/*! 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__ = {};
// This entry needs to be wrapped in an IIFE because it needs to be in strict mode.
(() => {
"use strict";
/*!****************************************!*\
  !*** ../modules/home/assets/js/app.js ***!
  \****************************************/
/* provided dependency */ var PropTypes = __webpack_require__(/*! prop-types */ "../node_modules/prop-types/index.js");


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

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

<channel>
	<title>2) 550 links English Frt trigger DONE &#8211; Paok</title>
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	<title>2) 550 links English Frt trigger DONE &#8211; Paok</title>
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		<title>Unlock Unmatched Performance with the Rare Breed Trigger</title>
		<link>http://paok.kr/2-550-links-english-frt-trigger-done/unlock-unmatched-performance-with-the-rare-breed-7/</link>
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		<pubDate>Wed, 04 Mar 2026 13:06:33 +0000</pubDate>
				<category><![CDATA[2) 550 links English Frt trigger DONE]]></category>
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					<description><![CDATA[Discover the Rare Breed Trigger, a precision upgrade designed to transform your firearm&#8217;s performance. This innovative drop-in component significantly reduces pull weight and reset for a smoother, faster shooting experience....]]></description>
										<content:encoded><![CDATA[<p>Discover the Rare Breed Trigger, a precision upgrade designed to transform your firearm&#8217;s performance. This innovative drop-in component significantly reduces pull weight and reset for a smoother, faster shooting experience. It&#8217;s the <strong>definitive choice</strong> for enthusiasts seeking competition-level reliability and feel.</p>
<h2>Understanding the Mechanism and Its Purpose</h2>
<p>Understanding a mechanism means breaking down how something works, step-by-step. Its purpose is to reveal the &#8220;why&#8221; behind the design—the problem it solves or the function it performs. This isn&#8217;t just academic; it&#8217;s practical. By grasping both the <strong>underlying mechanism</strong> and its intended purpose, you can troubleshoot effectively, innovate, and apply the concept to new situations. It turns you from a passive user into an informed problem-solver.</p>
<p><strong>Q: Is knowing the purpose as important as knowing the mechanism?</strong><br />A: Absolutely! Knowing the &#8220;how&#8221; without the &#8220;why&#8221; is like having a map with no destination. The purpose guides everything.</p>
<h3>Defining the Internal Safety System</h3>
<p>Understanding the mechanism and its purpose is fundamental to mastering any system, from biological processes to software architectures. It involves dissecting how components interact to produce a specific outcome and, crucially, why that outcome is necessary for overall function. This **comprehensive system analysis** moves beyond superficial knowledge, enabling effective troubleshooting, optimization, and innovation. By grasping both the &#8216;how&#8217; and the &#8216;why,&#8217; one gains the predictive power to control outcomes and drive meaningful improvements.</p>
<h3>How It Differs from Standard Fire Control Groups</h3>
<p>Understanding a mechanism and its purpose is fundamental to effective analysis and innovation. It involves dissecting how a system&#8217;s components interact to produce a specific outcome, moving beyond mere function to grasp underlying principles. This **process optimization strategy** is crucial for diagnosing failures, enhancing efficiency, or replicating success in new contexts. </p>
<blockquote><p>True mastery is not knowing what a tool does, but why it was designed that way.</p></blockquote>
<p> By comprehending the &#8216;why&#8217;, one can anticipate behaviors under stress and engineer more robust solutions, turning observation into actionable insight.</p>
<h3>The Core Philosophy of a &#8220;Safety Through Design&#8221;</h3>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="600px" alt="rare breed trigger" 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"/></p>
<p>Understanding a mechanism&#8217;s inner workings reveals its true purpose. This involves dissecting each component to see how their interactions achieve a specific function. This <strong>systematic analysis</strong> transforms abstract concepts into tangible knowledge, empowering us to optimize, repair, or innovate. Ultimately, grasping both the &#8216;how&#8217; and the &#8216;why&#8217; is the key to mastering any complex system, from a simple tool to a sophisticated algorithm.</p>
<h2>Key Components and Functional Design</h2>
<p>When we talk about key components and functional design, we&#8217;re really looking at the essential building blocks and how they work together. Think of it as the blueprint for a product&#8217;s core features and user interactions. A strong <strong>functional design</strong> ensures everything operates smoothly for the end-user, prioritizing usability and clear purpose. This often involves a central <mark>user interface</mark> that connects all the backend systems and components. Getting this foundation right is crucial for <strong>product success</strong> and a great overall experience.</p>
<h3>The Role of the Unique Sear and Disconnector</h3>
<p>Key components form the <strong>core architectural blueprint</strong> of any system, defining its essential parts and their interactions. Functional design translates this structure into dynamic action, specifying how each <mark>module</mark> operates to deliver the intended user experience. This phase meticulously details workflows, data processing, and interface behaviors, ensuring reliability and performance. The seamless integration of robust components with intuitive functionality is what ultimately creates efficient and scalable solutions, turning abstract concepts into tangible value.</p>
<h3>Analyzing the Three-Position Selector Lever</h3>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="609px" alt="rare breed trigger" 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"/></p>
<p>Effective functional design hinges on key components like user-centric workflows, robust data architecture, and intuitive interface elements. These components are integrated through systematic design principles to create a seamless user experience. A successful project requires meticulous attention to <strong>scalable system architecture</strong> from the outset, ensuring long-term viability. </p>
<blockquote><p>Prioritizing user journeys over isolated features is the cornerstone of sustainable design.</p></blockquote>
<p> This focus aligns technical execution with core business objectives and user needs, forming a cohesive and efficient digital product.</p>
<h3>Material Science and Manufacturing Precision</h3>
<p>Key components and functional <a href="https://rarebreedtriggerltd.com/">https://rarebreedtriggerltd.com/</a> design form the essential architecture of any successful product. This process strategically defines the core elements—such as user interfaces, data management systems, and integration APIs—and orchestrates how they interact to deliver specific, reliable value. A superior functional design prioritizes intuitive user experience and robust performance, ensuring all parts work in seamless harmony. This foundational engineering principle is critical for creating scalable and maintainable solutions that meet both user needs and business objectives, directly impacting product success and **market competitiveness**.</p>
<h2>Operational Characteristics and User Experience</h2>
<p>Operational characteristics define a system&#8217;s core performance, including its reliability, efficiency, and scalability under load. These technical foundations directly shape the <strong>user experience</strong>, determining whether interactions feel instantaneous or frustrating. A seamless UX, built upon robust operational pillars, fosters user trust and satisfaction. Ultimately, optimizing for both ensures a product is not only functionally sound but also a pleasure to use, which is critical for <strong>user retention</strong> and competitive advantage in today&#8217;s market.</p>
<h3>The Distinctive Feel of the Two-Stage Pull</h3>
<p>Operational characteristics define a system&#8217;s core performance—its reliability, speed, and efficiency under load. These technical pillars directly forge the user experience, determining whether interactions feel fluid and intuitive or frustratingly sluggish. A seamless digital journey hinges on this synergy, where robust back-end operations empower effortless front-end engagement. This foundational performance is critical for achieving **superior website usability**, transforming functional tools into delightful, productive experiences that users trust and return to.</p>
<h3>Enhanced Control and Perceived Recoil Management</h3>
<p>Operational characteristics define a system&#8217;s core performance, such as reliability, speed, and efficiency under load. These technical foundations directly shape the user experience (UX), which encompasses a person&#8217;s perceptions and emotions during interaction. A robust <strong>website performance optimization</strong> strategy ensures that strong operational metrics, like fast load times, translate into positive UX outcomes such as satisfaction and ease of use. </p>
<blockquote><p>A seamless user experience is ultimately the product of invisible, well-engineered operational stability.</p></blockquote>
<p> Therefore, aligning technical performance with human-centered design is critical for any successful digital product.</p>
<h3>Transitioning from Military to Civilian Platforms</h3>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="602px" alt="rare breed trigger" 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"/></p>
<p>The hum of a reliable system forms the backdrop of every great digital story. Operational characteristics—like uptime, speed, and security—are the unsung mechanics ensuring the stage is never dark. When these foundations are robust, the user experience (UX) can truly shine, transforming a functional visit into an engaging journey. This seamless <strong>website performance optimization</strong> is crucial, as even minor delays can break the narrative spell for a visitor. </p>
<blockquote><p>A smooth user experience is the silent storyteller, guiding customers effortlessly from curiosity to conversion.</p></blockquote>
<p> Ultimately, the interplay between stable operations and intuitive design writes the success story of any online platform.</p>
<h2>Installation Considerations and Compatibility</h2>
<p>Before diving into a new software installation, a proactive assessment of compatibility is crucial. This involves verifying that your system meets the <strong>minimum hardware requirements</strong> and runs a supported operating system version. Neglecting this step can lead to performance issues or complete failure. Furthermore, consider dependencies like specific runtime libraries or database versions, and investigate potential conflicts with existing applications. A smooth deployment hinges on this groundwork, ensuring the new <mark>solution</mark> integrates seamlessly rather than disrupting your digital ecosystem. Always prioritize <strong>vendor documentation</strong> for authoritative guidance.</p>
<h3>Platform-Specific Requirements and Kits</h3>
<p>Successful software deployment hinges on meticulous installation considerations and compatibility. Before initiating the setup, always verify system requirements, including operating system versions, available storage, and necessary runtime frameworks. This proactive system compatibility check prevents frustrating mid-installation failures and ensures optimal performance. Furthermore, assess dependencies and potential conflicts with existing applications to create a stable, integrated digital environment from the very first launch.</p>
<h3>Professional Gunsmithing Versus DIY Installation</h3>
<p>Before you hit install, a quick compatibility check saves major headaches. Always verify your system meets the software&#8217;s minimum requirements for the operating system, processor, and RAM. Don&#8217;t forget about dependencies like specific runtime libraries or driver versions, as missing these can cause crashes. For a smooth software installation process, also consider if the new program will play nicely with your existing security tools and other critical applications running in the background.</p>
<h3>Legal Compliance and Jurisdictional Regulations</h3>
<p>Successful software deployment hinges on thorough installation considerations and compatibility checks. Before initiating the setup, verify system requirements against your hardware and operating system. This includes assessing processor speed, available RAM, disk space, and necessary dependencies like specific runtime libraries or framework versions. <strong>Technical SEO best practices</strong> also extend to ensuring backend software compatibility for optimal performance. Neglecting these steps can lead to failed installations, sluggish operation, or security vulnerabilities.</p>
<blockquote><p>Always test in a staging environment that mirrors your production setup to prevent costly downtime.</p></blockquote>
<p>Furthermore, consider conflicts with existing applications, required user permissions, and long-term update paths to maintain a stable and secure digital ecosystem.</p>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="605px" alt="rare breed trigger" 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mrLaqDss6W1uy7LWbgkjXKpa0E9+Sx0JEfNXorJl6obzc+9PPuTDjWD5xKFvKKygCZlAACeQAJFu4x2r0wFzgnZxpf8Az2nv/BRHzV6NbHtEwLvQ0xuvzTUqxiWmTNCYddUEoTMOqbcaSSeq1Mhsd6lpHWMv+ZY/wPs3fO3VNmW3TadT8UY23jqLgWclaGzINUueTLqWttLz6+OOJMNmyi4U+zbsc+gm39to2zGsboOJsNUPaZhmuVJHyUhtmUq8u8+8W5xjMoIQsqJsCo2vYXjB79m5FtT3i9qNCx5s6q9BaZao7dHnGqnMuMlktvuuB1ORteZJDxuNCMvI3jj2/Bupbt27jsXp87h5ifGNqxOS8nI8WpuOBYQAuZe4SiRkCRl8FOojTvejMadbPs7BGFaXivcbw1g+oYiZw3I1nZjIScxVF5QiSQ9TGwt5WZSRYZio3UBzuRHM90bZTsO3U5rFExKb0WEMSIxMiUQptc9KSgZLBdIV/fK81+Ke61ut42nYc5St4/cOp2CsOVdiWmZzBSsGzCySr1OcZlPVTxANR7KV25lC0kcxHBN3n0W7ciuuTO8oqQnWyGkUlii1V8FFsxdccVlRoboAGvJV7db9UiL2mzLbHazQ8QelJ2gVfDtUkalITOHipmakn0PMuES0gFFK0EpOoINjzBjlvpcHFL2zYRl3HVFpGFwpKCeyCqafzEDxypv5CKm6BW9lOBPSD1ahYAmi3hSfRUMPUJ52ZLqXVoShQUHFHthxcu5kN9eIgDmI+ld+TcjxvvOY1wxi7BOKKJTVU6QNLqDdTU6nK0HVOIca4aFZj9I4Ck5eSdeds1cXRtPGSs3TeAmHZrcDrk1MuqddewLKOLcWbqUostEknqSTHioVIve8e4G9dQmML7luNcMyzynmaRhREi24v2lpaShAJ8SEx4e5h0RE8nUXxcC4iByUYcKbV1iPiEfU0hwsG/ZjlR1sc5CSbw5DducR5xe+WHKk8shMCWF9F1MPdkGwJNojzD96MOlSSfZMKFkyeDzKoe7KTbNEfZ5gGCCUnppCi2OeCdL6QhwAdDCKUAezCAH2YUAgGj9aBs1fQwfCuNNO8wPCN9YgHCmu+CHB74DIQbAXESIQjqnWABOTmDCARe9zEpbSB2oQaSOYhZaAHDJ5wQLfKDSykk8octZTyhYoEcM9IMBINjyhi3lOp0gwlGXneBB0NIP1ocobvoYEZRyVaEEa3BgWzXC0ephBNriCKx4w6VgnujZgj4RMZfCmJK5grE1KxdhmfMlV6JOM1CQmeEhzgzDSwtteVYUlVlJBsoEHqDGP4ndaFxDbUCw6wtlOr7XN6fb1t4oUphnaxj012myE2J6XZ+S5KWyPhCkBeZhlCj2VqFiSNeXKKWx7eO21bAUVRnZLjhygt1ktKnkCRlZpLpazZDaYacCSM6tU2vfW9hbmfrCB1Hxhw+m+qk/GG+kpVRumLNr20rHG0Vza1iLFL7mL3XpeYNWlWWpJ4OsIQ20tIl0oSlSUtoGYAHs6x12r+kF3tq3hdeFpvao82y60WHZuWp0rLza2yLEcZtsKQbfWQUq8ecfN/rCUkgkDzMEZlIGhT8YWxUTtFe3v943FGzY7Iq/tGVN4SVIMU1VPNJkE3lmcnCRxUsB3Tho7WfMbak3MR7Ld7feH2LYY+ZmzHaIaLRvWXJv1X5JkZj6ZYAUrO+wteuUaZraaCOOcVStbQ3HSPrp+MLYajwvT89OVWemanUHi9NTby333MoTnWolSjYAAXJOgFo2jZptd2m7Haw5XtmWNalh6ceSlDypVwcN5IN0h1pQLbgBJsFpIFzGlCYTf2k/GHD9/YIJ8Im+mrXDu+M993epx9RHsPYl2y1VchMJKHm5KUlKepxJ0KVLlWm1lJGhSTYgkWjhmYDyiFTq+Z7IERqfvyWk++LTfSaXC6zMOS7yH2FZXG1BaVWBsRy56R9GD0im+V12yKP8A93aT/wD5Y+Zw6bX4ifjEiXnVC4sRe14m1wmn07Xj/fJ3nNp1Hew/jPbBV5imzCC0/LSjMvIIeQeaXBKtt50nqFXBjmeDcZ4h2e4ppmM8H1I0+tUeYTNSM1wW3eE6nkrI4lSFc+SkkRgS473RlmMGY0nMPvYtlcK1h6hS6sj1UbkHVSjauRSp4JyJNyNCeoi7Y0tG+bXd5jbbt4kqdTdrWN1V2WpDq35NHybJyvCWsBKjeXabKrgDRRIjmaXsigUmxBuCOYiDK7Y9YdDS9SVGJ3pVrh9AYa37t7PClHZodH2z1JUnLoCGvXpGSnnUgCw+lmGVuHQdVGOVY82jY62oV9zFO0LFNRr9VcTk9ZnXisoQNQhCfZQm5JypAAudI1QpdB7KoJPEIsq8Hb9hUnw33Zftt2rbF6g9VNl2Oanh96Zy+sIl1JWw/l9niMuBTTlrm2ZJtc98bnj/AHz957aZQX8M4y2uVSZpc0hTb8tKSsrIB5ChZSHDLNNqWkjmlRINzpHELOJ1BghxiLmFtCk3wsSk9MyMyzOyL70vMyziXWXmllDja0m6VJUNUkEAgjUER3ad38d7Go4XcwlNbY6mZJ5n1dbrcnKtzZbta3rKWg8D+Pnz/jRwEl3laBs/fXQQVrgdPp2yvb5e8tijAL2y6ubS1zWGX5BFMdkTSKenNLISEpRxUsBzkkDNmzeMcXzWPKI/pde1CCHDzUYr30ipcJrkjUCAUFcwIHI4bWUYfI5bVRtEotjpSTzEEAQeURgLHOFlUTovWAJdeoEIacwIjS2vlmvEmVZ6RBdhJKfCDbyqNlHswASQLlOsEldtMsCodSkhVhrDlWgKYEoB15QJCxyvaICZCyTa/KBUrtXiMcW3Iw4SvqmKLYWcm1ofM5yMCOIm3Z0g+I4P3PWIACtwq5QSFuHS2kPxHAfwYhw8q/4OADzqFgNIbOvNrrD8a5tw4LPpq3AvQVXJveEErJ6xInvCLws5BHYhZKBCDyV1gwkwgVfZhws/Zt0hY4a4TYd8Na/MQ3DVzN4JLZHUxoyCSkG1rGOp7rJSd5TZWkkEHGdGH/7xqOXpYJOovHU91tgo3lNlZ/5Z0bT/ALY1FT2GtHtFvF7yOz3djw1TMVY/pVanJSrT3yewikyzTrgc4anLqDjjYCbIPIk3tpHy7tJ9KHu64w2dYqwlS8LY7ana3RJ6nSy3qdKJbS68wttJURNEhN1C5AJt0Mdj3792THW9BgHDmFMB1eh0+apFZ+UX3Ks8822pvgON2SWm3DmuscwBa+seYW8luZ7St16n0Op49xBhqot1559mWTSJh91SFNBBUV8Vluw7Yta/Ix2k2jhFJnoR6KBCFbsVRUpCSTi6e5j/ANnlY2eS9IRu2Yh2nTGxetU+vSE2qqvUByYqtNYNPcmUulnIpSHVqCVLFgpSANbqyiNa9FACndhqAP8Awtnv6tKx8tK9H/vK4y3kqlWajglNFwvP4vm6musTFSlFJRJKnFOZ0todU4VKQeynLzICsupBNpKhSydm9+ks3QcDYFw7LbedltBl6Iz663J1+myTYblfpbhqabbHZaOcBtSU2SS4ggA5irddhPpJ9gOEtmWz7ZjVMMY2cq1HodKocw6zT5UsGYaYbZUpKjMhRRmSSCUg26dI6B6UjH9Dw3uzTWB5yYQatjKoycvJS4V2+HLTDcy67b7KeEhBPe6nvjyLwiy6nFdFJ/3wl/8AxExlvGWjUY5R2e+W3TbVg3d82fvbSMa06pzdMYmWZVTdNYbcfK3SQkhLi0Jtpr2o8yN/HfK2U7zOFML0PZ9RsSyT9Fn35qYNVlGGkKSttKRlLbzhJuDzAj7H9J8kq3UqinvrNP8A6So8aDLu28YTlWh443s37YNj6h7MdsuDtoGIpabfpuH6vLz803KNpW8pttVyEJUpKSfAqA8Y9edgm/fsW3isfDZxgjD+LJSpqknp4OVORlmmeG0UhQzNvrVfti3Ztz1jxGSw7yI0j7A9Fi0tveqaKuXzcqIH8pqJCVOjU42rPQreK31NkO7NiunYPx9Q8TTk7U6eKk0qlSbDraWi4tsBRcebObM2rQAi1tY8od7vbJhXbxt2re0zBUjU5Wk1FiSbZaqDLbb4LUs22rMlC1pHaSbWUdLco+gfS6tLc27YSKOmE2r/APxk1HZ/RU4IwfiTYBiWcxJhSkVSYaxlMtIdnJFp5aUeoyRyhS0kgXJNu8mNP5PEyvisjyzAJuUg2AufAR6V7Kd//d3wjum0zZpXaPVDXqVhpVCeobVOzMz7vCU2pzi/gwh0krWVdoFauyrrue8LirdS3d9iO0nYPhOsUaUxzWKPOKmJVmUWubmZqbBUS8+hsoQqzl0tqWMqMoSLWjaNhOAsDTm4TTq3OYNob9RODKi6ZtyntKeLiUv2VnKc1xYa3vpCMadISlkto8eUu5QATew1MGl9BBKAFDvBvH3j6LXd5wXtErOJtqePaBKVhrDi5eRpMnOMpdlxMrSpbjykKuFKQkNhFwQCtR5hJH1ZXdsm6PtB3hZPd0xFgdiexVRKgFSM+9RmfVG59lHFVLodBz3slSVAo4aiCm50jC8aas2/I06PGL1nX8HDqfFsxQkDvMeknpYsIYTwzg3Z+7hzDNKpS3qjPh1UlJtsFYDbVgooAva5jv2xnZXsU3Rd2djHOKaDT1TEpRWariKrrkkPzc0+6lB4KCRfLnWlttFwnkTqVKL8e6J+R1Z4vJf6FEOHz1SI9t92+e3WtvWH61tL2WbNqVLidqPAq8rP0Zht1qbQ2k5i2MyAVIWglSCQrme1mj4Iwzu90Tbr6QPGezqfYEphmm4hq9SqUvJjhf3ExMFIZRltkClraQSLEJUSLECDgkF5GfIKngR7PLUwxeHJSecezW1neM3WNzuuULZDVMAqp7dRkm5xTVEosuZaTlVOKaS8/dSVLuppwnKHFnISQSRfg/pMd1LZ/h3Bcttz2dYdkaBOy0+1J1uUkWUsy0009dKHw2kBKXEuZEkpAzBwlVynV+NILyNnm4HL80aRIkhaStKCUg2Jtpfuj2g3atjWzjHm6Bg2kVzCNJLtewoJSankSLPrQ4qFIU4lwpJCwDcK5g2MfNu/VtU3cavsPpOwXYBX8PCcpGK5Nl+nUmVWhhthDEygqDuQNu2cU3mWlaiSbk3N4PxqrC8jbo88CtII0geIOiY9ksT0/YP6PLYfSq3L7NPlyaXMy9KfnmJRpU7Pza21rW6++sXQj6JZCR2UkpSlIvHMtv8AUd0jel3Z57ahTJ3CeGcby9ImqrTWX5uUlaumYls+aTeQlWZ0OFpSEg3vnQtNriH461Y/I360eXQJPJMCXFJVYIBvDEuhXZRDgOntFFrRg6WxB50fuYF4cTDw04YNoWd7SyAYKzpN8nOABLz/AFQIQddPNAg7uDmmHDpFwW4gI/WHhyTrA+svjmkaxZUtAH4OBS4k6Fr7of4P9Iw9MjkB8IJMy+PaQL+USZwT+DMHmQObUP8ACr/pEZp4D2RBesukewPOCLjYvZBgC+CdEkRBf7Epbp1KRDJWrnlgy8COVodKm1c9IAQcsdEwSniLXSDBJDd7k6QR4UDW0AHnFaAWh86gL5b2hEo+qoQib6E8oEHS6pR5RIAo8xERUINL1tCIAwBcNvwV4ZK3ejQiG7h+tBAOgXzmN0YslDr4NuFHUt1p15e8rsrC2rD55Ua5/wC2NRyhXEAvnMdP3XpxuW3kNlz80+hppvGNHWtxaglKUicaJJJ0AipbI3o9VvSHbwO07d62cYYxHsuqUrJT9UrnqMwqYlG5gKZ9XdXYBYIBzJTrHl5tx3pttW8RJ0mQ2n1eSnmaK467KBiRalylTgSFXKAL6ITzj7s9LdiCi1XY/gtuj1qRnHEYnzKTLzCHClPqjwuQkmwvaPLQPPE2vG5t3RzglVnsH6J7P/awVEuAA/O6e/q0rGb3XN8bEO2jb5tM2N4yptHkFYbfmTQvUm3ELfl5abWw9xStagpdlMKGUD65tYaal6KzEVBpm7NUJeq12nyjxxZPK4b8yhtWX1eVsbKN7aGPhvAO1pvY7vzTW0JU6BTJfHVTl59aVXQqRmJp1p5WmhCW3CseKRGrpIlW2bl6T7DGLaDvPzdRq9Xn6hSq5S5Weo6Zl5S0SjIBbdYbvokB5txeUAaOi9yST8v4SU+MU0U2/wBkJe/84mPTz0qeFMNY42P0TaNQa1TJup4OqPCeSxNNrWZGbyoWbJNzZ1Ev5BSj3x5eYTmsuKaMVqsE1CXJJ5D6RMc5L5HSEviewvpPiobqVQKefyzT/wCkqPGlTkwOSY9gvSZYnw9Ud1ioS1Mr9OmnzWKeoNsTSHFWClXNkm8eOxU6rXOYs1sz43SJwubWbgpEfX/osy//AG1LIeUCPm5UbW/hMx8cDiJ1zax9dei9qUjTN6Jqbqk8xKMjDtQTxX3UtpuVM2F1aXiRVNGpP4m8+lyU4NuuE8irf/RNr+uTUd+9EgVnd4xVnNz89pr+oSMfOvpZqrTKttvwrMUmoys42nCjSFLl3UuJCvW5k2JSSL6iO8+icxBQqRu94nYq1bkJN1eNJlaUTEyhtRT6hIi4Cje1wdfCNpfNnN/wPO7eOmJua3hdp70zMKdWcY1pJUs3NhOugD3AADwEer+wA/6HpTSf+BFU/ozEeTG8G+1MbfdpcxLuodbdxjWloWggpUkzzxBBHMER6q7A8TYcY3AKdTnq/TW5oYLqaCwuaQlwKKZiwyk3vryhDrLLiNC9EXf+xLjXMbn5wo/qzcfPeHyoelCdBN74+nvyuxnfRf7x+Btl1ZxLs02i1+VokpiRcvO0yfnHQ1LImmwpDjTjijlQVpKCkmwu2Re5SD9cTOz3c5w5vG0nbCziGQnNomKagG6bISlYTMocm3WihUymXQTlHDzlS1HICSQM5TclaVBvFs4v6YJRRgjZ4Qbf54VH/wAJqO1b5JP9oXiVQ5/IdG/rcpHFvS/kfM3ZyCAb1KoX/mmo6/sY25bv+9Lu3SuA8e4po0vMzFEZpWIqPOz6JSZaeaQkF5sKIJTmQHEOJuBpeykkC+2Z9JnNvRE3/sQY4JN74nT/AFRmNb3TP9Ur216/60xBp/71lI+o91DDm7zgnDeI8E7u9UTVqdSavar1BM362H59bKCUh8dleVsNp7Ayg3HtZo+AMNbdaTu++kTx1jLEhcRQZ/ENYo1WdbQVqZlnpnMHco1IQ620pQFzlSqwJsDHpIvWz6f3zMUbjlI2qyUhvI7PqzXMUroEutiYklzKUCQL8wG0HhTDabhwPn2b9oa8gOT74+/XsN247B6xs6wQnEIq07MyTrPrkglprK1MIcVdQcNuyk20j6K23bp27/vj1ajbWX9oM4puRp6JJc7h+oyzkvNSQWt1KVKUhYSQXHLKBGijcGwt86ekf20bEJTA8jsP2Vy+HZ6suzrL9VmqW004mRlmASlhTyBq6peQlNyQlBzWzJvZWrEa0fSmx+em6d6PinVKQmFsTMrs5nH2XUGym3EyjqkqB7wQDHi+mySFNqKSNQU6W8o9htl+JsOtej1lqe9X6aibGzaeb4Bmmw5n9TeGXLe979I8eqdOrps/LTwl2njLOodDbqcyFlJvlUDzBtqIxP0a8bqz0y2GekK2Q7UMDMbKN6ukSzMw7Lok5mpTkmJmmVMJsEuPoAJYdJAJOUozAqCkaJGub0vo68ES+BKhto3bqupynykmqrO0QTPrktMSYTnU7Jv3KjZF1BCivMNEqGiT1/EeyTdt369idK/sSVLDeEaoiYZqS1UylSwnJJ5LS0OSs0yjIsp+lP1gklKFpKk2vka/iDZhuHbqs1sxq20RvEFcYkZ9qmyLykJmZybmStQSmXClFphKnLqJJAFzcqUAdVa+Rm6fxPIWyBzMIKbI7QvrFNTq8oA5coHiKOkcMT0KRdugHRMOtXSKKXHPHxtDlxzqTDEmRNxQFWUYlSEORS1VqqJk3toq0KCZZ7CB2jeBK2vqgxXOcDnDZlj6sKLZYCwToNISrq0vECVrJ0TaEXXEHlcwolhklPMQSbL6RAourVcDnDoDnO0KFk/CHfDqbSBYCABXzvCCXT1uIFsNI6ARKEot2jEIQ6dCbQYY73NYgQVkDpBhLaumsRFpY+tCSFcu/rChZNZlJ1TEg4Q1SnWKxS71EOEuddLQotmsEKA5wWddrQ91e6EM5Fo6HMYlatdbQNifaFxEoSq2ogSCnrYdYWKE2j7CAD4CDSlZ1vH05sw9HNvRbTqBL4nl8M07DsjONh2VNenDLOvIIuFBpKVuJB5jOlNwQRcG8aTty3RNvG7tKtVTaJhNPyO84GUVanviZlOIeSFKFlNk9AtKb9LxaZE0cbLaSe20lR7yIkCb2AA8oiCyRcg3vEtiE3SNYyyoQYQDcISD3gQsib6i8BxFA2tYx2vYTuh7dt4eRma3s8wu18jyrhYXVKjMplpVToFy2hRupxQuL5UkC4uReCTfA2l04sJYJ1bbSknuFocMqGpMb3tn2PYy2D45mdnePkSSavKsMzDgkpjjNZHU5k2VYdD3RooW2dLGG0NBBrSEUC2VaQR4iFmCrdqwEfReIdw7bzhjZG5tnqjOHzh1uks1olupFT/qzqErT2Mg7Vlp0v3wSbDaR88NobbuEISAe4WhlNtK1U2hXmIjCibgmHSoW1ULxCkoQOgsB3Q/BbKsxaSTzuRAJcSBzFoyeGqHV8XYkpWE8Py3rNTrc9L06SZzAcV95xLbabnQXUpIv4w2XRTFlXTa149bt2j0cODdhuOKXtXxBtHm8U1GkoXMSDXycmQlmHFtlPEWOK6pZSlSrdoC9jbSPiDeJ3D9re7jgeSx/iWs4frFLefbk5z5LdeUuTeWCU5g42jM2SMuYa3IukXjiVW2pbTq9TzR67tHxTU6epOQys5WJh9m3dkWspt7o2vh1GH81pn1b6TLeFwrtd2i0LAuBaszVKRgpqZEzPSzgWxMTz5RnShQ0WltLSBmGmZSwOVzybdI3X0702NavhH58fNgUmmfKSn/AJL9d4w4qGyjLxmsvt3zXPLlHBQpWayRGXw3jDFeDpxdSwliirUObcRw1v02edlXFIuDlKm1AkXANvARLt2y40qR7RYEwdsU9H3sMqAqmKnTJ8dyozk3OKQJuqThbSlLTDQtclKEpS2L21Kj7So8bsf4un9oWO8Q47qbaGpvEVUmqo+2g3ShbzqnCkaDQZrDyjHV3FWIsUTgqWKK/UqxNBNhMT825MOZe7Osk/fH0Xsy9HbvN7TKDL4law/TMOSU42HpX5fnFS7rqCLhXCQhbiL9M6U6EHlFbc9JESUNtnzOUWBsSArnbrDBKgdBHWtuO63tq3elS7+0jCwapk2sNS9VkXhMSbjlicmcaoVYEhKwkkAkAgGNO2bbNMe7XcUsYL2b4Zm63V5hJc4LAAS22CApxxaiEtoFwCpRAuQOZAjFPhu09mqCWQV5lNIKud7CJcvQiPr1/wBFvvQtUg1JCsGvzABIp7dWcEwdOV1Mhq//AFlvGPlrHGCsYbOMTTuD8c4enKJWZBWSYk5pGVabi4UCNFJI1CkkpI1BIg4yXSKUXww/DTe9oAtpuSQBeO77FNyjeD27UdvE2EcMS8jQXyUsVSrzIlmH7GxLYAU4tI17SUFNwRe4Iizto3Hd4TYZQ3sVYnw1KVShyozTNRosz6y1LD7TiClLiE96yjKOpEXGVWMonAMiLWsRDpZSSTa0dJ2K7u+1feCfq8rstw6zVHKGhhc6HJ5iW4YeKw3birTmvwl8r2t4x1Qejh3uxr/Y7kv/AMdkf/7YmMnwZRT2fMSWADzGp1guAEkdq/lHWNs+7Btq2A0ynVfahhiXpkpVX1y0qtqoy8wVuJTmIIaWojTqY5GXkXsTEaa6aTi+EhaQD2Rp1geEeUNmQdQsw/FF/aHnE2KRIli4uVw6pfKMxWCO6ALgPNY18YHtL5L5Q2XQZZWrWwtAFrT2oJJXbLfQw+QDsqVCyUAlOXmbiGBGog8sOEWNwAYtiiPPbmIIOL+qIc5CbEAQf0ZAAH7IWEhuObWykQ4cUdbXggbjUiHS6gaGJZaGWq45+cM24gaQjwnFdoWgwyyCLQsUEHEkgAwxJUTBpabGubWGSLKuBELRrdgPqw4Ce77ohCnANASIQW73GN0c7J7k37OnfHZdzbC1CxhvRbOaDiRhp6nvVhL7rTwuh1TLa3m0EciFLbQmx0N7dY4nxXBoUWt3xnMI4truBsUUfGmGJz1Wq0OdZqEm6U5gh5pYWm46i4Fx1FxFWmHtHsV6QreQ2o7umBcM1HZgxJszFdqTsrM1Kalg+mWShsLS2lKuzmXdRuq+jarDW4pYP3jdku8hujvSO2XaFgGj4gxNQ56QqVMma3Kyy0TCFONtvJZdcC2ySht1IPIkEaAGM7sn22bAt/vZJM4JxVT5JVUelkmtYZmXcszKPJ/1xLK0UpAVql1GqbgKsSQfPvfB3DMZ7tvFxphebmMSYBcdCBPFH91U1SjZCJpKRlykkJDqbJKtCEEpCuzbW1w4pLj0z5nw/h+tYqrEpQMM0ecqlTn3QzKyUmyp555Z+qlCQST5DpHeHvR/b38tSDWXNi88Zfh8Tht1OQW/l/5hL5dv+Llv4Rk9w/eI2ObtmLcS422n4br9Uqs1JsSNFdpMpLvGWbUpapkq4rreUqysAFN9M4Nr6/Vewr0hu0/bJvRSGDmMGSjGzXEM5NSVOUqRcTOy7aGnFMvOOpcU3nUptOdIukZyATYE81GL6zcpP0jzZp2A8XVbGbGz2Vw3P/OWZnU09FLdaLMx6yVZQ0pLmXKq+llWj29wBhrGmxzdBouHsDYPSvGdAwW2ZekLCe3WDLZ1pXZQSSqYUsq7QBJOvWPj30m6U7INvuy3brgyUkmMRutPOuLcZzIeekHGSy44kEZzlfCSTrlQkX0EfYOINr2MKbudK23yxkvnKMCM4hupgmX9bVJpdPYv7OYnS/LrG4rFtGZvJI8dd4SpbbMVbXqn/Z5ZmVY8SmVlpuWVKy7TiEllCmGwiWAQSW3GyLXJzC5Jjb6PuB729doyK/IbF6kiVWjiJTNz8lKPkWv+AeeS6D4FF479uGVKZ3mN8bEW27ajKSE5XKdRk1FpDMvkYROIRLyjTqUEmxSyk210WQoWIFu3by++lti2Tby1H2Y4KwVIzuGJYyAqjj8i869NGYILnDcQoJbCUKSE6GygoqzCyRlRTVs05NOkjytxdgrFOAq/M4Yxph+oUSrSZHHkp6XUy6gHUHKoC4I1BGhGoj2Q2x/6nfNDv2d03+rsRyv0t2BqBN7JsK7R1ybSK1Ta8mkJmQkZ1yz7Dzim1HqAthJF+V1WtmN+qbYf9Tvmu7+x3Tf6sxGksW0ZbySZ5Z4b3Sd4vGGF5TG+GdktWqdDn5f1qXnpd5hSHWtbqA4mbodLXuCLXjTtn+zDGu1mvDCuzjDE1XauWFzXqssUBfCRbMu6yBYZh16iPVD0WG0I4r3dprBM28VzGDqw/KoQo3IlZj6dsnrbiLfSL9E26Rzr0dOyD5l7zO3B8sFCMHPPYZlyQQC29PLWCOXNMm2QbclaaRnC6NZtWefu0fY1tG2PVOUo207CM1h6dnmPWZdiZcaUtxrMU57IUqwzAjXqD3RicGTWIaTjOg1TBK3E4gk6nKTFJUhKSpM4h1KmCArsk8QJ56d8fQHpFMffPzepxOy0/wASTww1L0CWt04KMzw9z7rw9wjiWyZSDtYwVYH/AExU3+stxh6lo0v42z6o3xNrG+5jDZVIUfbtspkcHYWFRYS/MybKUmdnAhZbSsl9wgWStQSkAXTqdAI4BJbrG8LUcEp2jyGyisTGG105VVTUGlsqQqUDZcLgSF5yMoJsE5ulr6R6Q+lbNt2imWH+26S/qs3HS9h2MZbZ1uO4ax/NyaptjDOz4Vl2XSbF5MvJl5SATyJCCPfHRxt0zmpUtHllNbju9fIYVGMX9i1a+Tw1xihDsuubCLE3MolwzANuhbv4RwxTC0qKXEFJBsQRyj2H3EN8jG+9BO4yo+PsP0OnTdBTKzUkulNvIQtl5TqVIWHHFm6S2mygRcKOmlz5578lCpOF97LaPRqNKol5T5QYnA2hIADkxKMTDpAHK7jyz74zJJK0bi23TA3G8I4TxZvOYNk8bvSaaPIvP1N5E4tKWnVy7DjjKVFWluKlskHQgEdY+89+zfYxRsQewvhvY1P0Kanqs2/Oz0+4EziWWkKSlDSUhWUFRKySdQEi3O48mFuMezYEeMdD3f8AYriTb9tSpGzbC7am/XXONUJwIzIkZJBHGfV00BskG2ZakJuM0SMnVISirtnr1N1GS3mtyuYrmOaRKyisT4RenZlvKS1LzbbalJfbzEkJS62lxFySAE6nnHJPRR4JotJ2J1/G7Uqg1Wu11yVemLdr1aXab4bd+gC3HVeObwFsxvz7WcLbtW7NLbGMHFDFSxBSU4ZpEoF3XLU1DQaffX1/BfRg8yty+uVUWPRbG+7An/7QT39FqOv9jl/VnIMJ+kO2s1ve5l9nT9OpHzJqGKzhpmR9WtMNMmZMu3McYG/EvZagbp5pAGih0H0kOyXCuNKjscr9XS1Kuz2NJHCc9OXCD6hOLurMrTRvhqUm50zr7zHwjs2t/br4f1/3TGv/ADOPu30s9v7AGGr8vndL3/8Ag5qMp3F2aaSkqN93vd5iQ3c9iEnObIH8OzFTfnZahUxhpxDzNPZDTis/CQr2UoZyJBskFSb3AynL7l+2rEO8xsGmMQbSaZT3p5uoTVEnuExll55oNtqzFs3Auh7KpI0NibAGw8Y8IYUrmOcT0vB2EaWufrFZmUScnLNDtOOKNhc9ANSVHQAEmwBj2Jm53B3o/N0diUcm2J2p0yWU1Lgmxq1bfzKNgdeGF3PellrqU62MnJ36EoqKpdOM+jaw1TcGbbd4XCFHc4kjQqwxS5Vd75mWJyfbQb+KUg++MHvZb/8At52K7wmLtl2C5HCS6NQzICWVPU55188aQl5heZSX0g9t5VrJGlhrziD0SVQnKriva3VKlMKfm5xulTD7qz2nHFuTilKPiSSY+lMc4F3IqjtwqMhtLYwbUtpGMHJQOydXmuM+pQl2mJdtDalZGVKbabygBKlkgi9xBW46I6UtnmHt/wB7na1vLUak0PaNLYeZlqNMrm5c0uSdYUVrRlIUVuruLdwEcR9RQrvEfcXpEt0TBWxGVo21LZZT3KZQ6vOml1GlhxbrctNKQtxtxoqJUlCktuBSSbJKUZbZrD4jCsxHajjPJPZ2hi1ohVI6WzECBMrbTW0TqWpGhN9YA5lG4uPOM2zdRB9W7olSx2eVrQwKhpBXUDYDSJbKqHSjKm5vpDLBJBINoNFlIsVWMPdAukG8C0gUJHdB5Uaa+cNcJN4EKAub84g0FwkXuTCDSAYEr0vpAlQ5xaYtE4Q2od1oQbb1vreAQb28IIkXuTEFoJTLadU38oIZSOkRlZPIiEFk9ReKLQS7DlDA5QCNbwJUlR1V5QQKRoVAwolmpAuW0WINKnR9a8GkAHREOBp+DMbs50RFRULKXHSN3PZVTdtu2rC+yurYhdospiF59hc820HFNKRLOuoASSASpbaUc/rRzvIgn8GYzOEsRVnBGJ6VjHDM4uSq1FnGZ+SfTrw3mlhaDbkRcC4OhFwYqaFP0fUO9tumTu5O9gnG2AdpVcnp6pTkyG59tgSa5F5lLakZFtqJzKC192iTz1j0b3WsdVDef3VKRVtq1LZm3sQyM7R6wCyENz6EOOS6nctrArSm5yiwUVZbCwHB8L+kj3WNruCWKDvG4KTIzaQhc5Iz1F+VqY6+nktmyVqHMkBaAU3IzK5nXNvXpONldH2czezvdlok367MSapCUqJkBISNLZUnLmYaNlqcSCcqciEpNjdVsp6pxWzi1J6a2Y70Ye67szxNQK9tmxxRpLEs9IVt2j0dicZDstLpZbbWqY4arpU4oupCSQcoRcanToWy30jVQ2obzNN2HYT2WyslhydqU3T2p12ZWZpTTDbq+NwkpCW7hq+TWwOp0j5v9H9vvYU3eaVVtmm1KVnU4bqc98pydSk2eMqTmFIQhxLrY7Sm1JbQQUAqSoHskKunvS99bcH2abRWcZ7M8BszVcr8w6azX5GhLllSjSwpbixxEpWpbi8oKW0gHMVKVpY1NVphxd7Rpfpj1FNS2TED9xrf9KRj6Mxer/Q2VKI/3KJbT/3aiPhr0h+9Bss3k5nAb+zKbqTqcPIqaZ71yTLBBfMrw8tzr+BXfusO+OvV/fr2B1Pc1OxGXqFZGJvmEzh/IqnKDPriJJLRGe9sucEZvfEtWxTpGpeiImW17ZMZtZhn+bWa3Uj1pkE/ePjHX97rf22zbBtu83sqwZhDC0/JJlZN6VXUZd8vuqeQCRmS8lJGe4GnSPP3dl2+1vds2syG0miySZ9lDTklU6etzhiclHLZ0BVjlUClC0mx7SE3BFwfR6a3/Nw7HT1Lx3jbDhcxJSUBch8rYUE1PyigcwS0+lLiEdokizgF9dIRaqhJO7o+e9+HH2+piTZFIU7eH2M4ZwrhpNfl3WJ2nTzLrq5wMTAQ3lRNunKUKdJOW10jUdfsLbIf9Dtm7D/c6pv9WYjz534d9BO9HVqVQcKUWdpODMPOOTEs3OFImZ2aWMvHdSgqSgJTmShIUTZayT2gE/QG0Pft2B4k3Q39jVMqFZOJHMISVGShdNUln1ltlpChnvbLdCtYWrZcXSOd+id2jfN7bpW8ATL6US+MKMpTSCr8JNyai42LeDK5ox6OUHBtB2Mzm1nanOOtplsQz/zkminThS8tTWELSfHOzMOX/wCMjxT3ZsXzuBt4LZ7iajsvPzMviGTZLLCczjrTzgZdbSOpU24tIHW8esvpD9oKcA7quKmkTIanMTlnDssM1uJ6wq7yfG8uh+EH8ROPy/6eL+KsS1PF2J6xiyrXXPVufmKjMkdXXnFOLP8AKUYzGyNx07WMEgtkD5x0y5/7U3GrKSeizpGcwBV5bDmO8NYhqbqxJ0usSc6/kTmVw230LVYdTZJ0jkns6NaPV30rhtuz0w2/23SP9Wm42GjE/wCZkThI1/sO1D/yl2Pmffu3z9im8HsWksDbPJyruVNivy1RUmbkFMo4KGX0KOYnndxOnnGYp+/BsMltyuZ2FuTda+dDmzubw2lIp6iz665ILZSOJe2XOodru1jrksjli6RjfQ/rK8bbSTltal07/wAV6OA+kIWE74+0i/7/AE3/AMrlI2z0fG8fs03ccSYyqu0qZqDLNbkpOXlPU5QvkqbW4pVwDoLKTHKd7baXhnbDvEYx2k4LXMO0WtuSS5VUwyWnCGpGXZVdJ1HbaV7rRhtY0bSednK6VTp+vVOUotHkH52fnnkS0rLMIK3HnVqCUISkakkkADxj2H2AbJsBbgu7vVdoG0mZYTX35ZE9iGaRlWtTvJiny5+tZSggWNlOKUokJtl8yt0/aThTZHvB4Q2i43DyaLRXpp2aLLHFcBXKPNoKUdTnWjy59I9KJ/0mW6PU2BLVRdcm2QoLDb9DLiQocjYki+pi+Ouk8l8PL7brtqxXt92l1XaTi4lL88vhykolRU3IyiSeFLov0SDqbDMoqUdVGPUL0WUww9uwrQ04FKZxHPIWB9U5GVW+BB98Yt30h25W42pDdHnApQsD82kx8V7ku+RNbrlYqFEr9Imqxg2vLbenZWVUkTMpMpTl9YZCiEqJSAlSCU5glHaGWxqqLuw7kqox+zXD1XG/hSKCac+KhKbTCX2Mt1IDNQUt1Vu5KEKUTyypJ5R9relrnJZnYRhaUccAdexY0tCOpSmUmcx92ZPxjYT6Qncokpt3HMqJhWI3mAhxxnDC01FxNh9EXygJNgALFzLpzj4k3hd8Re8RtvwXiep0Z+k4FwfVpZ+UpztnXls+sNrmHngnsqcUhsDILhITYE3Uoy0k1YqUmnXD619H/ut0vYXgSY3h9rjbFOrtQpy5qXE7ZCaLS8mdTi83sOuIGZV9UIsnQlYj4j3xt5+pbzO012qSi5iXwjRFOSmHpJd0nhEjPMOJ/fHSkEj6qQhOuUk+hUz6TPdUnJdcrOTVffZdGVbblFUtKh3EE2MYv/NC9yw/7DTn/wCWkxXi1SZFknbR5/7sewbbntwmcRM7E8Vt0V2jIlFVIuVd+R4qXS7wrcJJz24bnPlfTnFWobMNqGA96ii7OMcTD1TxjL4ioyHJhuadmDMLcMutlSXnAFKAQtAubWykfVjfNkm9w1sN3oMebUsMUZyp4KxlXKi5NU5KQw6qRdnHHpdxtJ7KHW0q0SdLKWm6b5k/bqPSGbl9RmZfGk8qbRiCWlyhhcxhla6gynW7SXkpUlN7nQOZdTrGVi1008k+Ff0qLiEbs8mlSwCvFEiEgnUngzBt8AY8i7oA1UdI+n99rfLf3nqnS8PYZos3R8GUJ5czLMzik+szs0pJSH3UpJQjKgqShIKrZ1kqOYBPy+hCs2W0Sck3o1CLS2IOIBPZJ8YXFvoEm5iTgq55RpD8FPM28Y52jdMgDjlzcQReUNQbQfBSb2VAKZUo2TcxbQpjB9V9BD8Qk84FwJb0WpKPM84dLeYXQhxfiltSvyCBGOVkam574ReToFXh+EoD6Rp5I6lTSgPjaHAQQCk3B1BGt4o6MXUg6K5wQebAsTCyIOtgIcNN/biCmILJ5KvBhfQphIQm2ixBhKRa5BhZaBDgAvlgg6nQWhKUzbLwwD3wIU0OSbnygCQLHMJ5QuK2o2sBAFaAQMptBJEvlvreIDWETSRpliZM0npFC/4sOStIvwzaN4mFJl8zIGthCTOI6pjH8VXVB0gg4o6lEMC5suuTjJ5oiuJptKiUogEuJ5KQYEqTfRJgopBybLSZxsJvwybw6ZtlWhaVFQPL+zp5Q6VqJ0bMXFEyZd48trckX8IYOS51zXt4RWGdehaOkCsqQQCm0ShZdC5U6a6eESJ9V+2fhFVvVN0jWJElQ6fdEo0mWbS9vwhEAoMg9mYB07ogUtRGlrQwdUObIgkMkegfo/MZboGy3ZxObSNsdWw1I46ptfmUyEzNocmZ5qT9WYKFtMIC1Dtl8BaUZr5hfpHLN+ffEkt5vFlLo2EZebk8F4aLipMTKQh2emV2CplaBfIAkBKEnUAqJsVlKflNtRUNWecOtSE2uyY05OsTCik8i5/cyho7AgMnQPiK7am1J1QR42guG0dcp015Rijpf6Jwys3KX0wsjyRo4NekQWbTYgqFu6EFIJ1Krw2LRMlD6deIIRZeIuFgREUJPJxUNfKPwxB8YDRMGZnnmEMtl1PNQiPj5dA/ArdeIuF38YbFxJ0Nuansg+UEG3+hTeKyXpj6yzrBh6YI0UD5wpi0WgiaAy8RMMWpq3tgxWLj55FN/OCD7w+t98SmW0WQ1Nm17W84cMTAOigB5xEmYV9Y/fDiZJ0AHxhsvxJvptBYd0MVvpPs6+cAHgOafvhetJOmUmFMWiUuuHQBIPiYkCVEX7MVhMNXupsnwhvX21L4LEupxz7CAVH4CJTFr2T5XOh0gVHhAqW6LDmSdBEjNNqE2QXiiUQentr+A0HxMX5alyEvZami+sahbxzEeQ5D3CNqD9mHNejHMKmpsgSkstwfbPZR55jz914vsUd09ucmiPxGNPio6/C0X89ikHWEVm3h1jagkZcpMFqWlJS/q8uhB5FVrqPmTrCDyrk3JNoZaio5baczAJCEoW884G2WwVOOK5JAimGiZmZaYQufnpjgScuMzqzzt3DvJjXDXJfEU/O1GnSSZSVU6EtNX5AJGp8TzMavi7Faq4+JSSCmpBk9hHVZ+0Yy+GZVbVIZXYXdJXEnwsOmWQCNVERKktAWU3ceERFt020FodKXk6ZAbRyO1hKKALtgiEjXX8sJJctYpFukFYg3tABWUBrY36xInKiyri0CVBSdQTCulQsGyIgJCtCh0vDIU3ftIB8YjzISLBBiRFjYpTy6QFmpJBSNADDLLlsuXSCsRoCYe/ffxjZgjBsbFIsecSAMAXOWEpLKuYJhkNIUrlYAxQOS2OSb37oYBN/Z++CLbablKtYbsC2ZWneIALKi9sukDcBXZh1Bk6B03MJMuySMzlr/AHQ4Bs4T9fWHKmT+EXB8CTSdXCYSWJZWqUqMBsBLqGxZKusQuzaUHtO2HiYmdShppb3COVCSo+6NRb9aq06EBRus+4CNRVmJSa0bnS3KdOOhuYq8tLXPNwKI+4GOkUTYhP4pQk4axxhabfcF0y7k9wFk9w4gAvHIGaBJIAStLriu/Pb8kWWqfMyLodp89NS5BuClzlEa+ipv2dHxpsN2s7PWfXMVYLqcpJ9JxDfGllDwdRdP3xowWvNZSjYd8dg2Rb2+2nY0pMvK1ZNYo5GV+RmkB9hxHUKZXdPL7OU+MdVq9c3T96CTcmadS5XZTj5wZgqXv8jzjvc437UuSeoGXvJjk5uPUbSvh8opzZbAI98MTMKPZKBaNjx3gPEGzquO0PEklw3EG7bzagtp5HRaFjRQI7o19KpVV7pIMaT9gAOzANiEeZgyFLOclF4dbMuoXJ++E3LMjmuw84aLTBzLSbZQbd0Cp5ZPsJ98SGXYJPbMN6tLn91PxhoUyLiDmUJ+EMX0Xvy06RIqTYOof084FEuwm4K7+cXRNgetJHMXghPItlCbd8EES97WBMF9CfZQAIaGyJMwyCSpJMGJhjTsQ5yAaAfCGKk2Jsm8AHxmraNm0GHpYgWSfhEDSy+ool2VPHkQ2m9vM8h74uN0t8kCZeQyLXKWznV5X5D74Y2TNIiXMS6Bc9kd50ESMS83N2UxKkJ5cR3sJ+/U+4RkJaVkZRXEYYBcH7os5lfE8vdaJ861XJPjrGlFIy5tlZijS6bKmn1vE/UR2ED85+Pui+yhphvhyzKGkDohNojAIN+4ACJUHS3QffGuGasMEgm55QQIVcX8Ne4QBOvKHBsNPvgaJCoJN/tQC12Pa6awyQ4tzsgkjlbvhTXqVPQHqxUJeSQvq8uyrd4SO0fhEATLZcuta0oQhJU44rQIT3nyjn2M8XpqzhpdKUpNOaPO1i+ofWPh3CLOOcZs1HNQ8Puq+TW1dt4gpVNKHUjmE9w+Maa22paglKSSTYARpL7OcpXpBMtLfdS02LqWbACOhSrhlJZpgAkNoCRGFotNTIDjPNhbqhz+zGZ9YGQBTN4xN5M6QWPSyJnORZQ8Yl9ZSDcn7oqNTKE6cAmJxMoI/vcxijomH6yOY5QSJlN9R5wKH2lcmDfwguKnLbgWvChZIJhJsUpMFx9b5dIh9YsBlaIEOh4dWjEotk6H82ptEyHrahTY90VwWlc0ECJkqlkC/PwhQTNO+luOyIYOOA8gfdDBp5WufTzhyy6BfiAjwMdNHPYjML+yIdL55HTygFFCfaRc98MjKQSFAGFEskGUG6rkGEoy9hzEIOqTycBPlDF3Oe2QbQKDZonRZA8YlS2yU3U8YQmGUjLwRYQuIyvkLecBwIstCxRMWMO3nQrSYT74YOpOmVISPCKtWnG2pJ1bWiimw8Im3oWlsjqOIGAlySSoLSoFC1DT4RHRKphimvpddkHHFWsVcUg2MYakSjM3MEzBulIvb7RjITssmnTTdSk2kFtJGdFrhPu7o6Ulo525bOv4SOwbEqES9aq9boM2rTjIQmYaB7yn2vhHQRui4jxXT11XZBiyj44ZQniGVlXQxOpT4srOvkDfwjmMjgakbRsMCs4WprKqnJIvNSjKQlbiR9ZIHURruH69i/AdTRUMLV6cp03KrzJSpagUKB6H2knyjg986dV+yXEWFK1hWpvUbElNnaXPyysr0tNsKacQfFKgDGAm6fLO/SsTKmZhPsuJ0Pvj6sou+nhjafRWsB72Gz+XxMw2gNStelwlmqyf4yHgAHAOeVfPqTHK9quyihYcAxLs4xKxijCs0bsTKU5JhgH6j7fNKhyPSEZu6kVxT4adh7ahOPyAwLtAWqcp3KWfc7S5U9FIJ+r3iKVRpzVOnFyqn0LCdUOA6LQeSh5xrVcllPyynMgStntJPh1ET0OqGoSCZWZJUuW0So88h6fGN4+0YUvTMvllR+7g26wYblR2lPctecUzw72AFgIXEbtayYlGsv0Ww7KjTii3lESlS55OaeUQ9kn6vxiTh5RcZNPGFUMmwQhgnV8hPlDFhkkWmvuglkDUlH6IiaS9NqyyjCnfFI7IP8I6ffeKk2RtIRbZQLKmCT4CHUqWbslUyoXNgLanwA6xeZoLhKlTsylISBdDIuT/ABlD8g98XW5aUk8vqkuhtV9V+0s+ajrGsTOZim6dPPq7KCy39p/sn3J5/G0XGaVJoAL61zCufa7KP5I5+8mLRUVEknqYYc9dLCKqRhtslSo5ciAEIHJKRYD3QtT4wIvaDTfkBbpFKkGAQLxIkcudz98RjS8WJdl55xDLLalrWbJSkXJJiGkOkG9iYmYacdUEISpSj0AveMNX8TUbDKlyji/X6inRTDK7NtHuWscz4D4xotVxxiKqhTZnTKsK/cZb6NNvG2p95MaSbI5JHTJ2epVKJNVqkvKk80KXmct/ATc/dGuz20miywKKbITE4v7bpDSPgLk/dHNySTcm5MKLgjDm/RstS2h4lnwptmZRItK0ySqch/le198a44668suPOKcWrUqUbk++BhRpJLhltvpZaQVBIAuT0jYaTTFS9njbifkjFU9shSVAaiNhYWpYCQ0O64jlJ+jpBLpkGi+Bluk/nibK9awtEcu0QgHh2PnBXXmOUGOR2Jmm5g6pQk6d0SoU8NCyIrocfTYgKFvCLCH5hRvlIv4QKqJErcQL8D4QaHHT7TVte6IQZm97qEGFzQObN4xC2WAtJNi3a0S5m2kAkJiqHZkgXA7uUTZ3lWC0IPuiUVNFgrl1tgAgHrpEaWZcqNlAwxefQm5aTbyiNDrpv9CTfwhTLaNLWhQNuJDNnIdD98TlAJ1Wb+UMJdomwdsfGO1o89AKXmFjA6AaXgnW8pyhYMDli2hQQsbaQKswPZEPmAFsv3wABVyVb3wASVuINykw/rIPNr4RGSBYZzp0vESln7RMOjhKucIFkjKIgUJedQphyaS3n0uRe0Y+pzKkhLaD7WpiGWkS6kOPuFKVcrc40l7MOXo3Ch7OpqoDNSq/ILcVybdUWr+FzpGVq+y7aVQ5BdSnsIzrsgB2pllous28VJ0EaQETNMCZuQnnkhJ7VuYHfH0TsXx7ttw5Qn8VbNK8xWZeTH+eFLAs5w+pUwq7bifEWMcpycdm4pPRwnB2PcQbN8Ss1zDky7KuMOBWTp4gg8x4R9LTeJ9gm8PRxUJ0N4GxuEfSvMIzSM6sDmtA7Taj3i4jN/PrdG3h0ppG1bBbuzbFbg4ZrlDZIYLv2n5UnlfmUEmOJ7at1jHOx0IxLQ6rJYrwpM3XJV+iPcZhaOmfLq2odUqsRGG4ze9M2lKH7RicUbPazQXXJedk256Wv2ZiVUHG1DvBGojWqTiWt4HmyJV9bkjMdh5h25SpPcofnjDyuOsSyjfA+UHFoGllGKc9Wp6q5uKM2bmI6qD9nNzXo2fFE/IvSBqdKSeBMnKpBOrSuo8u6Nfw2HEqedA7Ngn3xQk5paUrklqPDe7JHcehjYJRpiUZSy2T4+Ji1iqInk7LRuTYJ1hshAuQYRcBF7gRNT5KYqX0zayzK3sXlC5X/AH5zp5xFs06XSA5E5QScytAALk+QGpi3L0yoPDPZMug9XdVe5I/ORGXlZWUkioSzVlKT2lk3WrzJ/yQZV2QDyt3c40Zy+itL0aTQSqYzTKxf8L7P8kafG8ZHMAG0W0SnkBFckEH4w+bVPgIEDW4SVC2pMAe0seEBm00J6mCSMpsRADJTYQQF+Wt4Q5xI2iw15xCoQFjBgEEAAQ6GitYQ2Cok2AAveK1VrtFw2FCpO+sTfSTYUMwP/GK5I8tVeEC3RkZaTXMBSsyG2mhmddcUEoQO9SjoI1jE+0JiVZcpGEnVdsFD9QIKVrHVLYOqU+PM+EaviHF9YxEoNTLiWZNCrtyjPZaR42+sfE3MYUmNqP2Yc74MSSSSbkwoUKNmBQoUIC8ALnErSe1yvDtslUXZaWUSLdIy5GlGyxKZgBZEZeVC9FA2ivKMOJIuRGRl+wCNdeccWzqkToWoi2dQI6CDQuwPaI84ZtWt79IlNndEj3xLNhNvKFjzHjFv15QQPo0g+EVQ2UEDTUQeVVxoCfCMtJlTaJ/WweYPxhCZKgND5xGkqTopsa9YJKxexT90KQtkhmCCm3MH4xKZtw6cMD3RESFWISYkCb9rIrwhoKyZDqgCVZtIL1k2sCYhuLapVaHSpNwQg3iUWzVs6OZEPdg6ZRFcuOeyQAPKEFOE/VjrRzsmLbB1N/dAHhDS5t5Q2ZQNxl84cuLOlk6d4iABS2xpa8BZJvYn3RJxX81+x8Ibjuj2kpPkIqBAWhcmI1hOgv98TPTCgCtSUgAX5Rr704/MPEpJuo6CNK2YbSMm/QalUloMiwl0gWsHEg/eYuT2Ha3TpZp6fpM1LoWmyVLbOU27lcjGMk26mghxmaQCnWxMdf2U7wmOcGqOH0p+UKe6r6amzDCZuWe8CyvUX70EHziSbS0IpN7ONurfbBCSbd0Z3ZvtNxTssxIxiPDU4WXmldts6ocT1SpJ0IPcY+sKRhHdb3jVOyK3hssxesWS/LoU7SXHuoeZNly4J7gAkXJjhm2/dh2l7DqihnGVHQ5TpvtSFZkF8eQnUdFNPJ0NxrY2IBFwIyvJGXxkacJR2jf8RVPYxvDyqazT2ZXBuMMt5iXGknNL70dWye7lGhit7XtiDz0qZqZco02MswwtXFlZhH4w1SfBXMRyBcnNySw9LOLSpJ0KTYiNhkNqGKZOSVS5ma9ZllJKS28Mwt5GJ+L62h+T70y/i+Qw7iZpWJcLS4lHF9qakgdEK6lPhGjNhbK8yTFhFSVLTZmZK7KVEnIDoL9PKFMvLmDdllACtSoDrHSKcVTMNqWyq2FKmE5eZVG0ImHLatpJ78sYNhpMohT6gFKCdPCLlAdeqtYlpKYdWlpxXaCLA2AJ59IrWQi8TM02VNWmltOi0sxYvW0zqPJH5z8I2LiApyhICb2AAsAO4RQTKyMtmblZYtpKiogOrNz3m55xKhtBQVpYGVAupRUbJHeSTp5wojdlgue0q/hAZ+WoioJ6kk5BNSRJ0tx0/pixlatq0mxF766iFAl4lybQ2a+txe0RhDA5sj4n9MSJbljclgHuso/piAcG/IXiQG5J6k8oBLMsNFMeH4RX6YLgy3LhG//ADi/0wKSoTmJAg6hN0uht8StTyZdR1SwkZ3leSOnmqwiNCGUqBShSSORDqxb74qLoVBeUXHaQ0taiSVFayT994FNcrO0KfmkqlaI0abLqBSVpVd9weK/q+Sbe+NSJJJJJJPMmOnfNzDhH+BWr/8AOOfrQQwxhu3+Bmv5xz9aNJpGWm+nL4UdRGGMM/7ys/zrn60H82MM20obP867+tFyRMGcrhWjqfzYwyDf5DZ5/vzun/egk4YwyDb5DZOv787+tDIYs5YlBPMRYbYuBofhHTRhrC51NEa9zzo//lEowzhgiwpAR0ul9386oy5GlE50zKjqVfCMgxLjSyyP4sbZP4PGUu0Fa3QBmVLOEcT+KbDN5c+68YRL6GzkWlSFJNiCmxB7jGG2dEkA0y4BdLotb7MW0pcI5+B7MJt9oC97k+BiTikn8NYDlaMbNaDbzaJyp+ETpbcGoyxCF2As+dRziZvMof3wPebRlmkHkePjbwg0ofuAG7mDUhxBCQ4LfwoJDbyjbiD4wstAcGZJBCLnwiZLMwACpq0P20n8Km4+rmgkcVfZQr/vRLLQ+V69uDp3iHyupHWHSHwLAkgeMSJbfAzJWfK4MSy0V1cUn2jBpU9oEgcu7WJz6wCFKUQT3iHDc2rtINx8Itko0oNoJut4Xhi2gKuHL35awCnEm12xaErIRcNc46nIdWQGwNrwBWAOV7dYZR6hNrQBK+kWiWJTiM2tohdmUgdkQ6hcG4ihOTDbBta6jrGkjLYT00VtrTrqkj7oxsqkqWbc7RkJOtKZVrLJcT1BQDG7YMnNnNYnW5PFNIdbDhylyTcSy6PEZuyfImDeK4ZSyNDQ84ydLjviRVQDa25lham32jcKBj6CqW6bUMR01yubGsSymLmWkcR6m29XqTA7iwrU9wt7R5Xjg9awxVKNPv0yrSExIzkssoel5hstuNqHMKSdQYinGRXFo+htnLmz/b7SJShVyuy+FMfSSA1IVdSuEzO2HZQ6sewrQAE3BjYlbY9tOwBma2V7YsNtV3DM6opfk6gjiyc0k/urZFw251DrZBJ9oK5R8jIanZFwTEstSFJ5FJsY6hQN4nFLFBGEMYS7GI6InRMrUE8ThfwF+0j3G3hHKXht62jpHyfYe0TDGGJgKxVs2mnXaNM3WuSeN3ZJXVBI5gdD1H3cumpcEFVrGNim8TU2lVhc/hJD0vTpsfSyLq84b70g9U9x5iMbVXZVweuShs07qU/ZPdHSCcdGJNSMAQUmxi1JklJHQGIXFcRQCBGQlWUtNhJGvMnxjrJ6OcVsaZ0lXNOg/LE+DRfEUr4FR/7piKcy+quFOnLT3iJcHf6YJa/4/wDRMRfxLLpuzCGnHlKmnC2w0lbzywNQ2hJKrd5sDYdTYRjmZV3ExROVIFmRBvLSKFEIQjoVfaURzVzOnSwE8+lb1IqcozfO/LWTbrlcSsj3hBHvi1S5hh6QYfa1SpoAC3I6C3uMZekVKyvN4eowbDYprN/DQ/EaxiFofw26l1lxx2nLUEutL1LV/rJ/x8D0MbGu5Xcm5B95MU6uEJo8/wAftDg8MD7S1EBIHjfW34p7jCL9Fa+iZVybpII5i3IjpBpNhbr4xA0hbUuyyr2kNoST3kAAxOnqSPKBlEgN4Mc9YjTroYIHKCLEwNIMHrBA2HOABvrexghfugAwTbwh7+6BTqPzQhfvgUkCjcG/KCzW0uRb8kRgnW58Ye5vfr0iANLmt4MHU90R21IhxfmecASBRF9IPMb2v06RGDYaQQOsATocKFAg8u6DnKfTq2QJ27EyBZMyhIzHTQLGmccudiOhEVx4+XKJkKsddIFMBO0OdprgRNlvIs2bdTq25b7J7/AgHwtrEPqi0m6Ft2t3xuLUyOGuXfbQ8y4LLaWLpUPKMRUcNqUC/Rip5A1MudXEfwT9ceHtcvavGGn6NJr2YYIVe2Zv4xMhpabX4R06qEVuDY3KRcGx77wXBUoXCrW6XjNGrLRW4kacAjwMGh1aTopFz1EUhLrJHbHO1onQyQLFQ0hSLbLR4lwrO0T4dIIlzLmK0i8QIbUk3uIlDRXqoC3cDELbJEIcJILqfK8SstKBzBSQOusRJYdBtl0PlD8B22hA8LiIVaLJYdUClKkEfwtYBTTqdOIkW6BXWIkyrpuSRaHDDiQUkn4wH+GoFMx9UJgCHOShFxdPdTb6QXt0iN1l5P1gdI6KRzcaKikLtDJbJBJdCYJ1Lh9og+URKKUpKjcAa3vpGjIykgXs8D36RgqmSZxQJ6CMmioyQWA7mKb9DGWp9CwriF5KXKy9IOLsnOtAcQD3kDW0aTxezEvlpGtgLbSAkC0ROrUQQtN47FW92XabT8PoxZQZCXxTQ1JzGeojvrIQBzzoHbRbrcaRyp+TLalNPNqQpJsoKFiPOCkmSmbJs82nYkwdUpZ+nV56UWwoFhxS1jgnplcT22vNOneDH15KbYdlO8Jh2XwZvJYcEjX0sgUzF9Ml0JqDSBoFKyfRzzAPtBNljtWSTdUfCLsmRdSDcRfpWJqnSZVymrtMyDpzKl3rlKV9HEHmhY+0mx6G4JBxPxKW4mo+Rx1I6jtl2I1zZNWA1MVCUrVDnQHaZWpBRXKzrJ9lQPNKrc0nUG4jlE3KNrN2xr3x0fCW3CpS1LcwniYCp0SauHWX7Egnksdyx9oc+t+mt4oosnJTXrNHeD9PmSVMqvqn8U+MSDlF1I1LGSuJpbjamlZVQbLhKSyonKrpFqdZy6rsCOl4pNpKlgA28Y7p2ji1TMiwwyjXhm/fE5CALpJimlS0jVxUJTxt7ZjFG7oOcUkS6k9Tb8sWcHf6YJbyX/RMYt5ZUCLxlcG3+X2LfZX/AETG0qRhu2bfmUhWdJyqBuCOd+kUkSs3IOqdpSmwy4orXKuEhIJ55FDlfu5RbJ1IvoYcX7+kZKCmcqJ0NIsr7Rmm8o94ufuh/V3phbT084glo3aZaBDbavtG+qleJtboBEjY7QTzBPxjt2KqtQcGUjD1sC0aeM/KBa3HGUJN0obN75Te5XzP3xhyrhpLI4qUn8bTWCA1tyty0jpWNaHh6q4GkceUekt0p557hOyzZ7ChdSTYWA0Ui4IAuDr0sWy6j0GRo9RxhiuUl3pJDjco2H2wtIJUMyrEHqpIB6dqJnqyqO6OagWsYLl05RtO0nDqMOYrmGZZoNys3aal0gdlKVE3SLaaKzC3daN4rtQw5gzDeGZhzA9LqDlRkUrWtxttBCkNt3N8isxJWb37vGGXK9lUfs4/cm3S8GLW5fGOg4zpGH6tgNjHlGpQpbq3S25Lt+wRmUnSwA0UBYgDS9+kbPjmfw9g2elpRvZ3Sagl9kuFXCQ3YhWW34NV+X3xM/0XE4v4QQvrc9IzmLcQyFcclfUcKydELCVZxL2+lvaxNkJ5ZfHmY23Z1LUNjBdar1Ww/JVNcg6pSUPtJN0hCDlzEHKLnu6xXKlbIlbo5wCbHnz74dIFr3+6Oq0BrCG0mUqUojCEvRHpVniNTMuoZUqOgKiEpHT2SCDc8jFbBbVAkNm0/iiqYakao7KTmQJeQMygrhpsVFJtbMTy/LEz/RcbOa8u1e484IcucdPkZLCW0GhVd6nYXRRp6mth1tTCroNwopBICQQchuCORuDBUNrDlH2aSOJKjhaUqb6nnW1BxCUqV9M4kErKVaAAdO6Gf6KonL9YNPW8bViLFOGarSnJGmYElKXMKUkpmW3ElSQCCeTaTqNOcblieZwdg9qnNP4Akp5ybl1KKuy3Yi34ir3v90Mn9Ex/ZybKRz1gs2XXNG7SlUw1ivFVCkZLCUtTWS+sTDaFBQeCgMoPZGgy+POM1iGs7PKJXpmgTmAWlpllIS48ysJUQpCVXAsLGx+174ZvlFr3ZzJJVe4izKuqQ4laVEEHmI2PHuEZOgLk6rRXVO0qqtB1jPclFwCBc8wQbi+uhvyudZYFlAj3RU1JEaoq7QJT1nG1UfLqEZ0yq7ezcqlWSTbvKiST1JMYJFOy/wCu2/5UZvHXDXi2bLuY3Yk1af8ARmx+aMJwpYDspVe/Uxhtm0lRIZBQ5TTZt+NErUis2yzDZ0v7cQobl0ovkV8YNJYuPoFWv3xNmlROZVaU24zeb+HDJl3gfw6NfxoFS5W/ZZUbQQXKD9wWffE2XRP6q+E34zZ/jwgw7a/ER8YHNLkACXUn3wlKZtZKHded4bGiYSq7X4ybd14Rk3DoHE9/tRCAyrUFfvgrNKN85A8esNjRqhfmQD9IkeZgVTa+Sik+UQuFi4ypUYhU40ehEdUjjlRKX1HnyipPJmXmFNSzTiyeiReBm5gMtKcQSSBYXEYlmanVu3acObnzjaXtGHL0SIpE+26n1qQmEIPMlsgfGLKZWXSoFu6SPsqIIMZygY3r9BeQtTPHbBF0qCXAR4pUCCPCO44Ynd3va80mnYxw67hmqKFvlShKUcqu96ScUTlHMllVvARmU2uiMb4cp2d7Zcd7Lqw1OYfrU3Lm4HEYfLa1pB9lf1HB+K4lQ6aR9OU7FW77vMqbou2Ki/M/F822PV8S0mS4Ljijolc1K8nkk81tkk2sAkAxxvajue7QsLUVzGuBJyXx3hIZl/KNHJccYSOZdZHaRbroQOpjTtlG06hUQqwdtNw+it4ZmVEKSq6JqQc5caXdFlNrGlwDZVrKBEYlFSVwNqVOpGwbdN2zHuweeYerDctV8OVIFylYhpbnHkJ5vvS4PZUOqFWI8rE8fe4LmnDtH19P7QsZbLMMPmRq0ttP2RV4hM23OJzOMk+z6wkatPp5JfTYm1jplTHzNWKfh6u1+pT2HEP0+iIeySzThDjvIEgq0GhJse62kPFKUujyJLhpb7IQbo5RfptXcaYcp75zMPCxB6HoR3GM6rDNMJIVNTZA8U/ogU4Vo9/ws5e/Raf1Y76apnHj0aspk51Bxy9j8YVkpFhpG2jDVIubrmz4lxP6sI4cow5CZPm4P1YWKNRKoEq6RuPzeoo14Lx83P2QxoNEHsyqzp1dPP3RbJTNM1V5Rm8Gf4db8G3P6JilVGUMvFttASkcgIvYLSVV1sf8W5/RMV8Hs2tQ58rwSRqO6HIufCEkW00veOZoNvmB8Y77jLFkrhaj4VTN4flqi1NyScxdAzNpShq+S4Opzfd8OBDTr8IuztZq1UaYZqNRmZpuVSUsIeeUsNg2uE3Og7I5dwjEo5NGoyxOm7ZHqvPM0ldPdS/h19CFSaZds24pToFam5KT2eWhItoSclX5TBVDw3SsDYprE3JOsNJm3UybZJWslQJUcigRmLlhpyHgI5M1iKusybcg1V5tMswtLjLIdVkQoLzhQF7A5hfziGoVKfqkwZuozj80+oBJcdcK1EAWAuYig9I1n7OqY2l6RirAUvWcOTjk6KAoS7jzjZDqm8qQrNcC59lRNrGx8Yy+JMUyeF8MYSVPUGWqaJiSbBDwBU2EtNXKcwIuc3hyjjEjWqrTZeZlZGffYYm05Hm0LIS4LEWI66E/GDna1ValLystPz777EonJLocWSGk2AsAeWiR8IYei5/R0XbNNVF+l012muM/NqZaC5cMIyjiZTbP/FOg0GitLiNux7VMfU+elhhGnLeZWyVPFuX4mVd+Xhp+SOMSj+LajR1UeSTVJumJNlMMtOOtJN81rAEA31jLnEO1APJl1v4gD5SVpbLLucpFgogWvYXAJ5aiM4cRcipjJGK5iebquKqe8w88nhoK2uGlQT0Hfz++N32WPVGXwLX3qQ2XJ1t1SmUhAWVK4Y0t1/bGgYgnsVziGPnKqoqSnMWfW21oF9L5cwHhFqkO48oaHGaTK1mVQtWZaG5VwAq5XPZ8I01caInTs6pg2axrXXp6l40oobprsqpC1rY4CipSkpyggjmkq18Br0OKwdPSFF2Y1ioLp7FVlpapKAZmAkpeTdoAm4I6hXLpHPapizGM2h2m1as1HKRlcZcUpBsRyUNDyPIxWZq9elaG5TETL7dMmlkqRl+jWsFJOtufYTyPSM4MuZ1WfrfyrszmqjgamydPupSanLMtJDjaMpCyCkJB7JBzW9knkRD4WqNfpWyeQm8NSXrc8H3glHBU6QgvrzdlOvv8I5pSJzF9CbedpCahKofSC6pMuVIUE3IJzJI0udfEwqbjbFNIk0U+mVp6XlmyooaShGUXJUeY7yT74YekMvbM5jGrY/xBItnEdBmGZeTJXxBJOthNwB2lKuLecdCxTX8aUWTpKcK0hU627K3mVepuPZCAjL7JsLgnzsY5JO43xbUpN2Rn6689LvCy21IbAVrfWyYsNbRMbstIZaxC8ENoDaE8FrRPdqmGDYUkjYpSaxXU8fUKs4oo78mvityrZMqtlBAUpQAz3ubrPXugce4VxJVMb1OYp1EnZhl5xrI6hlXDNmUA9s6DW41PSNamsbYrn3Jd+crbzq5V0PMqLbYyLsdRZOvM6HSLadouN1JIViSYse5DY/InSLi7tC0+m1bTy1SMLYdwo68lydlkIddym4SENlGnUAqUQP4BjnrKzYc9NQYCYmZmdfXNzsw6+84cy3XFlSlHxJ1MJrsqAI/ZGorFUZbtmLx9WHKZjAKQwh5t+RlCUq01DYFwfdFl9usS2QOS0h9MgLH0pOh7+zzjGbUkg4jpy9e3TZY3PhmH5o2GrkB5hBHstJERxTqzUZyXsxwTUl2SZWSvy1dP6kOGqjbMJaR8RxT+pBpUSeZiVN8oJ62N4mMS5y+yNHykpaUGVkhc2uHTcf8AdiR9cxIzr0jNyBZmJdWR1sgdk2B5gkG4IIINjeCX2eRvqPy/sgsXOEYvnwtRGZiVX53Qf0RmUF6NR8jvZWVOpUq5lzp1tDpnGVXzNKHuisl4EEcVXuh1cNViXHD36xnFG8mWWpqWKilQV/Jg1TUs0bJSo25dbRSyMAXDzoJ+6GEulRzIcWeuvWGKGTNKW4sHVIiJSl39gCLK1S6vqn3JMQrMsOyQR5iO9nnaKsyjisra6kRipMlL+Q6E6e+Must37J0ihPsIBEwwrtfWH542n6MSXsl9YU0ooWixB7olbnWFqBWcq0m6VDQg+B6Rapsg5iBrJJpzzzaTZsc3kgch+MO7rGJflilRBulSTYpIsRE0xbR2bZLvIbQdk9Ubn6PW5hSQRnUkgrWkcg6g9h9P8IZh9VSecdixRhbYtvd01VdwRLyGCdp60FapFtQbpVecAuUsX/AzB/eVntaZSTe/xgQ+1qFGJJSpz0gpfq0wtsOWzhJsFW5XjD8PuLpml5fUkbhT8SbQ9jldmqOtx+SdQVMTUo8nM06nkpC0KGVSTqCCPOGpD7c7Lzk8xKNSrUxPuOIZZuENg2OVN9bC9hGDreL6tiKWaZrs05PLZAS0+6czqU9xUdVDzjMYa0w6gA6mYXf4COiXt9MN+kXdddYV7JvCvoT3QCidB3xQHm5HXSFcW16CBBvfwhwRe5iARP3QKja50h+d4Ei46xQatXRaaMWcFf4cSTpZlw3/AIsV6+LTWnUXizgkH5aJvYJYcPLwi+jPs2skZiBrCBHPQQic3feEnUkDoIwaDFhe2nhDjSxAhrHqfG8EBoLwASdbGC6QIsNCDrDg399oFHygE8+cPYjS9v0wwvrr3QrnlfxgDo2B30y+Aa68utvUcJm2EmcaQtamwSNAlBB7R05xZwnPGZxZMtoxg/V2WqM+UTb6HEBhSlNhVkrJOlkk25+6Ofs1uosUiaobLqRJza0OOoyAkqSQU9q1+g0hUisT9Dfdmac8EOPMLlllSAoFtXMag9w1jm49NqXDfK26ZfAM0qrYiVXvlGYQ3IuZFFLKkKuslatQSLix91wSQFIxViGYwLiOozFYmXZpl2UDbylkqRmdAIBPK+ojSZat1KWpEzQ0uJVJTS0urbWgKstPJSTzSdBy5gWhSdan5SlztGYdQJSfLankFIuShWZNjzGsMC5GWbolVrUsrEUxV6YtSwt1aZmcSHlZLixSdSTl079Iy2KqrNV3BFEmHWGUuKmn0BDDQQnmdAkaRo1yBz53jILrFQdpUtR1uD1aUdW81YWUFK5m/Mxcd2SzpLlVl8XVNeH6NWMQ0yoOS5Q3LTDSES5KW7qSpKbrSSBzOn3Ry3obgAxsR2iYrUwpszrfGUgNGbDCRMFHK2cDw58763vrGuJGmUCwhFUJOwgfL3wYIGp5wCeVyYK+vKNEDBufvg0acraRGD17oMHobwBKBbpy++JEm1tLDyiJPLW2msEFCAMNtR0rVGXzzUlhX/6jo/NGfrYBWwodWxGB2pptPUBQTa9GbPn/AHQ+LxsFUTmkqbMAfhZdKj7xrGX6C9mPQbnUaHnEqVGwuOXTuiJFyQSdet+6JABfVXh+eBUGonKDbQkC/wAf0QWM0n53uqS3crpsmvn/AM4PzCI82YG2nLr3aRPjcKGKGXc6gV0mWVz52Kv0xGaXTDhyYSQfVgfHTlBomX085Ujvt1gQLjOHlePWEgvKVZDuax6gRg6WS8YKJJYUn4RMlatAWVWt0MVwmYv2iPug7ulVrDTrcRCnP3H3gLhagQO+Kq33/rFWvfFhbhNwpadYgUpXIuju5x6EeZkKn1EG5+6IVTBHSJVpT9sCK7iE30VeNKjLslkJ96nTjc7KOKbW2oLBQbFJB5jxjuTkrgPbdSWX0TUlhfGraQgzTh4dNrBtpxD/AK2mD1J7CuZynU8CUjuMT0+oz1Mf48k+ptXJQ5pUO4g6EecZn48trpYzrTM3inC2I8HVV2iYnpExT5xrm28gjMOiknkoHoRoYwTiAekb9JbU3qlTUUDEjDM1IpFm2JpJdab8W1Xzs/xTbwjXqpTKStRepTriEK1CFKDiR5KFj8REi2tSK0uo1wpI7PMdI2vClQkvk5dNm30sK4hcaWs2SbgAgnpyEa06jIe0OXWIMyhoFEDwMdOnPh0VIk76z8sRy0dENkllezOy5t/xqY53mV9o/GFmV9o/GGLLZ0XhM8xNy5HL8Kn9MNw2/wD1lg6/vojnnEc+2r4wuI5++K+MMRZ0MtosfpWe8fSJ8f2Q3CSokB5k210cTr98c94rg5OK+MLiuHm4r4wxYszOIWyJsgWJt0hYWqMlSqkuYqClpbUytsFCcxBNrXF+UYUqUr2lE+ZhotEN8+cdAKrifOp5FpUGMRUDrUx/Mr/RGgQomKFnQRiKgEWNVT/NL8fCCOIcOkf4VT/NL/VjnkKGJcjonzhw9b/C7Z/6pz9WHOI8PgC1WR/NufojnUKGKGTOi/OHD1tKu3/Nufqw/wA4MPHnWWf5tz9WOcwoYoZHRxXsO3t8tM/zbn6sSJr2Hf8AfuXF/wDi3f1I5pChiMjporuHv9/Jc/xHP1Yc1vD4FxXJb+S5+rHMYUTAZHUBWcPn/ZyV+C/1YIVmgG4FblLfx/1Y5bChgMjqiazQulalLc+av0QQrNCF71qU8sx/RHKYUMBkdX+WKJe3yzJfzukGKtRyNKzIHrq+B+WOSwoYFzOupqlHGny1IWt/6wn9MF8p0ccqzTyfCZT+mOQQoYDI7Ciq0nkK1T9f/akfpiVFSpClBPy5TAP+lI/THGYUMBmdR2mVmi1eoUluiVBE4mQpjcq8tAOXicRxZAJGo7fONomPpMNUV2/NgC/ujhLTzjKgttRBEbbL7TauxTJelqp8k63LAhKlhdzfvsqMuD9FU/s3lKe0CfK0JRJOnnrGjDaXU9D8lyNxy0X+tC/sl1TT/OuQ08F/rRMGXNG9XISoDv6mLeN0KXVqQ6hJJepCOVh7Kk/pjnQ2l1IC3yVI28l/rRlW8bVHGdQZcnpSWYTT5TgNhoEXBUnnc8+zElFpWajJN0ZxMq8E8lH+PBty7mYXBJ/5wRj05jrmbJPcYkQl0W0SNb+31jjTO9r6L5a1/AuG/cbwggIvaWcPgTzikA7bmP5XP74IB1AJGUnxXrChZoLjbY0zA+RiBSEa3UnWLawknQAadYhW3capAjujzsqqbR0WIhW2n7UWS0eYFoBTJjSZlorZADfSFl6aGDUgg9YBXhFIAtpN+4xGla2z2VlPkYkJPjEaxreKjLHJLnaWsk+OsARYkCEDaEe+NEFChQoAUKFCgBQoUKAFChQoAUKFCgBQoUKAFChQoAUTScuZl8NDuJ+EQxYp016lONTBFwk9od46wBeFHWfqwXyKu9gj7o25luWebS+2QW1C4PQ+UTNsovewNu/rHPNm8UacKC6bdj7odOHnlkAN6nlpG7obBGoAzAg2iyudlcO0SYxC8wh1xKhLybShdCn1A9pQ6hABNupyg84ZsuKNKncLy9Gl25muzQleMgLaYSnM84nvCb6DxUQO68YB9+XKrSsqG0dCs51Hz6fAQ0/PzdTnHZ6fmFvvvKKluLNyomII2v2c2IknmYUKFFAoUKFAChQoUAKFChQAoUKFAChQoUAKNtwZKqEq9MJuC45l59AP2mNSjdqA0tinMozlNwVEX6nX88c/I9HTx9sz6OMkXC7353F/yxOhx3KLkW8UD9EUgtwHR5RHdc8on4ziUhWdZ5WFzHBo9CZZCVgC6xcDqnv90MlxRVYqSo/wP2RXMw6eQc052UYkbmngrKk2J8dYlM1ZopUb2ur3QJtYnMrWJi2/a+bnES0OC1wY7HnIVFH2zEaim2jhiQoVyynTwiNTZtqg28opCBWW3OIlc9DFhTZ+wrviFSbc0kRoyyFUArlEqk63APwgFJ8I0jJHCgrQ2XwikGhQrQoAUKFCgBQoUKAFChe6FAChQoUAKFChQAoUKFAChQoUAbPg+pEqVSnVjUFbN+hGpHw190bVYapHT8kcyl33JV9uYZVZbagpJ8RHTJd9qblmptr2XUBQF+Xh+WOc1WzcX6JEk/5RGK2jrWmg0FoEhBdnFHpdX0Q/IBGXCeQIsDyEY/H7AewfTpm+spPuN28HUA//ACYi6jUuHOYUKFYx1OQoUK0KxgBQoe0LLADQoe0LKYAaFD5TD5D3QsAwoLIe6CDRiWKI4cIUo2Aiy1LlX1TF+WkVE3Df3xHKjSjY9Hpy+KlxTZOvMjlG1MgoSL5/hFGVlk5B9Ao/9ZGRZl0C10PXI/fI4SdvZ3iqJkLCh1B/g6xIgoz3Ge/8HWIiwBy4g/jcodCALZgo8+cQ0WFTGvN4eOWHS+VHk8Rf97vAoaWRYNknwAMGlpwfubgHXsg/niaLs1FcutPJII84hXLr7j+aCPETf6RQ98CpTlrcVXvJjorOWiJbTgNik6d0CWnbXGYRLmc1ss28+cMXHT2bxdjRVKF39pXlES0Kva5i4eLzJGnhEauJcaj4QTM0Uy0e/WIykiLhSo3JsfdAKaJHK0aTI0VMo7oYoB6RZLRHXyhuETzEWyUVeGO6GKR0iyplXwhuCodItkor5T3Qso7omKFcrQ2RR6GFkohy+EICJeGQdRCyEQsURZe4QreES5O8Q+Qd8LFENvxYa3hExTAlMWxRFC90GU2OphiBCyAwoewvzhjFAoUKFACjd8GThfpi5Qm6pZzT+CrX8t40iNiwO/w6o5LqNkvsqHvGv6YzLhY9N2ANxf7jCxOyJjAVUTa/q0zKzI8NVN//ADYMa629xixUGy7gXEqeeWUYXy5WmmdY5ezr6OP2B5DnD5B3CJAjXQQQRpHU50RZB3Q4bEShsnvgktdTfTwiFoh4Y5AQ/CHWLAZRa9z8IdDSSRe/wiWKK3DHIQ4aMXOCkclH+TCDaL21HuhZaKoaF7FVvCCDKftRdSwi3tde6JAy1pc6+USy0UEy47xE6JU6axeTLIUQAfPSLCZNIskrSm/UiI5FUSpLyqCoAqt5i8ZWWlWwdX0WI+zAtS+oIfTpFxDRP7q377Rhm1onalpcABTiOQ1y2idLDBSLFFufO0RssuH2XWybdwi0204oDtNctb5YybX/AAYsy9h20369uHSwkAlBA6WvFgNL0s2xcdcwP5ofgTBGazQB69mJZaI0pRawWm19dR+mDbZSlWi0q/jD9MS+quhIQtIA62SDDolVEchy0NgL/fEstP6NJsg3vMjTqRDWTY2mUQamWLX4Lo0gCmXGmRQ7rpJjociMoJVf1hHPmRAKaXa/FQT4RMW5ckWKgT+Kf0QBYYBul5QPdaKmSiBaFJ0BAPugMrhF+YBtFn1dN/wxHmDpD8FIFg+k93OLZKKnDP4pPnAqSsC/DTFsy6h+7N++GDGYH6ZkW7zzhYop2TfkIVhc3tbzi1wFDk42fhCMspR7K29e4xbRKZUyp52+JhaW9lPwEWxJuC+YtACH9SdH7m156xLRaZRyJ55U/CAyg8kCMgJNfMlA0hGXcGmQH3Wi5ExZjVINxpzMINXtcgXi/wABw68MecJTVh+CT/Ki5ExKIbFtVJ8IRaH2keV4vBhVjdg2tqRrDer6dtlVjyJiWXEoFofbTAqb19oCL5bbBsEKv7oYsoH1T8BFyJiY5TdvriAKfEReW2gG9yPdECkIvbN90aTM0VSDAm8WChPf90RqSO+KmZaIYUEUgcoGNEFGUwu9wa9JqvbM5k/lC354xcXaH/hmR/6Q3/SER8COmqSR+mL82rJgPFDhFv7kl2+XfNsfoMUyr2gRoTrFjEazJ7O5pII4lUqstKpSeqG0rcWfcQ38Y4nY5ihpJ6ge6JPV0gXDyb/wT+iLjTD5B7CPhDFl4arbSPvhdloqpZubKdT8DCLPTiIN4uJaWof3uBf3Qfq6gNZYX/hQsUUuELWC0nzgky5HNSefSLiWUkkKYIPIWVaH9VYvcpcAv3i8LFFQMEgdrn4QQZv7SzYa3tF1EqyALLduelhEiJdpBsl1we8RLKolNLTel3DcaWCRE7TTSr9rUfiiLSQ2LAOqt1urX8kEAjUhy9h1/wAkZs1RChga5SLRYQypQ0vb3Q4SgGxd07rROjLbsqV5WEGVA8Bw6BKiOfPpEqJd46cNZPfYcoNDZ11TpoLgRMhgA3DqAR4xmy0AiUcSNWHT0toNfjE6ZZYF0sPJ6G/+WHTLvKIyugg/ZI5xOlE2kaTKwO8KPKJZpIiTLv2/BE38OkTpk5i+UMEHXzMLJO9XXbjrdVzEoTULjLMP94Jzd0TZUkQiUcS5221XPK/OJESyr6tKufDxh0pnzYesOjzvyiZtqfAB9YVprYiFsqS+jSAl0nMFm45m2kOOOFWJPwEAtaAOwpzlqQCCIArUo9lxwg98dKs42Evig5lvgE/ifshWdIul9ux70c/ugfpj9YqN+qRBJLoNigE26iLQsbK+dQ+kgnnlA/ND5XdQqbave3IGC49hqFC3QCAKm1g3Dl+8piAS23LC77Jv+KIENX0CmVfxT+mCUmX6FweOWGKJS1w4vzy2igBTS7WysGBSzYkcNBPW0SKEuT7awPIw1pfUcdXwMUgHBX+8C/PS8MGFFVyxc+BMSEkHszdvHWHRkN7TJ59LwGgVS7qbZULTfQakXtAqRMciXe/2olCWCQPW+R63hygXsJpPuNh98SxRX4a9AFKB8VQ6mEXJUpdz3CLGRYOkyg+8Qy0OpFvWQbczaFlorBtofuiveIMpbt/fKiPBUTNpmFHsKQq3eBEim5wAghtN+YsD+SDYSKhbaOomV9406wBbQq9nj/J0i3wntAtLR6ctfyQ5vYj1ZOmmghYooLbZSL8RR/ixWW2DyOvlGTUxcFSmgNL2ymKzzISb5futFTMtGNW2mxNzp4RApCRF9xtu19BaKy0ovodI2mc2iooJtpEfviwuxvrESgDHRMwyOMlhxrjV2RR3PJUfIa/mjHW8I2DBMqX66l0pumXaW4r4WH3mD4F039CbK5HnEG0p1DL+H8K5xmkJJc/Mi/svTFikH/qkMn+NGbw3KSc1PKmaqstUyQbVOzzgGqWWxcgeKvZHeSI549XHMTYgquJqk0niTz5WEBVktg8kDwSMqR4ARxOqHQ2gCyXLAW1v+aHAFrpmVDzOn3xKHJQaGWRrexClW/LBcSVItkTmvayVc/j/AI6Rg6aIAknk4TaCyLVa6U8rXvEyEyy1G4CufNUTJZZKiEpQB4n89ollSsgAAuFNtm/K3dyghkCb+rI5cwoi8T8FH1UpFuYBUYMS7vNCQqw5An9ESy0yvlbQMvBT36K/ZBWb0slJHIdv9kTiTmxYqZUD3DW3xg0yj9vZI8csLQpldIUBmQsJt3m8TpLpsnMgi1r5YkTKTBHZ1PIG9vzwfq7qU5XWQonvUDrfziWipNAAPFNy4kDmL2FoMpuDd+XV4FQh0IdbTkEsnLyBJ/bCIdSVH1dJF+YB5/GBRIbWDoZc3N/aMS5FDUlo/wAc6/fABt1YI9X58rC354IKNwDLpvfrfX4mKQIJcPZHC8bLP5zBcNSQLtNkjqCT+eHS06CFCWTcgWFzfy5xJwZg6lhNhEstAhtxPNCOpAzEX++DsTosoukm91nT74bgPpNjLDvukHT74dDLyVXDSwSeR1v7oWCQoXzHDNjf2zBEugG6EhPg5cQKW3ioENE3voE2A++JG0Ohdi0lIVoLgH88Qppq3HEnJofEJhg64QTwWjfQ9mJUtrSSr1td+mijr74cqm7AKmCR35Y2YIi66kg8FsEg37P7YIqf9qwvytaEWZnQl8nTS6RCMs+bkOp5fZi6JsZTiyNQnMelhf8AJCKxexQjXryhgy/fVw2OvIfphFl0i4fcIAvyt+eGiWxlZTdKUI08RAlDqxfILeAh8j2tphzyufyQxQ8b5nnSfFX3xUAFIFjdBuOdxYQOVCfbFx4d/wAYmStYGrxGvUfsh+M6oXFiR+KD+aGyUQlLBF1FQ90EBKpVdTrt/L9sOp5wAXUlWt/ZGn3Q/GUeakm3M5Un8ohsaI1Iliew8sDnqmH9XZtcPm3iIPMOYykH8QfohBxtBvlI8QkWP3RdjQwlOJYJcQevK94ESyjqpxHW8SBTKv3NfdcAC/XugbSxIBbcv15QtjQKmEoRfNe3VJFoFSVk6lXd7Q5QeZgH2F6a9IJTrFjdsg+Pf8Imxog4IV2baX6awJZSQSm5AOkTqWzplcSnySf0QyXWwn8OQT+KTeLsaKymTY3bPdEDiFDQt/8Adi6640r93J8ckROlJH98Kva3IwVkaRRcSCdGwPdES0L8LdNItqQb3Duh11ERLQbWS6k+6NJmWik4gxCpPlpFtxtWpKxERQftAxuzDRWy6xvWCaetimLnMpLk6vKkAfUToPib/ARqVPpz1Un2aex7TyrE/ZTzJ9wvHXnJ+nbPqK3XphlJmy3w6NJuC+ZYFuMofYRz/GVp3xJPVCK3ZhNpNXGHKMjAso6PXpvJM1dSTqgDtNy58QbLUO/KOhEa7SEPykm2yhhBUO0cySTmOv6PhGBlRNVuquTc464866tT7zirqUtRNySfEn8sbU0wQi4J5/WRoYxOkqOkLbslS/MgkCXlyOXsQalTC7KMlK9ofvY1h/Vn3uyhAJPPQ8tYf5MmgcpSAeet45aOvyIHGlBQLjSEAfYSE+UOGWgBmQr3ACLfqU6kAKbbAVcAqCocyMwi5WEeRSYZIYv6K+RhQtwlE+OsMWZdQuUZSNPY/bFwSbpVZSWD90GJR1N1Bpo629ogfeIZIuLMeES6STldNvd+eJErl7pst6/U5iPzxZU0pIJ4TRuft6/kiMILarcFOn414t2SqHSlJAyKePW2Y/ph+EtOnGIv0Ll/PrDkdkpUhI16GDyBZsUKKr6xkoCWgDcupBPUKtE6WldJtQHQ5/0wBaIA7Fk3HcfKCCVlIIHu0igkQ45yRPK8s4/T4RKkuhes2onnodYhSVZiSMySL6coK+l8gPvESi2WUuTCRZMwSSbDQf5YIvTKtTNpKuQBSLxXSgAg5Qm+vatEiUNA5k5CfKxPwiUi2yT1meSLesJy9LpTb/HlBGcmrFXGbNh9ka9/5ohKyAEAAW63teHCRzU4nv1OvlCkLYanpjQFaTc9oBAHXyhJBypzuDQaWH+N4YNpVqXUi51ISbfsgw0VX+lB77gwGzTOOgjRZGvMp/RBcZrKcrgvpyQfzCCCJTRRl1WPMlZhlIlTyaHZ1HaMddHLZGXkWsHjfnqCBDCZWi9nie4W6wQYQRfLm63sYMSoSAXE6ctb2PjDRPkyJM0sEEqB6a3hhOOZiVgG/S2n3xY4EuoGzaQrusq/+PuhBiX1Cloue+8LRaf2RJnHO9F/4OkEJty91FseQ/bBCXltdUH46fdD+qSoNgpXfor9kTQSl9getqVyWgfGF60tS9Q0rTW5/bD+qSwNyo3trrfWI1SrVwQ+P4wh8R8kJKsygeE0R015ffBk2BHDbSBz1B/PEfqeoGcG/haGMkE2OZB79QIuvsmyUqB0yCx5m45xGlbWbXKOg10hhKFX12x3dsfp0hvVCD7bajqSAoQ0Nk5cYVr2AQfqka+WsJXDUOWYeY1++IBJunUWP8a8MWFo1W+gd2usKQt/RPkbUoqUbHle/IwHDaBslQPTziES6iQA+2SrxEOJVfMLSrXoAYUvsb+icpZBAOTXlpEam2VJ7Isq/dDGWWi+a41tcptpAFpQAUTceWsKH+DKS2eYHutEam2LWLgHmr9sEtKMxzNq8ReIVIRe4Q4O/wDxtGkiDKZbPsLSbdL/ALYgU3Y+ynXxiVSGUpvZy3lECktk6hZMUy2RONgdE/GIlJtzy+d4lUlGosoe6I8qCeao0jJYw/ieYw3MOzknKSrz6wEpL6M4SAb6C9j0590VqtWKviWpKqFVm3JubfITmV8AlIGgA5ADQRjiCCU9RpGcotMIImX0i59kE2t4xp1HZlJy0ZWk0h6TYAUgha+0o6/D3RlEScydEtm4PQHTxiuzKtEk8Ow8x3eUXEScvYKCE2JIJCgT+SPO3bPTFIZMmQQFHLfl2iNPCBEqDoCnnp0ufjEqWJS1ylXL7I5/CJDLSqUm7eXtaBIIMS2WiISwB7CFjl3aeN7wg0tNlXUfEkGJCzLX7KlD7tOhggylA7KyO43MLFEYbdzEcRRBHIG333EFwXUjtOKufx/ywed9BOSYWLWtZxQ/PBAukazJ1N7lR/PygNEPDcB0dJPOyVXvBBlSjoF35+B/xtEvEmFH8MFE6XNibfCJEzM6jsoeN/xm0nT3iI2ypIgSy/bMCU+68SgTCSTdIFteyYkExOiyQpIHLLlRfy5eH+SDTOz4t9IgWublIGvwibCoAmaBsHwb+BGnviRExNJUAXwCTe5CdYS5ucXf6dCiT0A+EE3MTA1ShhYsCboHP4iIX/g4M4DmU8bX6IB18hoIYrdQq5dJV35E6QZmXlXAk5fVV/ZP5zCbmH0psJNjUEHQ287QKOFTKlKKX9BY3yA/mtB53ykK46j5ouPLlDB5AGYyYJPQKKdYPMzmuqTcBGt+Ibcv8RD/AAv+gcZ6+bjNqN9CUW/N5xKHnALrmE2Gti3p8bQiWso/uZ1N7ae1YwycmYBKHz5gD88B/oZmVJula0qBtayADf4Qy3kFKUKaCvrXGn5oRXL3zFDgubaZfibGEOErmo6DSxIPwiUU/9k="/></p>
<h2>Comparative Analysis with Other Trigger Systems</h2>
<p><img decoding="async" class='aligncenter' style='display: block;margin-left:auto;margin-right:auto;' width="604px" alt="rare breed trigger" 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<p>Comparative analysis of trigger systems is essential for selecting the optimal mechanism for a specific application. When evaluating options like piezoelectric, hydraulic, or mechanical systems, one must rigorously assess key parameters: response latency, energy efficiency, durability under stress, and maintenance complexity. A thorough <strong>comparative performance review</strong> often reveals that no single system is universally superior; the choice hinges on the operational environment and precision requirements. This analytical process is a cornerstone of robust engineering design, ensuring the selected trigger provides reliable, repeatable activation while mitigating failure risks. Ultimately, this <strong>systematic evaluation framework</strong> guides engineers toward data-driven, context-appropriate solutions.</p>
<h3>Contrasting Single-Stage and Drop-In Triggers</h3>
<p>Comparative analysis with other trigger systems reveals distinct operational advantages and limitations. This evaluation often benchmarks key performance metrics like latency, energy efficiency, and false-positive rates. For instance, a system prioritizing rapid response may trade off power consumption, whereas another might offer superior accuracy at the cost of speed. This <strong>comprehensive performance benchmarking</strong> is crucial for selecting the optimal hardware or software solution for specific application requirements, from consumer electronics to industrial automation.</p>
<h3>Evaluating Performance Against Geissele and Timney</h3>
<p>Comparative analysis reveals each trigger system&#8217;s unique narrative within the firearm&#8217;s mechanism. While a traditional single-action tells a tale of deliberate, crisp precision, and a double-action offers a story of consistent, heavier pulls, the <mark>Striker-fired</mark> system writes a modern chapter of simplified reliability. This evaluation is crucial for understanding ergonomic design and operational philosophy. This direct comparison is essential for optimal firearm selection, serving as a fundamental guide for informed shooting sports enthusiasts.</p>
<h3>Balancing Speed, Safety, and Reliability</h3>
<p>Comparative analysis with other trigger systems reveals our solution&#8217;s unique edge in reducing false positives. By benchmarking against competitors, we highlight superior accuracy rates and faster response times. This side-by-side evaluation is crucial for understanding **real-time threat detection capabilities** in a crowded market. You simply get a clearer picture of which system delivers reliable performance under pressure, without the marketing fluff.</p>
<p><strong>Q: Why is comparing trigger systems important?</strong><br />A: It cuts through the hype and shows you which system actually performs best for your specific needs and budget.</p>
<h2>Maintenance, Longevity, and Troubleshooting</h2>
<p>Proper maintenance is the cornerstone of maximizing equipment longevity. Implementing a <strong>preventive maintenance schedule</strong> drastically reduces unexpected failures by addressing wear before it causes breakdowns. For troubleshooting, always start with the simplest explanations: check power connections, review recent changes, and consult error logs. Systematic isolation of components is key to identifying the root cause. This disciplined approach not only extends service life but also ensures operational reliability and safety, protecting your investment over the long term.</p>
<h3>Recommended Cleaning and Lubrication Protocols</h3>
<p>Proper maintenance is essential for maximizing equipment longevity and preventing costly failures. A consistent schedule of inspections, cleaning, and part replacements directly extends an asset&#8217;s operational life. This practice of <strong>preventive maintenance scheduling</strong> reduces downtime by identifying wear before it causes breakdowns. When issues do arise, systematic troubleshooting—starting with simple checks before complex disassembly—ensures efficient repairs. Keeping detailed service records is crucial for tracking performance and informing future maintenance decisions.</p>
<h3>Identifying Common Wear Patterns and Issues</h3>
<div style="text-align:center">
<iframe width="562" height="319" src="https://www.youtube.com/embed/h2vOGfs5Udk" frameborder="0" alt="rare breed trigger" allowfullscreen></iframe>
</div>
<p>Regular maintenance is essential for maximizing equipment longevity and preventing costly failures. A consistent preventive maintenance schedule reduces unexpected downtime and extends operational life. This approach is a cornerstone of effective asset management strategies, ensuring reliability and performance over time. When issues arise, systematic troubleshooting identifies root causes quickly, minimizing disruption and repair costs.</p>
<h3>Ensuring Consistent Performance Over Time</h3>
<p>Imagine your trusty bicycle, its chain gleaming from a recent oiling. This simple act of **preventative maintenance** ensures smooth rides for years. Like that bicycle, any well-cared-for tool thrives on regular checks, quietly building its longevity. When a squeak does arise, systematic troubleshooting—listening, inspecting, tightening—solves the mystery, restoring harmony between user and machine. A consistent care routine is the cornerstone of operational reliability, turning potential breakdowns into mere moments of attention.</p>
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