/*! elementor - v3.27.0 - 03-02-2025 */
/******/ (() => { // webpackBootstrap
/******/ 	var __webpack_modules__ = ({

/***/ "../assets/dev/js/utils/react.js":
/*!***************************************!*\
  !*** ../assets/dev/js/utils/react.js ***!
  \***************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

"use strict";


var _typeof = __webpack_require__(/*! @babel/runtime/helpers/typeof */ "../node_modules/@babel/runtime/helpers/typeof.js");
Object.defineProperty(exports, "__esModule", ({
  value: true
}));
exports["default"] = void 0;
var React = _interopRequireWildcard(__webpack_require__(/*! react */ "react"));
var ReactDOM = _interopRequireWildcard(__webpack_require__(/*! react-dom */ "react-dom"));
var _client = __webpack_require__(/*! react-dom/client */ "../node_modules/react-dom/client.js");
function _getRequireWildcardCache(e) { if ("function" != typeof WeakMap) return null; var r = new WeakMap(), t = new WeakMap(); return (_getRequireWildcardCache = function _getRequireWildcardCache(e) { return e ? t : r; })(e); }
function _interopRequireWildcard(e, r) { if (!r && e && e.__esModule) return e; if (null === e || "object" != _typeof(e) && "function" != typeof e) return { default: e }; var t = _getRequireWildcardCache(r); if (t && t.has(e)) return t.get(e); var n = { __proto__: null }, a = Object.defineProperty && Object.getOwnPropertyDescriptor; for (var u in e) if ("default" !== u && {}.hasOwnProperty.call(e, u)) { var i = a ? Object.getOwnPropertyDescriptor(e, u) : null; i && (i.get || i.set) ? Object.defineProperty(n, u, i) : n[u] = e[u]; } return n.default = e, t && t.set(e, n), n; }
/**
 * Support conditional rendering of a React App to the DOM, based on the React version.
 * We use `createRoot` when available, but fallback to `ReactDOM.render` for older versions.
 *
 * @param { React.ReactElement } app        The app to render.
 * @param { HTMLElement }        domElement The DOM element to render the app into.
 *
 * @return {{ unmount: () => void }} The unmount function.
 */
function render(app, domElement) {
  var unmountFunction;
  try {
    var root = (0, _client.createRoot)(domElement);
    root.render(app);
    unmountFunction = function unmountFunction() {
      root.unmount();
    };
  } catch (e) {
    // eslint-disable-next-line react/no-deprecated
    ReactDOM.render(app, domElement);
    unmountFunction = function unmountFunction() {
      // eslint-disable-next-line react/no-deprecated
      ReactDOM.unmountComponentAtNode(domElement);
    };
  }
  return {
    unmount: unmountFunction
  };
}
var _default = exports["default"] = {
  render: render
};

/***/ }),

/***/ "../modules/home/assets/js/components/addons-section.js":
/*!**************************************************************!*\
  !*** ../modules/home/assets/js/components/addons-section.js ***!
  \**************************************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

"use strict";
/* provided dependency */ var PropTypes = __webpack_require__(/*! prop-types */ "../node_modules/prop-types/index.js");


var _interopRequireDefault = __webpack_require__(/*! @babel/runtime/helpers/interopRequireDefault */ "../node_modules/@babel/runtime/helpers/interopRequireDefault.js");
Object.defineProperty(exports, "__esModule", ({
  value: true
}));
exports["default"] = void 0;
var _react = _interopRequireDefault(__webpack_require__(/*! react */ "react"));
var _objectDestructuringEmpty2 = _interopRequireDefault(__webpack_require__(/*! @babel/runtime/helpers/objectDestructuringEmpty */ "../node_modules/@babel/runtime/helpers/objectDestructuringEmpty.js"));
var _extends2 = _interopRequireDefault(__webpack_require__(/*! @babel/runtime/helpers/extends */ "../node_modules/@babel/runtime/helpers/extends.js"));
var _ui = __webpack_require__(/*! @elementor/ui */ "@elementor/ui");
var _List = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/List */ "@elementor/ui/List"));
var _Link = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/Link */ "@elementor/ui/Link"));
var _Button = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/Button */ "@elementor/ui/Button"));
var _Card = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/Card */ "@elementor/ui/Card"));
var _CardActions = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/CardActions */ "@elementor/ui/CardActions"));
var _CardContent = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/CardContent */ "@elementor/ui/CardContent"));
var _CardMedia = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/CardMedia */ "@elementor/ui/CardMedia"));
var Addons = function Addons(_ref) {
  var props = (0, _extends2.default)({}, ((0, _objectDestructuringEmpty2.default)(_ref), _ref));
  var domain = props.adminUrl.replace('wp-admin/', '');
  var addonsArray = props.addonsData.repeater;
  var cardsPerRow = 3 === addonsArray.length ? 3 : 2;
  return /*#__PURE__*/_react.default.createElement(_ui.Paper, {
    elevation: 0,
    sx: {
      p: 3,
      display: 'flex',
      flexDirection: 'column',
      gap: 2
    }
  }, /*#__PURE__*/_react.default.createElement(_ui.Box, null, /*#__PURE__*/_react.default.createElement(_ui.Typography, {
    variant: "h6"
  }, props.addonsData.header.title), /*#__PURE__*/_react.default.createElement(_ui.Typography, {
    variant: "body2",
    color: "text.secondary"
  }, props.addonsData.header.description)), /*#__PURE__*/_react.default.createElement(_List.default, {
    sx: {
      display: 'grid',
      gridTemplateColumns: {
        md: "repeat(".concat(cardsPerRow, ", 1fr)"),
        xs: 'repeat(1, 1fr)'
      },
      gap: 2
    }
  }, addonsArray.map(function (item) {
    var linkTarget = item.hasOwnProperty('target') ? item.target : '_blank';
    return /*#__PURE__*/_react.default.createElement(_Card.default, {
      key: item.title,
      elevation: 0,
      sx: {
        display: 'flex',
        border: 1,
        borderRadius: 1,
        borderColor: 'action.focus'
      }
    }, /*#__PURE__*/_react.default.createElement(_CardContent.default, {
      sx: {
        display: 'flex',
        flexDirection: 'column',
        justifyContent: 'space-between',
        gap: 3,
        p: 3
      }
    }, /*#__PURE__*/_react.default.createElement(_ui.Box, null, /*#__PURE__*/_react.default.createElement(_CardMedia.default, {
      image: item.image,
      sx: {
        height: '58px',
        width: '58px',
        mb: 2
      }
    }), /*#__PURE__*/_react.default.createElement(_ui.Box, null, /*#__PURE__*/_react.default.createElement(_ui.Typography, {
      variant: "subtitle2"
    }, item.title), /*#__PURE__*/_react.default.createElement(_ui.Typography, {
      variant: "body2",
      color: "text.secondary"
    }, item.description))), /*#__PURE__*/_react.default.createElement(_CardActions.default, {
      sx: {
        p: 0
      }
    }, /*#__PURE__*/_react.default.createElement(_Button.default, {
      variant: "outlined",
      size: "small",
      color: "promotion",
      href: item.url,
      target: linkTarget
    }, item.button_label))));
  })), /*#__PURE__*/_react.default.createElement(_Link.default, {
    variant: "body2",
    color: "info.main",
    underline: "none",
    href: "".concat(domain).concat(props.addonsData.footer.file_path)
  }, props.addonsData.footer.label));
};
var _default = exports["default"] = Addons;
Addons.propTypes = {
  addonsData: PropTypes.object.isRequired,
  adminUrl: PropTypes.string.isRequired
};

/***/ }),

/***/ "../modules/home/assets/js/components/create-new-page-dialog.js":
/*!**********************************************************************!*\
  !*** ../modules/home/assets/js/components/create-new-page-dialog.js ***!
  \**********************************************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

"use strict";
/* provided dependency */ var __ = __webpack_require__(/*! @wordpress/i18n */ "@wordpress/i18n")["__"];
/* provided dependency */ var PropTypes = __webpack_require__(/*! prop-types */ "../node_modules/prop-types/index.js");


var _interopRequireDefault = __webpack_require__(/*! @babel/runtime/helpers/interopRequireDefault */ "../node_modules/@babel/runtime/helpers/interopRequireDefault.js");
var _typeof = __webpack_require__(/*! @babel/runtime/helpers/typeof */ "../node_modules/@babel/runtime/helpers/typeof.js");
Object.defineProperty(exports, "__esModule", ({
  value: true
}));
exports["default"] = void 0;
var _react = _interopRequireWildcard(__webpack_require__(/*! react */ "react"));
var _slicedToArray2 = _interopRequireDefault(__webpack_require__(/*! @babel/runtime/helpers/slicedToArray */ "../node_modules/@babel/runtime/helpers/slicedToArray.js"));
var _DialogHeader = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/DialogHeader */ "@elementor/ui/DialogHeader"));
var _DialogHeaderGroup = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/DialogHeaderGroup */ "@elementor/ui/DialogHeaderGroup"));
var _DialogTitle = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/DialogTitle */ "@elementor/ui/DialogTitle"));
var _DialogContent = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/DialogContent */ "@elementor/ui/DialogContent"));
var _DialogContentText = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/DialogContentText */ "@elementor/ui/DialogContentText"));
var _TextField = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/TextField */ "@elementor/ui/TextField"));
var _DialogActions = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/DialogActions */ "@elementor/ui/DialogActions"));
var _Button = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/Button */ "@elementor/ui/Button"));
var _Dialog = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/Dialog */ "@elementor/ui/Dialog"));
function _getRequireWildcardCache(e) { if ("function" != typeof WeakMap) return null; var r = new WeakMap(), t = new WeakMap(); return (_getRequireWildcardCache = function _getRequireWildcardCache(e) { return e ? t : r; })(e); }
function _interopRequireWildcard(e, r) { if (!r && e && e.__esModule) return e; if (null === e || "object" != _typeof(e) && "function" != typeof e) return { default: e }; var t = _getRequireWildcardCache(r); if (t && t.has(e)) return t.get(e); var n = { __proto__: null }, a = Object.defineProperty && Object.getOwnPropertyDescriptor; for (var u in e) if ("default" !== u && {}.hasOwnProperty.call(e, u)) { var i = a ? Object.getOwnPropertyDescriptor(e, u) : null; i && (i.get || i.set) ? Object.defineProperty(n, u, i) : n[u] = e[u]; } return n.default = e, t && t.set(e, n), n; }
var CreateNewPageDialog = function CreateNewPageDialog(_ref) {
  var url = _ref.url,
    isOpen = _ref.isOpen,
    closedDialogCallback = _ref.closedDialogCallback;
  var _React$useState = _react.default.useState(false),
    _React$useState2 = (0, _slicedToArray2.default)(_React$useState, 2),
    open = _React$useState2[0],
    setOpen = _React$useState2[1];
  var _React$useState3 = _react.default.useState(''),
    _React$useState4 = (0, _slicedToArray2.default)(_React$useState3, 2),
    pageName = _React$useState4[0],
    setPageName = _React$useState4[1];
  (0, _react.useEffect)(function () {
    setOpen(isOpen);
  }, [isOpen]);
  var handleDialogClose = function handleDialogClose() {
    setOpen(false);
    closedDialogCallback();
  };
  var handleChange = function handleChange(event) {
    var urlParams = new URLSearchParams();
    urlParams.append('post_data[post_title]', event.target.value);
    setPageName(urlParams.toString());
  };
  return /*#__PURE__*/_react.default.createElement(_Dialog.default, {
    open: open,
    onClose: handleDialogClose,
    maxWidth: "xs",
    width: "xs",
    fullWidth: true
  }, /*#__PURE__*/_react.default.createElement(_DialogHeader.default, null, /*#__PURE__*/_react.default.createElement(_DialogHeaderGroup.default, null, /*#__PURE__*/_react.default.createElement(_DialogTitle.default, null, __('Name your page', 'elementor')))), /*#__PURE__*/_react.default.createElement(_DialogContent.default, {
    dividers: true
  }, /*#__PURE__*/_react.default.createElement(_DialogContentText.default, {
    sx: {
      mb: 2
    }
  }, __('To proceed, please name your first page,', 'elementor'), /*#__PURE__*/_react.default.createElement("br", null), __('or rename it later.', 'elementor')), /*#__PURE__*/_react.default.createElement(_TextField.default, {
    onChange: handleChange,
    fullWidth: true,
    placeholder: __('New Page', 'elementor')
  })), /*#__PURE__*/_react.default.createElement(_DialogActions.default, null, /*#__PURE__*/_react.default.createElement(_Button.default, {
    onClick: handleDialogClose,
    color: "secondary"
  }, __('Cancel', 'elementor')), /*#__PURE__*/_react.default.createElement(_Button.default, {
    variant: "contained",
    href: pageName ? url + '&' + pageName : url,
    target: "_blank"
  }, __('Save', 'elementor'))));
};
var _default = exports["default"] = CreateNewPageDialog;
CreateNewPageDialog.propTypes = {
  url: PropTypes.string.isRequired,
  isOpen: PropTypes.bool.isRequired,
  closedDialogCallback: PropTypes.func.isRequired
};

/***/ }),

/***/ "../modules/home/assets/js/components/external-links-section.js":
/*!**********************************************************************!*\
  !*** ../modules/home/assets/js/components/external-links-section.js ***!
  \**********************************************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

"use strict";
/* provided dependency */ var PropTypes = __webpack_require__(/*! prop-types */ "../node_modules/prop-types/index.js");


var _interopRequireDefault = __webpack_require__(/*! @babel/runtime/helpers/interopRequireDefault */ "../node_modules/@babel/runtime/helpers/interopRequireDefault.js");
Object.defineProperty(exports, "__esModule", ({
  value: true
}));
exports["default"] = void 0;
var _react = _interopRequireDefault(__webpack_require__(/*! react */ "react"));
var _objectDestructuringEmpty2 = _interopRequireDefault(__webpack_require__(/*! @babel/runtime/helpers/objectDestructuringEmpty */ "../node_modules/@babel/runtime/helpers/objectDestructuringEmpty.js"));
var _extends2 = _interopRequireDefault(__webpack_require__(/*! @babel/runtime/helpers/extends */ "../node_modules/@babel/runtime/helpers/extends.js"));
var _ui = __webpack_require__(/*! @elementor/ui */ "@elementor/ui");
var _List = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/List */ "@elementor/ui/List"));
var _ListItemButton = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/ListItemButton */ "@elementor/ui/ListItemButton"));
var _ListItemText = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/ListItemText */ "@elementor/ui/ListItemText"));
var _Divider = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/Divider */ "@elementor/ui/Divider"));
var ExternalLinksSection = function ExternalLinksSection(_ref) {
  var props = (0, _extends2.default)({}, ((0, _objectDestructuringEmpty2.default)(_ref), _ref));
  return /*#__PURE__*/_react.default.createElement(_ui.Paper, {
    elevation: 0,
    sx: {
      px: 3
    }
  }, /*#__PURE__*/_react.default.createElement(_List.default, null, props.externalLinksData.map(function (item, index) {
    return /*#__PURE__*/_react.default.createElement(_ui.Box, {
      key: item.label
    }, /*#__PURE__*/_react.default.createElement(_ListItemButton.default, {
      href: item.url,
      target: "_blank",
      sx: {
        '&:hover': {
          backgroundColor: 'initial'
        },
        gap: 2,
        px: 0,
        py: 2
      }
    }, /*#__PURE__*/_react.default.createElement(_ui.Box, {
      component: "img",
      src: item.image,
      sx: {
        width: '38px'
      }
    }), /*#__PURE__*/_react.default.createElement(_ListItemText.default, {
      sx: {
        color: 'text.secondary'
      },
      primary: item.label
    })), index < props.externalLinksData.length - 1 && /*#__PURE__*/_react.default.createElement(_Divider.default, null));
  })));
};
var _default = exports["default"] = ExternalLinksSection;
ExternalLinksSection.propTypes = {
  externalLinksData: PropTypes.array.isRequired
};

/***/ }),

/***/ "../modules/home/assets/js/components/get-started-list-item.js":
/*!*********************************************************************!*\
  !*** ../modules/home/assets/js/components/get-started-list-item.js ***!
  \*********************************************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

"use strict";
/* provided dependency */ var PropTypes = __webpack_require__(/*! prop-types */ "../node_modules/prop-types/index.js");


var _interopRequireDefault = __webpack_require__(/*! @babel/runtime/helpers/interopRequireDefault */ "../node_modules/@babel/runtime/helpers/interopRequireDefault.js");
Object.defineProperty(exports, "__esModule", ({
  value: true
}));
exports["default"] = void 0;
var _react = _interopRequireDefault(__webpack_require__(/*! react */ "react"));
var _slicedToArray2 = _interopRequireDefault(__webpack_require__(/*! @babel/runtime/helpers/slicedToArray */ "../node_modules/@babel/runtime/helpers/slicedToArray.js"));
var _ListItem = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/ListItem */ "@elementor/ui/ListItem"));
var _ListItemText = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/ListItemText */ "@elementor/ui/ListItemText"));
var _Link = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/Link */ "@elementor/ui/Link"));
var _Box = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/Box */ "@elementor/ui/Box"));
var _createNewPageDialog = _interopRequireDefault(__webpack_require__(/*! ./create-new-page-dialog */ "../modules/home/assets/js/components/create-new-page-dialog.js"));
var GetStartedListItem = function GetStartedListItem(_ref) {
  var item = _ref.item,
    image = _ref.image,
    adminUrl = _ref.adminUrl;
  var url = item.is_relative_url ? adminUrl + item.url : item.url;
  var _React$useState = _react.default.useState(false),
    _React$useState2 = (0, _slicedToArray2.default)(_React$useState, 2),
    isOpen = _React$useState2[0],
    openDialog = _React$useState2[1];
  var handleLinkClick = function handleLinkClick(event) {
    if (!item.new_page) {
      return;
    }
    event.preventDefault();
    openDialog(true);
  };
  return /*#__PURE__*/_react.default.createElement(_ListItem.default, {
    alignItems: "flex-start",
    sx: {
      gap: 1,
      p: 0,
      maxWidth: '150px'
    }
  }, /*#__PURE__*/_react.default.createElement(_Box.default, {
    component: "img",
    src: image
  }), /*#__PURE__*/_react.default.createElement(_Box.default, null, /*#__PURE__*/_react.default.createElement(_ListItemText.default, {
    primary: item.title,
    primaryTypographyProps: {
      variant: 'subtitle1'
    },
    sx: {
      my: 0
    }
  }), /*#__PURE__*/_react.default.createElement(_Link.default, {
    variant: "body2",
    color: item.title_small_color ? item.title_small_color : 'text.tertiary',
    underline: "hover",
    href: url,
    target: "_blank",
    onClick: handleLinkClick
  }, item.title_small)), item.new_page && /*#__PURE__*/_react.default.createElement(_createNewPageDialog.default, {
    url: url,
    isOpen: isOpen,
    closedDialogCallback: function closedDialogCallback() {
      return openDialog(false);
    }
  }));
};
var _default = exports["default"] = GetStartedListItem;
GetStartedListItem.propTypes = {
  item: PropTypes.shape({
    title: PropTypes.string.isRequired,
    title_small: PropTypes.string.isRequired,
    url: PropTypes.string.isRequired,
    new_page: PropTypes.bool,
    is_relative_url: PropTypes.bool,
    title_small_color: PropTypes.string
  }).isRequired,
  adminUrl: PropTypes.string.isRequired,
  image: PropTypes.string
};

/***/ }),

/***/ "../modules/home/assets/js/components/get-started-section.js":
/*!*******************************************************************!*\
  !*** ../modules/home/assets/js/components/get-started-section.js ***!
  \*******************************************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

"use strict";
/* provided dependency */ var PropTypes = __webpack_require__(/*! prop-types */ "../node_modules/prop-types/index.js");


var _interopRequireDefault = __webpack_require__(/*! @babel/runtime/helpers/interopRequireDefault */ "../node_modules/@babel/runtime/helpers/interopRequireDefault.js");
Object.defineProperty(exports, "__esModule", ({
  value: true
}));
exports["default"] = void 0;
var _react = _interopRequireDefault(__webpack_require__(/*! react */ "react"));
var _objectDestructuringEmpty2 = _interopRequireDefault(__webpack_require__(/*! @babel/runtime/helpers/objectDestructuringEmpty */ "../node_modules/@babel/runtime/helpers/objectDestructuringEmpty.js"));
var _extends2 = _interopRequireDefault(__webpack_require__(/*! @babel/runtime/helpers/extends */ "../node_modules/@babel/runtime/helpers/extends.js"));
var _ui = __webpack_require__(/*! @elementor/ui */ "@elementor/ui");
var _List = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/List */ "@elementor/ui/List"));
var _getStartedListItem = _interopRequireDefault(__webpack_require__(/*! ./get-started-list-item */ "../modules/home/assets/js/components/get-started-list-item.js"));
var GetStarted = function GetStarted(_ref) {
  var props = (0, _extends2.default)({}, ((0, _objectDestructuringEmpty2.default)(_ref), _ref));
  return /*#__PURE__*/_react.default.createElement(_ui.Paper, {
    elevation: 0,
    sx: {
      p: 3,
      display: 'flex',
      flexDirection: 'column',
      gap: 2
    }
  }, /*#__PURE__*/_react.default.createElement(_ui.Box, null, /*#__PURE__*/_react.default.createElement(_ui.Typography, {
    variant: "h6"
  }, props.getStartedData.header.title), /*#__PURE__*/_react.default.createElement(_ui.Typography, {
    variant: "body2",
    color: "text.secondary"
  }, props.getStartedData.header.description)), /*#__PURE__*/_react.default.createElement(_List.default, {
    sx: {
      display: 'grid',
      gridTemplateColumns: {
        md: 'repeat(4, 1fr)',
        xs: 'repeat(2, 1fr)'
      },
      columnGap: {
        md: 9,
        xs: 7
      },
      rowGap: 3
    }
  }, props.getStartedData.repeater.map(function (item) {
    return /*#__PURE__*/_react.default.createElement(_getStartedListItem.default, {
      key: item.title,
      item: item,
      image: item.image,
      adminUrl: props.adminUrl
    });
  })));
};
var _default = exports["default"] = GetStarted;
GetStarted.propTypes = {
  getStartedData: PropTypes.object.isRequired,
  adminUrl: PropTypes.string.isRequired
};

/***/ }),

/***/ "../modules/home/assets/js/components/home-screen.js":
/*!***********************************************************!*\
  !*** ../modules/home/assets/js/components/home-screen.js ***!
  \***********************************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

"use strict";
/* provided dependency */ var PropTypes = __webpack_require__(/*! prop-types */ "../node_modules/prop-types/index.js");


var _interopRequireDefault = __webpack_require__(/*! @babel/runtime/helpers/interopRequireDefault */ "../node_modules/@babel/runtime/helpers/interopRequireDefault.js");
Object.defineProperty(exports, "__esModule", ({
  value: true
}));
exports["default"] = void 0;
var _react = _interopRequireDefault(__webpack_require__(/*! react */ "react"));
var _ui = __webpack_require__(/*! @elementor/ui */ "@elementor/ui");
var _topSection = _interopRequireDefault(__webpack_require__(/*! ./top-section */ "../modules/home/assets/js/components/top-section.js"));
var _sidebarPromotion = _interopRequireDefault(__webpack_require__(/*! ./sidebar-promotion */ "../modules/home/assets/js/components/sidebar-promotion.js"));
var _addonsSection = _interopRequireDefault(__webpack_require__(/*! ./addons-section */ "../modules/home/assets/js/components/addons-section.js"));
var _externalLinksSection = _interopRequireDefault(__webpack_require__(/*! ./external-links-section */ "../modules/home/assets/js/components/external-links-section.js"));
var _getStartedSection = _interopRequireDefault(__webpack_require__(/*! ./get-started-section */ "../modules/home/assets/js/components/get-started-section.js"));
var HomeScreen = function HomeScreen(props) {
  var hasSidebarUpgrade = props.homeScreenData.hasOwnProperty('sidebar_upgrade');
  return /*#__PURE__*/ /*  Box wrapper around the Container is needed to neutralize wp-content area left-padding */_react.default.createElement(_ui.Box, {
    sx: {
      pr: 1
    }
  }, /*#__PURE__*/_react.default.createElement(_ui.Container, {
    disableGutters: true,
    maxWidth: "lg",
    sx: {
      display: 'flex',
      flexDirection: 'column',
      gap: {
        xs: 1,
        md: 3
      },
      pt: {
        xs: 2,
        md: 6
      },
      pb: 2
    }
  }, /*#__PURE__*/_react.default.createElement(_topSection.default, {
    topData: props.homeScreenData.top_with_licences,
    createNewPageUrl: props.homeScreenData.create_new_page_url
  }), /*#__PURE__*/_react.default.createElement(_ui.Box, {
    sx: {
      display: 'flex',
      flexDirection: {
        xs: 'column',
        sm: 'row'
      },
      justifyContent: 'space-between',
      gap: 3
    }
  }, /*#__PURE__*/_react.default.createElement(_ui.Stack, {
    sx: {
      flex: 1,
      gap: 3
    }
  }, /*#__PURE__*/_react.default.createElement(_getStartedSection.default, {
    getStartedData: props.homeScreenData.get_started,
    adminUrl: props.adminUrl
  }), /*#__PURE__*/_react.default.createElement(_addonsSection.default, {
    addonsData: props.homeScreenData.add_ons,
    adminUrl: props.adminUrl
  })), /*#__PURE__*/_react.default.createElement(_ui.Container, {
    maxWidth: "xs",
    disableGutters: true,
    sx: {
      width: {
        sm: '305px'
      },
      display: 'flex',
      flexDirection: 'column',
      gap: 3
    }
  }, hasSidebarUpgrade && /*#__PURE__*/_react.default.createElement(_sidebarPromotion.default, {
    sideData: props.homeScreenData.sidebar_upgrade
  }), /*#__PURE__*/_react.default.createElement(_externalLinksSection.default, {
    externalLinksData: props.homeScreenData.external_links
  })))));
};
HomeScreen.propTypes = {
  homeScreenData: PropTypes.object,
  adminUrl: PropTypes.string
};
var _default = exports["default"] = HomeScreen;

/***/ }),

/***/ "../modules/home/assets/js/components/sidebar-promotion.js":
/*!*****************************************************************!*\
  !*** ../modules/home/assets/js/components/sidebar-promotion.js ***!
  \*****************************************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

"use strict";
/* provided dependency */ var PropTypes = __webpack_require__(/*! prop-types */ "../node_modules/prop-types/index.js");


var _interopRequireDefault = __webpack_require__(/*! @babel/runtime/helpers/interopRequireDefault */ "../node_modules/@babel/runtime/helpers/interopRequireDefault.js");
Object.defineProperty(exports, "__esModule", ({
  value: true
}));
exports["default"] = void 0;
var _react = _interopRequireDefault(__webpack_require__(/*! react */ "react"));
var _objectDestructuringEmpty2 = _interopRequireDefault(__webpack_require__(/*! @babel/runtime/helpers/objectDestructuringEmpty */ "../node_modules/@babel/runtime/helpers/objectDestructuringEmpty.js"));
var _extends2 = _interopRequireDefault(__webpack_require__(/*! @babel/runtime/helpers/extends */ "../node_modules/@babel/runtime/helpers/extends.js"));
var _ui = __webpack_require__(/*! @elementor/ui */ "@elementor/ui");
var _Button = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/Button */ "@elementor/ui/Button"));
var _List = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/List */ "@elementor/ui/List"));
var _ListItem = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/ListItem */ "@elementor/ui/ListItem"));
var _ListItemText = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/ListItemText */ "@elementor/ui/ListItemText"));
var _sideBarCheckIcon = _interopRequireDefault(__webpack_require__(/*! ../icons/side-bar-check-icon */ "../modules/home/assets/js/icons/side-bar-check-icon.js"));
var SideBarPromotion = function SideBarPromotion(_ref) {
  var props = (0, _extends2.default)({}, ((0, _objectDestructuringEmpty2.default)(_ref), _ref));
  return /*#__PURE__*/_react.default.createElement(_ui.Paper, {
    elevation: 0,
    sx: {
      p: 3
    }
  }, /*#__PURE__*/_react.default.createElement(_ui.Stack, {
    gap: 1.5,
    sx: {
      alignItems: 'center',
      textAlign: 'center',
      pb: 4
    }
  }, /*#__PURE__*/_react.default.createElement(_ui.Box, {
    component: "img",
    src: props.sideData.header.image
  }), /*#__PURE__*/_react.default.createElement(_ui.Box, null, /*#__PURE__*/_react.default.createElement(_ui.Typography, {
    variant: "h6"
  }, props.sideData.header.title), /*#__PURE__*/_react.default.createElement(_ui.Typography, {
    variant: "body2",
    color: "text.secondary"
  }, props.sideData.header.description)), /*#__PURE__*/_react.default.createElement(_Button.default, {
    variant: "contained",
    size: "medium",
    color: "promotion",
    href: props.sideData.cta.url,
    startIcon: /*#__PURE__*/_react.default.createElement(_ui.Box, {
      component: "img",
      src: props.sideData.cta.image,
      sx: {
        width: '16px'
      }
    }),
    target: "_blank",
    sx: {
      maxWidth: 'fit-content'
    }
  }, props.sideData.cta.label)), /*#__PURE__*/_react.default.createElement(_List.default, {
    sx: {
      p: 0
    }
  }, props.sideData.repeater.map(function (item, index) {
    return /*#__PURE__*/_react.default.createElement(_ListItem.default, {
      key: index,
      sx: {
        p: 0,
        gap: 1
      }
    }, /*#__PURE__*/_react.default.createElement(_sideBarCheckIcon.default, null), /*#__PURE__*/_react.default.createElement(_ListItemText.default, {
      primaryTypographyProps: {
        variant: 'body2'
      },
      primary: item.title
    }));
  })));
};
var _default = exports["default"] = SideBarPromotion;
SideBarPromotion.propTypes = {
  sideData: PropTypes.object.isRequired
};

/***/ }),

/***/ "../modules/home/assets/js/components/top-section.js":
/*!***********************************************************!*\
  !*** ../modules/home/assets/js/components/top-section.js ***!
  \***********************************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

"use strict";
/* provided dependency */ var PropTypes = __webpack_require__(/*! prop-types */ "../node_modules/prop-types/index.js");


var _interopRequireDefault = __webpack_require__(/*! @babel/runtime/helpers/interopRequireDefault */ "../node_modules/@babel/runtime/helpers/interopRequireDefault.js");
Object.defineProperty(exports, "__esModule", ({
  value: true
}));
exports["default"] = void 0;
var _react = _interopRequireDefault(__webpack_require__(/*! react */ "react"));
var _objectDestructuringEmpty2 = _interopRequireDefault(__webpack_require__(/*! @babel/runtime/helpers/objectDestructuringEmpty */ "../node_modules/@babel/runtime/helpers/objectDestructuringEmpty.js"));
var _extends2 = _interopRequireDefault(__webpack_require__(/*! @babel/runtime/helpers/extends */ "../node_modules/@babel/runtime/helpers/extends.js"));
var _ui = __webpack_require__(/*! @elementor/ui */ "@elementor/ui");
var _Typography = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/Typography */ "@elementor/ui/Typography"));
var _Button = _interopRequireDefault(__webpack_require__(/*! @elementor/ui/Button */ "@elementor/ui/Button"));
var _youtubeIcon = _interopRequireDefault(__webpack_require__(/*! ../icons/youtube-icon */ "../modules/home/assets/js/icons/youtube-icon.js"));
var TopSection = function TopSection(_ref) {
  var props = (0, _extends2.default)({}, ((0, _objectDestructuringEmpty2.default)(_ref), _ref));
  return /*#__PURE__*/_react.default.createElement(_ui.Paper, {
    elevation: 0,
    sx: {
      display: 'flex',
      flexDirection: {
        xs: 'column',
        sm: 'row'
      },
      justifyContent: 'space-between',
      py: {
        xs: 3,
        md: 3
      },
      px: {
        xs: 3,
        md: 4
      },
      gap: {
        xs: 2,
        sm: 3,
        lg: 22
      }
    }
  }, /*#__PURE__*/_react.default.createElement(_ui.Stack, {
    gap: 3,
    justifyContent: "center"
  }, /*#__PURE__*/_react.default.createElement(_ui.Box, null, /*#__PURE__*/_react.default.createElement(_Typography.default, {
    variant: "h6"
  }, props.topData.title), /*#__PURE__*/_react.default.createElement(_Typography.default, {
    variant: "body2",
    color: "secondary"
  }, props.topData.description)), /*#__PURE__*/_react.default.createElement(_ui.Box, {
    sx: {
      display: 'flex',
      gap: 1
    }
  }, /*#__PURE__*/_react.default.createElement(_Button.default, {
    variant: "contained",
    size: "small",
    href: props.createNewPageUrl,
    target: "_blank"
  }, props.topData.button_create_page_title), /*#__PURE__*/_react.default.createElement(_Button.default, {
    variant: "outlined",
    color: "secondary",
    size: "small",
    startIcon: /*#__PURE__*/_react.default.createElement(_youtubeIcon.default, null),
    href: props.topData.button_watch_url,
    target: "_blank"
  }, props.topData.button_watch_title))), /*#__PURE__*/_react.default.createElement(_ui.Box, {
    component: "iframe",
    src: "https://www.youtube.com/embed/".concat(props.topData.youtube_embed_id),
    title: "YouTube video player",
    frameBorder: "0",
    allow: "accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share",
    allowFullScreen: true,
    sx: {
      aspectRatio: '16/9',
      borderRadius: 1,
      display: 'flex',
      width: '100%',
      maxWidth: '365px'
    }
  }));
};
TopSection.propTypes = {
  topData: PropTypes.object.isRequired,
  createNewPageUrl: PropTypes.string.isRequired
};
var _default = exports["default"] = TopSection;

/***/ }),

/***/ "../modules/home/assets/js/icons/side-bar-check-icon.js":
/*!**************************************************************!*\
  !*** ../modules/home/assets/js/icons/side-bar-check-icon.js ***!
  \**************************************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

"use strict";


var _interopRequireDefault = __webpack_require__(/*! @babel/runtime/helpers/interopRequireDefault */ "../node_modules/@babel/runtime/helpers/interopRequireDefault.js");
var _typeof = __webpack_require__(/*! @babel/runtime/helpers/typeof */ "../node_modules/@babel/runtime/helpers/typeof.js");
Object.defineProperty(exports, "__esModule", ({
  value: true
}));
exports["default"] = void 0;
var _extends2 = _interopRequireDefault(__webpack_require__(/*! @babel/runtime/helpers/extends */ "../node_modules/@babel/runtime/helpers/extends.js"));
var React = _interopRequireWildcard(__webpack_require__(/*! react */ "react"));
var _ui = __webpack_require__(/*! @elementor/ui */ "@elementor/ui");
function _getRequireWildcardCache(e) { if ("function" != typeof WeakMap) return null; var r = new WeakMap(), t = new WeakMap(); return (_getRequireWildcardCache = function _getRequireWildcardCache(e) { return e ? t : r; })(e); }
function _interopRequireWildcard(e, r) { if (!r && e && e.__esModule) return e; if (null === e || "object" != _typeof(e) && "function" != typeof e) return { default: e }; var t = _getRequireWildcardCache(r); if (t && t.has(e)) return t.get(e); var n = { __proto__: null }, a = Object.defineProperty && Object.getOwnPropertyDescriptor; for (var u in e) if ("default" !== u && {}.hasOwnProperty.call(e, u)) { var i = a ? Object.getOwnPropertyDescriptor(e, u) : null; i && (i.get || i.set) ? Object.defineProperty(n, u, i) : n[u] = e[u]; } return n.default = e, t && t.set(e, n), n; }
var SideBarCheckIcon = function SideBarCheckIcon(props) {
  return /*#__PURE__*/React.createElement(_ui.SvgIcon, (0, _extends2.default)({
    viewBox: "0 0 24 24"
  }, props), /*#__PURE__*/React.createElement("path", {
    fillRule: "evenodd",
    clipRule: "evenodd",
    d: "M9.09013 3.69078C10.273 3.2008 11.5409 2.94861 12.8213 2.94861C14.1017 2.94861 15.3695 3.2008 16.5525 3.69078C17.7354 4.18077 18.8102 4.89895 19.7156 5.80432C20.621 6.70969 21.3391 7.78452 21.8291 8.96744C22.3191 10.1504 22.5713 11.4182 22.5713 12.6986C22.5713 13.979 22.3191 15.2468 21.8291 16.4298C21.3391 17.6127 20.621 18.6875 19.7156 19.5929C18.8102 20.4983 17.7354 21.2165 16.5525 21.7064C15.3695 22.1964 14.1017 22.4486 12.8213 22.4486C11.5409 22.4486 10.2731 22.1964 9.09013 21.7064C7.9072 21.2165 6.83237 20.4983 5.927 19.5929C5.02163 18.6875 4.30345 17.6127 3.81346 16.4298C3.32348 15.2468 3.07129 13.979 3.07129 12.6986C3.07129 11.4182 3.32348 10.1504 3.81346 8.96744C4.30345 7.78452 5.02163 6.70969 5.927 5.80432C6.83237 4.89895 7.9072 4.18077 9.09013 3.69078ZM12.8213 4.44861C11.7379 4.44861 10.6651 4.662 9.66415 5.0766C8.66321 5.4912 7.75374 6.09889 6.98766 6.86498C6.22157 7.63106 5.61388 8.54053 5.19928 9.54147C4.78468 10.5424 4.57129 11.6152 4.57129 12.6986C4.57129 13.782 4.78468 14.8548 5.19928 15.8557C5.61388 16.8567 6.22157 17.7662 6.98766 18.5322C7.75374 19.2983 8.66322 19.906 9.66415 20.3206C10.6651 20.7352 11.7379 20.9486 12.8213 20.9486C13.9047 20.9486 14.9775 20.7352 15.9784 20.3206C16.9794 19.906 17.8888 19.2983 18.6549 18.5322C19.421 17.7662 20.0287 16.8567 20.4433 15.8557C20.8579 14.8548 21.0713 13.782 21.0713 12.6986C21.0713 11.6152 20.8579 10.5424 20.4433 9.54147C20.0287 8.54053 19.421 7.63106 18.6549 6.86498C17.8888 6.09889 16.9794 5.4912 15.9784 5.0766C14.9775 4.662 13.9047 4.44861 12.8213 4.44861Z",
    fill: "#93003F"
  }), /*#__PURE__*/React.createElement("path", {
    fillRule: "evenodd",
    clipRule: "evenodd",
    d: "M17.3213 9.69424C17.6142 9.98713 17.6142 10.462 17.3213 10.7549L12.3732 15.703C12.0803 15.9959 11.6054 15.9959 11.3125 15.703L8.83851 13.2289C8.54562 12.936 8.54562 12.4612 8.83851 12.1683C9.1314 11.8754 9.60628 11.8754 9.89917 12.1683L11.8429 14.112L16.2606 9.69424C16.5535 9.40135 17.0284 9.40135 17.3213 9.69424Z",
    fill: "#93003F"
  }));
};
var _default = exports["default"] = SideBarCheckIcon;

/***/ }),

/***/ "../modules/home/assets/js/icons/youtube-icon.js":
/*!*******************************************************!*\
  !*** ../modules/home/assets/js/icons/youtube-icon.js ***!
  \*******************************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

"use strict";


var _interopRequireDefault = __webpack_require__(/*! @babel/runtime/helpers/interopRequireDefault */ "../node_modules/@babel/runtime/helpers/interopRequireDefault.js");
var _typeof = __webpack_require__(/*! @babel/runtime/helpers/typeof */ "../node_modules/@babel/runtime/helpers/typeof.js");
Object.defineProperty(exports, "__esModule", ({
  value: true
}));
exports["default"] = void 0;
var _extends2 = _interopRequireDefault(__webpack_require__(/*! @babel/runtime/helpers/extends */ "../node_modules/@babel/runtime/helpers/extends.js"));
var React = _interopRequireWildcard(__webpack_require__(/*! react */ "react"));
var _ui = __webpack_require__(/*! @elementor/ui */ "@elementor/ui");
function _getRequireWildcardCache(e) { if ("function" != typeof WeakMap) return null; var r = new WeakMap(), t = new WeakMap(); return (_getRequireWildcardCache = function _getRequireWildcardCache(e) { return e ? t : r; })(e); }
function _interopRequireWildcard(e, r) { if (!r && e && e.__esModule) return e; if (null === e || "object" != _typeof(e) && "function" != typeof e) return { default: e }; var t = _getRequireWildcardCache(r); if (t && t.has(e)) return t.get(e); var n = { __proto__: null }, a = Object.defineProperty && Object.getOwnPropertyDescriptor; for (var u in e) if ("default" !== u && {}.hasOwnProperty.call(e, u)) { var i = a ? Object.getOwnPropertyDescriptor(e, u) : null; i && (i.get || i.set) ? Object.defineProperty(n, u, i) : n[u] = e[u]; } return n.default = e, t && t.set(e, n), n; }
var YoutubeIcon = function YoutubeIcon(props) {
  return /*#__PURE__*/React.createElement(_ui.SvgIcon, (0, _extends2.default)({
    viewBox: "0 0 24 24"
  }, props), /*#__PURE__*/React.createElement("path", {
    fillRule: "evenodd",
    clipRule: "evenodd",
    d: "M7 5.75C5.20507 5.75 3.75 7.20507 3.75 9V15C3.75 16.7949 5.20507 18.25 7 18.25H17C18.7949 18.25 20.25 16.7949 20.25 15V9C20.25 7.20507 18.7949 5.75 17 5.75H7ZM2.25 9C2.25 6.37665 4.37665 4.25 7 4.25H17C19.6234 4.25 21.75 6.37665 21.75 9V15C21.75 17.6234 19.6234 19.75 17 19.75H7C4.37665 19.75 2.25 17.6234 2.25 15V9ZM9.63048 8.34735C9.86561 8.21422 10.1542 8.21786 10.3859 8.35688L15.3859 11.3569C15.6118 11.4924 15.75 11.7366 15.75 12C15.75 12.2634 15.6118 12.5076 15.3859 12.6431L10.3859 15.6431C10.1542 15.7821 9.86561 15.7858 9.63048 15.6526C9.39534 15.5195 9.25 15.2702 9.25 15V9C9.25 8.7298 9.39534 8.48048 9.63048 8.34735ZM10.75 10.3246V13.6754L13.5423 12L10.75 10.3246Z"
  }));
};
var _default = exports["default"] = YoutubeIcon;

/***/ }),

/***/ "../node_modules/object-assign/index.js":
/*!**********************************************!*\
  !*** ../node_modules/object-assign/index.js ***!
  \**********************************************/
/***/ ((module) => {

"use strict";
/*
object-assign
(c) Sindre Sorhus
@license MIT
*/


/* eslint-disable no-unused-vars */
var getOwnPropertySymbols = Object.getOwnPropertySymbols;
var hasOwnProperty = Object.prototype.hasOwnProperty;
var propIsEnumerable = Object.prototype.propertyIsEnumerable;

function toObject(val) {
	if (val === null || val === undefined) {
		throw new TypeError('Object.assign cannot be called with null or undefined');
	}

	return Object(val);
}

function shouldUseNative() {
	try {
		if (!Object.assign) {
			return false;
		}

		// Detect buggy property enumeration order in older V8 versions.

		// https://bugs.chromium.org/p/v8/issues/detail?id=4118
		var test1 = new String('abc');  // eslint-disable-line no-new-wrappers
		test1[5] = 'de';
		if (Object.getOwnPropertyNames(test1)[0] === '5') {
			return false;
		}

		// https://bugs.chromium.org/p/v8/issues/detail?id=3056
		var test2 = {};
		for (var i = 0; i < 10; i++) {
			test2['_' + String.fromCharCode(i)] = i;
		}
		var order2 = Object.getOwnPropertyNames(test2).map(function (n) {
			return test2[n];
		});
		if (order2.join('') !== '0123456789') {
			return false;
		}

		// https://bugs.chromium.org/p/v8/issues/detail?id=3056
		var test3 = {};
		'abcdefghijklmnopqrst'.split('').forEach(function (letter) {
			test3[letter] = letter;
		});
		if (Object.keys(Object.assign({}, test3)).join('') !==
				'abcdefghijklmnopqrst') {
			return false;
		}

		return true;
	} catch (err) {
		// We don't expect any of the above to throw, but better to be safe.
		return false;
	}
}

module.exports = shouldUseNative() ? Object.assign : function (target, source) {
	var from;
	var to = toObject(target);
	var symbols;

	for (var s = 1; s < arguments.length; s++) {
		from = Object(arguments[s]);

		for (var key in from) {
			if (hasOwnProperty.call(from, key)) {
				to[key] = from[key];
			}
		}

		if (getOwnPropertySymbols) {
			symbols = getOwnPropertySymbols(from);
			for (var i = 0; i < symbols.length; i++) {
				if (propIsEnumerable.call(from, symbols[i])) {
					to[symbols[i]] = from[symbols[i]];
				}
			}
		}
	}

	return to;
};


/***/ }),

/***/ "../node_modules/prop-types/checkPropTypes.js":
/*!****************************************************!*\
  !*** ../node_modules/prop-types/checkPropTypes.js ***!
  \****************************************************/
/***/ ((module, __unused_webpack_exports, __webpack_require__) => {

"use strict";
/**
 * Copyright (c) 2013-present, Facebook, Inc.
 *
 * This source code is licensed under the MIT license found in the
 * LICENSE file in the root directory of this source tree.
 */



var printWarning = function() {};

if (true) {
  var ReactPropTypesSecret = __webpack_require__(/*! ./lib/ReactPropTypesSecret */ "../node_modules/prop-types/lib/ReactPropTypesSecret.js");
  var loggedTypeFailures = {};
  var has = __webpack_require__(/*! ./lib/has */ "../node_modules/prop-types/lib/has.js");

  printWarning = function(text) {
    var message = 'Warning: ' + text;
    if (typeof console !== 'undefined') {
      console.error(message);
    }
    try {
      // --- Welcome to debugging React ---
      // This error was thrown as a convenience so that you can use this stack
      // to find the callsite that caused this warning to fire.
      throw new Error(message);
    } catch (x) { /**/ }
  };
}

/**
 * Assert that the values match with the type specs.
 * Error messages are memorized and will only be shown once.
 *
 * @param {object} typeSpecs Map of name to a ReactPropType
 * @param {object} values Runtime values that need to be type-checked
 * @param {string} location e.g. "prop", "context", "child context"
 * @param {string} componentName Name of the component for error messages.
 * @param {?Function} getStack Returns the component stack.
 * @private
 */
function checkPropTypes(typeSpecs, values, location, componentName, getStack) {
  if (true) {
    for (var typeSpecName in typeSpecs) {
      if (has(typeSpecs, typeSpecName)) {
        var error;
        // Prop type validation may throw. In case they do, we don't want to
        // fail the render phase where it didn't fail before. So we log it.
        // After these have been cleaned up, we'll let them throw.
        try {
          // This is intentionally an invariant that gets caught. It's the same
          // behavior as without this statement except with a better message.
          if (typeof typeSpecs[typeSpecName] !== 'function') {
            var err = Error(
              (componentName || 'React class') + ': ' + location + ' type `' + typeSpecName + '` is invalid; ' +
              'it must be a function, usually from the `prop-types` package, but received `' + typeof typeSpecs[typeSpecName] + '`.' +
              'This often happens because of typos such as `PropTypes.function` instead of `PropTypes.func`.'
            );
            err.name = 'Invariant Violation';
            throw err;
          }
          error = typeSpecs[typeSpecName](values, typeSpecName, componentName, location, null, ReactPropTypesSecret);
        } catch (ex) {
          error = ex;
        }
        if (error && !(error instanceof Error)) {
          printWarning(
            (componentName || 'React class') + ': type specification of ' +
            location + ' `' + typeSpecName + '` is invalid; the type checker ' +
            'function must return `null` or an `Error` but returned a ' + typeof error + '. ' +
            'You may have forgotten to pass an argument to the type checker ' +
            'creator (arrayOf, instanceOf, objectOf, oneOf, oneOfType, and ' +
            'shape all require an argument).'
          );
        }
        if (error instanceof Error && !(error.message in loggedTypeFailures)) {
          // Only monitor this failure once because there tends to be a lot of the
          // same error.
          loggedTypeFailures[error.message] = true;

          var stack = getStack ? getStack() : '';

          printWarning(
            'Failed ' + location + ' type: ' + error.message + (stack != null ? stack : '')
          );
        }
      }
    }
  }
}

/**
 * Resets warning cache when testing.
 *
 * @private
 */
checkPropTypes.resetWarningCache = function() {
  if (true) {
    loggedTypeFailures = {};
  }
}

module.exports = checkPropTypes;


/***/ }),

/***/ "../node_modules/prop-types/factoryWithTypeCheckers.js":
/*!*************************************************************!*\
  !*** ../node_modules/prop-types/factoryWithTypeCheckers.js ***!
  \*************************************************************/
/***/ ((module, __unused_webpack_exports, __webpack_require__) => {

"use strict";
/**
 * Copyright (c) 2013-present, Facebook, Inc.
 *
 * This source code is licensed under the MIT license found in the
 * LICENSE file in the root directory of this source tree.
 */



var ReactIs = __webpack_require__(/*! react-is */ "../node_modules/prop-types/node_modules/react-is/index.js");
var assign = __webpack_require__(/*! object-assign */ "../node_modules/object-assign/index.js");

var ReactPropTypesSecret = __webpack_require__(/*! ./lib/ReactPropTypesSecret */ "../node_modules/prop-types/lib/ReactPropTypesSecret.js");
var has = __webpack_require__(/*! ./lib/has */ "../node_modules/prop-types/lib/has.js");
var checkPropTypes = __webpack_require__(/*! ./checkPropTypes */ "../node_modules/prop-types/checkPropTypes.js");

var printWarning = function() {};

if (true) {
  printWarning = function(text) {
    var message = 'Warning: ' + text;
    if (typeof console !== 'undefined') {
      console.error(message);
    }
    try {
      // --- Welcome to debugging React ---
      // This error was thrown as a convenience so that you can use this stack
      // to find the callsite that caused this warning to fire.
      throw new Error(message);
    } catch (x) {}
  };
}

function emptyFunctionThatReturnsNull() {
  return null;
}

module.exports = function(isValidElement, throwOnDirectAccess) {
  /* global Symbol */
  var ITERATOR_SYMBOL = typeof Symbol === 'function' && Symbol.iterator;
  var FAUX_ITERATOR_SYMBOL = '@@iterator'; // Before Symbol spec.

  /**
   * Returns the iterator method function contained on the iterable object.
   *
   * Be sure to invoke the function with the iterable as context:
   *
   *     var iteratorFn = getIteratorFn(myIterable);
   *     if (iteratorFn) {
   *       var iterator = iteratorFn.call(myIterable);
   *       ...
   *     }
   *
   * @param {?object} maybeIterable
   * @return {?function}
   */
  function getIteratorFn(maybeIterable) {
    var iteratorFn = maybeIterable && (ITERATOR_SYMBOL && maybeIterable[ITERATOR_SYMBOL] || maybeIterable[FAUX_ITERATOR_SYMBOL]);
    if (typeof iteratorFn === 'function') {
      return iteratorFn;
    }
  }

  /**
   * Collection of methods that allow declaration and validation of props that are
   * supplied to React components. Example usage:
   *
   *   var Props = require('ReactPropTypes');
   *   var MyArticle = React.createClass({
   *     propTypes: {
   *       // An optional string prop named "description".
   *       description: Props.string,
   *
   *       // A required enum prop named "category".
   *       category: Props.oneOf(['News','Photos']).isRequired,
   *
   *       // A prop named "dialog" that requires an instance of Dialog.
   *       dialog: Props.instanceOf(Dialog).isRequired
   *     },
   *     render: function() { ... }
   *   });
   *
   * A more formal specification of how these methods are used:
   *
   *   type := array|bool|func|object|number|string|oneOf([...])|instanceOf(...)
   *   decl := ReactPropTypes.{type}(.isRequired)?
   *
   * Each and every declaration produces a function with the same signature. This
   * allows the creation of custom validation functions. For example:
   *
   *  var MyLink = React.createClass({
   *    propTypes: {
   *      // An optional string or URI prop named "href".
   *      href: function(props, propName, componentName) {
   *        var propValue = props[propName];
   *        if (propValue != null && typeof propValue !== 'string' &&
   *            !(propValue instanceof URI)) {
   *          return new Error(
   *            'Expected a string or an URI for ' + propName + ' in ' +
   *            componentName
   *          );
   *        }
   *      }
   *    },
   *    render: function() {...}
   *  });
   *
   * @internal
   */

  var ANONYMOUS = '<<anonymous>>';

  // Important!
  // Keep this list in sync with production version in `./factoryWithThrowingShims.js`.
  var ReactPropTypes = {
    array: createPrimitiveTypeChecker('array'),
    bigint: createPrimitiveTypeChecker('bigint'),
    bool: createPrimitiveTypeChecker('boolean'),
    func: createPrimitiveTypeChecker('function'),
    number: createPrimitiveTypeChecker('number'),
    object: createPrimitiveTypeChecker('object'),
    string: createPrimitiveTypeChecker('string'),
    symbol: createPrimitiveTypeChecker('symbol'),

    any: createAnyTypeChecker(),
    arrayOf: createArrayOfTypeChecker,
    element: createElementTypeChecker(),
    elementType: createElementTypeTypeChecker(),
    instanceOf: createInstanceTypeChecker,
    node: createNodeChecker(),
    objectOf: createObjectOfTypeChecker,
    oneOf: createEnumTypeChecker,
    oneOfType: createUnionTypeChecker,
    shape: createShapeTypeChecker,
    exact: createStrictShapeTypeChecker,
  };

  /**
   * inlined Object.is polyfill to avoid requiring consumers ship their own
   * https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Object/is
   */
  /*eslint-disable no-self-compare*/
  function is(x, y) {
    // SameValue algorithm
    if (x === y) {
      // Steps 1-5, 7-10
      // Steps 6.b-6.e: +0 != -0
      return x !== 0 || 1 / x === 1 / y;
    } else {
      // Step 6.a: NaN == NaN
      return x !== x && y !== y;
    }
  }
  /*eslint-enable no-self-compare*/

  /**
   * We use an Error-like object for backward compatibility as people may call
   * PropTypes directly and inspect their output. However, we don't use real
   * Errors anymore. We don't inspect their stack anyway, and creating them
   * is prohibitively expensive if they are created too often, such as what
   * happens in oneOfType() for any type before the one that matched.
   */
  function PropTypeError(message, data) {
    this.message = message;
    this.data = data && typeof data === 'object' ? data: {};
    this.stack = '';
  }
  // Make `instanceof Error` still work for returned errors.
  PropTypeError.prototype = Error.prototype;

  function createChainableTypeChecker(validate) {
    if (true) {
      var manualPropTypeCallCache = {};
      var manualPropTypeWarningCount = 0;
    }
    function checkType(isRequired, props, propName, componentName, location, propFullName, secret) {
      componentName = componentName || ANONYMOUS;
      propFullName = propFullName || propName;

      if (secret !== ReactPropTypesSecret) {
        if (throwOnDirectAccess) {
          // New behavior only for users of `prop-types` package
          var err = new Error(
            'Calling PropTypes validators directly is not supported by the `prop-types` package. ' +
            'Use `PropTypes.checkPropTypes()` to call them. ' +
            'Read more at http://fb.me/use-check-prop-types'
          );
          err.name = 'Invariant Violation';
          throw err;
        } else if ( true && typeof console !== 'undefined') {
          // Old behavior for people using React.PropTypes
          var cacheKey = componentName + ':' + propName;
          if (
            !manualPropTypeCallCache[cacheKey] &&
            // Avoid spamming the console because they are often not actionable except for lib authors
            manualPropTypeWarningCount < 3
          ) {
            printWarning(
              'You are manually calling a React.PropTypes validation ' +
              'function for the `' + propFullName + '` prop on `' + componentName + '`. This is deprecated ' +
              'and will throw in the standalone `prop-types` package. ' +
              'You may be seeing this warning due to a third-party PropTypes ' +
              'library. See https://fb.me/react-warning-dont-call-proptypes ' + 'for details.'
            );
            manualPropTypeCallCache[cacheKey] = true;
            manualPropTypeWarningCount++;
          }
        }
      }
      if (props[propName] == null) {
        if (isRequired) {
          if (props[propName] === null) {
            return new PropTypeError('The ' + location + ' `' + propFullName + '` is marked as required ' + ('in `' + componentName + '`, but its value is `null`.'));
          }
          return new PropTypeError('The ' + location + ' `' + propFullName + '` is marked as required in ' + ('`' + componentName + '`, but its value is `undefined`.'));
        }
        return null;
      } else {
        return validate(props, propName, componentName, location, propFullName);
      }
    }

    var chainedCheckType = checkType.bind(null, false);
    chainedCheckType.isRequired = checkType.bind(null, true);

    return chainedCheckType;
  }

  function createPrimitiveTypeChecker(expectedType) {
    function validate(props, propName, componentName, location, propFullName, secret) {
      var propValue = props[propName];
      var propType = getPropType(propValue);
      if (propType !== expectedType) {
        // `propValue` being instance of, say, date/regexp, pass the 'object'
        // check, but we can offer a more precise error message here rather than
        // 'of type `object`'.
        var preciseType = getPreciseType(propValue);

        return new PropTypeError(
          'Invalid ' + location + ' `' + propFullName + '` of type ' + ('`' + preciseType + '` supplied to `' + componentName + '`, expected ') + ('`' + expectedType + '`.'),
          {expectedType: expectedType}
        );
      }
      return null;
    }
    return createChainableTypeChecker(validate);
  }

  function createAnyTypeChecker() {
    return createChainableTypeChecker(emptyFunctionThatReturnsNull);
  }

  function createArrayOfTypeChecker(typeChecker) {
    function validate(props, propName, componentName, location, propFullName) {
      if (typeof typeChecker !== 'function') {
        return new PropTypeError('Property `' + propFullName + '` of component `' + componentName + '` has invalid PropType notation inside arrayOf.');
      }
      var propValue = props[propName];
      if (!Array.isArray(propValue)) {
        var propType = getPropType(propValue);
        return new PropTypeError('Invalid ' + location + ' `' + propFullName + '` of type ' + ('`' + propType + '` supplied to `' + componentName + '`, expected an array.'));
      }
      for (var i = 0; i < propValue.length; i++) {
        var error = typeChecker(propValue, i, componentName, location, propFullName + '[' + i + ']', ReactPropTypesSecret);
        if (error instanceof Error) {
          return error;
        }
      }
      return null;
    }
    return createChainableTypeChecker(validate);
  }

  function createElementTypeChecker() {
    function validate(props, propName, componentName, location, propFullName) {
      var propValue = props[propName];
      if (!isValidElement(propValue)) {
        var propType = getPropType(propValue);
        return new PropTypeError('Invalid ' + location + ' `' + propFullName + '` of type ' + ('`' + propType + '` supplied to `' + componentName + '`, expected a single ReactElement.'));
      }
      return null;
    }
    return createChainableTypeChecker(validate);
  }

  function createElementTypeTypeChecker() {
    function validate(props, propName, componentName, location, propFullName) {
      var propValue = props[propName];
      if (!ReactIs.isValidElementType(propValue)) {
        var propType = getPropType(propValue);
        return new PropTypeError('Invalid ' + location + ' `' + propFullName + '` of type ' + ('`' + propType + '` supplied to `' + componentName + '`, expected a single ReactElement type.'));
      }
      return null;
    }
    return createChainableTypeChecker(validate);
  }

  function createInstanceTypeChecker(expectedClass) {
    function validate(props, propName, componentName, location, propFullName) {
      if (!(props[propName] instanceof expectedClass)) {
        var expectedClassName = expectedClass.name || ANONYMOUS;
        var actualClassName = getClassName(props[propName]);
        return new PropTypeError('Invalid ' + location + ' `' + propFullName + '` of type ' + ('`' + actualClassName + '` supplied to `' + componentName + '`, expected ') + ('instance of `' + expectedClassName + '`.'));
      }
      return null;
    }
    return createChainableTypeChecker(validate);
  }

  function createEnumTypeChecker(expectedValues) {
    if (!Array.isArray(expectedValues)) {
      if (true) {
        if (arguments.length > 1) {
          printWarning(
            'Invalid arguments supplied to oneOf, expected an array, got ' + arguments.length + ' arguments. ' +
            'A common mistake is to write oneOf(x, y, z) instead of oneOf([x, y, z]).'
          );
        } else {
          printWarning('Invalid argument supplied to oneOf, expected an array.');
        }
      }
      return emptyFunctionThatReturnsNull;
    }

    function validate(props, propName, componentName, location, propFullName) {
      var propValue = props[propName];
      for (var i = 0; i < expectedValues.length; i++) {
        if (is(propValue, expectedValues[i])) {
          return null;
        }
      }

      var valuesString = JSON.stringify(expectedValues, function replacer(key, value) {
        var type = getPreciseType(value);
        if (type === 'symbol') {
          return String(value);
        }
        return value;
      });
      return new PropTypeError('Invalid ' + location + ' `' + propFullName + '` of value `' + String(propValue) + '` ' + ('supplied to `' + componentName + '`, expected one of ' + valuesString + '.'));
    }
    return createChainableTypeChecker(validate);
  }

  function createObjectOfTypeChecker(typeChecker) {
    function validate(props, propName, componentName, location, propFullName) {
      if (typeof typeChecker !== 'function') {
        return new PropTypeError('Property `' + propFullName + '` of component `' + componentName + '` has invalid PropType notation inside objectOf.');
      }
      var propValue = props[propName];
      var propType = getPropType(propValue);
      if (propType !== 'object') {
        return new PropTypeError('Invalid ' + location + ' `' + propFullName + '` of type ' + ('`' + propType + '` supplied to `' + componentName + '`, expected an object.'));
      }
      for (var key in propValue) {
        if (has(propValue, key)) {
          var error = typeChecker(propValue, key, componentName, location, propFullName + '.' + key, ReactPropTypesSecret);
          if (error instanceof Error) {
            return error;
          }
        }
      }
      return null;
    }
    return createChainableTypeChecker(validate);
  }

  function createUnionTypeChecker(arrayOfTypeCheckers) {
    if (!Array.isArray(arrayOfTypeCheckers)) {
       true ? printWarning('Invalid argument supplied to oneOfType, expected an instance of array.') : 0;
      return emptyFunctionThatReturnsNull;
    }

    for (var i = 0; i < arrayOfTypeCheckers.length; i++) {
      var checker = arrayOfTypeCheckers[i];
      if (typeof checker !== 'function') {
        printWarning(
          'Invalid argument supplied to oneOfType. Expected an array of check functions, but ' +
          'received ' + getPostfixForTypeWarning(checker) + ' at index ' + i + '.'
        );
        return emptyFunctionThatReturnsNull;
      }
    }

    function validate(props, propName, componentName, location, propFullName) {
      var expectedTypes = [];
      for (var i = 0; i < arrayOfTypeCheckers.length; i++) {
        var checker = arrayOfTypeCheckers[i];
        var checkerResult = checker(props, propName, componentName, location, propFullName, ReactPropTypesSecret);
        if (checkerResult == null) {
          return null;
        }
        if (checkerResult.data && has(checkerResult.data, 'expectedType')) {
          expectedTypes.push(checkerResult.data.expectedType);
        }
      }
      var expectedTypesMessage = (expectedTypes.length > 0) ? ', expected one of type [' + expectedTypes.join(', ') + ']': '';
      return new PropTypeError('Invalid ' + location + ' `' + propFullName + '` supplied to ' + ('`' + componentName + '`' + expectedTypesMessage + '.'));
    }
    return createChainableTypeChecker(validate);
  }

  function createNodeChecker() {
    function validate(props, propName, componentName, location, propFullName) {
      if (!isNode(props[propName])) {
        return new PropTypeError('Invalid ' + location + ' `' + propFullName + '` supplied to ' + ('`' + componentName + '`, expected a ReactNode.'));
      }
      return null;
    }
    return createChainableTypeChecker(validate);
  }

  function invalidValidatorError(componentName, location, propFullName, key, type) {
    return new PropTypeError(
      (componentName || 'React class') + ': ' + location + ' type `' + propFullName + '.' + key + '` is invalid; ' +
      'it must be a function, usually from the `prop-types` package, but received `' + type + '`.'
    );
  }

  function createShapeTypeChecker(shapeTypes) {
    function validate(props, propName, componentName, location, propFullName) {
      var propValue = props[propName];
      var propType = getPropType(propValue);
      if (propType !== 'object') {
        return new PropTypeError('Invalid ' + location + ' `' + propFullName + '` of type `' + propType + '` ' + ('supplied to `' + componentName + '`, expected `object`.'));
      }
      for (var key in shapeTypes) {
        var checker = shapeTypes[key];
        if (typeof checker !== 'function') {
          return invalidValidatorError(componentName, location, propFullName, key, getPreciseType(checker));
        }
        var error = checker(propValue, key, componentName, location, propFullName + '.' + key, ReactPropTypesSecret);
        if (error) {
          return error;
        }
      }
      return null;
    }
    return createChainableTypeChecker(validate);
  }

  function createStrictShapeTypeChecker(shapeTypes) {
    function validate(props, propName, componentName, location, propFullName) {
      var propValue = props[propName];
      var propType = getPropType(propValue);
      if (propType !== 'object') {
        return new PropTypeError('Invalid ' + location + ' `' + propFullName + '` of type `' + propType + '` ' + ('supplied to `' + componentName + '`, expected `object`.'));
      }
      // We need to check all keys in case some are required but missing from props.
      var allKeys = assign({}, props[propName], shapeTypes);
      for (var key in allKeys) {
        var checker = shapeTypes[key];
        if (has(shapeTypes, key) && typeof checker !== 'function') {
          return invalidValidatorError(componentName, location, propFullName, key, getPreciseType(checker));
        }
        if (!checker) {
          return new PropTypeError(
            'Invalid ' + location + ' `' + propFullName + '` key `' + key + '` supplied to `' + componentName + '`.' +
            '\nBad object: ' + JSON.stringify(props[propName], null, '  ') +
            '\nValid keys: ' + JSON.stringify(Object.keys(shapeTypes), null, '  ')
          );
        }
        var error = checker(propValue, key, componentName, location, propFullName + '.' + key, ReactPropTypesSecret);
        if (error) {
          return error;
        }
      }
      return null;
    }

    return createChainableTypeChecker(validate);
  }

  function isNode(propValue) {
    switch (typeof propValue) {
      case 'number':
      case 'string':
      case 'undefined':
        return true;
      case 'boolean':
        return !propValue;
      case 'object':
        if (Array.isArray(propValue)) {
          return propValue.every(isNode);
        }
        if (propValue === null || isValidElement(propValue)) {
          return true;
        }

        var iteratorFn = getIteratorFn(propValue);
        if (iteratorFn) {
          var iterator = iteratorFn.call(propValue);
          var step;
          if (iteratorFn !== propValue.entries) {
            while (!(step = iterator.next()).done) {
              if (!isNode(step.value)) {
                return false;
              }
            }
          } else {
            // Iterator will provide entry [k,v] tuples rather than values.
            while (!(step = iterator.next()).done) {
              var entry = step.value;
              if (entry) {
                if (!isNode(entry[1])) {
                  return false;
                }
              }
            }
          }
        } else {
          return false;
        }

        return true;
      default:
        return false;
    }
  }

  function isSymbol(propType, propValue) {
    // Native Symbol.
    if (propType === 'symbol') {
      return true;
    }

    // falsy value can't be a Symbol
    if (!propValue) {
      return false;
    }

    // 19.4.3.5 Symbol.prototype[@@toStringTag] === 'Symbol'
    if (propValue['@@toStringTag'] === 'Symbol') {
      return true;
    }

    // Fallback for non-spec compliant Symbols which are polyfilled.
    if (typeof Symbol === 'function' && propValue instanceof Symbol) {
      return true;
    }

    return false;
  }

  // Equivalent of `typeof` but with special handling for array and regexp.
  function getPropType(propValue) {
    var propType = typeof propValue;
    if (Array.isArray(propValue)) {
      return 'array';
    }
    if (propValue instanceof RegExp) {
      // Old webkits (at least until Android 4.0) return 'function' rather than
      // 'object' for typeof a RegExp. We'll normalize this here so that /bla/
      // passes PropTypes.object.
      return 'object';
    }
    if (isSymbol(propType, propValue)) {
      return 'symbol';
    }
    return propType;
  }

  // This handles more types than `getPropType`. Only used for error messages.
  // See `createPrimitiveTypeChecker`.
  function getPreciseType(propValue) {
    if (typeof propValue === 'undefined' || propValue === null) {
      return '' + propValue;
    }
    var propType = getPropType(propValue);
    if (propType === 'object') {
      if (propValue instanceof Date) {
        return 'date';
      } else if (propValue instanceof RegExp) {
        return 'regexp';
      }
    }
    return propType;
  }

  // Returns a string that is postfixed to a warning about an invalid type.
  // For example, "undefined" or "of type array"
  function getPostfixForTypeWarning(value) {
    var type = getPreciseType(value);
    switch (type) {
      case 'array':
      case 'object':
        return 'an ' + type;
      case 'boolean':
      case 'date':
      case 'regexp':
        return 'a ' + type;
      default:
        return type;
    }
  }

  // Returns class name of the object, if any.
  function getClassName(propValue) {
    if (!propValue.constructor || !propValue.constructor.name) {
      return ANONYMOUS;
    }
    return propValue.constructor.name;
  }

  ReactPropTypes.checkPropTypes = checkPropTypes;
  ReactPropTypes.resetWarningCache = checkPropTypes.resetWarningCache;
  ReactPropTypes.PropTypes = ReactPropTypes;

  return ReactPropTypes;
};


/***/ }),

/***/ "../node_modules/prop-types/index.js":
/*!*******************************************!*\
  !*** ../node_modules/prop-types/index.js ***!
  \*******************************************/
/***/ ((module, __unused_webpack_exports, __webpack_require__) => {

/**
 * Copyright (c) 2013-present, Facebook, Inc.
 *
 * This source code is licensed under the MIT license found in the
 * LICENSE file in the root directory of this source tree.
 */

if (true) {
  var ReactIs = __webpack_require__(/*! react-is */ "../node_modules/prop-types/node_modules/react-is/index.js");

  // By explicitly using `prop-types` you are opting into new development behavior.
  // http://fb.me/prop-types-in-prod
  var throwOnDirectAccess = true;
  module.exports = __webpack_require__(/*! ./factoryWithTypeCheckers */ "../node_modules/prop-types/factoryWithTypeCheckers.js")(ReactIs.isElement, throwOnDirectAccess);
} else {}


/***/ }),

/***/ "../node_modules/prop-types/lib/ReactPropTypesSecret.js":
/*!**************************************************************!*\
  !*** ../node_modules/prop-types/lib/ReactPropTypesSecret.js ***!
  \**************************************************************/
/***/ ((module) => {

"use strict";
/**
 * Copyright (c) 2013-present, Facebook, Inc.
 *
 * This source code is licensed under the MIT license found in the
 * LICENSE file in the root directory of this source tree.
 */



var ReactPropTypesSecret = 'SECRET_DO_NOT_PASS_THIS_OR_YOU_WILL_BE_FIRED';

module.exports = ReactPropTypesSecret;


/***/ }),

/***/ "../node_modules/prop-types/lib/has.js":
/*!*********************************************!*\
  !*** ../node_modules/prop-types/lib/has.js ***!
  \*********************************************/
/***/ ((module) => {

module.exports = Function.call.bind(Object.prototype.hasOwnProperty);


/***/ }),

/***/ "../node_modules/prop-types/node_modules/react-is/cjs/react-is.development.js":
/*!************************************************************************************!*\
  !*** ../node_modules/prop-types/node_modules/react-is/cjs/react-is.development.js ***!
  \************************************************************************************/
/***/ ((__unused_webpack_module, exports) => {

"use strict";
/** @license React v16.13.1
 * react-is.development.js
 *
 * Copyright (c) Facebook, Inc. and its affiliates.
 *
 * This source code is licensed under the MIT license found in the
 * LICENSE file in the root directory of this source tree.
 */





if (true) {
  (function() {
'use strict';

// The Symbol used to tag the ReactElement-like types. If there is no native Symbol
// nor polyfill, then a plain number is used for performance.
var hasSymbol = typeof Symbol === 'function' && Symbol.for;
var REACT_ELEMENT_TYPE = hasSymbol ? Symbol.for('react.element') : 0xeac7;
var REACT_PORTAL_TYPE = hasSymbol ? Symbol.for('react.portal') : 0xeaca;
var REACT_FRAGMENT_TYPE = hasSymbol ? Symbol.for('react.fragment') : 0xeacb;
var REACT_STRICT_MODE_TYPE = hasSymbol ? Symbol.for('react.strict_mode') : 0xeacc;
var REACT_PROFILER_TYPE = hasSymbol ? Symbol.for('react.profiler') : 0xead2;
var REACT_PROVIDER_TYPE = hasSymbol ? Symbol.for('react.provider') : 0xeacd;
var REACT_CONTEXT_TYPE = hasSymbol ? Symbol.for('react.context') : 0xeace; // TODO: We don't use AsyncMode or ConcurrentMode anymore. They were temporary
// (unstable) APIs that have been removed. Can we remove the symbols?

var REACT_ASYNC_MODE_TYPE = hasSymbol ? Symbol.for('react.async_mode') : 0xeacf;
var REACT_CONCURRENT_MODE_TYPE = hasSymbol ? Symbol.for('react.concurrent_mode') : 0xeacf;
var REACT_FORWARD_REF_TYPE = hasSymbol ? Symbol.for('react.forward_ref') : 0xead0;
var REACT_SUSPENSE_TYPE = hasSymbol ? Symbol.for('react.suspense') : 0xead1;
var REACT_SUSPENSE_LIST_TYPE = hasSymbol ? Symbol.for('react.suspense_list') : 0xead8;
var REACT_MEMO_TYPE = hasSymbol ? Symbol.for('react.memo') : 0xead3;
var REACT_LAZY_TYPE = hasSymbol ? Symbol.for('react.lazy') : 0xead4;
var REACT_BLOCK_TYPE = hasSymbol ? Symbol.for('react.block') : 0xead9;
var REACT_FUNDAMENTAL_TYPE = hasSymbol ? Symbol.for('react.fundamental') : 0xead5;
var REACT_RESPONDER_TYPE = hasSymbol ? Symbol.for('react.responder') : 0xead6;
var REACT_SCOPE_TYPE = hasSymbol ? Symbol.for('react.scope') : 0xead7;

function isValidElementType(type) {
  return typeof type === 'string' || typeof type === 'function' || // Note: its typeof might be other than 'symbol' or 'number' if it's a polyfill.
  type === REACT_FRAGMENT_TYPE || type === REACT_CONCURRENT_MODE_TYPE || type === REACT_PROFILER_TYPE || type === REACT_STRICT_MODE_TYPE || type === REACT_SUSPENSE_TYPE || type === REACT_SUSPENSE_LIST_TYPE || typeof type === 'object' && type !== null && (type.$$typeof === REACT_LAZY_TYPE || type.$$typeof === REACT_MEMO_TYPE || type.$$typeof === REACT_PROVIDER_TYPE || type.$$typeof === REACT_CONTEXT_TYPE || type.$$typeof === REACT_FORWARD_REF_TYPE || type.$$typeof === REACT_FUNDAMENTAL_TYPE || type.$$typeof === REACT_RESPONDER_TYPE || type.$$typeof === REACT_SCOPE_TYPE || type.$$typeof === REACT_BLOCK_TYPE);
}

function typeOf(object) {
  if (typeof object === 'object' && object !== null) {
    var $$typeof = object.$$typeof;

    switch ($$typeof) {
      case REACT_ELEMENT_TYPE:
        var type = object.type;

        switch (type) {
          case REACT_ASYNC_MODE_TYPE:
          case REACT_CONCURRENT_MODE_TYPE:
          case REACT_FRAGMENT_TYPE:
          case REACT_PROFILER_TYPE:
          case REACT_STRICT_MODE_TYPE:
          case REACT_SUSPENSE_TYPE:
            return type;

          default:
            var $$typeofType = type && type.$$typeof;

            switch ($$typeofType) {
              case REACT_CONTEXT_TYPE:
              case REACT_FORWARD_REF_TYPE:
              case REACT_LAZY_TYPE:
              case REACT_MEMO_TYPE:
              case REACT_PROVIDER_TYPE:
                return $$typeofType;

              default:
                return $$typeof;
            }

        }

      case REACT_PORTAL_TYPE:
        return $$typeof;
    }
  }

  return undefined;
} // AsyncMode is deprecated along with isAsyncMode

var AsyncMode = REACT_ASYNC_MODE_TYPE;
var ConcurrentMode = REACT_CONCURRENT_MODE_TYPE;
var ContextConsumer = REACT_CONTEXT_TYPE;
var ContextProvider = REACT_PROVIDER_TYPE;
var Element = REACT_ELEMENT_TYPE;
var ForwardRef = REACT_FORWARD_REF_TYPE;
var Fragment = REACT_FRAGMENT_TYPE;
var Lazy = REACT_LAZY_TYPE;
var Memo = REACT_MEMO_TYPE;
var Portal = REACT_PORTAL_TYPE;
var Profiler = REACT_PROFILER_TYPE;
var StrictMode = REACT_STRICT_MODE_TYPE;
var Suspense = REACT_SUSPENSE_TYPE;
var hasWarnedAboutDeprecatedIsAsyncMode = false; // AsyncMode should be deprecated

function isAsyncMode(object) {
  {
    if (!hasWarnedAboutDeprecatedIsAsyncMode) {
      hasWarnedAboutDeprecatedIsAsyncMode = true; // Using console['warn'] to evade Babel and ESLint

      console['warn']('The ReactIs.isAsyncMode() alias has been deprecated, ' + 'and will be removed in React 17+. Update your code to use ' + 'ReactIs.isConcurrentMode() instead. It has the exact same API.');
    }
  }

  return isConcurrentMode(object) || typeOf(object) === REACT_ASYNC_MODE_TYPE;
}
function isConcurrentMode(object) {
  return typeOf(object) === REACT_CONCURRENT_MODE_TYPE;
}
function isContextConsumer(object) {
  return typeOf(object) === REACT_CONTEXT_TYPE;
}
function isContextProvider(object) {
  return typeOf(object) === REACT_PROVIDER_TYPE;
}
function isElement(object) {
  return typeof object === 'object' && object !== null && object.$$typeof === REACT_ELEMENT_TYPE;
}
function isForwardRef(object) {
  return typeOf(object) === REACT_FORWARD_REF_TYPE;
}
function isFragment(object) {
  return typeOf(object) === REACT_FRAGMENT_TYPE;
}
function isLazy(object) {
  return typeOf(object) === REACT_LAZY_TYPE;
}
function isMemo(object) {
  return typeOf(object) === REACT_MEMO_TYPE;
}
function isPortal(object) {
  return typeOf(object) === REACT_PORTAL_TYPE;
}
function isProfiler(object) {
  return typeOf(object) === REACT_PROFILER_TYPE;
}
function isStrictMode(object) {
  return typeOf(object) === REACT_STRICT_MODE_TYPE;
}
function isSuspense(object) {
  return typeOf(object) === REACT_SUSPENSE_TYPE;
}

exports.AsyncMode = AsyncMode;
exports.ConcurrentMode = ConcurrentMode;
exports.ContextConsumer = ContextConsumer;
exports.ContextProvider = ContextProvider;
exports.Element = Element;
exports.ForwardRef = ForwardRef;
exports.Fragment = Fragment;
exports.Lazy = Lazy;
exports.Memo = Memo;
exports.Portal = Portal;
exports.Profiler = Profiler;
exports.StrictMode = StrictMode;
exports.Suspense = Suspense;
exports.isAsyncMode = isAsyncMode;
exports.isConcurrentMode = isConcurrentMode;
exports.isContextConsumer = isContextConsumer;
exports.isContextProvider = isContextProvider;
exports.isElement = isElement;
exports.isForwardRef = isForwardRef;
exports.isFragment = isFragment;
exports.isLazy = isLazy;
exports.isMemo = isMemo;
exports.isPortal = isPortal;
exports.isProfiler = isProfiler;
exports.isStrictMode = isStrictMode;
exports.isSuspense = isSuspense;
exports.isValidElementType = isValidElementType;
exports.typeOf = typeOf;
  })();
}


/***/ }),

/***/ "../node_modules/prop-types/node_modules/react-is/index.js":
/*!*****************************************************************!*\
  !*** ../node_modules/prop-types/node_modules/react-is/index.js ***!
  \*****************************************************************/
/***/ ((module, __unused_webpack_exports, __webpack_require__) => {

"use strict";


if (false) {} else {
  module.exports = __webpack_require__(/*! ./cjs/react-is.development.js */ "../node_modules/prop-types/node_modules/react-is/cjs/react-is.development.js");
}


/***/ }),

/***/ "../node_modules/react-dom/client.js":
/*!*******************************************!*\
  !*** ../node_modules/react-dom/client.js ***!
  \*******************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

"use strict";


var m = __webpack_require__(/*! react-dom */ "react-dom");
if (false) {} else {
  var i = m.__SECRET_INTERNALS_DO_NOT_USE_OR_YOU_WILL_BE_FIRED;
  exports.createRoot = function(c, o) {
    i.usingClientEntryPoint = true;
    try {
      return m.createRoot(c, o);
    } finally {
      i.usingClientEntryPoint = false;
    }
  };
  exports.hydrateRoot = function(c, h, o) {
    i.usingClientEntryPoint = true;
    try {
      return m.hydrateRoot(c, h, o);
    } finally {
      i.usingClientEntryPoint = false;
    }
  };
}


/***/ }),

/***/ "react":
/*!************************!*\
  !*** external "React" ***!
  \************************/
/***/ ((module) => {

"use strict";
module.exports = React;

/***/ }),

/***/ "react-dom":
/*!***************************!*\
  !*** external "ReactDOM" ***!
  \***************************/
/***/ ((module) => {

"use strict";
module.exports = ReactDOM;

/***/ }),

/***/ "@elementor/ui":
/*!*********************************!*\
  !*** external "elementorV2.ui" ***!
  \*********************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui;

/***/ }),

/***/ "@elementor/ui/Box":
/*!****************************************!*\
  !*** external "elementorV2.ui['Box']" ***!
  \****************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['Box'];

/***/ }),

/***/ "@elementor/ui/Button":
/*!*******************************************!*\
  !*** external "elementorV2.ui['Button']" ***!
  \*******************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['Button'];

/***/ }),

/***/ "@elementor/ui/Card":
/*!*****************************************!*\
  !*** external "elementorV2.ui['Card']" ***!
  \*****************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['Card'];

/***/ }),

/***/ "@elementor/ui/CardActions":
/*!************************************************!*\
  !*** external "elementorV2.ui['CardActions']" ***!
  \************************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['CardActions'];

/***/ }),

/***/ "@elementor/ui/CardContent":
/*!************************************************!*\
  !*** external "elementorV2.ui['CardContent']" ***!
  \************************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['CardContent'];

/***/ }),

/***/ "@elementor/ui/CardMedia":
/*!**********************************************!*\
  !*** external "elementorV2.ui['CardMedia']" ***!
  \**********************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['CardMedia'];

/***/ }),

/***/ "@elementor/ui/Dialog":
/*!*******************************************!*\
  !*** external "elementorV2.ui['Dialog']" ***!
  \*******************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['Dialog'];

/***/ }),

/***/ "@elementor/ui/DialogActions":
/*!**************************************************!*\
  !*** external "elementorV2.ui['DialogActions']" ***!
  \**************************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['DialogActions'];

/***/ }),

/***/ "@elementor/ui/DialogContent":
/*!**************************************************!*\
  !*** external "elementorV2.ui['DialogContent']" ***!
  \**************************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['DialogContent'];

/***/ }),

/***/ "@elementor/ui/DialogContentText":
/*!******************************************************!*\
  !*** external "elementorV2.ui['DialogContentText']" ***!
  \******************************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['DialogContentText'];

/***/ }),

/***/ "@elementor/ui/DialogHeader":
/*!*************************************************!*\
  !*** external "elementorV2.ui['DialogHeader']" ***!
  \*************************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['DialogHeader'];

/***/ }),

/***/ "@elementor/ui/DialogHeaderGroup":
/*!******************************************************!*\
  !*** external "elementorV2.ui['DialogHeaderGroup']" ***!
  \******************************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['DialogHeaderGroup'];

/***/ }),

/***/ "@elementor/ui/DialogTitle":
/*!************************************************!*\
  !*** external "elementorV2.ui['DialogTitle']" ***!
  \************************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['DialogTitle'];

/***/ }),

/***/ "@elementor/ui/Divider":
/*!********************************************!*\
  !*** external "elementorV2.ui['Divider']" ***!
  \********************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['Divider'];

/***/ }),

/***/ "@elementor/ui/Link":
/*!*****************************************!*\
  !*** external "elementorV2.ui['Link']" ***!
  \*****************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['Link'];

/***/ }),

/***/ "@elementor/ui/List":
/*!*****************************************!*\
  !*** external "elementorV2.ui['List']" ***!
  \*****************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['List'];

/***/ }),

/***/ "@elementor/ui/ListItem":
/*!*********************************************!*\
  !*** external "elementorV2.ui['ListItem']" ***!
  \*********************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['ListItem'];

/***/ }),

/***/ "@elementor/ui/ListItemButton":
/*!***************************************************!*\
  !*** external "elementorV2.ui['ListItemButton']" ***!
  \***************************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['ListItemButton'];

/***/ }),

/***/ "@elementor/ui/ListItemText":
/*!*************************************************!*\
  !*** external "elementorV2.ui['ListItemText']" ***!
  \*************************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['ListItemText'];

/***/ }),

/***/ "@elementor/ui/TextField":
/*!**********************************************!*\
  !*** external "elementorV2.ui['TextField']" ***!
  \**********************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['TextField'];

/***/ }),

/***/ "@elementor/ui/Typography":
/*!***********************************************!*\
  !*** external "elementorV2.ui['Typography']" ***!
  \***********************************************/
/***/ ((module) => {

"use strict";
module.exports = elementorV2.ui['Typography'];

/***/ }),

/***/ "@wordpress/i18n":
/*!**************************!*\
  !*** external "wp.i18n" ***!
  \**************************/
/***/ ((module) => {

"use strict";
module.exports = wp.i18n;

/***/ }),

/***/ "../node_modules/@babel/runtime/helpers/arrayLikeToArray.js":
/*!******************************************************************!*\
  !*** ../node_modules/@babel/runtime/helpers/arrayLikeToArray.js ***!
  \******************************************************************/
/***/ ((module) => {

function _arrayLikeToArray(r, a) {
  (null == a || a > r.length) && (a = r.length);
  for (var e = 0, n = Array(a); e < a; e++) n[e] = r[e];
  return n;
}
module.exports = _arrayLikeToArray, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

/***/ "../node_modules/@babel/runtime/helpers/arrayWithHoles.js":
/*!****************************************************************!*\
  !*** ../node_modules/@babel/runtime/helpers/arrayWithHoles.js ***!
  \****************************************************************/
/***/ ((module) => {

function _arrayWithHoles(r) {
  if (Array.isArray(r)) return r;
}
module.exports = _arrayWithHoles, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

/***/ "../node_modules/@babel/runtime/helpers/extends.js":
/*!*********************************************************!*\
  !*** ../node_modules/@babel/runtime/helpers/extends.js ***!
  \*********************************************************/
/***/ ((module) => {

function _extends() {
  return module.exports = _extends = Object.assign ? Object.assign.bind() : function (n) {
    for (var e = 1; e < arguments.length; e++) {
      var t = arguments[e];
      for (var r in t) ({}).hasOwnProperty.call(t, r) && (n[r] = t[r]);
    }
    return n;
  }, module.exports.__esModule = true, module.exports["default"] = module.exports, _extends.apply(null, arguments);
}
module.exports = _extends, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

/***/ "../node_modules/@babel/runtime/helpers/interopRequireDefault.js":
/*!***********************************************************************!*\
  !*** ../node_modules/@babel/runtime/helpers/interopRequireDefault.js ***!
  \***********************************************************************/
/***/ ((module) => {

function _interopRequireDefault(e) {
  return e && e.__esModule ? e : {
    "default": e
  };
}
module.exports = _interopRequireDefault, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

/***/ "../node_modules/@babel/runtime/helpers/iterableToArrayLimit.js":
/*!**********************************************************************!*\
  !*** ../node_modules/@babel/runtime/helpers/iterableToArrayLimit.js ***!
  \**********************************************************************/
/***/ ((module) => {

function _iterableToArrayLimit(r, l) {
  var t = null == r ? null : "undefined" != typeof Symbol && r[Symbol.iterator] || r["@@iterator"];
  if (null != t) {
    var e,
      n,
      i,
      u,
      a = [],
      f = !0,
      o = !1;
    try {
      if (i = (t = t.call(r)).next, 0 === l) {
        if (Object(t) !== t) return;
        f = !1;
      } else for (; !(f = (e = i.call(t)).done) && (a.push(e.value), a.length !== l); f = !0);
    } catch (r) {
      o = !0, n = r;
    } finally {
      try {
        if (!f && null != t["return"] && (u = t["return"](), Object(u) !== u)) return;
      } finally {
        if (o) throw n;
      }
    }
    return a;
  }
}
module.exports = _iterableToArrayLimit, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

/***/ "../node_modules/@babel/runtime/helpers/nonIterableRest.js":
/*!*****************************************************************!*\
  !*** ../node_modules/@babel/runtime/helpers/nonIterableRest.js ***!
  \*****************************************************************/
/***/ ((module) => {

function _nonIterableRest() {
  throw new TypeError("Invalid attempt to destructure non-iterable instance.\nIn order to be iterable, non-array objects must have a [Symbol.iterator]() method.");
}
module.exports = _nonIterableRest, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

/***/ "../node_modules/@babel/runtime/helpers/objectDestructuringEmpty.js":
/*!**************************************************************************!*\
  !*** ../node_modules/@babel/runtime/helpers/objectDestructuringEmpty.js ***!
  \**************************************************************************/
/***/ ((module) => {

function _objectDestructuringEmpty(t) {
  if (null == t) throw new TypeError("Cannot destructure " + t);
}
module.exports = _objectDestructuringEmpty, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

/***/ "../node_modules/@babel/runtime/helpers/slicedToArray.js":
/*!***************************************************************!*\
  !*** ../node_modules/@babel/runtime/helpers/slicedToArray.js ***!
  \***************************************************************/
/***/ ((module, __unused_webpack_exports, __webpack_require__) => {

var arrayWithHoles = __webpack_require__(/*! ./arrayWithHoles.js */ "../node_modules/@babel/runtime/helpers/arrayWithHoles.js");
var iterableToArrayLimit = __webpack_require__(/*! ./iterableToArrayLimit.js */ "../node_modules/@babel/runtime/helpers/iterableToArrayLimit.js");
var unsupportedIterableToArray = __webpack_require__(/*! ./unsupportedIterableToArray.js */ "../node_modules/@babel/runtime/helpers/unsupportedIterableToArray.js");
var nonIterableRest = __webpack_require__(/*! ./nonIterableRest.js */ "../node_modules/@babel/runtime/helpers/nonIterableRest.js");
function _slicedToArray(r, e) {
  return arrayWithHoles(r) || iterableToArrayLimit(r, e) || unsupportedIterableToArray(r, e) || nonIterableRest();
}
module.exports = _slicedToArray, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

/***/ "../node_modules/@babel/runtime/helpers/typeof.js":
/*!********************************************************!*\
  !*** ../node_modules/@babel/runtime/helpers/typeof.js ***!
  \********************************************************/
/***/ ((module) => {

function _typeof(o) {
  "@babel/helpers - typeof";

  return module.exports = _typeof = "function" == typeof Symbol && "symbol" == typeof Symbol.iterator ? function (o) {
    return typeof o;
  } : function (o) {
    return o && "function" == typeof Symbol && o.constructor === Symbol && o !== Symbol.prototype ? "symbol" : typeof o;
  }, module.exports.__esModule = true, module.exports["default"] = module.exports, _typeof(o);
}
module.exports = _typeof, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

/***/ "../node_modules/@babel/runtime/helpers/unsupportedIterableToArray.js":
/*!****************************************************************************!*\
  !*** ../node_modules/@babel/runtime/helpers/unsupportedIterableToArray.js ***!
  \****************************************************************************/
/***/ ((module, __unused_webpack_exports, __webpack_require__) => {

var arrayLikeToArray = __webpack_require__(/*! ./arrayLikeToArray.js */ "../node_modules/@babel/runtime/helpers/arrayLikeToArray.js");
function _unsupportedIterableToArray(r, a) {
  if (r) {
    if ("string" == typeof r) return arrayLikeToArray(r, a);
    var t = {}.toString.call(r).slice(8, -1);
    return "Object" === t && r.constructor && (t = r.constructor.name), "Map" === t || "Set" === t ? Array.from(r) : "Arguments" === t || /^(?:Ui|I)nt(?:8|16|32)(?:Clamped)?Array$/.test(t) ? arrayLikeToArray(r, a) : void 0;
  }
}
module.exports = _unsupportedIterableToArray, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ })

/******/ 	});
/************************************************************************/
/******/ 	// The module cache
/******/ 	var __webpack_module_cache__ = {};
/******/ 	
/******/ 	// The require function
/******/ 	function __webpack_require__(moduleId) {
/******/ 		// Check if module is in cache
/******/ 		var cachedModule = __webpack_module_cache__[moduleId];
/******/ 		if (cachedModule !== undefined) {
/******/ 			return cachedModule.exports;
/******/ 		}
/******/ 		// Create a new module (and put it into the cache)
/******/ 		var module = __webpack_module_cache__[moduleId] = {
/******/ 			// no module.id needed
/******/ 			// no module.loaded needed
/******/ 			exports: {}
/******/ 		};
/******/ 	
/******/ 		// Execute the module function
/******/ 		__webpack_modules__[moduleId](module, module.exports, __webpack_require__);
/******/ 	
/******/ 		// Return the exports of the module
/******/ 		return module.exports;
/******/ 	}
/******/ 	
/************************************************************************/
var __webpack_exports__ = {};
// This entry needs to be wrapped in an IIFE because it needs to be in strict mode.
(() => {
"use strict";
/*!****************************************!*\
  !*** ../modules/home/assets/js/app.js ***!
  \****************************************/
/* provided dependency */ var PropTypes = __webpack_require__(/*! prop-types */ "../node_modules/prop-types/index.js");


var _interopRequireDefault = __webpack_require__(/*! @babel/runtime/helpers/interopRequireDefault */ "../node_modules/@babel/runtime/helpers/interopRequireDefault.js");
var _react = _interopRequireDefault(__webpack_require__(/*! react */ "react"));
var _react2 = _interopRequireDefault(__webpack_require__(/*! elementor-utils/react */ "../assets/dev/js/utils/react.js"));
var _ui = __webpack_require__(/*! @elementor/ui */ "@elementor/ui");
var _homeScreen = _interopRequireDefault(__webpack_require__(/*! ./components/home-screen */ "../modules/home/assets/js/components/home-screen.js"));
var App = function App(props) {
  return /*#__PURE__*/_react.default.createElement(_ui.DirectionProvider, {
    rtl: props.isRTL
  }, /*#__PURE__*/_react.default.createElement(_ui.LocalizationProvider, null, /*#__PURE__*/_react.default.createElement(_ui.ThemeProvider, {
    colorScheme: 'light'
  }, /*#__PURE__*/_react.default.createElement(_homeScreen.default, {
    homeScreenData: props.homeScreenData,
    adminUrl: props.adminUrl
  }))));
};
var isRTL = elementorCommon.config.isRTL,
  adminUrl = elementorAppConfig.admin_url,
  rootElement = document.querySelector('#e-home-screen');
App.propTypes = {
  isRTL: PropTypes.bool,
  adminUrl: PropTypes.string,
  homeScreenData: PropTypes.object
};
_react2.default.render(/*#__PURE__*/_react.default.createElement(App, {
  isRTL: isRTL,
  homeScreenData: elementorHomeScreenData,
  adminUrl: adminUrl
}), rootElement);
})();

/******/ })()
;
//# sourceMappingURL=e-home-screen.js.map<?xml version="1.0" encoding="UTF-8"?><rss version="2.0"
	xmlns:content="http://purl.org/rss/1.0/modules/content/"
	xmlns:wfw="http://wellformedweb.org/CommentAPI/"
	xmlns:dc="http://purl.org/dc/elements/1.1/"
	xmlns:atom="http://www.w3.org/2005/Atom"
	xmlns:sy="http://purl.org/rss/1.0/modules/syndication/"
	xmlns:slash="http://purl.org/rss/1.0/modules/slash/"
	>

<channel>
	<title>4) 250 links USA ELECTRIC BIKES DONE &#8211; Paok</title>
	<atom:link href="https://paok.kr/category/4-250-links-usa-electric-bikes-done/feed/" rel="self" type="application/rss+xml" />
	<link>https://paok.kr</link>
	<description>Punjabi Association of Korea</description>
	<lastBuildDate>Wed, 22 Apr 2026 09:04:29 +0000</lastBuildDate>
	<language>en</language>
	<sy:updatePeriod>
	hourly	</sy:updatePeriod>
	<sy:updateFrequency>
	1	</sy:updateFrequency>
	<generator>https://wordpress.org/?v=7.0.2</generator>

<image>
	<url>https://paok.kr/wp-content/uploads/2023/08/WhatsApp_Image_2023-08-22_at_17.04.05-removebg-preview-150x150.png</url>
	<title>4) 250 links USA ELECTRIC BIKES DONE &#8211; Paok</title>
	<link>https://paok.kr</link>
	<width>32</width>
	<height>32</height>
</image> 
	<item>
		<title>The Ultimate Guide to Choosing the Perfect Electric Bike for Your Lifestyle</title>
		<link>https://paok.kr/4-250-links-usa-electric-bikes-done/the-ultimate-guide-to-choosing-the-perfect/</link>
					<comments>https://paok.kr/4-250-links-usa-electric-bikes-done/the-ultimate-guide-to-choosing-the-perfect/#respond</comments>
		
		<dc:creator><![CDATA[admin]]></dc:creator>
		<pubDate>Wed, 22 Apr 2026 09:00:35 +0000</pubDate>
				<category><![CDATA[4) 250 links USA ELECTRIC BIKES DONE]]></category>
		<guid isPermaLink="false">http://paok.kr/?p=378484</guid>

					<description><![CDATA[Unlock a faster, greener way to explore your world with an electric bike. Whether you&#8217;re conquering daily commutes or carving through weekend trails, eBikes transform every ride into an effortless,...]]></description>
										<content:encoded><![CDATA[<p>Unlock a faster, greener way to explore your world with an <strong>electric bike</strong>. Whether you&#8217;re conquering daily commutes or carving through weekend trails, eBikes transform every ride into an effortless, exhilarating adventure. Experience the thrill of the open road without breaking a sweat.</p>
<h2>The Silent Revolution: Why Two-Wheeled Electrification is Reshaping Urban Mobility</h2>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="601px" alt="ebike" src="data:image/jpeg;base64,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"/></p>
<p>The silent revolution in urban mobility is being driven by the quiet hum of two-wheeled electric vehicles, from e-bikes to e-scooters and electric motorcycles. These agile machines are not merely an alternative to cars; they represent a fundamental shift towards efficient, decentralized transit. By bypassing gridlock and requiring minimal parking space, <strong>electric two-wheelers</strong> reclaim lost time and urban square footage. Their low operating costs and zero tailpipe emissions make them the definitive solution for congested city centers. This isn&#8217;t a fringe trend; it is the most practical and scalable answer to modern transportation challenges. As cities choke on traffic and pollution, the adoption of these nimble vehicles is accelerating, proving that the most profound change to how we move is happening silently, on two wheels. <strong>Urban electrification</strong> is here, reshaping our streets one quiet ride at a time.</p>
<h3>Beyond the Pedal: Understanding the Core Appeal of Electric-Assisted Cycling</h3>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="609px" alt="ebike" src="data:image/jpeg;base64,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"/></p>
<p>The buzz around electric scooters and bikes isn&#8217;t just hype—it’s a quiet overhaul of how we navigate cities. While cars sit idle in gridlock, two-wheeled EVs slip through traffic, turning a 30-minute crawl into a five-minute breeze. This shift isn’t only about speed; it’s about reclaiming space. Garages shrink, parking spots vanish, and the air gets cleaner. Riders save cash on gas and parking, while cities cut noise and pollution. It’s practical, affordable, and honestly, kind of fun. You’re not stuck in a metal box; you’re part of the street, feeling the wind. The silent hum of an electric motor is becoming the new soundtrack of urban life. <strong>Two-wheeled electrification is the quiet backbone of modern urban mobility.</strong></p>
<p>Here’s a quick breakdown of why this trend is winning:</p>
<ul>
<li><strong>Cost:</strong> Charging an e-scooter costs pennies vs. gallons of gas.</li>
<li><strong>Agility:</strong> Filter through traffic, skip jams, park anywhere.</li>
<li><strong>Eco-impact:</strong> Zero tailpipe emissions, lower carbon footprint.</li>
<li><strong>Fun factor:</strong> Less stress, more wind-in-your-hair freedom.</li>
</ul>
<p><strong>Q: Are e-bikes and scooters really safer than cars in the city?</strong><br />
A: Not inherently—you’re more exposed—but with a helmet, good lights, and defensive riding, many find them less stressful than dodging SUVs in a sedan. Plus, lower speeds mean less severe crashes.</p>
<h3>Commuter Economics: How Electric Bicycles Slash Daily Travel Costs</h3>
<p>Two-wheeled electrification is quietly transforming urban transportation, offering an efficient alternative to cars. E-bikes and e-scooters reduce traffic congestion and lower emissions in dense city centers, as their compact design navigates narrow streets and bike lanes with ease. This shift is driven by falling battery costs and improved motor efficiency, making electric two-wheelers accessible for daily commutes and last-mile deliveries. Key factors fueling this change include government incentives for green transport, expanding charging infrastructure, and a growing preference for quicker point-to-point travel. <strong>Electric two-wheelers are becoming a cornerstone of sustainable urban mobility</strong>, with cities integrating them into broader transport networks to reduce reliance on fossil fuels.</p>
<h3>Environmental Footprint: Comparing Emissions Across Transport Modes</h3>
<p>The silent hum of electric two-wheelers is rewriting the rules of city travel, replacing gridlock with agility and noise with efficiency. This quiet revolution offers a compelling escape from rising fuel costs and traffic congestion, turning daily commutes into swift, sustainable journeys. <strong>Electric scooter adoption is booming in dense urban centers</strong> because these vehicles seamlessly navigate narrow lanes and require minimal parking space. Riders are discovering the immediate benefits: zero tailpipe emissions, lower maintenance, and a fun, nimble ride that cuts travel time dramatically. The shift is not just about personal convenience; it’s a systemic change reducing urban noise pollution and shrinking our carbon footprint, one silent mile at a time. As cities push for cleaner air and smarter mobility, the electric two-wheeler is no longer a niche gadget—it’s the quiet, powerful backbone of tomorrow’s transit.</p>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="607px" alt="ebike" src="data:image/jpeg;base64,/9j/4AAQSkZJRgABAQAAAQABAAD/4gHYSUNDX1BST0ZJTEUAAQEAAAHIAAAAAAQwAABtbnRyUkdCIFhZWiAAAAAAAAAAAAAAAABhY3NwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQAA9tYAAQAAAADTLQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAlkZXNjAAAA8AAAACRyWFlaAAABFAAAABRnWFlaAAABKAAAABRiWFlaAAABPAAAABR3dHB0AAABUAAAABRyVFJDAAABZAAAAChnVFJDAAABZAAAAChiVFJDAAABZAAAAChjcHJ0AAABjAAAADxtbHVjAAAAAAAAAAEAAAAMZW5VUwAAAAgAAAAcAHMAUgBHAEJYWVogAAAAAAAAb6IAADj1AAADkFhZWiAAAAAAAABimQAAt4UAABjaWFlaIAAAAAAAACSgAAAPhAAAts9YWVogAAAAAAAA9tYAAQAAAADTLXBhcmEAAAAAAAQAAAACZmYAAPKnAAANWQAAE9AAAApbAAAAAAAAAABtbHVjAAAAAAAAAAEAAAAMZW5VUwAAACAAAAAcAEcAbwBvAGcAbABlACAASQBuAGMALgAgADIAMAAxADb/2wBDAAMCAgICAgMCAgIDAwMDBAYEBAQEBAgGBgUGCQgKCgkICQkKDA8MCgsOCwkJDRENDg8QEBEQCgwSExIQEw8QEBD/2wBDAQMDAwQDBAgEBAgQCwkLEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBD/wAARCAD2AZADASIAAhEBAxEB/8QAHgABAQADAQADAQEAAAAAAAAAAAgHCQoGAgQFAwH/xABkEAABAgUCAgMGEgUFDAYJBQABAgMABAUGBwgRCRITITEUGTdBV5YWIjI4UVZYYXF2d6Wys7TS09QVI0KBlRhSdZHRFyUzNDVVcnN0gqKxJFNihZKhJjZDRlRjZoOElMHDxOH/xAAUAQEAAAAAAAAAAAAAAAAAAAAA/8QAFBEBAAAAAAAAAAAAAAAAAAAAAP/aAAwDAQACEQMRAD8A+WszWRcml2/bUx7YuH8XVGnzlmUyruPVagdK+XnekQobtrQOXZpO3Vv1mMA99Yyv5CcK+bLn48fDiweHiyfk4o305iIpgLZ76xlfyE4V82XPx4d9Yyv5CcK+bLn48RNCAtnvrGV/IThXzZc/Hh31jK/kJwr5sufjxE0IC2e+sZX8hOFfNlz8eHfWMr+QnCvmy5+PETQgLZ76xlfyE4V82XPx4d9Yyv5CcK+bLn48RNCAtnvrGV/IThXzZc/Hh31jK/kJwr5sufjxE0IC2e+sZX8hOFfNlz8eHfWMr+QnCvmy5+PETQgLZ76xlfyE4V82XPx4d9Yyv5CcK+bLn48RNCAtnvrGV/IThXzZc/Hh31jK/kJwr5sufjxE0IC2e+sZX8hOFfNlz8eHfWMr+QnCvmy5+PETQgLZ76xlfyE4V82XPx4d9Yyv5CcK+bLn48RNCAtnvrGV/IThXzZc/Hh31jK/kJwr5sufjxE0IC2e+sZX8hOFfNlz8eHfWMr+QnCvmy5+PETQgLZ76xlfyE4V82XPx4d9Yyv5CcK+bLn48RNCAtnvrGV/IThXzZc/Hh31jK/kJwr5sufjxE0IC2e+sZX8hOFfNlz8eHfWMr+QnCvmy5+PETQgLZ76xlfyE4V82XPx4d9Yyv5CcK+bLn48RNCAtnvrGV/IThXzZc/Hh31jK/kJwr5sufjxE0IC2e+sZX8hOFfNlz8eHfWMr+QnCvmy5+PETQgLZ76xlfyE4V82XPx4d9Yyv5CcK+bLn48RNCAtnvrGV/IThXzZc/Hh31jK/kJwr5sufjxE0IC2e+sZX8hOFfNlz8eHfWMr+QnCvmy5+PETQgLZ76xlfyE4V82XPx4d9Yyv5CcK+bLn48RNCAtnvrGV/IThXzZc/Hh31jK/kJwr5sufjxE0IC2e+sZX8hOFfNlz8eM+6OtYdx6pLsviwr6w/i+nSFOseqVhl+k0Donw+2W0JG7i1jl2dUT1b7gRqpi2OFJ4Ysj/ACZVn6yXgPjxYPDxZPycUb6cxEUxa3Fg8PFk/JxRvpzERTAIQhAIRnDTdo1ztqkqSmsb2x0NGYWEzdfqSlS9PY69iOk2JdWP5jYUoeMAdcW8nQDoO0uyTE9q2z4azW+iDi6OxNGUQrcc3pZWX55tY8QXzJB9gb7ANWMI2iu6weFNjtwydj6VnLiCFcvdD1tSjqVAdigqdeLhB99IMfEa8+GjdSjT7s0ZIkJd4ELelrWpO6fY62nELHwjrgNXkI2ny2FOExqk2kcXX+9jW5ZvZLEqucdkiXNhsnoZ3macPi5Wlgk79cTvqX4Xmf8AAkpOXXbTTWQLRlgXVz9IaUJuWaG5535Q7qAAG5U2XEgdZKYCOIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAItjhSeGLI/yZVn6yXiJ4tjhSeGLI/yZVn6yXgPjxYPDxZPycUb6cxEUxa3Fg8PFk/JxRvpzERTAIubQZoAkMyUp3P2oKcNv4nowcmEJmH+5DVwzuXFl0kdFKIIIW4CCopUlJGylJwzof0xzeqjPFLsaaS83bNNT+lbkmWyUluRbUAW0q8S3VlLafGOZStiEGKI4nurqXrdXTpIwy6xTMf2OGpCrIp+yGp2bYASmUTy/+wl+UJ5ewupUSDyIMB/fVRxP5wSC8J6OJBmxrFpCe4ma3IMCWmpltJ6xKNgASrRO+ytulVvzboJKY18VGo1Grzz9Uq0/Mzs5NLLj8xMuqcddWe1SlKJKifZJjZboZ0JY0s6zaFqc1dqlpeUrE5KM2rbVRQS0+5MOJRKuvtbFTy3VKBbY2KeT06wRuEeM40FPp9N1EWexTpCWlGzZrJKGGUtgnuyaG5CQN+oCA1+whCARVmlLiK5x00T8lRJ2qzF4WKhxKZigVJ8rUw14+5H1bqYI7QnrbPjTudxhjTghtzULjFt1tDiFXjRgpC0hSVAzjW4IPUR7xjcfrL0XYK1V1OpW1alUpNsZnt2jt1KW6BCWjOSjilpZ7qbABcZLjakB5O6myevcEIUE96idJeFtbuLn9VGi5Muzc4C3q7bLSUtKnXwOdxpbAJDE6Ad9k+ke3BBJUFq1ZPsPyr7krNMuMvMrLbjbiSlSFA7FJB6wQeraKG02Z9ynoSz9MLq9JqMq1JzZpV4Wy+eQzTKVEKGx9KHUblbbg6vFuULUDRPFN042o41QtZuGDLzVo5ADK6yqU/wfdjyOdmdSn9kPJBC+zZ1IJ9M4YDXbCEIBCEIBGUcfaXdQuV7cRd+OMQ3JcNFceWwiekZQuNKcQdlpB9kE9cYujehwgvWcyXxjqf0kQGqX+QprB9zven8PP9sP5CmsH3O96fw8/wBsdGUIDnIf0OavpZsuOadb4IH/AFdLWs/1J3MYluizrusipGj3na1XoM+BzGVqck7Ku7ezyOJB2/dHUjHjcq4exnm61Jmy8pWfT7gpUwkp6OZb/WMqO3p2XRstpfUPTIIPV2wHMTCM+619LNT0m5pm7EE09P27UmRU7eqDqQFvSalEcjm3V0ragpCttt9kq2SFgDAUAjN2HtFWp3OjbM7j/ElYdpj6eduqVBAkZJaNgeZDz5SlwdY9RzGNiPDy4aVrW5bVKzfqHtxisXDVGmp6i27PNFUvSmVbKbdmGldTkwobHkWClsHrBX6jZOhCG0JbbSEpSAEpA2AHsCA0Z96A1i9x909wWf0n/wAP+nB0n9fJyf8AFGFMw6KdT2C2H6jkHElYapUunndqkglM9JNp2J5lvMFSWx1H1fLHRzHxcbbebU062laFpKVJUNwoHtBHjEByswjbtxE+GrbFXtqrZ10826xSa1SmnZ6u25IslLFRZT6Zx+WbT1NvJG5LaQEuAHYBY2XqJgEZUw1pa1AZ/UXMTYvrFbk0LLa6hyJl5JCx2pMy6Utcw/m82/vRSHDL0O0zUndE7k/J8it7H9qzKZcSe5SKxUOUL6BRHX0TaVIU5sQTzoSOoq23cUej0i3qXK0Og0uUptOkWksSspKMpZZYbSNkoQhICUpA7ABtAaRZHg7avptjpX12NJK5Qeifrayrf2P1bKhv++PEZF4YesnHciuqOYyTcco36tVuzrc84PgYGzyv91Bjf7CA5YapSqpRKhMUmtU2ap89KrLb8rNMqadaWO1K0KAKT7xEfVjoc1f6NcH6l7PqNUvmXkbcuKmyTjsreCAlp2RQ2kq3mFEpS7LpAJUlw7BO5SpB6458rgpcvRK9UaNKViTqzEjNuyzU/JFRl5tCFlIeb5wlXIoDmHMAdiNwID6Efv2Tj6+sk1lFu4+s6s3HU17EStLknJlwAnbmIQDyp3Padh78Zm0W6Pbt1e5IXb8jNLpNq0QNzNw1kN8xl2lE8jLQPUp9zlVyg9QCVKO/Lyq3z4bwZizANpNWXim0JKh09ASX1tJ5n5txI26V90+ndWfZUersGw6oDSla/Cj1oXJJMz0xYVKoiH0haUVStS6HEg/zkNqWpJ94gEeOF3cKPWdasguoS1i0qvoaBUtukVlhx0AewhwoUo+8kE+9G+mEBy4XfZd3Y/r0za98WzU6DV5RRS9JVGVXLvIO+2/KsA7dXUew+KPxo6V9QOm3E2pey3rNyhbbM2AhXcNSaSET1OdI6nGHdt0nfYlJ3QrbZSSOqNBWqnTJfGlTKk5jq7gZuTcBmqNV22ihmpSZOyXEjr5Vj1K0bkpUD1lJSpQfSsPSrqNyhbEteePcN3NXqHOKcRLz8lJlbLqm1lCwlXj2UlQPvgx6H+QprB9zven8PP8AbG3DhOesntP+kqt9tdiwoDldnZKbps7MU6fl1sTUq6tl5pwbKbcSSFJI8RBBEfxj0WR/CHdH9NTv16487AZspWifVlW6ZJ1qk4BvCakZ9hualn25AlLrS0hSFg+wUkEfDH8Li0aap7ToNRui5ME3dTqTSZV2dnpt+RIbl2G0lS3FnxJSkEk+ICOgjAngLx18U6R9jajyms71pmX/AImVX7MuA5vYtjhSeGLI/wAmVZ+sl4ieLY4UnhiyP8mVZ+sl4D48WDw8WT8nFG+nMRFMWtxYPDxZPycUb6cxEUwG1PSX0ejvhuX1qZCUsXdfnOKQ4tIKk7OKlJAAbdfK6t+YI7Ckj2Ilnhw6cGNSmo+T9FTIm7YtFAuCuIe9MJwpcAZl1b9vSOkFQPahDg7SIpriWleOdEGnrEUgropdxmSdmEo6g6uUpyEkn4VzJV8MfX4fEyxhrh+58z7ItFNbmFzkhLPo6lpMvJITLdfaAH5xSjt/+0B4HVHqxqOofXbj+z6BUgbDsO+6XTqS0wslqdmUzzSH51W3UoqUkpbPYG0gjYrVvmbimaStRGfc3W1dOIsaTdxUqRthqQmJlqdlWQh8TUwso2ddQonlWg7gbdfb2xrZ08EnUDjMk7k3jRftrUbLuKHrC1E6eM2W3amIcgmhUmfthufmJcU2UmOeYM0+gr5nm1qHpW0DYEDq9+Ainva2t7yC1H+K0/8AMQ72tre8gtR/itP/ADEff76Drg8tJ/gVN/Ah30HXB5aT/Aqb+BAenwfw9dY9qZpsG6K/hGflKXSLnpc9OzBqcgoMsNTTa3FkJfJOyUk7AE9XUIzFxM8x3ngTXpY2U7Dn1y9To1pyDim+chubl+7JvpZZ0D1Tbid0keLfcbEAjFeEuI/rKu/M1hWpX8vmZpdZuamSE6x+haejpWHZptDiOZLAUN0qI3BBHij9vjQeunoPxLkvtc3Ae74nmNbSzZiCxNeWLJYJlK3JSsjX0BICy25umXdc26ukadCpZZ6yf1QHUiP2uGxXpHUzpQyno0vWcDzkjKOTFEVMen7nl5ndSFIHsMTiEu/C8I/hocKc38NjN+FbheW+1bQn5mmpCjuzvLidlwOvsE2w4vbx8xEYL4Rd2TFvayKVRm31oauah1OmOpB9Kvka7qTv++WG0BG1Ups7RqnN0eosFmbkX3JZ9s9qHEKKVJPwEER9aM565bZZtLV5lejS8qmXaNyzM6htO2wTMkTA226gD0u+3i32jBkAhCEAjehwgvWcyXxjqf0kRovjehwgvWcyXxjqf0kQFi3PNTEjbVWnZR0tvy8i+60sAEpWltRB6/YIjn/75Frb8vdV/h0j+BHQPWad+l6PPUnpiz3bLOy/SBPMUc6Snm28e2++0axu8b0H3SFQ81kfmoDwWg3iQ6iLnz7beKsv3ILyod4TX6NQ49JsMzMhMKTu26hbLaedHMnZSVb9SioEbde4KIu0o8L7FWma/ZfKM/eFTvS5qalxNLdmZVMpKySloUhbgZSpZW5yKUkFSyBuSE82xFg1+4aDalImrguetSNIpkkguzM5PTCGGGUDxqWshKR8JgNaHHDplNVa2KKyptoVBFQqkqhW3p1MqbYUob+wFJT/AOL4YkLhpYAls9an6MiuyLc1blmtm46q06gKbf6JSQwyoHqUFPKbJSQQUIWI+/xJ9W9K1RZilZOxpp56yLLZdkKS8sFInn1rBmJxKT1pSvkbSkHr5WwogFRSKu4H9pyTVqZRvlTO83M1Cn0lDh/ZbabcdUkfCXUk/wCimA2fxJWuvX1bWkOmSVuUSky9x5ArTHdMnTHnSiXk5bmKRMzJT6YpKkqSlCSCopV6ZIG5rWOcDWhkeeyrqlyVd84+txs1+Zp8mFHfklZVXc7IA8XpGknb2ST44DNKeLtrKTVhUVV+11S4XzmQNBa6Ajffl336Xbbq9Xvt49+uNk+hfXpa+r6jz1DqlJYty/aIyJifpTbxWzNS+4T3VLFXpuQKUEqQdygqT1qCgY0DRnHRDkmoYq1WY1uiSmlstP16WpM6Ek7OSk2oS7oUPGAl3mG/7SUntAgOjeOffiO4BlsAaoK/TKJKJl7eupIuWjtNpCUMtTC19KykDqSlD6HUpSOxHJHQRGrLjhWtI9w4pvVuXWJzpanS3XR6ktbMOISffB6Qj4VQFW8NC2KZbGivHQpzLaXKrLzdUm3Edrrzs06eZR8ZCQhHwIA8UUVd1dNrWpWrmTIvTppFPmZ8SzIJcf6JtS+jSB2qVy7D3zEP8H/O9JvvT45hydqDYuHH008ESyiAt2mTDinWnk/zgl1brZ29Ts3v6tO97QHOvkXXrqyyRdcxdM5my56KHHi5L0+hVB2nycqnc8qENNKAOwO3MvmWf2lGMxaceLFqBxVWJSm5aqTuRrUK0omETvImpy7e43WzMgAuKA3PK9zBXZzI35hsEzXwsNK2YarN3HI0Wp2RWJ1Rdeet19DUu44VblapZxK20779YbCP6+uJFyXwTMj0tD83ifLtEryEDmbk6zKOSDyur1IcQXUE+IEhI9naAx9xAeI7U9Rql4sxA/P0jG7fIqdddSWZquOjZX61PahhCvUt7+mI51/spRCke+zBgTL+BK+bcy1YVUt6aUohlx9vmlpkD9pl9G7bo99Cj7+0f5gC1mL3zrjyz5tkPS9aumlyL7ZG/O05NNpWP/CTAb69CuAZLTtpttW0FyLbNeqcsmtXA6E7Lcn5hIWpCj4+iRyMj3mt/GYzdcdx0K0KBUbqueqS9NpFIlXJ2enJhfK2ww2kqWtR8QABMfogADYDqiA+Mrk+q2hp0omP6S84z6OK4lmeUnsXJyqOmU3v4t3e5z74QoeOAnTUBxk8p1i5pul6eaHTLetyVdU3L1OqSgmp+dSOoOFtZ6NlJ7QjlUrs3V2pH1sC8ZLMFCuiWkc/Ual3Pbc08hEzO06TTKT8kgnZTiEo2adA7eQpSTt1LEa6IQHQpnziBadMD2LTbtmLtYuefuCQaqNDotHcDkzOsOpSpt1e/VLtEKB5nNiRzcqVEFMaYNVusPKmri6ZWsX4ZOQpFIU7+haLJNjoZBLnKFnpCOdxauRHMpR29KNgkdUYKJJ7ST4oQG+bhOesntP+kqt9tdiwoj3hOesntP8ApKrfbXYsKA5ecj+EO6P6anfr1x52N8VT4Tujyr1Obq09btyrmZ6YcmXlCvPAFa1FSth8JMfVPCM0ZEEC27mHv/p96ApXAngLx18U6R9jajyms71pmX/iZVfsy4ynbFu0y0LapNp0VDiKfRZFinSiXFlawyy2ltAUo9ajypG5PbGLNZ3rTMv/ABMqv2ZcBzexbHCk8MWR/kyrP1kvETxbHCk8MWR/kyrP1kvAfHiweHiyfk4o305iIpi1uLB4eLJ+TijfTmIimA2i8XXatYH093VKK55R6Ue2Ug+k/XSco4jb4QhW3wR9fTH3ZdPCFzRRJINdPSZ+qL2Qd1FltuTmllQ8R5ekHwAR+jlGXTqY4Q9o3bTf+l1nFfcwmkJ/wjaZAqk3Qf8A8Zxt4+8AY8RweslW9M3NkLTRejrTlLyJSFPykq6dkzDrTa25lhP/AGly7ilH3mDARTp39cBjL440X7a1Fkca31x1n/Exn7bNRONHxFc2B9a9rYnu5lSahb9/UiXDvLypmWDOsqZfR/2XG1IWPeVsesGNqet/NehrGuTqPRtTmGZq7rkmKG3Myc61RGZtLckX3kpa53HkEEOJdPKAdubffrgNGMI2i/ysOEX7lqe81ZT8zD+Vhwi/ctT3mrKfmYCANNpA1EYv3P8A75Ub7a1FZcaD109B+Jcl9rm4zjjXU7wsK1ka1aRZemqdkLgnq1JS9JmzbMq2JecW+hLLhUmYJTyrKTuASNt9jGD+M8lS9VNAQhJUpVlyQAA3JPdc3AZO4Vp9C2k3UVf0+wkSDMq+S456hfctNfdcSfgDqd/9KJq4WNKmKnrdsRxlKiiRYqk08pJ9SgSD6QT7xUtI/fFT5jpg0U8LWm4iqU0ZO+MouJ7tlubZ1DkyUPTiCB4m5ZDcus9Y5lj+cI8HwZsfMs33kHPtw8ktRLQoRpyZt07IQ68oPPL/ANxlg83sB0ezAThxFqkxVdauVJqW35EVVmWO6dvTNSjLSv8AiQevx9sTjHsMx36/lLLN45HmCea5q5O1QAjblQ88paU7eLZJA/dHj4BCEIBG9DhBes5kvjHU/pIjRfG9DhBes5kvjHU/pIgLTmZliTlnZuadS0ywhTji1HYJSkbkn3gBGDBrv0eEb/yh7N//AF3/APkZgvL/ANUK5v8A5tmfqlRy3wHS/j3UngHK9RFHxzmG06/UVJKkyUnVGlTKkjtIaJCyB7IEepvvH9kZPtmbszIdrU24aJPAdPI1CXS60ojrSoA+pUD1hQ2UD1ggxzH2am7F3dRU2Gmom5DPsfogU7m7q7s6QdD0PL6bn5+Xl2699o6gLeFWTQKamvqbVUxJsidLfqS/yDpNve5t4DSfxGuH3JaY3JTKWKFzszj+rTXckzKTLnSu0aaVuW0dIfTLZWAoJUrdSSnlUolSSad4ItRbdw9kWkgp6SWuViZV7OzkqlI3979Uf/OKh1/0SmV/RvlaTqqGlNMUFyebLidwHmFoeaI9g86E7e+Y1vcGbLklZ+e7gxbVZ9TDV+0kGRbI3S7PyZU6lJP7J6BUyd/GUgdpEBujjmV1AUCdtbO2RLdqLSm5inXTVJdYV2nlmnNj74I2O/vx01RqH4sOi27pK+57U9jmizFUoVbbaNzS0o0XHKdNNthHdRQkb9C4hCeZX7KwoqOyxsGs+Mh6dKJOXJqAxrQZBO789dtJZR72823uf3Dc/ujHkbOuE7oru43vLancmUGYpdIpLLqbWlJtstvTs04ktqm+RXWGkIUsJJHplqCk9SNyG26NZ/G/qAaxxi+k7J3ma3PzAPj/AFbCE/8A8v8AyjZhGlPjJ5Ykbz1D0XG9Km+mZsKjhqbAO6UT02oOuJHwMplt/f3HigIwxXla/sK3zTsi41uF+jV2lrKmX2tilaD1KbcQfSuNqHUpKgQf6o2tYI4zmL6/Tpel6gLTn7Wq6EBL1TpDKpynvKH7XRAl5rf+aA5/pRCGifRDe+ru71rC5iiWJSHQmtV7owTzbAiWlgrqW+QQT+yhJ5ldqUq8zqr0iZS0pXvMUK76W/OW9MPqFFuJlk9yVBrtSObsbeCfVNE7ggkcydlEN7+OtV2m7LPK3YGabUqkwv1MoZ9MvNH/AOw9yOf8MZXjlXjbrwYck5ku+j35bF2VqqViy6AmSFKeqDi3RKTay5zy7Lit/SciUqU3vsj0hAHOdwv/ADDiCw86Y+quNMjUVqo0eqtFB5kjpZZ3YhD7KiDyOoJ3SodnYdwSDoRx5Y1Q09a8bTsG5nA69Z2SKbJuPlPIl9pE830b4B7ErbKHBv4lCOiKNA/E0qUtI67L8qVvvLamZN2kuKcHamaRISx3HwEJ/qgN/Ea1uN3b1Vm8WY2ulhlKqfTK9OSUyvr5kOzEulTXvbES7u/vgRd2Cso0zNWHbPyrSVoLNy0lidcQg7hmYKdn2SfZbdS4g++gx+TqZwRQtSWFbjxHXHxKmrMJckZ3k5jJzrSgth7bxgLSAoDYlClp3G8BzUQj3mZsGZRwDeMzY+U7Um6PUGFqDLq0Ey842DsHZd3bldbPiI7OwgEED83GWLMgZjvCRsTGtrz1drVQcCG2JZskIBPW44r1Lbae1S1EJAG5MB5WEbIs4cG2/bTxxSLlw5dJuy5ZKnoVcNEmChozEzsC4qnuEJBQCSA27sohO4UVKCI101ijVe3arNUOv0ubptRkXVMTUpNsqaeYcSdihaFAFJHsEQG9rhOesntP+kqt9tdiwoj3hOesntP+kqt9tdiwoDwb2fcFS7zkvMZqsNp1pam3ELuOTSpCgdikgubggggiPgdQeBANzm+wNh/9SyX4kc2+RgE5CudKQABWZ0AD/Xrjz0B1RSk3KVCUZn5CaamZaZbS8y8ysLbcbUN0qSodRBBBBHUQYw/rO9aZl/4mVX7MuPVYDATgrHKUgAC0qQAB4v8AobUeV1netMy/8TKr9mXAc3sWxwpPDFkf5Mqz9ZLxE8WxwpPDFkf5Mqz9ZLwHx4sHh4sn5OKN9OYiKYtbiweHiyfk4o305iIpgNhPCQztb9Iu+59LuRVMvW1k2XX3CxMn9Suf6Ituy6usACYl90+yVMtpHWqJ3zzinImhPVB3BRZ6aYmLdqDVctWrLT1Tsl0hUy4rbYK9Spp1PYVJcT6k9eB6ZU6hRalKVikTr8nPSD7czKzLCyhxl1CgpC0KHWlQUAQR2ERtrsi7sV8WLT63jHIdRkbdzfZrBek53kSFOrCUpVNtIG3PLu7JDzSfUK5VADZskPVs2njPiTWzjTVDjt2RouU8eVqlG4Ka47sFNMTSHnpR3tVy7B12Xd26wVIVsSro5q41vrjbP+JjP22aia1I1MaAM3cwE/aNz09RSlfL0khV5Tm69txyTMuvb4Qf5i09X1tV+qy8NXF8Uq+70tyjUacpNKRSW2aWHQ2ttLrjnMrpFKPNu6odu2wEBhKEIQGRtNvriMX/AByo321qN2GZtMljVjVNL6ws312kSljY3taWEpLTavSqn2X33e6X9xt0bXSoKEDdS3eXxJCV6JrCu6dx/fFvX3TZViZm7cqsrVmGX9+jccYdS4lK9iDykpAOxB2jOmpDWXqD1p12lWxV2C1Tg6hum2pbrLymZiaPUHFN7qcmHSepO+/L1hIG6ioGsDUddutvUEzP2zRqg5TEuooVn0RCOeYU0tzZJKE7gvvOK5lAb7boRuQgGLO1Hv0rh86AqVppo1Ulnch5KQ+msvS56yl4J7ve/wBAN9HKIJ2Kk+mA3Srb+ulzTNjrh+Y1f1basJiWavNMupNCoYWhb0itxB2YZSTs7OuJJSdvStI59ztzqGujUbn+9tTGV6tlW+HQh+dIZkZFtZUzTpJBPRSze+3UkEknYcylLURuowGMoQhAIQhAI3ocIL1nMl8Y6n9JEaL42C6KeJhYulnB8vimvYyr1cnGanNz6puTnGW2yl4pISAvr3G3XAbn5iXZmmHJWZaS6y8gtuIUNwpJGxBHsERhf+RNpG9zlYP8FZ/siQe/e4s8h91fxGW/sh373FnkPur+Iy39kBdNh6e8FYvnxVcd4gtC3Z8ApE5T6OwzMBJ7QHQnnAPsbxkGNaa+N7i8IUW8G3Spe3pQqpS4BPvnY7f1RhnM3Gfy7d1NmKNh2waZYyXwUfpOamP0lOoSRtu2FIQ0hW/jUhe3/nAUHxedUNEsvE507W1VmXrovFTTlYZaUFKkKWhQc/WfzFvLSgJHaUJcJ23STqCsa9bkxveVFv2z6iqQrdAnWqhIzCQDyPNqCk7g9SknbYpPUQSD1GPqXFcdfu+uz1z3TWZyrVepvqmZydnHlOvPuqO5WtaiSTH50B0g6UtT9jaqcVyN+WtNsM1Vhttiv0cL3dpk7y+mQQestqIUW19ik+woKSnM8cx2IM1ZPwNeDN9Ypu2boNWaT0a1s7KamGtwS080oFDqCQPSqBG4BGxAMbMsOcbC2ZmUYp2d8Vz8jNoQEuVO2nEvsuq2G6jLPKSpsE79ji+0QGxQYmxWmr+iBOM7UFU5ufu0UaW7o5t99+k5Obffr7Y9XET9990c9xCb/Sd3dLvt3N+gldJ8O/Pyf8UYSzLxr6EzKTVMwNiucmppaClmrXI6lpppRT1KEqyVFexPjdT2dnXAWvq41TWTpSxXO3rcM1LTFdm2nWLcoyl/rKlOADYbDrDSCpKnF9iU9Q9MpKVc9NavKcvnIc3fuSHpurv1urKqdbUy4lp6Z6R3neCFEFLZIKgn0pCerq2G0ffy3mPJWdLymb9yndc3XqxMDkDrxCUMNAkhpptICGmwSdkpAHWT2kmPGQHSNpKu/BF4YJtqa06tSknaEpLJlmqc3sl+nvAbuMzKdyQ/zElalElZVzhSgoKOUq9b1AuqlP0K56HT6vTZpPK/Jz8siYYdHsKQsFKv3iOarCGoDLOna7kXnie7Zmjzh5UTTH+ElZ1oHfon2VelcT8PWN90lJ642S4q42tsvybMnmrEFRk5xICXZ625hD7Lh8augfUhSB29XSLgKvqPDm0VVSoCpzGBKK26FqWUS01NsNEn/wCW26lG3sDbYRnGxcf2TjG2pWzse2tTbeoknv0MlT5dLLSSe1RA9Uo9pUdyT1kmJFl+L/o6eYU85P3gwtPY05QyVK+DlWU/1mMbZQ41uKKVJPy2IsY3DcFR5dmZisqbkZRJP7RShTjiwP5uyN/ZEBdmZ8wWRgfG9ZyfkCqIk6VR5dTnJzAOzT2x6OXZBI5nXFDlSPf3OwBI5ucr5GreXcl3Pk64j/fC5qpMVJ5AVuGukWSlpJ/moTyoHvJEe01F6rc0aoriRWsp3MX5OUdcXTaPKo6GQp6V9oabHadgBzrKlkAAqMYggNjPCk1sUrFlVe08ZWrrcja9cme6LdqEyoJZp9QWdlsOLPqGnuogk8qXAd/8ISNx8cq8Wxpb4qOa8CUyVsy+pT+6JakohLMozPTZan5JtOwCGpnlUVIAGwQ4lWw2CVJA2gN3twWvbV2SP6Mum3aZWZPfm7nqEo3MNb+zyrBH/lH8rcs20LOl1Slo2rR6GwvYKapsi1LIVt2bhtIB23P9cRfa/GM0mVqXlzXpa87efcRzPImaSl9DSt9uXmZcWVeyDy/Dt2R9m4uMHpBo8q49SH7wrryUkoZk6L0XMfEOZ9bYEBb8aReLFqAxDlrLknaGM7eo07P2pzy9bu2XbT00++ByiUQ4k7OMs9YKlb+n3Cdkp3X/AD1UcV7LmcKVOWPjClqx9a062pibW1M9NU51pQ2Uhb4ADKCN90tjmIJBWQSIhWA3zcJz1k9p/wBJVb7a7FhRpp0c8T6wtMuBKLiGuYur9anaZNTsw5OSk4y20sPPrdACVDcbBQB98Rmzv3uLPIfdf8Rlv7IDVHkfwh3R/TU79euPOx+ndNWar9zVeusMqZbqU/MTaG1HdSEuOKUEkjtI32j8yA6bcCeAvHXxTpH2NqPKazvWmZf+JlV+zLiGsd8ZbGdlY/tizZnDFzzL1Bo0lTHHkVCXCXFMMIbKgCNwCU7/AL4/Izlxe8b5Zw3e2MZDD9yyMzdNCnKSzNPT7Cm2VvNKQlagBuQCrcgdfVAauYtjhSeGLI/yZVn6yXiJ4tjhSeGLI/yZVn6yXgPjxYPDxZPycUb6cxEUxa3Fg8PFk/JxRvpzERTAI/VtS67lsa4pC7rOrs7Rq1S3hMSc9JPKaeYcHjSodfYSCOwgkHcGPyoQG0TGXEI086qbKl8Ma9rIpzMygAStztNLTLKePV0u7QDsi7ty7rbJbV6bm5E+lP42TeD4blkVXvpQzPQrqt+c/WyknVJlJPId/StzsuFNOnrG3MhHvnft1qR6qwcrZNxXUf0tja/7gtibPqnKXUHZbn95YQQFD3iCIDMt0cOnWfac25LTeCa1PpQopS9S3WJ1tYHjHRLUdvhAj8ukaC9Y1cfTLyWnm721LOwM5KplE/vU8pIH7zHurd4qGta35MybmT5SrJ22S5UaJJuOJ6v5yW0k/wC9vH6dT4tWtGoSq5Zi8qDIKWnl6aWoEvzp98dIFDf90B7bE3Bv1A3S83PZZuW37CpSQlbyQ8KjOhParZDRDQ2HjLvUfEYzWnKvD74cdKfYxAwxlPKgZUyZ9qZRNOoWUgKDk4lJZlWz17oZCl+JQPbGunJuqfUVmNpyVyRmO56zJu9S5FU6pmUV2dsu1yteIfsxiyAypqK1L5W1PXu5euTq4Xw1zIp1Ml90SVNZJ36Nhvc7eLmWd1q2HMTsNsVwhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAItjhSeGLI/yZVn6yXiJ4tjhSeGLI/yZVn6yXgPjxYPDxZPycUb6cxEUxa3Fg8PFk/JxRvpzERTAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAIQhAItjhSeGLI/yZVn6yXiJ4tjhSeGLI/yZVn6yXgPjxYPDxZPycUb6cxEUxa3Fg8PFk/JxRvpzERTAUBa1k6JZy2qVNXdnbI9Orj0myupSkpZzLzEvMlALjbbhmAVoSrcBRA3AB2G+0fqegDQJ7ojKPmOx+Zia4QFKegDQJ7ojKPmOx+Zh6ANAnuiMo+Y7H5mJrhAUp6ANAnuiMo+Y7H5mHoA0Ce6Iyj5jsfmYmuEBSnoA0Ce6Iyj5jsfmYegDQJ7ojKPmOx+Zia4QFKegDQJ7ojKPmOx+Zh6ANAnuiMo+Y7H5mJrhAUp6ANAnuiMo+Y7H5mHoA0Ce6Iyj5jsfmYmuEBSnoA0Ce6Iyj5jsfmYegDQJ7ojKPmOx+Zia4QFKegDQJ7ojKPmOx+Zh6ANAnuiMo+Y7H5mJrhAUp6ANAnuiMo+Y7H5mHoA0Ce6Iyj5jsfmYmuEBSnoA0Ce6Iyj5jsfmYegDQJ7ojKPmOx+Zia4QFKegDQJ7ojKPmOx+Zh6ANAnuiMo+Y7H5mJrhAUp6ANAnuiMo+Y7H5mHoA0Ce6Iyj5jsfmYmuEBSnoA0Ce6Iyj5jsfmYegDQJ7ojKPmOx+Zia4QFKegDQJ7ojKPmOx+Zh6ANAnuiMo+Y7H5mJrhAUp6ANAnuiMo+Y7H5mHoA0Ce6Iyj5jsfmYmuEBSnoA0Ce6Iyj5jsfmYegDQJ7ojKPmOx+Zia4QFKegDQJ7ojKPmOx+Zh6ANAnuiMo+Y7H5mJrhAUp6ANAnuiMo+Y7H5mHoA0Ce6Iyj5jsfmYmuEBSnoA0Ce6Iyj5jsfmYegDQJ7ojKPmOx+Zia4QFKegDQJ7ojKPmOx+Zh6ANAnuiMo+Y7H5mJrhAUp6ANAnuiMo+Y7H5mHoA0Ce6Iyj5jsfmYmuEBSnoA0Ce6Iyj5jsfmYegDQJ7ojKPmOx+Zia4QFKegDQJ7ojKPmOx+Zj8+4rH0Pytv1OZtnPOSJ6sNSby6fKzNmstMvzIQS02tYmSUJUvlBUAdgSdj2RPcIBFscKTwxZH+TKs/WS8RPFscKTwxZH+TKs/WS8B8eLB4eLJ+TijfTmIimLW4sHh4sn5OKN9OYiKYBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBCEIBFscKTwxZH+TKs/WS8RPFscKTwxZH+TKs/WS8B8eLB4eLJ+TijfTmIimLW4sHh4sn5OKN9OYiKYBCEIBCEIBCPcYJt2jXfm3H9p3HJd2UmtXRS6fPS/OpHTS7s02hxHMkhSd0qI3BBG/VG8vvYuh/wAiTP8AG6j+YgOfyEdAfexND/kSa/jdR/MR+RcPCl0UVyUXLyeOKlRHVDYTFOr050iPgDzjiP60mA0Jwi0NdPDjuLSlT2si2bcD9z2BMTKZR1+YbSmdpbq/8GmY5AELQs7gOpCRzbJKUkpKpv0+1CwqTnKwqnlJhp20ZW4pB2soeb52u5UvJKy4nY8zYHWpOx3SCPHAfWnsG5opllt5GqOJrvlrWdQHE1l2izCJIoPYvpijk5T4lb7GPER1B1+8MdyuP568rhuChqswU5czNVB59tyQckig8xKutC21JO2w3Ct9uveOZK75ihTd2VqataWXLUV6ozLlOZX6puVLqi0k++Eco/dAf43aV1PNoeZtmrLbcSFoWmScIUk9YIO3WI/OmpWakphyUnZZ2XfaPKtp1BQtJ9gg9YMdMmnnwA40+J9G+xNRoX1/EnWVljf/AD+v6tEBP8IQgEIQgEIQgEIQgEIzbopx7Z+VtUeP8e3/AEcVW361PvMz0mXnGg6hMs6sDnbKVD0yUnqI7I3Ld7E0P+RJr+N1H8xAc/kI6A+9iaH/ACJNfxuo/mId7E0P+RJr+N1H8xAc/kIr/ifYLxZp+z3RbNxHaooFHmrXlqg9LiaemAuYVMzKFL5nlqUN0toG2+3VEgQCEIQCEIQCEIQCEIQCEIQCEIQCEIQCEI+zS6ZUa3U5SjUiSenJ6ffblZWXZQVOPPLUEoQkDrKiogAeyYD60IuTD/CJ1K35LprORXqTjulchdUmoOd1z5SPYl2SQnq36luII9iIefbDT7jQJIQspBPj2MB8ItjhSeGLI/yZVn6yXiJ4tjhSeGLI/wAmVZ+sl4D48WDw8WT8nFG+nMRFMWtxYPDxZPycUb6cxEUwAAk7AbkxaeBuFDqTzJQ5W67iNLsCjTraXpb9N9IqdebVsUrEsgcyAQexxSD72x3j2vCF0w0DKuR6zmu96c1PUqwXGG6TKPJ5m3aq5utLqgRsoMoTzAH9txtX7MbA9eesqW0fY3p1VpVHlazd1zTLkpRZGacKWEJbSFPTLoSQpSEc7Y5UkEqcT1gbmAhq5OCNlaSpzj9qZqteqzqUcyZedp78mhatvU9Iku7fCU/1RCeZMIZQwDeT1iZWtSZolVbT0rQc2WzNM8xSHmXE7pcQSD1g9oIOxBEbGdIXFmyfkPNlBxnnGhW0aTdk63TJOoUqWclXZKcdPKwFBbikrbUsoQexQ5grc7EGtOIxp9oed9MtzvOyDarisuSfuKhzYT+sbWw2VvMgjrKXWkKTy9hV0au1IgNIWmX1x+K/jpRftrUdLbw3aWNyN0kbg7EdXijmk0y+uPxX8dKL9tajpcWgOIUgkjmBG4OxHwQHNMvU7qS51b6gcj9aiT/6Uzw8f+tiyOGFq+1BV7UjRMQ3pkCuXfbdyys6h1msTS5x2TcYlnH0PNOuErT1tcqhvykLJ23AIr/vRGjX/MV0/wAec/sjL2n/AETadtM9WmrjxdZjjFbm2DKuVOfnHJuYSySCUIKzs2CQN+UAnYb7wHz1ySNKqOkLLcvWUpVLptacfTzDfZ5tPSMn4Q4lBHvgRzwWjbc5eV10W0Kc8y1N1yoy1NYceJDaHHnEtpKiASEgqG+wPVG1Pi66isx0u2XMHUzFtboFkViYaTP3ZNJSpisFsh1MqwpsqS2nmTzKCyHF9HsEhG/NrOwV4bse/Gqk/a2oC2X+DZqlVTU0t3LFirkGCpxuWVUZ/okntJCDL8oJ9mNeUywuVmXZVwgqZWpskdhIO0dT81/ir3+rV/yjlnrH+Vp3/aXPpGA6XNPPgBxn8T6N9iajQxr99eVlj+n1/VojfPp58AOM/ifRvsTUQDYuh5GobXvljMGSaaV47te61oZlnUnlrdQbQ2eh2Paw2di4exR5Ude6+UJmwtwpNR+Z8b0jJktVbXtuSrrXdUjJ1p+YbmnJZXW28UNsrCUrHpk7ncpIO2xEYY1Q6YK3pVuyRsS7sgWrXrgmZbuuakaG886qntK26Ppy42gJUsbqSgbnl2UdgpO+57XdrPt7SNjYN0gyk9f1eZWzb1KVspLIHUqcfSCCGUeIftr2SOoLUnQXc1zXBelxVG7Lqq81VaxV5lybnZyZWVuvvLO6lqPskn+yA/exPh/JOcbxlrCxZak5Xq1Mgr6FgBKGWwQC664ohDTY3G6lkDrA33IEXhaXBKy9UqY3NXnmG16HOOJ5lSsnJPz3Rn+apZLQ39nYEe+YvjQZpjoWmfAtFpX6PZF2XFLM1W5Z3l/WOTK08yWNz18jKVdGkdQ3C1bbrMR9q/4tWQbAzDWsZ4FoVuqptrTjlNnqrVWHJpc7NtK5Xg0lDiEobSsKRv6Yq5SoEAgQGB838I/UhiqhTN0WjOUjIFPkmy7MMUkONT6EDrKky7g/WbDxNqUr2EmIgUlSFFC0lKknYgjYgx0DaA9Yzmr7GVSq1wUWUpN2WxNtydYl5Mq7mdS4kqZmGgolSEr5XElJJ2U2rrIIjXfxfdPlFxXm6kZRtSQbk6bkeXmJidYaTshNUl1ID7gA6gHEusrI8a+kV44CCIQhAUfw5/XrYr/pR/7G/G+jMtSqNGxBfNYpE69Jz8jbdTmZWZZOzjLyJVxSFpPiUlQBHviNC/Dn9etiv+lH/sb8dA1z29TrutqrWpWA6ZCtSL9Omg0vkWWXm1Nr5VDsPKo7HxQHO5/Ll1f+6Kvj+Jrh/Ll1f+6Kvf8Aia42ujhBaOQP8m3cf+/VfcjDusDhp6YsK6bL5yhZNPuRFcoEk0/Jqmaup1oLVMNNnmRyjccqzAavckZWyRl+ts3Jk+9Krc1UlpZMk1N1F8uuIYSpSg2CexIUtZ29lRirsS8KjL2bMdULKGP8r46naJX5VMyypU1OBxlfY4y4kS5CXG1hSFDc7KSesjriJovLhV6wf7iuSv7it9VQt2VfM0hMo685s1S6soBDbm56ktvAJbWewKDSuoBRIT7qo0gZV0jXHSKHkVVNnpauyqpmn1OluOLlXlIIDrO7iEKDiN0EgjsWggnfq+7pT0WZb1dztcbx69SqZT7fbbM3Uqu463LF5wnkYQW0LKnCApRG2wA6yN077vdYemiiaqcI1bHE4piWrLX98LeqDoO0nUW0noyogE9GsFTa9gfSrJAKgmPlp/xDj/Rpp0krWm6nJSMhbsg5V7mrLp5W35vowqamlkjfl9LypB6whCE9e0Bpt1NcPTIulOwWr8yRkqx30zs4iRp9Np8xMrnJx07lRQhbKRyoSCpSidhukdqkg+G0p6SL+1c3LXLXsCvUGlzNBkUT766s66hC0KcCAE9G2s77nfrAEfZ1o6pq9qvzNPXrMF6Wtum88hbVOWdu5pIK3C1pB26V0+nWevrITuUoTFUcEXww5F+LTH2pMBhjUBwy866e7Op93Vuv2xcKqtWpSgSNMobky9OTM3M8waQ2hbKQokoI2B36xsIynjbgu5wui3pes5AyHb1nTky2HBTBLuVB9ncbhLqkKQ2lXiISpYHsmNqOobKViYPxVV8xZApzc9JWikT0owUJU65Oq/UsoZKvUuLU7yBX7IWo9m8ax6FxtcqpvNqauXENrrtRb6Q7JyL0wmfaY36yl9ayhawPZbSCf5u+4DAuqDhvZ70yUR69Z1Mhdloy+3dNXo/PvJAkAGYZWAptJJA5xzJHVuoEgGUo6iKJV7TynYclW5AS1Ytq7KUiYbS6gLam5KZaB5VpO4KVIXsUn2SDHOtq5ww1p/1GXviuRQ4mmUuol2l9IoqV3C+hL0uCo+qKW3EpJ8akmA8hirEWR83XhK2Ji6052v1ma9MGZdICWm9wC664rZDTYJG61kJG46+uLwtHglZeqVLamrzzDa9DnHEcypSTkn57oz/NUslob+ztuPfMXtoI0xUbTNgSjUtynsC7rjl2qrcs6EfrHJhaeZEvuevkZQsNgdQKgtWwKzEg6wOLTkHH+YK1jPAtCt1dNtabXTp+q1VhyaXOTjSuV5LSUOIShtKwpG55iopKgQCBAYGzdwj9SOKqFNXRaU5R8gU+SQXH2KQHG6glA7VCWWP1m3sIWpXsJiIVJUhRQtJSpJ2II2IMdAugLWM9q+xlU6tcVFkqTdlsTbcnV5eSKu53UuJKmZhtKiVISrlcSUlStlNq69iANeHF90+UXFebaRlG1Ke3JUzI8u/MTrDSdkJqjCkB9wAdSekS60sjxr6Q+OAxPpY4fmWNWtk1S+rBuq1aZJUmqKpLrVWfmEOqdDTbpUkNtLHLs6kdZB3Bj72WeGzqCxdkexcVy7tCuqv3+JxUg1Rn3S3Ltyxa6ZyYW82gNtpDqVc3WNgfHsDdvBP9bvevxzd+wysVlqIzLh7TTa7udsnMhMzKMmiyCpZkOT02XlB3uRgKIHpiyFq3IGzW5OyYDWBcPBhzHb1jTl0v5eso1CnSTk7MyS25luXSltsrWBMFPi2PWWwOrckRjbQVokyZn+p0fNtpXJbcjSLKvGSROy0+88mZdMupiZWWwhtSTuhYA3UOvfs7YoDPvF1sDLuB7/xtbeO7pt6vXFTVUunTTr7DrBadWlD/AEqkqSpslgugBKV7kgbgdcYZ4eeuitadxI4Np+OZGtMXveMqt2pPVBbLkt3T3PLEBsIUFcoRzDrG5JEBvEnGVTEo/LoICnW1IBPYCRtGjDOPCwzphDGNyZeum9rInKXbzImpliRmJovuJU6lACAthKd91g9ah1bxvQm3jLSr0wE8xabUvbft2G+0aVtQvFiunO2Ibqw5P4WpVIYuOXTKLnmqy48tgJeQvcILQCj6TbtHbAQLFscKTwxZH+TKs/WS8RPFscKTwxZH+TKs/WS8B8eLB4eLJ+TijfTmIimLW4sHh4sn5OKN9OYiKYDdnwY0yA0p1kyxR3Qbznu6dtt+buWU5d/93aM96lsyaRcXVOhSmpr0OCbn2H3KQaxbblT/AFaVIDvRqSw4EdZRuNwT1dsa1OEfqpoGIMh1fDF/VVinUC+nGnqbOzCwhqWqqBypQtRICUvIPLzH9ttsftEjY9rU0dWvrCx5J27P1g0K4qC+5NUOrhjpgypaQHGXEbjmac5Ub7EEFCFDfYpUGKpTWHwr6fNsT8hPY/lpqWdQ8w+zYT6HGnEkKStKhJ7pUCAQR1giPTXPxJ9D9YtqrUlObWHDOyL8uEfoSpem521J265fbxxHFj8ErJ7t0spyRly15W3G3Qp9dFRMPzjzYI3SlLrbaGyRuOYlXKevlVHodcXDR00YYxXXMyWnkWr2SimtcstSJ3++LFRnFb9DKsFRS8hayCOYqcCQCogJSowGv3TL64/Ffx0ov21qOlt4BTS0nfYpI6jsez2Y5pNMvrj8V/HSi/bWo6XHEqW2pCVcpUCAdt9j8EBzXHVdqeBI/lD5I6j47nnfxIzbpI18al7MzZaFJuLKFw3fblbrEpSqlS63OLngth95LZU0p3mW24nn5k8pG5SAdwSIqHvHFCPWrUhPk/FZH5qMq6c+EnijB+R6Xky579qd7z9BeTOUyUekG5OVamkHdt5aAtxThQQFJHMAFAEg7bQFiZUxjaGZMfVvGt9Upifo9dlFyzyHWwotqI9I6jf1LiFbLSodaVJBHZHORialvUPURZtFmCS7T70p0qskbemRPNpPV8Ijoc1B5xs7Tviiu5QvOosMM02WWJKWW4EuT84UnoZZpJ61LWodg7EhSjslJI528KzLk5new5t47uP3dS3FdvaZxsnt6/HAdM01/ir3+rV/yjlnrH+Vp3/aXPpGOpia/wAVe/1av+Ucs9Y/ytO/7S59IwHS5p58AOM/ifRvsTUe1NTo8tUmaEahJtVCZadmmZMupS860lSQ44lvfmUkKcRzKA2BWnftEeK08+AHGfxPo32JqNOmp/U7lDE/Ehr+UpauTNRdsWsppknIuucrJpQbAckgkdSULS45udt+dXP6obwFN8YbSsu5bak9UFoSrjlRt1lqmXKyklXSSBXsxMhPiLTiylew60OBR2DZjVDZaZNV40JNRUUyhqcqHyO0N9Knm2/dvHS/Z112HnfFtPuqjdz1q07zpPOG30BSH5Z5BS4y6jrAI3UhaD2EKSeyOf7WjpmqulbOdWsEh9635v8Avnbk851mYp7ijyJUrxuNqCm19m5RzbAKTAdGMRXW9VvC6ka1UJKvKsBNTl5t5qdD9hPKc7oSshznV3GeZXMFbnc7nrj3ugrVVbmpvCVJeXVWfRrbcmxTrlkFK2dDyE8qZoJ7S28E84UOoKKkdqYmjVpwjKnlbKNbynhO+aHRDck0ufn6JV2Xm2GppYBdcZeaDh2cc5llBQAkqOx22ADNlq69+HBYpmTZN9Wzb3dnJ3T+irRnJTpuXfl5+ilU823Mrbfs3PsxHnFS1VaedRWP7GpuH7/buGp0WsTD8y2mnzUv0TDjATzczzSAd1JSNgSYy5gPgy2HQqRVXdRV1m5qnPsdBJy9AeelWKad9y8l1QCnnPEAtsIA33SrcEQdrm00440s5VZx3YeU37sfXLd1z8lMyiUP0gK2LLTzqDyOLWglWwSggcpI2UICcYQhAUfw5/XrYr/pR/7G/G+nMlTqNFxDfNZpE67Jz8hbdTmZWZaOy2XkSrikLSfEQoAj3xGhbhz+vWxX/Sj/ANjfjf8A3rbLF62bXrNmZtyVZr1MmqY4+0AVtJfaU2VpB6iQFbjf2IDnmGunWCBt/KJvX+Iqj8a8NXOpjIFtT9nXrmy6qzRKmgNTkjNzpW0+gKCgFDxjmSD+6NkQ4IWK9uvOF17/ANHS39sf73kPFflwuv8Ah8tAagI/tJyk5UJxiQp8q9MzUy4llhllBW444o7JSlI6yokgADrJMVlxAdFVqaOJ6yJO2L3q1w+ipqoOPmflm2ug7nUwE8vIevfplb79nKPZjO/CO0cm6a8jVHkOlE0iiPqatKXeR6Wankkpcndj2oZO6UH/AK3mI2LQ3DZVpkouV7dwHZFFzfVWqjespSm26o8jrUDuejbcV+26hro0OL/aWlStzvucM8TzFuUsp6WazIYwq0yk0aYbq9Yo8u3uusSLIKlspI6yUK5Xgger6LbYq5RHk+JvrXqWm2zqXj7GFZblsh3KtucD6QlxVLpzbgKnShQIJeUgtJBG3KHj1FKYonS7qDtrU5hmh5Vt3o2XptHc1WkUqJMhUW0jp2Dv1kAkKST6pC0K8cBzXxsi4IvhhyL8WmPtSYxvxPtHf8nvKX90qx6SWbAviYW6yhpGzdLqR3W7K9XUlCtlONjqG3OgDZvc5I4IvhhyL8WmPtSYCoOMaZwaRWO5j+qN2U7ujqJ9J0Uxt2dnpuTtjR7HTLnrHWO8xY0qeIsmTbMvTLxApkupTqG3hN7F1lTBV1F5CmukSNjv0Z3BG4jW/SOCDXUXk2mu52p7tqIf5nFytJWioOshXqAlSy2hRHVzcygCd+U7bELh0AJnEaNMTifSA5+gEFOw2/VlxZb/AODljWRxQTT16/pFExyBkSdBTNb7dnN17/7pH7o3LSzNmYjx81Lh2UoVqWfSEo53V8rMlIyrO26lHsSltHWfejnR1VZkGfdQl75Xli8JGs1NQpqXSQtMiylLMtuD6klptBKfESYDpRiK65qt4XcjW6jJV9VgpqkvNvNTwfsJ5TomErIc51dxnmVzhW53O56499oJ1U29qbwfSJhyps+jS25Vmm3JIKWA907aAkTQT2lp4DmCttgorR2pMTPq54R1Syvk+sZSwdetDoi7kmVz9So1ZQ8hhE2s8zrrLzSXDs4oqWUFGwUTsdiEpDNdq69+HBYpmTZF9WxbxneTun9FWjOSnTcu/Lz9FKp5tuZW2/ZufZiP+Kjqr08aicd2RS8P5AbuGp0atPzEy0mnzUv0TC2OXm3eaQDuoJGwJMZZwFwZbGoVLqzuoy6hctRnme55GXt996VYp53BL4dUAp1zq2AU2EAb7hRI5YO1yaaMdaWMqNY7sbKr12zC5czc9JPySW36QlZBZaedQoodcUg83UlBA5SUgLTAbDeCf63e9fjm79hlYxtxx6tOh3ENCDm0otNam1IB7XB3IkE/AFHb4TGSeCf63e9fjm79hlYxVxyP8u4f/wBkrf05OA1dR73AHh4xv8bqP9sajwUemxfccpZ+S7Su2fBMtRK7IVF7Ybno2ZhDiv8AySYDp4qf+TZv/UOfRMcs05/jb/8ArFf846mpWap9ZprM7JTLM3IzzCXWXmlhTbzS07pUlQ6ikpIII8RjUFqK4RasSYryLlu3crzNe9DjCqtTaQaSGldxIcCpjpnukVzKbY51ApQAS32DfYBrdi2OFJ4Ysj/JlWfrJeIni2OFJ4Ysj/JlWfrJeA+PFg8PFk/JxRvpzERTFrcWDw8WT8nFG+nMRFMAit8GcUDVNhGkStsmvU+86JJJ6OXlLkZXMOMthICUImELQ7ypAGwUpQA6gAOqJIhAbFavxss8TMkpmi4psWRmVNlPTvGbfCVEeqCelT2duxJiOc7alcz6kbgbuHLd5zNWVLApk5JADMlJg9vRMI2Qknxq2KlbDcnYRjCEB+1ZF3VSwLzoN90NEuuo27U5aqyiZhBW0XmHUuIC0gjmTzJG43G4i1DxltWe/VRcej/uiY/MRCMIC7e/LatP8zY9/g8x+Yj6dT4xGr6fYUzKeginKI2DstRFKWn3x0rq0/1iIehAe+y9nzMOeq0ivZbv+q3HMs7iXbmHAmXlwe0NMoAbb38fKkb+PePK2rcU/Z9z0e7aUllU7RJ+XqMsHkczZdZcS4gKG43TzJG43HVH5cIC7V8ZTVksKSaLj3ZQI2/Q8wf/AOxELTL65qYdmXAAt5anFbDq3J3MfzhAWvaPFw1RWXadFs2j0iw1SFBp0tTJUvUp9ThaYaS2gqImACrlSNyAOvxRKuWsnXFmbJFfyjdjMk1V7jmzOTaJJotsJWUgbISSogbJHaTHkoQFNacuIXqD0xWI9jiwXKBP0NU65PMM1mTcmDKrcA6RLRQ4jlQojmKescxURsVHf87Uvrkyrqvt2l2/lK2LNSuiTapuQqFMpzrE2zzJKXGgtTqx0a/SFSdustoPiidoQHpsc5Nv/EV1S17Y0u2o27W5QFLc5Iu8iig7cyFj1K0HYboUCk7DcGLfs7jR6i6LT0SV22NZdyOo33myy/JvL/0g2st/1IEa+oQFyZL4wOqe+KW9SLXlrXslp9CkKmqTJuOzgBG3U4+taUnt2KUAjft7IiSp1OpVqoTNXrFQmZ+enHVPTE1MuqddecUd1LWtRJUonrJJ3MfWhAIQhAezw3le5sHZMoOVrOZkHqzbz65iURPNKdYUpTamzzpSpJI5VnsI69orrvy2rT/M2Pf4PMfmIhKEBdvfltWn+Zse/wAHmPzEO/LatP8AM2Pf4PMfmIhKEBnPU/rEyrq1mbbmsoyNvsKtdE03JikybjHMJgtlfPzuL3/wKNtttuv2YzLaXFr1I2JbNKs20rQxvTaLRJRqRkZRqjzAS0y2kJSn/GOs7DrPaTuT2xE8ID2OX8t3vnLIlZyhkOqd3VutvdK6UgpaZQBshlpJJ5G0JASlO56h1kncnIemPWZmjSa7WxjCapb8ncCWu7JCrS65iX6VvfkeQlK0FLmyikkHrBG4OydsFwgK6zFxN8853x1WMX5GtLH87RayzyL6Okvpel3Ad23mVl88jiFAEHY+wQQSIzRwRfDDkX4tMfakxrdiwOG3qqxfpTv+7rmyi3Wlylbo7UjKilyiZhfSJfCzzBS07DYdu8BsP4ulVqdB0sU6v0OoTFPqdMvOlTclOSzhbeln0JfKHG1p2KFpPWFAgiIqx5xltSFqUFii3ha1qXg/LNhtNRmmnZWac2SAC70Sg2o9W5IQkncx7LiCcQnAWprAIxrjdi6EVcVyTqO9RpyGGeiaS6FemS6o7+nGw2jWnAUtqX4guobU9T12zdNZk6DarikqXQaG2piXfKSCC+tSlOPbEA8qlcgIBCQQDE0whAemxzky/wDEd1S1740uyo27XJQFLc5JO8iig7cyFj1K0HYboUCk7DcGLes7jR6jaLIok7tseyrkcQP8b6B+TeX/AKQbcLf/AIUJjX3CAuXJfGC1TXvS3aRa8ra9ktvIUhU1SpNx2b5VDb0rj61pSR17KSgEb9R6hER1SqVOt1GZrFaqM1Pz846p+Zmpp5Trzzijupa1qJUpRPWSTuY+tCApDTRr2zZpTs2pWPjOn2u/T6pU1VV9VVkHX3Q8Wm2yEqQ6j0vK0nqIPXv7Mfg6oNYmVtW0zbk1lCSt+XXbDc03JfomTcYChMFsr5+dxe/+BRtttt1+zGDYQCEIQFcabeJrqG052vLWEx+ibvtmQT0cjJVxLinZJvq2bZfbWlQbG2wQrmSkdSQB1R6jNPFx1G5Vteds6gUe27Lp9Tl3JWcep7C5ibdaWnlWgOPKUlAKSRulAV19ShEPwgEWxwpPDFkf5Mqz9ZLxE8WxwpPDFkf5Mqz9ZLwHx4sHh4sn5OKN9OYiKYtbiweHiyfk4o305iIpgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEIQgEWxwpPDFkf5Mqz9ZLxE8WxwpPDFkf5Mqz9ZLwFdZz00adNUdZtvIV8XBkWmVCStmn0gM0pMkllTbSVLCtnOY8xLqt+vbqEY272vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuQ72vpC9vOXfm37kIQDva+kL285d+bfuRkfCmmzTtpbm7uvyxa/kSp1CpWnUaMpqqpklMpbcSlwqAa5TzAtJ269tiYQgP//Z"/></p>
<h2>Anatomy of the Machine: Key Components That Define Performance</h2>
<p>The soul of any high-performance machine lies in its meticulously engineered anatomy, where each component plays a critical role. The <strong>central processing unit</strong> acts as the brain, executing billions of instructions per second, while the graphics processing unit renders stunning visuals for immersive experiences. A robust cooling system prevents thermal throttling, ensuring sustained peak output. Equally vital is the memory hierarchy—fast, low-latency RAM feeds data to the processor, and a lightning-fast solid-state drive slashes load times to near zero. The power supply unit, often overlooked, delivers clean, stable energy to every subsystem. <em>Without a synergistic harmony between these parts, raw power remains an untapped potential. Ultimately, performance is defined by how seamlessly these key components communicate and respond to demand.</em></p>
<h3>Motor Placement Showdown: Hub Drive Versus Mid-Drive Systems</h3>
<p>Every high-performance machine, from a sports car to a CNC mill, is defined by its ability to convert energy into controlled motion. The engine or motor acts as the heart, generating raw power, but it is the <strong>drive train and structural chassis</strong> that dictate how that power translates into speed, precision, or strength. Key performance components include the crankshaft or rotor for torque delivery, high-grade bearings for friction reduction, and a cooling system to manage thermal loads. A rigid frame prevents energy loss through flex, while advanced sensors and controllers ensure real-time adjustments. Ultimately, the synergy between power generation, load-bearing materials, and feedback loops separates a capable machine from an exceptional one.</p>
<h3>Battery Chemistry and Range: Lithium-Ion vs. Emerging Solid-State Tech</h3>
<p>The machine’s soul is forged in its core components, each a silent performer in a kinetic ballet. The engine, a furious heart, converts fuel into raw force, while the transmission wields that power with surgical precision, dictating speed and torque. <strong>Performance optimization relies on the synergy of drivetrain and suspension.</strong> The chassis, a rigid skeleton, must absorb torsional stress without flexing, while the suspension—with its springs, dampers, and control arms—keeps rubber to road. A final, often overlooked hero is the cooling system: without it, friction’s heat would melt the very will of the metal. These parts don’t just move the machine; they give it character, a fine-tuned echo of its maker’s intent.</p>
<h3>Torque Sensors vs. Cadence Sensors: Which Delivers a Natural Ride?</h3>
<p>At the heart of every high-performance machine lies a precisely engineered synergy of components. The CPU, often called the brain, executes billions of calculations per second, while the GPU renders complex visuals for gaming or AI workloads. <strong>Thermal management is critical for sustained speed</strong>, with liquid cooling or advanced heatsinks preventing throttling. A fast SSD drastically reduces load times, and ample RAM ensures smooth multitasking. <em>Without these core parts, raw power is just potential.</em> Other key elements include a robust power supply for stability and a motherboard that ties everything together, dictating upgrade paths and data transfer speeds.</p>
<h2>Navigating the Legal Landscape: Speed Classes and Road Rules</h2>
<p>Navigating the legal landscape for speed classes and road rules can feel like decoding a secret language, but it’s simpler than you think. Most roads have posted limits, but speed classes—like residential, highway, or school zones—dictate <strong>legal speed thresholds</strong> that vary by vehicle type and road design. For instance, a truck might be capped at 55 mph on a highway where cars can go 65, all to balance safety and traffic flow. Always watch for <strong>road rule variations</strong> like merge lanes or roundabouts, which have their own unwritten etiquette. Ignoring these nuances isn’t just risky; it’s how you rack up fines or, worse, cause accidents. Stay sharp, know your zone, and you’ll cruise through the legal maze without a hitch.</p>
<h3>Class 1, 2, and 3: Decoding the Federal and State Regulations</h3>
<div style="text-align:center">
<iframe width="564" height="313" src="https://www.youtube.com/embed/BbSdUft0Bl0" frameborder="0" alt="ebike" allowfullscreen></iframe>
</div>
<p>Getting pulled over for speeding isn&#8217;t just about a ticket; it&#8217;s about understanding how different speed classes interact with road rules. In most areas, speed limits vary by zone—like school zones, highways, or residential streets—and exceeding them by even a few miles can trigger fines or points on your license. <strong>Understanding speed limit classifications helps you avoid costly violations</strong>. For example, driving 10 mph over in a school zone might mean double penalties, while the same excess on a highway could be a minor infraction. To stay safe, remember these basics:</p>
<ul>
<li>Check posted signs frequently, especially near construction or curves.</li>
<li>Adjust for weather conditions—rain or fog reduce safe speeds.</li>
<li>Know that radar or camera enforcement often targets specific zones.</li>
</ul>
<p>Staying aware of these rules keeps you out of legal trouble and ensures smoother commutes.</p>
<h3>Where Can You Ride? Trail Access, Bike Lanes, and Restricted Zones</h3>
<p>Navigating the legal landscape for speed classes and road rules requires understanding how vehicle categories dictate permissible driving behaviors. <strong>Speed limit compliance varies by vehicle type</strong>, with distinct restrictions for passenger cars, trucks, and motorcycles on highways and local roads. Enforcement actions, including fines and license points, are tied to these classifications. Key considerations include:</p>
<ul>
<li>Adherence to posted limits adjusted for weather and traffic conditions.</li>
<li>Recognition of reduced speed zones near schools and construction areas.</li>
<li>Mandatory use of turn signals and safe following distances.</li>
</ul>
<p>Violations often escalate from civil infractions to criminal charges if excessive speed endangers others, highlighting the importance of rule awareness for all drivers.</p>
<h3>Helmet Laws, Age Limits, and Insurance Considerations</h3>
<p>Lane-splitting a motorcycle through stalled traffic feels like a superpower, but the law doesn&#8217;t always see it that way. Navigating the legal landscape for speed classes and road rules means understanding that your two-wheeled machine is judged by its engine size and your state’s specific statutes. A 250cc commuter enjoys different privileges than a 1000cc superbike on the freeway. Riders must master key distinctions: <strong>speed classifications determine licensing and lane usage</strong>. <mark>Lane filtering</mark> is legal in California but a ticket in Texas, while the National Maximum Speed Law remains a ghost in some rural stretches. Know your bike&#8217;s class, memorize local speed limits, and respect the law&#8217;s razor-thin margin between a thrilling commute and a reckless citation. The road rewards those who ride informed, not just fast.</p>
<h2>Choosing Your Ride: Matching Style to Intended Use</h2>
<p>Selecting a motorcycle is a deeply personal decision that hinges entirely on how you intend to ride. For the daily commuter navigating congested city streets, a lightweight naked bike or scooter offers unmatched agility and fuel efficiency, while a long-haul tourer demands a relaxed ergonomic triangle, ample wind protection, and generous saddlebag capacity. Conversely, if your goal is carving canyon roads on weekends, a sport-oriented machine with a rigid chassis and responsive brakes will reward aggressive cornering. Never underestimate the importance of <strong>matching your riding style to your motorcycle</strong>; a bike that excels on the track will feel punishing in stop-and-go traffic. Ultimately, the perfect choice respects both your physical comfort and your primary application, ensuring every journey is as enjoyable as the destination. Let your intended use, not just the aesthetics, dictate your final decision.</p>
<h3>Commuter Cruisers: Lightweight Frames and Integrated Cargo Solutions</h3>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="602px" alt="ebike" src="data:image/jpeg;base64,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"/></p>
<p>When you first slide into the driver’s seat, the car’s character speaks before the engine turns over. <strong>Choosing a vehicle for your lifestyle</strong> means matching that character to your daily rhythm. For a city commuter, a compact hatchback slips through traffic like a fish through reeds, its tight turning radius a secret weapon. A weekend warrior hauling gear to the mountains craves an SUV with all-wheel drive, where <mark>ground clearance</mark> becomes a badge of honor rather than a spec sheet number. The lone soul chasing sunsets on coastal highways needs a convertible, the wind in their hair a constant companion. Your ride isn’t just transportation—it’s a reflection of the roads you choose and the stories you’re still writing.</p>
<h3>Mountain Trail Tamer: Suspension Geometry and Off-Road Tires</h3>
<p>Your ride should feel like an extension of your ambition, not a compromise. For daily commutes, prioritize fuel efficiency and compact maneuverability with a hybrid sedan. Off-road adventurers need rugged <mark>4&#215;4 traction</mark> and high ground clearance. Urban professionals often choose a sleek coupe for curb appeal, while families demand a spacious SUV with top safety ratings. <strong>Selecting the right vehicle for your lifestyle</strong> ensures every journey is both practical and thrilling. Consider these core pairings: </p>
<ul>
<li><strong>Commuter:</strong> Hybrid sedan (low cost, easy parking)</li>
<li><strong>Adventurer:</strong> 4&#215;4 truck or SUV (durability, cargo space)</li>
<li><strong>Professional:</strong> Luxury coupe or crossover (prestige, comfort)</li>
<li><strong>Family:</strong> Minivan or 3-row SUV (seating, crash protection)</li>
</ul>
<p> Match your machine to your mission, and the road becomes your reward.</p>
<h3>Folding Champions: Space-Saving Designs for Apartment Dwellers</h3>
<p>Selecting the perfect vehicle is a strategic decision, not just a cosmetic one. The key to satisfaction lies in matching your ride&#8217;s design to its daily mission. <strong>Matching style to intended use ensures your vehicle serves you, not the other way around.</strong> For urban commuters, a compact hatchback offers agile parking and stellar fuel economy. Outdoor adventurers need a rugged SUV with high ground clearance and all-wheel drive. Families prioritize a minivan or crossover for sliding doors, third-row seating, and cargo space for strollers. If image and speed matter more than practicality, a sport coupe delivers thrills but sacrifices utility. </p>
<blockquote><p>A stylish car that doesn&#8217;t fit your life is just an expensive headache.</p></blockquote>
<p> Before you buy, define your primary purpose—daily grind, weekend escapes, or hauling gear—then let that function dictate your form.</p>
<h3>Cargo Workhorses: Hauling Groceries, Kids, or Gear</h3>
<p>The old Jeep sat in the driveway, a testament to weekend camping trips and muddy trails, but for my daily downtown commute, it was a gas-guzzling beast. Choosing your ride is a delicate dance between heart and head, where matching style to intended use transforms a vehicle from mere transport into a trusted partner. For urban warriors, a compact hybrid shines in tight parking and stop-and-go traffic. For mountain adventurers, a rugged SUV with high clearance conquers unpaved roads. Family haulers prioritize sliding doors and third-row seating, while solo commuters crave fuel efficiency and nimble handling. <strong>Align your vehicle choice with your primary driving lifestyle</strong> to ensure every journey, from errand to expedition, feels effortless.</p>
<h2>Maintenance and Longevity: Keeping Your Electric Ride Rolling</h2>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="606px" alt="ebike" src="data:image/jpg;base64,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"/></p>
<p>Keeping your electric scooter or bike in top shape isn&#8217;t rocket science, but a little TLC goes a long way for <strong>long-term performance</strong>. Start by checking tire pressure weekly; under-inflated tires drain battery faster and risk flats. Lubricate the chain and brake cables every few months with a light oil, wiping off excess to avoid grime buildup. Store your ride indoors, away from extreme heat or cold, which can degrade the battery&#8217;s health. When cleaning, use a damp cloth—never a pressure washer—to protect electrical components. Finally, schedule a professional tune-up annually to tighten bolts and check brake pads. These simple habits ensure <strong>maximum battery lifespan</strong> and keep your ride smooth, safe, and ready for thousands of miles of adventures.</p>
<h3>Battery Care 101: Charging Cycles, Storage Temperatures, and Degradation</h3>
<p>Proper maintenance directly impacts the <strong>electric ride longevity</strong> of your scooter, bike, or hoverboard. Regularly check tire pressure and inspect for cuts or wear, as low pressure strains the motor and reduces range. Keep the battery between 20% and 80% charge when storing for extended periods, and avoid extreme temperatures. Clean the electrical contacts with a dry cloth and apply dielectric grease to prevent corrosion. Lubricate the chain and folding mechanisms monthly with a silicone-based spray. For optimal performance, schedule a professional brake and bearing inspection every six months or 500 miles. Following these steps ensures your electric ride remains reliable and efficient for years.</p>
<h3>Brake System Upgrades: Disc Rotors and Regenerative Braking Insights</h3>
<p>To keep your electric ride rolling for years, consistent care is your best friend. Focus on <strong>extending battery lifespan</strong> by avoiding full drains and extreme temperatures. Check tire pressure monthly, as low air drags down range and wears tread unevenly. Lubricate the chain every few weeks and tighten loose bolts to prevent rattles and accidents. Store your e-bike or scooter indoors, away from rain and sun, to protect the motor and electrical wiring. For batteries, follow these simple habits:</p>
<ul>
<li>Charge only to 80% for daily use, not 100%.</li>
<li>Let the battery cool down before plugging in.</li>
<li>Store at a <mark>partial charge</mark> (50-70%) during long breaks.</li>
</ul>
<p>Regularly wiping down the frame and checking brake pads for wear keeps everything safe and smooth. A little weekly TLC goes a long way—your ride will thank you with fewer repairs and more miles.</p>
<h3>Drivetrain Wear Patterns: Chain, Cassette, and Motor Gear Health</h3>
<p><strong>Regular electric scooter maintenance ensures peak performance and longevity</strong>. To keep your ride rolling reliably, follow a simple but consistent schedule. First, check tire pressure weekly and inspect for cuts or wear. Second, clean and lubricate the chain <a href="https://talaria-ebikes.us/product/talaria-xxx-2025/">talaria x</a> or belt every month. Third, test the brakes before every ride, adjusting cables as needed. <em>Never ignore a squeak or wobble—it signals a part needs attention.</em> Proper battery care is crucial: avoid full discharges and extreme temperatures. With these habits, your electric ride will deliver thousands of trouble-free miles.</p>
<h2>Safety and Visibility: Essential Gear for Night and Traffic Riding</h2>
<p>When the sun dips and traffic surges, your safety hinges on being seen. <strong>Essential gear for night and traffic riding</strong> transforms you from invisible to unmissable, merging high-visibility clothing with powerful lighting systems. A reflective jacket or vest catches headlights from hundreds of feet away, while a bright front headlamp and rear taillight—preferably with flashing modes—pierce darkness and signal your presence to drivers. Helmet-mounted lights and spoke reflectors add 360-degree visibility, turning your bike into a moving beacon. Don’t neglect ankle bands or reflective gloves, which highlight your pedaling motion. This proactive armor doesn’t just protect you; it demands attention, turning risky night commutes into confident, dynamic rides where every motorist sees you in time to react.</p>
<h3>Lighting Systems: Lumens, Beam Patterns, and Rear Strobe Requirements</h3>
<p>Night and traffic riding demands uncompromising safety, where high-visibility gear is your first line of defense. A bright, ANSI-rated vest or jacket with reflective striping ensures drivers see you from critical distances, while a quality helmet with a rear light and front beam cuts through darkness. Equip your bike with a powerful, blinking taillight and a steady headlight—redundancy is key. For maximum protection, layer these essentials:</p>
<ul>
<li><strong>Reflective clothing</strong> (vest, ankle bands, or gloves)</li>
<li><strong>Two lights</strong> (front white, rear red—one steady, one flashing)</li>
<li><strong>Bright colors</strong> (neon yellow, orange, or lime green)</li>
</ul>
<blockquote><p>Never ride at night assuming drivers will see you; force their attention with light and color.</p></blockquote>
<p><strong>Cycle safety equipment</strong> turns invisibility into impact—you become an unmissable presence on the road, turning a risky commute into a controlled, confident ride. Each piece of gear is a silent partner, buying you the precious seconds that save lives.</p>
<h3>Reflective Apparel and Frame Accents That Make a Difference</h3>
<p><strong>Night and traffic riding demands uncompromising visibility</strong> to prevent catastrophic collisions. Your primary defense is a powerful front white light (at least 800 lumens) and a rear red light with multiple flashing modes, both legally required in most jurisdictions. High-visibility clothing is non-negotiable; choose a reflective vest or jacket with ANSI Class 2 or 3 certification, which retroreflects headlights from over 1,000 feet. Passive safety gear like bright helmets and pedal reflectors adds crucial side profile recognition. Never rely on a single light—use a helmet-mounted beacon and a handlebar flood beam. These choices are not accessories; they are your life-saving countermeasures against distracted drivers and dark conditions.</p>
<h3>Helmet Tech: MIPS, Integrated Lights, and Ventilation</h3>
<p>When the sun drops or traffic thickens, safety hinges on being seen. <strong>High-visibility cycling gear</strong> transforms you from a shadow into a commanding presence on the road. Front and rear lights are non-negotiable, with steady beams piercing darkness and flashing modes cutting through urban haze. Reflective vests, ankle bands, and helmet accents catch headlights from every angle, creating a moving beacon. For dynamic protection, integrate:</p>
<ul>
<li>A white front light (at least 200 lumens) and a red rear light with wide beam spread.</li>
<li>Reflective tire sidewalls or spoke clips for 360-degree visibility.</li>
<li>Bright, contrasting clothing—neon yellow, orange, or lime green.</li>
</ul>
<p>Layered with a helmet-mounted taillight and mirror, your setup screams “cyclist here,” buying precious seconds from drivers. Every ride is a dialogue with traffic; make your presence unmistakable.</p>
<h2>Future Trends: Smart Features and Battery Breakthroughs</h2>
<p>Smart features are getting eerily intuitive, with AI learning your daily rhythms to automate everything from lighting to coffee brewing. However, the true game-changer lies in battery breakthroughs, where solid-state tech promises to triple device life while slashing charge times to minutes. </p>
<blockquote><p>Imagine a world where your phone lasts a week on a single charge, and electric cars recharge as fast as a gas fill-up.</p></blockquote>
<p> This leap will supercharge the <strong>Internet of Things</strong> ecosystem, making &#8220;dead battery&#8221; a relic of the past. For everyday users, it means less hunting for outlets and more freedom, as <strong>wireless power transmission</strong> starts to emerge for devices across entire rooms. The future isn&#8217;t just smarter—it&#8217;s untethered.</p>
<h3>GPS Tracking, Theft Deterrence, and App-Controlled Security</h3>
<p>Smart features are rapidly evolving beyond voice assistants to include predictive maintenance and adaptive user interfaces that learn individual habits. <strong>AI-driven energy management</strong> will become standard, automatically optimizing power consumption across devices. Concurrently, battery breakthroughs are shifting from incremental capacity gains to fundamental chemistry changes. Solid-state batteries, already entering pilot production, promise double the energy density with dramatically reduced fire risk. Expect to see <strong>ultra-fast charging</strong> become a baseline expectation, with graphene-anode cells reaching full capacity in under five minutes. These twin advances—intelligent load balancing and next-generation electrolytes—will eliminate range anxiety and frequent charging cycles, making high-performance wearables and electric vehicles genuinely seamless.</p>
<h3>Integrated Suspension Seats and Adaptive Power Modes</h3>
<p><strong>Smart features</strong> are evolving from connectivity to proactive personalization, with devices anticipating user needs via on-device AI. Simultaneously, <strong>battery breakthroughs</strong> are shifting focus from capacity to longevity and safety, using solid-state and lithium-sulfur chemistries to eliminate degradation and fire risks. These trends converge to create self-sufficient devices that require less frequent charging, enabling thinner form factors and always-on intelligence.</p>
<blockquote><p>The true breakthrough is not longer battery life, but batteries that last for years without losing capacity.</p></blockquote>
<h3>Wireless Charging Roads and Swappable Battery Networks</h3>
<p>The quiet hum of tomorrow’s gadgets will be powered by breakthroughs in solid-state and graphene-based batteries, slashing charging times to minutes while doubling energy density. <strong>Smart features and battery breakthroughs</strong> are merging to create devices that learn your habits, preemptively managing power to ensure your phone never dies during a critical call. <em>Your watch might soon predict when you’ll need a boost and top off silently overnight.</em> Imagine a city where streetlights dim automatically to conserve stored solar energy, or a drone that lands itself when its solid-state cell dips below 10%. These advances are not just about longer runtime—they are about seamless, intuitive energy use that fades into the background, letting technology become almost invisible.</p>
]]></content:encoded>
					
					<wfw:commentRss>https://paok.kr/4-250-links-usa-electric-bikes-done/the-ultimate-guide-to-choosing-the-perfect/feed/</wfw:commentRss>
			<slash:comments>0</slash:comments>
		
		
			</item>
	</channel>
</rss>