ActionFunctionArgs,\n  AwaitProps,\n  Blocker,\n  BlockerFunction,\n  DataRouteMatch,\n  DataRouteObject,\n  ErrorResponse,\n  Fetcher,\n  FutureConfig,\n  Hash,\n  IndexRouteObject,\n  IndexRouteProps,\n  JsonFunction,\n  LazyRouteFunction,\n  LayoutRouteProps,\n  LoaderFunction,\n  LoaderFunctionArgs,\n  Location,\n  MemoryRouterProps,\n  NavigateFunction,\n  NavigateOptions,\n  NavigateProps,\n  Navigation,\n  Navigator,\n  NonIndexRouteObject,\n  OutletProps,\n  Params,\n  ParamParseKey,\n  Path,\n  PathMatch,\n  Pathname,\n  PathParam,\n  PathPattern,\n  PathRouteProps,\n  RedirectFunction,\n  RelativeRoutingType,\n  RouteMatch,\n  RouteObject,\n  RouteProps,\n  RouterProps,\n  RouterProviderProps,\n  RoutesProps,\n  Search,\n  ShouldRevalidateFunction,\n  ShouldRevalidateFunctionArgs,\n  To,\n  UIMatch,\n} from \"react-router\";\nexport {\n  AbortedDeferredError,\n  Await,\n  MemoryRouter,\n  Navigate,\n  NavigationType,\n  Outlet,\n  Route,\n  Router,\n  Routes,\n  createMemoryRouter,\n  createPath,\n  createRoutesFromChildren,\n  createRoutesFromElements,\n  defer,\n  isRouteErrorResponse,\n  generatePath,\n  json,\n  matchPath,\n  matchRoutes,\n  parsePath,\n  redirect,\n  redirectDocument,\n  renderMatches,\n  resolvePath,\n  useActionData,\n  useAsyncError,\n  useAsyncValue,\n  useBlocker,\n  useHref,\n  useInRouterContext,\n  useLoaderData,\n  useLocation,\n  useMatch,\n  useMatches,\n  useNavigate,\n  useNavigation,\n  useNavigationType,\n  useOutlet,\n  useOutletContext,\n  useParams,\n  useResolvedPath,\n  useRevalidator,\n  useRouteError,\n  useRouteLoaderData,\n  useRoutes,\n} from \"react-router\";\n\n///////////////////////////////////////////////////////////////////////////////\n// DANGER! PLEASE READ ME!\n// We provide these exports as an escape hatch in the event that you need any\n// routing data that we don't provide an explicit API for. With that said, we\n// want to cover your use case if we can, so if you feel the need to use these\n// we want to hear from you. Let us know what you're building and we'll do our\n// best to make sure we can support you!\n//\n// We consider these exports an implementation detail and do not guarantee\n// against any breaking changes, regardless of the semver release. Use with\n// extreme caution and only if you understand the consequences. Godspeed.\n///////////////////////////////////////////////////////////////////////////////\n\n/** @internal */\nexport {\n  UNSAFE_DataRouterContext,\n  UNSAFE_DataRouterStateContext,\n  UNSAFE_NavigationContext,\n  UNSAFE_LocationContext,\n  UNSAFE_RouteContext,\n  UNSAFE_useRouteId,\n} from \"react-router\";\n//#endregion\n\ndeclare global {\n  var __staticRouterHydrationData: HydrationState | undefined;\n  var __reactRouterVersion: string;\n  interface Document {\n    startViewTransition(cb: () => Promise<void> | void): ViewTransition;\n  }\n}\n\n// HEY YOU! DON'T TOUCH THIS VARIABLE!\n//\n// It is replaced with the proper version at build time via a babel plugin in\n// the rollup config.\n//\n// Export a global property onto the window for React Router detection by the\n// Core Web Vitals Technology Report.  This way they can configure the `wappalyzer`\n// to detect and properly classify live websites as being built with React Router:\n// https://github.com/HTTPArchive/wappalyzer/blob/main/src/technologies/r.json\nconst REACT_ROUTER_VERSION = \"0\";\ntry {\n  window.__reactRouterVersion = REACT_ROUTER_VERSION;\n} catch (e) {\n  // no-op\n}\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Routers\n////////////////////////////////////////////////////////////////////////////////\n\ninterface DOMRouterOpts {\n  basename?: string;\n  future?: Partial<Omit<RouterFutureConfig, \"v7_prependBasename\">>;\n  hydrationData?: HydrationState;\n  window?: Window;\n}\n\nexport function createBrowserRouter(\n  routes: RouteObject[],\n  opts?: DOMRouterOpts\n): RemixRouter {\n  return createRouter({\n    basename: opts?.basename,\n    future: {\n      ...opts?.future,\n      v7_prependBasename: true,\n    },\n    history: createBrowserHistory({ window: opts?.window }),\n    hydrationData: opts?.hydrationData || parseHydrationData(),\n    routes,\n    mapRouteProperties,\n    window: opts?.window,\n  }).initialize();\n}\n\nexport function createHashRouter(\n  routes: RouteObject[],\n  opts?: DOMRouterOpts\n): RemixRouter {\n  return createRouter({\n    basename: opts?.basename,\n    future: {\n      ...opts?.future,\n      v7_prependBasename: true,\n    },\n    history: createHashHistory({ window: opts?.window }),\n    hydrationData: opts?.hydrationData || parseHydrationData(),\n    routes,\n    mapRouteProperties,\n    window: opts?.window,\n  }).initialize();\n}\n\nfunction parseHydrationData(): HydrationState | undefined {\n  let state = window?.__staticRouterHydrationData;\n  if (state && state.errors) {\n    state = {\n      ...state,\n      errors: deserializeErrors(state.errors),\n    };\n  }\n  return state;\n}\n\nfunction deserializeErrors(\n  errors: RemixRouter[\"state\"][\"errors\"]\n): RemixRouter[\"state\"][\"errors\"] {\n  if (!errors) return null;\n  let entries = Object.entries(errors);\n  let serialized: RemixRouter[\"state\"][\"errors\"] = {};\n  for (let [key, val] of entries) {\n    // Hey you!  If you change this, please change the corresponding logic in\n    // serializeErrors in react-router-dom/server.tsx :)\n    if (val && val.__type === \"RouteErrorResponse\") {\n      serialized[key] = new ErrorResponseImpl(\n        val.status,\n        val.statusText,\n        val.data,\n        val.internal === true\n      );\n    } else if (val && val.__type === \"Error\") {\n      // Attempt to reconstruct the right type of Error (i.e., ReferenceError)\n      if (val.__subType) {\n        let ErrorConstructor = window[val.__subType];\n        if (typeof ErrorConstructor === \"function\") {\n          try {\n            // @ts-expect-error\n            let error = new ErrorConstructor(val.message);\n            // Wipe away the client-side stack trace.  Nothing to fill it in with\n            // because we don't serialize SSR stack traces for security reasons\n            error.stack = \"\";\n            serialized[key] = error;\n          } catch (e) {\n            // no-op - fall through and create a normal Error\n          }\n        }\n      }\n\n      if (serialized[key] == null) {\n        let error = new Error(val.message);\n        // Wipe away the client-side stack trace.  Nothing to fill it in with\n        // because we don't serialize SSR stack traces for security reasons\n        error.stack = \"\";\n        serialized[key] = error;\n      }\n    } else {\n      serialized[key] = val;\n    }\n  }\n  return serialized;\n}\n\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Contexts\n////////////////////////////////////////////////////////////////////////////////\n\ntype ViewTransitionContextObject =\n  | {\n      isTransitioning: false;\n    }\n  | {\n      isTransitioning: true;\n      flushSync: boolean;\n      currentLocation: Location;\n      nextLocation: Location;\n    };\n\nconst ViewTransitionContext = React.createContext<ViewTransitionContextObject>({\n  isTransitioning: false,\n});\nif (__DEV__) {\n  ViewTransitionContext.displayName = \"ViewTransition\";\n}\n\nexport { ViewTransitionContext as UNSAFE_ViewTransitionContext };\n\n// TODO: (v7) Change the useFetcher data from `any` to `unknown`\ntype FetchersContextObject = Map<string, any>;\n\nconst FetchersContext = React.createContext<FetchersContextObject>(new Map());\nif (__DEV__) {\n  FetchersContext.displayName = \"Fetchers\";\n}\n\nexport { FetchersContext as UNSAFE_FetchersContext };\n\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Components\n////////////////////////////////////////////////////////////////////////////////\n\n/**\n  Webpack + React 17 fails to compile on any of the following because webpack\n  complains that `startTransition` doesn't exist in `React`:\n  * import { startTransition } from \"react\"\n  * import * as React from from \"react\";\n    \"startTransition\" in React ? React.startTransition(() => setState()) : setState()\n  * import * as React from from \"react\";\n    \"startTransition\" in React ? React[\"startTransition\"](() => setState()) : setState()\n\n  Moving it to a constant such as the following solves the Webpack/React 17 issue:\n  * import * as React from from \"react\";\n    const START_TRANSITION = \"startTransition\";\n    START_TRANSITION in React ? React[START_TRANSITION](() => setState()) : setState()\n\n  However, that introduces webpack/terser minification issues in production builds\n  in React 18 where minification/obfuscation ends up removing the call of\n  React.startTransition entirely from the first half of the ternary.  Grabbing\n  this exported reference once up front resolves that issue.\n\n  See https://github.com/remix-run/react-router/issues/10579\n*/\nconst START_TRANSITION = \"startTransition\";\nconst startTransitionImpl = React[START_TRANSITION];\nconst FLUSH_SYNC = \"flushSync\";\nconst flushSyncImpl = ReactDOM[FLUSH_SYNC];\nconst USE_ID = \"useId\";\nconst useIdImpl = React[USE_ID];\n\nfunction startTransitionSafe(cb: () => void) {\n  if (startTransitionImpl) {\n    startTransitionImpl(cb);\n  } else {\n    cb();\n  }\n}\n\nfunction flushSyncSafe(cb: () => void) {\n  if (flushSyncImpl) {\n    flushSyncImpl(cb);\n  } else {\n    cb();\n  }\n}\n\ninterface ViewTransition {\n  finished: Promise<void>;\n  ready: Promise<void>;\n  updateCallbackDone: Promise<void>;\n  skipTransition(): void;\n}\n\nclass Deferred<T> {\n  status: \"pending\" | \"resolved\" | \"rejected\" = \"pending\";\n  promise: Promise<T>;\n  // @ts-expect-error - no initializer\n  resolve: (value: T) => void;\n  // @ts-expect-error - no initializer\n  reject: (reason?: unknown) => void;\n  constructor() {\n    this.promise = new Promise((resolve, reject) => {\n      this.resolve = (value) => {\n        if (this.status === \"pending\") {\n          this.status = \"resolved\";\n          resolve(value);\n        }\n      };\n      this.reject = (reason) => {\n        if (this.status === \"pending\") {\n          this.status = \"rejected\";\n          reject(reason);\n        }\n      };\n    });\n  }\n}\n\n/**\n * Given a Remix Router instance, render the appropriate UI\n */\nexport function RouterProvider({\n  fallbackElement,\n  router,\n  future,\n}: RouterProviderProps): React.ReactElement {\n  let [state, setStateImpl] = React.useState(router.state);\n  let [pendingState, setPendingState] = React.useState<RouterState>();\n  let [vtContext, setVtContext] = React.useState<ViewTransitionContextObject>({\n    isTransitioning: false,\n  });\n  let [renderDfd, setRenderDfd] = React.useState<Deferred<void>>();\n  let [transition, setTransition] = React.useState<ViewTransition>();\n  let [interruption, setInterruption] = React.useState<{\n    state: RouterState;\n    currentLocation: Location;\n    nextLocation: Location;\n  }>();\n  let fetcherData = React.useRef<Map<string, any>>(new Map());\n  let { v7_startTransition } = future || {};\n\n  let optInStartTransition = React.useCallback(\n    (cb: () => void) => {\n      if (v7_startTransition) {\n        startTransitionSafe(cb);\n      } else {\n        cb();\n      }\n    },\n    [v7_startTransition]\n  );\n\n  let setState = React.useCallback<RouterSubscriber>(\n    (\n      newState: RouterState,\n      {\n        deletedFetchers,\n        unstable_flushSync: flushSync,\n        unstable_viewTransitionOpts: viewTransitionOpts,\n      }\n    ) => {\n      deletedFetchers.forEach((key) => fetcherData.current.delete(key));\n      newState.fetchers.forEach((fetcher, key) => {\n        if (fetcher.data !== undefined) {\n          fetcherData.current.set(key, fetcher.data);\n        }\n      });\n\n      let isViewTransitionUnavailable =\n        router.window == null ||\n        typeof router.window.document.startViewTransition !== \"function\";\n\n      // If this isn't a view transition or it's not available in this browser,\n      // just update and be done with it\n      if (!viewTransitionOpts || isViewTransitionUnavailable) {\n        if (flushSync) {\n          flushSyncSafe(() => setStateImpl(newState));\n        } else {\n          optInStartTransition(() => setStateImpl(newState));\n        }\n        return;\n      }\n\n      // flushSync + startViewTransition\n      if (flushSync) {\n        // Flush through the context to mark DOM elements as transition=ing\n        flushSyncSafe(() => {\n          // Cancel any pending transitions\n          if (transition) {\n            renderDfd && renderDfd.resolve();\n            transition.skipTransition();\n          }\n          setVtContext({\n            isTransitioning: true,\n            flushSync: true,\n            currentLocation: viewTransitionOpts.currentLocation,\n            nextLocation: viewTransitionOpts.nextLocation,\n          });\n        });\n\n        // Update the DOM\n        let t = router.window!.document.startViewTransition(() => {\n          flushSyncSafe(() => setStateImpl(newState));\n        });\n\n        // Clean up after the animation completes\n        t.finished.finally(() => {\n          flushSyncSafe(() => {\n            setRenderDfd(undefined);\n            setTransition(undefined);\n            setPendingState(undefined);\n            setVtContext({ isTransitioning: false });\n          });\n        });\n\n        flushSyncSafe(() => setTransition(t));\n        return;\n      }\n\n      // startTransition + startViewTransition\n      if (transition) {\n        // Interrupting an in-progress transition, cancel and let everything flush\n        // out, and then kick off a new transition from the interruption state\n        renderDfd && renderDfd.resolve();\n        transition.skipTransition();\n        setInterruption({\n          state: newState,\n          currentLocation: viewTransitionOpts.currentLocation,\n          nextLocation: viewTransitionOpts.nextLocation,\n        });\n      } else {\n        // Completed navigation update with opted-in view transitions, let 'er rip\n        setPendingState(newState);\n        setVtContext({\n          isTransitioning: true,\n          flushSync: false,\n          currentLocation: viewTransitionOpts.currentLocation,\n          nextLocation: viewTransitionOpts.nextLocation,\n        });\n      }\n    },\n    [router.window, transition, renderDfd, fetcherData, optInStartTransition]\n  );\n\n  // Need to use a layout effect here so we are subscribed early enough to\n  // pick up on any render-driven redirects/navigations (useEffect/<Navigate>)\n  React.useLayoutEffect(() => router.subscribe(setState), [router, setState]);\n\n  // When we start a view transition, create a Deferred we can use for the\n  // eventual \"completed\" render\n  React.useEffect(() => {\n    if (vtContext.isTransitioning && !vtContext.flushSync) {\n      setRenderDfd(new Deferred<void>());\n    }\n  }, [vtContext]);\n\n  // Once the deferred is created, kick off startViewTransition() to update the\n  // DOM and then wait on the Deferred to resolve (indicating the DOM update has\n  // happened)\n  React.useEffect(() => {\n    if (renderDfd && pendingState && router.window) {\n      let newState = pendingState;\n      let renderPromise = renderDfd.promise;\n      let transition = router.window.document.startViewTransition(async () => {\n        optInStartTransition(() => setStateImpl(newState));\n        await renderPromise;\n      });\n      transition.finished.finally(() => {\n        setRenderDfd(undefined);\n        setTransition(undefined);\n        setPendingState(undefined);\n        setVtContext({ isTransitioning: false });\n      });\n      setTransition(transition);\n    }\n  }, [optInStartTransition, pendingState, renderDfd, router.window]);\n\n  // When the new location finally renders and is committed to the DOM, this\n  // effect will run to resolve the transition\n  React.useEffect(() => {\n    if (\n      renderDfd &&\n      pendingState &&\n      state.location.key === pendingState.location.key\n    ) {\n      renderDfd.resolve();\n    }\n  }, [renderDfd, transition, state.location, pendingState]);\n\n  // If we get interrupted with a new navigation during a transition, we skip\n  // the active transition, let it cleanup, then kick it off again here\n  React.useEffect(() => {\n    if (!vtContext.isTransitioning && interruption) {\n      setPendingState(interruption.state);\n      setVtContext({\n        isTransitioning: true,\n        flushSync: false,\n        currentLocation: interruption.currentLocation,\n        nextLocation: interruption.nextLocation,\n      });\n      setInterruption(undefined);\n    }\n  }, [vtContext.isTransitioning, interruption]);\n\n  React.useEffect(() => {\n    warning(\n      fallbackElement == null || !router.future.v7_partialHydration,\n      \"`<RouterProvider fallbackElement>` is deprecated when using \" +\n        \"`v7_partialHydration`, use a `HydrateFallback` component instead\"\n    );\n    // Only log this once on initial mount\n    // eslint-disable-next-line react-hooks/exhaustive-deps\n  }, []);\n\n  let navigator = React.useMemo((): Navigator => {\n    return {\n      createHref: router.createHref,\n      encodeLocation: router.encodeLocation,\n      go: (n) => router.navigate(n),\n      push: (to, state, opts) =>\n        router.navigate(to, {\n          state,\n          preventScrollReset: opts?.preventScrollReset,\n        }),\n      replace: (to, state, opts) =>\n        router.navigate(to, {\n          replace: true,\n          state,\n          preventScrollReset: opts?.preventScrollReset,\n        }),\n    };\n  }, [router]);\n\n  let basename = router.basename || \"/\";\n\n  let dataRouterContext = React.useMemo(\n    () => ({\n      router,\n      navigator,\n      static: false,\n      basename,\n    }),\n    [router, navigator, basename]\n  );\n\n  // The fragment and {null} here are important!  We need them to keep React 18's\n  // useId happy when we are server-rendering since we may have a <script> here\n  // containing the hydrated server-side staticContext (from StaticRouterProvider).\n  // useId relies on the component tree structure to generate deterministic id's\n  // so we need to ensure it remains the same on the client even though\n  // we don't need the <script> tag\n  return (\n    <>\n      <DataRouterContext.Provider value={dataRouterContext}>\n        <DataRouterStateContext.Provider value={state}>\n          <FetchersContext.Provider value={fetcherData.current}>\n            <ViewTransitionContext.Provider value={vtContext}>\n              <Router\n                basename={basename}\n                location={state.location}\n                navigationType={state.historyAction}\n                navigator={navigator}\n                future={{\n                  v7_relativeSplatPath: router.future.v7_relativeSplatPath,\n                }}\n              >\n                {state.initialized || router.future.v7_partialHydration ? (\n                  <DataRoutes\n                    routes={router.routes}\n                    future={router.future}\n                    state={state}\n                  />\n                ) : (\n                  fallbackElement\n                )}\n              </Router>\n            </ViewTransitionContext.Provider>\n          </FetchersContext.Provider>\n        </DataRouterStateContext.Provider>\n      </DataRouterContext.Provider>\n      {null}\n    </>\n  );\n}\n\nfunction DataRoutes({\n  routes,\n  future,\n  state,\n}: {\n  routes: DataRouteObject[];\n  future: RemixRouter[\"future\"];\n  state: RouterState;\n}): React.ReactElement | null {\n  return useRoutesImpl(routes, undefined, state, future);\n}\n\nexport interface BrowserRouterProps {\n  basename?: string;\n  children?: React.ReactNode;\n  future?: Partial<FutureConfig>;\n  window?: Window;\n}\n\n/**\n * A `<Router>` for use in web browsers. Provides the cleanest URLs.\n */\nexport function BrowserRouter({\n  basename,\n  children,\n  future,\n  window,\n}: BrowserRouterProps) {\n  let historyRef = React.useRef<BrowserHistory>();\n  if (historyRef.current == null) {\n    historyRef.current = createBrowserHistory({ window, v5Compat: true });\n  }\n\n  let history = historyRef.current;\n  let [state, setStateImpl] = React.useState({\n    action: history.action,\n    location: history.location,\n  });\n  let { v7_startTransition } = future || {};\n  let setState = React.useCallback(\n    (newState: { action: NavigationType; location: Location }) => {\n      v7_startTransition && startTransitionImpl\n        ? startTransitionImpl(() => setStateImpl(newState))\n        : setStateImpl(newState);\n    },\n    [setStateImpl, v7_startTransition]\n  );\n\n  React.useLayoutEffect(() => history.listen(setState), [history, setState]);\n\n  return (\n    <Router\n      basename={basename}\n      children={children}\n      location={state.location}\n      navigationType={state.action}\n      navigator={history}\n      future={future}\n    />\n  );\n}\n\nexport interface HashRouterProps {\n  basename?: string;\n  children?: React.ReactNode;\n  future?: Partial<FutureConfig>;\n  window?: Window;\n}\n\n/**\n * A `<Router>` for use in web browsers. Stores the location in the hash\n * portion of the URL so it is not sent to the server.\n */\nexport function HashRouter({\n  basename,\n  children,\n  future,\n  window,\n}: HashRouterProps) {\n  let historyRef = React.useRef<HashHistory>();\n  if (historyRef.current == null) {\n    historyRef.current = createHashHistory({ window, v5Compat: true });\n  }\n\n  let history = historyRef.current;\n  let [state, setStateImpl] = React.useState({\n    action: history.action,\n    location: history.location,\n  });\n  let { v7_startTransition } = future || {};\n  let setState = React.useCallback(\n    (newState: { action: NavigationType; location: Location }) => {\n      v7_startTransition && startTransitionImpl\n        ? startTransitionImpl(() => setStateImpl(newState))\n        : setStateImpl(newState);\n    },\n    [setStateImpl, v7_startTransition]\n  );\n\n  React.useLayoutEffect(() => history.listen(setState), [history, setState]);\n\n  return (\n    <Router\n      basename={basename}\n      children={children}\n      location={state.location}\n      navigationType={state.action}\n      navigator={history}\n      future={future}\n    />\n  );\n}\n\nexport interface HistoryRouterProps {\n  basename?: string;\n  children?: React.ReactNode;\n  future?: FutureConfig;\n  history: History;\n}\n\n/**\n * A `<Router>` that accepts a pre-instantiated history object. It's important\n * to note that using your own history object is highly discouraged and may add\n * two versions of the history library to your bundles unless you use the same\n * version of the history library that React Router uses internally.\n */\nfunction HistoryRouter({\n  basename,\n  children,\n  future,\n  history,\n}: HistoryRouterProps) {\n  let [state, setStateImpl] = React.useState({\n    action: history.action,\n    location: history.location,\n  });\n  let { v7_startTransition } = future || {};\n  let setState = React.useCallback(\n    (newState: { action: NavigationType; location: Location }) => {\n      v7_startTransition && startTransitionImpl\n        ? startTransitionImpl(() => setStateImpl(newState))\n        : setStateImpl(newState);\n    },\n    [setStateImpl, v7_startTransition]\n  );\n\n  React.useLayoutEffect(() => history.listen(setState), [history, setState]);\n\n  return (\n    <Router\n      basename={basename}\n      children={children}\n      location={state.location}\n      navigationType={state.action}\n      navigator={history}\n      future={future}\n    />\n  );\n}\n\nif (__DEV__) {\n  HistoryRouter.displayName = \"unstable_HistoryRouter\";\n}\n\nexport { HistoryRouter as unstable_HistoryRouter };\n\nexport interface LinkProps\n  extends Omit<React.AnchorHTMLAttributes<HTMLAnchorElement>, \"href\"> {\n  reloadDocument?: boolean;\n  replace?: boolean;\n  state?: any;\n  preventScrollReset?: boolean;\n  relative?: RelativeRoutingType;\n  to: To;\n  unstable_viewTransition?: boolean;\n}\n\nconst isBrowser =\n  typeof window !== \"undefined\" &&\n  typeof window.document !== \"undefined\" &&\n  typeof window.document.createElement !== \"undefined\";\n\nconst ABSOLUTE_URL_REGEX = /^(?:[a-z][a-z0-9+.-]*:|\\/\\/)/i;\n\n/**\n * The public API for rendering a history-aware `<a>`.\n */\nexport const Link = React.forwardRef<HTMLAnchorElement, LinkProps>(\n  function LinkWithRef(\n    {\n      onClick,\n      relative,\n      reloadDocument,\n      replace,\n      state,\n      target,\n      to,\n      preventScrollReset,\n      unstable_viewTransition,\n      ...rest\n    },\n    ref\n  ) {\n    let { basename } = React.useContext(NavigationContext);\n\n    // Rendered into <a href> for absolute URLs\n    let absoluteHref;\n    let isExternal = false;\n\n    if (typeof to === \"string\" && ABSOLUTE_URL_REGEX.test(to)) {\n      // Render the absolute href server- and client-side\n      absoluteHref = to;\n\n      // Only check for external origins client-side\n      if (isBrowser) {\n        try {\n          let currentUrl = new URL(window.location.href);\n          let targetUrl = to.startsWith(\"//\")\n            ? new URL(currentUrl.protocol + to)\n            : new URL(to);\n          let path = stripBasename(targetUrl.pathname, basename);\n\n          if (targetUrl.origin === currentUrl.origin && path != null) {\n            // Strip the protocol/origin/basename for same-origin absolute URLs\n            to = path + targetUrl.search + targetUrl.hash;\n          } else {\n            isExternal = true;\n          }\n        } catch (e) {\n          // We can't do external URL detection without a valid URL\n          warning(\n            false,\n            `<Link to=\"${to}\"> contains an invalid URL which will probably break ` +\n              `when clicked - please update to a valid URL path.`\n          );\n        }\n      }\n    }\n\n    // Rendered into <a href> for relative URLs\n    let href = useHref(to, { relative });\n\n    let internalOnClick = useLinkClickHandler(to, {\n      replace,\n      state,\n      target,\n      preventScrollReset,\n      relative,\n      unstable_viewTransition,\n    });\n    function handleClick(\n      event: React.MouseEvent<HTMLAnchorElement, MouseEvent>\n    ) {\n      if (onClick) onClick(event);\n      if (!event.defaultPrevented) {\n        internalOnClick(event);\n      }\n    }\n\n    return (\n      // eslint-disable-next-line jsx-a11y/anchor-has-content\n      <a\n        {...rest}\n        href={absoluteHref || href}\n        onClick={isExternal || reloadDocument ? onClick : handleClick}\n        ref={ref}\n        target={target}\n      />\n    );\n  }\n);\n\nif (__DEV__) {\n  Link.displayName = \"Link\";\n}\n\ntype NavLinkRenderProps = {\n  isActive: boolean;\n  isPending: boolean;\n  isTransitioning: boolean;\n};\n\nexport interface NavLinkProps\n  extends Omit<LinkProps, \"className\" | \"style\" | \"children\"> {\n  children?: React.ReactNode | ((props: NavLinkRenderProps) => React.ReactNode);\n  caseSensitive?: boolean;\n  className?: string | ((props: NavLinkRenderProps) => string | undefined);\n  end?: boolean;\n  style?:\n    | React.CSSProperties\n    | ((props: NavLinkRenderProps) => React.CSSProperties | undefined);\n}\n\n/**\n * A `<Link>` wrapper that knows if it's \"active\" or not.\n */\nexport const NavLink = React.forwardRef<HTMLAnchorElement, NavLinkProps>(\n  function NavLinkWithRef(\n    {\n      \"aria-current\": ariaCurrentProp = \"page\",\n      caseSensitive = false,\n      className: classNameProp = \"\",\n      end = false,\n      style: styleProp,\n      to,\n      unstable_viewTransition,\n      children,\n      ...rest\n    },\n    ref\n  ) {\n    let path = useResolvedPath(to, { relative: rest.relative });\n    let location = useLocation();\n    let routerState = React.useContext(DataRouterStateContext);\n    let { navigator, basename } = React.useContext(NavigationContext);\n    let isTransitioning =\n      routerState != null &&\n      // Conditional usage is OK here because the usage of a data router is static\n      // eslint-disable-next-line react-hooks/rules-of-hooks\n      useViewTransitionState(path) &&\n      unstable_viewTransition === true;\n\n    let toPathname = navigator.encodeLocation\n      ? navigator.encodeLocation(path).pathname\n      : path.pathname;\n    let locationPathname = location.pathname;\n    let nextLocationPathname =\n      routerState && routerState.navigation && routerState.navigation.location\n        ? routerState.navigation.location.pathname\n        : null;\n\n    if (!caseSensitive) {\n      locationPathname = locationPathname.toLowerCase();\n      nextLocationPathname = nextLocationPathname\n        ? nextLocationPathname.toLowerCase()\n        : null;\n      toPathname = toPathname.toLowerCase();\n    }\n\n    if (nextLocationPathname && basename) {\n      nextLocationPathname =\n        stripBasename(nextLocationPathname, basename) || nextLocationPathname;\n    }\n\n    // If the `to` has a trailing slash, look at that exact spot.  Otherwise,\n    // we're looking for a slash _after_ what's in `to`.  For example:\n    //\n    // <NavLink to=\"/users\"> and <NavLink to=\"/users/\">\n    // both want to look for a / at index 6 to match URL `/users/matt`\n    const endSlashPosition =\n      toPathname !== \"/\" && toPathname.endsWith(\"/\")\n        ? toPathname.length - 1\n        : toPathname.length;\n    let isActive =\n      locationPathname === toPathname ||\n      (!end &&\n        locationPathname.startsWith(toPathname) &&\n        locationPathname.charAt(endSlashPosition) === \"/\");\n\n    let isPending =\n      nextLocationPathname != null &&\n      (nextLocationPathname === toPathname ||\n        (!end &&\n          nextLocationPathname.startsWith(toPathname) &&\n          nextLocationPathname.charAt(toPathname.length) === \"/\"));\n\n    let renderProps = {\n      isActive,\n      isPending,\n      isTransitioning,\n    };\n\n    let ariaCurrent = isActive ? ariaCurrentProp : undefined;\n\n    let className: string | undefined;\n    if (typeof classNameProp === \"function\") {\n      className = classNameProp(renderProps);\n    } else {\n      // If the className prop is not a function, we use a default `active`\n      // class for <NavLink />s that are active. In v5 `active` was the default\n      // value for `activeClassName`, but we are removing that API and can still\n      // use the old default behavior for a cleaner upgrade path and keep the\n      // simple styling rules working as they currently do.\n      className = [\n        classNameProp,\n        isActive ? \"active\" : null,\n        isPending ? \"pending\" : null,\n        isTransitioning ? \"transitioning\" : null,\n      ]\n        .filter(Boolean)\n        .join(\" \");\n    }\n\n    let style =\n      typeof styleProp === \"function\" ? styleProp(renderProps) : styleProp;\n\n    return (\n      <Link\n        {...rest}\n        aria-current={ariaCurrent}\n        className={className}\n        ref={ref}\n        style={style}\n        to={to}\n        unstable_viewTransition={unstable_viewTransition}\n      >\n        {typeof children === \"function\" ? children(renderProps) : children}\n      </Link>\n    );\n  }\n);\n\nif (__DEV__) {\n  NavLink.displayName = \"NavLink\";\n}\n\nexport interface FetcherFormProps\n  extends React.FormHTMLAttributes<HTMLFormElement> {\n  /**\n   * The HTTP verb to use when the form is submit. Supports \"get\", \"post\",\n   * \"put\", \"delete\", \"patch\".\n   */\n  method?: HTMLFormMethod;\n\n  /**\n   * `<form encType>` - enhancing beyond the normal string type and limiting\n   * to the built-in browser supported values\n   */\n  encType?:\n    | \"application/x-www-form-urlencoded\"\n    | \"multipart/form-data\"\n    | \"text/plain\";\n\n  /**\n   * Normal `<form action>` but supports React Router's relative paths.\n   */\n  action?: string;\n\n  /**\n   * Determines whether the form action is relative to the route hierarchy or\n   * the pathname.  Use this if you want to opt out of navigating the route\n   * hierarchy and want to instead route based on /-delimited URL segments\n   */\n  relative?: RelativeRoutingType;\n\n  /**\n   * Prevent the scroll position from resetting to the top of the viewport on\n   * completion of the navigation when using the <ScrollRestoration> component\n   */\n  preventScrollReset?: boolean;\n\n  /**\n   * A function to call when the form is submitted. If you call\n   * `event.preventDefault()` then this form will not do anything.\n   */\n  onSubmit?: React.FormEventHandler<HTMLFormElement>;\n}\n\nexport interface FormProps extends FetcherFormProps {\n  /**\n   * Indicate a specific fetcherKey to use when using navigate=false\n   */\n  fetcherKey?: string;\n\n  /**\n   * navigate=false will use a fetcher instead of a navigation\n   */\n  navigate?: boolean;\n\n  /**\n   * Forces a full document navigation instead of a fetch.\n   */\n  reloadDocument?: boolean;\n\n  /**\n   * Replaces the current entry in the browser history stack when the form\n   * navigates. Use this if you don't want the user to be able to click \"back\"\n   * to the page with the form on it.\n   */\n  replace?: boolean;\n\n  /**\n   * State object to add to the history stack entry for this navigation\n   */\n  state?: any;\n\n  /**\n   * Enable view transitions on this Form navigation\n   */\n  unstable_viewTransition?: boolean;\n}\n\ntype HTMLSubmitEvent = React.BaseSyntheticEvent<\n  SubmitEvent,\n  Event,\n  HTMLFormElement\n>;\n\ntype HTMLFormSubmitter = HTMLButtonElement | HTMLInputElement;\n\n/**\n * A `@remix-run/router`-aware `<form>`. It behaves like a normal form except\n * that the interaction with the server is with `fetch` instead of new document\n * requests, allowing components to add nicer UX to the page as the form is\n * submitted and returns with data.\n */\nexport const Form = React.forwardRef<HTMLFormElement, FormProps>(\n  (\n    {\n      fetcherKey,\n      navigate,\n      reloadDocument,\n      replace,\n      state,\n      method = defaultMethod,\n      action,\n      onSubmit,\n      relative,\n      preventScrollReset,\n      unstable_viewTransition,\n      ...props\n    },\n    forwardedRef\n  ) => {\n    let submit = useSubmit();\n    let formAction = useFormAction(action, { relative });\n    let formMethod: HTMLFormMethod =\n      method.toLowerCase() === \"get\" ? \"get\" : \"post\";\n\n    let submitHandler: React.FormEventHandler<HTMLFormElement> = (event) => {\n      onSubmit && onSubmit(event);\n      if (event.defaultPrevented) return;\n      event.preventDefault();\n\n      let submitter = (event as unknown as HTMLSubmitEvent).nativeEvent\n        .submitter as HTMLFormSubmitter | null;\n\n      let submitMethod =\n        (submitter?.getAttribute(\"formmethod\") as HTMLFormMethod | undefined) ||\n        method;\n\n      submit(submitter || event.currentTarget, {\n        fetcherKey,\n        method: submitMethod,\n        navigate,\n        replace,\n        state,\n        relative,\n        preventScrollReset,\n        unstable_viewTransition,\n      });\n    };\n\n    return (\n      <form\n        ref={forwardedRef}\n        method={formMethod}\n        action={formAction}\n        onSubmit={reloadDocument ? onSubmit : submitHandler}\n        {...props}\n      />\n    );\n  }\n);\n\nif (__DEV__) {\n  Form.displayName = \"Form\";\n}\n\nexport interface ScrollRestorationProps {\n  getKey?: GetScrollRestorationKeyFunction;\n  storageKey?: string;\n}\n\n/**\n * This component will emulate the browser's scroll restoration on location\n * changes.\n */\nexport function ScrollRestoration({\n  getKey,\n  storageKey,\n}: ScrollRestorationProps) {\n  useScrollRestoration({ getKey, storageKey });\n  return null;\n}\n\nif (__DEV__) {\n  ScrollRestoration.displayName = \"ScrollRestoration\";\n}\n//#endregion\n\n////////////////////////////////////////////////////////////////////////////////\n//#region Hooks\n////////////////////////////////////////////////////////////////////////////////\n\nenum DataRouterHook {\n  UseScrollRestoration = \"useScrollRestoration\",\n  UseSubmit = \"useSubmit\",\n  UseSubmitFetcher = \"useSubmitFetcher\",\n  UseFetcher = \"useFetcher\",\n  useViewTransitionState = \"useViewTransitionState\",\n}\n\nenum DataRouterStateHook {\n  UseFetcher = \"useFetcher\",\n  UseFetchers = \"useFetchers\",\n  UseScrollRestoration = \"useScrollRestoration\",\n}\n\n// Internal hooks\n\nfunction getDataRouterConsoleError(\n  hookName: DataRouterHook | DataRouterStateHook\n) {\n  return `${hookName} must be used within a data router.  See https://reactrouter.com/routers/picking-a-router.`;\n}\n\nfunction useDataRouterContext(hookName: DataRouterHook) {\n  let ctx = React.useContext(DataRouterContext);\n  invariant(ctx, getDataRouterConsoleError(hookName));\n  return ctx;\n}\n\nfunction useDataRouterState(hookName: DataRouterStateHook) {\n  let state = React.useContext(DataRouterStateContext);\n  invariant(state, getDataRouterConsoleError(hookName));\n  return state;\n}\n\n// External hooks\n\n/**\n * Handles the click behavior for router `<Link>` components. This is useful if\n * you need to create custom `<Link>` components with the same click behavior we\n * use in our exported `<Link>`.\n */\nexport function useLinkClickHandler<E extends Element = HTMLAnchorElement>(\n  to: To,\n  {\n    target,\n    replace: replaceProp,\n    state,\n    preventScrollReset,\n    relative,\n    unstable_viewTransition,\n  }: {\n    target?: React.HTMLAttributeAnchorTarget;\n    replace?: boolean;\n    state?: any;\n    preventScrollReset?: boolean;\n    relative?: RelativeRoutingType;\n    unstable_viewTransition?: boolean;\n  } = {}\n): (event: React.MouseEvent<E, MouseEvent>) => void {\n  let navigate = useNavigate();\n  let location = useLocation();\n  let path = useResolvedPath(to, { relative });\n\n  return React.useCallback(\n    (event: React.MouseEvent<E, MouseEvent>) => {\n      if (shouldProcessLinkClick(event, target)) {\n        event.preventDefault();\n\n        // If the URL hasn't changed, a regular <a> will do a replace instead of\n        // a push, so do the same here unless the replace prop is explicitly set\n        let replace =\n          replaceProp !== undefined\n            ? replaceProp\n            : createPath(location) === createPath(path);\n\n        navigate(to, {\n          replace,\n          state,\n          preventScrollReset,\n          relative,\n          unstable_viewTransition,\n        });\n      }\n    },\n    [\n      location,\n      navigate,\n      path,\n      replaceProp,\n      state,\n      target,\n      to,\n      preventScrollReset,\n      relative,\n      unstable_viewTransition,\n    ]\n  );\n}\n\n/**\n * A convenient wrapper for reading and writing search parameters via the\n * URLSearchParams interface.\n */\nexport function useSearchParams(\n  defaultInit?: URLSearchParamsInit\n): [URLSearchParams, SetURLSearchParams] {\n  warning(\n    typeof URLSearchParams !== \"undefined\",\n    `You cannot use the \\`useSearchParams\\` hook in a browser that does not ` +\n      `support the URLSearchParams API. If you need to support Internet ` +\n      `Explorer 11, we recommend you load a polyfill such as ` +\n      `https://github.com/ungap/url-search-params\\n\\n` +\n      `If you're unsure how to load polyfills, we recommend you check out ` +\n      `https://polyfill.io/v3/ which provides some recommendations about how ` +\n      `to load polyfills only for users that need them, instead of for every ` +\n      `user.`\n  );\n\n  let defaultSearchParamsRef = React.useRef(createSearchParams(defaultInit));\n  let hasSetSearchParamsRef = React.useRef(false);\n\n  let location = useLocation();\n  let searchParams = React.useMemo(\n    () =>\n      // Only merge in the defaults if we haven't yet called setSearchParams.\n      // Once we call that we want those to take precedence, otherwise you can't\n      // remove a param with setSearchParams({}) if it has an initial value\n      getSearchParamsForLocation(\n        location.search,\n        hasSetSearchParamsRef.current ? null : defaultSearchParamsRef.current\n      ),\n    [location.search]\n  );\n\n  let navigate = useNavigate();\n  let setSearchParams = React.useCallback<SetURLSearchParams>(\n    (nextInit, navigateOptions) => {\n      const newSearchParams = createSearchParams(\n        typeof nextInit === \"function\" ? nextInit(searchParams) : nextInit\n      );\n      hasSetSearchParamsRef.current = true;\n      navigate(\"?\" + newSearchParams, navigateOptions);\n    },\n    [navigate, searchParams]\n  );\n\n  return [searchParams, setSearchParams];\n}\n\nexport type SetURLSearchParams = (\n  nextInit?:\n    | URLSearchParamsInit\n    | ((prev: URLSearchParams) => URLSearchParamsInit),\n  navigateOpts?: NavigateOptions\n) => void;\n\n/**\n * Submits a HTML `<form>` to the server without reloading the page.\n */\nexport interface SubmitFunction {\n  (\n    /**\n     * Specifies the `<form>` to be submitted to the server, a specific\n     * `<button>` or `<input type=\"submit\">` to use to submit the form, or some\n     * arbitrary data to submit.\n     *\n     * Note: When using a `<button>` its `name` and `value` will also be\n     * included in the form data that is submitted.\n     */\n    target: SubmitTarget,\n\n    /**\n     * Options that override the `<form>`'s own attributes. Required when\n     * submitting arbitrary data without a backing `<form>`.\n     */\n    options?: SubmitOptions\n  ): void;\n}\n\n/**\n * Submits a fetcher `<form>` to the server without reloading the page.\n */\nexport interface FetcherSubmitFunction {\n  (\n    target: SubmitTarget,\n    // Fetchers cannot replace or set state because they are not navigation events\n    options?: Omit<SubmitOptions, \"replace\" | \"state\">\n  ): void;\n}\n\nfunction validateClientSideSubmission() {\n  if (typeof document === \"undefined\") {\n    throw new Error(\n      \"You are calling submit during the server render. \" +\n        \"Try calling submit within a `useEffect` or callback instead.\"\n    );\n  }\n}\n\nlet fetcherId = 0;\nlet getUniqueFetcherId = () => `__${String(++fetcherId)}__`;\n\n/**\n * Returns a function that may be used to programmatically submit a form (or\n * some arbitrary data) to the server.\n */\nexport function useSubmit(): SubmitFunction {\n  let { router } = useDataRouterContext(DataRouterHook.UseSubmit);\n  let { basename } = React.useContext(NavigationContext);\n  let currentRouteId = useRouteId();\n\n  return React.useCallback<SubmitFunction>(\n    (target, options = {}) => {\n      validateClientSideSubmission();\n\n      let { action, method, encType, formData, body } = getFormSubmissionInfo(\n        target,\n        basename\n      );\n\n      if (options.navigate === false) {\n        let key = options.fetcherKey || getUniqueFetcherId();\n        router.fetch(key, currentRouteId, options.action || action, {\n          preventScrollReset: options.preventScrollReset,\n          formData,\n          body,\n          formMethod: options.method || (method as HTMLFormMethod),\n          formEncType: options.encType || (encType as FormEncType),\n          unstable_flushSync: options.unstable_flushSync,\n        });\n      } else {\n        router.navigate(options.action || action, {\n          preventScrollReset: options.preventScrollReset,\n          formData,\n          body,\n          formMethod: options.method || (method as HTMLFormMethod),\n          formEncType: options.encType || (encType as FormEncType),\n          replace: options.replace,\n          state: options.state,\n          fromRouteId: currentRouteId,\n          unstable_flushSync: options.unstable_flushSync,\n          unstable_viewTransition: options.unstable_viewTransition,\n        });\n      }\n    },\n    [router, basename, currentRouteId]\n  );\n}\n\n// v7: Eventually we should deprecate this entirely in favor of using the\n// router method directly?\nexport function useFormAction(\n  action?: string,\n  { relative }: { relative?: RelativeRoutingType } = {}\n): string {\n  let { basename } = React.useContext(NavigationContext);\n  let routeContext = React.useContext(RouteContext);\n  invariant(routeContext, \"useFormAction must be used inside a RouteContext\");\n\n  let [match] = routeContext.matches.slice(-1);\n  // Shallow clone path so we can modify it below, otherwise we modify the\n  // object referenced by useMemo inside useResolvedPath\n  let path = { ...useResolvedPath(action ? action : \".\", { relative }) };\n\n  // If no action was specified, browsers will persist current search params\n  // when determining the path, so match that behavior\n  // https://github.com/remix-run/remix/issues/927\n  let location = useLocation();\n  if (action == null) {\n    // Safe to write to this directly here since if action was undefined, we\n    // would have called useResolvedPath(\".\") which will never include a search\n    path.search = location.search;\n\n    // When grabbing search params from the URL, remove any included ?index param\n    // since it might not apply to our contextual route.  We add it back based\n    // on match.route.index below\n    let params = new URLSearchParams(path.search);\n    if (params.has(\"index\") && params.get(\"index\") === \"\") {\n      params.delete(\"index\");\n      path.search = params.toString() ? `?${params.toString()}` : \"\";\n    }\n  }\n\n  if ((!action || action === \".\") && match.route.index) {\n    path.search = path.search\n      ? path.search.replace(/^\\?/, \"?index&\")\n      : \"?index\";\n  }\n\n  // If we're operating within a basename, prepend it to the pathname prior\n  // to creating the form action.  If this is a root navigation, then just use\n  // the raw basename which allows the basename to have full control over the\n  // presence of a trailing slash on root actions\n  if (basename !== \"/\") {\n    path.pathname =\n      path.pathname === \"/\" ? basename : joinPaths([basename, path.pathname]);\n  }\n\n  return createPath(path);\n}\n\nexport type FetcherWithComponents<TData> = Fetcher<TData> & {\n  Form: React.ForwardRefExoticComponent<\n    FetcherFormProps & React.RefAttributes<HTMLFormElement>\n  >;\n  submit: FetcherSubmitFunction;\n  load: (href: string, opts?: { unstable_flushSync?: boolean }) => void;\n};\n\n// TODO: (v7) Change the useFetcher generic default from `any` to `unknown`\n\n/**\n * Interacts with route loaders and actions without causing a navigation. Great\n * for any interaction that stays on the same page.\n */\nexport function useFetcher<TData = any>({\n  key,\n}: { key?: string } = {}): FetcherWithComponents<TData> {\n  let { router } = useDataRouterContext(DataRouterHook.UseFetcher);\n  let state = useDataRouterState(DataRouterStateHook.UseFetcher);\n  let fetcherData = React.useContext(FetchersContext);\n  let route = React.useContext(RouteContext);\n  let routeId = route.matches[route.matches.length - 1]?.route.id;\n\n  invariant(fetcherData, `useFetcher must be used inside a FetchersContext`);\n  invariant(route, `useFetcher must be used inside a RouteContext`);\n  invariant(\n    routeId != null,\n    `useFetcher can only be used on routes that contain a unique \"id\"`\n  );\n\n  // Fetcher key handling\n  // OK to call conditionally to feature detect `useId`\n  // eslint-disable-next-line react-hooks/rules-of-hooks\n  let defaultKey = useIdImpl ? useIdImpl() : \"\";\n  let [fetcherKey, setFetcherKey] = React.useState<string>(key || defaultKey);\n  if (key && key !== fetcherKey) {\n    setFetcherKey(key);\n  } else if (!fetcherKey) {\n    // We will only fall through here when `useId` is not available\n    setFetcherKey(getUniqueFetcherId());\n  }\n\n  // Registration/cleanup\n  React.useEffect(() => {\n    router.getFetcher(fetcherKey);\n    return () => {\n      // Tell the router we've unmounted - if v7_fetcherPersist is enabled this\n      // will not delete immediately but instead queue up a delete after the\n      // fetcher returns to an `idle` state\n      router.deleteFetcher(fetcherKey);\n    };\n  }, [router, fetcherKey]);\n\n  // Fetcher additions\n  let load = React.useCallback(\n    (href: string, opts?: { unstable_flushSync?: boolean }) => {\n      invariant(routeId, \"No routeId available for fetcher.load()\");\n      router.fetch(fetcherKey, routeId, href, opts);\n    },\n    [fetcherKey, routeId, router]\n  );\n\n  let submitImpl = useSubmit();\n  let submit = React.useCallback<FetcherSubmitFunction>(\n    (target, opts) => {\n      submitImpl(target, {\n        ...opts,\n        navigate: false,\n        fetcherKey,\n      });\n    },\n    [fetcherKey, submitImpl]\n  );\n\n  let FetcherForm = React.useMemo(() => {\n    let FetcherForm = React.forwardRef<HTMLFormElement, FetcherFormProps>(\n      (props, ref) => {\n        return (\n          <Form {...props} navigate={false} fetcherKey={fetcherKey} ref={ref} />\n        );\n      }\n    );\n    if (__DEV__) {\n      FetcherForm.displayName = \"fetcher.Form\";\n    }\n    return FetcherForm;\n  }, [fetcherKey]);\n\n  // Exposed FetcherWithComponents\n  let fetcher = state.fetchers.get(fetcherKey) || IDLE_FETCHER;\n  let data = fetcherData.get(fetcherKey);\n  let fetcherWithComponents = React.useMemo(\n    () => ({\n      Form: FetcherForm,\n      submit,\n      load,\n      ...fetcher,\n      data,\n    }),\n    [FetcherForm, submit, load, fetcher, data]\n  );\n\n  return fetcherWithComponents;\n}\n\n/**\n * Provides all fetchers currently on the page. Useful for layouts and parent\n * routes that need to provide pending/optimistic UI regarding the fetch.\n */\nexport function useFetchers(): (Fetcher & { key: string })[] {\n  let state = useDataRouterState(DataRouterStateHook.UseFetchers);\n  return Array.from(state.fetchers.entries()).map(([key, fetcher]) => ({\n    ...fetcher,\n    key,\n  }));\n}\n\nconst SCROLL_RESTORATION_STORAGE_KEY = \"react-router-scroll-positions\";\nlet savedScrollPositions: Record<string, number> = {};\n\n/**\n * When rendered inside a RouterProvider, will restore scroll positions on navigations\n */\nfunction useScrollRestoration({\n  getKey,\n  storageKey,\n}: {\n  getKey?: GetScrollRestorationKeyFunction;\n  storageKey?: string;\n} = {}) {\n  let { router } = useDataRouterContext(DataRouterHook.UseScrollRestoration);\n  let { restoreScrollPosition, preventScrollReset } = useDataRouterState(\n    DataRouterStateHook.UseScrollRestoration\n  );\n  let { basename } = React.useContext(NavigationContext);\n  let location = useLocation();\n  let matches = useMatches();\n  let navigation = useNavigation();\n\n  // Trigger manual scroll restoration while we're active\n  React.useEffect(() => {\n    window.history.scrollRestoration = \"manual\";\n    return () => {\n      window.history.scrollRestoration = \"auto\";\n    };\n  }, []);\n\n  // Save positions on pagehide\n  usePageHide(\n    React.useCallback(() => {\n      if (navigation.state === \"idle\") {\n        let key = (getKey ? getKey(location, matches) : null) || location.key;\n        savedScrollPositions[key] = window.scrollY;\n      }\n      try {\n        sessionStorage.setItem(\n          storageKey || SCROLL_RESTORATION_STORAGE_KEY,\n          JSON.stringify(savedScrollPositions)\n        );\n      } catch (error) {\n        warning(\n          false,\n          `Failed to save scroll positions in sessionStorage, <ScrollRestoration /> will not work properly (${error}).`\n        );\n      }\n      window.history.scrollRestoration = \"auto\";\n    }, [storageKey, getKey, navigation.state, location, matches])\n  );\n\n  // Read in any saved scroll locations\n  if (typeof document !== \"undefined\") {\n    // eslint-disable-next-line react-hooks/rules-of-hooks\n    React.useLayoutEffect(() => {\n      try {\n        let sessionPositions = sessionStorage.getItem(\n          storageKey || SCROLL_RESTORATION_STORAGE_KEY\n        );\n        if (sessionPositions) {\n          savedScrollPositions = JSON.parse(sessionPositions);\n        }\n      } catch (e) {\n        // no-op, use default empty object\n      }\n    }, [storageKey]);\n\n    // Enable scroll restoration in the router\n    // eslint-disable-next-line react-hooks/rules-of-hooks\n    React.useLayoutEffect(() => {\n      let getKeyWithoutBasename: GetScrollRestorationKeyFunction | undefined =\n        getKey && basename !== \"/\"\n          ? (location, matches) =>\n              getKey(\n                // Strip the basename to match useLocation()\n                {\n                  ...location,\n                  pathname:\n                    stripBasename(location.pathname, basename) ||\n                    location.pathname,\n                },\n                matches\n              )\n          : getKey;\n      let disableScrollRestoration = router?.enableScrollRestoration(\n        savedScrollPositions,\n        () => window.scrollY,\n        getKeyWithoutBasename\n      );\n      return () => disableScrollRestoration && disableScrollRestoration();\n    }, [router, basename, getKey]);\n\n    // Restore scrolling when state.restoreScrollPosition changes\n    // eslint-disable-next-line react-hooks/rules-of-hooks\n    React.useLayoutEffect(() => {\n      // Explicit false means don't do anything (used for submissions)\n      if (restoreScrollPosition === false) {\n        return;\n      }\n\n      // been here before, scroll to it\n      if (typeof restoreScrollPosition === \"number\") {\n        window.scrollTo(0, restoreScrollPosition);\n        return;\n      }\n\n      // try to scroll to the hash\n      if (location.hash) {\n        let el = document.getElementById(\n          decodeURIComponent(location.hash.slice(1))\n        );\n        if (el) {\n          el.scrollIntoView();\n          return;\n        }\n      }\n\n      // Don't reset if this navigation opted out\n      if (preventScrollReset === true) {\n        return;\n      }\n\n      // otherwise go to the top on new locations\n      window.scrollTo(0, 0);\n    }, [location, restoreScrollPosition, preventScrollReset]);\n  }\n}\n\nexport { useScrollRestoration as UNSAFE_useScrollRestoration };\n\n/**\n * Setup a callback to be fired on the window's `beforeunload` event. This is\n * useful for saving some data to `window.localStorage` just before the page\n * refreshes.\n *\n * Note: The `callback` argument should be a function created with\n * `React.useCallback()`.\n */\nexport function useBeforeUnload(\n  callback: (event: BeforeUnloadEvent) => any,\n  options?: { capture?: boolean }\n): void {\n  let { capture } = options || {};\n  React.useEffect(() => {\n    let opts = capture != null ? { capture } : undefined;\n    window.addEventListener(\"beforeunload\", callback, opts);\n    return () => {\n      window.removeEventListener(\"beforeunload\", callback, opts);\n    };\n  }, [callback, capture]);\n}\n\n/**\n * Setup a callback to be fired on the window's `pagehide` event. This is\n * useful for saving some data to `window.localStorage` just before the page\n * refreshes.  This event is better supported than beforeunload across browsers.\n *\n * Note: The `callback` argument should be a function created with\n * `React.useCallback()`.\n */\nfunction usePageHide(\n  callback: (event: PageTransitionEvent) => any,\n  options?: { capture?: boolean }\n): void {\n  let { capture } = options || {};\n  React.useEffect(() => {\n    let opts = capture != null ? { capture } : undefined;\n    window.addEventListener(\"pagehide\", callback, opts);\n    return () => {\n      window.removeEventListener(\"pagehide\", callback, opts);\n    };\n  }, [callback, capture]);\n}\n\n/**\n * Wrapper around useBlocker to show a window.confirm prompt to users instead\n * of building a custom UI with useBlocker.\n *\n * Warning: This has *a lot of rough edges* and behaves very differently (and\n * very incorrectly in some cases) across browsers if user click addition\n * back/forward navigations while the confirm is open.  Use at your own risk.\n */\nfunction usePrompt({\n  when,\n  message,\n}: {\n  when: boolean | BlockerFunction;\n  message: string;\n}) {\n  let blocker = useBlocker(when);\n\n  React.useEffect(() => {\n    if (blocker.state === \"blocked\") {\n      let proceed = window.confirm(message);\n      if (proceed) {\n        // This timeout is needed to avoid a weird \"race\" on POP navigations\n        // between the `window.history` revert navigation and the result of\n        // `window.confirm`\n        setTimeout(blocker.proceed, 0);\n      } else {\n        blocker.reset();\n      }\n    }\n  }, [blocker, message]);\n\n  React.useEffect(() => {\n    if (blocker.state === \"blocked\" && !when) {\n      blocker.reset();\n    }\n  }, [blocker, when]);\n}\n\nexport { usePrompt as unstable_usePrompt };\n\n/**\n * Return a boolean indicating if there is an active view transition to the\n * given href.  You can use this value to render CSS classes or viewTransitionName\n * styles onto your elements\n *\n * @param href The destination href\n * @param [opts.relative] Relative routing type (\"route\" | \"path\")\n */\nfunction useViewTransitionState(\n  to: To,\n  opts: { relative?: RelativeRoutingType } = {}\n) {\n  let vtContext = React.useContext(ViewTransitionContext);\n\n  invariant(\n    vtContext != null,\n    \"`unstable_useViewTransitionState` must be used within `react-router-dom`'s `RouterProvider`.  \" +\n      \"Did you accidentally import `RouterProvider` from `react-router`?\"\n  );\n\n  let { basename } = useDataRouterContext(\n    DataRouterHook.useViewTransitionState\n  );\n  let path = useResolvedPath(to, { relative: opts.relative });\n  if (!vtContext.isTransitioning) {\n    return false;\n  }\n\n  let currentPath =\n    stripBasename(vtContext.currentLocation.pathname, basename) ||\n    vtContext.currentLocation.pathname;\n  let nextPath =\n    stripBasename(vtContext.nextLocation.pathname, basename) ||\n    vtContext.nextLocation.pathname;\n\n  // Transition is active if we're going to or coming from the indicated\n  // destination.  This ensures that other PUSH navigations that reverse\n  // an indicated transition apply.  I.e., on the list view you have:\n  //\n  //   <NavLink to=\"/details/1\" unstable_viewTransition>\n  //\n  // If you click the breadcrumb back to the list view:\n  //\n  //   <NavLink to=\"/list\" unstable_viewTransition>\n  //\n  // We should apply the transition because it's indicated as active going\n  // from /list -> /details/1 and therefore should be active on the reverse\n  // (even though this isn't strictly a POP reverse)\n  return (\n    matchPath(path.pathname, nextPath) != null ||\n    matchPath(path.pathname, currentPath) != null\n  );\n}\n\nexport { useViewTransitionState as unstable_useViewTransitionState };\n\n//#endregion\n",
  "var _path;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgShape(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 28,\n    height: 20,\n    viewBox: \"0 0 28 20\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _path || (_path = /*#__PURE__*/React.createElement(\"path\", {\n    fillRule: \"evenodd\",\n    clipRule: \"evenodd\",\n    d: \"M0 2H28V0H0V2ZM0 18H28V20H0V18ZM28 9H3V11H28V9Z\",\n    fill: \"white\"\n  })));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgShape);\nexport default __webpack_public_path__ + \"static/media/shapee4c7dd6d5d4032b10b8c177a1f809be1.svg\";\nexport { ForwardRef as ReactComponent };",
  "/* eslint-disable jsx-a11y/anchor-is-valid */\n/* eslint-disable no-unused-vars */\n/* eslint-disable jsx-a11y/alt-text */\nimport React, { useLayoutEffect, useState } from 'react';\nimport { useLocation } from 'react-router-dom';\nimport {fallDown as Menu} from \"react-burger-menu\";\nimport shape from \"../../../images/icons/shape.svg\";\nimport menuMob from \"../../../images/menuMob.webp\"\n\nimport \"./menu.css\"\nimport \"./menuMedia.css\"\n\nimport {Link} from \"react-router-dom\";\n\nconst MenuHumburger = () => {\n\n    const [isMenuOpen, setIsMenuOpen] = useState(false)\n    const [activeSubMenuIndex, setActiveSubMenuIndex] = useState(null);\n\n    const onMenuClose = () => setIsMenuOpen(false)\n\n    const handleMenuItemHeaderClick = (index) => {\n        if (activeSubMenuIndex === index) {\n            setActiveSubMenuIndex(null);\n        } else {\n            setActiveSubMenuIndex(index);\n        }\n    };\n\n    const location = useLocation();\n    const [hash, setHash] = useState(location.hash);\n\n    useLayoutEffect(() => {\n        const handleHashChange = () => {\n            setHash(location.hash);\n        };\n\n        window.addEventListener('hashchange', handleHashChange);\n\n        return () => {\n            window.removeEventListener('hashchange', handleHashChange);\n        };\n    }, [location]);\n\n    useLayoutEffect(() => {\n        const anchorId = hash.replace('#', '');\n        const anchor = document.getElementById(anchorId);\n\n        if (anchor) {\n            setTimeout(() => {\n                window.scrollTo({\n                    top: anchor.offsetTop,\n                    behavior: 'smooth'\n                });\n            }, 100); // Добавляем небольшую задержку перед прокруткой\n        }\n    }, [hash]);\n\n    return (\n        <Menu\n            customBurgerIcon={<img src={shape}/>}\n            width={'100%'}\n            right\n            isOpen={isMenuOpen}\n            onStateChange={({isOpen}) => setIsMenuOpen(isOpen)}\n\n        >\n            <div className=\"menu__container\">\n                <div className=\"nav-container\">\n                    <div className=\"nav-container__logo\">\n                        <Link id=\"home\" className=\"menu-logo\" to=\"/\">\n                            <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"160\" height=\"38\" viewBox=\"0 0 160 38\" fill=\"none\">\n                                <path d=\"M53.0769 14H47.8973C46.2175 14 46.2175 14 45.8682 15.999C45.5188 17.998 45.5172 18.0696 47.0582 18.0696H50.1369L48.387 28.2861C47.9675 30.5733 46.988 32.1441 43.9795 33.072C43.2089 33.2869 43 33.5717 43 33.9299C43 34.358 43.1388 34.7145 43.4897 35.5724C43.9795 36.7868 44.2586 37 44.6798 37C45.1009 37 45.8698 36.7868 46.1489 36.7151C50.4194 35.2859 52.1693 31.9292 52.868 27.9296L54.8269 16.4354C55.1762 14.0067 55.1762 14.0067 53.0769 14.0067\" fill=\"#FF8000\"/>\n                                <path d=\"M71.8 14C69.6078 14 69.6078 14 69.3146 15.7333L67.7071 24.7458C67.269 27.3797 66.5377 28.9061 63.8342 28.9061C61.2022 28.9061 60.2544 27.3797 60.6908 25.0255L62.225 16.4302C62.6648 14.0049 62.5915 14.0049 60.326 14.0049C58.1321 14.0049 58.0588 14.0049 57.769 15.6686L56.1615 24.6811C55.2103 29.8115 58.5719 33 63.3211 33C68.6583 33 71.3619 30.7121 72.2398 25.3053L73.8473 16.3623C74.2121 14.0049 74.0655 14.0049 71.8017 14.0049\" fill=\"#FF8000\"/>\n                                <path d=\"M80.6906 28.8933C82.3623 28.8238 83.2664 28.0613 83.2664 27.3004C83.2664 26.3311 82.0832 25.9838 80.4829 25.4991C77.3505 24.5298 74.4973 23.4216 74.4973 20.0953C74.4973 16.147 77.7692 14 81.8738 14C83.6137 14 85.5629 14.0695 86.8159 14.2084C87.9292 14.3473 88.2068 14.693 87.8594 16.4249C87.5121 18.1567 87.0934 18.2956 86.1196 18.2261C84.9364 18.1567 83.4059 18.0177 81.5963 18.0177C79.5091 18.0177 78.8826 18.7803 78.8826 19.4717C78.8826 20.3715 79.7168 20.8562 81.6661 21.4103C85.2837 22.4491 87.6501 23.9046 87.6501 27.0209C87.6501 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144.182 16.0251C143.818 18.0502 143.893 18.0519 145.413 18.0519H149.397L147.152 30.5562C146.717 33 146.79 33 149.035 33C151.135 33 151.208 33 151.499 31.2535L153.817 18.0568H157.652C159.39 18.0568 159.39 18.0568 159.753 16.03C160.187 14.0049 160.187 14.0049 158.594 14.0049\" fill=\"#FF8000\"/>\n                                <path d=\"M36.8951 18.3903V18.3903C36.7771 18.0879 35.1658 15.1209 32.1761 11.3987V11.3987C32.1005 11.3084 32.0527 11.1983 32.0384 11.0816V11.0816C31.8585 8.91527 31.5575 6.76067 31.1368 4.62782C31.0393 4.18859 30.6722 3.85999 30.2239 3.81047V3.81047L27.1128 3.42959V3.42959C27.0855 3.4271 27.0581 3.4271 27.0308 3.42959C26.6687 3.42959 26.3752 3.72234 26.3752 4.08347V5.15909C26.3752 5.18076 26.3576 5.19832 26.3358 5.19832C26.3262 5.19823 26.3169 5.19476 26.3096 5.18852V5.18852C24.3633 3.42923 22.2622 1.84811 20.0318 0.464265V0.464265C19.577 0.160467 19.0417 -0.0011708 18.4943 1.29857e-05V1.29857e-05C17.9468 -0.00166865 17.4113 0.160012 16.9568 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21.3507C32.385 20.9212 32.6908 20.5644 33.1087 20.45L36.1985 19.8582C36.6696 19.7381 36.9994 19.315 37 18.83C36.9967 18.6777 36.9609 18.5278 36.8951 18.3903Z\" fill=\"#FF8000\"/>\n                            </svg>\n                        </Link>\n                    </div>\n                    <ul className=\"menu__list list\">\n                        <li className=\"menu__item\">\n                            <Link onClick={onMenuClose} id=\"0\" className=\"menu-item\" to=\"/\">\n                                Heim\n                                <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\"><path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"#242E30\"></path></svg>\n                            </Link>\n                        </li>\n                        <li className=\"menu__item\">\n                            <a\n                                onClick={(e) => {\n                                    e.preventDefault(); // предотвращаем переход по ссылке\n                                    handleMenuItemHeaderClick(1); // Указываем индекс для уникальности\n                                }}\n                                id=\"1\"\n                                className={`menu-item menu-item--header ${activeSubMenuIndex === 1 ? 'menu-item--header-active' : ''}`}\n                                href=\"#\"\n                            >\n                                Was man zum Frühstück essen sollte\n                                <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\"><path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"#242E30\"></path></svg>\n                            </a>\n                        </li>\n                        {activeSubMenuIndex === 1 && (\n                            <ul className=\"menu__sub-list list\">\n                                <li className=\"menu__sub-item\">\n                                    <Link onClick={onMenuClose} id=\"4\" className=\"menu-item\" to=\"/fruehstueck#section-main\">\n                                        Finden Sie das perfekte Frühstück\n                                        <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\"><path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"#242E30\"></path></svg>\n                                    </Link>\n                                </li>\n                                <li className=\"menu__sub-item\">\n                                    <Link onClick={onMenuClose} id=\"5\" className=\"menu-item\" to=\"/fruehstueck#stores--breakfast\">\n                                        Frühstücksideen\n                                        <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\"><path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"#242E30\"></path></svg>\n                                    </Link>\n                                </li>\n                                <li className=\"menu__sub-item\">\n                                    <Link onClick={onMenuClose} id=\"5\" className=\"menu-item\" to=\"/fruehstueck#order-food\">\n                                        Bestellen Sie Ihr Frühstück, wann immer es Ihnen passt\n                                        <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\"><path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"#242E30\"></path></svg>\n                                    </Link>\n                                </li>\n                            </ul>\n                        )}\n                        <li className=\"menu__item\">\n                            <a\n                                onClick={(e) => {\n                                    e.preventDefault(); // предотвращаем переход по ссылке\n                                    handleMenuItemHeaderClick(2); // Указываем индекс для уникальности\n                                }}\n                                id=\"2\"\n                                className={`menu-item menu-item--header ${activeSubMenuIndex === 2 ? 'menu-item--header-active' : ''}`}\n                                href=\"#\"\n                            >\n                                Was man zum Mittagessen essen sollte\n                                <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\"><path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"#242E30\"></path></svg>\n                            </a>\n                        </li>\n                        {activeSubMenuIndex === 2 && (\n                            <ul className=\"menu__sub-list list\">\n                                <li className=\"menu__sub-item\">\n                                    <Link onClick={onMenuClose} id=\"4\" className=\"menu-item\" to=\"/mittagessen#section-main\">\n                                        Finden Sie das perfekte Mittagessen\n                                        <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\"><path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"#242E30\"></path></svg>\n                                    </Link>\n                                </li>\n                                <li className=\"menu__sub-item\">\n                                    <Link onClick={onMenuClose} id=\"5\" className=\"menu-item\" to=\"/mittagessen#stores--lunch\">\n                                        Ideen für das Mittagessen\n                                        <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\"><path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"#242E30\"></path></svg>\n                                    </Link>\n                                </li>\n                                <li className=\"menu__sub-item\">\n                                    <Link onClick={onMenuClose} id=\"5\" className=\"menu-item\" to=\"/mittagessen#order-food\">\n                                        Bestellen Sie Ihr Mittagessen, wann immer es Ihnen passt\n                                        <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\"><path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"#242E30\"></path></svg>\n                                    </Link>\n                                </li>\n                            </ul>\n                        )}\n                        <li className=\"menu__item\">\n                            <a\n                                onClick={(e) => {\n                                    e.preventDefault(); // предотвращаем переход по ссылке\n                                    handleMenuItemHeaderClick(3); // Указываем индекс для уникальности\n                                }}\n                                id=\"3\"\n                                className={`menu-item menu-item--header ${activeSubMenuIndex === 3 ? 'menu-item--header-active' : ''}`}\n                                href=\"#\"\n                            >\n                                Was man zum Abendessen essen sollte\n                                <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\"><path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"#242E30\"></path></svg>\n                            </a>\n                        </li>\n                        {activeSubMenuIndex === 3 && (\n                            <ul className=\"menu__sub-list list\">\n                                <li className=\"menu__sub-item\">\n                                    <Link onClick={onMenuClose} id=\"4\" className=\"menu-item\" to=\"/abendessen#section-main\">\n                                        Finden Sie das perfekte Abendessen\n                                        <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\"><path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"#242E30\"></path></svg>\n                                    </Link>\n                                </li>\n                                <li className=\"menu__sub-item\">\n                                    <Link onClick={onMenuClose} id=\"5\" className=\"menu-item\" to=\"/abendessen#stores--dinner\">\n                                        Ideen für das Abendessen\n                                        <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\"><path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"#242E30\"></path></svg>\n                                    </Link>\n                                </li>\n                                <li className=\"menu__sub-item\">\n                                    <Link onClick={onMenuClose} id=\"5\" className=\"menu-item\" to=\"/abendessen#order-food\">\n                                        Bestellen Sie Ihr Abendessen, wann immer es Ihnen passt\n                                        <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\"><path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"#242E30\"></path></svg>\n                                    </Link>\n                                </li>\n                            </ul>\n                        )}\n                    </ul>\n                    <div className=\"menu-mob\">\n                        <img src={menuMob} alt=\"\"/>\n                    </div>\n                </div>\n            </div>\n        </Menu>\n    )\n}\n\nexport default MenuHumburger;",
  "var _path, _path2, _path3, _path4, _path5, _path6, _path7, _path8, _path9, _path10, _path11, _path12;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgLogoHeader(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 208,\n    height: 48,\n    viewBox: \"0 0 208 48\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _path || (_path = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M92.3079 26.036C91.6586 25.2852 90.8266 24.6765 89.9134 24.2909C88.9191 23.8851 87.8437 23.6619 86.7479 23.6822C85.5507 23.6822 84.3535 23.8851 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ForwardRef=/*#__PURE__*/React.forwardRef(SvgPictureMain);export default __webpack_public_path__+\"static/media/pictureMainfcc169a3bf00066752169d6a6e5955a8.svg\";export{ForwardRef as ReactComponent};",
  "var _path, _path2, _path3, _path4, _path5, _path6, _path7, _path8, _path9, _path10, _path11, _path12;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgLogoMain(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 310,\n    height: 71,\n    viewBox: \"0 0 310 71\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _path || (_path = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M137.76 38.8559C136.791 37.7354 135.549 36.8269 134.187 36.2515C132.703 35.6458 131.098 35.3127 129.462 35.343C127.676 35.343 125.889 35.6458 124.193 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  "var _path;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgMainBg(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 1920,\n    height: 782,\n    viewBox: \"0 0 1920 782\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _path || (_path = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M0 781.5V0H1919.5V529.5L0 781.5Z\",\n    fill: \"#FF8000\"\n  })));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgMainBg);\nexport default __webpack_public_path__ + \"static/media/mainBge54c2b0621319debb860b1c86d708efb.svg\";\nexport { ForwardRef as ReactComponent };",
  "var _path;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgMainBg15(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 1857,\n    height: 850,\n    viewBox: \"0 0 1857 850\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _path || (_path = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M1856.5 0H0.5V850L1856.5 362.5V0Z\",\n    fill: \"#FF8000\"\n  })));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgMainBg15);\nexport default __webpack_public_path__ + \"static/media/mainBg1507531da98e3fe9052e060870995dda77.svg\";\nexport { ForwardRef as ReactComponent };",
  "var _path;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgMainBg30(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 1828,\n    height: 1293,\n    viewBox: \"0 0 1828 1293\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _path || (_path = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M1828 0H0V1292.5L1828 241V0Z\",\n    fill: \"#FF8000\"\n  })));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgMainBg30);\nexport default __webpack_public_path__ + \"static/media/mainBg30c08ed2c0235189d87d393478e64a9240.svg\";\nexport { ForwardRef as ReactComponent };",
  "export function chunkArrayInGroups(arr, size) {\n    let result = [];\n    for (let i = 0; i < arr.length; i += size) {\n      result.push(arr.slice(i, i + size));\n    }\n    return result;\n}\n\nexport function createSlug(title) {\n    return title\n      .toLowerCase() // Convert the string to lowercase.\n      .replace(/&/g, 'and') // Replace '&' with 'and'.\n      .replace(/[^a-z0-9 -]/g, '') // Remove any character that is not a letter, number, space, or hyphen.\n      .replace(/\\s+/g, '-') // Replace spaces with hyphens.\n      .replace(/-+/g, '-'); // Replace multiple hyphens with a single hyphen.\n  }\n\nexport function getSlugByType(type) {\n    switch (type) {\n        case 'breakfast':\n            return 'fruehstueck';\n        case 'lunch':\n            return 'mittagessen';\n        case 'dinner':\n            return 'abendessen';\n        default:\n            return '';\n    }\n}",
  "/* eslint-disable no-unused-vars */\n/* eslint-disable jsx-a11y/anchor-is-valid */\n/* eslint-disable react/jsx-no-target-blank */\n\nimport {Link} from \"react-router-dom\";\n\nimport React, {useEffect, useState} from 'react';\n\nimport * as utils from \"../../utils/utils\";\n\nimport dishes from \"../../data/dishes.json\";\nimport structure from \"../../data/structure.json\";\n\nimport \"./dish.css\"\n\n\nexport const Dish = ({type, dishId, combination, updateBackground}) => {\n\n    const dish = dishes.find(dish => dish.slug === dishId ?? utils.createSlug(dish.title) === dishId) ?? dishes[0];\n\n    const [imageSrc, setImageSrc] = useState(dish.image);\n\n    useEffect(() => {\n        const handleResize = () => {\n            if (window.innerWidth <= 768) {\n                setImageSrc(dish.imageMobile);\n            } else {\n                setImageSrc(dish.image);\n            }\n        };\n        \n        handleResize();\n        \n        window.addEventListener('resize', handleResize);\n\n        if (dish && dish.angleBg) {\n            updateBackground(dish.angleBg);\n        }\n        return () => window.removeEventListener('resize', handleResize);\n    }, [dish, updateBackground, dish.image, dish.mobileImage]);\n\n\n\n    const [hasMounted, setHasMounted] = React.useState(false);\n    React.useEffect(() => {\n        setHasMounted(true);\n    }, []);\n\n    if (!hasMounted) {\n        return null;\n    }\n\n    const flavour = structure[type].flavours.items.find(item => utils.createSlug(item) === combination.flavour);\n    const dietary = structure[type].dietary.items.find(item => utils.createSlug(item) === combination.dietary);\n    const schedule = structure[type].schedule.items.find(item => utils.createSlug(item) === combination.schedule);\n\n    return (\n        <div>\n        <div className=\"section-main__title section-main__title--breakfast\">\n            <h1 className=\"h1\">\n                {dish.title}\n            </h1>\n            <div className=\"section-main__subtitle section-main__subtitle--breakfast\">\n                {dish.description_brief}\n            </div>\n            <div className=\"section-main__btn-group justify-content-start\">\n                <div className=\"section-main__btn w-288 btn-default section-main__btn-white dish-btn\">\n                    <a href=\"#info\">\n                        Erzähl mir mehr\n                    </a>\n                </div>\n            </div>\n        </div>\n        <div className=\"section-main__image section-main__image--breakfast\" data-angle={dish.angleBg}>\n            <img src={imageSrc} alt=\"just-eat\"/>\n        </div>\n        <div className=\"section-main__second-title\" id=\"info\">\n            <h2 className=\"h2\">\n                {dish.h2}\n            </h2>\n        </div>\n        <div className=\"section-main__second-description section-main__second-description--breakfast\">\n            {dish.description_long}\n        </div>\n        <div className=\"section-main__info-dish\">\n            <div className=\"section-main__dish-container\">\n                <div className=\"section-main__cheked-dish\">\n                    <ul className=\"select-dish__list\">\n                        <li className=\"select-dish__item\">\n                            <svg width=\"30\" height=\"30\" viewBox=\"0 0 30 30\" fill=\"none\" xmlns=\"http://www.w3.org/2000/svg\">\n                                <path fillRule=\"evenodd\" clipRule=\"evenodd\" d=\"M26.5385 30H3.46154C1.54978 30 0 28.4502 0 26.5385V3.46154C0 1.54978 1.54978 0 3.46154 0H26.5385C28.4502 0 30 1.54978 30 3.46154V26.5385C30 28.4502 28.4502 30 26.5385 30ZM3.46154 2.30769C2.82429 2.30769 2.30769 2.82429 2.30769 3.46154V26.5385C2.30769 27.1757 2.82429 27.6923 3.46154 27.6923H26.5385C27.1757 27.6923 27.6923 27.1757 27.6923 26.5385V3.46154C27.6923 2.82429 27.1757 2.30769 26.5385 2.30769H3.46154ZM13.9038 20.1115C13.5211 20.5287 12.9815 20.7671 12.4154 20.7692L12.3577 20.7577C11.793 20.7599 11.2532 20.5256 10.8692 20.1115L7.40769 16.1538L9.12692 14.6308L12.4154 18.3346L21.0808 8.98846L22.7654 10.5577L13.9038 20.1115Z\" fill=\"#77808A\"/>\n                            </svg>\n                            {dish.ingredient_1}\n                        </li>\n                        <li className=\"select-dish__item\">\n                            <svg width=\"30\" height=\"30\" viewBox=\"0 0 30 30\" fill=\"none\" xmlns=\"http://www.w3.org/2000/svg\">\n                                <path fillRule=\"evenodd\" clipRule=\"evenodd\" d=\"M26.5385 30H3.46154C1.54978 30 0 28.4502 0 26.5385V3.46154C0 1.54978 1.54978 0 3.46154 0H26.5385C28.4502 0 30 1.54978 30 3.46154V26.5385C30 28.4502 28.4502 30 26.5385 30ZM3.46154 2.30769C2.82429 2.30769 2.30769 2.82429 2.30769 3.46154V26.5385C2.30769 27.1757 2.82429 27.6923 3.46154 27.6923H26.5385C27.1757 27.6923 27.6923 27.1757 27.6923 26.5385V3.46154C27.6923 2.82429 27.1757 2.30769 26.5385 2.30769H3.46154ZM13.9038 20.1115C13.5211 20.5287 12.9815 20.7671 12.4154 20.7692L12.3577 20.7577C11.793 20.7599 11.2532 20.5256 10.8692 20.1115L7.40769 16.1538L9.12692 14.6308L12.4154 18.3346L21.0808 8.98846L22.7654 10.5577L13.9038 20.1115Z\" fill=\"#77808A\"/>\n                            </svg>\n                            {dish.ingredient_2}\n                        </li>\n                        <li className=\"select-dish__item\">\n                            <svg width=\"30\" height=\"30\" viewBox=\"0 0 30 30\" fill=\"none\" xmlns=\"http://www.w3.org/2000/svg\">\n                                <path fillRule=\"evenodd\" clipRule=\"evenodd\" d=\"M26.5385 30H3.46154C1.54978 30 0 28.4502 0 26.5385V3.46154C0 1.54978 1.54978 0 3.46154 0H26.5385C28.4502 0 30 1.54978 30 3.46154V26.5385C30 28.4502 28.4502 30 26.5385 30ZM3.46154 2.30769C2.82429 2.30769 2.30769 2.82429 2.30769 3.46154V26.5385C2.30769 27.1757 2.82429 27.6923 3.46154 27.6923H26.5385C27.1757 27.6923 27.6923 27.1757 27.6923 26.5385V3.46154C27.6923 2.82429 27.1757 2.30769 26.5385 2.30769H3.46154ZM13.9038 20.1115C13.5211 20.5287 12.9815 20.7671 12.4154 20.7692L12.3577 20.7577C11.793 20.7599 11.2532 20.5256 10.8692 20.1115L7.40769 16.1538L9.12692 14.6308L12.4154 18.3346L21.0808 8.98846L22.7654 10.5577L13.9038 20.1115Z\" fill=\"#77808A\"/>\n                            </svg>\n                            {dish.ingredient_3}\n                        </li>\n                    </ul>\n                </div>\n                <div className=\"section-main__btn-dish section-main__btn-dish--desktop\">\n                    <a target=\"_blank\" href={dish.url}>Jetzt bestellen</a>\n                </div>\n            </div>\n            <div className=\"section-main__select-dish\">\n                <div className=\"select-dish__title\">\n                    Je nach Ihrer Auswahl\n                </div>\n                <div className=\"select-dish__container\">\n                    <div className=\"select-dish__box\">\n                        <div className=\"select-dish__box-picture\" dangerouslySetInnerHTML={{ __html: structure.icons[dish.dietary] }}/>\n                        <div className=\"select-dish__box-name\">{dietary ?? dish.dietary}</div>\n                    </div>\n                    <div className=\"select-dish__box\">\n                        <div className=\"select-dish__box-picture\" dangerouslySetInnerHTML={{ __html: structure.icons[dish.flavours] }}/>\n                        <div className=\"select-dish__box-name\">{flavour ?? dish.flavours}</div>\n                    </div>\n                    <div className=\"select-dish__box\">\n                        <div className=\"select-dish__box-picture\" dangerouslySetInnerHTML={{ __html: structure.icons[dish.schedule] }}/>\n                        <div className=\"select-dish__box-name\">{schedule ?? dish.schedule}</div>\n                    </div>\n                </div>\n            </div>\n            <div className=\"section-main__btn-dish section-main__btn-dish--mobile\">\n                <a target=\"_blank\" href={dish.url}>Jetzt bestellen</a>\n            </div>\n            <div className=\"section-main__dish-link\">\n                <Link to={`../${utils.getSlugByType(type)}`}>\n                    Ich habe Lust auf etwas anderes\n                </Link>\n            </div>\n        </div>\n    </div>\n    )\n}",
  "/* eslint-disable react-hooks/exhaustive-deps */\n/* eslint-disable react/jsx-no-target-blank */\n/* eslint-disable jsx-a11y/anchor-is-valid */\n\nimport React, { useState, useEffect } from 'react';\nimport { useLocation } from 'react-router-dom';\n\nimport \"./main.css\"\nimport \"./mainMedia.css\"\nimport pictureMain from \"../../images/pictureMain.svg\";\nimport logo from \"../../images/germany/logoMain.svg\";\nimport mainBreakfast from \"../../images/mainBreakfast.webp\";\nimport mainLunch from \"../../images/mainLunch.webp\";\nimport mainDinner from \"../../images/mainDinner.webp\";\n\nimport mainBg75 from \"../../images/mainBg.svg\"\nimport mainBg15 from \"../../images/mainBg15.svg\"\nimport mainBg30 from \"../../images/mainBg30.svg\"\n\nimport { Dish } from \"../Dish/dish\";\n\nimport { useSearchParams } from 'react-router-dom';\n\nexport const Main = ({type}) => {\n\n    const setClassName = (className) => {\n        const element = document.getElementById('section-main');\n        element.className = className;\n    };\n\n    const [searchParams] = useSearchParams();\n    const dishId = searchParams.get('meal');\n    const flavour = searchParams.get('flavour');\n    const dietary = searchParams.get('dietary');\n    const schedule = searchParams.get('schedule');\n    const combination = {flavour, dietary, schedule};\n\n    const location = useLocation();\n\n    const [backgroundUrl, setBackgroundUrl] = useState('');\n\n    const updateBackground = (angleBg) => {\n\n        let url;\n        let className;\n        switch(angleBg) {\n            case 'angle75':\n                url = `url(${mainBg75})`;\n                className = 'section-main background-angle-75';\n                break;\n            case 'angle15':\n                url = `url(${mainBg15})`;\n                className = 'section-main background-angle-15';\n                break;\n            case 'angle30':\n                url = `url(${mainBg30})`;\n                className = 'section-main background-angle-30';\n                break;\n            case 'angleImages':\n                url = `url(${mainBg15})`;\n                className = 'section-main background-angle-15 backgroundImages';\n                break;\n            default:\n                url = `url(${mainBg75})`;\n        }\n        setBackgroundUrl(url);\n        setClassName(className);\n    };\n\n\n    useEffect(() => {\n        const anchorId = location.hash.replace('#', '');\n        const anchor = document.getElementById(anchorId);\n\n        if (anchor) {\n            window.scrollTo({\n                top: anchor.getBoundingClientRect().top,\n                behavior: 'smooth'\n            });\n        }\n        if (!dishId) {\n            setBackgroundUrl(`url(${mainBg75})`);\n            setClassName('section-main');\n        }\n\n    }, [location]);\n\n    return (\n        <section id=\"section-main\" className=\"section-main\" style={{ backgroundImage: backgroundUrl }}>\n            <div id=\"up\" className=\"section-main__container\">\n                {type === '' && !dishId && (\n                    <div>\n                        <div className=\"header__logo--mobile\">\n                            <a className=\"header__logo-link\" href=\"/\"><img className=\"header__logo-image\" src={logo} alt=\"justeat\"/></a>\n                        </div>\n                        <div className=\"section-main__title\">\n                            <h1 className=\"h1\">\n                                Was esse ich heute\n                            </h1>\n                            <div className=\"section-main__subtitle\">\n                                Bist du nicht sicher was du heute essen sollst? Entdecke, welches Gericht heute dein Herz (und Magen) erobern wird!\n                            </div>\n                            <div className=\"section-main__btn btn-default\">\n                                <a href=\"#section-main__second-title\">\n                                    Zum Genuss!\n                                </a>\n                            </div>\n                        </div>\n                        <div className=\"section-main__image\">\n                            <img src={pictureMain} alt=\"just-eat\"/>\n                        </div>\n                        <div className=\"section-main__second-title\" id=\"section-main__second-title\">\n                            <h2 className=\"h2\">\n                                Die besten Mahlzeit-Ideen!\n                            </h2>\n                        </div>\n                        <div className=\"section-main__second-description\">\n                            Mit nur einem Klick öffnen wir die Tür zu deinen gastronomischen Träumen. Ob du nach dem ultimativen Comfort Food suchst oder etwas ganz Neues probieren möchtest, unsere Auswahl an Mahlzeitideen ist so vielfältig wie dein Appetit. Finde in Sekunden dein nächstes Lieblingsessen und lass dich von den Aromen verzaubern. Bereit für den ersten Bissen? Weiter geht's!\n                        </div>\n                    </div>\n                )}\n                {type === 'breakfast' && !dishId && (\n                    <div>\n                        <div className=\"section-main__title section-main__title--breakfast\" id=\"second-title--breakfast\">\n                            <h1 className=\"h1\">\n                                Was kann man zum <br /> Frühstück essen?\n                            </h1>\n                            <div className=\"section-main__subtitle section-main__subtitle--breakfast\">\n                                Was man für das Frühstück essen kann, das mehr als nur deinen Hunger stillt. Von schnellen Happen für Eilige bis zu ausgedehntem Brunch für Genießer..\n                            </div>\n                            <div className=\"section-main__btn-group\">\n                                <div className=\"section-main__btn btn-default\">\n                                    <a href=\"#section-main__second-title-breakfast\">\n                                        Finde dein Traumfrühstück\n                                    </a>\n                                </div>\n                                <div className=\"section-main__btn btn-default section-main__btn-white\">\n                                    <a href=\"#stores--breakfast\">\n                                        Weitere Frühstücksideen\n                                    </a>\n                                </div>\n                            </div>\n                        </div>\n                        <div className=\"section-main__image section-main__image--breakfast\">\n                            <img src={mainBreakfast} alt=\"just-eat\"/>\n                        </div>\n                        <div className=\"section-main__second-title\" id=\"section-main__second-title-breakfast\">\n                            <h2 className=\"h2\">\n                                Wähle, was dich weckt: Dein Frühstück nach Maß!\n                            </h2>\n                        </div>\n                        <div className=\"section-main__second-description section-main__second-description--breakfast\">\n                            Lust auf Süßes oder Herzhaftes, das man zum Frühstück essen kann? Brauchst du einen schnellen Energiekick oder einen gemütlichen Start in den Tag? Mach den ersten Schritt in Richtung eines Frühstücks, das nicht nur deinen Magen, sondern auch dein Herz füllt..\n                        </div>\n                    </div>\n                )}\n                {type === 'lunch' && !dishId && (\n                    <div>\n                        <div className=\"section-main__title section-main__title--breakfast\" id=\"second-title--lunch\">\n                            <h1 className=\"h1\">\n                                Was kann man zum Mittagessen essen?\n                            </h1>\n                            <div className=\"section-main__subtitle section-main__subtitle--breakfast\">\n                                Entdecke Mittagsangebote voller Vielfalt. Finde das perfekte Gericht für deine Pause. Geschmack und Zufriedenheit warten auf dich.\n                            </div>\n                            <div className=\"section-main__btn-group\">\n                                <div className=\"section-main__btn btn-default\">\n                                    <a href=\"#section-main__second-title-lunch\">\n                                        Finde dein Mittagessen\n                                    </a>\n                                </div>\n                                <div className=\"section-main__btn btn-default section-main__btn-white\">\n                                    <a href=\"#stores--lunch\">\n                                        Entdecke mehr Leckereien\n                                    </a>\n                                </div>\n                            </div>\n                        </div>\n                        <div className=\"section-main__image section-main__image--lunch\">\n                            <img src={mainLunch} alt=\"just-eat\"/>\n                        </div>\n                        <div className=\"section-main__second-title\" id=\"section-main__second-title-lunch\">\n                            <h2 className=\"h2\">\n                                Was zu Mittag essen? Entdecke das perfekte Mittagessen.\n                            </h2>\n                        </div>\n                        <div className=\"section-main__second-description section-main__second-description--breakfast\">\n                            Auf der Suche nach dem Mittagsglück? Ob du nach etwas Herzhaftem oder Leichtem suchst, wir haben garantiert etwas Leckeres dabei, das du zu Mittag essen kannst. Mach deine Pause zum Highlight des Tages und freu dich auf puren Genuss.\n                        </div>\n                    </div>\n                )}\n                {type === 'dinner' && !dishId && (\n                    <div>\n                        <div className=\"section-main__title section-main__title--breakfast\" id=\"second-title--dinner\">\n                            <h1 className=\"h1\">\n                                Was esse ich heute Abend?\n                            </h1>\n                            <div className=\"section-main__subtitle section-main__subtitle--breakfast\">\n                                Genieße einen Abend voller Abwechslung und finde ganz ohne Stress das ideale Abendessen für dich. Statt dich zu fragen \"Was esse ich heute Abend?\", lass dich von uns inspirieren und beende den Tag auf die bestmögliche Weise.\n                            </div>\n                            <div className=\"section-main__btn-group\">\n                                <div className=\"section-main__btn btn-default\">\n                                    <a href=\"#section-main__second-title-dinner\">\n                                        Finde dein perfektes Abendessen\n                                    </a>\n                                </div>\n                                <div className=\"section-main__btn btn-default section-main__btn-white\">\n                                    <a href=\"#stores--dinner\">\n                                        Weitere Dinnerideen\n                                    </a>\n                                </div>\n                            </div>\n                        </div>\n                        <div className=\"section-main__image section-main__image--dinner\">\n                            <img src={mainDinner} alt=\"just-eat\"/>\n                        </div>\n                        <div className=\"section-main__second-title\" id=\"section-main__second-title-dinner\">\n                            <h2 className=\"h2\">\n                                Was kann man zum Abendessen essen\n                            </h2>\n                        </div>\n                        <div className=\"section-main__second-description section-main__second-description--breakfast\">\n                            Entdecke dein perfektes Dinner: Gib uns einen Einblick in deine Geschmackswelt und wir präsentieren dir was man zum Abendessen essen kann. Von exotisch bis traditionell, entfalte kulinarische Freuden, die jeden Abend besonders machen. Lass dich begeistern und genieße.\n                        </div>\n                    </div>\n                )}\n                {dishId && (\n                    <Dish type={type} dishId={dishId} combination={combination} updateBackground={updateBackground} />\n                )}\n            </div>\n        </section>\n    )\n}",
  "/**\n * SSR Window 4.0.2\n * Better handling for window object in SSR environment\n * https://github.com/nolimits4web/ssr-window\n *\n * Copyright 2021, Vladimir Kharlampidi\n *\n * Licensed under MIT\n *\n * Released on: December 13, 2021\n */\n/* eslint-disable no-param-reassign */\nfunction isObject(obj) {\n    return (obj !== null &&\n        typeof obj === 'object' &&\n        'constructor' in obj &&\n        obj.constructor === Object);\n}\nfunction extend(target = {}, src = {}) {\n    Object.keys(src).forEach((key) => {\n        if (typeof target[key] === 'undefined')\n            target[key] = src[key];\n        else if (isObject(src[key]) &&\n            isObject(target[key]) &&\n            Object.keys(src[key]).length > 0) {\n            extend(target[key], src[key]);\n        }\n    });\n}\n\nconst ssrDocument = {\n    body: {},\n    addEventListener() { },\n    removeEventListener() { },\n    activeElement: {\n        blur() { },\n        nodeName: '',\n    },\n    querySelector() {\n        return null;\n    },\n    querySelectorAll() {\n        return [];\n    },\n    getElementById() {\n        return null;\n    },\n    createEvent() {\n        return {\n            initEvent() { },\n        };\n    },\n    createElement() {\n        return {\n            children: [],\n            childNodes: [],\n            style: {},\n            setAttribute() { },\n            getElementsByTagName() {\n                return [];\n            },\n        };\n    },\n    createElementNS() {\n        return {};\n    },\n    importNode() {\n        return null;\n    },\n    location: {\n        hash: '',\n        host: '',\n        hostname: '',\n        href: '',\n        origin: '',\n        pathname: '',\n        protocol: '',\n        search: '',\n    },\n};\nfunction getDocument() {\n    const doc = typeof document !== 'undefined' ? document : {};\n    extend(doc, ssrDocument);\n    return doc;\n}\n\nconst ssrWindow = {\n    document: ssrDocument,\n    navigator: {\n        userAgent: '',\n    },\n    location: {\n        hash: '',\n        host: '',\n        hostname: '',\n        href: '',\n        origin: '',\n        pathname: '',\n        protocol: '',\n        search: '',\n    },\n    history: {\n        replaceState() { },\n        pushState() { },\n        go() { },\n        back() { },\n    },\n    CustomEvent: function CustomEvent() {\n        return this;\n    },\n    addEventListener() { },\n    removeEventListener() { },\n    getComputedStyle() {\n        return {\n            getPropertyValue() {\n                return '';\n            },\n        };\n    },\n    Image() { },\n    Date() { },\n    screen: {},\n    setTimeout() { },\n    clearTimeout() { },\n    matchMedia() {\n        return {};\n    },\n    requestAnimationFrame(callback) {\n        if (typeof setTimeout === 'undefined') {\n            callback();\n            return null;\n        }\n        return setTimeout(callback, 0);\n    },\n    cancelAnimationFrame(id) {\n        if (typeof setTimeout === 'undefined') {\n            return;\n        }\n        clearTimeout(id);\n    },\n};\nfunction getWindow() {\n    const win = typeof window !== 'undefined' ? window : {};\n    extend(win, ssrWindow);\n    return win;\n}\n\nexport { extend, getDocument, getWindow, ssrDocument, ssrWindow };\n",
  "import { getWindow, getDocument } from 'ssr-window';\nfunction deleteProps(obj) {\n  const object = obj;\n  Object.keys(object).forEach(key => {\n    try {\n      object[key] = null;\n    } catch (e) {\n      // no getter for object\n    }\n    try {\n      delete object[key];\n    } catch (e) {\n      // something got wrong\n    }\n  });\n}\nfunction nextTick(callback, delay = 0) {\n  return setTimeout(callback, delay);\n}\nfunction now() {\n  return Date.now();\n}\nfunction getComputedStyle(el) {\n  const window = getWindow();\n  let style;\n  if (window.getComputedStyle) {\n    style = window.getComputedStyle(el, null);\n  }\n  if (!style && el.currentStyle) {\n    style = el.currentStyle;\n  }\n  if (!style) {\n    style = el.style;\n  }\n  return style;\n}\nfunction getTranslate(el, axis = 'x') {\n  const window = getWindow();\n  let matrix;\n  let curTransform;\n  let transformMatrix;\n  const curStyle = getComputedStyle(el, null);\n  if (window.WebKitCSSMatrix) {\n    curTransform = curStyle.transform || curStyle.webkitTransform;\n    if (curTransform.split(',').length > 6) {\n      curTransform = curTransform.split(', ').map(a => a.replace(',', '.')).join(', ');\n    }\n    // Some old versions of Webkit choke when 'none' is passed; pass\n    // empty string instead in this case\n    transformMatrix = new window.WebKitCSSMatrix(curTransform === 'none' ? '' : curTransform);\n  } else {\n    transformMatrix = curStyle.MozTransform || curStyle.OTransform || curStyle.MsTransform || curStyle.msTransform || curStyle.transform || curStyle.getPropertyValue('transform').replace('translate(', 'matrix(1, 0, 0, 1,');\n    matrix = transformMatrix.toString().split(',');\n  }\n  if (axis === 'x') {\n    // Latest Chrome and webkits Fix\n    if (window.WebKitCSSMatrix) curTransform = transformMatrix.m41;\n    // Crazy IE10 Matrix\n    else if (matrix.length === 16) curTransform = parseFloat(matrix[12]);\n    // Normal Browsers\n    else curTransform = parseFloat(matrix[4]);\n  }\n  if (axis === 'y') {\n    // Latest Chrome and webkits Fix\n    if (window.WebKitCSSMatrix) curTransform = transformMatrix.m42;\n    // Crazy IE10 Matrix\n    else if (matrix.length === 16) curTransform = parseFloat(matrix[13]);\n    // Normal Browsers\n    else curTransform = parseFloat(matrix[5]);\n  }\n  return curTransform || 0;\n}\nfunction isObject(o) {\n  return typeof o === 'object' && o !== null && o.constructor && Object.prototype.toString.call(o).slice(8, -1) === 'Object';\n}\nfunction isNode(node) {\n  // eslint-disable-next-line\n  if (typeof window !== 'undefined' && typeof window.HTMLElement !== 'undefined') {\n    return node instanceof HTMLElement;\n  }\n  return node && (node.nodeType === 1 || node.nodeType === 11);\n}\nfunction extend(...args) {\n  const to = Object(args[0]);\n  const noExtend = ['__proto__', 'constructor', 'prototype'];\n  for (let i = 1; i < args.length; i += 1) {\n    const nextSource = args[i];\n    if (nextSource !== undefined && nextSource !== null && !isNode(nextSource)) {\n      const keysArray = Object.keys(Object(nextSource)).filter(key => noExtend.indexOf(key) < 0);\n      for (let nextIndex = 0, len = keysArray.length; nextIndex < len; nextIndex += 1) {\n        const nextKey = keysArray[nextIndex];\n        const desc = Object.getOwnPropertyDescriptor(nextSource, nextKey);\n        if (desc !== undefined && desc.enumerable) {\n          if (isObject(to[nextKey]) && isObject(nextSource[nextKey])) {\n            if (nextSource[nextKey].__swiper__) {\n              to[nextKey] = nextSource[nextKey];\n            } else {\n              extend(to[nextKey], nextSource[nextKey]);\n            }\n          } else if (!isObject(to[nextKey]) && isObject(nextSource[nextKey])) {\n            to[nextKey] = {};\n            if (nextSource[nextKey].__swiper__) {\n              to[nextKey] = nextSource[nextKey];\n            } else {\n              extend(to[nextKey], nextSource[nextKey]);\n            }\n          } else {\n            to[nextKey] = nextSource[nextKey];\n          }\n        }\n      }\n    }\n  }\n  return to;\n}\nfunction setCSSProperty(el, varName, varValue) {\n  el.style.setProperty(varName, varValue);\n}\nfunction animateCSSModeScroll({\n  swiper,\n  targetPosition,\n  side\n}) {\n  const window = getWindow();\n  const startPosition = -swiper.translate;\n  let startTime = null;\n  let time;\n  const duration = swiper.params.speed;\n  swiper.wrapperEl.style.scrollSnapType = 'none';\n  window.cancelAnimationFrame(swiper.cssModeFrameID);\n  const dir = targetPosition > startPosition ? 'next' : 'prev';\n  const isOutOfBound = (current, target) => {\n    return dir === 'next' && current >= target || dir === 'prev' && current <= target;\n  };\n  const animate = () => {\n    time = new Date().getTime();\n    if (startTime === null) {\n      startTime = time;\n    }\n    const progress = Math.max(Math.min((time - startTime) / duration, 1), 0);\n    const easeProgress = 0.5 - Math.cos(progress * Math.PI) / 2;\n    let currentPosition = startPosition + easeProgress * (targetPosition - startPosition);\n    if (isOutOfBound(currentPosition, targetPosition)) {\n      currentPosition = targetPosition;\n    }\n    swiper.wrapperEl.scrollTo({\n      [side]: currentPosition\n    });\n    if (isOutOfBound(currentPosition, targetPosition)) {\n      swiper.wrapperEl.style.overflow = 'hidden';\n      swiper.wrapperEl.style.scrollSnapType = '';\n      setTimeout(() => {\n        swiper.wrapperEl.style.overflow = '';\n        swiper.wrapperEl.scrollTo({\n          [side]: currentPosition\n        });\n      });\n      window.cancelAnimationFrame(swiper.cssModeFrameID);\n      return;\n    }\n    swiper.cssModeFrameID = window.requestAnimationFrame(animate);\n  };\n  animate();\n}\nfunction getSlideTransformEl(slideEl) {\n  return slideEl.querySelector('.swiper-slide-transform') || slideEl.shadowEl && slideEl.shadowEl.querySelector('.swiper-slide-transform') || slideEl;\n}\nfunction findElementsInElements(elements = [], selector = '') {\n  const found = [];\n  elements.forEach(el => {\n    found.push(...el.querySelectorAll(selector));\n  });\n  return found;\n}\nfunction elementChildren(element, selector = '') {\n  return [...element.children].filter(el => el.matches(selector));\n}\nfunction createElement(tag, classes = []) {\n  const el = document.createElement(tag);\n  el.classList.add(...(Array.isArray(classes) ? classes : [classes]));\n  return el;\n}\nfunction elementOffset(el) {\n  const window = getWindow();\n  const document = getDocument();\n  const box = el.getBoundingClientRect();\n  const body = document.body;\n  const clientTop = el.clientTop || body.clientTop || 0;\n  const clientLeft = el.clientLeft || body.clientLeft || 0;\n  const scrollTop = el === window ? window.scrollY : el.scrollTop;\n  const scrollLeft = el === window ? window.scrollX : el.scrollLeft;\n  return {\n    top: box.top + scrollTop - clientTop,\n    left: box.left + scrollLeft - clientLeft\n  };\n}\nfunction elementPrevAll(el, selector) {\n  const prevEls = [];\n  while (el.previousElementSibling) {\n    const prev = el.previousElementSibling; // eslint-disable-line\n    if (selector) {\n      if (prev.matches(selector)) prevEls.push(prev);\n    } else prevEls.push(prev);\n    el = prev;\n  }\n  return prevEls;\n}\nfunction elementNextAll(el, selector) {\n  const nextEls = [];\n  while (el.nextElementSibling) {\n    const next = el.nextElementSibling; // eslint-disable-line\n    if (selector) {\n      if (next.matches(selector)) nextEls.push(next);\n    } else nextEls.push(next);\n    el = next;\n  }\n  return nextEls;\n}\nfunction elementStyle(el, prop) {\n  const window = getWindow();\n  return window.getComputedStyle(el, null).getPropertyValue(prop);\n}\nfunction elementIndex(el) {\n  let child = el;\n  let i;\n  if (child) {\n    i = 0;\n    // eslint-disable-next-line\n    while ((child = child.previousSibling) !== null) {\n      if (child.nodeType === 1) i += 1;\n    }\n    return i;\n  }\n  return undefined;\n}\nfunction elementParents(el, selector) {\n  const parents = []; // eslint-disable-line\n  let parent = el.parentElement; // eslint-disable-line\n  while (parent) {\n    if (selector) {\n      if (parent.matches(selector)) parents.push(parent);\n    } else {\n      parents.push(parent);\n    }\n    parent = parent.parentElement;\n  }\n  return parents;\n}\nfunction elementTransitionEnd(el, callback) {\n  function fireCallBack(e) {\n    if (e.target !== el) return;\n    callback.call(el, e);\n    el.removeEventListener('transitionend', fireCallBack);\n  }\n  if (callback) {\n    el.addEventListener('transitionend', fireCallBack);\n  }\n}\nfunction elementOuterSize(el, size, includeMargins) {\n  const window = getWindow();\n  if (includeMargins) {\n    return el[size === 'width' ? 'offsetWidth' : 'offsetHeight'] + parseFloat(window.getComputedStyle(el, null).getPropertyValue(size === 'width' ? 'margin-right' : 'margin-top')) + parseFloat(window.getComputedStyle(el, null).getPropertyValue(size === 'width' ? 'margin-left' : 'margin-bottom'));\n  }\n  return el.offsetWidth;\n}\nexport { animateCSSModeScroll, deleteProps, nextTick, now, getTranslate, isObject, extend, getComputedStyle, setCSSProperty, getSlideTransformEl,\n// dom\nfindElementsInElements, createElement, elementChildren, elementOffset, elementPrevAll, elementNextAll, elementStyle, elementIndex, elementParents, elementTransitionEnd, elementOuterSize };",
  "import { getWindow, getDocument } from 'ssr-window';\nlet support;\nfunction calcSupport() {\n  const window = getWindow();\n  const document = getDocument();\n  return {\n    smoothScroll: document.documentElement && document.documentElement.style && 'scrollBehavior' in document.documentElement.style,\n    touch: !!('ontouchstart' in window || window.DocumentTouch && document instanceof window.DocumentTouch)\n  };\n}\nfunction getSupport() {\n  if (!support) {\n    support = calcSupport();\n  }\n  return support;\n}\nexport { getSupport };",
  "import { getWindow } from 'ssr-window';\nimport { getSupport } from './get-support.js';\nlet deviceCached;\nfunction calcDevice({\n  userAgent\n} = {}) {\n  const support = getSupport();\n  const window = getWindow();\n  const platform = window.navigator.platform;\n  const ua = userAgent || window.navigator.userAgent;\n  const device = {\n    ios: false,\n    android: false\n  };\n  const screenWidth = window.screen.width;\n  const screenHeight = window.screen.height;\n  const android = ua.match(/(Android);?[\\s\\/]+([\\d.]+)?/); // eslint-disable-line\n  let ipad = ua.match(/(iPad).*OS\\s([\\d_]+)/);\n  const ipod = ua.match(/(iPod)(.*OS\\s([\\d_]+))?/);\n  const iphone = !ipad && ua.match(/(iPhone\\sOS|iOS)\\s([\\d_]+)/);\n  const windows = platform === 'Win32';\n  let macos = platform === 'MacIntel';\n\n  // iPadOs 13 fix\n  const iPadScreens = ['1024x1366', '1366x1024', '834x1194', '1194x834', '834x1112', '1112x834', '768x1024', '1024x768', '820x1180', '1180x820', '810x1080', '1080x810'];\n  if (!ipad && macos && support.touch && iPadScreens.indexOf(`${screenWidth}x${screenHeight}`) >= 0) {\n    ipad = ua.match(/(Version)\\/([\\d.]+)/);\n    if (!ipad) ipad = [0, 1, '13_0_0'];\n    macos = false;\n  }\n\n  // Android\n  if (android && !windows) {\n    device.os = 'android';\n    device.android = true;\n  }\n  if (ipad || iphone || ipod) {\n    device.os = 'ios';\n    device.ios = true;\n  }\n\n  // Export object\n  return device;\n}\nfunction getDevice(overrides = {}) {\n  if (!deviceCached) {\n    deviceCached = calcDevice(overrides);\n  }\n  return deviceCached;\n}\nexport { getDevice };",
  "import { getWindow } from 'ssr-window';\nlet browser;\nfunction calcBrowser() {\n  const window = getWindow();\n  let needPerspectiveFix = false;\n  function isSafari() {\n    const ua = window.navigator.userAgent.toLowerCase();\n    return ua.indexOf('safari') >= 0 && ua.indexOf('chrome') < 0 && ua.indexOf('android') < 0;\n  }\n  if (isSafari()) {\n    const ua = String(window.navigator.userAgent);\n    if (ua.includes('Version/')) {\n      const [major, minor] = ua.split('Version/')[1].split(' ')[0].split('.').map(num => Number(num));\n      needPerspectiveFix = major < 16 || major === 16 && minor < 2;\n    }\n  }\n  return {\n    isSafari: needPerspectiveFix || isSafari(),\n    needPerspectiveFix,\n    isWebView: /(iPhone|iPod|iPad).*AppleWebKit(?!.*Safari)/i.test(window.navigator.userAgent)\n  };\n}\nfunction getBrowser() {\n  if (!browser) {\n    browser = calcBrowser();\n  }\n  return browser;\n}\nexport { getBrowser };",
  "/* eslint-disable no-underscore-dangle */\n\nexport default {\n  on(events, handler, priority) {\n    const self = this;\n    if (!self.eventsListeners || self.destroyed) return self;\n    if (typeof handler !== 'function') return self;\n    const method = priority ? 'unshift' : 'push';\n    events.split(' ').forEach(event => {\n      if (!self.eventsListeners[event]) self.eventsListeners[event] = [];\n      self.eventsListeners[event][method](handler);\n    });\n    return self;\n  },\n  once(events, handler, priority) {\n    const self = this;\n    if (!self.eventsListeners || self.destroyed) return self;\n    if (typeof handler !== 'function') return self;\n    function onceHandler(...args) {\n      self.off(events, onceHandler);\n      if (onceHandler.__emitterProxy) {\n        delete onceHandler.__emitterProxy;\n      }\n      handler.apply(self, args);\n    }\n    onceHandler.__emitterProxy = handler;\n    return self.on(events, onceHandler, priority);\n  },\n  onAny(handler, priority) {\n    const self = this;\n    if (!self.eventsListeners || self.destroyed) return self;\n    if (typeof handler !== 'function') return self;\n    const method = priority ? 'unshift' : 'push';\n    if (self.eventsAnyListeners.indexOf(handler) < 0) {\n      self.eventsAnyListeners[method](handler);\n    }\n    return self;\n  },\n  offAny(handler) {\n    const self = this;\n    if (!self.eventsListeners || self.destroyed) return self;\n    if (!self.eventsAnyListeners) return self;\n    const index = self.eventsAnyListeners.indexOf(handler);\n    if (index >= 0) {\n      self.eventsAnyListeners.splice(index, 1);\n    }\n    return self;\n  },\n  off(events, handler) {\n    const self = this;\n    if (!self.eventsListeners || self.destroyed) return self;\n    if (!self.eventsListeners) return self;\n    events.split(' ').forEach(event => {\n      if (typeof handler === 'undefined') {\n        self.eventsListeners[event] = [];\n      } else if (self.eventsListeners[event]) {\n        self.eventsListeners[event].forEach((eventHandler, index) => {\n          if (eventHandler === handler || eventHandler.__emitterProxy && eventHandler.__emitterProxy === handler) {\n            self.eventsListeners[event].splice(index, 1);\n          }\n        });\n      }\n    });\n    return self;\n  },\n  emit(...args) {\n    const self = this;\n    if (!self.eventsListeners || self.destroyed) return self;\n    if (!self.eventsListeners) return self;\n    let events;\n    let data;\n    let context;\n    if (typeof args[0] === 'string' || Array.isArray(args[0])) {\n      events = args[0];\n      data = args.slice(1, args.length);\n      context = self;\n    } else {\n      events = args[0].events;\n      data = args[0].data;\n      context = args[0].context || self;\n    }\n    data.unshift(context);\n    const eventsArray = Array.isArray(events) ? events : events.split(' ');\n    eventsArray.forEach(event => {\n      if (self.eventsAnyListeners && self.eventsAnyListeners.length) {\n        self.eventsAnyListeners.forEach(eventHandler => {\n          eventHandler.apply(context, [event, ...data]);\n        });\n      }\n      if (self.eventsListeners && self.eventsListeners[event]) {\n        self.eventsListeners[event].forEach(eventHandler => {\n          eventHandler.apply(context, data);\n        });\n      }\n    });\n    return self;\n  }\n};",
  "export const processLazyPreloader = (swiper, imageEl) => {\n  if (!swiper || swiper.destroyed || !swiper.params) return;\n  const slideSelector = () => swiper.isElement ? `swiper-slide` : `.${swiper.params.slideClass}`;\n  const slideEl = imageEl.closest(slideSelector());\n  if (slideEl) {\n    const lazyEl = slideEl.querySelector(`.${swiper.params.lazyPreloaderClass}`);\n    if (lazyEl) lazyEl.remove();\n  }\n};\nconst unlazy = (swiper, index) => {\n  if (!swiper.slides[index]) return;\n  const imageEl = swiper.slides[index].querySelector('[loading=\"lazy\"]');\n  if (imageEl) imageEl.removeAttribute('loading');\n};\nexport const preload = swiper => {\n  if (!swiper || swiper.destroyed || !swiper.params) return;\n  let amount = swiper.params.lazyPreloadPrevNext;\n  const len = swiper.slides.length;\n  if (!len || !amount || amount < 0) return;\n  amount = Math.min(amount, len);\n  const slidesPerView = swiper.params.slidesPerView === 'auto' ? swiper.slidesPerViewDynamic() : Math.ceil(swiper.params.slidesPerView);\n  const activeIndex = swiper.activeIndex;\n  if (swiper.params.grid && swiper.params.grid.rows > 1) {\n    const activeColumn = activeIndex;\n    const preloadColumns = [activeColumn - amount];\n    preloadColumns.push(...Array.from({\n      length: amount\n    }).map((_, i) => {\n      return activeColumn + slidesPerView + i;\n    }));\n    swiper.slides.forEach((slideEl, i) => {\n      if (preloadColumns.includes(slideEl.column)) unlazy(swiper, i);\n    });\n    return;\n  }\n  const slideIndexLastInView = activeIndex + slidesPerView - 1;\n  if (swiper.params.rewind || swiper.params.loop) {\n    for (let i = activeIndex - amount; i <= slideIndexLastInView + amount; i += 1) {\n      const realIndex = (i % len + len) % len;\n      if (realIndex < activeIndex || realIndex > slideIndexLastInView) unlazy(swiper, realIndex);\n    }\n  } else {\n    for (let i = Math.max(activeIndex - amount, 0); i <= Math.min(slideIndexLastInView + amount, len - 1); i += 1) {\n      if (i !== activeIndex && (i > slideIndexLastInView || i < activeIndex)) {\n        unlazy(swiper, i);\n      }\n    }\n  }\n};",
  "import updateSize from './updateSize.js';\nimport updateSlides from './updateSlides.js';\nimport updateAutoHeight from './updateAutoHeight.js';\nimport updateSlidesOffset from './updateSlidesOffset.js';\nimport updateSlidesProgress from './updateSlidesProgress.js';\nimport updateProgress from './updateProgress.js';\nimport updateSlidesClasses from './updateSlidesClasses.js';\nimport updateActiveIndex from './updateActiveIndex.js';\nimport updateClickedSlide from './updateClickedSlide.js';\nexport default {\n  updateSize,\n  updateSlides,\n  updateAutoHeight,\n  updateSlidesOffset,\n  updateSlidesProgress,\n  updateProgress,\n  updateSlidesClasses,\n  updateActiveIndex,\n  updateClickedSlide\n};",
  "import { elementStyle } from '../../shared/utils.js';\nexport default function updateSize() {\n  const swiper = this;\n  let width;\n  let height;\n  const el = swiper.el;\n  if (typeof swiper.params.width !== 'undefined' && swiper.params.width !== null) {\n    width = swiper.params.width;\n  } else {\n    width = el.clientWidth;\n  }\n  if (typeof swiper.params.height !== 'undefined' && swiper.params.height !== null) {\n    height = swiper.params.height;\n  } else {\n    height = el.clientHeight;\n  }\n  if (width === 0 && swiper.isHorizontal() || height === 0 && swiper.isVertical()) {\n    return;\n  }\n\n  // Subtract paddings\n  width = width - parseInt(elementStyle(el, 'padding-left') || 0, 10) - parseInt(elementStyle(el, 'padding-right') || 0, 10);\n  height = height - parseInt(elementStyle(el, 'padding-top') || 0, 10) - parseInt(elementStyle(el, 'padding-bottom') || 0, 10);\n  if (Number.isNaN(width)) width = 0;\n  if (Number.isNaN(height)) height = 0;\n  Object.assign(swiper, {\n    width,\n    height,\n    size: swiper.isHorizontal() ? width : height\n  });\n}",
  "import { elementChildren, elementOuterSize, elementStyle, setCSSProperty } from '../../shared/utils.js';\nexport default function updateSlides() {\n  const swiper = this;\n  function getDirectionLabel(property) {\n    if (swiper.isHorizontal()) {\n      return property;\n    }\n    // prettier-ignore\n    return {\n      'width': 'height',\n      'margin-top': 'margin-left',\n      'margin-bottom ': 'margin-right',\n      'margin-left': 'margin-top',\n      'margin-right': 'margin-bottom',\n      'padding-left': 'padding-top',\n      'padding-right': 'padding-bottom',\n      'marginRight': 'marginBottom'\n    }[property];\n  }\n  function getDirectionPropertyValue(node, label) {\n    return parseFloat(node.getPropertyValue(getDirectionLabel(label)) || 0);\n  }\n  const params = swiper.params;\n  const {\n    wrapperEl,\n    slidesEl,\n    size: swiperSize,\n    rtlTranslate: rtl,\n    wrongRTL\n  } = swiper;\n  const isVirtual = swiper.virtual && params.virtual.enabled;\n  const previousSlidesLength = isVirtual ? swiper.virtual.slides.length : swiper.slides.length;\n  const slides = elementChildren(slidesEl, `.${swiper.params.slideClass}, swiper-slide`);\n  const slidesLength = isVirtual ? swiper.virtual.slides.length : slides.length;\n  let snapGrid = [];\n  const slidesGrid = [];\n  const slidesSizesGrid = [];\n  let offsetBefore = params.slidesOffsetBefore;\n  if (typeof offsetBefore === 'function') {\n    offsetBefore = params.slidesOffsetBefore.call(swiper);\n  }\n  let offsetAfter = params.slidesOffsetAfter;\n  if (typeof offsetAfter === 'function') {\n    offsetAfter = params.slidesOffsetAfter.call(swiper);\n  }\n  const previousSnapGridLength = swiper.snapGrid.length;\n  const previousSlidesGridLength = swiper.slidesGrid.length;\n  let spaceBetween = params.spaceBetween;\n  let slidePosition = -offsetBefore;\n  let prevSlideSize = 0;\n  let index = 0;\n  if (typeof swiperSize === 'undefined') {\n    return;\n  }\n  if (typeof spaceBetween === 'string' && spaceBetween.indexOf('%') >= 0) {\n    spaceBetween = parseFloat(spaceBetween.replace('%', '')) / 100 * swiperSize;\n  } else if (typeof spaceBetween === 'string') {\n    spaceBetween = parseFloat(spaceBetween);\n  }\n  swiper.virtualSize = -spaceBetween;\n\n  // reset margins\n  slides.forEach(slideEl => {\n    if (rtl) {\n      slideEl.style.marginLeft = '';\n    } else {\n      slideEl.style.marginRight = '';\n    }\n    slideEl.style.marginBottom = '';\n    slideEl.style.marginTop = '';\n  });\n\n  // reset cssMode offsets\n  if (params.centeredSlides && params.cssMode) {\n    setCSSProperty(wrapperEl, '--swiper-centered-offset-before', '');\n    setCSSProperty(wrapperEl, '--swiper-centered-offset-after', '');\n  }\n  const gridEnabled = params.grid && params.grid.rows > 1 && swiper.grid;\n  if (gridEnabled) {\n    swiper.grid.initSlides(slidesLength);\n  }\n\n  // Calc slides\n  let slideSize;\n  const shouldResetSlideSize = params.slidesPerView === 'auto' && params.breakpoints && Object.keys(params.breakpoints).filter(key => {\n    return typeof params.breakpoints[key].slidesPerView !== 'undefined';\n  }).length > 0;\n  for (let i = 0; i < slidesLength; i += 1) {\n    slideSize = 0;\n    let slide;\n    if (slides[i]) slide = slides[i];\n    if (gridEnabled) {\n      swiper.grid.updateSlide(i, slide, slidesLength, getDirectionLabel);\n    }\n    if (slides[i] && elementStyle(slide, 'display') === 'none') continue; // eslint-disable-line\n\n    if (params.slidesPerView === 'auto') {\n      if (shouldResetSlideSize) {\n        slides[i].style[getDirectionLabel('width')] = ``;\n      }\n      const slideStyles = getComputedStyle(slide);\n      const currentTransform = slide.style.transform;\n      const currentWebKitTransform = slide.style.webkitTransform;\n      if (currentTransform) {\n        slide.style.transform = 'none';\n      }\n      if (currentWebKitTransform) {\n        slide.style.webkitTransform = 'none';\n      }\n      if (params.roundLengths) {\n        slideSize = swiper.isHorizontal() ? elementOuterSize(slide, 'width', true) : elementOuterSize(slide, 'height', true);\n      } else {\n        // eslint-disable-next-line\n        const width = getDirectionPropertyValue(slideStyles, 'width');\n        const paddingLeft = getDirectionPropertyValue(slideStyles, 'padding-left');\n        const paddingRight = getDirectionPropertyValue(slideStyles, 'padding-right');\n        const marginLeft = getDirectionPropertyValue(slideStyles, 'margin-left');\n        const marginRight = getDirectionPropertyValue(slideStyles, 'margin-right');\n        const boxSizing = slideStyles.getPropertyValue('box-sizing');\n        if (boxSizing && boxSizing === 'border-box') {\n          slideSize = width + marginLeft + marginRight;\n        } else {\n          const {\n            clientWidth,\n            offsetWidth\n          } = slide;\n          slideSize = width + paddingLeft + paddingRight + marginLeft + marginRight + (offsetWidth - clientWidth);\n        }\n      }\n      if (currentTransform) {\n        slide.style.transform = currentTransform;\n      }\n      if (currentWebKitTransform) {\n        slide.style.webkitTransform = currentWebKitTransform;\n      }\n      if (params.roundLengths) slideSize = Math.floor(slideSize);\n    } else {\n      slideSize = (swiperSize - (params.slidesPerView - 1) * spaceBetween) / params.slidesPerView;\n      if (params.roundLengths) slideSize = Math.floor(slideSize);\n      if (slides[i]) {\n        slides[i].style[getDirectionLabel('width')] = `${slideSize}px`;\n      }\n    }\n    if (slides[i]) {\n      slides[i].swiperSlideSize = slideSize;\n    }\n    slidesSizesGrid.push(slideSize);\n    if (params.centeredSlides) {\n      slidePosition = slidePosition + slideSize / 2 + prevSlideSize / 2 + spaceBetween;\n      if (prevSlideSize === 0 && i !== 0) slidePosition = slidePosition - swiperSize / 2 - spaceBetween;\n      if (i === 0) slidePosition = slidePosition - swiperSize / 2 - spaceBetween;\n      if (Math.abs(slidePosition) < 1 / 1000) slidePosition = 0;\n      if (params.roundLengths) slidePosition = Math.floor(slidePosition);\n      if (index % params.slidesPerGroup === 0) snapGrid.push(slidePosition);\n      slidesGrid.push(slidePosition);\n    } else {\n      if (params.roundLengths) slidePosition = Math.floor(slidePosition);\n      if ((index - Math.min(swiper.params.slidesPerGroupSkip, index)) % swiper.params.slidesPerGroup === 0) snapGrid.push(slidePosition);\n      slidesGrid.push(slidePosition);\n      slidePosition = slidePosition + slideSize + spaceBetween;\n    }\n    swiper.virtualSize += slideSize + spaceBetween;\n    prevSlideSize = slideSize;\n    index += 1;\n  }\n  swiper.virtualSize = Math.max(swiper.virtualSize, swiperSize) + offsetAfter;\n  if (rtl && wrongRTL && (params.effect === 'slide' || params.effect === 'coverflow')) {\n    wrapperEl.style.width = `${swiper.virtualSize + spaceBetween}px`;\n  }\n  if (params.setWrapperSize) {\n    wrapperEl.style[getDirectionLabel('width')] = `${swiper.virtualSize + spaceBetween}px`;\n  }\n  if (gridEnabled) {\n    swiper.grid.updateWrapperSize(slideSize, snapGrid, getDirectionLabel);\n  }\n\n  // Remove last grid elements depending on width\n  if (!params.centeredSlides) {\n    const newSlidesGrid = [];\n    for (let i = 0; i < snapGrid.length; i += 1) {\n      let slidesGridItem = snapGrid[i];\n      if (params.roundLengths) slidesGridItem = Math.floor(slidesGridItem);\n      if (snapGrid[i] <= swiper.virtualSize - swiperSize) {\n        newSlidesGrid.push(slidesGridItem);\n      }\n    }\n    snapGrid = newSlidesGrid;\n    if (Math.floor(swiper.virtualSize - swiperSize) - Math.floor(snapGrid[snapGrid.length - 1]) > 1) {\n      snapGrid.push(swiper.virtualSize - swiperSize);\n    }\n  }\n  if (isVirtual && params.loop) {\n    const size = slidesSizesGrid[0] + spaceBetween;\n    if (params.slidesPerGroup > 1) {\n      const groups = Math.ceil((swiper.virtual.slidesBefore + swiper.virtual.slidesAfter) / params.slidesPerGroup);\n      const groupSize = size * params.slidesPerGroup;\n      for (let i = 0; i < groups; i += 1) {\n        snapGrid.push(snapGrid[snapGrid.length - 1] + groupSize);\n      }\n    }\n    for (let i = 0; i < swiper.virtual.slidesBefore + swiper.virtual.slidesAfter; i += 1) {\n      if (params.slidesPerGroup === 1) {\n        snapGrid.push(snapGrid[snapGrid.length - 1] + size);\n      }\n      slidesGrid.push(slidesGrid[slidesGrid.length - 1] + size);\n      swiper.virtualSize += size;\n    }\n  }\n  if (snapGrid.length === 0) snapGrid = [0];\n  if (spaceBetween !== 0) {\n    const key = swiper.isHorizontal() && rtl ? 'marginLeft' : getDirectionLabel('marginRight');\n    slides.filter((_, slideIndex) => {\n      if (!params.cssMode || params.loop) return true;\n      if (slideIndex === slides.length - 1) {\n        return false;\n      }\n      return true;\n    }).forEach(slideEl => {\n      slideEl.style[key] = `${spaceBetween}px`;\n    });\n  }\n  if (params.centeredSlides && params.centeredSlidesBounds) {\n    let allSlidesSize = 0;\n    slidesSizesGrid.forEach(slideSizeValue => {\n      allSlidesSize += slideSizeValue + (spaceBetween || 0);\n    });\n    allSlidesSize -= spaceBetween;\n    const maxSnap = allSlidesSize - swiperSize;\n    snapGrid = snapGrid.map(snap => {\n      if (snap <= 0) return -offsetBefore;\n      if (snap > maxSnap) return maxSnap + offsetAfter;\n      return snap;\n    });\n  }\n  if (params.centerInsufficientSlides) {\n    let allSlidesSize = 0;\n    slidesSizesGrid.forEach(slideSizeValue => {\n      allSlidesSize += slideSizeValue + (spaceBetween || 0);\n    });\n    allSlidesSize -= spaceBetween;\n    if (allSlidesSize < swiperSize) {\n      const allSlidesOffset = (swiperSize - allSlidesSize) / 2;\n      snapGrid.forEach((snap, snapIndex) => {\n        snapGrid[snapIndex] = snap - allSlidesOffset;\n      });\n      slidesGrid.forEach((snap, snapIndex) => {\n        slidesGrid[snapIndex] = snap + allSlidesOffset;\n      });\n    }\n  }\n  Object.assign(swiper, {\n    slides,\n    snapGrid,\n    slidesGrid,\n    slidesSizesGrid\n  });\n  if (params.centeredSlides && params.cssMode && !params.centeredSlidesBounds) {\n    setCSSProperty(wrapperEl, '--swiper-centered-offset-before', `${-snapGrid[0]}px`);\n    setCSSProperty(wrapperEl, '--swiper-centered-offset-after', `${swiper.size / 2 - slidesSizesGrid[slidesSizesGrid.length - 1] / 2}px`);\n    const addToSnapGrid = -swiper.snapGrid[0];\n    const addToSlidesGrid = -swiper.slidesGrid[0];\n    swiper.snapGrid = swiper.snapGrid.map(v => v + addToSnapGrid);\n    swiper.slidesGrid = swiper.slidesGrid.map(v => v + addToSlidesGrid);\n  }\n  if (slidesLength !== previousSlidesLength) {\n    swiper.emit('slidesLengthChange');\n  }\n  if (snapGrid.length !== previousSnapGridLength) {\n    if (swiper.params.watchOverflow) swiper.checkOverflow();\n    swiper.emit('snapGridLengthChange');\n  }\n  if (slidesGrid.length !== previousSlidesGridLength) {\n    swiper.emit('slidesGridLengthChange');\n  }\n  if (params.watchSlidesProgress) {\n    swiper.updateSlidesOffset();\n  }\n  if (!isVirtual && !params.cssMode && (params.effect === 'slide' || params.effect === 'fade')) {\n    const backFaceHiddenClass = `${params.containerModifierClass}backface-hidden`;\n    const hasClassBackfaceClassAdded = swiper.el.classList.contains(backFaceHiddenClass);\n    if (slidesLength <= params.maxBackfaceHiddenSlides) {\n      if (!hasClassBackfaceClassAdded) swiper.el.classList.add(backFaceHiddenClass);\n    } else if (hasClassBackfaceClassAdded) {\n      swiper.el.classList.remove(backFaceHiddenClass);\n    }\n  }\n}",
  "export default function updateAutoHeight(speed) {\n  const swiper = this;\n  const activeSlides = [];\n  const isVirtual = swiper.virtual && swiper.params.virtual.enabled;\n  let newHeight = 0;\n  let i;\n  if (typeof speed === 'number') {\n    swiper.setTransition(speed);\n  } else if (speed === true) {\n    swiper.setTransition(swiper.params.speed);\n  }\n  const getSlideByIndex = index => {\n    if (isVirtual) {\n      return swiper.slides[swiper.getSlideIndexByData(index)];\n    }\n    return swiper.slides[index];\n  };\n  // Find slides currently in view\n  if (swiper.params.slidesPerView !== 'auto' && swiper.params.slidesPerView > 1) {\n    if (swiper.params.centeredSlides) {\n      (swiper.visibleSlides || []).forEach(slide => {\n        activeSlides.push(slide);\n      });\n    } else {\n      for (i = 0; i < Math.ceil(swiper.params.slidesPerView); i += 1) {\n        const index = swiper.activeIndex + i;\n        if (index > swiper.slides.length && !isVirtual) break;\n        activeSlides.push(getSlideByIndex(index));\n      }\n    }\n  } else {\n    activeSlides.push(getSlideByIndex(swiper.activeIndex));\n  }\n\n  // Find new height from highest slide in view\n  for (i = 0; i < activeSlides.length; i += 1) {\n    if (typeof activeSlides[i] !== 'undefined') {\n      const height = activeSlides[i].offsetHeight;\n      newHeight = height > newHeight ? height : newHeight;\n    }\n  }\n\n  // Update Height\n  if (newHeight || newHeight === 0) swiper.wrapperEl.style.height = `${newHeight}px`;\n}",
  "export default function updateSlidesOffset() {\n  const swiper = this;\n  const slides = swiper.slides;\n  // eslint-disable-next-line\n  const minusOffset = swiper.isElement ? swiper.isHorizontal() ? swiper.wrapperEl.offsetLeft : swiper.wrapperEl.offsetTop : 0;\n  for (let i = 0; i < slides.length; i += 1) {\n    slides[i].swiperSlideOffset = (swiper.isHorizontal() ? slides[i].offsetLeft : slides[i].offsetTop) - minusOffset - swiper.cssOverflowAdjustment();\n  }\n}",
  "export default function updateSlidesProgress(translate = this && this.translate || 0) {\n  const swiper = this;\n  const params = swiper.params;\n  const {\n    slides,\n    rtlTranslate: rtl,\n    snapGrid\n  } = swiper;\n  if (slides.length === 0) return;\n  if (typeof slides[0].swiperSlideOffset === 'undefined') swiper.updateSlidesOffset();\n  let offsetCenter = -translate;\n  if (rtl) offsetCenter = translate;\n\n  // Visible Slides\n  slides.forEach(slideEl => {\n    slideEl.classList.remove(params.slideVisibleClass);\n  });\n  swiper.visibleSlidesIndexes = [];\n  swiper.visibleSlides = [];\n  let spaceBetween = params.spaceBetween;\n  if (typeof spaceBetween === 'string' && spaceBetween.indexOf('%') >= 0) {\n    spaceBetween = parseFloat(spaceBetween.replace('%', '')) / 100 * swiper.size;\n  } else if (typeof spaceBetween === 'string') {\n    spaceBetween = parseFloat(spaceBetween);\n  }\n  for (let i = 0; i < slides.length; i += 1) {\n    const slide = slides[i];\n    let slideOffset = slide.swiperSlideOffset;\n    if (params.cssMode && params.centeredSlides) {\n      slideOffset -= slides[0].swiperSlideOffset;\n    }\n    const slideProgress = (offsetCenter + (params.centeredSlides ? swiper.minTranslate() : 0) - slideOffset) / (slide.swiperSlideSize + spaceBetween);\n    const originalSlideProgress = (offsetCenter - snapGrid[0] + (params.centeredSlides ? swiper.minTranslate() : 0) - slideOffset) / (slide.swiperSlideSize + spaceBetween);\n    const slideBefore = -(offsetCenter - slideOffset);\n    const slideAfter = slideBefore + swiper.slidesSizesGrid[i];\n    const isVisible = slideBefore >= 0 && slideBefore < swiper.size - 1 || slideAfter > 1 && slideAfter <= swiper.size || slideBefore <= 0 && slideAfter >= swiper.size;\n    if (isVisible) {\n      swiper.visibleSlides.push(slide);\n      swiper.visibleSlidesIndexes.push(i);\n      slides[i].classList.add(params.slideVisibleClass);\n    }\n    slide.progress = rtl ? -slideProgress : slideProgress;\n    slide.originalProgress = rtl ? -originalSlideProgress : originalSlideProgress;\n  }\n}",
  "export default function updateProgress(translate) {\n  const swiper = this;\n  if (typeof translate === 'undefined') {\n    const multiplier = swiper.rtlTranslate ? -1 : 1;\n    // eslint-disable-next-line\n    translate = swiper && swiper.translate && swiper.translate * multiplier || 0;\n  }\n  const params = swiper.params;\n  const translatesDiff = swiper.maxTranslate() - swiper.minTranslate();\n  let {\n    progress,\n    isBeginning,\n    isEnd,\n    progressLoop\n  } = swiper;\n  const wasBeginning = isBeginning;\n  const wasEnd = isEnd;\n  if (translatesDiff === 0) {\n    progress = 0;\n    isBeginning = true;\n    isEnd = true;\n  } else {\n    progress = (translate - swiper.minTranslate()) / translatesDiff;\n    const isBeginningRounded = Math.abs(translate - swiper.minTranslate()) < 1;\n    const isEndRounded = Math.abs(translate - swiper.maxTranslate()) < 1;\n    isBeginning = isBeginningRounded || progress <= 0;\n    isEnd = isEndRounded || progress >= 1;\n    if (isBeginningRounded) progress = 0;\n    if (isEndRounded) progress = 1;\n  }\n  if (params.loop) {\n    const firstSlideIndex = swiper.getSlideIndexByData(0);\n    const lastSlideIndex = swiper.getSlideIndexByData(swiper.slides.length - 1);\n    const firstSlideTranslate = swiper.slidesGrid[firstSlideIndex];\n    const lastSlideTranslate = swiper.slidesGrid[lastSlideIndex];\n    const translateMax = swiper.slidesGrid[swiper.slidesGrid.length - 1];\n    const translateAbs = Math.abs(translate);\n    if (translateAbs >= firstSlideTranslate) {\n      progressLoop = (translateAbs - firstSlideTranslate) / translateMax;\n    } else {\n      progressLoop = (translateAbs + translateMax - lastSlideTranslate) / translateMax;\n    }\n    if (progressLoop > 1) progressLoop -= 1;\n  }\n  Object.assign(swiper, {\n    progress,\n    progressLoop,\n    isBeginning,\n    isEnd\n  });\n  if (params.watchSlidesProgress || params.centeredSlides && params.autoHeight) swiper.updateSlidesProgress(translate);\n  if (isBeginning && !wasBeginning) {\n    swiper.emit('reachBeginning toEdge');\n  }\n  if (isEnd && !wasEnd) {\n    swiper.emit('reachEnd toEdge');\n  }\n  if (wasBeginning && !isBeginning || wasEnd && !isEnd) {\n    swiper.emit('fromEdge');\n  }\n  swiper.emit('progress', progress);\n}",
  "import { elementChildren, elementNextAll, elementPrevAll } from '../../shared/utils.js';\nexport default function updateSlidesClasses() {\n  const swiper = this;\n  const {\n    slides,\n    params,\n    slidesEl,\n    activeIndex\n  } = swiper;\n  const isVirtual = swiper.virtual && params.virtual.enabled;\n  const getFilteredSlide = selector => {\n    return elementChildren(slidesEl, `.${params.slideClass}${selector}, swiper-slide${selector}`)[0];\n  };\n  slides.forEach(slideEl => {\n    slideEl.classList.remove(params.slideActiveClass, params.slideNextClass, params.slidePrevClass);\n  });\n  let activeSlide;\n  if (isVirtual) {\n    if (params.loop) {\n      let slideIndex = activeIndex - swiper.virtual.slidesBefore;\n      if (slideIndex < 0) slideIndex = swiper.virtual.slides.length + slideIndex;\n      if (slideIndex >= swiper.virtual.slides.length) slideIndex -= swiper.virtual.slides.length;\n      activeSlide = getFilteredSlide(`[data-swiper-slide-index=\"${slideIndex}\"]`);\n    } else {\n      activeSlide = getFilteredSlide(`[data-swiper-slide-index=\"${activeIndex}\"]`);\n    }\n  } else {\n    activeSlide = slides[activeIndex];\n  }\n  if (activeSlide) {\n    // Active classes\n    activeSlide.classList.add(params.slideActiveClass);\n\n    // Next Slide\n    let nextSlide = elementNextAll(activeSlide, `.${params.slideClass}, swiper-slide`)[0];\n    if (params.loop && !nextSlide) {\n      nextSlide = slides[0];\n    }\n    if (nextSlide) {\n      nextSlide.classList.add(params.slideNextClass);\n    }\n    // Prev Slide\n    let prevSlide = elementPrevAll(activeSlide, `.${params.slideClass}, swiper-slide`)[0];\n    if (params.loop && !prevSlide === 0) {\n      prevSlide = slides[slides.length - 1];\n    }\n    if (prevSlide) {\n      prevSlide.classList.add(params.slidePrevClass);\n    }\n  }\n  swiper.emitSlidesClasses();\n}",
  "import { preload } from '../../shared/process-lazy-preloader.js';\nexport function getActiveIndexByTranslate(swiper) {\n  const {\n    slidesGrid,\n    params\n  } = swiper;\n  const translate = swiper.rtlTranslate ? swiper.translate : -swiper.translate;\n  let activeIndex;\n  for (let i = 0; i < slidesGrid.length; i += 1) {\n    if (typeof slidesGrid[i + 1] !== 'undefined') {\n      if (translate >= slidesGrid[i] && translate < slidesGrid[i + 1] - (slidesGrid[i + 1] - slidesGrid[i]) / 2) {\n        activeIndex = i;\n      } else if (translate >= slidesGrid[i] && translate < slidesGrid[i + 1]) {\n        activeIndex = i + 1;\n      }\n    } else if (translate >= slidesGrid[i]) {\n      activeIndex = i;\n    }\n  }\n  // Normalize slideIndex\n  if (params.normalizeSlideIndex) {\n    if (activeIndex < 0 || typeof activeIndex === 'undefined') activeIndex = 0;\n  }\n  return activeIndex;\n}\nexport default function updateActiveIndex(newActiveIndex) {\n  const swiper = this;\n  const translate = swiper.rtlTranslate ? swiper.translate : -swiper.translate;\n  const {\n    snapGrid,\n    params,\n    activeIndex: previousIndex,\n    realIndex: previousRealIndex,\n    snapIndex: previousSnapIndex\n  } = swiper;\n  let activeIndex = newActiveIndex;\n  let snapIndex;\n  const getVirtualRealIndex = aIndex => {\n    let realIndex = aIndex - swiper.virtual.slidesBefore;\n    if (realIndex < 0) {\n      realIndex = swiper.virtual.slides.length + realIndex;\n    }\n    if (realIndex >= swiper.virtual.slides.length) {\n      realIndex -= swiper.virtual.slides.length;\n    }\n    return realIndex;\n  };\n  if (typeof activeIndex === 'undefined') {\n    activeIndex = getActiveIndexByTranslate(swiper);\n  }\n  if (snapGrid.indexOf(translate) >= 0) {\n    snapIndex = snapGrid.indexOf(translate);\n  } else {\n    const skip = Math.min(params.slidesPerGroupSkip, activeIndex);\n    snapIndex = skip + Math.floor((activeIndex - skip) / params.slidesPerGroup);\n  }\n  if (snapIndex >= snapGrid.length) snapIndex = snapGrid.length - 1;\n  if (activeIndex === previousIndex) {\n    if (snapIndex !== previousSnapIndex) {\n      swiper.snapIndex = snapIndex;\n      swiper.emit('snapIndexChange');\n    }\n    if (swiper.params.loop && swiper.virtual && swiper.params.virtual.enabled) {\n      swiper.realIndex = getVirtualRealIndex(activeIndex);\n    }\n    return;\n  }\n  // Get real index\n  let realIndex;\n  if (swiper.virtual && params.virtual.enabled && params.loop) {\n    realIndex = getVirtualRealIndex(activeIndex);\n  } else if (swiper.slides[activeIndex]) {\n    realIndex = parseInt(swiper.slides[activeIndex].getAttribute('data-swiper-slide-index') || activeIndex, 10);\n  } else {\n    realIndex = activeIndex;\n  }\n  Object.assign(swiper, {\n    previousSnapIndex,\n    snapIndex,\n    previousRealIndex,\n    realIndex,\n    previousIndex,\n    activeIndex\n  });\n  if (swiper.initialized) {\n    preload(swiper);\n  }\n  swiper.emit('activeIndexChange');\n  swiper.emit('snapIndexChange');\n  if (previousRealIndex !== realIndex) {\n    swiper.emit('realIndexChange');\n  }\n  if (swiper.initialized || swiper.params.runCallbacksOnInit) {\n    swiper.emit('slideChange');\n  }\n}",
  "export default function updateClickedSlide(e) {\n  const swiper = this;\n  const params = swiper.params;\n  const slide = e.closest(`.${params.slideClass}, swiper-slide`);\n  let slideFound = false;\n  let slideIndex;\n  if (slide) {\n    for (let i = 0; i < swiper.slides.length; i += 1) {\n      if (swiper.slides[i] === slide) {\n        slideFound = true;\n        slideIndex = i;\n        break;\n      }\n    }\n  }\n  if (slide && slideFound) {\n    swiper.clickedSlide = slide;\n    if (swiper.virtual && swiper.params.virtual.enabled) {\n      swiper.clickedIndex = parseInt(slide.getAttribute('data-swiper-slide-index'), 10);\n    } else {\n      swiper.clickedIndex = slideIndex;\n    }\n  } else {\n    swiper.clickedSlide = undefined;\n    swiper.clickedIndex = undefined;\n    return;\n  }\n  if (params.slideToClickedSlide && swiper.clickedIndex !== undefined && swiper.clickedIndex !== swiper.activeIndex) {\n    swiper.slideToClickedSlide();\n  }\n}",
  "import getTranslate from './getTranslate.js';\nimport setTranslate from './setTranslate.js';\nimport minTranslate from './minTranslate.js';\nimport maxTranslate from './maxTranslate.js';\nimport translateTo from './translateTo.js';\nexport default {\n  getTranslate,\n  setTranslate,\n  minTranslate,\n  maxTranslate,\n  translateTo\n};",
  "import { getTranslate } from '../../shared/utils.js';\nexport default function getSwiperTranslate(axis = this.isHorizontal() ? 'x' : 'y') {\n  const swiper = this;\n  const {\n    params,\n    rtlTranslate: rtl,\n    translate,\n    wrapperEl\n  } = swiper;\n  if (params.virtualTranslate) {\n    return rtl ? -translate : translate;\n  }\n  if (params.cssMode) {\n    return translate;\n  }\n  let currentTranslate = getTranslate(wrapperEl, axis);\n  currentTranslate += swiper.cssOverflowAdjustment();\n  if (rtl) currentTranslate = -currentTranslate;\n  return currentTranslate || 0;\n}",
  "export default function setTranslate(translate, byController) {\n  const swiper = this;\n  const {\n    rtlTranslate: rtl,\n    params,\n    wrapperEl,\n    progress\n  } = swiper;\n  let x = 0;\n  let y = 0;\n  const z = 0;\n  if (swiper.isHorizontal()) {\n    x = rtl ? -translate : translate;\n  } else {\n    y = translate;\n  }\n  if (params.roundLengths) {\n    x = Math.floor(x);\n    y = Math.floor(y);\n  }\n  swiper.previousTranslate = swiper.translate;\n  swiper.translate = swiper.isHorizontal() ? x : y;\n  if (params.cssMode) {\n    wrapperEl[swiper.isHorizontal() ? 'scrollLeft' : 'scrollTop'] = swiper.isHorizontal() ? -x : -y;\n  } else if (!params.virtualTranslate) {\n    if (swiper.isHorizontal()) {\n      x -= swiper.cssOverflowAdjustment();\n    } else {\n      y -= swiper.cssOverflowAdjustment();\n    }\n    wrapperEl.style.transform = `translate3d(${x}px, ${y}px, ${z}px)`;\n  }\n\n  // Check if we need to update progress\n  let newProgress;\n  const translatesDiff = swiper.maxTranslate() - swiper.minTranslate();\n  if (translatesDiff === 0) {\n    newProgress = 0;\n  } else {\n    newProgress = (translate - swiper.minTranslate()) / translatesDiff;\n  }\n  if (newProgress !== progress) {\n    swiper.updateProgress(translate);\n  }\n  swiper.emit('setTranslate', swiper.translate, byController);\n}",
  "export default function minTranslate() {\n  return -this.snapGrid[0];\n}",
  "export default function maxTranslate() {\n  return -this.snapGrid[this.snapGrid.length - 1];\n}",
  "import { animateCSSModeScroll } from '../../shared/utils.js';\nexport default function translateTo(translate = 0, speed = this.params.speed, runCallbacks = true, translateBounds = true, internal) {\n  const swiper = this;\n  const {\n    params,\n    wrapperEl\n  } = swiper;\n  if (swiper.animating && params.preventInteractionOnTransition) {\n    return false;\n  }\n  const minTranslate = swiper.minTranslate();\n  const maxTranslate = swiper.maxTranslate();\n  let newTranslate;\n  if (translateBounds && translate > minTranslate) newTranslate = minTranslate;else if (translateBounds && translate < maxTranslate) newTranslate = maxTranslate;else newTranslate = translate;\n\n  // Update progress\n  swiper.updateProgress(newTranslate);\n  if (params.cssMode) {\n    const isH = swiper.isHorizontal();\n    if (speed === 0) {\n      wrapperEl[isH ? 'scrollLeft' : 'scrollTop'] = -newTranslate;\n    } else {\n      if (!swiper.support.smoothScroll) {\n        animateCSSModeScroll({\n          swiper,\n          targetPosition: -newTranslate,\n          side: isH ? 'left' : 'top'\n        });\n        return true;\n      }\n      wrapperEl.scrollTo({\n        [isH ? 'left' : 'top']: -newTranslate,\n        behavior: 'smooth'\n      });\n    }\n    return true;\n  }\n  if (speed === 0) {\n    swiper.setTransition(0);\n    swiper.setTranslate(newTranslate);\n    if (runCallbacks) {\n      swiper.emit('beforeTransitionStart', speed, internal);\n      swiper.emit('transitionEnd');\n    }\n  } else {\n    swiper.setTransition(speed);\n    swiper.setTranslate(newTranslate);\n    if (runCallbacks) {\n      swiper.emit('beforeTransitionStart', speed, internal);\n      swiper.emit('transitionStart');\n    }\n    if (!swiper.animating) {\n      swiper.animating = true;\n      if (!swiper.onTranslateToWrapperTransitionEnd) {\n        swiper.onTranslateToWrapperTransitionEnd = function transitionEnd(e) {\n          if (!swiper || swiper.destroyed) return;\n          if (e.target !== this) return;\n          swiper.wrapperEl.removeEventListener('transitionend', swiper.onTranslateToWrapperTransitionEnd);\n          swiper.onTranslateToWrapperTransitionEnd = null;\n          delete swiper.onTranslateToWrapperTransitionEnd;\n          if (runCallbacks) {\n            swiper.emit('transitionEnd');\n          }\n        };\n      }\n      swiper.wrapperEl.addEventListener('transitionend', swiper.onTranslateToWrapperTransitionEnd);\n    }\n  }\n  return true;\n}",
  "export default function transitionEmit({\n  swiper,\n  runCallbacks,\n  direction,\n  step\n}) {\n  const {\n    activeIndex,\n    previousIndex\n  } = swiper;\n  let dir = direction;\n  if (!dir) {\n    if (activeIndex > previousIndex) dir = 'next';else if (activeIndex < previousIndex) dir = 'prev';else dir = 'reset';\n  }\n  swiper.emit(`transition${step}`);\n  if (runCallbacks && activeIndex !== previousIndex) {\n    if (dir === 'reset') {\n      swiper.emit(`slideResetTransition${step}`);\n      return;\n    }\n    swiper.emit(`slideChangeTransition${step}`);\n    if (dir === 'next') {\n      swiper.emit(`slideNextTransition${step}`);\n    } else {\n      swiper.emit(`slidePrevTransition${step}`);\n    }\n  }\n}",
  "import slideTo from './slideTo.js';\nimport slideToLoop from './slideToLoop.js';\nimport slideNext from './slideNext.js';\nimport slidePrev from './slidePrev.js';\nimport slideReset from './slideReset.js';\nimport slideToClosest from './slideToClosest.js';\nimport slideToClickedSlide from './slideToClickedSlide.js';\nexport default {\n  slideTo,\n  slideToLoop,\n  slideNext,\n  slidePrev,\n  slideReset,\n  slideToClosest,\n  slideToClickedSlide\n};",
  "import { animateCSSModeScroll } from '../../shared/utils.js';\nexport default function slideTo(index = 0, speed = this.params.speed, runCallbacks = true, internal, initial) {\n  if (typeof index === 'string') {\n    index = parseInt(index, 10);\n  }\n  const swiper = this;\n  let slideIndex = index;\n  if (slideIndex < 0) slideIndex = 0;\n  const {\n    params,\n    snapGrid,\n    slidesGrid,\n    previousIndex,\n    activeIndex,\n    rtlTranslate: rtl,\n    wrapperEl,\n    enabled\n  } = swiper;\n  if (swiper.animating && params.preventInteractionOnTransition || !enabled && !internal && !initial) {\n    return false;\n  }\n  const skip = Math.min(swiper.params.slidesPerGroupSkip, slideIndex);\n  let snapIndex = skip + Math.floor((slideIndex - skip) / swiper.params.slidesPerGroup);\n  if (snapIndex >= snapGrid.length) snapIndex = snapGrid.length - 1;\n  const translate = -snapGrid[snapIndex];\n  // Normalize slideIndex\n  if (params.normalizeSlideIndex) {\n    for (let i = 0; i < slidesGrid.length; i += 1) {\n      const normalizedTranslate = -Math.floor(translate * 100);\n      const normalizedGrid = Math.floor(slidesGrid[i] * 100);\n      const normalizedGridNext = Math.floor(slidesGrid[i + 1] * 100);\n      if (typeof slidesGrid[i + 1] !== 'undefined') {\n        if (normalizedTranslate >= normalizedGrid && normalizedTranslate < normalizedGridNext - (normalizedGridNext - normalizedGrid) / 2) {\n          slideIndex = i;\n        } else if (normalizedTranslate >= normalizedGrid && normalizedTranslate < normalizedGridNext) {\n          slideIndex = i + 1;\n        }\n      } else if (normalizedTranslate >= normalizedGrid) {\n        slideIndex = i;\n      }\n    }\n  }\n  // Directions locks\n  if (swiper.initialized && slideIndex !== activeIndex) {\n    if (!swiper.allowSlideNext && (rtl ? translate > swiper.translate && translate > swiper.minTranslate() : translate < swiper.translate && translate < swiper.minTranslate())) {\n      return false;\n    }\n    if (!swiper.allowSlidePrev && translate > swiper.translate && translate > swiper.maxTranslate()) {\n      if ((activeIndex || 0) !== slideIndex) {\n        return false;\n      }\n    }\n  }\n  if (slideIndex !== (previousIndex || 0) && runCallbacks) {\n    swiper.emit('beforeSlideChangeStart');\n  }\n\n  // Update progress\n  swiper.updateProgress(translate);\n  let direction;\n  if (slideIndex > activeIndex) direction = 'next';else if (slideIndex < activeIndex) direction = 'prev';else direction = 'reset';\n\n  // Update Index\n  if (rtl && -translate === swiper.translate || !rtl && translate === swiper.translate) {\n    swiper.updateActiveIndex(slideIndex);\n    // Update Height\n    if (params.autoHeight) {\n      swiper.updateAutoHeight();\n    }\n    swiper.updateSlidesClasses();\n    if (params.effect !== 'slide') {\n      swiper.setTranslate(translate);\n    }\n    if (direction !== 'reset') {\n      swiper.transitionStart(runCallbacks, direction);\n      swiper.transitionEnd(runCallbacks, direction);\n    }\n    return false;\n  }\n  if (params.cssMode) {\n    const isH = swiper.isHorizontal();\n    const t = rtl ? translate : -translate;\n    if (speed === 0) {\n      const isVirtual = swiper.virtual && swiper.params.virtual.enabled;\n      if (isVirtual) {\n        swiper.wrapperEl.style.scrollSnapType = 'none';\n        swiper._immediateVirtual = true;\n      }\n      if (isVirtual && !swiper._cssModeVirtualInitialSet && swiper.params.initialSlide > 0) {\n        swiper._cssModeVirtualInitialSet = true;\n        requestAnimationFrame(() => {\n          wrapperEl[isH ? 'scrollLeft' : 'scrollTop'] = t;\n        });\n      } else {\n        wrapperEl[isH ? 'scrollLeft' : 'scrollTop'] = t;\n      }\n      if (isVirtual) {\n        requestAnimationFrame(() => {\n          swiper.wrapperEl.style.scrollSnapType = '';\n          swiper._immediateVirtual = false;\n        });\n      }\n    } else {\n      if (!swiper.support.smoothScroll) {\n        animateCSSModeScroll({\n          swiper,\n          targetPosition: t,\n          side: isH ? 'left' : 'top'\n        });\n        return true;\n      }\n      wrapperEl.scrollTo({\n        [isH ? 'left' : 'top']: t,\n        behavior: 'smooth'\n      });\n    }\n    return true;\n  }\n  swiper.setTransition(speed);\n  swiper.setTranslate(translate);\n  swiper.updateActiveIndex(slideIndex);\n  swiper.updateSlidesClasses();\n  swiper.emit('beforeTransitionStart', speed, internal);\n  swiper.transitionStart(runCallbacks, direction);\n  if (speed === 0) {\n    swiper.transitionEnd(runCallbacks, direction);\n  } else if (!swiper.animating) {\n    swiper.animating = true;\n    if (!swiper.onSlideToWrapperTransitionEnd) {\n      swiper.onSlideToWrapperTransitionEnd = function transitionEnd(e) {\n        if (!swiper || swiper.destroyed) return;\n        if (e.target !== this) return;\n        swiper.wrapperEl.removeEventListener('transitionend', swiper.onSlideToWrapperTransitionEnd);\n        swiper.onSlideToWrapperTransitionEnd = null;\n        delete swiper.onSlideToWrapperTransitionEnd;\n        swiper.transitionEnd(runCallbacks, direction);\n      };\n    }\n    swiper.wrapperEl.addEventListener('transitionend', swiper.onSlideToWrapperTransitionEnd);\n  }\n  return true;\n}",
  "export default function slideToLoop(index = 0, speed = this.params.speed, runCallbacks = true, internal) {\n  if (typeof index === 'string') {\n    const indexAsNumber = parseInt(index, 10);\n    index = indexAsNumber;\n  }\n  const swiper = this;\n  let newIndex = index;\n  if (swiper.params.loop) {\n    if (swiper.virtual && swiper.params.virtual.enabled) {\n      // eslint-disable-next-line\n      newIndex = newIndex + swiper.virtual.slidesBefore;\n    } else {\n      newIndex = swiper.getSlideIndexByData(newIndex);\n    }\n  }\n  return swiper.slideTo(newIndex, speed, runCallbacks, internal);\n}",
  "/* eslint no-unused-vars: \"off\" */\nexport default function slideNext(speed = this.params.speed, runCallbacks = true, internal) {\n  const swiper = this;\n  const {\n    enabled,\n    params,\n    animating\n  } = swiper;\n  if (!enabled) return swiper;\n  let perGroup = params.slidesPerGroup;\n  if (params.slidesPerView === 'auto' && params.slidesPerGroup === 1 && params.slidesPerGroupAuto) {\n    perGroup = Math.max(swiper.slidesPerViewDynamic('current', true), 1);\n  }\n  const increment = swiper.activeIndex < params.slidesPerGroupSkip ? 1 : perGroup;\n  const isVirtual = swiper.virtual && params.virtual.enabled;\n  if (params.loop) {\n    if (animating && !isVirtual && params.loopPreventsSliding) return false;\n    swiper.loopFix({\n      direction: 'next'\n    });\n    // eslint-disable-next-line\n    swiper._clientLeft = swiper.wrapperEl.clientLeft;\n  }\n  if (params.rewind && swiper.isEnd) {\n    return swiper.slideTo(0, speed, runCallbacks, internal);\n  }\n  return swiper.slideTo(swiper.activeIndex + increment, speed, runCallbacks, internal);\n}",
  "/* eslint no-unused-vars: \"off\" */\nexport default function slidePrev(speed = this.params.speed, runCallbacks = true, internal) {\n  const swiper = this;\n  const {\n    params,\n    snapGrid,\n    slidesGrid,\n    rtlTranslate,\n    enabled,\n    animating\n  } = swiper;\n  if (!enabled) return swiper;\n  const isVirtual = swiper.virtual && params.virtual.enabled;\n  if (params.loop) {\n    if (animating && !isVirtual && params.loopPreventsSliding) return false;\n    swiper.loopFix({\n      direction: 'prev'\n    });\n    // eslint-disable-next-line\n    swiper._clientLeft = swiper.wrapperEl.clientLeft;\n  }\n  const translate = rtlTranslate ? swiper.translate : -swiper.translate;\n  function normalize(val) {\n    if (val < 0) return -Math.floor(Math.abs(val));\n    return Math.floor(val);\n  }\n  const normalizedTranslate = normalize(translate);\n  const normalizedSnapGrid = snapGrid.map(val => normalize(val));\n  let prevSnap = snapGrid[normalizedSnapGrid.indexOf(normalizedTranslate) - 1];\n  if (typeof prevSnap === 'undefined' && params.cssMode) {\n    let prevSnapIndex;\n    snapGrid.forEach((snap, snapIndex) => {\n      if (normalizedTranslate >= snap) {\n        // prevSnap = snap;\n        prevSnapIndex = snapIndex;\n      }\n    });\n    if (typeof prevSnapIndex !== 'undefined') {\n      prevSnap = snapGrid[prevSnapIndex > 0 ? prevSnapIndex - 1 : prevSnapIndex];\n    }\n  }\n  let prevIndex = 0;\n  if (typeof prevSnap !== 'undefined') {\n    prevIndex = slidesGrid.indexOf(prevSnap);\n    if (prevIndex < 0) prevIndex = swiper.activeIndex - 1;\n    if (params.slidesPerView === 'auto' && params.slidesPerGroup === 1 && params.slidesPerGroupAuto) {\n      prevIndex = prevIndex - swiper.slidesPerViewDynamic('previous', true) + 1;\n      prevIndex = Math.max(prevIndex, 0);\n    }\n  }\n  if (params.rewind && swiper.isBeginning) {\n    const lastIndex = swiper.params.virtual && swiper.params.virtual.enabled && swiper.virtual ? swiper.virtual.slides.length - 1 : swiper.slides.length - 1;\n    return swiper.slideTo(lastIndex, speed, runCallbacks, internal);\n  }\n  return swiper.slideTo(prevIndex, speed, runCallbacks, internal);\n}",
  "/* eslint no-unused-vars: \"off\" */\nexport default function slideReset(speed = this.params.speed, runCallbacks = true, internal) {\n  const swiper = this;\n  return swiper.slideTo(swiper.activeIndex, speed, runCallbacks, internal);\n}",
  "/* eslint no-unused-vars: \"off\" */\nexport default function slideToClosest(speed = this.params.speed, runCallbacks = true, internal, threshold = 0.5) {\n  const swiper = this;\n  let index = swiper.activeIndex;\n  const skip = Math.min(swiper.params.slidesPerGroupSkip, index);\n  const snapIndex = skip + Math.floor((index - skip) / swiper.params.slidesPerGroup);\n  const translate = swiper.rtlTranslate ? swiper.translate : -swiper.translate;\n  if (translate >= swiper.snapGrid[snapIndex]) {\n    // The current translate is on or after the current snap index, so the choice\n    // is between the current index and the one after it.\n    const currentSnap = swiper.snapGrid[snapIndex];\n    const nextSnap = swiper.snapGrid[snapIndex + 1];\n    if (translate - currentSnap > (nextSnap - currentSnap) * threshold) {\n      index += swiper.params.slidesPerGroup;\n    }\n  } else {\n    // The current translate is before the current snap index, so the choice\n    // is between the current index and the one before it.\n    const prevSnap = swiper.snapGrid[snapIndex - 1];\n    const currentSnap = swiper.snapGrid[snapIndex];\n    if (translate - prevSnap <= (currentSnap - prevSnap) * threshold) {\n      index -= swiper.params.slidesPerGroup;\n    }\n  }\n  index = Math.max(index, 0);\n  index = Math.min(index, swiper.slidesGrid.length - 1);\n  return swiper.slideTo(index, speed, runCallbacks, internal);\n}",
  "import { elementChildren, nextTick } from '../../shared/utils.js';\nexport default function slideToClickedSlide() {\n  const swiper = this;\n  const {\n    params,\n    slidesEl\n  } = swiper;\n  const slidesPerView = params.slidesPerView === 'auto' ? swiper.slidesPerViewDynamic() : params.slidesPerView;\n  let slideToIndex = swiper.clickedIndex;\n  let realIndex;\n  const slideSelector = swiper.isElement ? `swiper-slide` : `.${params.slideClass}`;\n  if (params.loop) {\n    if (swiper.animating) return;\n    realIndex = parseInt(swiper.clickedSlide.getAttribute('data-swiper-slide-index'), 10);\n    if (params.centeredSlides) {\n      if (slideToIndex < swiper.loopedSlides - slidesPerView / 2 || slideToIndex > swiper.slides.length - swiper.loopedSlides + slidesPerView / 2) {\n        swiper.loopFix();\n        slideToIndex = swiper.getSlideIndex(elementChildren(slidesEl, `${slideSelector}[data-swiper-slide-index=\"${realIndex}\"]`)[0]);\n        nextTick(() => {\n          swiper.slideTo(slideToIndex);\n        });\n      } else {\n        swiper.slideTo(slideToIndex);\n      }\n    } else if (slideToIndex > swiper.slides.length - slidesPerView) {\n      swiper.loopFix();\n      slideToIndex = swiper.getSlideIndex(elementChildren(slidesEl, `${slideSelector}[data-swiper-slide-index=\"${realIndex}\"]`)[0]);\n      nextTick(() => {\n        swiper.slideTo(slideToIndex);\n      });\n    } else {\n      swiper.slideTo(slideToIndex);\n    }\n  } else {\n    swiper.slideTo(slideToIndex);\n  }\n}",
  "import loopCreate from './loopCreate.js';\nimport loopFix from './loopFix.js';\nimport loopDestroy from './loopDestroy.js';\nexport default {\n  loopCreate,\n  loopFix,\n  loopDestroy\n};",
  "import { elementChildren } from '../../shared/utils.js';\nexport default function loopCreate(slideRealIndex) {\n  const swiper = this;\n  const {\n    params,\n    slidesEl\n  } = swiper;\n  if (!params.loop || swiper.virtual && swiper.params.virtual.enabled) return;\n  const slides = elementChildren(slidesEl, `.${params.slideClass}, swiper-slide`);\n  slides.forEach((el, index) => {\n    el.setAttribute('data-swiper-slide-index', index);\n  });\n  swiper.loopFix({\n    slideRealIndex,\n    direction: params.centeredSlides ? undefined : 'next'\n  });\n}",
  "export default function loopFix({\n  slideRealIndex,\n  slideTo = true,\n  direction,\n  setTranslate,\n  activeSlideIndex,\n  byController,\n  byMousewheel\n} = {}) {\n  const swiper = this;\n  if (!swiper.params.loop) return;\n  swiper.emit('beforeLoopFix');\n  const {\n    slides,\n    allowSlidePrev,\n    allowSlideNext,\n    slidesEl,\n    params\n  } = swiper;\n  swiper.allowSlidePrev = true;\n  swiper.allowSlideNext = true;\n  if (swiper.virtual && params.virtual.enabled) {\n    if (slideTo) {\n      if (!params.centeredSlides && swiper.snapIndex === 0) {\n        swiper.slideTo(swiper.virtual.slides.length, 0, false, true);\n      } else if (params.centeredSlides && swiper.snapIndex < params.slidesPerView) {\n        swiper.slideTo(swiper.virtual.slides.length + swiper.snapIndex, 0, false, true);\n      } else if (swiper.snapIndex === swiper.snapGrid.length - 1) {\n        swiper.slideTo(swiper.virtual.slidesBefore, 0, false, true);\n      }\n    }\n    swiper.allowSlidePrev = allowSlidePrev;\n    swiper.allowSlideNext = allowSlideNext;\n    swiper.emit('loopFix');\n    return;\n  }\n  const slidesPerView = params.slidesPerView === 'auto' ? swiper.slidesPerViewDynamic() : Math.ceil(parseFloat(params.slidesPerView, 10));\n  let loopedSlides = params.loopedSlides || slidesPerView;\n  if (loopedSlides % params.slidesPerGroup !== 0) {\n    loopedSlides += params.slidesPerGroup - loopedSlides % params.slidesPerGroup;\n  }\n  swiper.loopedSlides = loopedSlides;\n  const prependSlidesIndexes = [];\n  const appendSlidesIndexes = [];\n  let activeIndex = swiper.activeIndex;\n  if (typeof activeSlideIndex === 'undefined') {\n    activeSlideIndex = swiper.getSlideIndex(swiper.slides.filter(el => el.classList.contains(params.slideActiveClass))[0]);\n  } else {\n    activeIndex = activeSlideIndex;\n  }\n  const isNext = direction === 'next' || !direction;\n  const isPrev = direction === 'prev' || !direction;\n  let slidesPrepended = 0;\n  let slidesAppended = 0;\n  // prepend last slides before start\n  if (activeSlideIndex < loopedSlides) {\n    slidesPrepended = Math.max(loopedSlides - activeSlideIndex, params.slidesPerGroup);\n    for (let i = 0; i < loopedSlides - activeSlideIndex; i += 1) {\n      const index = i - Math.floor(i / slides.length) * slides.length;\n      prependSlidesIndexes.push(slides.length - index - 1);\n    }\n  } else if (activeSlideIndex /* + slidesPerView */ > swiper.slides.length - loopedSlides * 2) {\n    slidesAppended = Math.max(activeSlideIndex - (swiper.slides.length - loopedSlides * 2), params.slidesPerGroup);\n    for (let i = 0; i < slidesAppended; i += 1) {\n      const index = i - Math.floor(i / slides.length) * slides.length;\n      appendSlidesIndexes.push(index);\n    }\n  }\n  if (isPrev) {\n    prependSlidesIndexes.forEach(index => {\n      swiper.slides[index].swiperLoopMoveDOM = true;\n      slidesEl.prepend(swiper.slides[index]);\n      swiper.slides[index].swiperLoopMoveDOM = false;\n    });\n  }\n  if (isNext) {\n    appendSlidesIndexes.forEach(index => {\n      swiper.slides[index].swiperLoopMoveDOM = true;\n      slidesEl.append(swiper.slides[index]);\n      swiper.slides[index].swiperLoopMoveDOM = false;\n    });\n  }\n  swiper.recalcSlides();\n  if (params.slidesPerView === 'auto') {\n    swiper.updateSlides();\n  }\n  if (params.watchSlidesProgress) {\n    swiper.updateSlidesOffset();\n  }\n  if (slideTo) {\n    if (prependSlidesIndexes.length > 0 && isPrev) {\n      if (typeof slideRealIndex === 'undefined') {\n        const currentSlideTranslate = swiper.slidesGrid[activeIndex];\n        const newSlideTranslate = swiper.slidesGrid[activeIndex + slidesPrepended];\n        const diff = newSlideTranslate - currentSlideTranslate;\n        if (byMousewheel) {\n          swiper.setTranslate(swiper.translate - diff);\n        } else {\n          swiper.slideTo(activeIndex + slidesPrepended, 0, false, true);\n          if (setTranslate) {\n            swiper.touches[swiper.isHorizontal() ? 'startX' : 'startY'] += diff;\n          }\n        }\n      } else {\n        if (setTranslate) {\n          swiper.slideToLoop(slideRealIndex, 0, false, true);\n        }\n      }\n    } else if (appendSlidesIndexes.length > 0 && isNext) {\n      if (typeof slideRealIndex === 'undefined') {\n        const currentSlideTranslate = swiper.slidesGrid[activeIndex];\n        const newSlideTranslate = swiper.slidesGrid[activeIndex - slidesAppended];\n        const diff = newSlideTranslate - currentSlideTranslate;\n        if (byMousewheel) {\n          swiper.setTranslate(swiper.translate - diff);\n        } else {\n          swiper.slideTo(activeIndex - slidesAppended, 0, false, true);\n          if (setTranslate) {\n            swiper.touches[swiper.isHorizontal() ? 'startX' : 'startY'] += diff;\n          }\n        }\n      } else {\n        swiper.slideToLoop(slideRealIndex, 0, false, true);\n      }\n    }\n  }\n  swiper.allowSlidePrev = allowSlidePrev;\n  swiper.allowSlideNext = allowSlideNext;\n  if (swiper.controller && swiper.controller.control && !byController) {\n    const loopParams = {\n      slideRealIndex,\n      slideTo: false,\n      direction,\n      setTranslate,\n      activeSlideIndex,\n      byController: true\n    };\n    if (Array.isArray(swiper.controller.control)) {\n      swiper.controller.control.forEach(c => {\n        if (!c.destroyed && c.params.loop) c.loopFix(loopParams);\n      });\n    } else if (swiper.controller.control instanceof swiper.constructor && swiper.controller.control.params.loop) {\n      swiper.controller.control.loopFix(loopParams);\n    }\n  }\n  swiper.emit('loopFix');\n}",
  "export default function loopDestroy() {\n  const swiper = this;\n  const {\n    params,\n    slidesEl\n  } = swiper;\n  if (!params.loop || swiper.virtual && swiper.params.virtual.enabled) return;\n  swiper.recalcSlides();\n  const newSlidesOrder = [];\n  swiper.slides.forEach(slideEl => {\n    const index = typeof slideEl.swiperSlideIndex === 'undefined' ? slideEl.getAttribute('data-swiper-slide-index') * 1 : slideEl.swiperSlideIndex;\n    newSlidesOrder[index] = slideEl;\n  });\n  swiper.slides.forEach(slideEl => {\n    slideEl.removeAttribute('data-swiper-slide-index');\n  });\n  newSlidesOrder.forEach(slideEl => {\n    slidesEl.append(slideEl);\n  });\n  swiper.recalcSlides();\n  swiper.slideTo(swiper.realIndex, 0);\n}",
  "import { getWindow, getDocument } from 'ssr-window';\nimport { now } from '../../shared/utils.js';\n\n// Modified from https://stackoverflow.com/questions/54520554/custom-element-getrootnode-closest-function-crossing-multiple-parent-shadowd\nfunction closestElement(selector, base = this) {\n  function __closestFrom(el) {\n    if (!el || el === getDocument() || el === getWindow()) return null;\n    if (el.assignedSlot) el = el.assignedSlot;\n    const found = el.closest(selector);\n    if (!found && !el.getRootNode) {\n      return null;\n    }\n    return found || __closestFrom(el.getRootNode().host);\n  }\n  return __closestFrom(base);\n}\nexport default function onTouchStart(event) {\n  const swiper = this;\n  const document = getDocument();\n  const window = getWindow();\n  const data = swiper.touchEventsData;\n  data.evCache.push(event);\n  const {\n    params,\n    touches,\n    enabled\n  } = swiper;\n  if (!enabled) return;\n  if (!params.simulateTouch && event.pointerType === 'mouse') return;\n  if (swiper.animating && params.preventInteractionOnTransition) {\n    return;\n  }\n  if (!swiper.animating && params.cssMode && params.loop) {\n    swiper.loopFix();\n  }\n  let e = event;\n  if (e.originalEvent) e = e.originalEvent;\n  let targetEl = e.target;\n  if (params.touchEventsTarget === 'wrapper') {\n    if (!swiper.wrapperEl.contains(targetEl)) return;\n  }\n  if ('which' in e && e.which === 3) return;\n  if ('button' in e && e.button > 0) return;\n  if (data.isTouched && data.isMoved) return;\n\n  // change target el for shadow root component\n  const swipingClassHasValue = !!params.noSwipingClass && params.noSwipingClass !== '';\n  // eslint-disable-next-line\n  const eventPath = event.composedPath ? event.composedPath() : event.path;\n  if (swipingClassHasValue && e.target && e.target.shadowRoot && eventPath) {\n    targetEl = eventPath[0];\n  }\n  const noSwipingSelector = params.noSwipingSelector ? params.noSwipingSelector : `.${params.noSwipingClass}`;\n  const isTargetShadow = !!(e.target && e.target.shadowRoot);\n\n  // use closestElement for shadow root element to get the actual closest for nested shadow root element\n  if (params.noSwiping && (isTargetShadow ? closestElement(noSwipingSelector, targetEl) : targetEl.closest(noSwipingSelector))) {\n    swiper.allowClick = true;\n    return;\n  }\n  if (params.swipeHandler) {\n    if (!targetEl.closest(params.swipeHandler)) return;\n  }\n  touches.currentX = e.pageX;\n  touches.currentY = e.pageY;\n  const startX = touches.currentX;\n  const startY = touches.currentY;\n\n  // Do NOT start if iOS edge swipe is detected. Otherwise iOS app cannot swipe-to-go-back anymore\n\n  const edgeSwipeDetection = params.edgeSwipeDetection || params.iOSEdgeSwipeDetection;\n  const edgeSwipeThreshold = params.edgeSwipeThreshold || params.iOSEdgeSwipeThreshold;\n  if (edgeSwipeDetection && (startX <= edgeSwipeThreshold || startX >= window.innerWidth - edgeSwipeThreshold)) {\n    if (edgeSwipeDetection === 'prevent') {\n      event.preventDefault();\n    } else {\n      return;\n    }\n  }\n  Object.assign(data, {\n    isTouched: true,\n    isMoved: false,\n    allowTouchCallbacks: true,\n    isScrolling: undefined,\n    startMoving: undefined\n  });\n  touches.startX = startX;\n  touches.startY = startY;\n  data.touchStartTime = now();\n  swiper.allowClick = true;\n  swiper.updateSize();\n  swiper.swipeDirection = undefined;\n  if (params.threshold > 0) data.allowThresholdMove = false;\n  let preventDefault = true;\n  if (targetEl.matches(data.focusableElements)) {\n    preventDefault = false;\n    if (targetEl.nodeName === 'SELECT') {\n      data.isTouched = false;\n    }\n  }\n  if (document.activeElement && document.activeElement.matches(data.focusableElements) && document.activeElement !== targetEl) {\n    document.activeElement.blur();\n  }\n  const shouldPreventDefault = preventDefault && swiper.allowTouchMove && params.touchStartPreventDefault;\n  if ((params.touchStartForcePreventDefault || shouldPreventDefault) && !targetEl.isContentEditable) {\n    e.preventDefault();\n  }\n  if (params.freeMode && params.freeMode.enabled && swiper.freeMode && swiper.animating && !params.cssMode) {\n    swiper.freeMode.onTouchStart();\n  }\n  swiper.emit('touchStart', e);\n}",
  "import { getDocument } from 'ssr-window';\nimport { now } from '../../shared/utils.js';\nexport default function onTouchMove(event) {\n  const document = getDocument();\n  const swiper = this;\n  const data = swiper.touchEventsData;\n  const {\n    params,\n    touches,\n    rtlTranslate: rtl,\n    enabled\n  } = swiper;\n  if (!enabled) return;\n  if (!params.simulateTouch && event.pointerType === 'mouse') return;\n  let e = event;\n  if (e.originalEvent) e = e.originalEvent;\n  if (!data.isTouched) {\n    if (data.startMoving && data.isScrolling) {\n      swiper.emit('touchMoveOpposite', e);\n    }\n    return;\n  }\n  const pointerIndex = data.evCache.findIndex(cachedEv => cachedEv.pointerId === e.pointerId);\n  if (pointerIndex >= 0) data.evCache[pointerIndex] = e;\n  const targetTouch = data.evCache.length > 1 ? data.evCache[0] : e;\n  const pageX = targetTouch.pageX;\n  const pageY = targetTouch.pageY;\n  if (e.preventedByNestedSwiper) {\n    touches.startX = pageX;\n    touches.startY = pageY;\n    return;\n  }\n  if (!swiper.allowTouchMove) {\n    if (!e.target.matches(data.focusableElements)) {\n      swiper.allowClick = false;\n    }\n    if (data.isTouched) {\n      Object.assign(touches, {\n        startX: pageX,\n        startY: pageY,\n        prevX: swiper.touches.currentX,\n        prevY: swiper.touches.currentY,\n        currentX: pageX,\n        currentY: pageY\n      });\n      data.touchStartTime = now();\n    }\n    return;\n  }\n  if (params.touchReleaseOnEdges && !params.loop) {\n    if (swiper.isVertical()) {\n      // Vertical\n      if (pageY < touches.startY && swiper.translate <= swiper.maxTranslate() || pageY > touches.startY && swiper.translate >= swiper.minTranslate()) {\n        data.isTouched = false;\n        data.isMoved = false;\n        return;\n      }\n    } else if (pageX < touches.startX && swiper.translate <= swiper.maxTranslate() || pageX > touches.startX && swiper.translate >= swiper.minTranslate()) {\n      return;\n    }\n  }\n  if (document.activeElement) {\n    if (e.target === document.activeElement && e.target.matches(data.focusableElements)) {\n      data.isMoved = true;\n      swiper.allowClick = false;\n      return;\n    }\n  }\n  if (data.allowTouchCallbacks) {\n    swiper.emit('touchMove', e);\n  }\n  if (e.targetTouches && e.targetTouches.length > 1) return;\n  touches.currentX = pageX;\n  touches.currentY = pageY;\n  const diffX = touches.currentX - touches.startX;\n  const diffY = touches.currentY - touches.startY;\n  if (swiper.params.threshold && Math.sqrt(diffX ** 2 + diffY ** 2) < swiper.params.threshold) return;\n  if (typeof data.isScrolling === 'undefined') {\n    let touchAngle;\n    if (swiper.isHorizontal() && touches.currentY === touches.startY || swiper.isVertical() && touches.currentX === touches.startX) {\n      data.isScrolling = false;\n    } else {\n      // eslint-disable-next-line\n      if (diffX * diffX + diffY * diffY >= 25) {\n        touchAngle = Math.atan2(Math.abs(diffY), Math.abs(diffX)) * 180 / Math.PI;\n        data.isScrolling = swiper.isHorizontal() ? touchAngle > params.touchAngle : 90 - touchAngle > params.touchAngle;\n      }\n    }\n  }\n  if (data.isScrolling) {\n    swiper.emit('touchMoveOpposite', e);\n  }\n  if (typeof data.startMoving === 'undefined') {\n    if (touches.currentX !== touches.startX || touches.currentY !== touches.startY) {\n      data.startMoving = true;\n    }\n  }\n  if (data.isScrolling || swiper.zoom && swiper.params.zoom && swiper.params.zoom.enabled && data.evCache.length > 1) {\n    data.isTouched = false;\n    return;\n  }\n  if (!data.startMoving) {\n    return;\n  }\n  swiper.allowClick = false;\n  if (!params.cssMode && e.cancelable) {\n    e.preventDefault();\n  }\n  if (params.touchMoveStopPropagation && !params.nested) {\n    e.stopPropagation();\n  }\n  let diff = swiper.isHorizontal() ? diffX : diffY;\n  let touchesDiff = swiper.isHorizontal() ? touches.currentX - touches.previousX : touches.currentY - touches.previousY;\n  if (params.oneWayMovement) {\n    diff = Math.abs(diff) * (rtl ? 1 : -1);\n    touchesDiff = Math.abs(touchesDiff) * (rtl ? 1 : -1);\n  }\n  touches.diff = diff;\n  diff *= params.touchRatio;\n  if (rtl) {\n    diff = -diff;\n    touchesDiff = -touchesDiff;\n  }\n  const prevTouchesDirection = swiper.touchesDirection;\n  swiper.swipeDirection = diff > 0 ? 'prev' : 'next';\n  swiper.touchesDirection = touchesDiff > 0 ? 'prev' : 'next';\n  const isLoop = swiper.params.loop && !params.cssMode;\n  if (!data.isMoved) {\n    if (isLoop) {\n      swiper.loopFix({\n        direction: swiper.swipeDirection\n      });\n    }\n    data.startTranslate = swiper.getTranslate();\n    swiper.setTransition(0);\n    if (swiper.animating) {\n      const evt = new window.CustomEvent('transitionend', {\n        bubbles: true,\n        cancelable: true\n      });\n      swiper.wrapperEl.dispatchEvent(evt);\n    }\n    data.allowMomentumBounce = false;\n    // Grab Cursor\n    if (params.grabCursor && (swiper.allowSlideNext === true || swiper.allowSlidePrev === true)) {\n      swiper.setGrabCursor(true);\n    }\n    swiper.emit('sliderFirstMove', e);\n  }\n  let loopFixed;\n  if (data.isMoved && prevTouchesDirection !== swiper.touchesDirection && isLoop && Math.abs(diff) >= 1) {\n    // need another loop fix\n    swiper.loopFix({\n      direction: swiper.swipeDirection,\n      setTranslate: true\n    });\n    loopFixed = true;\n  }\n  swiper.emit('sliderMove', e);\n  data.isMoved = true;\n  data.currentTranslate = diff + data.startTranslate;\n  let disableParentSwiper = true;\n  let resistanceRatio = params.resistanceRatio;\n  if (params.touchReleaseOnEdges) {\n    resistanceRatio = 0;\n  }\n  if (diff > 0) {\n    if (isLoop && !loopFixed && data.currentTranslate > (params.centeredSlides ? swiper.minTranslate() - swiper.size / 2 : swiper.minTranslate())) {\n      swiper.loopFix({\n        direction: 'prev',\n        setTranslate: true,\n        activeSlideIndex: 0\n      });\n    }\n    if (data.currentTranslate > swiper.minTranslate()) {\n      disableParentSwiper = false;\n      if (params.resistance) {\n        data.currentTranslate = swiper.minTranslate() - 1 + (-swiper.minTranslate() + data.startTranslate + diff) ** resistanceRatio;\n      }\n    }\n  } else if (diff < 0) {\n    if (isLoop && !loopFixed && data.currentTranslate < (params.centeredSlides ? swiper.maxTranslate() + swiper.size / 2 : swiper.maxTranslate())) {\n      swiper.loopFix({\n        direction: 'next',\n        setTranslate: true,\n        activeSlideIndex: swiper.slides.length - (params.slidesPerView === 'auto' ? swiper.slidesPerViewDynamic() : Math.ceil(parseFloat(params.slidesPerView, 10)))\n      });\n    }\n    if (data.currentTranslate < swiper.maxTranslate()) {\n      disableParentSwiper = false;\n      if (params.resistance) {\n        data.currentTranslate = swiper.maxTranslate() + 1 - (swiper.maxTranslate() - data.startTranslate - diff) ** resistanceRatio;\n      }\n    }\n  }\n  if (disableParentSwiper) {\n    e.preventedByNestedSwiper = true;\n  }\n\n  // Directions locks\n  if (!swiper.allowSlideNext && swiper.swipeDirection === 'next' && data.currentTranslate < data.startTranslate) {\n    data.currentTranslate = data.startTranslate;\n  }\n  if (!swiper.allowSlidePrev && swiper.swipeDirection === 'prev' && data.currentTranslate > data.startTranslate) {\n    data.currentTranslate = data.startTranslate;\n  }\n  if (!swiper.allowSlidePrev && !swiper.allowSlideNext) {\n    data.currentTranslate = data.startTranslate;\n  }\n\n  // Threshold\n  if (params.threshold > 0) {\n    if (Math.abs(diff) > params.threshold || data.allowThresholdMove) {\n      if (!data.allowThresholdMove) {\n        data.allowThresholdMove = true;\n        touches.startX = touches.currentX;\n        touches.startY = touches.currentY;\n        data.currentTranslate = data.startTranslate;\n        touches.diff = swiper.isHorizontal() ? touches.currentX - touches.startX : touches.currentY - touches.startY;\n        return;\n      }\n    } else {\n      data.currentTranslate = data.startTranslate;\n      return;\n    }\n  }\n  if (!params.followFinger || params.cssMode) return;\n\n  // Update active index in free mode\n  if (params.freeMode && params.freeMode.enabled && swiper.freeMode || params.watchSlidesProgress) {\n    swiper.updateActiveIndex();\n    swiper.updateSlidesClasses();\n  }\n  if (params.freeMode && params.freeMode.enabled && swiper.freeMode) {\n    swiper.freeMode.onTouchMove();\n  }\n  // Update progress\n  swiper.updateProgress(data.currentTranslate);\n  // Update translate\n  swiper.setTranslate(data.currentTranslate);\n}",
  "import { now, nextTick } from '../../shared/utils.js';\nexport default function onTouchEnd(event) {\n  const swiper = this;\n  const data = swiper.touchEventsData;\n  const pointerIndex = data.evCache.findIndex(cachedEv => cachedEv.pointerId === event.pointerId);\n  if (pointerIndex >= 0) {\n    data.evCache.splice(pointerIndex, 1);\n  }\n  if (['pointercancel', 'pointerout', 'pointerleave'].includes(event.type)) {\n    const proceed = event.type === 'pointercancel' && (swiper.browser.isSafari || swiper.browser.isWebView);\n    if (!proceed) {\n      return;\n    }\n  }\n  const {\n    params,\n    touches,\n    rtlTranslate: rtl,\n    slidesGrid,\n    enabled\n  } = swiper;\n  if (!enabled) return;\n  if (!params.simulateTouch && event.pointerType === 'mouse') return;\n  let e = event;\n  if (e.originalEvent) e = e.originalEvent;\n  if (data.allowTouchCallbacks) {\n    swiper.emit('touchEnd', e);\n  }\n  data.allowTouchCallbacks = false;\n  if (!data.isTouched) {\n    if (data.isMoved && params.grabCursor) {\n      swiper.setGrabCursor(false);\n    }\n    data.isMoved = false;\n    data.startMoving = false;\n    return;\n  }\n  // Return Grab Cursor\n  if (params.grabCursor && data.isMoved && data.isTouched && (swiper.allowSlideNext === true || swiper.allowSlidePrev === true)) {\n    swiper.setGrabCursor(false);\n  }\n\n  // Time diff\n  const touchEndTime = now();\n  const timeDiff = touchEndTime - data.touchStartTime;\n\n  // Tap, doubleTap, Click\n  if (swiper.allowClick) {\n    const pathTree = e.path || e.composedPath && e.composedPath();\n    swiper.updateClickedSlide(pathTree && pathTree[0] || e.target);\n    swiper.emit('tap click', e);\n    if (timeDiff < 300 && touchEndTime - data.lastClickTime < 300) {\n      swiper.emit('doubleTap doubleClick', e);\n    }\n  }\n  data.lastClickTime = now();\n  nextTick(() => {\n    if (!swiper.destroyed) swiper.allowClick = true;\n  });\n  if (!data.isTouched || !data.isMoved || !swiper.swipeDirection || touches.diff === 0 || data.currentTranslate === data.startTranslate) {\n    data.isTouched = false;\n    data.isMoved = false;\n    data.startMoving = false;\n    return;\n  }\n  data.isTouched = false;\n  data.isMoved = false;\n  data.startMoving = false;\n  let currentPos;\n  if (params.followFinger) {\n    currentPos = rtl ? swiper.translate : -swiper.translate;\n  } else {\n    currentPos = -data.currentTranslate;\n  }\n  if (params.cssMode) {\n    return;\n  }\n  if (params.freeMode && params.freeMode.enabled) {\n    swiper.freeMode.onTouchEnd({\n      currentPos\n    });\n    return;\n  }\n\n  // Find current slide\n  let stopIndex = 0;\n  let groupSize = swiper.slidesSizesGrid[0];\n  for (let i = 0; i < slidesGrid.length; i += i < params.slidesPerGroupSkip ? 1 : params.slidesPerGroup) {\n    const increment = i < params.slidesPerGroupSkip - 1 ? 1 : params.slidesPerGroup;\n    if (typeof slidesGrid[i + increment] !== 'undefined') {\n      if (currentPos >= slidesGrid[i] && currentPos < slidesGrid[i + increment]) {\n        stopIndex = i;\n        groupSize = slidesGrid[i + increment] - slidesGrid[i];\n      }\n    } else if (currentPos >= slidesGrid[i]) {\n      stopIndex = i;\n      groupSize = slidesGrid[slidesGrid.length - 1] - slidesGrid[slidesGrid.length - 2];\n    }\n  }\n  let rewindFirstIndex = null;\n  let rewindLastIndex = null;\n  if (params.rewind) {\n    if (swiper.isBeginning) {\n      rewindLastIndex = params.virtual && params.virtual.enabled && swiper.virtual ? swiper.virtual.slides.length - 1 : swiper.slides.length - 1;\n    } else if (swiper.isEnd) {\n      rewindFirstIndex = 0;\n    }\n  }\n  // Find current slide size\n  const ratio = (currentPos - slidesGrid[stopIndex]) / groupSize;\n  const increment = stopIndex < params.slidesPerGroupSkip - 1 ? 1 : params.slidesPerGroup;\n  if (timeDiff > params.longSwipesMs) {\n    // Long touches\n    if (!params.longSwipes) {\n      swiper.slideTo(swiper.activeIndex);\n      return;\n    }\n    if (swiper.swipeDirection === 'next') {\n      if (ratio >= params.longSwipesRatio) swiper.slideTo(params.rewind && swiper.isEnd ? rewindFirstIndex : stopIndex + increment);else swiper.slideTo(stopIndex);\n    }\n    if (swiper.swipeDirection === 'prev') {\n      if (ratio > 1 - params.longSwipesRatio) {\n        swiper.slideTo(stopIndex + increment);\n      } else if (rewindLastIndex !== null && ratio < 0 && Math.abs(ratio) > params.longSwipesRatio) {\n        swiper.slideTo(rewindLastIndex);\n      } else {\n        swiper.slideTo(stopIndex);\n      }\n    }\n  } else {\n    // Short swipes\n    if (!params.shortSwipes) {\n      swiper.slideTo(swiper.activeIndex);\n      return;\n    }\n    const isNavButtonTarget = swiper.navigation && (e.target === swiper.navigation.nextEl || e.target === swiper.navigation.prevEl);\n    if (!isNavButtonTarget) {\n      if (swiper.swipeDirection === 'next') {\n        swiper.slideTo(rewindFirstIndex !== null ? rewindFirstIndex : stopIndex + increment);\n      }\n      if (swiper.swipeDirection === 'prev') {\n        swiper.slideTo(rewindLastIndex !== null ? rewindLastIndex : stopIndex);\n      }\n    } else if (e.target === swiper.navigation.nextEl) {\n      swiper.slideTo(stopIndex + increment);\n    } else {\n      swiper.slideTo(stopIndex);\n    }\n  }\n}",
  "export default function onResize() {\n  const swiper = this;\n  const {\n    params,\n    el\n  } = swiper;\n  if (el && el.offsetWidth === 0) return;\n\n  // Breakpoints\n  if (params.breakpoints) {\n    swiper.setBreakpoint();\n  }\n\n  // Save locks\n  const {\n    allowSlideNext,\n    allowSlidePrev,\n    snapGrid\n  } = swiper;\n  const isVirtual = swiper.virtual && swiper.params.virtual.enabled;\n\n  // Disable locks on resize\n  swiper.allowSlideNext = true;\n  swiper.allowSlidePrev = true;\n  swiper.updateSize();\n  swiper.updateSlides();\n  swiper.updateSlidesClasses();\n  const isVirtualLoop = isVirtual && params.loop;\n  if ((params.slidesPerView === 'auto' || params.slidesPerView > 1) && swiper.isEnd && !swiper.isBeginning && !swiper.params.centeredSlides && !isVirtualLoop) {\n    swiper.slideTo(swiper.slides.length - 1, 0, false, true);\n  } else {\n    if (swiper.params.loop && !isVirtual) {\n      swiper.slideToLoop(swiper.realIndex, 0, false, true);\n    } else {\n      swiper.slideTo(swiper.activeIndex, 0, false, true);\n    }\n  }\n  if (swiper.autoplay && swiper.autoplay.running && swiper.autoplay.paused) {\n    clearTimeout(swiper.autoplay.resizeTimeout);\n    swiper.autoplay.resizeTimeout = setTimeout(() => {\n      if (swiper.autoplay && swiper.autoplay.running && swiper.autoplay.paused) {\n        swiper.autoplay.resume();\n      }\n    }, 500);\n  }\n  // Return locks after resize\n  swiper.allowSlidePrev = allowSlidePrev;\n  swiper.allowSlideNext = allowSlideNext;\n  if (swiper.params.watchOverflow && snapGrid !== swiper.snapGrid) {\n    swiper.checkOverflow();\n  }\n}",
  "export default function onClick(e) {\n  const swiper = this;\n  if (!swiper.enabled) return;\n  if (!swiper.allowClick) {\n    if (swiper.params.preventClicks) e.preventDefault();\n    if (swiper.params.preventClicksPropagation && swiper.animating) {\n      e.stopPropagation();\n      e.stopImmediatePropagation();\n    }\n  }\n}",
  "export default function onScroll() {\n  const swiper = this;\n  const {\n    wrapperEl,\n    rtlTranslate,\n    enabled\n  } = swiper;\n  if (!enabled) return;\n  swiper.previousTranslate = swiper.translate;\n  if (swiper.isHorizontal()) {\n    swiper.translate = -wrapperEl.scrollLeft;\n  } else {\n    swiper.translate = -wrapperEl.scrollTop;\n  }\n  // eslint-disable-next-line\n  if (swiper.translate === 0) swiper.translate = 0;\n  swiper.updateActiveIndex();\n  swiper.updateSlidesClasses();\n  let newProgress;\n  const translatesDiff = swiper.maxTranslate() - swiper.minTranslate();\n  if (translatesDiff === 0) {\n    newProgress = 0;\n  } else {\n    newProgress = (swiper.translate - swiper.minTranslate()) / translatesDiff;\n  }\n  if (newProgress !== swiper.progress) {\n    swiper.updateProgress(rtlTranslate ? -swiper.translate : swiper.translate);\n  }\n  swiper.emit('setTranslate', swiper.translate, false);\n}",
  "import { processLazyPreloader } from '../../shared/process-lazy-preloader.js';\nexport default function onLoad(e) {\n  const swiper = this;\n  processLazyPreloader(swiper, e.target);\n  if (swiper.params.cssMode || swiper.params.slidesPerView !== 'auto' && !swiper.params.autoHeight) {\n    return;\n  }\n  swiper.update();\n}",
  "import { getDocument } from 'ssr-window';\nimport onTouchStart from './onTouchStart.js';\nimport onTouchMove from './onTouchMove.js';\nimport onTouchEnd from './onTouchEnd.js';\nimport onResize from './onResize.js';\nimport onClick from './onClick.js';\nimport onScroll from './onScroll.js';\nimport onLoad from './onLoad.js';\nlet dummyEventAttached = false;\nfunction dummyEventListener() {}\nconst events = (swiper, method) => {\n  const document = getDocument();\n  const {\n    params,\n    el,\n    wrapperEl,\n    device\n  } = swiper;\n  const capture = !!params.nested;\n  const domMethod = method === 'on' ? 'addEventListener' : 'removeEventListener';\n  const swiperMethod = method;\n\n  // Touch Events\n  el[domMethod]('pointerdown', swiper.onTouchStart, {\n    passive: false\n  });\n  document[domMethod]('pointermove', swiper.onTouchMove, {\n    passive: false,\n    capture\n  });\n  document[domMethod]('pointerup', swiper.onTouchEnd, {\n    passive: true\n  });\n  document[domMethod]('pointercancel', swiper.onTouchEnd, {\n    passive: true\n  });\n  document[domMethod]('pointerout', swiper.onTouchEnd, {\n    passive: true\n  });\n  document[domMethod]('pointerleave', swiper.onTouchEnd, {\n    passive: true\n  });\n\n  // Prevent Links Clicks\n  if (params.preventClicks || params.preventClicksPropagation) {\n    el[domMethod]('click', swiper.onClick, true);\n  }\n  if (params.cssMode) {\n    wrapperEl[domMethod]('scroll', swiper.onScroll);\n  }\n\n  // Resize handler\n  if (params.updateOnWindowResize) {\n    swiper[swiperMethod](device.ios || device.android ? 'resize orientationchange observerUpdate' : 'resize observerUpdate', onResize, true);\n  } else {\n    swiper[swiperMethod]('observerUpdate', onResize, true);\n  }\n\n  // Images loader\n  el[domMethod]('load', swiper.onLoad, {\n    capture: true\n  });\n};\nfunction attachEvents() {\n  const swiper = this;\n  const document = getDocument();\n  const {\n    params\n  } = swiper;\n  swiper.onTouchStart = onTouchStart.bind(swiper);\n  swiper.onTouchMove = onTouchMove.bind(swiper);\n  swiper.onTouchEnd = onTouchEnd.bind(swiper);\n  if (params.cssMode) {\n    swiper.onScroll = onScroll.bind(swiper);\n  }\n  swiper.onClick = onClick.bind(swiper);\n  swiper.onLoad = onLoad.bind(swiper);\n  if (!dummyEventAttached) {\n    document.addEventListener('touchstart', dummyEventListener);\n    dummyEventAttached = true;\n  }\n  events(swiper, 'on');\n}\nfunction detachEvents() {\n  const swiper = this;\n  events(swiper, 'off');\n}\nexport default {\n  attachEvents,\n  detachEvents\n};",
  "import { extend } from '../../shared/utils.js';\nconst isGridEnabled = (swiper, params) => {\n  return swiper.grid && params.grid && params.grid.rows > 1;\n};\nexport default function setBreakpoint() {\n  const swiper = this;\n  const {\n    realIndex,\n    initialized,\n    params,\n    el\n  } = swiper;\n  const breakpoints = params.breakpoints;\n  if (!breakpoints || breakpoints && Object.keys(breakpoints).length === 0) return;\n\n  // Get breakpoint for window width and update parameters\n  const breakpoint = swiper.getBreakpoint(breakpoints, swiper.params.breakpointsBase, swiper.el);\n  if (!breakpoint || swiper.currentBreakpoint === breakpoint) return;\n  const breakpointOnlyParams = breakpoint in breakpoints ? breakpoints[breakpoint] : undefined;\n  const breakpointParams = breakpointOnlyParams || swiper.originalParams;\n  const wasMultiRow = isGridEnabled(swiper, params);\n  const isMultiRow = isGridEnabled(swiper, breakpointParams);\n  const wasEnabled = params.enabled;\n  if (wasMultiRow && !isMultiRow) {\n    el.classList.remove(`${params.containerModifierClass}grid`, `${params.containerModifierClass}grid-column`);\n    swiper.emitContainerClasses();\n  } else if (!wasMultiRow && isMultiRow) {\n    el.classList.add(`${params.containerModifierClass}grid`);\n    if (breakpointParams.grid.fill && breakpointParams.grid.fill === 'column' || !breakpointParams.grid.fill && params.grid.fill === 'column') {\n      el.classList.add(`${params.containerModifierClass}grid-column`);\n    }\n    swiper.emitContainerClasses();\n  }\n\n  // Toggle navigation, pagination, scrollbar\n  ['navigation', 'pagination', 'scrollbar'].forEach(prop => {\n    if (typeof breakpointParams[prop] === 'undefined') return;\n    const wasModuleEnabled = params[prop] && params[prop].enabled;\n    const isModuleEnabled = breakpointParams[prop] && breakpointParams[prop].enabled;\n    if (wasModuleEnabled && !isModuleEnabled) {\n      swiper[prop].disable();\n    }\n    if (!wasModuleEnabled && isModuleEnabled) {\n      swiper[prop].enable();\n    }\n  });\n  const directionChanged = breakpointParams.direction && breakpointParams.direction !== params.direction;\n  const needsReLoop = params.loop && (breakpointParams.slidesPerView !== params.slidesPerView || directionChanged);\n  if (directionChanged && initialized) {\n    swiper.changeDirection();\n  }\n  extend(swiper.params, breakpointParams);\n  const isEnabled = swiper.params.enabled;\n  Object.assign(swiper, {\n    allowTouchMove: swiper.params.allowTouchMove,\n    allowSlideNext: swiper.params.allowSlideNext,\n    allowSlidePrev: swiper.params.allowSlidePrev\n  });\n  if (wasEnabled && !isEnabled) {\n    swiper.disable();\n  } else if (!wasEnabled && isEnabled) {\n    swiper.enable();\n  }\n  swiper.currentBreakpoint = breakpoint;\n  swiper.emit('_beforeBreakpoint', breakpointParams);\n  if (needsReLoop && initialized) {\n    swiper.loopDestroy();\n    swiper.loopCreate(realIndex);\n    swiper.updateSlides();\n  }\n  swiper.emit('breakpoint', breakpointParams);\n}",
  "function checkOverflow() {\n  const swiper = this;\n  const {\n    isLocked: wasLocked,\n    params\n  } = swiper;\n  const {\n    slidesOffsetBefore\n  } = params;\n  if (slidesOffsetBefore) {\n    const lastSlideIndex = swiper.slides.length - 1;\n    const lastSlideRightEdge = swiper.slidesGrid[lastSlideIndex] + swiper.slidesSizesGrid[lastSlideIndex] + slidesOffsetBefore * 2;\n    swiper.isLocked = swiper.size > lastSlideRightEdge;\n  } else {\n    swiper.isLocked = swiper.snapGrid.length === 1;\n  }\n  if (params.allowSlideNext === true) {\n    swiper.allowSlideNext = !swiper.isLocked;\n  }\n  if (params.allowSlidePrev === true) {\n    swiper.allowSlidePrev = !swiper.isLocked;\n  }\n  if (wasLocked && wasLocked !== swiper.isLocked) {\n    swiper.isEnd = false;\n  }\n  if (wasLocked !== swiper.isLocked) {\n    swiper.emit(swiper.isLocked ? 'lock' : 'unlock');\n  }\n}\nexport default {\n  checkOverflow\n};",
  "export default {\n  init: true,\n  direction: 'horizontal',\n  oneWayMovement: false,\n  touchEventsTarget: 'wrapper',\n  initialSlide: 0,\n  speed: 300,\n  cssMode: false,\n  updateOnWindowResize: true,\n  resizeObserver: true,\n  nested: false,\n  createElements: false,\n  enabled: true,\n  focusableElements: 'input, select, option, textarea, button, video, label',\n  // Overrides\n  width: null,\n  height: null,\n  //\n  preventInteractionOnTransition: false,\n  // ssr\n  userAgent: null,\n  url: null,\n  // To support iOS's swipe-to-go-back gesture (when being used in-app).\n  edgeSwipeDetection: false,\n  edgeSwipeThreshold: 20,\n  // Autoheight\n  autoHeight: false,\n  // Set wrapper width\n  setWrapperSize: false,\n  // Virtual Translate\n  virtualTranslate: false,\n  // Effects\n  effect: 'slide',\n  // 'slide' or 'fade' or 'cube' or 'coverflow' or 'flip'\n\n  // Breakpoints\n  breakpoints: undefined,\n  breakpointsBase: 'window',\n  // Slides grid\n  spaceBetween: 0,\n  slidesPerView: 1,\n  slidesPerGroup: 1,\n  slidesPerGroupSkip: 0,\n  slidesPerGroupAuto: false,\n  centeredSlides: false,\n  centeredSlidesBounds: false,\n  slidesOffsetBefore: 0,\n  // in px\n  slidesOffsetAfter: 0,\n  // in px\n  normalizeSlideIndex: true,\n  centerInsufficientSlides: false,\n  // Disable swiper and hide navigation when container not overflow\n  watchOverflow: true,\n  // Round length\n  roundLengths: false,\n  // Touches\n  touchRatio: 1,\n  touchAngle: 45,\n  simulateTouch: true,\n  shortSwipes: true,\n  longSwipes: true,\n  longSwipesRatio: 0.5,\n  longSwipesMs: 300,\n  followFinger: true,\n  allowTouchMove: true,\n  threshold: 5,\n  touchMoveStopPropagation: false,\n  touchStartPreventDefault: true,\n  touchStartForcePreventDefault: false,\n  touchReleaseOnEdges: false,\n  // Unique Navigation Elements\n  uniqueNavElements: true,\n  // Resistance\n  resistance: true,\n  resistanceRatio: 0.85,\n  // Progress\n  watchSlidesProgress: false,\n  // Cursor\n  grabCursor: false,\n  // Clicks\n  preventClicks: true,\n  preventClicksPropagation: true,\n  slideToClickedSlide: false,\n  // loop\n  loop: false,\n  loopedSlides: null,\n  loopPreventsSliding: true,\n  // rewind\n  rewind: false,\n  // Swiping/no swiping\n  allowSlidePrev: true,\n  allowSlideNext: true,\n  swipeHandler: null,\n  // '.swipe-handler',\n  noSwiping: true,\n  noSwipingClass: 'swiper-no-swiping',\n  noSwipingSelector: null,\n  // Passive Listeners\n  passiveListeners: true,\n  maxBackfaceHiddenSlides: 10,\n  // NS\n  containerModifierClass: 'swiper-',\n  // NEW\n  slideClass: 'swiper-slide',\n  slideActiveClass: 'swiper-slide-active',\n  slideVisibleClass: 'swiper-slide-visible',\n  slideNextClass: 'swiper-slide-next',\n  slidePrevClass: 'swiper-slide-prev',\n  wrapperClass: 'swiper-wrapper',\n  lazyPreloaderClass: 'swiper-lazy-preloader',\n  lazyPreloadPrevNext: 0,\n  // Callbacks\n  runCallbacksOnInit: true,\n  // Internals\n  _emitClasses: false\n};",
  "import { extend } from '../shared/utils.js';\nexport default function moduleExtendParams(params, allModulesParams) {\n  return function extendParams(obj = {}) {\n    const moduleParamName = Object.keys(obj)[0];\n    const moduleParams = obj[moduleParamName];\n    if (typeof moduleParams !== 'object' || moduleParams === null) {\n      extend(allModulesParams, obj);\n      return;\n    }\n    if (['navigation', 'pagination', 'scrollbar'].indexOf(moduleParamName) >= 0 && params[moduleParamName] === true) {\n      params[moduleParamName] = {\n        auto: true\n      };\n    }\n    if (!(moduleParamName in params && 'enabled' in moduleParams)) {\n      extend(allModulesParams, obj);\n      return;\n    }\n    if (params[moduleParamName] === true) {\n      params[moduleParamName] = {\n        enabled: true\n      };\n    }\n    if (typeof params[moduleParamName] === 'object' && !('enabled' in params[moduleParamName])) {\n      params[moduleParamName].enabled = true;\n    }\n    if (!params[moduleParamName]) params[moduleParamName] = {\n      enabled: false\n    };\n    extend(allModulesParams, obj);\n  };\n}",
  "/* eslint no-param-reassign: \"off\" */\nimport { getDocument } from 'ssr-window';\nimport { extend, deleteProps, createElement, elementChildren, elementStyle, elementIndex } from '../shared/utils.js';\nimport { getSupport } from '../shared/get-support.js';\nimport { getDevice } from '../shared/get-device.js';\nimport { getBrowser } from '../shared/get-browser.js';\nimport Resize from './modules/resize/resize.js';\nimport Observer from './modules/observer/observer.js';\nimport eventsEmitter from './events-emitter.js';\nimport update from './update/index.js';\nimport translate from './translate/index.js';\nimport transition from './transition/index.js';\nimport slide from './slide/index.js';\nimport loop from './loop/index.js';\nimport grabCursor from './grab-cursor/index.js';\nimport events from './events/index.js';\nimport breakpoints from './breakpoints/index.js';\nimport classes from './classes/index.js';\nimport checkOverflow from './check-overflow/index.js';\nimport defaults from './defaults.js';\nimport moduleExtendParams from './moduleExtendParams.js';\nimport { processLazyPreloader, preload } from '../shared/process-lazy-preloader.js';\nconst prototypes = {\n  eventsEmitter,\n  update,\n  translate,\n  transition,\n  slide,\n  loop,\n  grabCursor,\n  events,\n  breakpoints,\n  checkOverflow,\n  classes\n};\nconst extendedDefaults = {};\nclass Swiper {\n  constructor(...args) {\n    let el;\n    let params;\n    if (args.length === 1 && args[0].constructor && Object.prototype.toString.call(args[0]).slice(8, -1) === 'Object') {\n      params = args[0];\n    } else {\n      [el, params] = args;\n    }\n    if (!params) params = {};\n    params = extend({}, params);\n    if (el && !params.el) params.el = el;\n    const document = getDocument();\n    if (params.el && typeof params.el === 'string' && document.querySelectorAll(params.el).length > 1) {\n      const swipers = [];\n      document.querySelectorAll(params.el).forEach(containerEl => {\n        const newParams = extend({}, params, {\n          el: containerEl\n        });\n        swipers.push(new Swiper(newParams));\n      });\n      // eslint-disable-next-line no-constructor-return\n      return swipers;\n    }\n\n    // Swiper Instance\n    const swiper = this;\n    swiper.__swiper__ = true;\n    swiper.support = getSupport();\n    swiper.device = getDevice({\n      userAgent: params.userAgent\n    });\n    swiper.browser = getBrowser();\n    swiper.eventsListeners = {};\n    swiper.eventsAnyListeners = [];\n    swiper.modules = [...swiper.__modules__];\n    if (params.modules && Array.isArray(params.modules)) {\n      swiper.modules.push(...params.modules);\n    }\n    const allModulesParams = {};\n    swiper.modules.forEach(mod => {\n      mod({\n        params,\n        swiper,\n        extendParams: moduleExtendParams(params, allModulesParams),\n        on: swiper.on.bind(swiper),\n        once: swiper.once.bind(swiper),\n        off: swiper.off.bind(swiper),\n        emit: swiper.emit.bind(swiper)\n      });\n    });\n\n    // Extend defaults with modules params\n    const swiperParams = extend({}, defaults, allModulesParams);\n\n    // Extend defaults with passed params\n    swiper.params = extend({}, swiperParams, extendedDefaults, params);\n    swiper.originalParams = extend({}, swiper.params);\n    swiper.passedParams = extend({}, params);\n\n    // add event listeners\n    if (swiper.params && swiper.params.on) {\n      Object.keys(swiper.params.on).forEach(eventName => {\n        swiper.on(eventName, swiper.params.on[eventName]);\n      });\n    }\n    if (swiper.params && swiper.params.onAny) {\n      swiper.onAny(swiper.params.onAny);\n    }\n\n    // Extend Swiper\n    Object.assign(swiper, {\n      enabled: swiper.params.enabled,\n      el,\n      // Classes\n      classNames: [],\n      // Slides\n      slides: [],\n      slidesGrid: [],\n      snapGrid: [],\n      slidesSizesGrid: [],\n      // isDirection\n      isHorizontal() {\n        return swiper.params.direction === 'horizontal';\n      },\n      isVertical() {\n        return swiper.params.direction === 'vertical';\n      },\n      // Indexes\n      activeIndex: 0,\n      realIndex: 0,\n      //\n      isBeginning: true,\n      isEnd: false,\n      // Props\n      translate: 0,\n      previousTranslate: 0,\n      progress: 0,\n      velocity: 0,\n      animating: false,\n      cssOverflowAdjustment() {\n        // Returns 0 unless `translate` is > 2**23\n        // Should be subtracted from css values to prevent overflow\n        return Math.trunc(this.translate / 2 ** 23) * 2 ** 23;\n      },\n      // Locks\n      allowSlideNext: swiper.params.allowSlideNext,\n      allowSlidePrev: swiper.params.allowSlidePrev,\n      // Touch Events\n      touchEventsData: {\n        isTouched: undefined,\n        isMoved: undefined,\n        allowTouchCallbacks: undefined,\n        touchStartTime: undefined,\n        isScrolling: undefined,\n        currentTranslate: undefined,\n        startTranslate: undefined,\n        allowThresholdMove: undefined,\n        // Form elements to match\n        focusableElements: swiper.params.focusableElements,\n        // Last click time\n        lastClickTime: 0,\n        clickTimeout: undefined,\n        // Velocities\n        velocities: [],\n        allowMomentumBounce: undefined,\n        startMoving: undefined,\n        evCache: []\n      },\n      // Clicks\n      allowClick: true,\n      // Touches\n      allowTouchMove: swiper.params.allowTouchMove,\n      touches: {\n        startX: 0,\n        startY: 0,\n        currentX: 0,\n        currentY: 0,\n        diff: 0\n      },\n      // Images\n      imagesToLoad: [],\n      imagesLoaded: 0\n    });\n    swiper.emit('_swiper');\n\n    // Init\n    if (swiper.params.init) {\n      swiper.init();\n    }\n\n    // Return app instance\n    // eslint-disable-next-line no-constructor-return\n    return swiper;\n  }\n  getSlideIndex(slideEl) {\n    const {\n      slidesEl,\n      params\n    } = this;\n    const slides = elementChildren(slidesEl, `.${params.slideClass}, swiper-slide`);\n    const firstSlideIndex = elementIndex(slides[0]);\n    return elementIndex(slideEl) - firstSlideIndex;\n  }\n  getSlideIndexByData(index) {\n    return this.getSlideIndex(this.slides.filter(slideEl => slideEl.getAttribute('data-swiper-slide-index') * 1 === index)[0]);\n  }\n  recalcSlides() {\n    const swiper = this;\n    const {\n      slidesEl,\n      params\n    } = swiper;\n    swiper.slides = elementChildren(slidesEl, `.${params.slideClass}, swiper-slide`);\n  }\n  enable() {\n    const swiper = this;\n    if (swiper.enabled) return;\n    swiper.enabled = true;\n    if (swiper.params.grabCursor) {\n      swiper.setGrabCursor();\n    }\n    swiper.emit('enable');\n  }\n  disable() {\n    const swiper = this;\n    if (!swiper.enabled) return;\n    swiper.enabled = false;\n    if (swiper.params.grabCursor) {\n      swiper.unsetGrabCursor();\n    }\n    swiper.emit('disable');\n  }\n  setProgress(progress, speed) {\n    const swiper = this;\n    progress = Math.min(Math.max(progress, 0), 1);\n    const min = swiper.minTranslate();\n    const max = swiper.maxTranslate();\n    const current = (max - min) * progress + min;\n    swiper.translateTo(current, typeof speed === 'undefined' ? 0 : speed);\n    swiper.updateActiveIndex();\n    swiper.updateSlidesClasses();\n  }\n  emitContainerClasses() {\n    const swiper = this;\n    if (!swiper.params._emitClasses || !swiper.el) return;\n    const cls = swiper.el.className.split(' ').filter(className => {\n      return className.indexOf('swiper') === 0 || className.indexOf(swiper.params.containerModifierClass) === 0;\n    });\n    swiper.emit('_containerClasses', cls.join(' '));\n  }\n  getSlideClasses(slideEl) {\n    const swiper = this;\n    if (swiper.destroyed) return '';\n    return slideEl.className.split(' ').filter(className => {\n      return className.indexOf('swiper-slide') === 0 || className.indexOf(swiper.params.slideClass) === 0;\n    }).join(' ');\n  }\n  emitSlidesClasses() {\n    const swiper = this;\n    if (!swiper.params._emitClasses || !swiper.el) return;\n    const updates = [];\n    swiper.slides.forEach(slideEl => {\n      const classNames = swiper.getSlideClasses(slideEl);\n      updates.push({\n        slideEl,\n        classNames\n      });\n      swiper.emit('_slideClass', slideEl, classNames);\n    });\n    swiper.emit('_slideClasses', updates);\n  }\n  slidesPerViewDynamic(view = 'current', exact = false) {\n    const swiper = this;\n    const {\n      params,\n      slides,\n      slidesGrid,\n      slidesSizesGrid,\n      size: swiperSize,\n      activeIndex\n    } = swiper;\n    let spv = 1;\n    if (params.centeredSlides) {\n      let slideSize = slides[activeIndex] ? slides[activeIndex].swiperSlideSize : 0;\n      let breakLoop;\n      for (let i = activeIndex + 1; i < slides.length; i += 1) {\n        if (slides[i] && !breakLoop) {\n          slideSize += slides[i].swiperSlideSize;\n          spv += 1;\n          if (slideSize > swiperSize) breakLoop = true;\n        }\n      }\n      for (let i = activeIndex - 1; i >= 0; i -= 1) {\n        if (slides[i] && !breakLoop) {\n          slideSize += slides[i].swiperSlideSize;\n          spv += 1;\n          if (slideSize > swiperSize) breakLoop = true;\n        }\n      }\n    } else {\n      // eslint-disable-next-line\n      if (view === 'current') {\n        for (let i = activeIndex + 1; i < slides.length; i += 1) {\n          const slideInView = exact ? slidesGrid[i] + slidesSizesGrid[i] - slidesGrid[activeIndex] < swiperSize : slidesGrid[i] - slidesGrid[activeIndex] < swiperSize;\n          if (slideInView) {\n            spv += 1;\n          }\n        }\n      } else {\n        // previous\n        for (let i = activeIndex - 1; i >= 0; i -= 1) {\n          const slideInView = slidesGrid[activeIndex] - slidesGrid[i] < swiperSize;\n          if (slideInView) {\n            spv += 1;\n          }\n        }\n      }\n    }\n    return spv;\n  }\n  update() {\n    const swiper = this;\n    if (!swiper || swiper.destroyed) return;\n    const {\n      snapGrid,\n      params\n    } = swiper;\n    // Breakpoints\n    if (params.breakpoints) {\n      swiper.setBreakpoint();\n    }\n    [...swiper.el.querySelectorAll('[loading=\"lazy\"]')].forEach(imageEl => {\n      if (imageEl.complete) {\n        processLazyPreloader(swiper, imageEl);\n      }\n    });\n    swiper.updateSize();\n    swiper.updateSlides();\n    swiper.updateProgress();\n    swiper.updateSlidesClasses();\n    function setTranslate() {\n      const translateValue = swiper.rtlTranslate ? swiper.translate * -1 : swiper.translate;\n      const newTranslate = Math.min(Math.max(translateValue, swiper.maxTranslate()), swiper.minTranslate());\n      swiper.setTranslate(newTranslate);\n      swiper.updateActiveIndex();\n      swiper.updateSlidesClasses();\n    }\n    let translated;\n    if (params.freeMode && params.freeMode.enabled && !params.cssMode) {\n      setTranslate();\n      if (params.autoHeight) {\n        swiper.updateAutoHeight();\n      }\n    } else {\n      if ((params.slidesPerView === 'auto' || params.slidesPerView > 1) && swiper.isEnd && !params.centeredSlides) {\n        const slides = swiper.virtual && params.virtual.enabled ? swiper.virtual.slides : swiper.slides;\n        translated = swiper.slideTo(slides.length - 1, 0, false, true);\n      } else {\n        translated = swiper.slideTo(swiper.activeIndex, 0, false, true);\n      }\n      if (!translated) {\n        setTranslate();\n      }\n    }\n    if (params.watchOverflow && snapGrid !== swiper.snapGrid) {\n      swiper.checkOverflow();\n    }\n    swiper.emit('update');\n  }\n  changeDirection(newDirection, needUpdate = true) {\n    const swiper = this;\n    const currentDirection = swiper.params.direction;\n    if (!newDirection) {\n      // eslint-disable-next-line\n      newDirection = currentDirection === 'horizontal' ? 'vertical' : 'horizontal';\n    }\n    if (newDirection === currentDirection || newDirection !== 'horizontal' && newDirection !== 'vertical') {\n      return swiper;\n    }\n    swiper.el.classList.remove(`${swiper.params.containerModifierClass}${currentDirection}`);\n    swiper.el.classList.add(`${swiper.params.containerModifierClass}${newDirection}`);\n    swiper.emitContainerClasses();\n    swiper.params.direction = newDirection;\n    swiper.slides.forEach(slideEl => {\n      if (newDirection === 'vertical') {\n        slideEl.style.width = '';\n      } else {\n        slideEl.style.height = '';\n      }\n    });\n    swiper.emit('changeDirection');\n    if (needUpdate) swiper.update();\n    return swiper;\n  }\n  changeLanguageDirection(direction) {\n    const swiper = this;\n    if (swiper.rtl && direction === 'rtl' || !swiper.rtl && direction === 'ltr') return;\n    swiper.rtl = direction === 'rtl';\n    swiper.rtlTranslate = swiper.params.direction === 'horizontal' && swiper.rtl;\n    if (swiper.rtl) {\n      swiper.el.classList.add(`${swiper.params.containerModifierClass}rtl`);\n      swiper.el.dir = 'rtl';\n    } else {\n      swiper.el.classList.remove(`${swiper.params.containerModifierClass}rtl`);\n      swiper.el.dir = 'ltr';\n    }\n    swiper.update();\n  }\n  mount(element) {\n    const swiper = this;\n    if (swiper.mounted) return true;\n\n    // Find el\n    let el = element || swiper.params.el;\n    if (typeof el === 'string') {\n      el = document.querySelector(el);\n    }\n    if (!el) {\n      return false;\n    }\n    el.swiper = swiper;\n    if (el.shadowEl) {\n      swiper.isElement = true;\n    }\n    const getWrapperSelector = () => {\n      return `.${(swiper.params.wrapperClass || '').trim().split(' ').join('.')}`;\n    };\n    const getWrapper = () => {\n      if (el && el.shadowRoot && el.shadowRoot.querySelector) {\n        const res = el.shadowRoot.querySelector(getWrapperSelector());\n        // Children needs to return slot items\n        return res;\n      }\n      return elementChildren(el, getWrapperSelector())[0];\n    };\n    // Find Wrapper\n    let wrapperEl = getWrapper();\n    if (!wrapperEl && swiper.params.createElements) {\n      wrapperEl = createElement('div', swiper.params.wrapperClass);\n      el.append(wrapperEl);\n      elementChildren(el, `.${swiper.params.slideClass}`).forEach(slideEl => {\n        wrapperEl.append(slideEl);\n      });\n    }\n    Object.assign(swiper, {\n      el,\n      wrapperEl,\n      slidesEl: swiper.isElement ? el : wrapperEl,\n      mounted: true,\n      // RTL\n      rtl: el.dir.toLowerCase() === 'rtl' || elementStyle(el, 'direction') === 'rtl',\n      rtlTranslate: swiper.params.direction === 'horizontal' && (el.dir.toLowerCase() === 'rtl' || elementStyle(el, 'direction') === 'rtl'),\n      wrongRTL: elementStyle(wrapperEl, 'display') === '-webkit-box'\n    });\n    return true;\n  }\n  init(el) {\n    const swiper = this;\n    if (swiper.initialized) return swiper;\n    const mounted = swiper.mount(el);\n    if (mounted === false) return swiper;\n    swiper.emit('beforeInit');\n\n    // Set breakpoint\n    if (swiper.params.breakpoints) {\n      swiper.setBreakpoint();\n    }\n\n    // Add Classes\n    swiper.addClasses();\n\n    // Update size\n    swiper.updateSize();\n\n    // Update slides\n    swiper.updateSlides();\n    if (swiper.params.watchOverflow) {\n      swiper.checkOverflow();\n    }\n\n    // Set Grab Cursor\n    if (swiper.params.grabCursor && swiper.enabled) {\n      swiper.setGrabCursor();\n    }\n\n    // Slide To Initial Slide\n    if (swiper.params.loop && swiper.virtual && swiper.params.virtual.enabled) {\n      swiper.slideTo(swiper.params.initialSlide + swiper.virtual.slidesBefore, 0, swiper.params.runCallbacksOnInit, false, true);\n    } else {\n      swiper.slideTo(swiper.params.initialSlide, 0, swiper.params.runCallbacksOnInit, false, true);\n    }\n\n    // Create loop\n    if (swiper.params.loop) {\n      swiper.loopCreate();\n    }\n\n    // Attach events\n    swiper.attachEvents();\n    [...swiper.el.querySelectorAll('[loading=\"lazy\"]')].forEach(imageEl => {\n      if (imageEl.complete) {\n        processLazyPreloader(swiper, imageEl);\n      } else {\n        imageEl.addEventListener('load', e => {\n          processLazyPreloader(swiper, e.target);\n        });\n      }\n    });\n    preload(swiper);\n\n    // Init Flag\n    swiper.initialized = true;\n    preload(swiper);\n\n    // Emit\n    swiper.emit('init');\n    swiper.emit('afterInit');\n    return swiper;\n  }\n  destroy(deleteInstance = true, cleanStyles = true) {\n    const swiper = this;\n    const {\n      params,\n      el,\n      wrapperEl,\n      slides\n    } = swiper;\n    if (typeof swiper.params === 'undefined' || swiper.destroyed) {\n      return null;\n    }\n    swiper.emit('beforeDestroy');\n\n    // Init Flag\n    swiper.initialized = false;\n\n    // Detach events\n    swiper.detachEvents();\n\n    // Destroy loop\n    if (params.loop) {\n      swiper.loopDestroy();\n    }\n\n    // Cleanup styles\n    if (cleanStyles) {\n      swiper.removeClasses();\n      el.removeAttribute('style');\n      wrapperEl.removeAttribute('style');\n      if (slides && slides.length) {\n        slides.forEach(slideEl => {\n          slideEl.classList.remove(params.slideVisibleClass, params.slideActiveClass, params.slideNextClass, params.slidePrevClass);\n          slideEl.removeAttribute('style');\n          slideEl.removeAttribute('data-swiper-slide-index');\n        });\n      }\n    }\n    swiper.emit('destroy');\n\n    // Detach emitter events\n    Object.keys(swiper.eventsListeners).forEach(eventName => {\n      swiper.off(eventName);\n    });\n    if (deleteInstance !== false) {\n      swiper.el.swiper = null;\n      deleteProps(swiper);\n    }\n    swiper.destroyed = true;\n    return null;\n  }\n  static extendDefaults(newDefaults) {\n    extend(extendedDefaults, newDefaults);\n  }\n  static get extendedDefaults() {\n    return extendedDefaults;\n  }\n  static get defaults() {\n    return defaults;\n  }\n  static installModule(mod) {\n    if (!Swiper.prototype.__modules__) Swiper.prototype.__modules__ = [];\n    const modules = Swiper.prototype.__modules__;\n    if (typeof mod === 'function' && modules.indexOf(mod) < 0) {\n      modules.push(mod);\n    }\n  }\n  static use(module) {\n    if (Array.isArray(module)) {\n      module.forEach(m => Swiper.installModule(m));\n      return Swiper;\n    }\n    Swiper.installModule(module);\n    return Swiper;\n  }\n}\nObject.keys(prototypes).forEach(prototypeGroup => {\n  Object.keys(prototypes[prototypeGroup]).forEach(protoMethod => {\n    Swiper.prototype[protoMethod] = prototypes[prototypeGroup][protoMethod];\n  });\n});\nSwiper.use([Resize, Observer]);\nexport default Swiper;",
  "import setTransition from './setTransition.js';\nimport transitionStart from './transitionStart.js';\nimport transitionEnd from './transitionEnd.js';\nexport default {\n  setTransition,\n  transitionStart,\n  transitionEnd\n};",
  "export default function setTransition(duration, byController) {\n  const swiper = this;\n  if (!swiper.params.cssMode) {\n    swiper.wrapperEl.style.transitionDuration = `${duration}ms`;\n  }\n  swiper.emit('setTransition', duration, byController);\n}",
  "import transitionEmit from './transitionEmit.js';\nexport default function transitionStart(runCallbacks = true, direction) {\n  const swiper = this;\n  const {\n    params\n  } = swiper;\n  if (params.cssMode) return;\n  if (params.autoHeight) {\n    swiper.updateAutoHeight();\n  }\n  transitionEmit({\n    swiper,\n    runCallbacks,\n    direction,\n    step: 'Start'\n  });\n}",
  "import transitionEmit from './transitionEmit.js';\nexport default function transitionEnd(runCallbacks = true, direction) {\n  const swiper = this;\n  const {\n    params\n  } = swiper;\n  swiper.animating = false;\n  if (params.cssMode) return;\n  swiper.setTransition(0);\n  transitionEmit({\n    swiper,\n    runCallbacks,\n    direction,\n    step: 'End'\n  });\n}",
  "import setGrabCursor from './setGrabCursor.js';\nimport unsetGrabCursor from './unsetGrabCursor.js';\nexport default {\n  setGrabCursor,\n  unsetGrabCursor\n};",
  "export default function setGrabCursor(moving) {\n  const swiper = this;\n  if (!swiper.params.simulateTouch || swiper.params.watchOverflow && swiper.isLocked || swiper.params.cssMode) return;\n  const el = swiper.params.touchEventsTarget === 'container' ? swiper.el : swiper.wrapperEl;\n  if (swiper.isElement) {\n    swiper.__preventObserver__ = true;\n  }\n  el.style.cursor = 'move';\n  el.style.cursor = moving ? 'grabbing' : 'grab';\n  if (swiper.isElement) {\n    requestAnimationFrame(() => {\n      swiper.__preventObserver__ = false;\n    });\n  }\n}",
  "export default function unsetGrabCursor() {\n  const swiper = this;\n  if (swiper.params.watchOverflow && swiper.isLocked || swiper.params.cssMode) {\n    return;\n  }\n  if (swiper.isElement) {\n    swiper.__preventObserver__ = true;\n  }\n  swiper[swiper.params.touchEventsTarget === 'container' ? 'el' : 'wrapperEl'].style.cursor = '';\n  if (swiper.isElement) {\n    requestAnimationFrame(() => {\n      swiper.__preventObserver__ = false;\n    });\n  }\n}",
  "import setBreakpoint from './setBreakpoint.js';\nimport getBreakpoint from './getBreakpoint.js';\nexport default {\n  setBreakpoint,\n  getBreakpoint\n};",
  "import { getWindow } from 'ssr-window';\nexport default function getBreakpoint(breakpoints, base = 'window', containerEl) {\n  if (!breakpoints || base === 'container' && !containerEl) return undefined;\n  let breakpoint = false;\n  const window = getWindow();\n  const currentHeight = base === 'window' ? window.innerHeight : containerEl.clientHeight;\n  const points = Object.keys(breakpoints).map(point => {\n    if (typeof point === 'string' && point.indexOf('@') === 0) {\n      const minRatio = parseFloat(point.substr(1));\n      const value = currentHeight * minRatio;\n      return {\n        value,\n        point\n      };\n    }\n    return {\n      value: point,\n      point\n    };\n  });\n  points.sort((a, b) => parseInt(a.value, 10) - parseInt(b.value, 10));\n  for (let i = 0; i < points.length; i += 1) {\n    const {\n      point,\n      value\n    } = points[i];\n    if (base === 'window') {\n      if (window.matchMedia(`(min-width: ${value}px)`).matches) {\n        breakpoint = point;\n      }\n    } else if (value <= containerEl.clientWidth) {\n      breakpoint = point;\n    }\n  }\n  return breakpoint || 'max';\n}",
  "import addClasses from './addClasses.js';\nimport removeClasses from './removeClasses.js';\nexport default {\n  addClasses,\n  removeClasses\n};",
  "function prepareClasses(entries, prefix) {\n  const resultClasses = [];\n  entries.forEach(item => {\n    if (typeof item === 'object') {\n      Object.keys(item).forEach(classNames => {\n        if (item[classNames]) {\n          resultClasses.push(prefix + classNames);\n        }\n      });\n    } else if (typeof item === 'string') {\n      resultClasses.push(prefix + item);\n    }\n  });\n  return resultClasses;\n}\nexport default function addClasses() {\n  const swiper = this;\n  const {\n    classNames,\n    params,\n    rtl,\n    el,\n    device\n  } = swiper;\n  // prettier-ignore\n  const suffixes = prepareClasses(['initialized', params.direction, {\n    'free-mode': swiper.params.freeMode && params.freeMode.enabled\n  }, {\n    'autoheight': params.autoHeight\n  }, {\n    'rtl': rtl\n  }, {\n    'grid': params.grid && params.grid.rows > 1\n  }, {\n    'grid-column': params.grid && params.grid.rows > 1 && params.grid.fill === 'column'\n  }, {\n    'android': device.android\n  }, {\n    'ios': device.ios\n  }, {\n    'css-mode': params.cssMode\n  }, {\n    'centered': params.cssMode && params.centeredSlides\n  }, {\n    'watch-progress': params.watchSlidesProgress\n  }], params.containerModifierClass);\n  classNames.push(...suffixes);\n  el.classList.add(...classNames);\n  swiper.emitContainerClasses();\n}",
  "export default function removeClasses() {\n  const swiper = this;\n  const {\n    el,\n    classNames\n  } = swiper;\n  el.classList.remove(...classNames);\n  swiper.emitContainerClasses();\n}",
  "import { getWindow } from 'ssr-window';\nexport default function Resize({\n  swiper,\n  on,\n  emit\n}) {\n  const window = getWindow();\n  let observer = null;\n  let animationFrame = null;\n  const resizeHandler = () => {\n    if (!swiper || swiper.destroyed || !swiper.initialized) return;\n    emit('beforeResize');\n    emit('resize');\n  };\n  const createObserver = () => {\n    if (!swiper || swiper.destroyed || !swiper.initialized) return;\n    observer = new ResizeObserver(entries => {\n      animationFrame = window.requestAnimationFrame(() => {\n        const {\n          width,\n          height\n        } = swiper;\n        let newWidth = width;\n        let newHeight = height;\n        entries.forEach(({\n          contentBoxSize,\n          contentRect,\n          target\n        }) => {\n          if (target && target !== swiper.el) return;\n          newWidth = contentRect ? contentRect.width : (contentBoxSize[0] || contentBoxSize).inlineSize;\n          newHeight = contentRect ? contentRect.height : (contentBoxSize[0] || contentBoxSize).blockSize;\n        });\n        if (newWidth !== width || newHeight !== height) {\n          resizeHandler();\n        }\n      });\n    });\n    observer.observe(swiper.el);\n  };\n  const removeObserver = () => {\n    if (animationFrame) {\n      window.cancelAnimationFrame(animationFrame);\n    }\n    if (observer && observer.unobserve && swiper.el) {\n      observer.unobserve(swiper.el);\n      observer = null;\n    }\n  };\n  const orientationChangeHandler = () => {\n    if (!swiper || swiper.destroyed || !swiper.initialized) return;\n    emit('orientationchange');\n  };\n  on('init', () => {\n    if (swiper.params.resizeObserver && typeof window.ResizeObserver !== 'undefined') {\n      createObserver();\n      return;\n    }\n    window.addEventListener('resize', resizeHandler);\n    window.addEventListener('orientationchange', orientationChangeHandler);\n  });\n  on('destroy', () => {\n    removeObserver();\n    window.removeEventListener('resize', resizeHandler);\n    window.removeEventListener('orientationchange', orientationChangeHandler);\n  });\n}",
  "import { getWindow } from 'ssr-window';\nimport { elementParents } from '../../../shared/utils.js';\nexport default function Observer({\n  swiper,\n  extendParams,\n  on,\n  emit\n}) {\n  const observers = [];\n  const window = getWindow();\n  const attach = (target, options = {}) => {\n    const ObserverFunc = window.MutationObserver || window.WebkitMutationObserver;\n    const observer = new ObserverFunc(mutations => {\n      // The observerUpdate event should only be triggered\n      // once despite the number of mutations.  Additional\n      // triggers are redundant and are very costly\n      if (swiper.__preventObserver__) return;\n      if (mutations.length === 1) {\n        emit('observerUpdate', mutations[0]);\n        return;\n      }\n      const observerUpdate = function observerUpdate() {\n        emit('observerUpdate', mutations[0]);\n      };\n      if (window.requestAnimationFrame) {\n        window.requestAnimationFrame(observerUpdate);\n      } else {\n        window.setTimeout(observerUpdate, 0);\n      }\n    });\n    observer.observe(target, {\n      attributes: typeof options.attributes === 'undefined' ? true : options.attributes,\n      childList: typeof options.childList === 'undefined' ? true : options.childList,\n      characterData: typeof options.characterData === 'undefined' ? true : options.characterData\n    });\n    observers.push(observer);\n  };\n  const init = () => {\n    if (!swiper.params.observer) return;\n    if (swiper.params.observeParents) {\n      const containerParents = elementParents(swiper.el);\n      for (let i = 0; i < containerParents.length; i += 1) {\n        attach(containerParents[i]);\n      }\n    }\n    // Observe container\n    attach(swiper.el, {\n      childList: swiper.params.observeSlideChildren\n    });\n\n    // Observe wrapper\n    attach(swiper.wrapperEl, {\n      attributes: false\n    });\n  };\n  const destroy = () => {\n    observers.forEach(observer => {\n      observer.disconnect();\n    });\n    observers.splice(0, observers.length);\n  };\n  extendParams({\n    observer: false,\n    observeParents: false,\n    observeSlideChildren: false\n  });\n  on('init', init);\n  on('destroy', destroy);\n}",
  "import createElementIfNotDefined from '../../shared/create-element-if-not-defined.js';\nexport default function Navigation({\n  swiper,\n  extendParams,\n  on,\n  emit\n}) {\n  extendParams({\n    navigation: {\n      nextEl: null,\n      prevEl: null,\n      hideOnClick: false,\n      disabledClass: 'swiper-button-disabled',\n      hiddenClass: 'swiper-button-hidden',\n      lockClass: 'swiper-button-lock',\n      navigationDisabledClass: 'swiper-navigation-disabled'\n    }\n  });\n  swiper.navigation = {\n    nextEl: null,\n    prevEl: null\n  };\n  const makeElementsArray = el => {\n    if (!Array.isArray(el)) el = [el].filter(e => !!e);\n    return el;\n  };\n  function getEl(el) {\n    let res;\n    if (el && typeof el === 'string' && swiper.isElement) {\n      res = swiper.el.shadowRoot.querySelector(el);\n      if (res) return res;\n    }\n    if (el) {\n      if (typeof el === 'string') res = [...document.querySelectorAll(el)];\n      if (swiper.params.uniqueNavElements && typeof el === 'string' && res.length > 1 && swiper.el.querySelectorAll(el).length === 1) {\n        res = swiper.el.querySelector(el);\n      }\n    }\n    if (el && !res) return el;\n    // if (Array.isArray(res) && res.length === 1) res = res[0];\n    return res;\n  }\n  function toggleEl(el, disabled) {\n    const params = swiper.params.navigation;\n    el = makeElementsArray(el);\n    el.forEach(subEl => {\n      if (subEl) {\n        subEl.classList[disabled ? 'add' : 'remove'](...params.disabledClass.split(' '));\n        if (subEl.tagName === 'BUTTON') subEl.disabled = disabled;\n        if (swiper.params.watchOverflow && swiper.enabled) {\n          subEl.classList[swiper.isLocked ? 'add' : 'remove'](params.lockClass);\n        }\n      }\n    });\n  }\n  function update() {\n    // Update Navigation Buttons\n    const {\n      nextEl,\n      prevEl\n    } = swiper.navigation;\n    if (swiper.params.loop) {\n      toggleEl(prevEl, false);\n      toggleEl(nextEl, false);\n      return;\n    }\n    toggleEl(prevEl, swiper.isBeginning && !swiper.params.rewind);\n    toggleEl(nextEl, swiper.isEnd && !swiper.params.rewind);\n  }\n  function onPrevClick(e) {\n    e.preventDefault();\n    if (swiper.isBeginning && !swiper.params.loop && !swiper.params.rewind) return;\n    swiper.slidePrev();\n    emit('navigationPrev');\n  }\n  function onNextClick(e) {\n    e.preventDefault();\n    if (swiper.isEnd && !swiper.params.loop && !swiper.params.rewind) return;\n    swiper.slideNext();\n    emit('navigationNext');\n  }\n  function init() {\n    const params = swiper.params.navigation;\n    swiper.params.navigation = createElementIfNotDefined(swiper, swiper.originalParams.navigation, swiper.params.navigation, {\n      nextEl: 'swiper-button-next',\n      prevEl: 'swiper-button-prev'\n    });\n    if (!(params.nextEl || params.prevEl)) return;\n    let nextEl = getEl(params.nextEl);\n    let prevEl = getEl(params.prevEl);\n    Object.assign(swiper.navigation, {\n      nextEl,\n      prevEl\n    });\n    nextEl = makeElementsArray(nextEl);\n    prevEl = makeElementsArray(prevEl);\n    const initButton = (el, dir) => {\n      if (el) {\n        el.addEventListener('click', dir === 'next' ? onNextClick : onPrevClick);\n      }\n      if (!swiper.enabled && el) {\n        el.classList.add(...params.lockClass.split(' '));\n      }\n    };\n    nextEl.forEach(el => initButton(el, 'next'));\n    prevEl.forEach(el => initButton(el, 'prev'));\n  }\n  function destroy() {\n    let {\n      nextEl,\n      prevEl\n    } = swiper.navigation;\n    nextEl = makeElementsArray(nextEl);\n    prevEl = makeElementsArray(prevEl);\n    const destroyButton = (el, dir) => {\n      el.removeEventListener('click', dir === 'next' ? onNextClick : onPrevClick);\n      el.classList.remove(...swiper.params.navigation.disabledClass.split(' '));\n    };\n    nextEl.forEach(el => destroyButton(el, 'next'));\n    prevEl.forEach(el => destroyButton(el, 'prev'));\n  }\n  on('init', () => {\n    if (swiper.params.navigation.enabled === false) {\n      // eslint-disable-next-line\n      disable();\n    } else {\n      init();\n      update();\n    }\n  });\n  on('toEdge fromEdge lock unlock', () => {\n    update();\n  });\n  on('destroy', () => {\n    destroy();\n  });\n  on('enable disable', () => {\n    let {\n      nextEl,\n      prevEl\n    } = swiper.navigation;\n    nextEl = makeElementsArray(nextEl);\n    prevEl = makeElementsArray(prevEl);\n    [...nextEl, ...prevEl].filter(el => !!el).forEach(el => el.classList[swiper.enabled ? 'remove' : 'add'](swiper.params.navigation.lockClass));\n  });\n  on('click', (_s, e) => {\n    let {\n      nextEl,\n      prevEl\n    } = swiper.navigation;\n    nextEl = makeElementsArray(nextEl);\n    prevEl = makeElementsArray(prevEl);\n    const targetEl = e.target;\n    if (swiper.params.navigation.hideOnClick && !prevEl.includes(targetEl) && !nextEl.includes(targetEl)) {\n      if (swiper.pagination && swiper.params.pagination && swiper.params.pagination.clickable && (swiper.pagination.el === targetEl || swiper.pagination.el.contains(targetEl))) return;\n      let isHidden;\n      if (nextEl.length) {\n        isHidden = nextEl[0].classList.contains(swiper.params.navigation.hiddenClass);\n      } else if (prevEl.length) {\n        isHidden = prevEl[0].classList.contains(swiper.params.navigation.hiddenClass);\n      }\n      if (isHidden === true) {\n        emit('navigationShow');\n      } else {\n        emit('navigationHide');\n      }\n      [...nextEl, ...prevEl].filter(el => !!el).forEach(el => el.classList.toggle(swiper.params.navigation.hiddenClass));\n    }\n  });\n  const enable = () => {\n    swiper.el.classList.remove(...swiper.params.navigation.navigationDisabledClass.split(' '));\n    init();\n    update();\n  };\n  const disable = () => {\n    swiper.el.classList.add(...swiper.params.navigation.navigationDisabledClass.split(' '));\n    destroy();\n  };\n  Object.assign(swiper.navigation, {\n    enable,\n    disable,\n    update,\n    init,\n    destroy\n  });\n}",
  "import { createElement, elementChildren } from './utils.js';\nexport default function createElementIfNotDefined(swiper, originalParams, params, checkProps) {\n  if (swiper.params.createElements) {\n    Object.keys(checkProps).forEach(key => {\n      if (!params[key] && params.auto === true) {\n        let element = elementChildren(swiper.el, `.${checkProps[key]}`)[0];\n        if (!element) {\n          element = createElement('div', checkProps[key]);\n          element.className = checkProps[key];\n          swiper.el.append(element);\n        }\n        params[key] = element;\n        originalParams[key] = element;\n      }\n    });\n  }\n  return params;\n}",
  "function isObject(o) {\n  return typeof o === 'object' && o !== null && o.constructor && Object.prototype.toString.call(o).slice(8, -1) === 'Object';\n}\nfunction extend(target, src) {\n  const noExtend = ['__proto__', 'constructor', 'prototype'];\n  Object.keys(src).filter(key => noExtend.indexOf(key) < 0).forEach(key => {\n    if (typeof target[key] === 'undefined') target[key] = src[key];else if (isObject(src[key]) && isObject(target[key]) && Object.keys(src[key]).length > 0) {\n      if (src[key].__swiper__) target[key] = src[key];else extend(target[key], src[key]);\n    } else {\n      target[key] = src[key];\n    }\n  });\n}\nfunction needsNavigation(params = {}) {\n  return params.navigation && typeof params.navigation.nextEl === 'undefined' && typeof params.navigation.prevEl === 'undefined';\n}\nfunction needsPagination(params = {}) {\n  return params.pagination && typeof params.pagination.el === 'undefined';\n}\nfunction needsScrollbar(params = {}) {\n  return params.scrollbar && typeof params.scrollbar.el === 'undefined';\n}\nfunction uniqueClasses(classNames = '') {\n  const classes = classNames.split(' ').map(c => c.trim()).filter(c => !!c);\n  const unique = [];\n  classes.forEach(c => {\n    if (unique.indexOf(c) < 0) unique.push(c);\n  });\n  return unique.join(' ');\n}\nfunction attrToProp(attrName = '') {\n  return attrName.replace(/-[a-z]/g, l => l.toUpperCase().replace('-', ''));\n}\nfunction wrapperClass(className = '') {\n  if (!className) return 'swiper-wrapper';\n  if (!className.includes('swiper-wrapper')) return `swiper-wrapper ${className}`;\n  return className;\n}\nexport { isObject, extend, needsNavigation, needsPagination, needsScrollbar, uniqueClasses, attrToProp, wrapperClass };",
  "/* underscore in name -> watch for changes */\nconst paramsList = ['eventsPrefix', 'injectStyles', 'injectStylesUrls', 'modules', 'init', '_direction', 'oneWayMovement', 'touchEventsTarget', 'initialSlide', '_speed', 'cssMode', 'updateOnWindowResize', 'resizeObserver', 'nested', 'focusableElements', '_enabled', '_width', '_height', 'preventInteractionOnTransition', 'userAgent', 'url', '_edgeSwipeDetection', '_edgeSwipeThreshold', '_freeMode', '_autoHeight', 'setWrapperSize', 'virtualTranslate', '_effect', 'breakpoints', '_spaceBetween', '_slidesPerView', 'maxBackfaceHiddenSlides', '_grid', '_slidesPerGroup', '_slidesPerGroupSkip', '_slidesPerGroupAuto', '_centeredSlides', '_centeredSlidesBounds', '_slidesOffsetBefore', '_slidesOffsetAfter', 'normalizeSlideIndex', '_centerInsufficientSlides', '_watchOverflow', 'roundLengths', 'touchRatio', 'touchAngle', 'simulateTouch', '_shortSwipes', '_longSwipes', 'longSwipesRatio', 'longSwipesMs', '_followFinger', 'allowTouchMove', '_threshold', 'touchMoveStopPropagation', 'touchStartPreventDefault', 'touchStartForcePreventDefault', 'touchReleaseOnEdges', 'uniqueNavElements', '_resistance', '_resistanceRatio', '_watchSlidesProgress', '_grabCursor', 'preventClicks', 'preventClicksPropagation', '_slideToClickedSlide', '_loop', 'loopedSlides', 'loopPreventsSliding', '_rewind', '_allowSlidePrev', '_allowSlideNext', '_swipeHandler', '_noSwiping', 'noSwipingClass', 'noSwipingSelector', 'passiveListeners', 'containerModifierClass', 'slideClass', 'slideActiveClass', 'slideVisibleClass', 'slideNextClass', 'slidePrevClass', 'wrapperClass', 'lazyPreloaderClass', 'lazyPreloadPrevNext', 'runCallbacksOnInit', 'observer', 'observeParents', 'observeSlideChildren',\n// modules\n'a11y', '_autoplay', '_controller', 'coverflowEffect', 'cubeEffect', 'fadeEffect', 'flipEffect', 'creativeEffect', 'cardsEffect', 'hashNavigation', 'history', 'keyboard', 'mousewheel', '_navigation', '_pagination', 'parallax', '_scrollbar', '_thumbs', 'virtual', 'zoom', 'control'];\nexport { paramsList };",
  "import React from 'react';\nfunction isChildSwiperSlide(child) {\n  return child.type && child.type.displayName && child.type.displayName.includes('SwiperSlide');\n}\nfunction processChildren(c) {\n  const slides = [];\n  React.Children.toArray(c).forEach(child => {\n    if (isChildSwiperSlide(child)) {\n      slides.push(child);\n    } else if (child.props && child.props.children) {\n      processChildren(child.props.children).forEach(slide => slides.push(slide));\n    }\n  });\n  return slides;\n}\nfunction getChildren(c) {\n  const slides = [];\n  const slots = {\n    'container-start': [],\n    'container-end': [],\n    'wrapper-start': [],\n    'wrapper-end': []\n  };\n  React.Children.toArray(c).forEach(child => {\n    if (isChildSwiperSlide(child)) {\n      slides.push(child);\n    } else if (child.props && child.props.slot && slots[child.props.slot]) {\n      slots[child.props.slot].push(child);\n    } else if (child.props && child.props.children) {\n      const foundSlides = processChildren(child.props.children);\n      if (foundSlides.length > 0) {\n        foundSlides.forEach(slide => slides.push(slide));\n      } else {\n        slots['container-end'].push(child);\n      }\n    } else {\n      slots['container-end'].push(child);\n    }\n  });\n  return {\n    slides,\n    slots\n  };\n}\nexport { getChildren };",
  "import { useEffect, useLayoutEffect } from 'react';\nfunction useIsomorphicLayoutEffect(callback, deps) {\n  // eslint-disable-next-line\n  if (typeof window === 'undefined') return useEffect(callback, deps);\n  return useLayoutEffect(callback, deps);\n}\nexport { useIsomorphicLayoutEffect };",
  "import { createContext, useContext } from 'react';\nexport const SwiperSlideContext = /*#__PURE__*/createContext(null);\nexport const useSwiperSlide = () => {\n  return useContext(SwiperSlideContext);\n};\nexport const SwiperContext = /*#__PURE__*/createContext(null);\nexport const useSwiper = () => {\n  return useContext(SwiperContext);\n};",
  "function _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport React, { useRef, useState, useEffect, forwardRef } from 'react';\nimport SwiperCore from 'swiper';\nimport { getParams } from '../components-shared/get-params.js';\nimport { mountSwiper } from '../components-shared/mount-swiper.js';\nimport { needsScrollbar, needsNavigation, needsPagination, uniqueClasses, extend, wrapperClass } from '../components-shared/utils.js';\nimport { getChangedParams } from '../components-shared/get-changed-params.js';\nimport { getChildren } from './get-children.js';\nimport { updateSwiper } from '../components-shared/update-swiper.js';\nimport { renderVirtual } from './virtual.js';\nimport { updateOnVirtualData } from '../components-shared/update-on-virtual-data.js';\nimport { useIsomorphicLayoutEffect } from './use-isomorphic-layout-effect.js';\nimport { SwiperContext } from './context.js';\nconst Swiper = /*#__PURE__*/forwardRef(function (_temp, externalElRef) {\n  let {\n    className,\n    tag: Tag = 'div',\n    wrapperTag: WrapperTag = 'div',\n    children,\n    onSwiper,\n    ...rest\n  } = _temp === void 0 ? {} : _temp;\n  let eventsAssigned = false;\n  const [containerClasses, setContainerClasses] = useState('swiper');\n  const [virtualData, setVirtualData] = useState(null);\n  const [breakpointChanged, setBreakpointChanged] = useState(false);\n  const initializedRef = useRef(false);\n  const swiperElRef = useRef(null);\n  const swiperRef = useRef(null);\n  const oldPassedParamsRef = useRef(null);\n  const oldSlides = useRef(null);\n  const nextElRef = useRef(null);\n  const prevElRef = useRef(null);\n  const paginationElRef = useRef(null);\n  const scrollbarElRef = useRef(null);\n  const {\n    params: swiperParams,\n    passedParams,\n    rest: restProps,\n    events\n  } = getParams(rest);\n  const {\n    slides,\n    slots\n  } = getChildren(children);\n  const onBeforeBreakpoint = () => {\n    setBreakpointChanged(!breakpointChanged);\n  };\n  Object.assign(swiperParams.on, {\n    _containerClasses(swiper, classes) {\n      setContainerClasses(classes);\n    }\n  });\n  const initSwiper = () => {\n    // init swiper\n    Object.assign(swiperParams.on, events);\n    eventsAssigned = true;\n    const passParams = {\n      ...swiperParams\n    };\n    delete passParams.wrapperClass;\n    swiperRef.current = new SwiperCore(passParams);\n    if (swiperRef.current.virtual && swiperRef.current.params.virtual.enabled) {\n      swiperRef.current.virtual.slides = slides;\n      const extendWith = {\n        cache: false,\n        slides,\n        renderExternal: setVirtualData,\n        renderExternalUpdate: false\n      };\n      extend(swiperRef.current.params.virtual, extendWith);\n      extend(swiperRef.current.originalParams.virtual, extendWith);\n    }\n  };\n  if (!swiperElRef.current) {\n    initSwiper();\n  }\n\n  // Listen for breakpoints change\n  if (swiperRef.current) {\n    swiperRef.current.on('_beforeBreakpoint', onBeforeBreakpoint);\n  }\n  const attachEvents = () => {\n    if (eventsAssigned || !events || !swiperRef.current) return;\n    Object.keys(events).forEach(eventName => {\n      swiperRef.current.on(eventName, events[eventName]);\n    });\n  };\n  const detachEvents = () => {\n    if (!events || !swiperRef.current) return;\n    Object.keys(events).forEach(eventName => {\n      swiperRef.current.off(eventName, events[eventName]);\n    });\n  };\n  useEffect(() => {\n    return () => {\n      if (swiperRef.current) swiperRef.current.off('_beforeBreakpoint', onBeforeBreakpoint);\n    };\n  });\n\n  // set initialized flag\n  useEffect(() => {\n    if (!initializedRef.current && swiperRef.current) {\n      swiperRef.current.emitSlidesClasses();\n      initializedRef.current = true;\n    }\n  });\n\n  // mount swiper\n  useIsomorphicLayoutEffect(() => {\n    if (externalElRef) {\n      externalElRef.current = swiperElRef.current;\n    }\n    if (!swiperElRef.current) return;\n    if (swiperRef.current.destroyed) {\n      initSwiper();\n    }\n    mountSwiper({\n      el: swiperElRef.current,\n      nextEl: nextElRef.current,\n      prevEl: prevElRef.current,\n      paginationEl: paginationElRef.current,\n      scrollbarEl: scrollbarElRef.current,\n      swiper: swiperRef.current\n    }, swiperParams);\n    if (onSwiper) onSwiper(swiperRef.current);\n    // eslint-disable-next-line\n    return () => {\n      if (swiperRef.current && !swiperRef.current.destroyed) {\n        swiperRef.current.destroy(true, false);\n      }\n    };\n  }, []);\n\n  // watch for params change\n  useIsomorphicLayoutEffect(() => {\n    attachEvents();\n    const changedParams = getChangedParams(passedParams, oldPassedParamsRef.current, slides, oldSlides.current, c => c.key);\n    oldPassedParamsRef.current = passedParams;\n    oldSlides.current = slides;\n    if (changedParams.length && swiperRef.current && !swiperRef.current.destroyed) {\n      updateSwiper({\n        swiper: swiperRef.current,\n        slides,\n        passedParams,\n        changedParams,\n        nextEl: nextElRef.current,\n        prevEl: prevElRef.current,\n        scrollbarEl: scrollbarElRef.current,\n        paginationEl: paginationElRef.current\n      });\n    }\n    return () => {\n      detachEvents();\n    };\n  });\n\n  // update on virtual update\n  useIsomorphicLayoutEffect(() => {\n    updateOnVirtualData(swiperRef.current);\n  }, [virtualData]);\n\n  // bypass swiper instance to slides\n  function renderSlides() {\n    if (swiperParams.virtual) {\n      return renderVirtual(swiperRef.current, slides, virtualData);\n    }\n    return slides.map((child, index) => {\n      return /*#__PURE__*/React.cloneElement(child, {\n        swiper: swiperRef.current,\n        swiperSlideIndex: index\n      });\n    });\n  }\n  return /*#__PURE__*/React.createElement(Tag, _extends({\n    ref: swiperElRef,\n    className: uniqueClasses(`${containerClasses}${className ? ` ${className}` : ''}`)\n  }, restProps), /*#__PURE__*/React.createElement(SwiperContext.Provider, {\n    value: swiperRef.current\n  }, slots['container-start'], /*#__PURE__*/React.createElement(WrapperTag, {\n    className: wrapperClass(swiperParams.wrapperClass)\n  }, slots['wrapper-start'], renderSlides(), slots['wrapper-end']), needsNavigation(swiperParams) && /*#__PURE__*/React.createElement(React.Fragment, null, /*#__PURE__*/React.createElement(\"div\", {\n    ref: prevElRef,\n    className: \"swiper-button-prev\"\n  }), /*#__PURE__*/React.createElement(\"div\", {\n    ref: nextElRef,\n    className: \"swiper-button-next\"\n  })), needsScrollbar(swiperParams) && /*#__PURE__*/React.createElement(\"div\", {\n    ref: scrollbarElRef,\n    className: \"swiper-scrollbar\"\n  }), needsPagination(swiperParams) && /*#__PURE__*/React.createElement(\"div\", {\n    ref: paginationElRef,\n    className: \"swiper-pagination\"\n  }), slots['container-end']));\n});\nSwiper.displayName = 'Swiper';\nexport { Swiper };",
  "import Swiper from 'swiper';\nimport { isObject, extend } from './utils.js';\nimport { paramsList } from './params-list.js';\nfunction getParams(obj = {}, splitEvents = true) {\n  const params = {\n    on: {}\n  };\n  const events = {};\n  const passedParams = {};\n  extend(params, Swiper.defaults);\n  extend(params, Swiper.extendedDefaults);\n  params._emitClasses = true;\n  params.init = false;\n  const rest = {};\n  const allowedParams = paramsList.map(key => key.replace(/_/, ''));\n  const plainObj = Object.assign({}, obj);\n  Object.keys(plainObj).forEach(key => {\n    if (typeof obj[key] === 'undefined') return;\n    if (allowedParams.indexOf(key) >= 0) {\n      if (isObject(obj[key])) {\n        params[key] = {};\n        passedParams[key] = {};\n        extend(params[key], obj[key]);\n        extend(passedParams[key], obj[key]);\n      } else {\n        params[key] = obj[key];\n        passedParams[key] = obj[key];\n      }\n    } else if (key.search(/on[A-Z]/) === 0 && typeof obj[key] === 'function') {\n      if (splitEvents) {\n        events[`${key[2].toLowerCase()}${key.substr(3)}`] = obj[key];\n      } else {\n        params.on[`${key[2].toLowerCase()}${key.substr(3)}`] = obj[key];\n      }\n    } else {\n      rest[key] = obj[key];\n    }\n  });\n  ['navigation', 'pagination', 'scrollbar'].forEach(key => {\n    if (params[key] === true) params[key] = {};\n    if (params[key] === false) delete params[key];\n  });\n  return {\n    params,\n    passedParams,\n    rest,\n    events\n  };\n}\nexport { getParams };",
  "import { needsNavigation, needsPagination, needsScrollbar } from './utils.js';\nfunction mountSwiper({\n  el,\n  nextEl,\n  prevEl,\n  paginationEl,\n  scrollbarEl,\n  swiper\n}, swiperParams) {\n  if (needsNavigation(swiperParams) && nextEl && prevEl) {\n    swiper.params.navigation.nextEl = nextEl;\n    swiper.originalParams.navigation.nextEl = nextEl;\n    swiper.params.navigation.prevEl = prevEl;\n    swiper.originalParams.navigation.prevEl = prevEl;\n  }\n  if (needsPagination(swiperParams) && paginationEl) {\n    swiper.params.pagination.el = paginationEl;\n    swiper.originalParams.pagination.el = paginationEl;\n  }\n  if (needsScrollbar(swiperParams) && scrollbarEl) {\n    swiper.params.scrollbar.el = scrollbarEl;\n    swiper.originalParams.scrollbar.el = scrollbarEl;\n  }\n  swiper.init(el);\n}\nexport { mountSwiper };",
  "import { paramsList } from './params-list.js';\nimport { isObject } from './utils.js';\nfunction getChangedParams(swiperParams, oldParams, children, oldChildren, getKey) {\n  const keys = [];\n  if (!oldParams) return keys;\n  const addKey = key => {\n    if (keys.indexOf(key) < 0) keys.push(key);\n  };\n  if (children && oldChildren) {\n    const oldChildrenKeys = oldChildren.map(getKey);\n    const childrenKeys = children.map(getKey);\n    if (oldChildrenKeys.join('') !== childrenKeys.join('')) addKey('children');\n    if (oldChildren.length !== children.length) addKey('children');\n  }\n  const watchParams = paramsList.filter(key => key[0] === '_').map(key => key.replace(/_/, ''));\n  watchParams.forEach(key => {\n    if (key in swiperParams && key in oldParams) {\n      if (isObject(swiperParams[key]) && isObject(oldParams[key])) {\n        const newKeys = Object.keys(swiperParams[key]);\n        const oldKeys = Object.keys(oldParams[key]);\n        if (newKeys.length !== oldKeys.length) {\n          addKey(key);\n        } else {\n          newKeys.forEach(newKey => {\n            if (swiperParams[key][newKey] !== oldParams[key][newKey]) {\n              addKey(key);\n            }\n          });\n          oldKeys.forEach(oldKey => {\n            if (swiperParams[key][oldKey] !== oldParams[key][oldKey]) addKey(key);\n          });\n        }\n      } else if (swiperParams[key] !== oldParams[key]) {\n        addKey(key);\n      }\n    }\n  });\n  return keys;\n}\nexport { getChangedParams };",
  "import { isObject, extend } from './utils.js';\nfunction updateSwiper({\n  swiper,\n  slides,\n  passedParams,\n  changedParams,\n  nextEl,\n  prevEl,\n  scrollbarEl,\n  paginationEl\n}) {\n  const updateParams = changedParams.filter(key => key !== 'children' && key !== 'direction' && key !== 'wrapperClass');\n  const {\n    params: currentParams,\n    pagination,\n    navigation,\n    scrollbar,\n    virtual,\n    thumbs\n  } = swiper;\n  let needThumbsInit;\n  let needControllerInit;\n  let needPaginationInit;\n  let needScrollbarInit;\n  let needNavigationInit;\n  let loopNeedDestroy;\n  let loopNeedEnable;\n  let loopNeedReloop;\n  if (changedParams.includes('thumbs') && passedParams.thumbs && passedParams.thumbs.swiper && currentParams.thumbs && !currentParams.thumbs.swiper) {\n    needThumbsInit = true;\n  }\n  if (changedParams.includes('controller') && passedParams.controller && passedParams.controller.control && currentParams.controller && !currentParams.controller.control) {\n    needControllerInit = true;\n  }\n  if (changedParams.includes('pagination') && passedParams.pagination && (passedParams.pagination.el || paginationEl) && (currentParams.pagination || currentParams.pagination === false) && pagination && !pagination.el) {\n    needPaginationInit = true;\n  }\n  if (changedParams.includes('scrollbar') && passedParams.scrollbar && (passedParams.scrollbar.el || scrollbarEl) && (currentParams.scrollbar || currentParams.scrollbar === false) && scrollbar && !scrollbar.el) {\n    needScrollbarInit = true;\n  }\n  if (changedParams.includes('navigation') && passedParams.navigation && (passedParams.navigation.prevEl || prevEl) && (passedParams.navigation.nextEl || nextEl) && (currentParams.navigation || currentParams.navigation === false) && navigation && !navigation.prevEl && !navigation.nextEl) {\n    needNavigationInit = true;\n  }\n  const destroyModule = mod => {\n    if (!swiper[mod]) return;\n    swiper[mod].destroy();\n    if (mod === 'navigation') {\n      if (swiper.isElement) {\n        swiper[mod].prevEl.remove();\n        swiper[mod].nextEl.remove();\n      }\n      currentParams[mod].prevEl = undefined;\n      currentParams[mod].nextEl = undefined;\n      swiper[mod].prevEl = undefined;\n      swiper[mod].nextEl = undefined;\n    } else {\n      if (swiper.isElement) {\n        swiper[mod].el.remove();\n      }\n      currentParams[mod].el = undefined;\n      swiper[mod].el = undefined;\n    }\n  };\n  if (changedParams.includes('loop') && swiper.isElement) {\n    if (currentParams.loop && !passedParams.loop) {\n      loopNeedDestroy = true;\n    } else if (!currentParams.loop && passedParams.loop) {\n      loopNeedEnable = true;\n    } else {\n      loopNeedReloop = true;\n    }\n  }\n  updateParams.forEach(key => {\n    if (isObject(currentParams[key]) && isObject(passedParams[key])) {\n      extend(currentParams[key], passedParams[key]);\n      if ((key === 'navigation' || key === 'pagination' || key === 'scrollbar') && 'enabled' in passedParams[key] && !passedParams[key].enabled) {\n        destroyModule(key);\n      }\n    } else {\n      const newValue = passedParams[key];\n      if ((newValue === true || newValue === false) && (key === 'navigation' || key === 'pagination' || key === 'scrollbar')) {\n        if (newValue === false) {\n          destroyModule(key);\n        }\n      } else {\n        currentParams[key] = passedParams[key];\n      }\n    }\n  });\n  if (updateParams.includes('controller') && !needControllerInit && swiper.controller && swiper.controller.control && currentParams.controller && currentParams.controller.control) {\n    swiper.controller.control = currentParams.controller.control;\n  }\n  if (changedParams.includes('children') && slides && virtual && currentParams.virtual.enabled) {\n    virtual.slides = slides;\n    virtual.update(true);\n  }\n  if (changedParams.includes('children') && slides && currentParams.loop) {\n    loopNeedReloop = true;\n  }\n  if (needThumbsInit) {\n    const initialized = thumbs.init();\n    if (initialized) thumbs.update(true);\n  }\n  if (needControllerInit) {\n    swiper.controller.control = currentParams.controller.control;\n  }\n  if (needPaginationInit) {\n    if (swiper.isElement && (!paginationEl || typeof paginationEl === 'string')) {\n      paginationEl = document.createElement('div');\n      paginationEl.classList.add('swiper-pagination');\n      swiper.el.shadowEl.appendChild(paginationEl);\n    }\n    if (paginationEl) currentParams.pagination.el = paginationEl;\n    pagination.init();\n    pagination.render();\n    pagination.update();\n  }\n  if (needScrollbarInit) {\n    if (swiper.isElement && (!scrollbarEl || typeof scrollbarEl === 'string')) {\n      scrollbarEl = document.createElement('div');\n      scrollbarEl.classList.add('swiper-scrollbar');\n      swiper.el.shadowEl.appendChild(scrollbarEl);\n    }\n    if (scrollbarEl) currentParams.scrollbar.el = scrollbarEl;\n    scrollbar.init();\n    scrollbar.updateSize();\n    scrollbar.setTranslate();\n  }\n  if (needNavigationInit) {\n    if (swiper.isElement) {\n      if (!nextEl || typeof nextEl === 'string') {\n        nextEl = document.createElement('div');\n        nextEl.classList.add('swiper-button-next');\n        swiper.el.shadowEl.appendChild(nextEl);\n      }\n      if (!prevEl || typeof prevEl === 'string') {\n        prevEl = document.createElement('div');\n        prevEl.classList.add('swiper-button-prev');\n        swiper.el.shadowEl.appendChild(prevEl);\n      }\n    }\n    if (nextEl) currentParams.navigation.nextEl = nextEl;\n    if (prevEl) currentParams.navigation.prevEl = prevEl;\n    navigation.init();\n    navigation.update();\n  }\n  if (changedParams.includes('allowSlideNext')) {\n    swiper.allowSlideNext = passedParams.allowSlideNext;\n  }\n  if (changedParams.includes('allowSlidePrev')) {\n    swiper.allowSlidePrev = passedParams.allowSlidePrev;\n  }\n  if (changedParams.includes('direction')) {\n    swiper.changeDirection(passedParams.direction, false);\n  }\n  if (loopNeedDestroy || loopNeedReloop) {\n    swiper.loopDestroy();\n  }\n  if (loopNeedEnable || loopNeedReloop) {\n    swiper.loopCreate();\n  }\n  swiper.update();\n}\nexport { updateSwiper };",
  "export const updateOnVirtualData = swiper => {\n  if (!swiper || swiper.destroyed || !swiper.params.virtual || swiper.params.virtual && !swiper.params.virtual.enabled) return;\n  swiper.updateSlides();\n  swiper.updateProgress();\n  swiper.updateSlidesClasses();\n  if (swiper.parallax && swiper.params.parallax && swiper.params.parallax.enabled) {\n    swiper.parallax.setTranslate();\n  }\n};",
  "import React from 'react';\nfunction renderVirtual(swiper, slides, virtualData) {\n  if (!virtualData) return null;\n  const getSlideIndex = index => {\n    let slideIndex = index;\n    if (index < 0) {\n      slideIndex = slides.length + index;\n    } else if (slideIndex >= slides.length) {\n      // eslint-disable-next-line\n      slideIndex = slideIndex - slides.length;\n    }\n    return slideIndex;\n  };\n  const style = swiper.isHorizontal() ? {\n    [swiper.rtlTranslate ? 'right' : 'left']: `${virtualData.offset}px`\n  } : {\n    top: `${virtualData.offset}px`\n  };\n  const {\n    from,\n    to\n  } = virtualData;\n  const loopFrom = swiper.params.loop ? -slides.length : 0;\n  const loopTo = swiper.params.loop ? slides.length * 2 : slides.length;\n  const slidesToRender = [];\n  for (let i = loopFrom; i < loopTo; i += 1) {\n    if (i >= from && i <= to) {\n      slidesToRender.push(slides[getSlideIndex(i)]);\n    }\n  }\n  return slidesToRender.map((child, index) => {\n    return /*#__PURE__*/React.cloneElement(child, {\n      swiper,\n      style,\n      key: `slide-${index}`\n    });\n  });\n}\nexport { renderVirtual };",
  "function _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport React, { useRef, useState, forwardRef } from 'react';\nimport { uniqueClasses } from '../components-shared/utils.js';\nimport { useIsomorphicLayoutEffect } from './use-isomorphic-layout-effect.js';\nimport { SwiperSlideContext } from './context.js';\nconst SwiperSlide = /*#__PURE__*/forwardRef(function (_temp, externalRef) {\n  let {\n    tag: Tag = 'div',\n    children,\n    className = '',\n    swiper,\n    zoom,\n    lazy,\n    virtualIndex,\n    swiperSlideIndex,\n    ...rest\n  } = _temp === void 0 ? {} : _temp;\n  const slideElRef = useRef(null);\n  const [slideClasses, setSlideClasses] = useState('swiper-slide');\n  const [lazyLoaded, setLazyLoaded] = useState(false);\n  function updateClasses(_s, el, classNames) {\n    if (el === slideElRef.current) {\n      setSlideClasses(classNames);\n    }\n  }\n  useIsomorphicLayoutEffect(() => {\n    if (typeof swiperSlideIndex !== 'undefined') {\n      slideElRef.current.swiperSlideIndex = swiperSlideIndex;\n    }\n    if (externalRef) {\n      externalRef.current = slideElRef.current;\n    }\n    if (!slideElRef.current || !swiper) {\n      return;\n    }\n    if (swiper.destroyed) {\n      if (slideClasses !== 'swiper-slide') {\n        setSlideClasses('swiper-slide');\n      }\n      return;\n    }\n    swiper.on('_slideClass', updateClasses);\n    // eslint-disable-next-line\n    return () => {\n      if (!swiper) return;\n      swiper.off('_slideClass', updateClasses);\n    };\n  });\n  useIsomorphicLayoutEffect(() => {\n    if (swiper && slideElRef.current && !swiper.destroyed) {\n      setSlideClasses(swiper.getSlideClasses(slideElRef.current));\n    }\n  }, [swiper]);\n  const slideData = {\n    isActive: slideClasses.indexOf('swiper-slide-active') >= 0,\n    isVisible: slideClasses.indexOf('swiper-slide-visible') >= 0,\n    isPrev: slideClasses.indexOf('swiper-slide-prev') >= 0,\n    isNext: slideClasses.indexOf('swiper-slide-next') >= 0\n  };\n  const renderChildren = () => {\n    return typeof children === 'function' ? children(slideData) : children;\n  };\n  const onLoad = () => {\n    setLazyLoaded(true);\n  };\n  return /*#__PURE__*/React.createElement(Tag, _extends({\n    ref: slideElRef,\n    className: uniqueClasses(`${slideClasses}${className ? ` ${className}` : ''}`),\n    \"data-swiper-slide-index\": virtualIndex,\n    onLoad: onLoad\n  }, rest), zoom && /*#__PURE__*/React.createElement(SwiperSlideContext.Provider, {\n    value: slideData\n  }, /*#__PURE__*/React.createElement(\"div\", {\n    className: \"swiper-zoom-container\",\n    \"data-swiper-zoom\": typeof zoom === 'number' ? zoom : undefined\n  }, renderChildren(), lazy && !lazyLoaded && /*#__PURE__*/React.createElement(\"div\", {\n    className: \"swiper-lazy-preloader\"\n  }))), !zoom && /*#__PURE__*/React.createElement(SwiperSlideContext.Provider, {\n    value: slideData\n  }, renderChildren(), lazy && !lazyLoaded && /*#__PURE__*/React.createElement(\"div\", {\n    className: \"swiper-lazy-preloader\"\n  })));\n});\nSwiperSlide.displayName = 'SwiperSlide';\nexport { SwiperSlide };",
  "var _g;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgSubway(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    xmlns: \"http://www.w3.org/2000/svg\",\n    xmlnsXlink: \"http://www.w3.org/1999/xlink\",\n    x: \"0px\",\n    y: \"0px\",\n    viewBox: \"0 0 240 47.9\",\n    enableBackground: \"new 0 0 240 47.9\",\n    xmlSpace: \"preserve\",\n    role: \"img\",\n    \"aria-labelledby\": titleId,\n    ref: svgRef\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _g || (_g = /*#__PURE__*/React.createElement(\"g\", null, /*#__PURE__*/React.createElement(\"path\", {\n    fill: \"#F2B700\",\n    d: \"M39.2,32c0,5.9-3.4,9.5-8.8,10.6c-1.5,0.3-4,0.3-5.7,0.3l-13.1-0.1v5L0,38.3l11.6-9.5v5l14.7,0.1 c1.4,0,2-0.8,2-1.6c0-1.5-1.4-2-5.6-4c-6.7-3.2-11.9-5.5-11.9-12.8c0-5.7,4.1-9.6,10.1-10.4c1.2-0.2,3.5-0.2,4.9-0.2 c3,0,11.4,0.2,11.4,0.2v9.1L23.4,14c-1.2,0-1.8,0.8-1.8,1.6c0,1.2,1,1.7,4.9,3.5C34.7,22.9,39.2,25,39.2,32z M60.9,31.3 c0,1.7-1.5,3.1-4.2,3.1c-2.9,0-4.2-1.4-4.2-3.1V5H41.2v27.2c0,6,5,11.7,15.4,11.7c9.9,0,15.4-5.6,15.4-11.7V5H60.9V31.3z  M106.7,31.5c0,7.5-5.1,11.6-12.5,11.6H75.5V5h18c8.1,0,12.2,4.5,12.2,10.4c0,3-1.4,5.6-4.2,7.5C104.8,24.7,106.7,27.5,106.7,31.5z  M86.6,20.1l5.2,0c2,0,2.9-1.4,2.9-3.4c0-2.1-0.9-3.4-2.9-3.4h-5.2V20.1z M95.4,31c0-2.3-1.1-3.6-3.1-3.6h-5.7v7.2h5.7 C94.4,34.6,95.4,33.2,95.4,31z\"\n  }), /*#__PURE__*/React.createElement(\"g\", null, /*#__PURE__*/React.createElement(\"path\", {\n    fill: \"#008938\",\n    d: \"M144.1,5h11.1v26.8c0,6.2-4.4,11.8-13.7,11.8c-4,0-7.1-1.2-9.3-3c-2.2,1.8-5.2,3-8.9,3 c-9.9,0-14-5.6-14-11.8V5h11.1v26.6c0,1.1,0.6,2.5,3.1,2.5c2.5,0,3.2-1.3,3.2-2.5V5h11.1v26.6c0,1.1,0.6,2.5,3.1,2.5 c2.5,0,3.2-1.3,3.2-2.5V5z M203,20L203,5h-11v16c0,5.3,3.6,9.3,9.7,11l0,11H213V32c6.2-1.7,9.6-5.7,9.6-11v-5.9 c0-0.6,0.3-0.9,0.9-0.9l4.9,0v4.8L240,9.5L228.4,0v4.8h-7.7c-6.5,0-9.2,3.8-9.2,9.2v6c0,1.4-1,3.1-4.3,3.1 C204,23.1,203,21.4,203,20z M189.2,15.9v27.2h-11.1V32h-8.4l0,11h-11.1V15.9c0-6.8,5.6-12,15.3-12C183.5,3.9,189.2,9,189.2,15.9z  M178.1,23.3l0-6.8c0-1.8-1.3-3.1-4.2-3.1c-3,0-4.2,1.3-4.2,3.1v6.8H178.1z\"\n  })))));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgSubway);\nexport default __webpack_public_path__ + \"static/media/subwayb8b89d116ba66526021a3e3867b49fe7.svg\";\nexport { ForwardRef as ReactComponent };",
  "var _path;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgStarbucks(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 109,\n    height: 109,\n    viewBox: \"0 0 109 109\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _path || (_path = /*#__PURE__*/React.createElement(\"path\", {\n    fillRule: \"evenodd\",\n    clipRule: \"evenodd\",\n    d: \"M108.118 58.191C108.111 58.0234 108.105 57.8535 108.1 57.6806L108.094 56.7561C104.461 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  "var _defs, _g;\nfunction _extends() { _extends = Object.assign ? 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{\\n        stroke-width: 0px;\\n      }\\n\\n      .cls-2 {\\n        fill: #c41230;\\n      }\\n\\n      .cls-3 {\\n        fill: #fff;\\n      }\\n\\n      .cls-4 {\\n        fill: #fff1e2;\\n      }\\n\\n      .cls-5 {\\n        fill: #f5d4b7;\\n      }\\n    \"))), _g || (_g = /*#__PURE__*/React.createElement(\"g\", {\n    id: \"Layer_1\",\n    \"data-name\": \"Layer 1\"\n  }, /*#__PURE__*/React.createElement(\"g\", null, /*#__PURE__*/React.createElement(\"path\", {\n    className: \"cls-3\",\n    d: \"m86.4,0C38.68,0,0,38.68,0,86.4s38.68,86.39,86.4,86.39,86.39-38.69,86.39-86.39S134.11,0,86.4,0\"\n  }), /*#__PURE__*/React.createElement(\"path\", {\n    className: \"cls-2\",\n    d: 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  "var _path, _path2, _path3;\nfunction _extends() { _extends = Object.assign ? 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  "var _path, _path2;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgNordsee(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    width: 1701,\n    height: 270,\n    viewBox: \"0 0 1701 270\",\n    fill: \"none\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _path || (_path = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M323.262 26.316C266.703 26.316 214.416 67.878 214.416 127.35C214.416 190.995 260.187 235.944 323.262 235.944C386.34 235.944 431.856 190.995 431.856 127.35C431.856 67.878 379.821 26.316 323.262 26.316ZM886.641 27.576C847.281 27.576 818.865 53.676 818.865 93.588C818.865 131.667 839.967 139.89 872.025 149.019C882.975 152.148 903.015 157.095 903.015 171.441C903.015 185.268 890.313 191.346 878.325 191.346C860.862 191.346 845.745 182.154 832.974 170.94L811.053 212.259C831.123 226.347 855.333 234.684 880.089 234.684C899.898 234.684 920.394 229.08 935.772 216.039C951.408 202.734 956.181 182.691 956.181 163.128C956.181 131.304 935.169 117.546 907.806 109.461L894.702 105.429C885.84 102.561 872.028 98.259 872.028 86.784C872.028 75.828 884.562 70.407 893.946 70.407C906.459 70.407 918.324 75.429 927.711 83.256L948.117 43.701C930.657 33.789 906.45 27.576 886.641 27.576ZM0.003 32.865V229.395H51.15V108.954H51.654L145.38 229.389H196.278V32.865H145.38V153.054H144.876L51.15 32.865H0H0.003ZM452.013 32.865V229.395H503.163V153.804H503.664L551.79 229.392H615.282L553.551 148.767C581.439 143.811 596.637 120.462 596.637 93.336C596.637 51.339 567.192 32.865 528.357 32.865H452.013ZM629.139 32.865V229.395H701.703C756.177 229.395 801.48 186.426 801.48 131.13C801.48 75.828 756.438 32.865 701.703 32.865H629.139ZM980.37 32.865V229.395H1092.24V186.054H1031.52V152.295H1089.21V108.954H1031.52V75.951H1092.24V32.865H980.367H980.37ZM1123.73 32.865V229.395H1235.6V186.054H1174.88V152.295H1232.32V108.954H1174.88V75.951H1235.6V32.865H1123.73H1123.73ZM503.157 71.919H507.945C524.625 71.919 543.471 74.97 543.471 96.36C543.471 117.75 524.628 120.798 507.945 120.798H503.157V71.919ZM323.259 75.699C353.754 75.699 378.69 100.476 378.69 127.599C378.69 161.511 353.754 186.309 323.259 186.309C292.764 186.309 267.579 161.511 267.579 127.599C267.579 100.476 292.764 75.699 323.259 75.699ZM680.283 75.951H692.379C725.22 75.951 748.311 95.913 748.314 131.13C748.314 169.47 722.367 186.057 691.875 186.057H680.283V75.951Z\",\n    fill: \"#003B78\"\n  })), _path2 || (_path2 = /*#__PURE__*/React.createElement(\"path\", {\n    d: \"M1368.45 134.853C1370.76 138.552 1401.95 177.627 1467.21 181.092V250.647C1340.65 245.925 1279.26 146.157 1273.6 134.853C1279.26 123.549 1340.65 23.784 1467.21 19.059V88.617C1401.95 92.082 1370.76 131.157 1368.45 134.853H1368.45ZM1489.18 180.834C1518.53 178.461 1551.89 167.1 1590.71 134.853C1551.89 102.609 1518.53 91.248 1489.18 88.875V19.221C1557.51 22.869 1602.65 55.821 1636.46 89.067C1659.4 62.277 1683.13 29.493 1700.79 0V98.754C1697.51 104.973 1687.09 120.015 1676.17 134.649C1687.32 149.547 1697.76 164.847 1700.79 170.952V269.709C1683.18 240.306 1659.54 207.63 1636.67 180.891C1601.87 215.916 1557.93 247.092 1489.18 250.509\",\n    fill: \"#E70018\"\n  })));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgNordsee);\nexport default __webpack_public_path__ + \"static/media/nordsee885111a38003b8d5c64e6a5040a37779.svg\";\nexport { ForwardRef as ReactComponent };",
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\"m128.71,15.87c.55,1.09,1.32,1.95,1.33,3.44.02,3.32-3.33,5.33-5.47,7.01-2.39,1.88-5.15,3.38-7.58,4.91-4.56,2.88-9.63,4.78-15.01,6.87-.7.27-1.47.76-2.24.56.41,3.33.88,7.16,1.33,10.73.16,1.24.5,2.48.42,3.58-.14,1.89-1.39,2.7-2.53,3.72-1.56-1.98-2.81-4.33-3.58-7.15-.76-2.79-1.25-5.84-2.03-8.7-2.17.37-4.17,1.28-6.45,1.4-3.03.17-4.66-1.8-6.66-2.88,4.08-1.55,8.55-2.72,12.7-4.21-.84-3.66-.13-7.93-.42-11.71-.12-1.57-.66-3.07-.7-4.42-.14-4.15,2.64-6.32,6.87-6.59,2.64-.17,5.38.23,8.07.35,2.67.12,5.39.13,8,.35,2.38.2,4.81.77,7.15,1.19,2.37.43,4.7.95,6.8,1.54Zm-29.32,3.58v13.26c3.69-1.72,7.73-3.15,11.43-4.91,3.3-1.57,6.58-3.97,8.98-6.38.1-.1.38-.29.28-.49-6.75-.58-13.68-2.9-20.69-1.47Z\"\n  }), /*#__PURE__*/React.createElement(\"path\", {\n    className: \"cls-1\",\n    d: \"m134.74,14.54c4.14-.41,6.5.49,6.87,4,.15,1.44,0,3.03,0,4.56,0,7.25-.58,14.98.14,22.23.12,1.19.29,2.59.49,4.07.16,1.2.56,3.17-.14,3.79-1.15,1.02-3.72-.21-4.21-.98-.47-.75-.88-3.02-1.12-4-.98-3.93-1.38-8.84-1.89-13.4-.75-6.59-.02-13.52-.28-20.06,0-.12.05-.18.14-.21Z\"\n  })))));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgVapiano);\nexport default __webpack_public_path__ + \"static/media/vapiano38d569c0e51e20e349b66e6827180cba.svg\";\nexport { ForwardRef as ReactComponent };",
  "var _defs, _g;\nfunction _extends() { _extends = Object.assign ? Object.assign.bind() : function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; return _extends.apply(this, arguments); }\nimport * as React from \"react\";\nfunction SvgTelepizza(_ref, svgRef) {\n  let {\n    title,\n    titleId,\n    ...props\n  } = _ref;\n  return /*#__PURE__*/React.createElement(\"svg\", _extends({\n    id: \"Capa_2\",\n    \"data-name\": \"Capa 2\",\n    xmlns: \"http://www.w3.org/2000/svg\",\n    viewBox: \"0 0 85.04 21.04\",\n    ref: svgRef,\n    \"aria-labelledby\": titleId\n  }, props), title ? /*#__PURE__*/React.createElement(\"title\", {\n    id: titleId\n  }, title) : null, _defs || (_defs = /*#__PURE__*/React.createElement(\"defs\", null, /*#__PURE__*/React.createElement(\"style\", null, \"\\n      .cls-1 {\\n        fill: #e30a18;\\n      }\\n\\n      .cls-1, .cls-2 {\\n        stroke-width: 0px;\\n      }\\n\\n      .cls-2 {\\n        fill: #b5cc04;\\n      }\\n    \"))), _g || (_g = /*#__PURE__*/React.createElement(\"g\", {\n    id: \"Capa_1-2\",\n    \"data-name\": \"Capa 1\"\n  }, /*#__PURE__*/React.createElement(\"g\", null, /*#__PURE__*/React.createElement(\"path\", {\n    className: \"cls-2\",\n    d: \"m53.31,3.18s.16.38.05.45-.2,0-.23-.14c-.05-.28,0-.5-.26-.67-.16-.09-.66.68-2.34-.02-1.2-.52-2.14-1.52-2.58-2.76,0,0-.04-.13.5.16.44.25.99.15,1.85-.04.99-.23,3.05.37,2.98,2.09,0,0-1.04-2.24-3.97-1.27,0,0-.17.1.18.1.35,0,2.24-.26,3.23.93.29.34.51.74.64,1.17\"\n  }), /*#__PURE__*/React.createElement(\"path\", {\n    className: \"cls-1\",\n    d: \"m17.41,7.99h-4.42c.2-1.17,1.23-2.02,2.42-1.99,2.04,0,1.99,2.01,1.99,2.01m-1.92-4.1c-3.19,0-5.91,2.33-6.39,5.49-.45,3.19,1.65,5.4,5.1,5.4,1.55-.02,3.05-.54,4.28-1.49.26-.19.33-.55.15-.81l-.5-.72c-.2-.24-.56-.29-.82-.11-.71.42-1.52.65-2.34.66-1.51,0-2.48-.94-2.31-2.28h6.52c.3.01.56-.2.6-.5.03-.17.06-.33.09-.5.2-1.17-.07-2.38-.74-3.36-.85-1.16-2.21-1.82-3.65-1.79\"\n  }), /*#__PURE__*/React.createElement(\"path\", {\n    className: \"cls-1\",\n    d: \"m21.25,14.81c2.73,0,3.32-1.8,3.43-2.54.09-.57,1.61-11.81,1.61-11.81h-.17c-3.84,0-4.18,4.62-4.18,4.62,0,0-1.26,8.87-1.27,9.05-.01.18,0,.68.58.68\"\n  }), /*#__PURE__*/React.createElement(\"path\", {\n    className: \"cls-1\",\n    d: \"m50.31,4.22s.16.39-.36,2.48c-.52,2.09-.99,4.72-.45,6.12.49,1.4,1.74,2.39,3.21,2.55-.32-.83-.45-1.72-.39-2.6.12-1.2.84-4.03,1.1-5.33.26-1.3-.29-2.55-1.28-2.92-.58-.23-1.2-.33-1.82-.3\"\n  }), /*#__PURE__*/React.createElement(\"path\", {\n    className: \"cls-1\",\n    d: \"m79.59,6.38c.6-.62,1.44-.97,2.3-.96l-.95,2.59c-.27.73-.55,1.49-.75,2.04-.46,1.27-.99,1.73-1.35,1.72-1.35-.04-.69-3.89.73-5.38m5.36,8.8c-.36-1.13-.58-2.29-.66-3.47-.26-2.56.64-6.68.64-6.72l.02-.11-.1-.06c-1.02-.53-2.15-.83-3.3-.87-1.91-.1-3.78.62-5.12,1.99-1.14,1.13-1.84,2.63-1.99,4.22-.25,2.02.44,3.31,1.28,4.08.72.58,1.67.78,2.56.54,1.59-.5,2.42-1.99,2.76-2.76.95,3.21,3.25,3.38,3.72,3.38.1,0,.21,0,.31,0l-.08-.2h0\"\n  }), /*#__PURE__*/React.createElement(\"path\", {\n    className: \"cls-1\",\n    d: \"m34.44,7.99h-4.4c.2-1.17,1.23-2.02,2.41-1.99,2.04,0,1.99,2.01,1.99,2.01m-1.92-4.07c-3.18,0-5.89,2.31-6.38,5.46-.45,3.19,1.65,5.4,5.1,5.4,1.55-.02,3.05-.54,4.28-1.49.26-.19.33-.55.15-.81l-.5-.72c-.2-.24-.56-.29-.82-.11-.71.42-1.51.65-2.34.66-1.51,0-2.48-.94-2.31-2.28h6.52c.3.01.56-.2.6-.5.04-.17.07-.33.09-.5.2-1.17-.07-2.38-.74-3.36-.85-1.16-2.21-1.82-3.65-1.79\"\n  }), /*#__PURE__*/React.createElement(\"path\", {\n    className: \"cls-1\",\n    d: \"m9.47,9.1c0,.11-.04.22-.05.33s0,.23-.03.35h0s-.5,2.48-2.17,2.48c-1.34,0-1.89-.73-1.68-2.24,0,0,.27-1.9.41-2.88.09-.34.4-.58.75-.58h2.08l.24-1.55s.15-.56-.73-.56h-1.41c-.19-.01-.37-.01-.56,0,0-.09.3-2.07.46-3.19,0-.47-.67-.41-.99-.21-1.23.86-2.34,1.6-3.67,2.58C.88,4.56.21,5.25.13,5.69c-.06.32-.33.89.17.89h1.94c0,.13-.55,3.84-.55,3.84-.42,2.91,1.57,4.4,3.74,4.4,1.96.12,3.72-1.19,4.17-3.1.29.87-.38-1.13-.12-2.63\"\n  }), /*#__PURE__*/React.createElement(\"path\", {\n    className: \"cls-1\",\n    d: \"m44.14,10.75c-.66,1.67-1.54,2.4-2.95,2.41h-.07c.12-.5.66-2.59,1.07-3.87.5-1.56,1.07-2.38,1.67-2.38h.09c.13.03.23.11.29.23.4.68.36,2.45-.09,3.6m-6.55-7.35c.77,2.79.88,3.63.46,7.54-.13,1.17-.35,2.33-.64,3.47-.34,1.41-.57,2.34-.14,3.86.42,1.49,1.69,2.58,3.23,2.76.03-.36-.15-.94-.2-2.53-.05-1.3.12-2.59.5-3.84.26.03.52.05.77.05,2.09,0,4.29-1.06,5.22-2.53,1.36-1.91,1.63-4.38.7-6.54-.54-1.11-1.36-1.77-2.29-1.87-1.92-.17-3.27,2.04-3.76,3.08-.89-3.14-2.53-3.47-3.86-3.47\"\n  }), /*#__PURE__*/React.createElement(\"path\", {\n    className: \"cls-1\",\n    d: \"m55.86,7.64s-2.13-1.34-.86-2.66c1.04-1.08,2.91-1.14,4.38-1.02,1.57.12,3.97.53,4.12,2.62.12,1.49-.61,2.17-3.03,4.2-1.15.96-2.25,1.85-2.35,2.27.56-.24,7.51-1.02,5.96,4.15-1.45-1.43-3.4-2.24-5.43-2.24-1.77.05-3.81,0-4.04-2.12-.03-.32-.06-1.74,2.8-4.07,2.6-2.11,2.61-2.86,2.07-3.11-.66-.3-2.95.35-3.63,1.99\"\n  }), /*#__PURE__*/React.createElement(\"path\", {\n    className: \"cls-1\",\n    d: \"m65.94,7.66s-2.13-1.34-.86-2.66c1.04-1.08,2.9-1.14,4.38-1.02,1.57.12,3.97.53,4.12,2.62.12,1.49-.61,2.17-3.03,4.2-1.15.96-2.24,1.85-2.35,2.27.56-.24,7.51-1.02,5.96,4.16-1.45-1.44-3.41-2.25-5.46-2.25-1.76.05-3.81,0-4.04-2.11-.03-.33-.06-1.75,2.81-4.08,2.6-2.11,2.61-2.85,2.07-3.11-.66-.31-2.95.35-3.63,1.99\"\n  })))));\n}\nconst ForwardRef = /*#__PURE__*/React.forwardRef(SvgTelepizza);\nexport default __webpack_public_path__ + \"static/media/telepizza05deabb75f173366b1afff135adcac1b.svg\";\nexport { ForwardRef as ReactComponent };",
  "/* eslint-disable react/jsx-no-target-blank */\n/* eslint-disable no-useless-escape */\nimport React from 'react';\n\nimport \"./orderfood.css\"\nimport { Swiper, SwiperSlide } from 'swiper/react';\nimport {Navigation} from \"swiper\";\n\nimport subway from \"../../images/subway.svg\"\nimport starbucks from \"../../images/starbucks.svg\"\nimport mcdonalds from \"../../images/mcdonalds.svg\"\nimport kfc from \"../../images/kfc.svg\"\nimport burgerking from \"../../images/burgerking.svg\"\nimport fiveGuys from \"../../images/fiveGuys.svg\"\n\n\n//home\nimport dianAndDavid from \"../../images/germany/popular/dean-david.png\"\nimport hans from \"../../images/germany/popular/hansimglueck-burgergrill.webp\"\nimport peterPane from \"../../images/germany/popular/Peter-pane.png\"\nimport lOsteria from \"../../images/germany/popular/L-Osteria.png\"\nimport pizzaNewYork from \"../../images/germany/popular/new-york-pizza.png\"\nimport yokoSushi from \"../../images/germany/popular/yoko-sushi.png\"\n\n//breakfast\nimport backWerk from \"../../images/germany/popular/breakfast/BackWerk.svg\"\nimport flinck from \"../../images/germany/popular/breakfast/flink.svg\"\nimport getir from \"../../images/germany/popular/breakfast/getir.png\"\nimport gorillas from \"../../images/germany/popular/breakfast/gorillas.svg\"\nimport joeJuse from \"../../images/germany/popular/breakfast/joe-and-the-juice.svg\"\nimport kamps from \"../../images/germany/popular/breakfast/kamps.svg\"\nimport mrClou from \"../../images/germany/popular/breakfast/mr-clou.png\"\n\n//lunch\nimport beetsRoots from \"../../images/germany/popular/lunch/beets-and-roots.png\"\nimport immergrun from \"../../images/germany/popular/lunch/immergrun.webp\"\nimport veganLand from \"../../images/germany/popular/lunch/vegan-land.webp\"\nimport nordsee from \"../../images/germany/popular/lunch/nordsee.svg\"\nimport smileys from \"../../images/germany/popular/lunch/smileys.webp\"\n\n//dinner\nimport burgerme from \"../../images/germany/popular/dinner/burgerme.webp\"\nimport callAPizza from \"../../images/germany/popular/dinner/call-a-pizza.png\"\nimport vapiano from \"../../images/germany/popular/dinner/vapiano.svg\"\nimport telepizza from \"../../images/germany/popular/dinner/telepizza.svg\"\n\nimport 'swiper/css';\nimport 'swiper/css/navigation';\nimport {useSearchParams} from \"react-router-dom\";\n\nexport const OrderFood = ({type}) => {\n\n    const [searchParams] = useSearchParams();\n    const dishId = searchParams.get('meal');\n\n    const [hasMounted, setHasMounted] = React.useState(false);\n    React.useEffect(() => {\n        setHasMounted(true);\n    }, []);\n\n    if (!hasMounted) {\n        return null;\n    }\n\n\n    return !dishId && (\n        <div className=\"order-food\" id=\"order-food\">\n            {type === '' && (\n                <div className=\"order-food__container\">\n                <div className=\"order-food__title\">\n                    <h3 className=\"h3\">\n                        Entdecke Top-Marken mit einem Klick!\n                    </h3>\n                </div>\n                <div className=\"order-food__description\">\n                    Von Snacks bis hin zu üppigen Mahlzeiten, direkt zu dir geliefert. Wähle jetzt und genieße die Vielfalt ohne das Haus zu verlassen!\n                </div>\n                <div className=\"order-slider\">\n                <Swiper\n                    slidesPerView={4}\n                    slidesPerGroup={1}\n                    loop={true}\n                    pagination={true}\n                    navigation={{\n                        nextEl: '.slider-one-button-next-ing',\n                        prevEl: '.slider-one-button-prev-ing',\n                    }}\n                    modules={[Navigation]}\n                    breakpoints={{\n                        // when window width is >= 640px\n                        330: {\n                            slidesPerView: 3,\n                        },\n                        768: {\n                            slidesPerView: 3,\n                        },\n                        // when window width is >= 768px\n                        991: {\n                            slidesPerView: 3,\n                        },\n                        1350: {\n                            slidesPerView: 4,\n                        },\n                        1920: {\n                            slidesPerView: 4,\n                        },\n                    }}\n                >\n                    <SwiperSlide>\n                        <a target=\"_blank\" href=\"https://www.lieferando.de/mcdonalds\" className=\"slider-box slider-box--padding\">\n                            <div className=\"slider-box__picture\">\n                                <img src={mcdonalds} alt=\"\"/>\n                            </div>\n                            <div className=\"slider-box__text\">\n                                <div className=\"slider-box__title\">\n                                    McDonald's\n                                </div>\n                            </div>\n                        </a>\n                    </SwiperSlide>\n                    <SwiperSlide>\n                        <a target=\"_blank\" href=\"https://www.lieferando.de/burgerking\" className=\"slider-box slider-box--padding\">\n                            <div className=\"slider-box__picture\">\n                                <img src={burgerking} alt=\"\"/>\n                            </div>\n                            <div className=\"slider-box__text\">\n                                <div className=\"slider-box__title\">\n                                    Burger King\n                                </div>\n                            </div>\n                        </a>\n                    </SwiperSlide>\n                    <SwiperSlide>\n                        <a target=\"_blank\" href=\"https://www.lieferando.de/dean-and-david\" className=\"slider-box slider-box--padding\">\n                            <div className=\"slider-box__picture\">\n                                <img src={dianAndDavid} alt=\"\"/>\n                            </div>\n                            <div className=\"slider-box__text\">\n                                <div className=\"slider-box__title\">\n                                    dean&david\n                                </div>\n                            </div>\n                        </a>\n                    </SwiperSlide>\n                    <SwiperSlide>\n                        <a target=\"_blank\" href=\"https://www.lieferando.de/subway\" className=\"slider-box\">\n                            <div className=\"slider-box__picture\">\n                                <img src={subway} alt=\"\"/>\n                            </div>\n                            <div className=\"slider-box__text\">\n                                <div className=\"slider-box__title\">\n                                    Subway\n                                </div>\n                            </div>\n                        </a>\n                    </SwiperSlide>\n                    <SwiperSlide>\n                        <a target=\"_blank\" href=\"https://www.lieferando.de/hans-im-glueck\" className=\"slider-box slider-box--padding\">\n                            <div className=\"slider-box__picture\">\n                                <img src={hans} alt=\"\"/>\n                            </div>\n                            <div className=\"slider-box__text\">\n                                <div className=\"slider-box__title\">\n                                    Hans im Glück\n                                </div>\n                            </div>\n                        </a>\n                    </SwiperSlide>\n                    <SwiperSlide>\n                        <a target=\"_blank\" href=\"https://www.lieferando.de/peter-pane\" className=\"slider-box slider-box--padding\">\n                            <div className=\"slider-box__picture\">\n                                <img src={peterPane} alt=\"\"/>\n                            </div>\n                            <div className=\"slider-box__text\">\n                                <div className=\"slider-box__title\">\n                                    Peter Pane\n                                </div>\n                            </div>\n                        </a>\n                    </SwiperSlide>\n                    <SwiperSlide>\n                        <a target=\"_blank\" href=\"https://www.lieferando.de/kfc\" className=\"slider-box\">\n                            <div className=\"slider-box__picture\">\n                                <img src={kfc} alt=\"\"/>\n                            </div>\n                            <div className=\"slider-box__text\">\n                                <div className=\"slider-box__title\">\n                                    KFC\n                                </div>\n                            </div>\n                        </a>\n                    </SwiperSlide>\n                    <SwiperSlide>\n                        <a target=\"_blank\" href=\"https://www.lieferando.de/yoko-sushi\" className=\"slider-box slider-box--padding\">\n                            <div className=\"slider-box__picture\">\n                                <img src={yokoSushi} alt=\"\"/>\n                            </div>\n                            <div className=\"slider-box__text\">\n                                <div className=\"slider-box__title\">\n                                    Yoko Sushi\n                                </div>\n                            </div>\n                        </a>\n                    </SwiperSlide>\n                    <SwiperSlide>\n                        <a target=\"_blank\" href=\"https://www.lieferando.de/l-osteria\" className=\"slider-box\">\n                            <div className=\"slider-box__picture\">\n                                <img src={lOsteria} alt=\"\"/>\n                            </div>\n                            <div className=\"slider-box__text\">\n                                <div className=\"slider-box__title\">\n                                    L'Osteria\n                                </div>\n                            </div>\n                        </a>\n                    </SwiperSlide>\n                    <SwiperSlide>\n                        <a target=\"_blank\" href=\"https://www.lieferando.de/new-york-pizza\" className=\"slider-box\">\n                            <div className=\"slider-box__picture\">\n                                <img src={pizzaNewYork} alt=\"\"/>\n                            </div>\n                            <div className=\"slider-box__text\">\n                                <div className=\"slider-box__title\">\n                                    New York Pizza\n                                </div>\n                            </div>\n                        </a>\n                    </SwiperSlide>\n                </Swiper>\n                <div className=\"slider-one-button-next-ing\"></div>\n                <div className=\"slider-one-button-prev-ing\"></div>\n                </div>\n            </div>\n            )}\n            {type === 'breakfast' && !dishId && (\n                <div className=\"order-food__container\">\n                    <div className=\"order-food__title\">\n                        <h3 className=\"h3\">\n                            Dein Morgen, dein Geschmack: Entdecke Frühstücksfreuden\n                        </h3>\n                    </div>\n                    <div className=\"order-food__description\">\n                        Beginne deinen Morgen mit einem Lächeln: Entdecke eine Vielfalt an Restaurants für dein ideales Frühstück, von traditionell bis hip. Finde deine Favoriten, bestelle und genieße direkt bei dir zu Hause.\n                    </div>\n                    <div className=\"order-slider\">\n                        <Swiper\n                            slidesPerView={4}\n                            loop={false}\n                            navigation={{\n                                nextEl: '.slider-one-button-next-ing',\n                                prevEl: '.slider-one-button-prev-ing',\n                            }}\n                            modules={[Navigation]}\n                            breakpoints={{\n                                // when window width is >= 640px\n                                330: {\n                                    slidesPerView: 3,\n                                },\n                                768: {\n                                    slidesPerView: 3,\n                                },\n                                // when window width is >= 768px\n                                991: {\n                                    slidesPerView: 3,\n                                },\n                                1350: {\n                                    slidesPerView: 4,\n                                },\n                                1920: {\n                                    slidesPerView: 4,\n                                },\n                            }}\n                        >\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/backwerk\" className=\"slider-box slider-box--padding\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={backWerk} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Back Werk\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/dean-and-david\" className=\"slider-box slider-box--padding\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={dianAndDavid} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            dean&david\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/starbucks\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={starbucks} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Starbucks\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/mr-clou\" className=\"slider-box slider-box--padding\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={mrClou} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Mr. Clou\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/kamps\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={kamps} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Kamps\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/joe-the-juice\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={joeJuse} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Joe & The Juice\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/getir\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={getir} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Getir\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/gorillas\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={gorillas} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Gorillas\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/flink\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={flinck} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Flink\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/mcdonalds\" className=\"slider-box slider-box--padding\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={mcdonalds} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            McDonald's\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                        </Swiper>\n                        <div className=\"slider-one-button-next-ing\"></div>\n                        <div className=\"slider-one-button-prev-ing\"></div>\n                    </div>\n                </div>\n            )}\n            {type === 'lunch' && (\n                <div className=\"order-food__container\">\n                    <div className=\"order-food__title\">\n                        <h3 className=\"h3\">\n                            Was steht heute auf dem Speiseplan?\n                        </h3>\n                    </div>\n                    <div className=\"order-food__description\">\n                        Lass dich von unseren Restaurant-Partnern inspirieren und finde genau das, wonach dir der Sinn steht. Stöbere durch die Möglichkeiten und entdecke dein nächstes Lieblingsgericht. Es ist nur einen Klick entfernt!\n                    </div>\n                    <div className=\"order-slider\">\n                        <Swiper\n                            slidesPerView={4}\n                            slidesPerGroup={1}\n                            loop={true}\n                            pagination={true}\n                            navigation={{\n                                nextEl: '.slider-one-button-next-ing',\n                                prevEl: '.slider-one-button-prev-ing',\n                            }}\n                            modules={[Navigation]}\n                            breakpoints={{\n                                // when window width is >= 640px\n                                330: {\n                                    slidesPerView: 3,\n                                },\n                                768: {\n                                    slidesPerView: 3,\n                                },\n                                // when window width is >= 768px\n                                991: {\n                                    slidesPerView: 3,\n                                },\n                                1350: {\n                                    slidesPerView: 4,\n                                },\n                                1920: {\n                                    slidesPerView: 4,\n                                },\n                            }}\n                        >\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/dean-and-david\" className=\"slider-box slider-box--padding\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={dianAndDavid} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            dean&david\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/beets-roots\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={beetsRoots} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Starbucks\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/subway\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={subway} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Subway\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/immergruen\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={immergrun} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Immergrün\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/yoko-sushi\" className=\"slider-box slider-box--padding\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={yokoSushi} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Yoko Sushi\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/burgerking\" className=\"slider-box slider-box--padding\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={burgerking} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Burger King\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/cigkoefte-veganland\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={veganLand} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Vegan Land\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/hans-im-glueck\" className=\"slider-box slider-box--padding\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={hans} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Hans im Glück\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/nordsee\" className=\"slider-box slider-box--padding\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={nordsee} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Nordsee\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/smileys\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={smileys} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Smiley's\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                        </Swiper>\n                        <div className=\"slider-one-button-next-ing\"></div>\n                        <div className=\"slider-one-button-prev-ing\"></div>\n                    </div>\n                </div>\n            )}\n            {type === 'dinner' && (\n                <div className=\"order-food__container\">\n                    <div className=\"order-food__title\">\n                        <h3 className=\"h3\">\n                            Was steht heute auf dem Speiseplan?\n                        </h3>\n                    </div>\n                    <div className=\"order-food__description\">\n                        Entdecke die kulinarische Vielfalt unserer Partnerrestaurants und finde das Gericht, das genau deinen Geschmack trifft. Tauche ein in eine Welt voller Geschmacksexplosionen und lass dich zu deinem nächsten Lieblingsessen führen – nur einen Klick entfernt.\n                    </div>\n                    <div className=\"order-slider\">\n                        <Swiper\n                            slidesPerView={4}\n                            slidesPerGroup={1}\n                            loop={true}\n                            pagination={true}\n                            navigation={{\n                                nextEl: '.slider-one-button-next-ing',\n                                prevEl: '.slider-one-button-prev-ing',\n                            }}\n                            modules={[Navigation]}\n                            breakpoints={{\n                                // when window width is >= 640px\n                                330: {\n                                    slidesPerView: 3,\n                                },\n                                768: {\n                                    slidesPerView: 3,\n                                },\n                                // when window width is >= 768px\n                                991: {\n                                    slidesPerView: 3,\n                                },\n                                1350: {\n                                    slidesPerView: 4,\n                                },\n                                1920: {\n                                    slidesPerView: 4,\n                                },\n                            }}\n                        >\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/mcdonalds\" className=\"slider-box slider-box--padding\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={mcdonalds} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            McDonald's\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/call-a-pizza\" className=\"slider-box slider-box--padding\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={callAPizza} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Call a Pizza\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/five-guys\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={fiveGuys} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Five guys\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/cigkoefte-veganland\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={veganLand} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Vegan Land\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/burgerking\" className=\"slider-box slider-box--padding\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={burgerking} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Burger King\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/tele-pizza\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={telepizza} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Telepizza\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/burgerme\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={burgerme} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Burger me\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/l-osteria\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={lOsteria} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            L'Osteria\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/hans-im-glueck\" className=\"slider-box slider-box--padding\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={hans} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Hans im Glück\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                            <SwiperSlide>\n                                <a target=\"_blank\" href=\"https://www.lieferando.de/vapiano\" className=\"slider-box\">\n                                    <div className=\"slider-box__picture\">\n                                        <img src={vapiano} alt=\"\"/>\n                                    </div>\n                                    <div className=\"slider-box__text\">\n                                        <div className=\"slider-box__title\">\n                                            Vapiano\n                                        </div>\n                                    </div>\n                                </a>\n                            </SwiperSlide>\n                        </Swiper>\n                        <div className=\"slider-one-button-next-ing\"></div>\n                        <div className=\"slider-one-button-prev-ing\"></div>\n                    </div>\n                </div>\n            )}\n        </div>\n    )\n}",
  "/* eslint-disable react/jsx-no-target-blank */\n/* eslint-disable no-unused-vars */\n/* eslint-disable jsx-a11y/anchor-is-valid */\n/* eslint-disable no-useless-escape */\n\nimport \"./stores.css\"\n\nimport React, { useState } from 'react';\n\nimport stores1 from \"../../images/germany/germany-grocery-stores.webp\"\nimport stores2 from \"../../images/germany/germany-sushi.webp\"\nimport stores3 from \"../../images/germany/germany-vegetarische-pizza.webp\"\nimport stores4 from \"../../images/germany/germany-vegetarisches-chow-mein.webp\"\nimport stores5 from \"../../images/germany/germany-doner-kebab.webp\"\nimport stores6 from \"../../images/germany/germany-schnitzel.webp\"\n\nimport {Link, useLocation} from \"react-router-dom\";\n\nexport const Stores = () => {\n\n    const location = useLocation();\n    const [hasMounted, setHasMounted] = React.useState(false);\n    React.useEffect(() => {\n        setHasMounted(true);\n    }, []);\n\n    if (!hasMounted) {\n        return null;\n    }\n\n    return (\n        <div className=\"stores\">\n            {location.pathname === '/' && (\n                <div>\n                    <div className=\"stores__container\">\n                <div className=\"stores__title\">\n                    <h3 className=\"h3\">\n                        Von Supermarkt bis zur Spitzenküche!\n                    </h3>\n                </div>\n                <div className=\"stores__description\">\n                    Entdecke die Einfachheit, Lebensmittel und deine Lieblingsgerichte mit nur wenigen Klicks zu bestellen. Von frischen Zutaten bis zu kulinarischen Meisterwerken - Lieferando macht es möglich.\n                </div>\n                <div className=\"stores__grid\">\n                    <div className=\"stores__grid-container mb-16\">\n                        <a href=\"https://www.lieferando.de/lebensmittel-bestellen\" target=\"_blank\" className=\"stores__grid-box w-550\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={stores1} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Lebensmittel\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Der Supermarkt kommt zu dir nach Hause. Vergessen Eier zu kaufen? Kein Problem - schnell und einfach an deine Türe geliefert.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/sushi-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={stores2} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Sushi\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Erlebe die Kunst des Sushi – frisch und voller Geschmack kannst du dir ein elegantes Dinner zu Hause zaubern.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/pizza-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={stores3} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Pizza\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Genieße jedes Stück: Authentisch, knusprig und echt italienisch. Außerdem perfekt zum Teilen!\n                            </div>\n                        </a>\n                    </div>\n                    <div className=\"stores__grid-container grid-reverse\">\n                        <a href=\"https://www.lieferando.de/chinesisch-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={stores4} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Chinesisch\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Tauche ein in die Vielfalt Chinas - von scharf bis süß, immer ein Genuss, besonders nach einer langen Nacht.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/doener-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={stores5} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Döner\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Ein Stück Kultur – saftig, würzig und perfekt zu jeder Uhrzeit.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/schnitzel-bestellen\" target=\"_blank\" className=\"stores__grid-box w-550\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={stores6} alt=\"\" className=\"stores__grid-image object-fit-contain\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Schnitzel\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Schnitzel, knusprig und golden – der heimische Klassiker, der immer passt.\n                            </div>\n                        </a>\n                    </div>\n                </div>\n                <div className=\"stores__link-group\">\n                    <a className=\"stores__link\" href=\"https://www.lieferando.de/lebensmittel-bestellen\" target=\"_blank\">\n                        Lebensmittelgeschäfte\n                    </a>\n                    <a className=\"stores__link\" href=\"https://www.lieferando.de/lieferservice\" target=\"_blank\">\n                        Beliebte Küchen\n                    </a>\n                </div>\n            </div>\n                </div>\n            )}\n\n        </div>\n    )\n}",
  "/* eslint-disable jsx-a11y/anchor-is-valid */\n/* eslint-disable no-unused-vars */\n/* eslint-disable no-useless-escape */\n\nimport React, { useEffect, useState } from 'react';\nimport { useLocation, useSearchParams } from 'react-router-dom';\nimport breakfastImage from \"../../images/faqBreakfast.webp\";\nimport lunchImage from \"../../images/faqLaunch.webp\";\nimport dinnerImage from \"../../images/faqDinner.webp\";\nimport defaultImage from \"../../images/faq.webp\";\n\nimport \"./faq.css\";\n\nimport faq from \"../../images/faq.webp\"\n\nconst faqData = [\n    {\n        question: \"Was soll ich essen?\",\n        answer: \"Fragst du dich, was du heute essen solltest? Starte den Tag mit einem nährstoffreichen Smoothie oder frischen Obstsalat, um Energie zu tanken. Lust auf etwas Herzhaftes? Wie wäre es mit einer aromatischen Thai-Suppe oder einem klassischen Steak? Wenn dir der Sinn nach etwas Leichtem steht, probiere doch einen knackigen Caesar Salad oder ein frisches Sushi. Es gibt unzählige Optionen, um jeden Geschmack zu treffen – genieße, was dir gefällt!\\n\"\n    },\n    {\n        question: \"Was kann man zu Schnitzel essen?\",\n        answer: \"Zu einem Schnitzel passen viele Beilagen – probiere es mit klassischem Kartoffelsalat für eine knackige Note, cremigem Kartoffelpüree für eine weiche Komponente oder frischen gemischten Salaten für eine leichte Option. Diese Vielfalt an Beilagen rundet das Geschmackserlebnis ab und verwandelt jedes Schnitzelgericht in eine vollwertige Mahlzeit. Finde die perfekte Kombination, die deinem Geschmack entspricht\"\n    },\n    {\n        question: \"Was kann ich essen, wenn ich Heißhunger habe?\",\n        answer: \"Wenn der Heißhunger zuschlägt, wähle Snacks, die reich an Proteinen und Ballaststoffen sind, um schnell und nachhaltig satt zu werden. Ein nahrhafter Thunfischsalat, ein sättigender Avocado-Toast oder herzhafte südamerikanische Empanadas sind ideale Optionen. Diese Gerichte sind nicht nur schnell zubereitet und geliefert, sondern bieten auch die notwendige Nährstoffvielfalt, um den Heißhunger effektiv zu bekämpfen.\"\n    },\n    {\n        question: \"Was kann man Sonntags essen?\",\n        answer: \"Sonntage laden zum Genießen ein! Beginne den Tag mit einem üppigen Brunch, der von frischen Croissants bis zu herzhaften Omelettes reicht. Lass den Abend mit einem besonderen Dinner ausklingen, dazu eigenet sich ein saftiges Steak oder auch eine klassische Pasta, frisch vom Italiener. An Sonntagen steht die kulinarische Freiheit im Vordergrund – erlaube dir, alles zu essen, wonach dir der Sinn steht.\"\n    },\n    {\n        question: \"Was kann man als Snack essen?\",\n        answer: \"Als Snack bieten sich viele leckere Optionen an, die du einfach bestellen kannst. Denk an knackige Gemüsesticks mit Hummus, eine Auswahl an Smoothies oder frische Fruchtschalen für eine süße Note. Auch eine herzhafte Pizza oder ein paar Sushi-Rollen können deinen Hunger stillen. Diese Snacks sind nicht nur köstlich, sondern auch praktisch für jede Gelegenheit.\"\n    }\n];\n\nconst faqDataBreakfast = [\n    {\n        question: \"Was kann man zum Frühstück essen?\",\n        answer: \"Starte energiegeladen in den Tag mit einer Auswahl, die keine Wünsche offen lässt. Genieße frische Brötchen, nahrhafte Smoothie Bowls, die besonders Naschkatzen erfreuen, oder leckere Waffeln für einen süßen Morgen. Für eine proteinreiche Option wähle ein Garnelen-Omelette. Diese Vielfalt sorgt für einen perfekten Start in den Tag, egal ob du Lust auf Süßes oder Herzhaftes hast.\"\n    },\n    {\n        question: \"Was kann ich zu Hause zum Frühstück essen?\",\n        answer: \"Ob herzhafter Avocado-Toast, cremiges Rührei, süße Pancakes mit Ahornsirup, frische Bagel oder eine Schüssel Beeren mit Joghurt – wähle dein ideales Frühstück und starte energiegeladen in den Tag. Diese Auswahl bietet dir den perfekten Start, um jeden Morgen genussvoll und zufrieden zu beginnen. Nutze die Vielfalt, um deinen Tag auf die bestmögliche Weise zu starten.\"\n    },\n    {\n        question: \"Welches Obst zum Frühstück?\",\n        answer: \"Beeren, Bananen und Äpfel sind nicht nur wegen ihres leckeren Geschmacks beliebt, sondern auch weil sie wichtige Energie für den Start in den Tag liefern. Als reichhaltige Quelle von Vitaminen und Mineralien sind sie ideal für ein schnelles Frühstück. Wenn es morgens schnell gehen muss, bietet frisches Obst den perfekten Snack, der zugleich nährt und belebt.\"\n    },\n    {\n        question: \"Was zum Frühstück trinken?\",\n        answer: \"Wähle aus einer Vielfalt an Getränken, um deinen Tag belebt und erfrischt zu beginnen. Ob ein kräftiger Kaffee, aromatischer Tee, frisch gepresste Säfte oder nahrhafte Smoothies – für jeden Geschmack ist etwas dabei. Für eine exotische Note sorgen auch Spezialitäten wie Matcha-Latte und Chai, die eine besondere Vielfalt an Aromen bieten.\"\n    },\n    {\n        question: \"Wo kann ich ein Frühstück zum Mitnehmen bestellen?\",\n        answer: \"Viele Cafés und Bäckereien ermöglichen es dir jetzt, über Lieferando dein Frühstück bequem online zu bestellen. Mit nur wenigen Klicks kannst du zwischen einer Vielzahl von Optionen wählen: ob süße Waffeln, ein frischgebackenes Croissant mit Butter oder einfach ein aromatischer Latte. Finde und genieße dein perfektes Frühstück, ohne das Haus verlassen zu müssen.\"\n    }\n];\n\nconst faqDataLunch = [\n    {\n        question: \"Was ist typisch deutsches Mittagessen?\",\n        answer: \"Zu einem typisch deutschen Mittagessen gehören herzhafte und sättigende Gerichte, die tief in der kulinarischen Tradition verwurzelt sind. Dazu zählen Klassiker wie Schnitzel mit Pommes, Bratwurst mit Sauerkraut, verschiedene Eintöpfe oder Sauerbraten. Diese kulinarischen Highlights bieten nicht nur einen Einblick in die reichhaltige deutsche Küche, sondern zeichnen sich besonders durch ihre Geschmacksvielfalt aus.\"\n    },\n    {\n        question: \"Was kann man zu Mittag essen?\",\n        answer: \"Zum Mittagessen steht eine breite Palette an Optionen zur Verfügung – von leichten, schnellen Snacks wie Sushi oder Salaten bis hin zu herzhaften Klassikern wie gebratenen Nudeln oder einem saftigen Steak. Die Vielfalt ermöglicht es, jeden Tag etwas Neues zu entdecken und je nach Lust und Laune das ideale Gericht für eine genussvolle Mittagspause zu wählen.\"\n    },\n    {\n        question: \"Was kann man zur Arbeit zum Essen mitnehmen?\",\n        answer: \"Für das Mittagessen im Büro sind Gerichte ideal, die einfach zu vorbereiten und praktisch zu transportieren sind. Pasta-Salate, die mit einer Vielzahl von Zutaten angereichert werden können, bunt belegte Wraps oder köstliche Quiches bieten nicht nur eine einfache Lösung, sondern auch kulinarische Vielfalt für die Pause. Diese Auswahl garantiert Genuss und Zufriedenheit während des Arbeitstags.\"\n    },\n    {\n        question: \"Was bestelle ich für ein Picknick-Mittagessen?\",\n        answer: \"Für ein Picknick-Mittagessen empfehlen sich frische Salate, herzhafte Sandwiches, süße Fruchtspieße, sowie Käse- und Wurstplatten, die sich hervorragend teilen lassen. Ergänzend bieten sich auch Wraps gefüllt mit verschiedenen Zutaten und selbstgemachte Quiches an. Diese Auswahl ist nicht nur leicht zu transportieren, sondern auch ideal für den Genuss im Freien. Mit diesen Gerichten wird jedes Picknick zu einem vielfältigen und genussvollen Erlebnis.\"\n    },\n    {\n        question: \"Was sollte man zum Mittagessen bestellen?\",\n        answer: \"Für das Mittagessen solltest du je nach deinem Hunger und deinen Geschmacksvorlieben wählen. Wenn du etwas Leichtes bevorzugst, ist ein frischer Salat eine gute Wahl. Hast du mehr Appetit, bietet sich eine herzhafte Pizza an. Diese Optionen ermöglichen eine abwechslungsreiche Auswahl, die sowohl leichte als auch sättigende Bedürfnisse befriedigt und deinen Tag kulinarisch bereichert.\"\n    }\n];\n\nconst faqDataDinner = [\n    {\n        question: \"Was essen am Abend?\",\n        answer: \"Am Abend bietet sich eine Palette an kulinarischen Möglichkeiten. Für die leichte Kost sind Salate und Suppen ideal, um den Tag wohlgenährt, aber nicht überladen zu beenden. Für diejenigen mit kräftigerem Appetit eignen sich herzhafte Optionen wie eine knusprige Pizza oder ein würziger Döner. So lässt sich der Abend je nach Laune und Hunger mit dem perfekten Gericht abrunden.\"\n    },\n    {\n        question: \"Wie mache ich ein romantisches Abendessen zu Hause?\",\n        answer: \"Für ein romantisches Dinner zu Hause, bestellt ein Gericht, das euch beiden besonders am Herzen liegt. Ob eine exquisite Pasta, ein raffiniertes Sushi oder ein klassisches Steak – wählt etwas, das Genuss verspricht. Ergänzt das Essen mit einem passenden Wein, um den Abend kulinarisch abzurunden. So wird euer Zuhause zum Schauplatz eines romantischen Highlights.\"\n    },\n    {\n        question: \"Was biete ich meinen Gästen zum Abendessen an?\",\n        answer: \"Ein gelungenes Abendessen mit Gästen könnte so aussehen: Startet mit einer Auswahl an gemischten Bruschettas als Fingerfood. Als Hauptgericht passen Optionen wie Buffalo Blumenkohl Wings oder leckere Mini-Pizzen. Zum Dessert bietet sich etwas Leichtes wie kleine Käsekuchen Häppchen oder köstliche Erdbeer Muffins an. Diese Gerichte garantieren eine vielseitige und genussreiche Mahlzeit direkt zu euch nach Hause geliefert..\"\n    },\n    {\n        question: \"Was schnelles zum Abendessen?\",\n        answer: \"Für ein schnelles Abendessen sind leicht lieferbare Gerichte wie Spaghetti Aglio e Olio, Caesar Salad oder ein klassisches Club Sandwich ideal. Zusätzlich bieten sich auch Optionen wie eine einfache Margherita Pizza oder ein Thai Curry mit Gemüse an. Diese Auswahl vereint Schnelligkeit und Geschmack, perfekt für Tage, an denen es mal wieder schnell gehen muss, ohne auf Genuss zu verzichten. Die schnellste Option ist es, wenn Sie sich einen gemütlichen Abend machen  und wir Ihnen Ihr perfektes Abendessen liefern.\"\n    },\n    {\n        question: \"Was kann man abends trinken?\",\n        answer: \"Am Abend eignen sich Getränke wie beruhigende Kräutertees, ein entspannendes Glas Wein oder erfrischende, frisch gepresste Säfte hervorragend, um den Tag genussvoll ausklingen zu lassen. Diese Auswahl bietet für jeden Geschmack etwas und unterstützt eine angenehme Nachtruhe.\"\n    }\n];\n\n\nexport const Faq = () => {\n\n    const [searchParams] = useSearchParams();\n    const dishId = searchParams.get('meal');\n\n\n    const [activeItem, setActiveItem] = useState(0);\n\n    const toggleItem = (index) => {\n        setActiveItem(prevActiveItem => (prevActiveItem === index ? null : index));\n    };\n\n    const location = useLocation();\n    const [currentImage, setCurrentImage] = useState(defaultImage);\n\n    useEffect(() => {\n        switch (location.pathname) {\n            case '/breakfast':\n                setCurrentImage(breakfastImage);\n                break;\n            case '/lunch':\n                setCurrentImage(lunchImage);\n                break;\n            case '/dinner':\n                setCurrentImage(dinnerImage);\n                break;\n            default:\n                setCurrentImage(defaultImage);\n        }\n    }, [location.pathname]);\n\n    const [hasMounted, setHasMounted] = React.useState(false);\n    React.useEffect(() => {\n        setHasMounted(true);\n    }, []);\n\n    if (!hasMounted) {\n        return null;\n    }\n\n\n    return !dishId && (\n        <div className=\"faq\">\n            {location.pathname === '/' && (\n                <div className=\"faq__container\">\n                <div className=\"faq__title\">\n                    <h3 className=\"h3\">\n                        Was du heute essen kannst: Deine Food-FAQs.\n                    </h3>\n                </div>\n                <div className=\"faq__description\">\n                    Tauche ein in unsere FAQ-Sektion, wo wir Licht ins Dunkel deiner Essensdilemmas bringen. Von schnellen Lösungen für plötzliche Heißhungerattacken bis hin zu Ideen, die deinen Sonntagsbrunch aufwerten – finde klare Antworten und praktische Tipps und was man essen kann!\n                </div>\n                <div className=\"faq__block\">\n                    <ul className=\"faq__list\">\n                        {faqData.map((item, index) => (\n                            <li className={`faq__item ${activeItem === index ? 'faq__item-active' : ''}`} key={index}>\n                                <div className=\"faq__item-header\" onClick={() => toggleItem(index)}>\n                                    <div className=\"faq__item-number\">\n                                        {index + 1}\n                                    </div>\n                                    <div className=\"faq__item-text\">\n                                        {item.question}\n                                    </div>\n                                    <div className=\"faq__item-arrow\">\n                                        <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\">\n                                            <path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"white\"/>\n                                        </svg>\n                                    </div>\n                                </div>\n                                <div className=\"faq__item-body\">\n                                    {item.answer}\n                                </div>\n                            </li>\n                        ))}\n                    </ul>\n                    <div className=\"faq__block-picture\">\n                        <img src={currentImage} alt=\"\" className=\"faq__block-image\"/>\n                    </div>\n                </div>\n\n                    <div className=\"stores__link-group\">\n                        <a className=\"stores__link\" href=\"#meal-time__container\">Unschlüssig? Auf zum Zufallsgenerator!</a>\n                    </div>\n\n            </div>\n            )}\n            {location.pathname === '/breakfast' && (\n                <div className=\"faq__container\">\n                    <div className=\"faq__title\">\n                        <h3 className=\"h3\">\n                            Was zum Frühstück essen: Alles was du wissen musst in deinen Frühstücks-FAQ’s.\n                        </h3>\n                    </div>\n                    <div className=\"faq__description\">\n                        Hier beantworten wir deine Fragen rund um das perfekte Morgenmahl. Vom klassischen deutschen Frühstück bis hin zu den besten Getränken zum Aufwachen – hier findest du die besten Tipps, die deinen Frühstückstisch revolutionieren werden.\n                    </div>\n                    <div className=\"faq__block\">\n                        <ul className=\"faq__list\">\n                            {faqDataBreakfast.map((item, index) => (\n                                <li className={`faq__item ${activeItem === index ? 'faq__item-active' : ''}`} key={index}>\n                                    <div className=\"faq__item-header\" onClick={() => toggleItem(index)}>\n                                        <div className=\"faq__item-number\">\n                                            {index + 1}\n                                        </div>\n                                        <div className=\"faq__item-text\">\n                                            {item.question}\n                                        </div>\n                                        <div className=\"faq__item-arrow\">\n                                            <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\">\n                                                <path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"white\"/>\n                                            </svg>\n                                        </div>\n                                    </div>\n                                    <div className=\"faq__item-body\">\n                                        {item.answer}\n                                    </div>\n                                </li>\n                            ))}\n                        </ul>\n                        <div className=\"faq__block-picture\">\n                            <img src={currentImage} alt=\"\" className=\"faq__block-image\"/>\n                        </div>\n                    </div>\n\n\n                        <div className=\"stores__link-group\">\n                            <a className=\"stores__link\" href=\"\">Zufallsgenerator für Lebensmittel!</a>\n                        </div>\n\n                </div>\n            )}\n            {location.pathname === '/lunch' && (\n                <div className=\"faq__container\">\n                    <div className=\"faq__title\">\n                        <h3 className=\"h3\">\n                            Mittags-FAQs: Deine Fragen, unsere Antworten rund um dein perfektes Mittagsmenü.\n                        </h3>\n                    </div>\n                    <div className=\"faq__description\">\n                        Finde Antworten auf all deine Mittagsfragen, von idealen Büro-Snacks bis zum perfekten Picknick-Menü. Entdecke, was ein ausgewogenes Mittagessen ausmacht und wie du mit wenig Aufwand Genussmomente schaffst. Hol dir Inspiration und praktische Ratschläge, die jede Mittagspause bereichern.\n                    </div>\n                    <div className=\"faq__block\">\n                        <ul className=\"faq__list\">\n                            {faqDataLunch.map((item, index) => (\n                                <li className={`faq__item ${activeItem === index ? 'faq__item-active' : ''}`} key={index}>\n                                    <div className=\"faq__item-header\" onClick={() => toggleItem(index)}>\n                                        <div className=\"faq__item-number\">\n                                            {index + 1}\n                                        </div>\n                                        <div className=\"faq__item-text\">\n                                            {item.question}\n                                        </div>\n                                        <div className=\"faq__item-arrow\">\n                                            <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\">\n                                                <path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"white\"/>\n                                            </svg>\n                                        </div>\n                                    </div>\n                                    <div className=\"faq__item-body\">\n                                        {item.answer}\n                                    </div>\n                                </li>\n                            ))}\n                        </ul>\n                        <div className=\"faq__block-picture\">\n                            <img src={currentImage} alt=\"\" className=\"faq__block-image\"/>\n                        </div>\n                    </div>\n\n                        <div className=\"stores__link-group\">\n                            <a className=\"stores__link\" href=\"\">Auf zum nächsten Mittagsgenuss!</a>\n                        </div>\n                </div>\n            )}\n            {location.pathname === '/dinner' && (\n                <div className=\"faq__container\">\n                    <div className=\"faq__title\">\n                        <h3 className=\"h3\">\n                            Abendessen-Insider: Antworten, die Licht ins Dunkel deiner Dinner-Pläne bringen.\n                        </h3>\n                    </div>\n                    <div className=\"faq__description\">\n                        Erhalte Lösungen für jede Abendmahlzeit-Dilemma, von romantischen Abenden zu express Mahlzeiten. Lerne, ein unvergessliches Dinner zu kreieren, sei es für Gäste oder einen gemütlichen Solo-Abend. Sammle Inspiration und Tipps, die jeden Abend verschönern.\n                    </div>\n                    <div className=\"faq__block\">\n                        <ul className=\"faq__list\">\n                            {faqDataDinner.map((item, index) => (\n                                <li className={`faq__item ${activeItem === index ? 'faq__item-active' : ''}`} key={index}>\n                                    <div className=\"faq__item-header\" onClick={() => toggleItem(index)}>\n                                        <div className=\"faq__item-number\">\n                                            {index + 1}\n                                        </div>\n                                        <div className=\"faq__item-text\">\n                                            {item.question}\n                                        </div>\n                                        <div className=\"faq__item-arrow\">\n                                            <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\">\n                                                <path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"white\"/>\n                                            </svg>\n                                        </div>\n                                    </div>\n                                    <div className=\"faq__item-body\">\n                                        {item.answer}\n                                    </div>\n                                </li>\n                            ))}\n                        </ul>\n                        <div className=\"faq__block-picture\">\n                            <img src={currentImage} alt=\"\" className=\"faq__block-image\"/>\n                        </div>\n                    </div>\n\n                        <div className=\"stores__link-group\">\n                            <a className=\"stores__link\" href=\"\">Neue Runde, anderes Dinnerglück!</a>\n                        </div>\n                </div>\n            )}\n        </div>\n    );\n}",
  "/* eslint-disable no-unused-vars */\nimport React, {useState} from \"react\";\nimport structure from \"../../../data/structure.json\";\n\n\nexport const FoodItem = ({category, selectedItem, item, index, isActive, onToggle, handleRadioChange}) => {\n\n    return (\n        <li className={`checkedfood__item ${isActive ? 'checkedfood__item-active' : ''}`} key={index}>\n            <div className=\"checkedfood__item-header\" onClick={() => onToggle(index)}>\n                <div className=\"checkedfood__item-number\">\n                    {index + 1}\n                </div>\n                <div className=\"checkedfood__item-text\">\n                    {item.title}\n                </div>\n                <div className=\"checkedfood__item-arrow\">\n                    <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"27\" height=\"15\" viewBox=\"0 0 27 15\" fill=\"none\">\n                        <path d=\"M2.22936 0L13.4071 11.9402H13.5774L24.7397 0L27 2.12995L15.8222 14.0701C14.5202 15.31 12.4798 15.31 11.1778 14.0701L0 2.12995L2.22936 0Z\" fill=\"white\"/>\n                    </svg>\n                </div>\n            </div>\n            <div className=\"checkedfood__item-body\">\n                <div className=\"checkedfood__radio-container\">\n                    {\n                        item.items.map((i) => (\n                            <label key={`$idx-${category}-${i}`} className=\"checkedfood__radio\">\n                                <input\n                                    className=\"checkedfood__radio\"\n                                    type=\"radio\"\n                                    name={`radio-${category}`}\n                                    id={`radio-${category}-${i}`}\n                                    onChange={handleRadioChange}\n                                    value={`${category}-${i}`}\n                                />\n                                <div className=\"checkedfood__radio-btn\">\n                                    <i className=\"las la-check\"></i>\n                                    <div className=\"checkedfood__info\">\n                                        <div className=\"checkedfood__info-check\">\n                                            <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"26\" height=\"26\" viewBox=\"0 0 26 26\" fill=\"none\">\n                                                <path fillRule=\"evenodd\" clipRule=\"evenodd\" d=\"M3 26H23C24.6569 26 26 24.6569 26 23V3C26 1.34315 24.6569 0 23 0H3C1.34315 0 0 1.34315 0 3V23C0 24.6569 1.34315 26 3 26ZM2 3C2 2.44772 2.44772 2 3 2H23C23.5523 2 24 2.44772 24 3V23C24 23.5523 23.5523 24 23 24H3C2.44772 24 2 23.5523 2 23V3Z\" fill=\"#242E30\"/>\n                                                <path className=\"checkedfood-icon-none\" d=\"M10.7599 18C11.2506 17.9982 11.7182 17.7915 12.0499 17.43L19.7299 9.15004L18.2699 7.79004L10.7599 15.89L7.90992 12.68L6.41992 14L9.41992 17.43C9.7527 17.7889 10.2205 17.992 10.7099 17.99L10.7599 18Z\" fill=\"#242E30\"/>\n                                            </svg>\n                                        </div>\n                                        <div className=\"checkedfood__info-icon\" dangerouslySetInnerHTML={{ __html: structure.icons[i] }}>\n                                        </div>\n                                        <div className=\"checkedfood__info-text\">{i}</div>\n                                    </div>\n                                </div>\n                            </label>\n                        ))\n                    }\n                </div>\n            </div>\n        </li>\n    )\n}",
  "/* eslint-disable no-unused-vars */\nimport React, { useState } from 'react';\n\nexport const Steps = ({index, isActive, isRadioSelected}) => {\n    return (\n        <li\n            className={`checkedfood__steps-item ${isActive ? 'checkedfood__steps-item--active' : ''}`} key={index}\n        >\n            <span className={isRadioSelected ? 'checkedfood__span-active' : ''}></span>\n        </li>\n    )\n}",
  "/* eslint-disable react/jsx-no-target-blank */\n/* eslint-disable jsx-a11y/anchor-is-valid */\n/* eslint-disable no-unused-vars */\n/* eslint-disable no-useless-escape */\n\nimport \"./checkedfood.css\"\nimport React, {useState, useEffect} from \"react\";\nimport {FoodItem} from \"./FoodItem/fooditem\";\nimport {Steps} from \"./Steps/steps\";\nimport structure from \"../../data/structure.json\";\nimport dishes from \"../../data/dishes.json\";\nimport combinations from \"../../data/combinations.json\";\nimport {Link, useSearchParams} from \"react-router-dom\";\n\nimport * as utils from \"../../utils/utils\";\nimport stores1 from \"../../images/stores1.webp\";\nimport stores3 from \"../../images/stores3.webp\";\nimport stores5 from \"../../images/stores5.webp\";\nimport stores6 from \"../../images/stores6.webp\";\nimport stores2 from \"../../images/stores2.webp\";\nimport stores4 from \"../../images/stores4.webp\";\n\nimport storesBreakfast1 from \"../../images/germany/breakfast/germany-veganer-berliner.webp\"\nimport storesBreakfast2 from \"../../images/germany/breakfast/germany-brotchen.webp\"\nimport storesBreakfast3 from \"../../images/germany/breakfast/germany-waffles-and-shake.webp\"\nimport storesBreakfast4 from \"../../images/germany/breakfast/germany-bretzel-mit-kase-und-oliven.webp\"\nimport storesBreakfast5 from \"../../images/germany/breakfast/germany-acai-bowl.webp\"\nimport storesBreakfast6 from \"../../images/germany/breakfast/germany-avocado-toast.webp\"\n\nimport storesLunch1 from \"../../images/germany/lunch/germaby-gebratene-nudeln.webp\"\nimport storesLunch2 from \"../../images/germany/lunch/germaby-erbsensuppe.webp\"\nimport storesLunch3 from \"../../images/germany/lunch/germaby-falafel.webp\"\nimport storesLunch4 from \"../../images/germany/lunch/germaby-lunch-sushi.webp\"\nimport storesLunch5 from \"../../images/germany/lunch/germaby-schnitzel-breakfast.webp\"\nimport storesLunch6 from \"../../images/germany/lunch/germaby-bratwurst-mit-sauerkraut.webp\"\n\nimport storesDinner1 from \"../../images/germany/dinner/germany-pommes-frites.webp\"\nimport storesDinner2 from \"../../images/germany/dinner/germany-pizza.webp\"\nimport storesDinner3 from \"../../images/germany/dinner/germany-poke-bowl.webp\"\nimport storesDinner4 from \"../../images/germany/dinner/germany-sushi.webp\"\nimport storesDinner5 from \"../../images/germany/dinner/germany-kebab.webp\"\nimport storesDinner6 from \"../../images/germany/dinner/germany-takumi-ramen.webp\"\n\n\n\n\nexport const CheckedFood = ({type}) => {\n\n    const [searchParams] = useSearchParams();\n    const dishId = searchParams.get('meal');\n\n    const foodData = structure[type] || structure.breakfast;\n\n    const [activeItem, setActiveItem] = useState(0);\n    const [selectedItems, setSelectedItems] = useState({});\n\n    const toggleItem = (index) => {\n        setActiveItem(prevActiveItem => (prevActiveItem === index ? null : index));\n    };\n\n    useEffect(() => {\n        setActiveItem(0);\n    }, [dishId]);\n\n\n    const handleRadioChange = (e) => {\n        //console.log(e.target.value);\n        const [category, item] = e.target.value.split(\"-\");\n        setSelectedItems(prevSelectedItems => ({\n            ...prevSelectedItems,\n            [category]: item\n        }));\n    };\n\n    const title = type === 'breakfast' ? 'Leckere Frühstücksideen!.' : type === 'lunch' ? 'Inspirierende Mittagessenideen' : 'Leckere Abendessen-Ideen';\n    \n    const combination = (selectedItems.flavours || selectedItems.dietary || selectedItems.schedule) ? combinations[type].find(combination => combination.flavours === selectedItems.flavours && combination.dietary === selectedItems.dietary && combination.schedule === selectedItems.schedule) : null;\n    const filteredDishes = (selectedItems.flavours || selectedItems.dietary || selectedItems.schedule) ?  \n                        dishes.filter(dish => (selectedItems.flavours === 'No restrictions' || dish.flavours === selectedItems.flavours) \n                            && (selectedItems.dietary === 'No restrictions' || dish.dietary === selectedItems.dietary) \n                            && (selectedItems.schedule === 'No restrictions' || dish.schedule === selectedItems.schedule))\n                        : [];\n    const combinationParams = `${selectedItems.flavours ? `&flavour=${utils.createSlug(selectedItems.flavours)}` : ''}${selectedItems.dietary ? `&dietary=${utils.createSlug(selectedItems.dietary)}` : ''}${selectedItems.schedule ? `&schedule=${utils.createSlug(selectedItems.schedule)}` : ''}`;\n\n    return !dishId && (\n        <>\n        <div className=\"checkedfood\">\n            <div className=\"checkedfood__container\">\n                <div className=\"checkedfood__block\">\n                    <ul className=\"checkedfood__list\">\n                        {Object.keys(foodData).map((key, index) => (\n                            <FoodItem\n                                key={`${key}-${index}`}\n                                category={key}\n                                item={foodData[key]}\n                                index={index}\n                                isActive={activeItem === index}\n                                selectedItem={selectedItems[key]}\n                                onToggle={toggleItem}\n                                handleRadioChange={handleRadioChange}\n                            />\n                        ))}\n                    </ul>\n                </div>\n                <div className={`checkedfood__btn-category ${selectedItems.flavours && selectedItems.dietary && selectedItems.schedule ? \"checkedfood__btn-category--active\":\"\"}`}>\n                    <Link to={combination || filteredDishes.length>0 ? \"?meal=\" + (filteredDishes[0]?.slug ??  utils.createSlug(combination?.dish ?? filteredDishes[0].title)) + combinationParams + \"#header\" : \"#\"}>\n                        {type === \"breakfast\" ? \"Lass mich mein Frühstück sehen\" :\n                            type === \"lunch\" ? \"Lass mich mein Mittagessen sehen\" :\n                                type === \"dinner\" ? \"Lass mich mein Abendessen sehen\" :\n                                    \"\"}\n                    </Link>\n                </div>\n                <div className=\"checkedfood__steps\">\n                    <ul className=\"checkedfood__steps-list\">\n                        {[\"flavours\", \"dietary\", \"schedule\"].map((key, index) => (\n                            <Steps\n                                key={index}\n                                index={index}\n                                isActive={!!selectedItems[key]}\n                                isRadioSelected={!!selectedItems[key]}\n                            />\n                        ))}\n                    </ul>\n                </div>\n            </div>\n        </div>\n\n    <div className=\"stores--breakfast\">\n        {type === '' && !dishId && (\n            <div className=\"stores__container stores__container-pb\">\n            <div className=\"stores__title\">\n                <h3 className=\"h3\">\n                    {title}\n                </h3>\n            </div>\n            <div className=\"stores__description\">\n                Dapibus viverra purus. Pellentesque ipsum metus, pharetra et justo at, dictum faucibus elit. In sed porta lectus. Proin quis gravida nisi. Sed vehicula sed dui ut pretium. Pellentesque habitant.\n            </div>\n            <div className=\"stores__grid\">\n                <div className=\"stores__grid-container mb-16\">\n                    <a href=\"https://www.just-eat.co.uk/takeaway/nearme/groceries\" target=\"_blank\" className=\"stores__grid-box w-550\">\n                        <div className=\"stores__grid-picture\">\n                            <img src={stores1} alt=\"\" className=\"stores__grid-image\"/>\n                        </div>\n                        <div className=\"stores__grid-name\">\n                            Grocery Stores\n                        </div>\n                        <div className=\"stores__grid-description\">\n                            Thousands of food options all under one roof. Grocery Stores have everything you need and it’s all a click away\n                        </div>\n                    </a>\n                    <a href=\"https://www.just-eat.co.uk/takeaway/nearme/indian\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                        <div className=\"stores__grid-picture\">\n                            <img src={stores3} alt=\"\" className=\"stores__grid-image\"/>\n                        </div>\n                        <div className=\"stores__grid-name\">\n                            Indian\n                        </div>\n                        <div className=\"stores__grid-description\">\n                            Aromatic curries bursting with spices and flavour accompanied by freshly-baked naan and delectable rice.\n                        </div>\n                    </a>\n                    <a href=\"https://www.just-eat.co.uk/takeaway/nearme/chinese\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                        <div className=\"stores__grid-picture\">\n                            <img src={stores5} alt=\"\" className=\"stores__grid-image\"/>\n                        </div>\n                        <div className=\"stores__grid-name\">\n                            Chinese\n                        </div>\n                        <div className=\"stores__grid-description\">\n                            Soul-pleasing cuisine highlighted by tangy sauces, succulent meats, fried rice, noodles and exquisite flavours.\n                        </div>\n                    </a>\n                </div>\n                <div className=\"stores__grid-container grid-reverse\">\n                    <a href=\"https://www.just-eat.co.uk/takeaway/nearme/pizza\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                        <div className=\"stores__grid-picture\">\n                            <img src={stores6} alt=\"\" className=\"stores__grid-image\"/>\n                        </div>\n                        <div className=\"stores__grid-name\">\n                            Pizza\n                        </div>\n                        <div className=\"stores__grid-description\">\n                            Oven fresh pizza with a symphony of toppings and melted cheese, savoury sauces and a heavenly crust.\n                        </div>\n                    </a>\n                    <a href=\"https://www.just-eat.co.uk/takeaway/nearme/kebabs\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                        <div className=\"stores__grid-picture\">\n                            <img src={stores2} alt=\"\" className=\"stores__grid-image\"/>\n                        </div>\n                        <div className=\"stores__grid-name\">\n                            Kebabs\n                        </div>\n                        <div className=\"stores__grid-description\">\n                            Tender meats and fresh salads wrapped in a delicious pita with mouthwatering sauces and spices.\n                        </div>\n                    </a>\n                    <a href=\"https://www.just-eat.co.uk/takeaway/nearme/fish-and-chips\" target=\"_blank\" className=\"stores__grid-box w-550\">\n                        <div className=\"stores__grid-picture\">\n                            <img src={stores4} alt=\"\" className=\"stores__grid-image\"/>\n                        </div>\n                        <div className=\"stores__grid-name\">\n                            Fish & Chips\n                        </div>\n                        <div className=\"stores__grid-description\">\n                            Flakey fish coated in golden batter with fluffy chips dripping in salt and vinegar and an array of classic sides.\n                        </div>\n                    </a>\n                </div>\n            </div>\n        </div>\n        )}\n        {type === 'breakfast' && !dishId && (\n            <div className=\"stores__container stores__container-pb\" id=\"stores--breakfast\">\n                <div className=\"stores__title\">\n                    <h3 className=\"h3\">\n                        {title}\n                    </h3>\n                </div>\n                <div className=\"stores__description\">\n                    Für einen abwechslungsreichen Start in den Tag haben wir die besten Frühstücksideen zur Auswahl, die deinen Morgen versüßen! Dein Frühstück ist nur einen Klick entfernt!\n                </div>\n                <div className=\"stores__grid\">\n                    <div className=\"stores__grid-container mb-16\">\n                        <a href=\"https://www.lieferando.de/sandwiches-bestellen\" target=\"_blank\" className=\"stores__grid-box w-550\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesBreakfast2} alt=\"\" className=\"stores__grid-image h-80\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Brötchen\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Knusprig gebackene Brötchen, frisch vom Bäcker - das Herzstück des deutschen Frühstücks.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/fruehstueck-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesBreakfast1} alt=\"\" className=\"stores__grid-image h-70p\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Vegane Berliner\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Süß und luftig, wie das Original - und vegan. Ein Berliner, der auch pflanzlich jeden Gaumen erfreut.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/sandwiches-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesBreakfast6} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Avocado-Toast\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Cremige Avocado trifft knuspriges Brot. Ein simples aber unfassbar gutes Frühstück. Für mehr Eiweiß mit Spiegelei oben drauf.\n                            </div>\n                        </a>\n                    </div>\n                    <div className=\"stores__grid-container grid-reverse\">\n                        <a href=\"https://www.lieferando.de/sandwiches-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesBreakfast4} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Bretzel mit Käse und Oliven\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Eine herzhafte Kombination aus leckerer Bretze, würzigem Käse und knackigen Oliven.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/fruehstueck-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesBreakfast5} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Açai Bowl\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Das Superfood aus Brasilien: Eine bunte Mischung aus frischem Obst und vielen Nüssen obendrauf.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/fruehstueck-bestellen\" target=\"_blank\" className=\"stores__grid-box w-550\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesBreakfast3} alt=\"\" className=\"stores__grid-image top-14\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Waffeln\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Goldbraune Waffeln, aussen knusprig und innen zart weich. Verfeinert mit Ahornsirup oder Früchten.\n                            </div>\n                        </a>\n                    </div>\n                </div>\n            </div>\n        )}\n        {type === 'lunch' && !dishId && (\n            <div className=\"stores__container stores__container-pb\" id=\"stores--lunch\">\n                <div className=\"stores__title\">\n                    <h3 className=\"h3\">\n                        {title}\n                    </h3>\n                </div>\n                <div className=\"stores__description\">\n                    Tauche ein in die Welt des Geschmacks und entdecke Mittagessenideen, die jeden Gaumen erfreuen. Ob schnelles Gericht oder ausgedehntes Mahl, hier findest du Inspiration für jeden Tag. Mach deine Mittagspause zum kulinarischen Highlight und genieße die Vielfalt, die auf dich wartet.\n                </div>\n                <div className=\"stores__grid\">\n                    <div className=\"stores__grid-container mb-16\">\n                        <a href=\"https://www.lieferando.de/schnitzel-bestellen\" target=\"_blank\" className=\"stores__grid-box w-550\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesLunch5} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Schnitzel\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Knuspriges Schnitzel, außen goldbraun und innen zart. Serviert mit deiner Lieblingsbeilage – ein Klassiker.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/suppen-bestellen-in\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesLunch2} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Erbsensuppe\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Wärmende Erbsensuppe, cremig und reich an Geschmack. Ideal für eine nahrhafte Mittagspause.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/doener-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesLunch3} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Falafel Döner\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Ein vegetarischer Genuss: Falafel Döner mit knackigem Gemüse und würzigen Saucen. Frisch und lecker.\n                            </div>\n                        </a>\n                    </div>\n                    <div className=\"stores__grid-container grid-reverse\">\n                        <a href=\"https://www.lieferando.de/sushi-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesLunch4} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Sushi\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Erfrischendes Sushi, handgerollt und voller feinster Zutaten. Eine leichte, Wahl für das Mittagessen.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/asiatisch-essen-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesLunch1} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Gebratene Nudeln\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Gebratene Nudeln voller Aromen und frischem Gemüse. Ein schnelles, sättigendes Mittagessen, das jeden Geschmack trifft.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/deutsche-gerichte-bestellen\" target=\"_blank\" className=\"stores__grid-box w-550\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesLunch6} alt=\"\" className=\"stores__grid-image object-fit-contain\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Bratwurst mit Sauerkraut\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Herzhafte Bratwurst mit Sauerkraut – ein deutscher Klassiker, der satt macht und schmeckt.\n                            </div>\n                        </a>\n                    </div>\n                </div>\n            </div>\n        )}\n        {type === 'dinner' && !dishId && (\n            <div className=\"stores__container stores__container-pb\" id=\"stores--dinner\">\n                <div className=\"stores__title\">\n                    <h3 className=\"h3\">\n                        {title}\n                    </h3>\n                </div>\n                <div className=\"stores__description\">\n                    Lass dich in ein Meer aus Aromen entführen und entdecke inspirierende Abendessen-Ideen. Ob eine schnelle Köstlichkeit oder ein ausgiebiges Festmahl, hier findest du täglich neue Anregung. Verwandle deinen Abend in ein kulinarisches Erlebnis, umgeben von schier endloser Vielfalt an Ideen fürs Abendessen.\n                </div>\n                <div className=\"stores__grid\">\n                    <div className=\"stores__grid-container mb-16\">\n                        <a href=\"https://www.lieferando.de/pommes-bestellen\" target=\"_blank\" className=\"stores__grid-box w-550\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesDinner1} alt=\"\" className=\"stores__grid-image top-14\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Pommes Frites\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Knusprige Pommes Frites, goldgelb und perfekt gesalzen. Ein einfacher, aber unwiderstehlicher Genuss.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/pizza-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesDinner2} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Vegetarische Pizza\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Köstliche vegetarische Pizza, belegt mit frischem Gemüse. Ein bunter und geschmackvoller Abschluss des Tages.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/poke-bowl-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesDinner3} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Poke Bowl\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Frische und leichte Poke Bowl, vollgepackt mit deinen Lieblingszutaten. Ein Abendessen, das begeistert.\n                            </div>\n                        </a>\n                    </div>\n                    <div className=\"stores__grid-container grid-reverse\">\n                        <a href=\"https://www.lieferando.de/sushi-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesDinner4} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Sushi\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Erlesenes Sushi, handgerollt und voller feiner Aromen. Ein elegantes Abendessen für Genießer.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/doener-bestellen\" target=\"_blank\" className=\"stores__grid-box w-268\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesDinner5} alt=\"\" className=\"stores__grid-image\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Döner Kebab\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Ein Döner Kebab, reich gefüllt mit saftigem Fleisch und frischen Zutaten. Ein herzhafter Genuss.\n                            </div>\n                        </a>\n                        <a href=\"https://www.lieferando.de/japanisches-essen-bestellen\" target=\"_blank\" className=\"stores__grid-box w-550\">\n                            <div className=\"stores__grid-picture\">\n                                <img src={storesDinner6} alt=\"\" className=\"stores__grid-image object-fit-contain\"/>\n                            </div>\n                            <div className=\"stores__grid-name\">\n                                Takumi Ramen\n                            </div>\n                            <div className=\"stores__grid-description\">\n                                Wärmender Takumi Ramen, tief in Geschmack und Tradition. Die perfekte Wahl für kühle Abende.\n                            </div>\n                        </a>\n                    </div>\n                </div>\n            </div>\n        )}\n    </div>\n</>\n    )\n\n}",
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/*#__PURE__*/React.forwardRef(SvgLogoFooter);\nexport default __webpack_public_path__ + \"static/media/logoFooter627bebd1c5819312ce130cc83334d84b.svg\";\nexport { ForwardRef as ReactComponent };",
  "/* eslint-disable jsx-a11y/anchor-is-valid */\nimport \"./footer.css\"\n\nimport phone from \"../../images/germany/phone.png\"\nimport BtnAppStore from \"../../images/btnAppstore.svg\"\nimport BtnGooglePay from \"../../images/btnGoogleplay.svg\"\nimport BtnHuavei from \"../../images/btnHuawei.svg\"\nimport logoFooter from \"../../images/germany/logoFooter.svg\"\nimport {useSearchParams} from \"react-router-dom\";\n\nexport const Footer = ({type}) => {\n    const [searchParams] = useSearchParams();\n    const dishId = searchParams.get('meal');\n\n    return (\n        <footer className=\"footer\">\n            {type === '' && !dishId && (\n                <div className=\"footer-mob\">\n                    <div className=\"footer__title footer__title-mobile\">\n                        App herunterladen\n                    </div>\n                    <div className=\"footer__description footer__description-mobile\">\n                        Einfach und bequem bestellen\n                    </div>\n                    <div className=\"footer__container\">\n                        <div className=\"footer__picture\">\n                            <img src={phone} alt=\"\"/>\n                        </div>\n                        <div className=\"footer__text\">\n                            <div className=\"footer__title footer__title-desktop\">\n                                App herunterladen\n                            </div>\n                            <div className=\"footer__description footer__description-desktop\">\n                                Einfach und bequem bestellen\n                            </div>\n                            <div className=\"footer__btn-group\">\n                                <a href=\"https://apps.apple.com/app/id1039818673?mt=8\" target=\"_blank\"  className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                    <img src={BtnAppStore} alt=\"justeat\" className=\"footer__btn-image\"/>\n                                </a>\n                                <a href=\"https://play.google.com/store/apps/details?id=com.yourdelivery.pyszne&referrer=adjust_reftag%3DcfUFTMS6nhwUf%26utm_source%3Dpl%257Candroid%257Cmainsite%26utm_campaign%3Dhomepage-button%26utm_medium%3Dsite\" target=\"_blank\" className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                    <img src={BtnGooglePay} alt=\"justeat\" className=\"footer__btn-image\"/>\n                                </a>\n                                <a href=\"https://appgallery.huawei.com/app/C102419193?sharePrepath=ag&referrer=adjust_reftag%3DcsLVWWjRtWvjr%26utm_source%3DHuawei%2BApp%2BStore%2BInstall%26utm_campaign%3Dhomepage-button\" target=\"_blank\" className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                    <img src={BtnHuavei} alt=\"justeat\" className=\"footer__btn-image\"/>\n                                </a>\n                            </div>\n                        </div>\n                    </div>\n                </div>\n            )}\n            {!!dishId && (\n                <div className=\"footer__container\">\n                    <div className=\"footer__picture\">\n                        <img src={phone} alt=\"\"/>\n                    </div>\n                    <div className=\"footer__text\">\n                        <div className=\"footer__title\">\n                            App herunterladen\n                        </div>\n                        <div className=\"footer__description\">\n                            Einfach und bequem bestellen\n                        </div>\n                        <div className=\"footer__btn-group\">\n                            <a href=\"https://apps.apple.com/app/id1039818673?mt=8\" target=\"_blank\"  className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                <img src={BtnAppStore} alt=\"justeat\" className=\"footer__btn-image\"/>\n                            </a>\n                            <a href=\"https://play.google.com/store/apps/details?id=com.yourdelivery.pyszne&referrer=adjust_reftag%3DcfUFTMS6nhwUf%26utm_source%3Dpl%257Candroid%257Cmainsite%26utm_campaign%3Dhomepage-button%26utm_medium%3Dsite\" target=\"_blank\" className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                <img src={BtnGooglePay} alt=\"justeat\" className=\"footer__btn-image\"/>\n                            </a>\n                            <a href=\"https://appgallery.huawei.com/app/C102419193?sharePrepath=ag&referrer=adjust_reftag%3DcsLVWWjRtWvjr%26utm_source%3DHuawei%2BApp%2BStore%2BInstall%26utm_campaign%3Dhomepage-button\" target=\"_blank\" className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                <img src={BtnHuavei} alt=\"justeat\" className=\"footer__btn-image\"/>\n                            </a>\n                        </div>\n                    </div>\n                </div>\n            )}\n            {type === 'breakfast' && !dishId && (\n                <div className=\"footer-mob\">\n                    <div className=\"footer__title footer__title-mobile\">\n                        App herunterladen\n                    </div>\n                    <div className=\"footer__description footer__description-mobile\">\n                        Einfach und bequem bestellen\n                    </div>\n                    <div className=\"footer__container\">\n                        <div className=\"footer__picture\">\n                            <img src={phone} alt=\"\"/>\n                        </div>\n                        <div className=\"footer__text\">\n                            <div className=\"footer__title footer__title-desktop\">\n                                App herunterladen\n                            </div>\n                            <div className=\"footer__description footer__description-desktop\">\n                                Einfach und bequem bestellen\n                            </div>\n                            <div className=\"footer__btn-group\">\n                                <a href=\"https://apps.apple.com/app/id1039818673?mt=8\" target=\"_blank\"  className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                    <img src={BtnAppStore} alt=\"justeat\" className=\"footer__btn-image\"/>\n                                </a>\n                                <a href=\"https://play.google.com/store/apps/details?id=com.yourdelivery.pyszne&referrer=adjust_reftag%3DcfUFTMS6nhwUf%26utm_source%3Dpl%257Candroid%257Cmainsite%26utm_campaign%3Dhomepage-button%26utm_medium%3Dsite\" target=\"_blank\" className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                    <img src={BtnGooglePay} alt=\"justeat\" className=\"footer__btn-image\"/>\n                                </a>\n                                <a href=\"https://appgallery.huawei.com/app/C102419193?sharePrepath=ag&referrer=adjust_reftag%3DcsLVWWjRtWvjr%26utm_source%3DHuawei%2BApp%2BStore%2BInstall%26utm_campaign%3Dhomepage-button\" target=\"_blank\" className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                    <img src={BtnHuavei} alt=\"justeat\" className=\"footer__btn-image\"/>\n                                </a>\n                            </div>\n                        </div>\n                    </div>\n                </div>\n            )}\n            {type === 'lunch' && !dishId && (\n                <div className=\"footer-mob\">\n                    <div className=\"footer__title footer__title-mobile\">\n                        App herunterladen\n                    </div>\n                    <div className=\"footer__description footer__description-mobile\">\n                        Einfach und bequem bestellen\n                    </div>\n                    <div className=\"footer__container\">\n                        <div className=\"footer__picture\">\n                            <img src={phone} alt=\"\"/>\n                        </div>\n                        <div className=\"footer__text\">\n                            <div className=\"footer__title footer__title-desktop\">\n                                App herunterladen\n                            </div>\n                            <div className=\"footer__description footer__description-desktop\">\n                                Einfach und bequem bestellen\n                            </div>\n                            <div className=\"footer__btn-group\">\n                                <a href=\"https://apps.apple.com/app/id1039818673?mt=8\" target=\"_blank\"  className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                    <img src={BtnAppStore} alt=\"justeat\" className=\"footer__btn-image\"/>\n                                </a>\n                                <a href=\"https://play.google.com/store/apps/details?id=com.yourdelivery.pyszne&referrer=adjust_reftag%3DcfUFTMS6nhwUf%26utm_source%3Dpl%257Candroid%257Cmainsite%26utm_campaign%3Dhomepage-button%26utm_medium%3Dsite\" target=\"_blank\" className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                    <img src={BtnGooglePay} alt=\"justeat\" className=\"footer__btn-image\"/>\n                                </a>\n                                <a href=\"https://appgallery.huawei.com/app/C102419193?sharePrepath=ag&referrer=adjust_reftag%3DcsLVWWjRtWvjr%26utm_source%3DHuawei%2BApp%2BStore%2BInstall%26utm_campaign%3Dhomepage-button\" target=\"_blank\" className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                    <img src={BtnHuavei} alt=\"justeat\" className=\"footer__btn-image\"/>\n                                </a>\n                            </div>\n                        </div>\n                    </div>\n                </div>\n            )}\n            {type === 'dinner' && !dishId && (\n                <div className=\"footer-mob\">\n                    <div className=\"footer__title footer__title-mobile\">\n                        App herunterladen\n                    </div>\n                    <div className=\"footer__description footer__description-mobile\">\n                        Einfach und bequem bestellen\n                    </div>\n                    <div className=\"footer__container\">\n                        <div className=\"footer__picture\">\n                            <img src={phone} alt=\"\"/>\n                        </div>\n                        <div className=\"footer__text\">\n                            <div className=\"footer__title footer__title-desktop\">\n                                Keine Zeit zum Kochen? Schneller als mit der Lieferando App geht es nicht!\n                            </div>\n                            <div className=\"footer__description footer__description-desktop\">\n                                Lade dir die Lieferando App herunter und profitiere von personalisierten Empfehlungen und schnelleren Bestellungen.\n                            </div>\n                            <div className=\"footer__btn-group\">\n                                <a href=\"https://apps.apple.com/app/id1039818673?mt=8\" target=\"_blank\"  className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                    <img src={BtnAppStore} alt=\"justeat\" className=\"footer__btn-image\"/>\n                                </a>\n                                <a href=\"https://play.google.com/store/apps/details?id=com.yourdelivery.pyszne&referrer=adjust_reftag%3DcfUFTMS6nhwUf%26utm_source%3Dpl%257Candroid%257Cmainsite%26utm_campaign%3Dhomepage-button%26utm_medium%3Dsite\" target=\"_blank\" className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                    <img src={BtnGooglePay} alt=\"justeat\" className=\"footer__btn-image\"/>\n                                </a>\n                                <a href=\"https://appgallery.huawei.com/app/C102419193?sharePrepath=ag&referrer=adjust_reftag%3DcsLVWWjRtWvjr%26utm_source%3DHuawei%2BApp%2BStore%2BInstall%26utm_campaign%3Dhomepage-button\" target=\"_blank\" className=\"footer__btn footer__btn-desktop\" rel=\"noreferrer\">\n                                    <img src={BtnHuavei} alt=\"justeat\" className=\"footer__btn-image\"/>\n                                </a>\n                            </div>\n                        </div>\n                    </div>\n                </div>\n            )}\n            <div className=\"footer__orange-bg\">\n                <a className=\"footer__orange-link\" href=\"/\"><img className=\"footer__orange-image\" src={logoFooter} alt=\"justeat\"/></a>\n                <div className=\"footer__links\">\n                    <a href=\"\" className=\"footer__link\">\n                        Verwendung von Cookies\n                    </a>\n                    <a href=\"\" className=\"footer__link\">\n                        Datenschutzerklärung\n                    </a>\n                    <a href=\"\" className=\"footer__link\">\n                        Kontakt\n                    </a>\n                </div>\n            </div>\n            <div className=\"footer__copyright\">\n                <div className=\"footer__copyright-container\">\n                    <span>© 2024 Lieferando.de</span>\n                </div>\n            </div>\n        </footer>\n    )\n}",
  "import { Link } from \"react-router-dom\";\nimport mealTime1 from \"../../images/mealTime1.webp\";\nimport mealTime2 from \"../../images/mealTime2.webp\";\nimport mealTime3 from \"../../images/mealTime3.webp\";\nimport React from \"react\";\n\nimport \"./mealtime.css\"\n\nexport const MealTime = ({type}) => {\n\n    const [hasMounted, setHasMounted] = React.useState(false);\n    React.useEffect(() => {\n        setHasMounted(true);\n    }, []);\n\n    if (!hasMounted) {\n        return null;\n    }\n\n    return (\n        <div>\n            <div className=\"meal-time__container\" id=\"meal-time__container\">\n                <div className=\"meal-time\">\n                    {type!==\"breakfast\" && (\n                    <Link to={`/fruehstueck#second-title--breakfast`} className={`meal-time__box meal-time__box-breakfast ${type === \"\" ? \"meal-time__box-main\" : \"\"}`}>\n                        <img className=\"meal-time__picture\" src={mealTime1} alt=\"\"/>\n                        <div className=\"meal-time__info\">\n                            <div className={`meal-time__name ${type !== \"breakfast\" ? \"meal-time__name--custom\" : \"\"}`}>\n                                <div className=\"meal-time__triangle\"></div>\n                                <div className=\"meal-time__icon\">\n                                    <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"12\" height=\"12\" viewBox=\"0 0 12 12\" fill=\"none\">\n                                        <path d=\"M11.7782 5.27821H6.72266V0.222656H5.27821V5.27821H0.222656V6.72266H5.27821V11.7782H6.72266V6.72266H11.7782V5.27821V5.27821Z\" fill=\"#242E30\"/>\n                                    </svg>\n                                </div>\n                                {!!type ? \"Auf der Suche nach einem Frühstück?\" : \"Frühstück\"}\n                            </div>\n                        </div>\n                    </Link>\n                    )}\n                    {type!==\"lunch\" && (\n                    <Link to=\"/mittagessen#second-title--lunch\" className={`meal-time__box meal-time__box-lunch ${type === \"\" ? \"meal-time__box-main\" : \"\"}`}>\n                        <img className=\"meal-time__picture\" src={mealTime2} alt=\"\"/>\n                        <div className=\"meal-time__info\">\n                            <div className={`meal-time__name ${type !== \"lunch\" ? \"meal-time__name--custom\" : \"\"}`}>\n                                <div className=\"meal-time__triangle\"></div>\n                                <div className=\"meal-time__icon\">\n                                    <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"12\" height=\"12\" viewBox=\"0 0 12 12\" fill=\"none\">\n                                        <path d=\"M11.7782 5.27821H6.72266V0.222656H5.27821V5.27821H0.222656V6.72266H5.27821V11.7782H6.72266V6.72266H11.7782V5.27821V5.27821Z\" fill=\"#242E30\"/>\n                                    </svg>\n                                </div>\n                                {!!type ? \"Auf der Suche nach einem Mittagessen?\" : \"Mittagessen\"}\n                            </div>\n                        </div>\n                    </Link>\n                    )}\n                    {type!==\"dinner\" && (\n                    <Link to=\"/abendessen#second-title--dinner\" className={`meal-time__box meal-time__box-dinner ${type === \"\" ? \"meal-time__box-main\" : \"\"}`}>\n                        <img className=\"meal-time__picture\" src={mealTime3} alt=\"\"/>\n                        <div className=\"meal-time__info\">\n                            <div className={`meal-time__name ${type !== \"dinner\" ? \"meal-time__name--custom\" : \"\"}`}>\n                                <div className=\"meal-time__triangle\"></div>\n                                <div className=\"meal-time__icon\">\n                                    <svg xmlns=\"http://www.w3.org/2000/svg\" width=\"12\" height=\"12\" viewBox=\"0 0 12 12\" fill=\"none\">\n                                        <path d=\"M11.7782 5.27821H6.72266V0.222656H5.27821V5.27821H0.222656V6.72266H5.27821V11.7782H6.72266V6.72266H11.7782V5.27821V5.27821Z\" fill=\"#242E30\"/>\n                                    </svg>\n                                </div>\n                                {!!type ? \"Auf der Suche nach einem Abendessen?\" : \"Abendessen\"}\n                            </div>\n                        </div>\n                    </Link>\n                    )}\n                </div>\n            </div>\n       </div>\n    )\n}",
  "/* eslint-disable no-unused-vars */\nimport logo from './logo.svg';\nimport './App.css';\nimport { BrowserRouter, Routes, Route, Link } from \"react-router-dom\";\nimport {Header} from \"./components/Header/header\";\nimport {Main} from \"./components/Main/main\";\nimport {OrderFood} from \"./components/Orderfood/orderfood\";\nimport {Stores} from \"./components/Stores/stores\";\nimport {Faq} from \"./components/Faq/faq\";\nimport {CheckedFood} from \"./components/Checkedfood/checkedfood\";\nimport {Footer} from \"./components/Footer/footer\";\nimport {MealTime} from \"./components/Mealtime/mealtime\";\nimport \"../src/fonts/JETSans/jetsans.css\"\n\nimport meta from \"./data/meta.json\";\nimport DocumentMeta from 'react-document-meta';\n\nfunction App() {\n    return (\n        <BrowserRouter basename='/deals/was-esse-ich-heute'>\n            <div className=\"App\">\n                <Routes>\n                    <Route path=\"/\" element={\n                        <DocumentMeta {...meta[\"/\"]}>\n                            <Header type=\"\" />\n                            <Main type=\"\"/>\n                            <MealTime type=\"\" />\n                            <OrderFood type=\"\"/>\n                            <Stores />\n                            <Faq />\n                            <Footer type=\"\" />\n                        </DocumentMeta>\n                    } />\n                    <Route path=\"/fruehstueck\" element={\n                        <DocumentMeta {...meta[\"breakfast\"]}>\n                            <Header type=\"breakfast\" />\n                            <Main type=\"breakfast\" />\n                            <CheckedFood type=\"breakfast\"/>\n                            <OrderFood type=\"breakfast\"/>\n                            <Faq />\n                            <MealTime type=\"breakfast\" />\n                            <Footer type=\"breakfast\" />\n                        </DocumentMeta>\n                    }/>\n                    <Route path=\"/mittagessen\" element={\n                        <DocumentMeta {...meta[\"lunch\"]}>\n                            <Header type=\"lunch\" />\n                            <Main type=\"lunch\"/>\n                            <CheckedFood type=\"lunch\"/>\n                            <OrderFood type=\"lunch\"/>\n                            <Faq />\n                            <MealTime type=\"lunch\" />\n                            <Footer type=\"lunch\" />\n                        </DocumentMeta>\n                    }/>\n                    <Route path=\"/abendessen\" element={\n                        <DocumentMeta {...meta[\"dinner\"]}>\n                            <Header type=\"dinner\" />\n                            <Main type=\"dinner\" />\n                            <CheckedFood type=\"dinner\"/>\n                            <OrderFood type=\"dinner\" />\n                            <Faq />\n                            <MealTime type=\"dinner\" />\n                            <Footer type=\"dinner\" />\n                        </DocumentMeta>\n                    }/>\n                </Routes>\n            </div>\n        </BrowserRouter>\n    );\n}\n\n\nexport default App;\n",
  "import React from 'react';\nimport './index.css';\nimport App from './App';\nimport { hydrate, render } from \"react-dom\";\n\nconst rootElement = document.getElementById(\"root\");\nif (rootElement.hasChildNodes()) {\n  hydrate(<App />, rootElement);\n} else {\n  render(<App />, rootElement);\n}\n"
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  "emptyFunctionWithReset",
  "resetWarningCache",
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  "secret",
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  "storesBreakfast1",
  "storesBreakfast6",
  "storesBreakfast4",
  "storesBreakfast5",
  "storesBreakfast3",
  "storesLunch5",
  "storesLunch2",
  "storesLunch3",
  "storesLunch4",
  "storesLunch1",
  "storesLunch6",
  "storesDinner1",
  "storesDinner2",
  "storesDinner3",
  "storesDinner4",
  "storesDinner5",
  "storesDinner6",
  "Footer",
  "phone",
  "BtnAppStore",
  "BtnGooglePay",
  "BtnHuavei",
  "logoFooter",
  "MealTime",
  "mealTime1",
  "mealTime2",
  "mealTime3",
  "rootElement",
  "hasChildNodes",
  "App"
 ],
 "sourceRoot": ""
}