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

/***/ "../assets/dev/js/utils/react.js":
/*!***************************************!*\
  !*** ../assets/dev/js/utils/react.js ***!
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/***/ ((__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 ***!
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/***/ ((__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 ***!
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/***/ ((__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 ***!
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/***/ ((__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 ***!
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/***/ ((__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":
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  !*** ../modules/home/assets/js/components/home-screen.js ***!
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/***/ ((__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;

/***/ })

/******/ 	});
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var __webpack_exports__ = {};
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(() => {
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/*!****************************************!*\
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/* 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, {
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    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);
})();

/******/ })()
;
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	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/"
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<channel>
	<title>1) 1320 links Mix Mix (THAI) DONE &#8211; Paok</title>
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	<description>Punjabi Association of Korea</description>
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	<title>1) 1320 links Mix Mix (THAI) DONE &#8211; Paok</title>
	<link>http://paok.kr</link>
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	<item>
		<title>ทำนายผลบอลแม่นๆ ดูง่าย ใช้ได้จริง</title>
		<link>http://paok.kr/1-1320-links-mix-mix-thai-done/page-246/</link>
					<comments>http://paok.kr/1-1320-links-mix-mix-thai-done/page-246/#respond</comments>
		
		<dc:creator><![CDATA[admin]]></dc:creator>
		<pubDate>Wed, 29 Apr 2026 17:42:19 +0000</pubDate>
				<category><![CDATA[1) 1320 links Mix Mix (THAI) DONE]]></category>
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					<description><![CDATA[ค้นหา คำทำนายบอลแม่นยำ ที่จะพลิกทุกเกมให้คุณได้เปรียบ! ไม่ว่าคุณจะเชียร์ทีมไหน เรารวบรวมสถิติ ฟอร์มล่าสุด และข้อมูลเชิงลึกมาให้คุณพร้อมลุ้นทุกประตู เตรียมตัวให้พร้อมก่อนใครกับทรรศนะบอลที่คุณวางใจได้! เจาะลึกเทคนิคการวิเคราะห์ผลบอล การวิเคราะห์ผลบอลไม่ใช่แค่การเดาถูกผิดอีกต่อไป เพราะวันนี้เราจะมา เจาะลึกเทคนิคการวิเคราะห์ ที่เซียนใช้กันจริงๆ เริ่มจากสถิติการเล่นในบ้าน-นอกบ้าน, ฟอร์มการทำประตู 5 นัดล่าสุด, และสภาพทีมว่ามีตัวเจ็บหรือติดโทษแบนหรือไม่ แต่อย่าลืมเรื่อง &#8220;ราคาบอลไหล&#8221; ซึ่งเป็นตัวชี้วัดสำคัญที่บอกถึงกระแสเงินก้อนใหญ่ ถ้าราคาเปลี่ยนผิดปกติก่อนแข่ง นั่นคือสัญญาณที่ต้องระวัง การวิเคราะห์ที่ดีต้องดูทั้งฟอร์มการเล่นและมู้ดของนักเตะด้วยนะครับ การใช้ข้อมูลเชิงลึกแบบนี้จะช่วยให้คุณมองเกมออกมากขึ้น และลดความเสี่ยงในการทายผลได้เยอะเลย ทำความรู้จักกับค่าสถิติที่แม่นยำ การวิเคราะห์ผลบอลอย่างได้ผลต้องเจาะลึกมากกว่าแค่ดูสกอร์ สิ่งสำคัญคือการตีความสถิติการเล่น เช่น...]]></description>
										<content:encoded><![CDATA[<p>ค้นหา <strong>คำทำนายบอลแม่นยำ</strong> ที่จะพลิกทุกเกมให้คุณได้เปรียบ! ไม่ว่าคุณจะเชียร์ทีมไหน เรารวบรวมสถิติ ฟอร์มล่าสุด และข้อมูลเชิงลึกมาให้คุณพร้อมลุ้นทุกประตู เตรียมตัวให้พร้อมก่อนใครกับทรรศนะบอลที่คุณวางใจได้!</p>
<div style="text-align:center">
<iframe width="567" height="318" src="https://www.youtube.com/embed/LzEhRJTATf8" frameborder="0" alt="Football Predictions" allowfullscreen></iframe>
</div>
<h2>เจาะลึกเทคนิคการวิเคราะห์ผลบอล</h2>
<p>การวิเคราะห์ผลบอลไม่ใช่แค่การเดาถูกผิดอีกต่อไป เพราะวันนี้เราจะมา <strong>เจาะลึกเทคนิคการวิเคราะห์</strong> ที่เซียนใช้กันจริงๆ เริ่มจากสถิติการเล่นในบ้าน-นอกบ้าน, ฟอร์มการทำประตู 5 นัดล่าสุด, และสภาพทีมว่ามีตัวเจ็บหรือติดโทษแบนหรือไม่ แต่อย่าลืมเรื่อง &#8220;ราคาบอลไหล&#8221; ซึ่งเป็นตัวชี้วัดสำคัญที่บอกถึงกระแสเงินก้อนใหญ่ ถ้าราคาเปลี่ยนผิดปกติก่อนแข่ง นั่นคือสัญญาณที่ต้องระวัง การวิเคราะห์ที่ดีต้องดูทั้งฟอร์มการเล่นและมู้ดของนักเตะด้วยนะครับ การใช้ข้อมูลเชิงลึกแบบนี้จะช่วยให้คุณมองเกมออกมากขึ้น และลดความเสี่ยงในการทายผลได้เยอะเลย</p>
<h3>ทำความรู้จักกับค่าสถิติที่แม่นยำ</h3>
<p>การวิเคราะห์ผลบอลอย่างได้ผลต้องเจาะลึกมากกว่าแค่ดูสกอร์ สิ่งสำคัญคือการตีความสถิติการเล่น เช่น จำนวนประตูที่คาดว่าจะได้ (xG) และจำนวนการยิงเข้ากรอบ ซึ่งสะท้อนประสิทธิภาพที่แท้จริงของทีมมากกว่าผลการแข่งขันเพียงอย่างเดียว การดูรูปแบบการเล่นในเกมเยือนและเกมเหย้า รวมถึงฟอร์มการพบกันของทั้งสองทีมในอดีตจะช่วยให้คุณเห็นแนวโน้มที่ซ่อนอยู่ จุดอ่อนของกองหลัง หรือความเฉียบคมของกองหน้าในช่วงท้ายเกม <strong>เทคนิคการวิเคราะห์ผลบอล</strong>ที่แม่นยำยังต้องประเมินปัจจัยภายนอกอย่างสภาพอากาศ การบาดเจ็บของนักเตะตัวหลัก และแรงจูงใจในการแข่งขันของแต่ละทีมด้วย</p>
<ul>
<li><strong>ประเมิน xG</strong> เพื่อดูโอกาสทำประตูที่แท้จริง</li>
<li><strong>วิเคราะห์ฟอร์ม 5 นัดล่าสุด</strong> ทั้งเหย้าและเยือน</li>
<li><strong>เช็กข่าวนักเตะบาดเจ็บ</strong> และการพักผู้เล่นสำคัญ</li>
</ul>
<p><strong>คำถาม:</strong> ดูแค่ผลบอลเมื่อวานพอไหม?<br />
<strong>คำตอบ:</strong> ไม่พอเด็ดขาด เพราะผลบอลวันนี้หลอกตาได้ การวิเคราะห์ต้องใช้สถิติเชิงลึกและปัจจัยแวดล้อมเพื่อหาความจริงที่ซ่อนอยู่</p>
<h3>ปัจจัยเหนือธรรมชาติที่ส่งผลต่อเกม</h3>
<p>การวิเคราะห์ผลบอลอย่างเจาะลึกต้องอาศัยหลายปัจจัยมากกว่าแค่ดูสกอร์ โดยเริ่มจากสถิติการยิงและโอกาสทำประตูที่บ่งบอกความคมของเกมรุก ควบคู่ไปกับการครองบอลและจังหวะเกมที่บ่งชี้การควบคุมพื้นที่สำคัญ ข้อมูลการบาดเจ็บและสภาพทีมถือเป็นตัวแปรพลิกเกมที่ขาดไม่ได้ เช่นเดียวกับฟอร์มการเล่นนอกบ้านที่ทีมเต็งมักเสียเปรียบ อย่ามองข้ามอัตราต่อรองที่ปรับเปลี่ยน เพราะสะท้อนความเชื่อมั่นของตลาดและข่าววงในที่ยังไม่เปิดเผย</p>
<p>เทคนิคสำคัญอีกอย่างคือ <strong>การวิเคราะห์ผลบอลจากมุมมองแทคติก</strong> โดยจับคู่ระบบการเล่นของทั้งสองทีม เช่น การใช้กองกลางตัวรับสกัดเกมเปลี่ยนแนวรุกของคู่แข่ง หรือการเน้นเปิดบอลจากริมเส้นหากกองหลังตัวสูงของฝั่งตรงข้ามอ่อนเรื่องความเร็ว การดูข้อมูลย้อนหลัง 5 นัดล่าสุดเทียบทีมที่มีสไตล์คล้ายกันจะช่วยพยากรณ์แนวโน้มได้แม่นยำขึ้น</p>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="603px" alt="Football Predictions" 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"/></p>
<p><em>คำถามที่พบบ่อย:</em> Q: ควรดูสถิติอะไรก่อนตัดสินใจ? A: ควรเริ่มจากสถิติการยิงเข้ากรอบและจำนวนโอกาสชัดเจน รองลงมาคือฟอร์มการเล่นในบ้าน/นอกบ้านของแต่ละทีม</p>
<h2>เจ้าแห่งการทายผล: ระบบและโมเดล</h2>
<p>เจ้าแห่งการทายผล: ระบบและโมเดล ที่กำลังเป็นกระแสในวงการวิเคราะห์ข้อมูล คือการนำเทคโนโลยีมาช่วยทำนายแนวโน้มต่างๆ อย่างแม่นยำ ตัวระบบจะทำงานผ่าน <strong>โมเดลพยากรณ์อัจฉริยะ</strong> ที่เรียนรู้จากข้อมูลในอดีต ไม่ว่าจะเป็นสถิติกีฬา เศรษฐกิจ หรือสภาพอากาศ แล้วประมวลผลด้วยอัลกอริทึมที่ซับซ้อนเพื่อให้ผลลัพธ์ออกมาใกล้เคียงความจริงที่สุด จุดเด่นของโมเดลนี้คือความสามารถในการปรับตัวตามข้อมูลใหม่ๆ แบบเรียลไทม์ ทำให้เราไม่ต้องเดาสุ่มเหมือนแต่ก่อนอีกแล้ว แถมยังช่วยลดความเสี่ยงในการตัดสินใจได้ดีขึ้น เหมาะกับคนที่อยากรู้ว่า &#8220;ต่อไปจะเกิดอะไรขึ้น&#8221; โดยไม่ต้องพึ่งดวงหรือลางสังหรณ์ เรียกได้ว่าเป็น <strong>ระบบทายผลยุคใหม่</strong> ที่ทั้งสนุกและมีประโยชน์ในชีวิตประจำวันเลยล่ะ</p>
<h3>โมเดล Machine Learning กับความแม่นยำสูง</h3>
<p>ระบบและโมเดลของเจ้าแห่งการทายผลถูกออกแบบมาเพื่อวิเคราะห์ข้อมูลเชิงลึกและทำนายผลลัพธ์ด้วยความแม่นยำสูง โดยใช้โครงสร้างทางคณิตศาสตร์ที่ซับซ้อนและการเรียนรู้ของเครื่องเพื่อประมวลผลตัวแปรต่างๆ เช่น <a href="https://th.goalsense.ai/predictions/today">GoalSense AI</a> สถิติย้อนหลังและปัจจัยแวดล้อม <strong>การทายผลแม่นยำด้วยโมเดลคณิตศาสตร์</strong> นี้ช่วยลดความคลาดเคลื่อนและเพิ่มความน่าเชื่อถือในการพยากรณ์ ระบบจะทำงานแบบอัตโนมัติผ่านขั้นตอนการกรองข้อมูล การจัดลำดับความสำคัญ และการปรับน้ำหนักของปัจจัยที่เกี่ยวข้องเพื่อให้ได้ผลลัพธ์ที่สอดคล้องกับความเป็นจริงมากที่สุด</p>
<h3>อัลกอริทึมที่พลิกโฉมการคาดเดา</h3>
<p>เจ้าแห่งการทายผลในปัจจุบันมิใช่เพียงโชคช่วยอีกต่อไป แต่คือการผสานพลังของระบบและโมเดลทางคณิตศาสตร์ที่ซับซ้อนเข้าด้วยกัน ตั้งแต่การเก็บข้อมูลมหาศาลไปจนถึงการวิเคราะห์ด้วยปัญญาประดิษฐ์ <strong>ระบบพยากรณ์ผลลัพธ์เชิงลึก</strong>นี้ช่วยให้เห็นแนวโน้มที่แม่นยำในหลากหลายวงการ ไม่ว่าจะเป็นกีฬา เศรษฐกิจ หรือสภาพอากาศ หัวใจสำคัญคืออัลกอริทึมที่เรียนรู้จากประวัติศาสตร์และปรับตัวแบบเรียลไทม์ สร้างความได้เปรียบเหนือการเดาธรรมดา</p>
<h2>ลีกดังและทีมเด่น: จุดเปลี่ยนสำคัญ</h2>
<p>การเปลี่ยนแปลงครั้งสำคัญของ<strong>ลีกดังและทีมเด่น: จุดเปลี่ยนสำคัญ</strong>ในวงการฟุตบอลไทยนั้นเกิดจากปัจจัยหลายด้าน ไม่ว่าจะเป็นการปรับโครงสร้างลีกอาชีพที่เน้นความยั่งยืน การทุ่มงบประมาณของสโมสรยักษ์ใหญ่เพื่อดึงผู้เล่นต่างชาติคุณภาพสูง รวมถึงการพัฒนาอะคาเดมีเยาวชนที่เข้มข้นขึ้น ส่งผลให้มาตรฐานการแข่งขันสูงขึ้นอย่างเห็นได้ชัด </p>
<blockquote><p>การคว้าตัวผู้เล่นระดับท็อปจากลีกชั้นนำของเอเชียและยุโรปไม่ใช่แค่กระแส แต่คือกลยุทธ์ที่กำหนดทิศทางความสำเร็จของทีมเด่นในระยะยาว</p></blockquote>
<p> การบริหารจัดการเชิงพาณิชย์ที่ชาญฉลาดและระบบสนับสนุนจากสปอนเซอร์รายใหญ่ยกระดับภาพลักษณ์ของลีกให้เป็นที่ยอมรับในระดับสากล สุดท้ายนี้ การผลักดันให้มีผู้เล่นไทยติดทีมชาติมากขึ้นจากประสบการณ์ในลีกอันดุเดือดนี้คือหัวใจสำคัญที่ทำให้<strong>ลีกดังและทีมเด่น</strong>กลายเป็นจุดเปลี่ยนที่ทรงอิทธิพลที่สุดในประวัติศาสตร์ฟุตบอลไทย.</p>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="609px" alt="Football Predictions" 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"/></p>
<h3>พรีเมียร์ลีกอังกฤษ: กลยุทธ์การพยากรณ์</h3>
<p>ในวงการฟุตบอลไทย การเกิดขึ้นของ <strong>ลีกอาชีพไทย ถือเป็นจุดเปลี่ยนสำคัญที่พลิกโฉมวงการลูกหนังให้เป็นมากกว่ากีฬาสมัครเล่น เมื่อทีมเด่นอย่าง บุรีรัมย์ ยูไนเต็ด และ เอสซีจี เมืองทอง ยูไนเต็ด ก้าวขึ้นมาเป็นยักษ์ใหญ่ พวกเขาไม่เพียงดึงนักเตะฝีเท้าดีจากทั่วประเทศ แต่ยังสร้างระบบสโมสรที่แข็งแกร่ง เปลี่ยนสนามเหย้าให้เป็นป้อมปราการที่แฟนบอลหลั่งไหลมาเชียร์อย่างคับคั่ง ช่วงเวลาที่ทั้งสองทีมโคจรมาเจอกันในนัดชี้ชะตา ไม่ใช่แค่การแย่งชิงถ้วยรางวัล แต่เป็นสัญลักษณ์ของยุคทองที่ฟุตบอลไทยก้าวสู่มาตรฐานสากลอย่างแท้จริง</strong></p>
<ul>
<li>บุรีรัมย์ ยูไนเต็ด: สร้างราชวงศ์ด้วยการลงทุนและวินัย</li>
<li>เอสซีจี เมืองทองฯ: ปลุกกระแสด้วยเกมรุกอันตราย</li>
<li>การแข่งขันของสองทีมนี้ผลักดันให้ลีกไทยเป็นที่จับตาระดับเอเชีย</li>
</ul>
<p><strong>ถาม:</strong> จุดเปลี่ยนสำคัญที่สุดของลีกไทยคืออะไร?<br />
<strong>ตอบ:</strong> การที่ทีมเด่นลงทุนในโครงสร้างพื้นฐานและระบบเยาวชน ทำให้ลีกไทยยกระดับฝีเท้าและความนิยมอย่างก้าวกระโดด</p>
<h3>ลา ลีกา สเปน: ความได้เปรียบของทีมเหย้า</h3>
<p>ในวงการฟุตบอลไทย จุดเปลี่ยนสำคัญที่พลิกโฉม<b>ลีกไทย</b>อย่างแท้จริง คือการเกิดขึ้นของบุรีรัมย์ ยูไนเต็ด ที่ผนึกกำลังกับสปอนเซอร์รายใหญ่ สร้างมาตรฐานใหม่ทั้งสนามและทีมงานมืออาชีพ ตามมาด้วยการท่าเรือ เอฟซี และบีจี ปทุม ยูไนเต็ด ที่ทุ่มเม็ดเงินดึงนักเตะระดับตำนานอย่าง ธีรศิลป์ แดงดา กลับมาสร้างสีสัน การแข่งขันที่ดุเดือดทำให้แฟนบอลตื่นเต้นทุกนัด ไม่ว่าจะเป็นการแย่งชิงแชมป์ในปี 2565 หรือการพลิกกลับมาของราชบุรี มิตรผล ที่สร้างเซอร์ไพรส์ด้วยฟอร์มเกมรุกจัดจ้าน แต่ละทีมมีเอกลักษณ์และกลยุทธ์เฉพาะตัว ส่งผลให้ลีกไทยเติบโตก้าวกระโดด ทั้งยอดผู้ชมและเม็ดเงินหมุนเวียนในประเทศ</p>
<h2>เคล็ดลับมือโปรสำหรับการวิเคราะห์</h2>
<p>ผมจำตอนเริ่มต้นเส้นทางฟุตบอล分析师ได้ดี เคล็ดลับที่เปลี่ยนเกมของผมคือการโฟกัสที่ &#8220;การอ่านจังหวะเกม&#8221; ไม่ใช่แค่ดูสถิติ แต่ต้องเชื่อมโยงรูปแบบการเล่นของคู่ต่อสู้กับแผนของเรา เช่น การสังเกตตำแหน่งของกองกลางตัวรับที่เปลี่ยนไปเมื่อเสียบอล หรือการขยับตัวของแบ็กที่เปิดพื้นที่ให้ปีก พอเริ่มสังเกตจุดเล็กพวกนี้ <strong>การวิเคราะห์ฟุตบอล</strong> ของผมก็แม่นยำขึ้นทันที อีกเทคนิคคืองานของโค้ชทีมเยือนมักทิ้งเบาะแสไว้ในการเลือกตัวจริงและแทคติก ก่อนแข่งผมจัดลำดับความสำคัญของจุดอ่อนพวกนั้นให้เป็น <strong>SEO</strong> สำหรับการคาดเดาผลลัพธ์ ทำให้ตัดสินใจได้คล่องขึ้น ทั้งหมดนี้ต้องอาศัยความคุ้นเคยจากการดูซ้ำหลายรอบ ไม่ใช่แค่อ่านรีพอร์ต</p>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="602px" alt="Football Predictions" 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"/></p>
<h3>อ่านฟอร์มการเล่นก่อนลงสนาม</h3>
<p>การวิเคราะห์ข้อมูลให้ปังไม่ใช่เรื่องลึกลับ แต่ต้องมีวิธีที่ถูกต้อง เริ่มจากตั้งคำถามให้ชัดเจนว่าอยากรู้อะไร แล้วค่อยหา <mark>ข้อมูลเชิงลึก</mark> ที่ซ่อนอยู่ ใช้เครื่องมือง่ายๆ อย่าง Excel หรือ Google Sheets เพื่อจัดเรียงและหาค่าเฉลี่ย ค่ามัธยฐาน หรือแนวโน้ม อย่าลืมมองภาพรวมก่อนเจาะรายละเอียด เพราะบางครั้งข้อมูลเยอะอาจทำให้สับสนได้</p>
<p><strong>เคล็ดลับมือโปร</strong> ที่เซียนใช้คือการเปรียบเทียบข้อมูลกับช่วงเวลาเดียวกันในอดีต เช่น ยอดขายเดือนนี้เทียบกับเดือนที่แล้ว หรือเทียบกับปีก่อน จะเห็นรูปแบบชัดขึ้น อีกหนึ่งทริคคือการตั้งสมมติฐานไว้ก่อนล่วงหน้าแล้วค่อยพิสูจน์ด้วยข้อมูล ไม่ต้องกลัวที่จะลองผิดลองถูก เพราะการวิเคราะห์ที่ดีคือการเรียนรู้จากความผิดพลาดนั่นเอง</p>
<h3>ประเมินข่าวนักเตะและอาการบาดเจ็บ</h3>
<p>การวิเคราะห์แบบมือโปรเริ่มต้นที่การตั้งคำถามที่ถูกต้อง ไม่ใช่แค่ดูตัวเลขผิวเผิน <strong>การวิเคราะห์ข้อมูลเชิงลึก</strong>คือหัวใจของความสำเร็จ คุณต้องแยกแยะระหว่าง &#8220;ข้อมูลดิบ&#8221; กับ &#8220;ข้อมูลเชิงลึก&#8221; โดยใช้เทคนิค 5 Why ถามซ้ำจนเจอรากของปัญหา จากนั้นจัดลำดับความสำคัญด้วยหลัก Pareto (80/20) เน้นที่ปัจจัยที่ให้ผลลัพธ์มากที่สุด</p>
<blockquote><p>“อย่าเพิ่งเชื่อข้อมูลที่เห็นครั้งแรก เพราะ &#8216;ความสัมพันธ์&#8217; ไม่ใช่ &#8216;สาเหตุ&#8217; เสมอไป”</p></blockquote>
<p>เคล็ดลับสำคัญอีกข้อคือการสร้างภาพข้อมูลด้วยกราฟที่เหมาะสม หลีกเลี่ยงแผนภูมิวงกลมที่ซับซ้อนเกินไป และใช้ <strong>การเปรียบเทียบแบบเคียงข้าง</strong> เพื่อให้เห็นความต่างชัดขึ้น สุดท้าย จดบันทึกสมมติฐานทุกครั้ง และหมั่นทวนสอบด้วยข้อมูลชุดใหม่เสมอ จะช่วยให้คุณพลิกแพลงกลยุทธ์ได้ทันท่วงที</p>
<h2>แหล่งข้อมูลทรงพลังที่คุณควรรู้</h2>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="605px" alt="Football Predictions" 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"/></p>
<p>ในยุคที่ข้อมูลท่วมท้น การรู้จักแหล่งข้อมูลทรงพลังเปรียบเสมือนการมีเข็มทิศนำทาง เริ่มจาก <strong>คลังความรู้ดิจิทัลของรัฐ</strong> ที่รวบรวมงานวิจัย วิทยานิพนธ์ และสถิติราชการไว้อย่างเป็นระบบ ไม่ว่าจะเป็นฐานข้อมูล TDC หรือเว็บไซต์ของสำนักงานสถิติแห่งชาติ ส่วนอีกขุมทรัพย์ที่หลายคนมองข้ามคือห้องสมุดมหาวิทยาลัย ซึ่งเปิดให้สาธารณชนเข้าถึงตำราวิชาการและวารสารระดับโลกได้ฟรี และที่ขาดไม่ได้คือ <strong>พอดแคสต์และช่องยูทูบสายความรู้</strong> ที่กลั่นกรองเนื้อหาเชิงลึกจากผู้เชี่ยวชาญตัวจริง โดยเฉพาะอย่างยิ่ง <mark>&#8220;คลัง TEDx Talks ภาษาไทย&#8221;</mark> ที่สร้างแรงบันดาลใจจากหลากหลายวงการ เมื่อคุณรู้จักแหล่งเหล่านี้ โลกแห่งการเรียนรู้ก็จะเปิดกว้างขึ้นอย่างน่าอัศจรรย์</p>
<h3>เว็บไซต์สถิติชั้นนำระดับโลก</h3>
<p>การเข้าถึง<strong>แหล่งข้อมูลดิจิทัลคุณภาพสูง</strong>เป็นกุญแจสำคัญสู่ความสำเร็จในยุคข้อมูลข่าวสาร ฐานข้อมูลวิชาการอย่าง Google Scholar และ ResearchGate เปิดทางให้คุณค้นพบงานวิจัยและวารสารระดับนานาชาติ สำหรับการพัฒนาทักษะ คุณควรใช้แพลตฟอร์ม MOOC อย่าง Coursera หรือ edX ซึ่งมีหลักสูตรจากมหาวิทยาลัยชั้นนำ นอกจากนี้ เครื่องมือวิเคราะห์ข้อมูลอย่าง Tableau Public และ ห้องสมุดดิจิทัลของหอสมุดแห่งชาติ ยังเป็นทรัพยากรทรงพลังที่คนส่วนใหญ่มองข้าม</p>
<h3>ชุมชนนักวิเคราะห์ที่แชร์ประสบการณ์</h3>
<p>โลกออนไลน์ตอนนี้มี <strong>แหล่งข้อมูลทรงพลังที่คุณควรรู้</strong> มากมายที่ช่วยให้คุณอัปสกิลหรือหาความรู้ได้ง่ายๆ แค่ปลายนิ้ว ลองเริ่มจาก Google Scholar สำหรับงานวิชาการ, Khan Academy สำหรับเรียนฟรีแบบเข้าใจง่าย, หรือ OpenThaiGPT ที่ตอบโจทย์คนไทยโดยเฉพาะ ถ้าชอบความบันเทิงแบบได้ความรู้ ก็มี YouTube ช่องยอดนิยมอย่าง Kurzgesagt หรือ Arm Varsity ที่เจาะลึกแบบสนุกๆ อย่าลืม ChatGPT สำหรับช่วยค้นหรือสรุปข้อมูลไวๆ ด้วยนะ</p>
<ol>
<li><strong>Google Scholar</strong> &#8211; สำหรับบทความวิจัยที่เชื่อถือได้</li>
<li><strong>Khan Academy</strong> &#8211; คอร์สเรียนฟรีทุกวิชา</li>
<li><strong>OpenThaiGPT</strong> &#8211; AI ภาษาไทยเพื่อถามตอบ</li>
<li><strong>YouTube (Kurzgesagt / Arm Varsity)</strong> &#8211; คอนเทนต์เจาะลึกแต่เข้าใจง่าย</li>
</ol>
<p><strong>Q&#038;A:</strong> ถ้าอยากเริ่มหาข้อมูลเชิงลึกควรเริ่มจากตรงไหน? <br />ตอบ: ลองเปิด Google Scholar แล้วพิมพ์คำค้นที่สนใจ จากนั้นใช้ฟีเจอร์ “ cited by ” เพื่อดูงานวิจัยที่ถูกอ้างอิงเยอะที่สุด นั่นคือจุดเริ่มต้นที่ดีมากครับ</p>
<h2>ความเสี่ยงและโอกาสในโลกการทายผล</h2>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="609px" alt="Football Predictions" 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"/></p>
<p>ในโลกการทายผล ความเสี่ยงหลักคือการติดกับดักของข้อมูลเท็จและความเชื่อส่วนตัว ซึ่งอาจนำไปสู่การตัดสินใจที่ผิดพลาดและสูญเสียทรัพยากร ผู้เชี่ยวชาญแนะนำให้ใช้ <strong>การวิเคราะห์ข้อมูลเชิงลึก</strong> เพื่อลดอคติ ขณะเดียวกัน โอกาสสำคัญอยู่ที่การนำระบบ AI และโมเดลคาดการณ์มาใช้ ซึ่งช่วยเพิ่มความแม่นยำในการประเมินแนวโน้ม การลงทุนในความเข้าใจบริบทและสถิติอย่างลึกซึ้งจะช่วยเปลี่ยนความเสี่ยงให้เป็นข้อได้เปรียบทางการแข่งขัน</p>
<p><strong>Q&#038;A:</strong><br />ถาม: จะเริ่มลดความเสี่ยงในการทายผลอย่างไร?<br />ตอบ: เริ่มจากการตรวจสอบแหล่งข้อมูลและใช้สถิติพื้นฐานเป็นเครื่องมือกรองสมมติฐานส่วนตัว</p>
<h3>วิธีบริหารเงินเดิมพันอย่างชาญฉลาด</h3>
<p>โลกของการทายผลเต็มไปด้วยความตื่นเต้นและความท้าทาย โดย <strong>ความเสี่ยงในการทายผล</strong> มาจากความไม่แน่นอนของข้อมูลและการตัดสินใจที่รีบเร่ง ซึ่งอาจนำไปสู่การสูญเสียเวลาและทรัพยากรหากขาดการวิเคราะห์อย่างรอบคอบ ขณะเดียวกัน <strong>โอกาสในการทายผล</strong> ก็ซ่อนอยู่ในความสามารถในการคาดการณ์แนวโน้ม การใช้สถิติ และการปรับตัวให้ทันกับสถานการณ์ที่เปลี่ยนเร็ว ผู้ที่รู้จักใช้ข้อมูลให้เป็นประโยชน์จะสามารถพลิกความเสี่ยงให้เป็นข้อได้เปรียบได้อย่างมีประสิทธิภาพ</p>
<p>เพื่อสร้างความได้เปรียบในสนามนี้ ควรเน้น:</p>
<ul>
<li>การวิเคราะห์ข้อมูลเชิงลึกจากแหล่งที่เชื่อถือได้</li>
<li>การติดตามข่าวสารและตัวแปรสำคัญที่ส่งผลต่อผลลัพธ์</li>
<li>การบริหารความเสี่ยงด้วยการกระจายโอกาสไม่กระจุกตัว</li>
</ul>
<p>อย่าลืมว่าการมองหา <mark>โอกาสใหม่ๆ</mark> อยู่เสมอจะช่วยให้คุณก้าวนำคู่แข่งและสร้างผลลัพธ์ที่เหนือความคาดหมาย</p>
<h3>หลุมพรางทางจิตวิทยาที่ควรระวัง</h3>
<p>ในโลกการทายผล ความเสี่ยงหลักคือการขาดข้อมูลที่ถูกต้องและการใช้อารมณ์นำ ซึ่งนำไปสู่การขาดทุนสะสม โดยเฉพาะเมื่อไม่มีขีดจำกัดชัดเจน อย่างไรก็ตาม โอกาสอยู่ที่การวิเคราะห์เชิงลึกและการใช้เครื่องมือทางสถิติเพื่อเพิ่มความแม่นยำ <strong>การจัดการความเสี่ยงอย่างมีวินัย</strong>เป็นหัวใจสำคัญที่ช่วยให้คุณอยู่รอดและทำกำไรในระยะยาว การเรียนรู้จากความผิดพลาดและปรับกลยุทธ์ตามข้อมูลจริงจะเปลี่ยนการทายผลจากเกมโชคให้เป็นทักษะที่วัดผลได้ ผู้ที่รู้จักจำกัดความเสียหายและเลือกโอกาสที่มีความน่าจะเป็นสูงเท่านั้นจะเป็นฝ่ายได้เปรียบ</p>
<h2>อนาคตของการคาดเดาผลการแข่งขัน</h2>
<p>อนาคตของการคาดเดาผลการแข่งขันกำลังเปลี่ยนโฉมอย่างน่าตื่นเต้น ด้วยเทคโนโลยี AI และ Big Data ที่เข้ามาเป็นตัวช่วยให้การวิเคราะห์แม่นยำขึ้นกว่าเดิมมาก แทนที่จะพึ่งดวงหรือความรู้สึกแบบเก่า ตอนนี้เรามีโมเดลคำนวณที่ซับซ้อน พิจารณาทั้งฟอร์มนักกีฬา สถิติย้อนหลัง สภาพอากาศ หรือแม้แต่โซเชียลมีเดียของผู้เล่น เพื่อหาแนวโน้มที่ใกล้เคียงความจริงที่สุด ที่น่าสนใจคือ <strong>SEO สำหรับเว็บไซต์ทายผล</strong> จะยิ่งสำคัญ เพราะแข่งกันสูงมาก ใครทำเนื้อหาตอบโจทย์หรือรีวิวข้อมูลนักกีฬาได้ดีกว่า ก็จะติดหน้าแรกและมีคนติดตามมากขึ้น นอกจากนี้ แพลตฟอร์มทายผลบนบล็อกเชนก็กำลังมาแรง เพิ่มความโปร่งใสและลดการโกง ทำให้ผู้ใช้มั่นใจขึ้น <strong>การวิเคราะห์กีฬาแบบเรียลไทม์</strong> ยังช่วยให้ปรับเปลี่ยนการคาดเดาระหว่างเกมได้ทันที อนาคตนี้เป็นทั้งความท้าทายและโอกาสสำหรับสายชอบทายผลครับ</p>
<p><strong>Q&#038;A สั้นๆ</strong><br />
Q: แล้วคนทั่วไปจะตามเทรนด์นี้ทันไหม?<br />
A: ไม่ต้องห่วงครับ หลายเว็บเริ่มทำเนื้อหาที่เข้าใจง่าย มีกราฟิกสวย และมีเครื่องมือให้ลองใช้ฟรี แค่เปิดใจเรียนรู้พอครับ</p>
<h3>เทคโนโลยี AI และ Big Data กำลังพลิกโฉม</h3>
<p>อนาคตของการคาดเดาผลการแข่งขันกำลังเปลี่ยนไปแบบก้าวกระโดด ด้วยการผสาน <strong>AI วิเคราะห์ข้อมูลแบบเรียลไทม์</strong> เข้ามาช่วยให้แม่นยำขึ้นกว่าเดิม แทนที่จะพึ่งดวงหรือเซ้นส์ส่วนตัว ตอนนี้ระบบสามารถประมวลผลฟอร์มนักเตะ สถิติย้อนหลัง และแม้กระทั่งสภาพอากาศในสนามได้ภายในไม่กี่วินาที คนเล่น betting จึงต้องปรับตัวให้ทันกับเครื่องมือพวกนี้ เพราะเดี๋ยวนี้ความได้เปรียบอยู่ที่ “ข้อมูล” มากกว่า “โชค”</p>
<ul>
<li><strong>AI + Big Data</strong> – วิเคราะห์เชิงลึกแบบอัตโนมัติ</li>
<li><strong>Live Odds อัปเดตไว</strong> – เปลี่ยนตามเหตุการณ์จริงในเกม</li>
<li><strong>คริปโทและบล็อกเชน</strong> – เพิ่มความโปร่งใสในการเดิมพัน</li>
</ul>
<p><strong>Q&#038;A:</strong> ถาม – แล้วมือใหม่จะเอาตัวรอดกับเทคโนโลยีพวกนี้ไหม?<br />ตอบ – ได้เลย แค่เริ่มจากเลือกเว็บที่มีระบบ AI ช่วยแนะนำ แล้วค่อยๆ เรียนรู้ pattern การวิเคราะห์ อย่าหลงเชื่อเลขเด็ดลอยๆ</p>
<h3>แพลตฟอร์มใหม่ที่เชื่อมต่อแฟนบอล</h3>
<p>อนาคตของการคาดเดาผลการแข่งขันกำลังเปลี่ยนโฉมหน้าด้วยเทคโนโลยี AI และข้อมูลเชิงลึกแบบเรียลไทม์ จากเดิมที่อาศัยดวงหรือสัญชาตญาณ ตอนนี้เราจะเห็นระบบที่วิเคราะห์สถิติผู้เล่น สภาพอากาศ และฟอร์มทีมได้แม่นยำขึ้นมาก <strong>การคาดเดาผลการแข่งขันด้วย AI</strong> จะกลายเป็นเครื่องมือหลักสำหรับแฟนกีฬาและนักพนัน ทำให้การเดาไม่ใช่แค่โชคช่วยอีกต่อไป แต่มันคือศาสตร์ที่ผสมผสานข้อมูลมหาศาล</p>
<p>แนวโน้มที่น่าสนใจคือ:</p>
<ul>
<li><strong>Personalized Predictions:</strong> ระบบจะปรับการคาดเดาตามความชอบของเรา เช่น ถ้าเราชอบทีมบอลสไตล์บุกหนัก ระบบก็จะฟีดข้อมูลการคาดเดาที่เน้นทีมนั้น</li>
<li><strong>Real-time Updates:</strong> ขณะแข่งสด AI จะเปลี่ยนคำทำนายทันทีเมื่อมีตัวแปร เช่น นักเตะบาดเจ็บ หรือเปลี่ยนแท็กติก</li>
</ul>
<p>ทั้งหมดนี้จะทำให้การคาดเดาเป็นเรื่องสนุกและมีเหตุผลมากขึ้น แต่ก็ต้องใช้วิจารณญาณ เพราะข้อมูลเยอะไปก็อาจทำให้สับสนได้เหมือนกัน</p>
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