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/******/ (() => { // webpackBootstrap
/******/ 	var __webpack_modules__ = ({

/***/ "../assets/dev/js/editor/components/dynamic-tags/control-behavior.js":
/*!***************************************************************************!*\
  !*** ../assets/dev/js/editor/components/dynamic-tags/control-behavior.js ***!
  \***************************************************************************/
/***/ ((module, __unused_webpack_exports, __webpack_require__) => {

"use strict";
/* provided dependency */ var __ = __webpack_require__(/*! @wordpress/i18n */ "@wordpress/i18n")["__"];

// Add a Tipsy Tooltip to the Dynamic Switcher
    this.ui.dynamicSwitcher.tipsy({
      title: function title() {
        return this.getAttribute('data-tooltip');
      },
      gravity: 's'
    });
  },
  moveDynamicSwitcherToColorPicker: function moveDynamicSwitcherToColorPicker() {
    var $colorPickerToolsContainer = this.view.colorPicker.$pickerToolsContainer;
    this.ui.dynamicSwitcher.removeClass('elementor-control-unit-1').addClass('e-control-tool');
    var $eyedropper = $colorPickerToolsContainer.find('.elementor-control-element-color-picker');
    if ($eyedropper.length) {
      this.ui.dynamicSwitcher.insertBefore($eyedropper);
    } else {
      $colorPickerToolsContainer.append(this.ui.dynamicSwitcher);
    }
  },
  toggleDynamicClass: function toggleDynamicClass() {
    this.$el.toggleClass('elementor-control-dynamic-value', this.isDynamicMode());
  },
  isDynamicMode: function isDynamicMode() {
    var dynamicSettings = this.view.container.settings.get('__dynamic__');
    return !!(dynamicSettings && dynamicSettings[this.view.model.get('name')]);
  },
  createTagsList: function createTagsList() {
    var tags = _.groupBy(this.getOption('tags'), 'group'),
      groups = elementor.dynamicTags.getConfig('groups'),
      $tagsList = this.ui.tagsList = jQuery('<div>', {
        class: 'elementor-tags-list'
      }),
      $tagsListInner = jQuery('<div>', {
        class: 'elementor-tags-list__inner'
      });
    $tagsList.append($tagsListInner);
    jQuery.each(groups, function (groupName) {
      var groupTags = tags[groupName];
      if (!groupTags) {
        return;
      }
      var group = this,
        $groupTitle = jQuery('<div>', {
          class: 'elementor-tags-list__group-title'
        }).text(group.title);
      $tagsListInner.append($groupTitle);
      groupTags.forEach(function (tag) {
        var $tag = jQuery('<div>', {
          class: 'elementor-tags-list__item'
        });
        $tag.text(tag.title).attr('data-tag-name', tag.name);
        $tagsListInner.append($tag);
      });
    });

// Create and inject pro dynamic teaser template if Pro is not installed
    if (!elementor.helpers.hasPro() && Object.keys(tags).length) {
      var proTeaser = Marionette.Renderer.render('#tmpl-elementor-dynamic-tags-promo', {
        promotionUrl: elementor.config.dynamicPromotionURL.replace('%s', this.view.model.get('name'))
      });
      $tagsListInner.append(proTeaser);
    }
    $tagsListInner.on('click', '.elementor-tags-list__item', this.onTagsListItemClick.bind(this));
    elementorCommon.elements.$body.append($tagsList);
  },
  getTagsList: function getTagsList() {
    if (!this.ui.tagsList) {
      this.createTagsList();
    }
    return this.ui.tagsList;
  },
  toggleTagsList: function toggleTagsList() {
    var $tagsList = this.getTagsList();
    if ($tagsList.is(':visible')) {
      $tagsList.hide();
      return;
    }
    var direction = elementorCommon.config.isRTL ? 'left' : 'right';
    $tagsList.show().position({
      my: "".concat(direction, " top"),
      at: "".concat(direction, " bottom+5"),
      of: this.ui.dynamicSwitcher
    });
  },
  setTagView: function setTagView(id, name, settings) {
    if (this.tagView) {
      this.tagView.destroy();
    }
    var tagView = this.tagView = new TagPanelView({
        id: id,
        name: name,
        settings: settings,
        controlName: this.view.model.get('name'),
        dynamicSettings: this.getOption('dynamicSettings')
      }),
      elementContainer = this.view.options.container,
      tagViewLabel = elementContainer.controls[tagView.options.controlName].label;
    tagView.options.container = new elementorModules.editor.Container({
      type: 'dynamic',
      id: id,
      model: tagView.model,
      settings: tagView.model,
      view: tagView,
      parent: elementContainer,
      label: elementContainer.label + ' ' + tagViewLabel,
      controls: tagView.model.options.controls,
      renderer: elementContainer
    });
    tagView.render();
    this.$el.find('.elementor-control-tag-area').after(tagView.el);
    this.listenTo(tagView, 'remove', this.onTagViewRemove.bind(this));
  },
  setDefaultTagView: function setDefaultTagView() {
    var tagData = elementor.dynamicTags.tagTextToTagData(this.getDynamicValue());
    this.setTagView(tagData.id, tagData.name, tagData.settings);
  },
  tagViewToTagText: function tagViewToTagText() {
    var tagView = this.tagView;
    return elementor.dynamicTags.tagDataToTagText(tagView.getOption('id'), tagView.getOption('name'), tagView.model);
  },
  getDynamicValue: function getDynamicValue() {
    return this.view.container.dynamic.get(this.view.model.get('name'));
  },
  destroyTagView: function destroyTagView() {
    if (this.tagView) {
      this.tagView.destroy();
      this.tagView = null;
    }
  },
  showPromotion: function showPromotion() {
    var hasProAndNotConnected = elementor.helpers.hasProAndNotConnected(),
      dialogOptions = {
        title: __('Dynamic Content', 'elementor'),
        content: __('Create more personalized and dynamic sites by populating data from various sources with dozens of dynamic tags to choose from.', 'elementor'),
        targetElement: this.ui.dynamicSwitcher,
        position: {
          blockStart: '-10'
        },
        actionButton: {
          url: hasProAndNotConnected ? elementorProEditorConfig.urls.connect : elementor.config.dynamicPromotionURL.replace('%s', this.view.model.get('name')),
          text: hasProAndNotConnected ? __('Connect & Activate', 'elementor') : __('Upgrade', 'elementor')
        }
      };
    elementor.promotion.showDialog(dialogOptions);
  },
  onRender: function onRender() {
    this.$el.addClass('elementor-control-dynamic');
    this.renderTools();
    this.toggleDynamicClass();
    if (this.isDynamicMode()) {
      this.setDefaultTagView();
    }
  },
  onDynamicSwitcherClick: function onDynamicSwitcherClick(event) {
    event.stopPropagation();
    if (this.getOption('tags').length) {
      this.toggleTagsList();
    } else {
      this.showPromotion();
    }
  },
  onTagsListItemClick: function onTagsListItemClick(event) {
    var $tag = jQuery(event.currentTarget);
    this.setTagView(elementorCommon.helpers.getUniqueId(), $tag.data('tagName'), {});

// If an element has an active global value, disable it before applying the dynamic value.
    if (this.view.getGlobalKey()) {
      this.view.triggerMethod('unset:global:value');
    }
    if (this.isDynamicMode()) {
      $e.run('document/dynamic/settings', {
        container: this.view.options.container,
        settings: (0, _defineProperty2.default)({}, this.view.model.get('name'), this.tagViewToTagText())
      });
    } else {
      $e.run('document/dynamic/enable', {
        container: this.view.options.container,
        settings: (0, _defineProperty2.default)({}, this.view.model.get('name'), this.tagViewToTagText())
      });
    }
    this.toggleDynamicClass();
    this.toggleTagsList();
    if (this.tagView.getTagConfig().settings_required) {
      this.tagView.showSettingsPopup();
    }
  },
  onTagViewRemove: function onTagViewRemove() {
    $e.run('document/dynamic/disable', {
      container: this.view.options.container,
      settings: (0, _defineProperty2.default)({}, this.view.model.get('name'), this.tagViewToTagText())
    });
    this.toggleDynamicClass();
  },
  onAfterExternalChange: function onAfterExternalChange() {
    this.destroyTagView();
    if (this.isDynamicMode()) {
      this.setDefaultTagView();
    }
    this.toggleDynamicClass();
  },
  onDestroy: function onDestroy() {
    this.destroyTagView();
    if (this.ui.tagsList) {
      this.ui.tagsList.remove();
    }
  }
});

/***/ }),

/***/ "../assets/dev/js/editor/components/dynamic-tags/tag-controls-stack-empty.js":
/*!***********************************************************************************!*\
  !*** ../assets/dev/js/editor/components/dynamic-tags/tag-controls-stack-empty.js ***!
  \***********************************************************************************/
/***/ ((module) => {

"use strict";

module.exports = Marionette.ItemView.extend({
  className: 'elementor-tag-controls-stack-empty',
  template: '#tmpl-elementor-tag-controls-stack-empty'
});

/***/ }),

/***/ "../assets/dev/js/editor/components/dynamic-tags/tag-controls-stack.js":
/*!*****************************************************************************!*\
  !*** ../assets/dev/js/editor/components/dynamic-tags/tag-controls-stack.js ***!
  \*****************************************************************************/
/***/ ((module, __unused_webpack_exports, __webpack_require__) => {

"use strict";

/***/ }),

/***/ "../assets/dev/js/editor/components/dynamic-tags/tag-panel-view.js":
/*!*************************************************************************!*\
  !*** ../assets/dev/js/editor/components/dynamic-tags/tag-panel-view.js ***!
  \*************************************************************************/
/***/ ((module, __unused_webpack_exports, __webpack_require__) => {

"use strict";

/***/ }),

/***/ "../assets/dev/js/editor/components/validator/base.js":
/*!************************************************************!*\
  !*** ../assets/dev/js/editor/components/validator/base.js ***!
  \************************************************************/
/***/ ((module) => {

"use strict";

module.exports = elementorModules.Module.extend({
  errors: [],
  __construct: function __construct(settings) {
    var customValidationMethod = settings.customValidationMethod;
    if (customValidationMethod) {
      this.validationMethod = customValidationMethod;
    }
  },
  getDefaultSettings: function getDefaultSettings() {
    return {
      validationTerms: {}
    };
  },
  isValid: function isValid() {
    var validationErrors = this.validationMethod.apply(this, arguments);
    if (validationErrors.length) {
      this.errors = validationErrors;
      return false;
    }
    return true;
  },
  validationMethod: function validationMethod(newValue) {
    var validationTerms = this.getSettings('validationTerms'),
      errors = [];
    if (validationTerms.required) {
      if (!('' + newValue).length) {
        errors.push('Required value is empty');
      }
    }
    return errors;
  }
});

/***/ }),

/***/ "../assets/dev/js/editor/components/validator/breakpoint.js":
/*!******************************************************************!*\
  !*** ../assets/dev/js/editor/components/validator/breakpoint.js ***!
  \******************************************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

"use strict";

/**
     * Get Panel Active Breakpoints
     *
     * Since the active kit used in the Site Settings panel could be a draft, we need to use the panel's active
     * breakpoints settings and not the elementorFrontend.config values (which come from the DB).
     *
     * @return {*} Object
     */
  }, {
    key: "getPanelActiveBreakpoints",
    value: function getPanelActiveBreakpoints() {
      var panelBreakpoints = elementor.documents.currentDocument.config.settings.settings.active_breakpoints.map(function (breakpointName) {
          return breakpointName.replace('viewport_', '');
        }),
        panelActiveBreakpoints = {};
      panelBreakpoints.forEach(function (breakpointName) {
        panelActiveBreakpoints[breakpointName] = elementorFrontend.config.responsive.breakpoints[breakpointName];
      });
      return panelActiveBreakpoints;
    }
  }, {
    key: "initBreakpointProperties",
    value: function initBreakpointProperties() {
      var _activeBreakpoints$br, _activeBreakpoints$br2;
      var validationTerms = this.getSettings('validationTerms'),
        activeBreakpoints = this.getPanelActiveBreakpoints(),
        breakpointKeys = Object.keys(activeBreakpoints);
      this.breakpointIndex = breakpointKeys.indexOf(validationTerms.breakpointName);
      this.topBreakpoint = (_activeBreakpoints$br = activeBreakpoints[breakpointKeys[this.breakpointIndex + 1]]) === null || _activeBreakpoints$br === void 0 ? void 0 : _activeBreakpoints$br.value;
      this.bottomBreakpoint = (_activeBreakpoints$br2 = activeBreakpoints[breakpointKeys[this.breakpointIndex - 1]]) === null || _activeBreakpoints$br2 === void 0 ? void 0 : _activeBreakpoints$br2.value;
    }
  }, {
    key: "validationMethod",
    value: function validationMethod(newValue) {
      var validationTerms = this.getSettings('validationTerms'),
        errors = NumberValidator.prototype.validationMethod.call(this, newValue);

// Validate both numeric and empty values, since breakpoints utilize default values when empty.
      if (_.isFinite(newValue) || '' === newValue) {
        if (!this.validateMinMaxForBreakpoint(newValue, validationTerms)) {
          errors.push('Value is not between the breakpoints above or under the edited breakpoint');
        }
      }
      return errors;
    }
  }, {
    key: "validateMinMaxForBreakpoint",
    value: function validateMinMaxForBreakpoint(newValue, validationTerms) {
      var breakpointDefaultValue = elementorFrontend.config.responsive.breakpoints[validationTerms.breakpointName].default_value;
      var isValid = true;
      this.initBreakpointProperties();

// Since the following comparison is <=, allow usage of the 320px value for the mobile breakpoint.
      if ('mobile' === validationTerms.breakpointName && 320 === this.bottomBreakpoint) {
        this.bottomBreakpoint -= 1;
      }

// If there is a breakpoint below the currently edited breakpoint
      if (this.bottomBreakpoint) {
        // Check that the new value is not under the bottom breakpoint's value.
        if ('' !== newValue && newValue <= this.bottomBreakpoint) {
          isValid = false;
        }

// If the new value is empty, check that the default breakpoint value is not below the bottom breakpoint.
        if ('' === newValue && breakpointDefaultValue <= this.bottomBreakpoint) {
          isValid = false;
        }
      }

// If there is a breakpoint above the currently edited breakpoint.
      if (this.topBreakpoint) {
        // Check that the value is not above the top breakpoint's value.
        if ('' !== newValue && newValue >= this.topBreakpoint) {
          isValid = false;
        }

// If the new value is empty, check that the default breakpoint value is not above the top breakpoint.
        if ('' === newValue && breakpointDefaultValue >= this.topBreakpoint) {
          isValid = false;
        }
      }
      return isValid;
    }
  }]);
}(NumberValidator);

/***/ }),

/***/ "../assets/dev/js/editor/components/validator/number.js":
/*!**************************************************************!*\
  !*** ../assets/dev/js/editor/components/validator/number.js ***!
  \**************************************************************/
/***/ ((module, __unused_webpack_exports, __webpack_require__) => {

"use strict";

/***/ }),

/***/ "../assets/dev/js/editor/controls/base-data.js":
/*!*****************************************************!*\
  !*** ../assets/dev/js/editor/controls/base-data.js ***!
  \*****************************************************/
/***/ ((module, __unused_webpack_exports, __webpack_require__) => {

"use strict";

// TODO: this.elementSettingsModel is deprecated since 2.8.0.
    var settings = this.container ? this.container.settings : this.elementSettingsModel;
    this.listenTo(settings, 'change:external:' + this.model.get('name'), this.onAfterExternalChange);
  },
  getControlValue: function getControlValue() {
    return this.container.settings.get(this.model.get('name'));
  },
  getGlobalKey: function getGlobalKey() {
    return this.container.globals.get(this.model.get('name'));
  },
  getGlobalValue: function getGlobalValue() {
    return this.globalValue;
  },
  getGlobalDefault: function getGlobalDefault() {
    var controlGlobalArgs = this.model.get('global');
    if (controlGlobalArgs !== null && controlGlobalArgs !== void 0 && controlGlobalArgs.default) {
      // If the control is a color/typography control and default colors/typography are disabled, don't return the global value.
      if (!elementor.config.globals.defaults_enabled[this.getGlobalMeta().controlType]) {
        return '';
      }
      var _$e$data$commandExtra = $e.data.commandExtractArgs(controlGlobalArgs.default),
        command = _$e$data$commandExtra.command,
        args = _$e$data$commandExtra.args,
        result = $e.data.getCache($e.components.get('globals'), command, args.query);
      return result === null || result === void 0 ? void 0 : result.value;
    }

// No global default.
    return '';
  },
  getCurrentValue: function getCurrentValue() {
    if (this.getGlobalKey() && !this.globalValue) {
      return '';
    }
    if (this.globalValue) {
      return this.globalValue;
    }
    var controlValue = this.getControlValue();
    if (controlValue) {
      return controlValue;
    }
    return this.getGlobalDefault();
  },
  isGlobalActive: function isGlobalActive() {
    var _this$options$model$g;
    return (_this$options$model$g = this.options.model.get('global')) === null || _this$options$model$g === void 0 ? void 0 : _this$options$model$g.active;
  },
  setValue: function setValue(value) {
    this.setSettingsModel(value);
  },
  setSettingsModel: function setSettingsModel(value) {
    var key = this.model.get('name');
    $e.run('document/elements/settings', {
      container: this.options.container,
      settings: (0, _defineProperty2.default)({}, key, value)
    });
    this.triggerMethod('settings:change');
  },
  applySavedValue: function applySavedValue() {
    this.setInputValue('[data-setting="' + this.model.get('name') + '"]', this.getControlValue());
  },
  getEditSettings: function getEditSettings(setting) {
    var settings = this.getOption('elementEditSettings').toJSON();
    if (setting) {
      return settings[setting];
    }
    return settings;
  },
  setEditSetting: function setEditSetting(settingKey, settingValue) {
    var settings = this.getOption('elementEditSettings') || this.getOption('container').settings;
    settings.set(settingKey, settingValue);
  },
  /**
   * Get the placeholder for the current control.
   *
   * @return {*} placeholder
   */
  getControlPlaceholder: function getControlPlaceholder() {
    var placeholder = this.model.get('placeholder');
    if (this.model.get('responsive') && this.model.get('inherit_placeholders')) {
      placeholder = placeholder || this.container.placeholders[this.model.get('name')];
    }
    return placeholder;
  },
  /**
   * Get the responsive parent view if exists.
   *
   * @return {ControlBaseDataView|undefined} responsive parent view if exists
   */
  getResponsiveParentView: function getResponsiveParentView() {
    var parent = this.model.get('parent');
    try {
      return parent && this.container.panel.getControlView(parent);
      // eslint-disable-next-line no-empty
    } catch (e) {}
  },
  /**
   * Get the responsive children views if exists.
   *
   * @return {ControlBaseDataView|null} responsive children views if exists
   */
  getResponsiveChildrenViews: function getResponsiveChildrenViews() {
    var children = this.model.get('inheritors'),
      views = [];
    try {
      var _iterator = _createForOfIteratorHelper(children),
        _step;
      try {
        for (_iterator.s(); !(_step = _iterator.n()).done;) {
          var child = _step.value;
          views.push(this.container.panel.getControlView(child));
        }
        // eslint-disable-next-line no-empty
      } catch (err) {
        _iterator.e(err);
      } finally {
        _iterator.f();
      }
    } catch (e) {}
    return views;
  },
  /**
   * Get prepared placeholder from the responsive parent, and put it into current
   * control model as placeholder.
   */
  setPlaceholderFromParent: function setPlaceholderFromParent() {
    var parent = this.getResponsiveParentView();
    if (parent) {
      this.container.placeholders[this.model.get('name')] = parent.preparePlaceholderForChildren();
    }
  },
  /**
   * Returns the value of the current control if exists, or the parent value if not,
   * so responsive children can set it as their placeholder. When there are multiple
   * inputs, the inputs which are empty on this control will inherit their values
   * from the responsive parent.
   * For example, if on desktop the padding of all edges is 10, and on tablet only
   * padding right and left is set to 15, the mobile control placeholder will
   * eventually be: { top: 10, right: 15, left: 15, bottom: 10 }, because of the
   * inheritance of multiple values.
   *
   * @return {*} value of the current control if exists, or the parent value if not
   */
  preparePlaceholderForChildren: function preparePlaceholderForChildren() {
    var _this$getResponsivePa;
    var cleanValue = this.getCleanControlValue(),
      parentValue = (_this$getResponsivePa = this.getResponsiveParentView()) === null || _this$getResponsivePa === void 0 ? void 0 : _this$getResponsivePa.preparePlaceholderForChildren();
    if (cleanValue instanceof Object) {
      return Object.assign({}, parentValue, cleanValue);
    }
    return cleanValue || parentValue;
  },
  /**
   * Start the re-rendering recursive chain from the responsive child of this
   * control. It's useful when the current control value is changed and we want
   * to update all responsive children. In this case, the re-rendering is supposed
   * to be applied only from the responsive child of this control and on.
   */
  propagatePlaceholder: function propagatePlaceholder() {
    var children = this.getResponsiveChildrenViews();
    var _iterator2 = _createForOfIteratorHelper(children),
      _step2;
    try {
      for (_iterator2.s(); !(_step2 = _iterator2.n()).done;) {
        var child = _step2.value;
        child.renderWithChildren();
      }
    } catch (err) {
      _iterator2.e(err);
    } finally {
      _iterator2.f();
    }
  },
  /**
   * Re-render current control and trigger this method on the responsive child.
   * The purpose of those actions is to recursively re-render all responsive
   * children.
   */
  renderWithChildren: function renderWithChildren() {
    this.render();
    this.propagatePlaceholder();
  },
  /**
   * Get control value without empty properties, and without default values.
   *
   * @return {{}} control value without empty properties, and without default values
   */
  getCleanControlValue: function getCleanControlValue() {
    var value = this.getControlValue();
    return value && value !== this.model.get('default') ? value : undefined;
  },
  onAfterChange: function onAfterChange(control) {
    if (Object.keys(control.changed).includes(this.model.get('name'))) {
      this.propagatePlaceholder();
    }
    ControlBaseView.prototype.onAfterChange.apply(this, arguments);
  },
  getInputValue: function getInputValue(input) {
    var $input = this.$(input);
    if ($input.is('[contenteditable="true"]')) {
      return $input.html();
    }
    var inputValue = $input.val(),
      inputType = $input.attr('type');
    if (-1 !== ['radio', 'checkbox'].indexOf(inputType)) {
      return $input.prop('checked') ? inputValue : '';
    }
    if ('number' === inputType && _.isFinite(inputValue)) {
      return +inputValue;
    }

// Temp fix for jQuery (< 3.0) that return null instead of empty array
    if ('SELECT' === input.tagName && $input.prop('multiple') && null === inputValue) {
      inputValue = [];
    }
    return inputValue;
  },
  setInputValue: function setInputValue(input, value) {
    var $input = this.$(input),
      inputType = $input.attr('type');
    if ('checkbox' === inputType) {
      $input.prop('checked', !!value);
    } else if ('radio' === inputType) {
      $input.filter('[value="' + value + '"]').prop('checked', true);
    } else {
      $input.val(value);
    }
  },
  addValidator: function addValidator(validator) {
    this.validators.push(validator);
  },
  registerValidators: function registerValidators() {
    var _this = this;
    this.validators = [];
    var validationTerms = {};
    if (this.model.get('required')) {
      validationTerms.required = true;
    }
    if (!jQuery.isEmptyObject(validationTerms)) {
      this.addValidator(new this.validatorTypes.Base({
        validationTerms: validationTerms
      }));
    }
    var validators = this.model.get('validators');
    if (validators) {
      Object.entries(validators).forEach(function (_ref) {
        var _ref2 = (0, _slicedToArray2.default)(_ref, 2),
          key = _ref2[0],
          args = _ref2[1];
        _this.addValidator(new _this.validatorTypes[key]({
          validationTerms: args
        }));
      });
    }
  },
  onBeforeRender: function onBeforeRender() {
    this.setPlaceholderFromParent();
  },
  onRender: function onRender() {
    ControlBaseView.prototype.onRender.apply(this, arguments);
    if (this.model.get('responsive')) {
      this.renderResponsiveSwitchers();
    }
    this.applySavedValue();
    this.triggerMethod('ready');
    this.toggleControlVisibility();
    this.addTooltip();
  },
  onBaseInputTextChange: function onBaseInputTextChange(event) {
    this.onBaseInputChange(event);
  },
  onBaseInputChange: function onBaseInputChange(event) {
    clearTimeout(this.correctionTimeout);
    var input = event.currentTarget,
      value = this.getInputValue(input),
      validators = this.validators.slice(0),
      settingsValidators = this.container.settings.validators[this.model.get('name')];
    if (settingsValidators) {
      validators = validators.concat(settingsValidators);
    }
    if (validators) {
      var oldValue = this.getControlValue(input.dataset.setting);
      var isValidValue = validators.every(function (validator) {
        return validator.isValid(value, oldValue);
      });
      if (!isValidValue) {
        this.correctionTimeout = setTimeout(this.setInputValue.bind(this, input, oldValue), 1200);
        return;
      }
    }
    this.updateElementModel(value, input);
    this.triggerMethod('input:change', event);
  },
  onResponsiveSwitchersClick: function onResponsiveSwitchersClick(event) {
    var $switcher = jQuery(event.currentTarget),
      device = $switcher.data('device'),
      $switchersWrapper = this.ui.responsiveSwitchersWrapper,
      selectedOption = $switcher.index();
    $switchersWrapper.toggleClass('elementor-responsive-switchers-open');
    $switchersWrapper[0].style.setProperty('--selected-option', selectedOption);
    this.triggerMethod('responsive:switcher:click', device);
    elementor.changeDeviceMode(device);
  },
  renderResponsiveSwitchers: function renderResponsiveSwitchers() {
    var templateHtml = Marionette.Renderer.render('#tmpl-elementor-control-responsive-switchers', this.model.attributes);
    this.ui.responsiveSwitchersSibling.after(templateHtml);
    this.ui.responsiveSwitchersWrapper = this.$el.find('.elementor-control-responsive-switchers');
  },
  onAfterExternalChange: function onAfterExternalChange() {
    this.hideTooltip();
    this.applySavedValue();
  },
  addTooltip: function addTooltip() {
    this.ui.tooltipTargets = this.$el.find('.tooltip-target');
    if (!this.ui.tooltipTargets.length) {
      return;
    }

// Create tooltip on controls
    this.ui.tooltipTargets.tipsy({
      gravity: function gravity() {
        // `n` for down, `s` for up
        var gravity = jQuery(this).data('tooltip-pos');
        if (undefined !== gravity) {
          return gravity;
        }
        return 's';
      },
      title: function title() {
        return this.getAttribute('data-tooltip');
      }
    });
  },
  hideTooltip: function hideTooltip() {
    if (this.ui.tooltipTargets.length) {
      this.ui.tooltipTargets.tipsy('hide');
    }
  },
  updateElementModel: function updateElementModel(value) {
    this.setValue(value);
  }
}, {
  // Static methods
  getStyleValue: function getStyleValue(placeholder, controlValue, controlData) {
    if ('DEFAULT' === placeholder) {
      return controlData.default;
    }
    return controlValue;
  },
  onPasteStyle: function onPasteStyle() {
    return true;
  }
});
module.exports = ControlBaseDataView;

/***/ }),

/***/ "../assets/dev/js/editor/controls/base.js":
/*!************************************************!*\
  !*** ../assets/dev/js/editor/controls/base.js ***!
  \************************************************/
/***/ ((module, __unused_webpack_exports, __webpack_require__) => {

"use strict";

// TODO: Temp backwards compatibility. since 2.8.0.
    Object.defineProperty(this, 'container', {
      get: function get() {
        if (!options.container) {
          var settingsModel = options.elementSettingsModel,
            view = $e.components.get('document').utils.findViewById(settingsModel.id);

// Element control.
          if (view && view.getContainer) {
            options.container = view.getContainer();
          } else {
            if (!settingsModel.id) {
              settingsModel.id = 'bc-' + elementorCommon.helpers.getUniqueId();
            }

// Document/General/Other control.
            options.container = new elementorModules.editor.Container({
              type: 'bc-container',
              id: settingsModel.id,
              model: settingsModel,
              settings: settingsModel,
              label: label,
              view: false,
              parent: false,
              renderer: false,
              controls: settingsModel.options.controls
            });
          }
        }
        return options.container;
      }
    });

// Use `defineProperty` because `get elementSettingsModel()` fails during the `Marionette.CompositeView.extend`.
    Object.defineProperty(this, 'elementSettingsModel', {
      get: function get() {
        elementorDevTools.deprecation.deprecated('elementSettingsModel', '2.8.0', 'container.settings');
        return options.container ? options.container.settings : options.elementSettingsModel;
      }
    });
    var controlType = this.model.get('type'),
      controlSettings = jQuery.extend(true, {}, elementor.config.controls[controlType], this.model.attributes);
    this.model.set(controlSettings);

// TODO: this.elementSettingsModel is deprecated since 2.8.0.
    var settings = this.container ? this.container.settings : this.elementSettingsModel;
    this.listenTo(settings, 'change', this.onAfterChange);
    if (this.model.attributes.responsive) {
      this.onDeviceModeChange = this.onDeviceModeChange.bind(this);
      elementor.listenTo(elementor.channels.deviceMode, 'change', this.onDeviceModeChange);
    }
  },
  onDestroy: function onDestroy() {
    elementor.stopListening(elementor.channels.deviceMode, 'change', this.onDeviceModeChange);
  },
  onDeviceModeChange: function onDeviceModeChange() {
    this.toggleControlVisibility();
  },
  onAfterChange: function onAfterChange() {
    this.toggleControlVisibility();
  },
  toggleControlVisibility: function toggleControlVisibility() {
    // TODO: this.elementSettingsModel is deprecated since 2.8.0.
    var settings = this.container ? this.container.settings : this.elementSettingsModel;
    var isVisible = elementor.helpers.isActiveControl(this.model, settings.attributes, settings.controls);
    this.$el.toggleClass('elementor-hidden-control', !isVisible);
    elementor.getPanelView().updateScrollbar();
  },
  onRender: function onRender() {
    var layoutType = this.model.get('label_block') ? 'block' : 'inline',
      showLabel = this.model.get('show_label'),
      elClasses = 'elementor-label-' + layoutType;
    elClasses += ' elementor-control-separator-' + this.model.get('separator');
    if (!showLabel) {
      elClasses += ' elementor-control-hidden-label';
    }
    this.$el.addClass(elClasses);
    this.toggleControlVisibility();
  },
  reRoute: function reRoute(controlActive) {
    $e.route($e.routes.getCurrent('panel'), this.getControlInRouteArgs(controlActive ? this.getControlPath() : ''), {
      history: false
    });
  },
  getControlInRouteArgs: function getControlInRouteArgs(path) {
    return _objectSpread(_objectSpread({}, $e.routes.getCurrentArgs('panel')), {}, {
      activeControl: path
    });
  },
  getControlPath: function getControlPath() {
    var controlPath = this.model.get('name'),
      parent = this._parent;
    while (!parent.$el.hasClass('elementor-controls-stack')) {
      var parentName = parent.model.get('name') || parent.model.get('_id');
      controlPath = parentName + '/' + controlPath;
      parent = parent._parent;
    }
    return controlPath;
  }
});
module.exports = ControlBaseView;

/***/ }),

/***/ "../assets/dev/js/editor/utils/preview-iframe-listeners.js":
/*!*****************************************************************!*\
  !*** ../assets/dev/js/editor/utils/preview-iframe-listeners.js ***!
  \*****************************************************************/
/***/ ((__unused_webpack_module, exports) => {

"use strict";

Object.defineProperty(exports, "__esModule", ({
  value: true
}));
exports.bindPreviewIframeEvents = bindPreviewIframeEvents;
function bindPreviewIframeEvents(callback) {
  var _elementor;
  var iframeDocument = (_elementor = elementor) === null || _elementor === void 0 || (_elementor = _elementor.$preview) === null || _elementor === void 0 || (_elementor = _elementor[0]) === null || _elementor === void 0 ? void 0 : _elementor.contentDocument;
  if (!iframeDocument) {
    return function () {};
  }
  var handleEvent = function handleEvent() {
    return callback();
  };
  iframeDocument.addEventListener('click', handleEvent);
  iframeDocument.addEventListener('keydown', handleEvent);
  return function () {
    iframeDocument.removeEventListener('click', handleEvent);
    iframeDocument.removeEventListener('keydown', handleEvent);
  };
}

/***/ }),

/***/ "../modules/promotions/assets/js/react/app-manager.js":
/*!************************************************************!*\
  !*** ../modules/promotions/assets/js/react/app-manager.js ***!
  \************************************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

"use strict";

/***/ }),

/***/ "../modules/promotions/assets/js/react/app.js":
/*!****************************************************!*\
  !*** ../modules/promotions/assets/js/react/app.js ***!
  \****************************************************/
/***/ ((__unused_webpack_module, exports, __webpack_require__) => {

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

/***/ }),

/***/ "../modules/promotions/assets/js/react/assets/atomic-form-animation.json":
/*!*******************************************************************************!*\
  !*** ../modules/promotions/assets/js/react/assets/atomic-form-animation.json ***!
  \*******************************************************************************/
/***/ ((module) => {

"use strict";
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6veAT/NAAt5ljvR575ZRVa5sSGwVOpHgKMo4knWlPEORv3cQtEmRtMYaG5nRooja4pILdWoy9xt1zPEOJkCUcSR9v4KI3I9CJNUbTRoBgryauGHoEBhHzw0U679AkiMzjqSnAKA8D6MokgmqWVmLRwGBHmrJxaMc/1ySmOMdTIAo40jkftOFLC8bQr152gFgnm+yShG0/+u/6tux/jVvDcP3UaarUu4b140EjnTyiO1zXPk+LL5RqtOfIQ7CHCSQQ4jjR4H10eDiR4T+wncXm6jndMJQWzedtQbxM/VVKuU45ZmPYxIEFw4lonUEKtGKS86E0E4OaAiP3NQfdGt1hU0UQZAAXKhKSCGEIqJlH6JUwxjQWTrmQDFhQ7QiYS7STyawbclTVx/1iM4t1riXtfwd/fAoaQR6XHybRgHtKwB1EtdHhHxjRcRfZzfcftj3JmCzsAEJYCFKOaTTss+UznWxCLehzteNcx35GybC9+Gnd5zTvKcQXpFiESs+T0T/Pqz7AwdyLPmCD5F5mtr6WOz0RBEEBVie4vwVghwHY16sAxHZbqxyP4FUbG4snuxzU2i4nh/m9oR/msMnI0k400i8n61VFzirFIPcMGRdaXMfsHbHgJw7sW2Y+ckBrbpmw//4oyOBO4QDGhRNPHLQOnQoo+erQ9LtnqO3TZK8kDg1QwWDPly+33/vuOEc76NTfpL5sdcJBlEFIL5uaZlQbMN9DPsDxMQpVLIA7hiFAcIGJCSEHHKboDmRuKQTcL6InFJXh2rwHI+pdc/k7arl8Ag+fCnv9f4FU6EHLC18OciyoVhE+wg27dNOm8NRqGCf8QkAhSJRcpxHItYNqLRsDqCcd2z10Pe/o8WJcI37kHYXsITCjSH8LdMzXaPCHRaawjFx8So3A/zb19EJKS6oqHOYEHA+CfJi92fgu4MEAGggQISTnUQ0ZBLRug20CkcCIJiTFaMgDjNW435aPI+EGmm6SrvM+v9s4ut5G8Q9TXEMoLlCchqyEOADitehSwggQg19eSeBmW489K32TxR3bAIXCWeiICTWIWmzAcpPMeZiF5r/N/1cEecsLpc3tTgxeEVoehdDoBwHLH+DYoG45GzEI803ATE4y0d8GkS8r2wicpQINopyc6Zzj/+q2KtckdO0ZWnkH9JfRFrj3rzdKJFxBUGCTABk20AJDa1zRTMlYoF9vG7q1AhD0b3oHrmOXfJkwD8ZEwGHKOkojmEmmHNONApkHSj6e5BBmrMzCEbUJPIcPMfd5fHL+kLii53eSRzgD2vU5G9DJDXKn4AAggABY5mmEBoJYmzEajE9uKAt72f/3UECAJSjGdZp2eeOTdCIVEwcxiK7a4A/2/nmDvKdeMnyTuIA34oVUANL4RAq9yunNRPHBbsj3N6JUfjd1+vArYprWvoFAZrhFgXBFOMpahORoQTMGf8oWA5YIf+mUKtcHvB+EqKYRXGfjklerUza4Awc4arJvBC91yXKFAY4GFtUVK5PCOeQiCIu6Tzfm4BIAAC7e1GkSHjOIQYIBo4oY7S1X29fxAaiy5uRy4jurIPmfvUM4xcm0P3y3ydWnxuVZvzFUxAGACEGxEQjGzj6wI4IBWiaMOWQAEnNx9TQ/ySXNP5DNkE6CvGZgiiIgk5DLiFlxdREVEaEATQqvWiSFAo0NhlxO74R6gnGheTrRvbQuQGCHF8Rk2BGOW3qBKh5Usn473RtomyCiVKdeJ+JHmd1EFRQJHTbb6S7+Ph4TAPwf8h0eh7bSxAJlQmUNeAZf6v/mVMiLj+BKhcJ4XmLNgHq3IEc6DQ7hIAssIU19/GOvgoAYJ0EEetYoxAAEKoUbMCD2BVE8y9GosFziw1CCUJU2BPfw2cVcLFw0Zpypok0YSSWJYBxNYMTOYg9LxQb3LetQ8Kwj4ZHDhWZ6oN2lGfh4+9rE0yU6pT7hELr0qHrAEDS0gAiyayx/CiCIhkqii7SZ2ZQNQyPPAne5Cf58iLZgDLHMxDP4HyqNIm4k5oJ1URdnXBz1MmAYxqzqEY5g8MFpKBgC8r7P3PYsAkAYJ1yn1ActYkypXOECT8/EY3OQSAMYg23BFG0fnkKe7a1bHiKTyNoOxMnE9yzPoTzWRhYEALVHDNUUgopNkIQKkWTYNjnnGk0OCOKuGIi/uTCAWCdcp9QjuAOEgDii4hQMNtca8x6jt9cFMJ5TlAoFub9mZ2aZPv736A2LltNLCCW0HAZU6izEu8si+OtI4StCyHuI83AUY2KQCP4AtxZJIIgwUSpTrlPKLQuHbqOQFWBhuiKooF2LLK57Vj8r6RrIfqAc+rHsaWg5UA1NqRIie9YPV2XM80R6iCAw6DIIfTbR7uTUhQiIhAQenYw1DQ0bt0u19L1NeMOEjgF/jD4gkBHQkAkqC+ih1JLBCHGYjjU/joziYJpn7MlnfqFqOd2wlv/eucZF4980uJ3tr7HNqRuAyE5iPMQxkFrrFtEzRAL2JBDQ0nHMC490GDC7+v8RCmHdFr2IeEYZPmIoJOQ41lgrLK2y8kfvmdIRImwKXoKR9gUh+k8CT5ffc7VZfIV158FW1jNnQ7BjgN8RijFRcpxBwi0QSsu3P03AQCqkyB4H3LCIQAysci0UDVYh6HWIkIi2sSqbhy6jMtW37fiHki4pdF3bmVgU0iacGboFebMEjhJqjhPIYakbC5BjAKkOYemVMOCqZn6+85uLgxlIGEBWKfcN1E2QVXEAZGjxBIz7f0Wvd2KNmEbL0nspYlBmvY2FwSPZ/YnlKqbqIuPQTWRUqjeD5QAABdaEw45MABFyzE2lwZnoaJ5UOX4qyw+Lw4QEk2CzIbwEIAszSkRgdz6KtLgJlGDAcR4+5hHoiVMTzY/ETXtf9+4oCMXn771f4BjQAmHxVm32YgE8W/ikD0NhFxo/9wxcVoDECXSCOP4jF+zTrlvopwgAEQRjogmx3Gguq8LGtvbfW0KllkW4bttERlE5TTiCYVfQUqmLLyfQWmoAq6iMDGDISnNe5NxgyVDYARCQ5SSnAHKh1g4qBr2SSe6idY32tOwWQg1CcohnZZ9iBILANrGkHAUqjkg6pZuMlKYR3sOXm2EPQu7GwRPiQBpc1TDvEi5aqig2sljAj5/jnjCVFg9UuNE688SaowWIcc0AAmAaTaUdyLRFD3PYMDr4zBRSDBR5PaLMiHAQSJBAaQMLkwKIeLb0IEBoI6Uguq0dTspm//962bUI/vQ7uWt73Yu31QcKQfOASrZJo4HFJRohLeJahzIYM1AoQmKcIX1l3J/FwkSSACA6pQIsyAINSdaAO0oA7gCwhXBOiDZ2t4+rA2u6y0XvjbzvXyGgbU5Qh5EzVdXgBI1+BQ2ETaZRDIzwTM6HJUgIoPAjMOHBhtJFoYqP+iF709lEEbMSiiJO3hfcBwSIqL08yf67jiRdEIrz37dU02Hr+36vb4QGYTan9InMO9QokcaHdubody9jWMLtbSVL0iOiOD5XyBUQIfLLAPYPKhylpO0ZeashJKAIzWGIkisC94kKGJTDVaurMSRl8J+0rCKxf5//wtz6hnFzmuGzP66JE5sr02lQU0jJRcRgiBH0lYbO/mCrRM7DMQ0m4DY5gmJkqP6G0pxGAYIG0hQkGZYp9yHkHCYaEkBNhMnKTlNNvRcR8LAYdDUqIBx8buKcL5rXQocLp7aP0jWc1Acj/qdJvIu8zPtFIEtIwiqBQ4rTKTPKzgBAiyCE66dEKDaqdqKQQIJAFCdEmEWNpAGRCMCPcp5KEe8GXJtbCckgjJMHKmRq1xe8h6WyfP5/IOjRkjCkITMqrZbtmPblNXEPLQ40gJqs+XzVe28QfTm5aLikIg4or6m2LjH194ER2oM9TiMIkErAMGdzmEcrkoMV5NtnR4CNdIS9kyMP+u0Gnhe8qmd5yjunByEHXAGouq0WFbX6FCRoGwsnkWgDOBSbNVEIcFESceG4H3IAcsziOYsk6tES0VDXfV1m6G/dHZ4R/OZlw+eCRpUaOlt8uC/Chc48BFvR3OkhMhWEK2gaqSp6uco0ReAgRALhxiyjxUwcVl83QjcH9jx9XtgChIAwDrlPqEQ6khgCQk/BxS6pNoEn8gEmvnJdw+H04DocB/pdupPseZM+PL28YbnFzqkAGt3/SHsaHEkwxmIVlDGNjhMwQyGNcAUgyc0C4KGK6rsau4H/OIP1Yn3megIiOLnAGHD0IkQ7Mh5VkvjSNXcRQ8fumq8xde9om4K2RDMUYFQRnSJa5LvvbfBY0vZBpyZgByLekC+IwsCOBuF7BwcnaihCT/gq9dN4Nf+BUEOEAjnGQaUV9VJOTlTGx0ZFKNEv24CJ6C4DbVueYeCP5nfvDoJmUgSFE0kK+J4FnZAQG1mbzUKRtq1qpNZ1ESGOi+jCtAzEQgz7QWq/rqxlW7T72PVsAEJ/YKxU6xLx+1DDCgOxoiyNLg5hRIBV4zCnISjsTUKDDWL5j84CMb2l/y+ZxR2pJP3LK5F4JK+zNJbzo63ItUgmqHq+WfR5kCEHRBlqBleQASoQdWzvwFCIhD4D29DHIEdRZkQ6Rg4U1WdOuhn7XdOEEfK9o+cHYqQ/VNl3CoaD+RKu2J6FS4R8/kXfOBZkYxegsN0fQKxURhiKIYMYQhx6O68g4WwNMMdANoscv9iIRQ4BEWiRBFn0hzEBXwZJegj+drU9hG17DQd/KviST2gCtpoPCOXKO8J5UwkbAEFoMG1i9hxEADBOuIhxvY1AEEEIvxRs2+bAABjp1iHDlonKEdgZQwSSCe4k7qjvEtRU4r58Edl25s0z5I9HTBxDA7bJ30/U1dLjGz+eXOXFEJGYmuGshigBKxxElI4XxBtQI4ZBJX7ELV0gqkTgR/uhdVkCjakZIAwqkAEuUyUBxFVVgtKK9Jg8LlfhgPbYy0sSEZJ9suB8g6DeKthe96gAZ2xcAJ+0SMJtPR65zJQbK04FjIEztTqr3mrDBVWPAkaMnp4c4qLZgYoHGUCEJB+2PUucceGAMdRXAAVoZ1jlEkEV3AAfaRZ8Ie6nkx5bFkIVRYaamj73NQj4WUKMhGlssINoOBa4Wxao+WDQCl4yHINSCdoJwIQBNLq1vIaIGxoywBZ9oUKEhRDvU6MQk6hJgFrcphcG5pvnNJYE+bgzQ3fXAbI9nz+yUHuwhx9vyGsWTPbDdQE0/u7xfVq4sR6VlrF1L+wwhBqolQnxQwiUAyUGtQ6diDwTV56mjWFCOTXVr/AZR+iwPI4BksLMI3yKnH8Ypa+kwoAHisrfh/YAo8ThJ4fDE/SLoxKxrvV0Ad0/ez2lZPeCq9morPFSDzuRFvFqBWBtjxdi0AyEJZ9spuirb7N/Z66gwQA+NYp1qGjKYAAGFXBMcokOBVwcqYyAIEIiggiUBtOyT/05fUjuOatwZwQdSP6ssTBT4Gwp8jYFoTOkozSeDWhUu4iQhRlyojwAt/o9soYICT6Gt4HjFh3AOMcgjopjUxamYJDwjUOxORAgbcj8qIkDWi2akD/EvGhu3HYVRNY20A9O9Mg6cQSREIgTI0wvxEJ2QIGziL6J4fCCfA6QaVGO00AEiSVNi3/8mUQBAn6BekBziFERDQRgIscrBGJCH6fIAnFb35o4TmSjcN2AGRtETnz1Z+swg1jZTV10Hd3UCCyCwJAQ/aLCCp8c3opvPdXK4vIFxR8d8q6omyBU1uOE8cFNbJUBR85jSILUXhdoXiUOdDhmuQg7w01/U4+/YLkWwCcQyABaWBsBeCKMXSaKkdcbqrVWB4JQRlTwwUC4ez+CtEvwY7wRoV7x7AF8Xe9LO/QipIHsjYfhp7d/XC3BANKEFir2AwHQYVoJCDEAc9dVAcFFwkJZQQVAUF9tOHmJsjwBSBIcgRxHHeQ7SFcJAKiEGdDXfLPC/RUjxSIbrUjFnP9qWFY2LB5PJRLeQ/x0741Nl0YCRGoAhVGzIQfAQWgEsIA2jvhUMG6x5kPyQp2INBeoCZYjDKY7dI6U4Yp+gXVSTWxjkHgIMrTuKg01Ik5g60ZQcihOCdgX6GYBkFgh5OtvWl6YYwRRQnOGEIvjvPjR15jc97viEMwaSdnb5pj3FyZhGoOwEysQZBQAAFUKMQXpD4NPHeUToRwhsIRhUgFEPi44PbwzZhykHZIGnA4UWZVCHFMHCHERWC/7ioM6G5Sut92pKgzXTeJtBLzL1hJ6Ma+U+Ndf2LBUAGt6SGarZt4aRwSJN+XDtTFEUTkSo7kjHRF2h9BkyimGMuPK7Mhhw7LXF7k537xmNO9E6o4vO8EoWtbVmBgWltIJIKx8v+7Q+YFneXiKSlOZKGpDTFXEQ6v6c4hOjhrbepYn8dRtmhj/t6stvwi5igazCOAt5IlbS4RU4owih5nPdFTaUzAuU5/GOW4K8DUL0AT6cpUlkC1gy1UUadPFb2Ahlpr2I+KavIiQio4rGlEKtU/cgUyZDEIRfGCv/3fOiAhUao5xupRnd2sLNqhmjrNSRIU1IT8SaLEKryBEIYgEL8IpCnVJIl1oJjW1biW+/AC3+3ec8AAYUNT9AW8L9YR4yjkeRXTjEMuEgz/2mhREHIs7ATRYAqs7wMHbbjtvUC/mEICiv1KLYtwdfmxwG3HENR4lS5dut3Xl0INl4300bqQONJqWkE73zQmQSP0147HYLSIBgvpRCAj2Sgp2hBewCd68+4kyH2ucdGhJsFzMC04a0Wd4rPXPUDuuz+KTg5ijY+y1kcyjqQFqhTgeUCkEH8YuqS2kYLSCOV/RP+3gZgDOvj4p4tEVARuo55wBcUBEJyxFRbVtEig+lxAHKGkhUR/EoWoR9zQAAGAdWrNGRKEkAAQpTQMIspzbYg2pIAU9fh0Nddquxh4pDFZKdkMyWGK+5CIXigVYatMIg8nfMfEZIQdrGjqOiSKh62IYe4HVyZrJwCOMURNCVVpv1QV7CSq1iwAp3AnhTgFN8Xg8CQHNM/QsFi3AJonoHSciCvRxLoBVbK8bZBxsTGphi+6Cc3xiusPwTRIMcgOddZ51F5YXskrFLIa0COK+QA2jkbxeOplYoCsB4KIDKrYtsRnu8FLHKzwDyLqFADAtIcYjCHxTcs5MBlBIEdSw9J+8+GGSZCOQkwUgmRFmkKxYxBwdZ+EMkv/c68aiq5md73J4hpR5Ngqa0OhLaMOSho385Xms/uQB8mNeaKgGZSBDMDqvWePFCy1TaiqKEkTQ8x/dnysW9cYmEBhWJGklAgGNTGKhVP7BDE0uzf+5n5JkN+JLwgSFAIM7DgLV4MFurU6OZcC1IJOdhRwgh8BCCNRxxEocn967UU4BYPxMrAOqWpa1DsUqtJIFQ9iq9GLYjbFrhXXp/gVYgkDB5CcQUEkmnTr/UqXxEojZIfiCAFKgiC4YgV2WiTGOY0KaB9NzDhMoEvUsgHCBhJUJ97XpFhHnJN8CFEEodXvU0U/Cj3OXmdPvf8HwD57y9PSnl3jgeadYtqfmZ63hfHO+zkEIehWh5T3+NTXT4pGEB6JDuZmpu7EQj9c6EacJ4lOh6C/9w4iHIakWhigEQRxBCVDEi5ZPl3KvTPA7QuBFt4nFHL08+Y8moG0MhH//xoQTUF+lJtqrfXj2GsoQgPUnKXs3oFyFVcC3hOGKgeb7gs+BVXhKPEkKUHkPded4rDLiA86FSnqI4mtHC7Cz6Ni2oAIs2iFMkHi6U+BAEHxOJnD9K8YcJ2CIAEArBPvI81ZALA6bqxbFyfdcRmzoEJThh/ViJOPvcbypMh2UDQLol0HYAPWb3pWyzimVEFAeaN6BgiIGQq/d51rOYk0GDNwlZreToZQwrAQyUKY/CVMFXD6IKWA5+3SmCAy3oZ3mKlfvm4C28cxgKcZWb2JTNdlijCjaNRVBMy4ViRFDEZsh42AcFb5i7LmQbscHMF8AWOgXaJ+uK43kWKZhBxXUVhWYQO7QsWRpMDCi8lhvT3gYoy1+Hk0LQmJ4OoprJKQpig6DTs/n903yE1yOtioce4QBACsE+9DDliKAxjKm4S/UNDRwS4kC+qrj/M19SceDGkyFDjSKTSPVOxoCQQEhXVCjYOxHqP0BniS3Kr/0H4uDdcrbmtb5WPrCETUx4UOLdsWgB2GRAEabBk8CRhIRFHBFgKZBjv121dP7hOKCABwsMD0C5KQo1i+bZAPO21dXEAIQwEsjRKNiaZ+05IOlL2wgTLl+GaQBHqrNj4+kC8XiOiecFmUyMAqrnXJAxf7ITrHaSi6Q29H4m+dNmp4AyyPzUNpdzKKVoaAF6gFAeACxnBxQS+vuEtZwJEaQwGHYBuCquVPGl66szZqHIkyhZZ8TEAbhBSIXAtH69HLB+bJ5wIV6ALNFNUSfgJP2o8HCNcoEQQwxOfRBgRcrFZSljoUSEAQAih4EoGjEaYADXQqAWOcAgJjyKxQE1X3rrkmBSHLvoMVCiyCQAfmzobjsWCp62ibUHLOPoisy8sgARjEARXaJ6bRg3+qeu6KIyAKeYAoiCWCWQK2CnYcaTePHrZFVVLimRsSfRISdQyB6ooEzRDU85QDRXVKDjsexCeujtEi3SxAueu2OwRBEBANiOqUnBhLfJMsAneXFqLv30+omGkTKKQiEE2IcuGK7XkkoB4fhYsZFIqrZFMAPoQ+U6FVKEOTQIAlgsyiLlLTqFUtQ7mkB+IsI60CTxGmAGBxpBCwIY1PxDZIPbfKCXhsW0cEmZYI1T038vVVNjg8+75YdwBS8HPvtP5+YyDTlYMnQTCo6LiCo+IGKBIQcxQAKn1eN+em+w9NJC1Myy3qUpwP8BBGE11yoE9I7krZElAD4jukN05Q+/EDBnnej/+8wfm5YzvkrYNv4H/4DAaLw4rAOfBcHF8ECiEKaxqoEM34XaE7ANAv4H1CIQEDWkQc+N8bXP5c4eGPIUAYjhkhoMVrHYkcgIJRRzKPqGQYVERGoca8CrW6tUy0gJV4ADr6ADJcBPTBPavbU1NqrvJI5lqluEad57HQOTHIKtbqEzrll68RLpoqE43PPwkcggqUo9IYdwgiKa1Y9oUg130JaDD6EJIgxYGwwGkRhQAljoQvICG6mO2N2IpOT7Zjsfrpo6sqTsWPXVqZkIS85FJTZoOgZDKWot5eWppF00UO5eUJUrhLGJ8XkFrDXwagitBVhynpcIqkLACZ0gMadbsifj88dwgiKU2qTiEaCMAowxGYk9WbBDt+q6CsGEjt29P3FxD+WmMDNYgIkd6vG74SdZOemChWzr3fz2uYRED5YYYUkTkyLjyPeMFKsAXTnxcYQf1TkpoCw1sM7AbGoPlXnUpAhzumV6wgAT8XigiYQq7RITH3cgnYGxfccgeJiiOihrTBOcu1foAVve8C/Cu+jycNhYTkdckmakKahRS2GAtxxMAs81+tW08PXfKRGEfLePpNlyRr5HI52biYNSAtyHMdRyHFxpGU5qhQV+L5W/cPFY+CGrCWaam6Exn6gBocCoZ0SwSecPIMO/0xJAh/QXUiQe47AQAKBkLslBU+tcvXA/axC8WXRQvGt8B6+/A87mcEkgpzdd39AyQphEb6Cx7EXCZ7BbUW437UoCzzInEYKO0TlJTTAiwJIGPghyY73Y+CHf1HUlVjBgFLmtOIPwoR0ADravutsaEtAMl9SNB1jejnSODH8T+MAgw53EWgFs3kSsQ+eoOaEk5xGaqP1CgZgWrBgFqPyN0frS3jKM0SZes3D+TxRQvVKdWlBybRBEfAB9HJ0kWECDglZcGhgEhZNU2mBX8cAagqIKAYQqgjLJIOj4UcF98gEnjAfXz+DwBYJ95HggB0nggMySDBOz47h8buCJbs4qSvYTG/dKnoPE/E1G1HoV3D87pBc/dvxmV9FSrc5qJvPl1wVFq7vNQw5mDQfY4joJWQq+FnXENEVMeeJ+hHnRUA5QnygPn5/OpYEXUarsZOw3MS+D5RTgBYmPrxh4eEhICoOpGI1gGlXEeQyht1d9ZHREIE4B8DOe+cQB+5Xx+JJyAkJTkeU5ebtmr8wczDcZb9axcgGoChGNFH+J0kLZ3Bv4iCjvGJyPUMXAUlINiPInveeaQlCAmI7/0nVBAa5RUI6JjpsLPz4TVvFw1X8yR+P6TNQgIAFCM7iQVQjQBOOgyBOXNcOxY/sMGBoIq6ggA19AqcfcDMlNzqggzMYjSWQ9TL9oauhDin4NPqLEEXybu+XDoMfiRBdUpS+dBr76oDh0BIgmh566ATO0ggCK2q02aBFwACDg6p0fhQfbo1qtMcEujz0lAnzMzjGoIxEHUwkMaTcohN+zajOfk8ELTfcNx0dEhvaPRI/Z1tHSIdSV2yoirTn1W/IVOBwLxWl0VqNCh8HvY7qFC3h4ITmbu6DzSOFNUUQBdMCs4KkcSvoQnUKdclIJ+fZani+SfRCUABHNxnjjRHXU59bSH8rmO2LLe6XC9D/HkTyqCiH6OcsPIY7CvEBTz+BmMIfaTebohGiU96zUUoqHkzHHMDwxFdwiAYCthd70tSCVV6p/71qUw3ag6z2l0ZJw0rRWIOajOLphGfC90J+nHMbiPM1D8EEkVVmGZgQDBRlPNPECLgfaBsInCHw++Mt5YUd5CoOCfQAGPKnQC7JTDEqgrALRMHQRQ1JiIKCm/zoumjC61aN1wAZSUAj1ORRhDcdlUDy0c1GYGRyPFgaEI21yF6gPLk9H3jYW7GfzXdhmqPbIdqkVxabh8iUvQzDIK9Wh13ds1pvgcIGvGu43+S6vQirk6jmFYRza9+VfHL7oC0j4A2EHEICSEgCsF+2WZFLRpqlAHViJWRzyuXyYYK4QRM1U++sxJlJFXVLoR+Fuy1VVD4RrFMwwy7LksAVNJwFHmCWWePA4IwonkOVfwIUyVphK6z2AfIY+FalsGxJ55j3gtKwpj4pjHhTmQ6Uoigogw01vgSQ5Q9L7o8Ei4a26hD2XT/WEbjwV1PlD0tvekMdNFmAyQcsWzCUmJLznqA6R8cweDPt4YlYoSXR0Ol6Bf5pE6HIkgbQDRUJOjnQmkNz4tEqk+noznbf/OEBLJPOj0OAIID66Qywe/7uXu6nZyCfTQMIlBhicfDSF4uQSKhnqeExnlDtRm7wwnxganS0hhUhqQn27hkowRbPJbTJSPz7DXuMNwAl7WDa/qIhPj6gyI7MRVhqRBDW/CoZ4Bzr1Ht+pCQTrEuUCD4EurU4RAH0KWJsSQQEtdNoYycAxobnTJjHNPY3zhSSKIfcER7bi5A/X2TU1/dTm6upI/gi8VKkwLE6rq9SDa5yW8U7RPUkgfa9BFbExpyGsC+ZEd+FvoMRv+h0r+oIFzqID+CVRR67oF1qPAB2AcwfV25zqlOso8S6zj9/FFKoLkzOfvuP1M0ldaQIAIAqOAECnKxsMs0REeaMwY6e3kzOeaWzxkWwCEsplWqBLmGVzGX+NieXU+gKGxysphIn0f6si42ZoWWnPPjXlC/lbTVZ1S/b53+kJJEDuAAASghqdPnHCQ0Gl2zt0NWcTcEwYYlJysUWJrTqU5ZoStnPglJgaw8silRyNR96YItIdhvlx/yNnncNn682KggT3AWqG3JCYosf0JfLGZTLduqBbuOKGGoPHhg2jROnicud4i7svJb4ULAY+x3npfn+E87TgEElzwIa4jikiKYBAy8rlCukE7SWgByPwOkQSjhKw7IJHiQiSDVf+sWs5NDBmu+/osHJs2+NoySWEvBRzs/LCQcyLb7+bxN09uaFCuPCOK/J/4Q/9VRUJwvJSR4zk0m52qC7Srvx2VLBOWyYsAvpCKdwPW0nX7BD6NpyY+Ane4FH2J3ICCCJG0X/BgAg8NCln5BBZ//PoGy1B3RKQX1VJ7i5S1FCU/QIG33lNIHrqi815gl3SZhS8/AQ8HlRcREcs4+mmFTUCgn2aTKXKImOh0OQKZcgeO2u4kmBR6C17pogBy3mwC/DPmkTohqayDGijpxxAGuNKgm3Rbvhj4mNYp5OZMgsCJGv+AN08UP5wR6Mdxnw4gBkOsac6pEogg0RwlH8kBDCd73/juAJ+1xoDIpu33w6fm4NkBVoC4YHQ6zz1QMJ4hIqEjqkCBsKsZ+dZkYCH7Wnh7jmf6RgF/wAIkgwQ8j65qg1dqpDDkv3ledtEWErPFSCCIphKpOJCIIOrlq1nW6z9TdJNH1Ax5PSgIegC5WuMRTiCQkMh8XIwLI1HAlhGS63MiRNugcbXT/mcw0AlDCuwE78fV0eDy2nxkZ5a4dp6yx5Izy5BqX/H3UDwMopyCHaAbCCcQBGIAggfaNI9lQ7V3/Gq8WkvtQlPtCQ4AtYPHc+WRdZhgGcTgJug+QhcNMSptMtYvO1V3W5RAcFnH7aaI1efVSYFNtxvkwnndGOyTTO/GNpX8EEQlBQDbB+d5PM6/IZkGgDiBapUW7MZD1gv786URx6z7mh1lTqDy2Mw7NrcGG4QUZJRQJUpwUGOQBJDOcK6iK6HESEjXoYsFZhiqMFs3JBcd7qgQ+77BcIs0ZtbAE6TDGSTA1EkG4Ql7t44N5kqfFY1RE0CWGYZgvcaGJYASrdc9NuKE8E8AwmLpy/KWkgBQhKx3/cLAaXlCdmCDrCnCoIWdZbvoBCvQGc59QwPGYrTxGdfIqE+OLSFiXoJUqoO599CVHnlzbNz017bqaBFd9x4sWm9XLygbFE8FNeXQaPqrvIcCn+1IKdh/hCBticnxCgBGCA73Jg1aF/c5jTAgTnG9FquSff/8p3e8FjUsBdQLNT2GqPFiu06qnlwMeECwYDoPwgpWA2/ldE1GqU+4zCgckDTkGdYLq/vf2Hv59rhjCXMX7ypNoCIYPaQjY+CeCpi06EnSUKGByBHRUDgKoUN3UQNV4fZ/hfeyaYDEKli0OcSQGYkzHPJv+4M1R1t2fQarl9wnf/6eQTyR4Jwu8ADi/IwOAPN/y1viQ1VsIuT1IMbKTWM4BkRf08+o0BCm+llAsPoAKSgCRkKRr9BzZc41Ga2bOeP9asmFwqkovtA+uA2EKPranWxPNpLA+U9hNmq/kBEfi84rjScpAKSEk25oLkJhhgpzBFcjAz1ZgZRTqlOeUnOhPs335n2VCMMFzxxd7LwIj4j47/NEFwqIcaXFiDSYJLIHZxU1flRBHQjOOopkbI1BKlNqm1uffzD66KYhkC1LVhGOIzEHkSC8HfYvCHMC1wwgpaciEiueAohfEJ/GY8TCEYEVLyrOEaERRRzpD1NeN+iVRnT6mFGDYUP3fJY6B/KL79pMsughBMtgD0vWfkBRAUYkYJNcBXHX/tEwRM4crgpwKuH8ESHgLC+UeEMEaqUmHKGZDAyJBme40HmoCco26xibEWpscFRbk+s+EGc5vRmrAgOckQp20BDx+KTqPJBq6G7+L2gSyTzoBhw0FIg7KkhPRX+tgcd+aZzMAmbqgiFW7m0vKAgVe3gk89Fx0apBAwDvdpGl1UK5gEASVsxBt0TI8vFbjlEgsGG9zWI4k8I16YILtq4vUD02aULIEcIoygIrrqgLQEQijnRrwIZNyEq6NQniCcc/ZESioDHafTGzGcq+rMKRLacetFOEBxEhjRTrmhyLlbAM7ig4EmjmgS50WNfVBiVppcYndXHxrdNgTikYGOqSRhgVBT0Z4yIhHxgQs/q+hHp98qLIuFxIKR1X9cm3JHwi9gBRFEM2dAAOd3r5TfI0Iwtj+YgJIeB8JKuzATlr9/u8O+Ls4Z4eygiex2AmjSXo1S/A8r7uGPvQqhK6Ug5pApSg5Wd2OFJaAwM7Aw+/EqE9dnffVBwYNQrDIt18HaENaIh2s425ILe3NWjFbxG9/wSDHmiZJv+Ao9HmihRCAeAEg/jVGECSIkSzrDiAKKhG0g83fFwQA2NFXmwRa18/b8SjM6X3EyIMqOO6z5EBSRNCyliRPUGBZAnAcY+tTmKgrJvbLvkXLk9Ac1cLS7VU1J/CBrxNZsS4SQoI86Anyg4Y/coN935IoPytG7fRJhP7dXASDIQQy2jAkVHRyupRRmqM+olC2YJOxEXatY6eIrXsaEUEn3pe+uyGWvjLu9an1234yG0LS5NH2wPMXv7rXvWt2UYeEfjkXl2XPiXuwYCKWIVUlEgUK4IhAcD8NykayLzZSD9tmFhqs4zP0pBb7ZET/WOrXMwRgIAHShojnua8ZvE4hZA9319lwWXWPI+IR7L8j9yxtu+dFaASsi2AoOIlJqK5oJiZBdhokHmAYMHaAU7N3U1DfDWrT6e3LGBmBOeWB2sc63sfQYEJUjTNLLDqFJAXIiUoyH6s6JkxkPsuLeA/NCJRg6idSYmGkIBP7NM/BikVAFIkD5JFmTMBuTNdZnSZEPw9EGQ7FDq4qMREHpmjq7xpSFIaxyRn7LmdqvQK05yk5GI3ptufzlUb605I4QaGHorAig3ACqfWmA31WPwWV+6opiO2RDNoyGZGQ2yo2GMyBJiUOEIDyv7TZCYIKLwBMGwiRindowaTlC6IlgGiF6JREqAauTPm7KkEAgB19r0h4FEGA6veCk8zVJOfursGgQ4RcLRLC+5LA56lECLEsUmeWJGTjziN6kxKyQLFBabjU4+ACYShAkLMNKK/P5HnfKIYaJGs6OgudhopEVgUJXkHa1ffDT/eC9XGJH481WM0GuHKGwI/kHxBSRDZKvAAriHBQUyPGYRAIGNKgS3nBh/+ixMKGOWCqTiXxzLhQh7EWLSmKGgIGKkuiNuEJ5iOvOtEYMObsTr5AVU1WVSpVUKy0m5QPFDsvGwdLJceJwyIkRGC/IU3b11eQHuqFzYr4RKzXtqSAfh/4mZUQ7qdSiCEmIpfcjETNI2mAUxR/YbqdfgHvo3UBa0E5GnSdcl8A0gL5HNfdtoZVIiStikGOJey2HIugriI9NHnsel1lZlRLu2/5pmR7Lalr+9xGc4RDsFTE5zCehHOCYT+vQ20nLMsyJdWoJEs1ydkvjnTebwwnTUasa8B973Nfe0IChHfKZqBgqZZOxKihtUYUUSJEJxfG/q5HECRIhyCQAJZ+XpYiEOYxuup/0HmfH+DkkpCr9811oUJzjpSfKJomCbKUYWgsJIrqf02SHBVpsKGFtqESyNsr6/VpPV1rAQIoNfYY/TrBFInNS8nzbajyKijeE0pChPrtsat73pJWwGdWwPgSEzThHALgdQohW7n+4V0kUsTjMUUGGL8X1L4lS2xnOJjPUgOJ+2yTxEpoBIL65hCvO1ui5wLKtgGc3XS5FP/B/W+iZ7qABghQdz1HTN4hPnMzeVhzoBicasHYEcBY5eCRaREEcdDvhiVwLkGAL2ICotSpGZIAVZ5RGFGfF8r3tvbBFADoFwjiEUhAAAhJe98cTC4jfFlHU7zZR1B01TV1JJWwm2MzyzM0WwnHuB8JPMtk8nuTXIWU+qk0l6YoSMwc8qoHmAwg0ZqFDMZx3M2tu6pZU3lmXGFijiRQlvzDQyOf1UkFAWnGh9RwzjZFHelEqIKa1ra/DTeElmnfmicSClchIpRq3fccX2c9+8pQnhAsc83tS9fm5ckN2SIQxqFoSSpoCdrqpuCP53mRFwCp/VoeQEhEJ+ixOrOYyjvWgoBHyX6ggOgjhYRxhcl1DYlPYESVlDbUupulV9VpeIGtk/cbdVUV3hh8vCy5x+rE+z6so+rHWPsl4r9vGE5vInvYx+uxgmmEJUYQyc/nO6Gk80JAk4YwLglTr0SQ6qxLRjKK4W7T/vpY5iKvp7oVmSUIjg5eHXqtY8F4DP8YDEchHCxz8YnB2k4EFJfodL8QIQzpTghCzU+xVtCJaGVggUKYhlnE3jeJUp14H3LAAhWZ4lOrSoWGjiv2ub6H+uP7AwQubZx6Z1ks6bLfeYLKbXRocyMiK6lgo5ByWftH9gUEuxS5gIFWtdGMeVmlbKBUDvYTDSUt6m5M1kuVzRLPT2GEHxF0vxOIpHPryCHpTm2AkEDdz8f+FQkeQZDDw50qgqrf7VpaMa+575IKEyYrDmITUuviELZowIGTkLC5fWiJ9f4m4JScIqyUKbi7YCLR4lWXG2yWYfW//wFNWg5IjihoWg7C/yA5U2lei5YFiU4ImxKHI0fCWmjKV4qQtK8p4QEC5wmW6p1NISX60+xf9sBNap6oQKVIS5uaUi6MQtrqBnLFekBp2AlhiRPmL6JsngCowJRIexhXkGmgui3TQEjjkmxVVBAPP4gok63KINm19UxABgOZ2E0gTdFKdnmxGzGYCTlHbGlC/0zqBfAJnWpfnaAwDyHV5oh9CdkiFCLcXO9c4Zo0yPndNAlAVIhH2RBWOas1tdA8VTwgGCmCx7uUDIqW6Tqci4a3wBBEoV2mUezZz0qzIvMSEy1EVT8TlSSpIdIYygE0DgzCiYIyQyIGI8iSgmnkvaBVyTk1iqiShDQq0vsgQuFOjSjUnluHqDcmF7x7ZWNvqpfb+RiCMAA7ebXmrDpJHf+OV1JiXbpBMve5KJv5HR0cG+qE8QTI9jH6iJhIa5GCtCyr9y3vuVRYGomJEtsLcnByYbkhIo90RD6Z9EhV0T4CfJ6UN5gwFRaOSoziP/gZkkrvW9KdiMLJSSDqY9QgXxyF+JBDVCfNgOq60+G+iygLKcOp0gMeJGlYhvluuusFKJs9dD0aNQ2MuKFqQ3imvUwAP5UNbSRdAlHLQCi40OnlfskDYnop8aLA3BXMas40kCtEEGJitAUa/t6h/+SxGfWzvEgHSQQYIRqqN68GiMVJ55GMyIx7N+xe8P6qE+8jDVmkkk6KuolMho+JPWAiQ510u40wSH6MAMk4AuHRkZn6LL3JFoE5LOex3spSIY6gEbu5sF4fy4FqHIUCDFuvZj0SlYvt9BGS2ibGHjUUWnVWmKxo00Su4p9IMcJhmtKDBFLOPpAh6Pwf8tLoFhLJVuTF+T1Kp8dZY4IlP09MRFH8amVAK4PE84A86SIWAj9q5IdRveP4TcEEodpdo78OUYU1uF7MNl4/I1YMjSRVf06fNu6YRCAQotqXZwRvD/sdIrIRmehcDEmyuHSl2xkXhW4aguLbO/WkfiD96yiEMspwgPoVgSKP2ZKkSKecA5/8p5hiSjVCz/cnhFCuk1QzwpmxJpTJqQuKuY8jdGnfOsCTie78nHBssXYS+1GR3akU67vZJDSiRChQa7woHQuds1o9OHofQd2CpbHpIMgAI5EnmLIC2u1Yez1DUvMEAQiJTg8sxIC0InMvwE+PclJDAnhOnBoRZNRMlVUIFj+tqcv9nlMsFYosHl7VwwobES/jdDxdY16bMiZv6jL7Yt+eKsViAGBLD6DN2hpOrbRfrjknPkM8ofGwe88DFmG9E0QYYo0nSO0QoQbc3tuY4ZMnCE99wEADP2+YGPCCsxDhPh+ODHGO5rBgesF1MkQDDNIMFYmgEtMFyb1VJ0NAGICdoHJKrKuYcNJfV3RBmAf4dxc5rCRge6DizUbhrtJ+UGiwNzsU2SK5mYUo1jrYDk/bSYlQpkJ8IjMKtjQKJF0CBsSzpFFKsDb9iFFkIyMi82jYdX1zukW1B0cKRsya/jEQIQ25j17wJXkgOhUKaCDloIBlNg6FIlSDDSbAy8ycA/PWNeI6LUHUfW55dK2SYNzrGuQiOIZNoMdG9RcuWg0pu+EjsDTaF6V6qRyK5ZOgaJuqj+jZ/SBMxuWGDWLctygPLQGYso2xCZk1YjJI/dqHniDotLrzx4aGUWwVDrKsFRDq2IR4FoirlIXgxraqf6Q2AIaht1lQDs8TWJZYzmBSsZQfoG4sMU1aQyRHCpQ1/RjGhhIWz2uxaXN70FJlJdBhkuzB1exR0ru5CwF7rpRGMnukU95IzOXetk+5v1YihthQotwuYZTRRQmgt/NNBl3l4QntoEfDjmswQqHXEKtfVDiyIhBC6ujAgMHTZcg6+wBOkDzKlQw0RSg2ku4n2x0ALU+ydFqqXOfUVkCtcRIDK4kM9v1ffPcyDEnvBQJCvPNHoYQlprcLotaSMCDggGaqDDIf7JdxdYlAKqyQhvKVT2Jl+Y23GfFxox97cBLiKzPn83iXxdw0sAy+zrKc4DBKIg3XBcKCoV4MnesOkJS1Uxto3ZaDoVush7/9gf385APE7RaFVBPi93mEl7rDOZVrE8hIQQ53WabONl4tzlmNhcAVcdSTYtYFR9bISNym4kUALlA4bKvqNpI5FIuMstzNlRI6l8qGYAzFpyNtp9vuCjj1CWVH5bWWjDipGUnIBxABwEi2aoccrFQdHMliOSplH6DReJNRN6HMtSYDzzMAgFCSQlEnzATzUL+H2lIiBye14CCyo2ozTQiPQ7s8DEI8L6kqr48VhVAnSMIRBOKzwx+NUY7sD/2BZ4looGwkxWODvl5YPHFfKJzjnX4iFVEKJ1wbEB48I6OqamOtKNOBKamKT4wAUQWpoiO64AEFROx4gymBA1QIi2nxJZ9Qmo2k+5nAEUURwZAIp+Ka+cx1G4JmiQXUVEtTAkVsl/0Kxm8SrAeDH3/00ExmPM8wwRnGkB6Ws5lf9Pzuf8LqdmyDF1h3vfEoEeTNdxd1JiD4NCqMx7lVMr0qXeQxj5QfQ0wzxd1XkARQJPtCmI4QRqlO/vzW4YjU/WYzR091fxs9/7lvQH6ANFLczhHXSSsQ1V8VzsyAWqF4jgonLbr4IXDhhaZgzAmh1vYmuKJQOiTxHcvjGAgf3d4UrIVAMKBQEOU24vGrCkpryAQPKN3pIDsYpBgi29hCAxbjenrF1azt2hMx1tAmw/uoEjAUX2LuypPEyPQ6q/LQKcoIgBinwddLFK4zGO+6MdGUkm2I+m5Q+kucjkgH3YXpF/yD4ElH4ClDGALfvhmKlnj47XlVVlQmpcidCkSHJ3XZGmRa8WZ6bV9w39GPG4pXUmrSlgbCWu6e2M2VWm0Iy3CCg/lEBK3uAEIRgLJ53e1IgBg4KQwLYSoICwT4vxMNyWNGp7eOODwQhRoVZKXMB998RIyGgkzyfrSOLFy1aKk4c5LSyILA+zAyyVytSODEWfR6/eoXz+tLDAuDIul6KcIJvIDkADbWZtRlD97H5eX1zBRE/dp619dXsDCZEIXQ7zRstUEKhXqSHB8FAI68Ih4AT1Df6pq+G1nl7jMhX8MhiPFciZBwJ3H48I1mCq76QOLsVkFM2QRC+SX/tAGA6ShxHMbEGvvudwIGe55leCOQ3W7Pzv41R+8xyNh9FGFlNCop6RAXTGNxQpsO907egbBsJaAD+HbuMtOWiuOs2b7Oj/xTiUFQpxvyUW9o7kM3hlCU0KBm6LUgoUR9SnieLBjFjUOHgR5AFrwbIM4FIkoCWgbkIOXFK+t0fxncOqZz1j7pEF6CcjYhYXc4+XFDbC+EMVLSjMvAtb/+jBcgcMOASIux1sLVAHdSEs9jRwZqteHX/4O2g54HwHIrOK/idLeAwmyF103zR1Yb5EoEkB663SyTIuNIrNfqNI1L/tEI9I7vk5b1YKN+ZnMfMMgBnLL8Yg6bzITZ3ry23L0JP2IiRj5AgHgEEiTgZBIXBKNzk9jqOKqMMAG/FYii0Q3ZZ29bMe6jr8fbrEAxbheYMvoRRXvpamvLJg507K5+gOZCnIougxvhHMd+LDLJkhzf7aRaAK16UVcMNbQCtftEGcHOKIW8vs9FUVQjEoAiOrI8PxHvM0eaLXMTXo4A0QDofhlBAJfq5BWm5l9FhxFvRSZ/jRng7q2NLAmxH1GHNibKOYYbMzcrhv1Et7qExWMV81quNXyJ25KpI09LIQiCA3ATPZocIzmGT53NamOUxeqrI2Wh7EQ+2tta+WlXWcAKBfQrIe7Ti5l9PilegITaVxQAtIUAjzVmWddPjnh93CtjRAAAup8gMMj+PCtB0Asmi4lGt/sk3KcHkLCepO776EcN/CyIVdAkuvO8MWfpkHsNnCBuaoZ7kSGaBPbzzFLPw9puhCl6bOZd8M1GUldsTbYDHE+bQFRBqVYsMWxqJEfqvZxhW6KqZ3ZIuUiHxCs6cN/t90k1DJx0CAaEBgqLUJYkKs7c+/qE7crUaWUOIiZgQq74xY7ARuL9kFOKMBSDOnHevsrtZkVp/MxG93HfdlLNNIYHPDlSbyeojDd5X7zZ0LEaL0Uszd+CwJYgYRyCNUUML+fbjLdNGoVedWqonH9wHMOF2aQoqgFoOsF3UZAA8gRypG6DtqKvqqOIGletdRKJkGAwBM6JFZ7b97GSCcPCfRMF44TbErgjEL0uHSfQ6q3jKKVHhOq8DhW/AEpWpLRpowuxURDnjM90tTkKwfIeZJoUUgUZVsn8UpUa+m4n2xoBFesQpQ01qjaXotxlrRnnCTgChmQG1RQP0+3SpMZTX0D0+lDbhyW6WGNfaYZreBRV7xMd1WlJCZawIVaIC8NGmuKIorxo9TW1Yp86UmKYztGOFI9EBqQVi7nufwaF2OJ5g2SsQiC1RtZGBejl5YaUKIRMTqJYjmUULwurLNgPCpJOqw0Sja83K/DoMcRZ4o+/Ie4T5Dtk+b1jnXRhfdLs8woNObrPXQcJ1On2oQQQALD5wYFWiF4cMzcQNlKzHwkYgJ1I0Ib4/H0TY51073NkGZL2CbNI5MMGGTh7xGJlNIPKZjzxRzh5B8K6wMDz8gQCEkXK70b9dEBQ/CQkmql4He3rSXJQ/BMiC0iVG6FoBJ5AoJRhfTeohDiSbK/Fsr4UJRKhTKFAXDsAYkYeq/dVsoohAIEswvEumRcsRmnFNRpRGMnS6w6yVvX3RCf0OaMuP+CLB3wtibFMUjOyz9ORVqmCd/dnutpMigFFuuKknB0H7G3IAeYRQcVrSPDEEJBMQspx6wQYCS0wNMUvZteFj9VVcfm8s593pfN9ZNmH+esHXq+kHhAFI7E2r9XrDgKdlukXoCzfY4Z769eIwW06RdgPAoCDTElSrLNMHC5Elqv3XcKDpItzfsh2zW4PNDoacanBl7bHa5SNndxsRGFDSRAdy80MI26UsVAqElLIygdQqrjF7xqiAhXFkNx3r0ETLuo+tXEC4N427zC4SVfuPncSNIOIs4aCiNhXR0dKSYgA4yHEOXjf6KNoaLPhYqXuQAHCWIBD99sFDyGGF6hoXV0KT8pVEZXG+0wIDmT2beDwhCsR2C8ghZiGANeZ3eVmHCruqvAqQuCNEJNoDBeuY0ver//3VfkEGSB2ve9nSGJOLnoNjHgdFKhA+U1EEPzu2UFhnpSqNBGHMPIYeXdXsEpm7Rqbrqs7KksQ6PzBIMmfRPVOBB4EGLEbJQpjeeTWVa87CyQZFbiSAKxhCKSuCUZMBEfkCXKoS3ERdb2+3N6BdC0pMkPgxBECyLw4WMh5KT9s7K4WrMTcHLK2KC3Vjwg5LmiwBvGZIxTJtkn61HsH6ZpjirQCBDlcC0HMXKW1KAXB6XUdFJUG1n0LEOC+9z6Aqfsb2YRTBkhSKu/4iufs63qIiLaNwJNIi1H2gKTieERw6sdyjnQzKeyaomdRhVTjY4j96khY2w3yG/kgUQmSFLe3bIaIWXLq5RNkCoxaQ5f1oejH40D3+LnI6kwiRRLUqKYNvZDHAhO8kkF2a8jPSiHUCWJTqKlgSDurQT7aZoT+Co4tpQAXMaDqdc4k46u19sFmiTvOr08ALhENieamLvdbXlzlgnJuNzZjU5hhrAQgtfCwq1K9Ka/k+whW0GKoNSdykbJkULogK4w6lkYTJNcgjUC6ZmIqnpE2xYoDB4L5wpHHyO1X5a4IvV7bKkenFwihTlrldOg57ePhMYBqb/uvHQQIIvADxJEgACgHM0rRiPDc5DInAHo9ieV1d0GINPXXwPm8lgiiCfMApA/RxfZPvd/YzZFGTW6Fix2EPIGwxPo2vgYtYowvk45OYySICnfSK62aHFlbYoWRdWgxqzZPBWodi2Z9YfElGdEFvsV3ggSuWGnGSYJwNQlgBGPeEB2meabbi9eOwEbSm67bnlen3gcYvBSGESfNfbFOZwkrOSFQQtmj15+7pmb1qIl/8CX2wy9DzXBJE+06JSewtRZuR30GcWEDhXgDYiMJwGFiTovnzCSoTi8y8pNGdUooVtJ50imIE7jItieBCY/H7JIwqyDD6KqTxKCkoB1+8FgHiiGqsYUu492mpWkJ2GhE11V1UUYZOncKrDuOri9BQQiMuuJxSUX09/7iWoW3Mcl1JWnBwYDQtxubs5ggtwvbcBAmQipbh+AiwtQNEa49JDuvcwkrHYWTby2qny82DoKck2jNgn5BlBmBdtGHoUCremhGLCXEA3ZCMEygdE5a6uLoKFN1nezESAHR6KhorelzL35amo5AOTqIc3DqeVCg6nWVGQNS8toAZ9YSVjqaUYRGSGsFIZZEiWeR/c9XGCCYYtp/9PN52A98QySNmBfzQ4WZQ2kMwqS5PLhSlWTaI0YDgisR4iTWptqsr4MkoEos8R3u/uZ2nsC+1+1O+4oRChjyNeDVCbJU1YkJsm65ncMgW5lsM0tvQKAmFVlCPAIA+gVtI8Z9Es55LRnxJAqC4H2XIcn99X9D9CcOmgEElz6SLlx7Jv0rHu5CBtdhTFHFY64dVBYwHekt/f5hVqrCgnVNWJeW8LiEruHW00WIsOcHk63qJCEq5JHawwUNIEOdH9CCUOB6SXySEEtI8DHZSSC8wK2i9i9mjghgEh0GKfF8ynE6T8T5ssiYMcET6+26zNDKBVblRVVaw1FM3SvI2OBzVxFHCtinCFD4P7m7lNQwnGAYZ0qmE7yo30JOvkSZXs0AASppcFusHzVmbQFBzqXNvNIidH8f4tNBiu+lOlUzgqyVhK53DA0L/KSoIch5JBH00r5GjIzw00Hkui3WyZPJKbjBMK4D6zr7mtEu6+4ZyU27aRTLRbvPXQyuKLyoFENL2Ag+cSuSHOxXR8q1kEwBflH7OgJrJJPieF9f/O2imAOEcprDnRYI8oMG59slqEeK7ycWQE5gmxaHYgfU2bcySIDiABaGOXhA0NzzJoCjFcOMRglFLfWcu7nfOG6iEBRHYhYkPAp5DuJVd7ovAnJyVPta4anjA1KC6GNdDAcmkNGbSxEWAxGXkc/38/kmw1ve1xgdwcHOqjazZx7uOQav6KsvUup+lyxby7OI1KffYM1ZXozzazPjupQxFKwZdbJUEAzSv3E0b/KlAiFA1IbI17RVcXQ4PgQ4Gfr+Ggcf7v5hAgQA2EgVxAkCAAiLCAIQhfkQcSofABDuWzp6TCiiQEBKUO+3aec0KnWfQQ7R52ozIj8FS2vvGkx5HmD9vN5vqig48BA7it/L/uILEIYjxDMYw+oivTgIstoABXgApX+apAbOOVdBUwdyaYbK0IQG/FPz8EktiQeA2QUHukT0mUqVBNbkKCTIcQzSzJXvRIziAGxU1xngpTplRQ6LTpoOD0jKeJYHhMyG1hc22xt/MxJxJSGdXcWV5iD6BCIZpAWb8dc30gLg83I7IeeOGLpEOA5xwqrTym8r7MMFgzTIcsab5tB3kS88fSTWGMUt74qoa4L8yvFR3E9PdJKA4DWrFcIoRYki4JBvrazzD+AXxObnFsFAdCSxkOBVojkLVOJCWMqJBhYoUlhyu7XsmYeSVkVcpLuvLXUrMYrO7rtJoT4rLQi1NiCSVZbNVHoPFxnM2Ve3FnwpqkLp+vamfmw4MTopfE/zrepQFgGCJZ9r9o42CLKPaRalFFyPwA+o+9yNoE/cnuy0EOKaeEK2Tztca22n0/i5ZCF9aaTe964UNafQ59Tp3XwQbhCR3AgqkDTovrNPXSvkZ46ZgoIIG5xzJDpoKIu1Ma8mdXMBh+4Rrd9JcLq8AOFIZYiijDLOo3SZacwDaEP1v2AEhYNwUgAIXUi6xR+sMqqfVSL0g+WJsX4OJsUSwJp1e/5bXRO6NsUF9L4PFb8AAMYYpjQcJO7+qwesiuuFiCMNP0Uh2uBSYNdBxV7nAaqFUJLAg16ibHsJ4Ni2NG4n+rpSwgFVl5bYHkYcT8T2biWa19vtSFm5nuAILl+CIVsq8ShxUMCxh8A+XpDAPl1MDiFIpK8n0JxetZKk3K583TSbLlFWlCoYtc6LkmstQdTz2BeiQVA6U7k3BDfzRIXxc48R3KWRgoDrMiL6EVgTlx5xheBYoqgACnX3RRcosIDhCXxIV8GucqcQIcRYq97EWfyCMsF5KaKnviSn6e2CDEQ/ln1XP6FDS9CvMjpBNlXoIURPqawygoDvQwKoNBtTCKLlk8CaUJoUx0fOCh47bo/7BPM/r0T7hhArGH4N6z6qHkIc9QIHHEH2uYaRYXaUKH5qHOBClrjfXaiu6+ftGCvHNfOY3zGMAifFSlQwouN1cUcmmm24MNMIEajSpoOywcirzarHixkzfO1U1MW1gmXBUbUMo70BvI0vNqYGI0BNXojVEV5WQKhyM1hfckgREjBl3Tw9GzAtXAuCQfhGpyQITyuta+EBU0pTko7PhWjjAU6GCT/bG3/ckCjoANUtIJanacLQicJ5QHAJV3ErGXRU1QPOLxNMRyGIski/objN/9BClcQJeGuiBIqFkMU2I9daNFV/Pw0vGowv/CBOABXBQmCtU2qiuJz9AtT9rLTwOAE54z2Yehc96KpZPur+5+sLx7XXfB4KM10KPL5yiAAZ5AACRzTR9NIgDGXzc0b5afYLga2ruOAZIjOI2WeBgyuR7htO2OKdQIVtH5JMgC6Wv2DyfcRibMb+HogPxDlu8orgisMb8NgPlhK9nJ8xfEVVDAUhjJhywZ/4ot64T32rxvRFA6Na1prV7Fy1pmvH86w/8i8UCS4yLvQvBRc6qBMfN+fAmkQsFFO5wn6TvQLJHB2BcgiCHGcBAHUyxP1rnVEptCpFEp0eEOWTWmgLHfm8ZBzD1P58k3AyiLcPzdIe1pUkTzBp9uOIylCKOBpRNDPS8UjeCbhO4coO4AQa0Jd9TKTCPBFOkAolAo9LCE+M7JNHao1vZhWAF5ZYANATcq0FeD1aSTBlUOAv+6h6CHEABiCf9sk+ioYujLW6uSP5iQcwnYU4CAkCwM+rE1d5O73vIbTbNUECKo4ojsogCBwWcmsZOm8gduicoNphJvQCXelQF0k6zpjvJwgBRe7LWAm4FgQ1AvHI4ZDanuXylEtmnMO9OqdHC+MBAHpkBQpXsK0KVFjj/Om6pKmOiwHGoo9ERV35b3/LCzCMslx1Aiy+mpBwp0Lw+X0kNy9BeAGe4/IvBAgiAADDyE5iEUA9Bwfkty4G0vVVXVFIGFQ55lcL+BIwaREaQS/aefKmA4ICAoITlFT539VgfH4O1W9NWBuO5CewGuJI4nnqD9hiNJW5LJWSNM3Zou3VPuHNLxxEdUG/RGkKChJlpstNZ/a7ZwRtkQW1UoKZsFlwkkqd6gDWeutcQFchoU6JECHndjtWWICIBCs0jcT7TAAIqlgw2ah0Ei2+j6ojH8KigExI4CiiDOs0pS8iWP8UT7VoNVzsVF+g0sR7ELXFRXCuriibqheZ0Cr4nx6JsmxCtvP1mziYCELifkiWIVGGiECSWmlsJ9g6mgIAYSi6Eafw/bIDYAyE9r0UIOSAIEAKieo7qqZVRHOOWxmR4uZWCE8ABoRWMY+b2R7bFB5wEH2SMOpK4Ccw0lXfx3+yWx9qA9FtCQOfFyAyj5XUAhidhMbXfNhWvb3EUPGLQyJo5LjczeUyzH7bXmo/WuEHDSHN0HGaMMJ58dJUtecShZbEf9A1v6yTroGdrb3GSXgtGyXOaQKhAKj2JYIoboKH5boPnbjIUfdIAqFUJ69++gly9+VJCK8hV0PA2t1vfYuCfxTUS++nS3FoyKuCKPJIaER3aiL4kVaXLakmtwM4D/zI2KB4+C3CBdAsqVfBsGu/Cgte5H/6uKhCzTI8lh8yxLuR3yWORQCNSM95hAMh5zsd7/b7ryH1byLPdUJgyyLonFSvZal6nR8cxwIconjB5rPbEVOhIIIfIBLlzQYlHSTI6gSE6Dgk1XLSXvh2gGJG2Sw8r0so0/oVzUXnWiFhhLQ6kGj2hDcSg4RXpr7KpOIUMl68FHI7exYavOSSWMSLcogi9BVJ92L331u1qVaJQjD5CiIt03kUbN/98xKVTpUnBJgg6f/6E1MG0VIbhCtfCSDQyKlzH2ng0mZDVWu3RztIikgRJu+1ERQGdCciZPhmvqWupCDXwJPWD7k95AXAOc0EgA1c5CswYB5FGHEvMrWx5Iad/K1UGvVSGPY76P0V6IhAxxaYo1DBzHllQRNRC5ln0+Q4dSUQuLSQetMEPm2ConGWaX8GSZYYj3WkvFU+xrzbQAVBnVcY4hV85YEmuuqkkALIXNqBINVQ0VnQ6v737igiS18k7wPGPS9IOEBxiPfXOEJbcou1QoMB3TDuC0qFBoGHiRpURvY0DlxS8P2cawe6Jhp2bdFVuXER41nxcmy/WsN+iiJiaBsXJmYKwEkNHKBBjR4lARD0rw4A0naEIUJ0qP6dcthLHMmbcQX+rw+u4Tq6iOj1Yqr2bkEchcL7elL2AXQVVyOZ+YlQTAO32ghad5q0vIoxj5CdYiB3JNlx7cCGFCdB+EaIJSqRbkOxab+1pC29/ctQW29UUZcWYvJ4k34oMusY1uhM4sBiZLVBRNVaNhwnIGyPPrDYiAtiiUIt51cD3faDz4vFAdjPrzOnUuFVDD7ga+5zsaItvC5RNpcXRPQPhsTkx2tpOoJ8gFMB6hlIk44SJeXHKMSSHMaCMiEQddJFPBB+cr90COko7vt+nqt/sD1BsZ0fMSy0YmrXXHyUahhyDuiZJKAORhoOvF4Nr2ChLf7IRxDDhw3HDtWFfMXy9BnIE3ilIsjSYxnBU/m615FE1Qs4ok4fSzqRZ3CwRbROdjEf7vxRCpAAoSgEVRzeZwJAPINSqkTACsJLed8lOE3K27FYtoFfB9x7cyrI7dpV6+yuAsdmOUewwi0gLFgMA4nzTHrGCIwzcOpN1hQS1I5xqhDEKlFwHd4uiKiuTyAW1IyAN4HvluNXkOUxIU4aRK23a0M5+likKcJhRAEMvq63AzTw5BT7/HPfhgo+sAcO8Z0hBVmR7KGY43/ClYY8qVbsK4MQ97cAoYihtg8g6GENsXzGdko2Uz+2xzW5XRof9xuACBHVBcME5xGKd3F9ebVhw2tpVBZNF5ca+YHCUcOcAUx+DkFnhicgR/pet6cKNQmDbayItQooSs911zygqgX3viZcpwYUBeP7YD4QwLu78DCZgwj8AKY4CQkC8FSI0kpj3Usc7DNqLTC4JjRLAEIBolgNSLaGMAFNnVo1P86B1p13Ib0Gcdiv5k/5fv+/785gzgPdatfb0sRtU9HrCdwZS83SF4F7nGiBpELWmIZa4ElOdV2JgLprewBVsK5MffIakDjSMl7m8g60tjqWjgAAqpMgVNDroCoEE8P1qbvvPsBrcDS5QkUnkHKEwZc2rNsr2QtdN2L6TPGQPbS5nYqqZzc56j5k1mwIb+Xvfbu2FMr6WTKC3CutHImLDSUpFAAM0wnxUA+i8I/cKNv2IIXssEPCB5jA10PR2t1M4TlYVISdCIEEcNhvOAQR5ANUp9wX64jhz19Fiogt9k08NARGhiEoPwkYPZB2gkaVd1ga253YNjiLqOuGdEebFl4hmRfHvRlkFO6uOFIB38h/4MQzk+VZ4E6AiEZvMIOlpR0xab5K4qpFWRI+X9qhy9CBXqwBAOxFUlZK+CLe6j2HI+6AI+g+EEDK8qNkT4kiHqCurxBsANOP047rBNWdx+1uTfdUcu0KnRTXEyWCXJOup2rXxdyOgDSOMO0ROuTEtg3DWi4d47ogJSJrWSbgHdyJkKFwnch2kr+R1uAIg8Vi82h+/2CxxNy8KWFg5pJRrSxQCKsJ8vMG/jsH+sBwFYGasWSJ8NbVsf3UNA1D9JW5qTabzf5cnIvrgsOdgkM0SAASVdQJad10OCMWES4QrLgcufBLBIKDFKxPtHzRt91CL5hDw1qyGoRwpeIDQh3pXGXsLPXFrKnsucZSXsqNhkvx9a7qaGoalPyZonBqSpSWMKNLULWShguMHqmHG0UizcVbpFP5WDUnSDuOJPbzcoufgrVADcShPBQI6LQUE+QostOf/+cbUThiBiKwTrxP1/XzV5HgjTW6im/GhLySAAUgBV00MsBFmrutXbnJWZOVTZ52azsI49ei4LkiYt7NfyOnMUbOZsl+twGj//TXf29kA2IPRzKIRPpFufHQVFGyxsXiz/3qWPmut4Q2kClI4wlZHPccCMwpVI3D95WgFTu/HzESBQBIysL7QgDrspo+6vdvcdLE1WsD8IC5L38NlOJczpGk40SQhuUQpHNzZ9pWJ5CuJCiZAuLxSrNdye21xv0O6qVcaXKaJgkRC4uoICmEjg0SjES5WIX0Ubm1YN+NqDnWMA9wAuE05b7t9V8bnje5cUE4BqxrrV12knOWAQS0r4ZDY7r18pM5AgQRlEM68b4QwDqqKvnFfYaj7qwULLWa6gFsbIxzEfJI4irbtrXIoMisTfSG3HuM7exb1gJCXYLqsLoSqnoLMg//r/03ONU7Ju68eI4c0g6gFEJk1aSVkP05XJBEedlPsO9dc1gyEVyCweniDvt00rrSPoKHmutEePswhErHaaQTXJYZ64/79l2rO8gSDKNQxbkjQpe5oY7GjCzta4lsb8bioms9iG56J48zeSJkYxqo7s2YbK4rPAsrOfUvX2vjSKPq0cuIzfbE14+eyOYLSmMUE46oLjEc9m9JVJdqPZpoy+7kfr29H1vBE2CzPy3qxtSFfaU4CHUvCKbgadPBnSaGMGjF/jVRMAMRtCNfgLc7CLgKyD3hcCKy6e7q/LTaJOTLmxiUXGC7a6cPTTt6O2KMXrQG8CRFl9hGYc41WOld9sV068cX8x7ElAOJGQxQCDLyo8R4jQFJjXQApN4Mn01sYs5OV2dLXkXkJRKQIEVHDKoQ17AAumsEnTVFm2BA5LhojyZkN46fAqS7uSPWocgsUPVgFFp3gZmTau2T2MVvWkCVzyDEBY4mqRTr17+4h0BrcD+E3qSjFNJUAcmRdEULiHJkjQyt9yDmkKAuFTqMw0VxgBTAEhdwi437NQODyI8I7WOqzFcT9BmbAYukabA0HZUEIghgZPEEheKQQhFrwna8Q6CFwXo+OQ0EKVO9Y98pYcYq4h7LAIT3O3THIZICjFJkwDIZaBjnAS4hzjqgABQh6keiYAyXkFouR2HxHzBhKsE8aMyvRiv2M+q2Rq3n/XwEyQbdqoA4ygEYhepSi41TikAHQa9F9puCgpOLlMyCet7NrPtY8tqQ26sKrqUIBJYn2kKILNZE4CheHIPQfmmkeADdPtbIaw5xdsaBBoYgwWjEg5EAAOUAp94W5z5enw5TCwdZ7igLh2wHJhPQlIsROO9CrR3z9Wb4jhLdJaBqLoE2pjfqDp1ub7Z2w3LxMv51oUONAYWGwCg8LYLXiAZPKAKGIsluavEtyqLoiorqz5olOirAAktwjkhq8cr+gUT2ExHDnXBfHwDkZieE9ytUmVF2w13a51+FD29ZhiR4Sv+eYx1DzgGA5wDC72McFxCRQWHBWLx+CyEhhm1KFhJlcPks2l6RSz6puh9B9XgKShp1hmp6frfh1E2hlNWFPjPfjg5lVasHzdXhTGpbWRRD4rowfJkJBqAQoXlH72SqH5Ync+4zAmphDRAk4NCDwDVTKu4j4NgvelXYWKMjr3cAK5/3s1ODZsKfEUzlvQaIsQxJ6BeUiEChsHXg6U4XjWOJYgjQDOulZAkBcFpDikpx3/GqVZ4baeb2iQ5c871rCjooK+Kq2JvioW8f8SRmEXQZ3foRYEIMwhDAdEAEjaw2/WZ0XsKQEcOiR9r0psrCdc1cjdBaD3pc04WLIuxiv0qVJEgE6jV2/WlcYzPiBn9Bdcp9LDkHAF6FFOSB+6qbufgkvTsMwkk9QODElpQGXo1DxGxxjLBk2YlLQGGiWX48MnO/j3ZgNeor4jdCBg7yA6gQEs1ssF61TwZAEB4ASIBlpcEgLz9lmuOE0AJw0RHAE4NaysFa3POTiexqRZdl69oReS3G4YUuQrGfnxo4R3y60luM1f6GRGoOAMrRjETgPrRB1Tfg7jrUndUnEYUH4D6PrjyfbCeflyxactl2kmXL87tSoQLR4ZyrKkk0MY1BdkWjtoN+PL/w5woIyHsiYhKsK/ULeaGsIEogEnuWIYz2S5LY3zFFkd+njJJkDXUTUAh9ibLPrMdnCOnHAPUZhKl4pLkPOlLYz86k+8s3Mkt6XZoAsgFBjHcwQUHAwZhw2LpX0f/e0e0WAfbJMKslpxtEnnRgeSRQeyj3DfVoiQE1hPXEYZGKwyJpOFJRtUYYpdpDMAVVPIGxfudvKvR8uN2KX2m25BUYXzK6eOVPIg4kPtkJ2pmwcEzn2IePAKLwUKSMa+cRRwpQPo8MigCLamHA1agLScXQfpkjjBSMUsRN9/StkQQlKAg4UoH7HgNF8TwycUWdeaF7rRnoXqLJ7Q93sQvc3IQGIZ7HcuRIqRMjqmbtUIoiPRP0d/4bs24Y3SJmi5YmAiFNDXIokzGcCDqDnFcK9SOJdx2JSgCgJdIHSFliOwUB7CJTVRypOFyC4n4NB505sLEQ4IYssTHQ66tuOIU2bIJ0COIcKOh1bz7qIFCsfK9QpEFmlFMmHSEgYe1l3TWYVoOid4ypCFvWtRrMZnK7mxoiCnnEmqCJ2c27DxronEQyKsubCcGQAxzfSqBIy6T4QdNszUAzPjLj5QSHYbzUXBYdiBbIY9QWhQVBNQlRTlebUEMYBa13BDyPhSU6PSSk5JbbiKJQiAFAMaTTERAFz09A2em60oAFigHYQgVLD6CKLnqwlrqqY26NvdbE2NMXsZCkCKlx1MlaI1CJBIuVZNFjBGAdKVbvGg7gwuWpFl/VBQUpwYs8Z1Eo8MwQCtFRjRu+i6dLPufipNwgHEo/igXbkxLIWKPAHIyKEIhBI0E4KaZgq9EzfMcVQLSBCXhfUUgAIlB1DaJGRssguHqac91djGnr9ATABa8L3DWUv5iGPC7XWYXUIIhpUME2CcuAa2hgm1q4fIW78aydhYjc5CQBuRylo8yyz5ESIRWQiwho8ndMTCL+EqGzObVhi4BfNIEYVFIjVM0b1wzR/FkQUGgkhYCTgrpc82wvr/mJdxgECQBQnSbEOUBQw8E+dXyvCCSEIOaR9vS27QHPSkQOhReY/akTiEaCmCcAAagsVDwhMQgQmyKFvgxCUa+mID6KKeHIEHgUzeFvDVMtk1ADLDA+4YzfuZlqh+R+hQztgQsngGkjQnVdczpSMFiqEjuITJBt3vuL3mEQJABAMaQT73uAUNil3FlpZGd9gBAxoBgsPWJLsqk2g9A3mN0LAUWAncDvD7VjAJNWa902w5Mc0pQ0z0r+vI3fMOjw3HrAHZkZTgUnYiLw9Y6tWFX7CVkwUrmuO5QViJa19vawBIECiuRGJ4g/8QPIONLwacS0CEW4hZHIHNyS0Dsv70UKINrABE1pqhOHABMLuxNSdV8adNKxgDOsIFgQQxiY6DuBuUyNyy7gQBWN4Sy9H/3c7s8LChdqwJVaKRFF4d/H3xKuoFTHonRD5q41ACBMkQMj99vrL8gEIoOG0X/yEPjPohNHnNsnFSUV4FDheShL+URF5ZJXWS9wESAdgDAKAtRbvOP34jfu8Q4lYk11yn1CIchZexzuVgdqdWU9Bh8KsE4zxpYfyNC1zlni/U5UMHQUYzAL9JimUlsSZgKE9HlRv2wo2zGPWUSjvh3OG3IklSZ4FCpSCN40Yje72hOoMHuT5pyVaGocOfG8rGAmZqOoPOIKIw1r0hRZUC/xrfK5RiJKECRIxxcEOWYcTCi643DH6xc1JwWHswxJjn9SiKHlrrV8ldH7T38xqhOwbq0RDdiOZ2GhXc8w7c6b+Yd4WTniB5kkCuhYWZAKAtVIjRoITVByB2yo9MdWlrLuR/zq+dkHn0ftSE8eKdk4QbQERypGguJ5ZQlOEAaM2BlKUdp6awLlaG415R0IcwwCNETpF1in3EeAmLOvq7tpugMLCR0DZykO951B/x/MXv76ihQcABbAVvUJmC2jH6G06TMWjVIGftNS8Cp2CHpEbZG3jQehaN8gEHwI7FKDfEHSuEQeLDkEodn52tSHVWu0hOMyXgSWrFrDdjwPxVmmY+3ja4eNTyG8sACApcHpaEUVl9hdv/pbIjII0kwC3jdBkIDD+nRSda67jjAs6kIiZIw4MGOvdt9aRtlyAogDfNjDACy90ROjUJ+SLgF8q6MhInoBx2OQo6O86pUL1tNbhMYi7CjqB7k1Z9FGBgPHtM9ITlnV5PWUJ6ZNgZyTQCyWxapzMIrA0BXFcQCkgkRxtUfE2fwG9zjFAkAU7ysKCc5clO2ejFzOzAVADDUkhVn28uYHDmzRVwcWKFcwqyxNIbW+tJ3uhmo/zDBmoNgv4TiyA8dEdbmAI80AwAIrvMcXC3UAWtIVRu9vIkHIRWaYVkAVnQji7k3pkBY+rzDakqRQk9UdRbRTmyztoSJUjgj7heBeEBAH/dk1d8Qcg2ADCarTvq+n4w95dxqdH3BmuQMOQSdZn3P7I691kbbGEJuRxMKCquooftv3kgU2bFlBncCrfS1788aYR2bbPIz+Kvx5ggmBzIUKBxIC/Kl4gxRhcs8fb0kcSXqRcjYg4QcT1z0eyR4PQ3RZ+vTLiaD2qtYHNy/7n/LDb8ziHSQSzrKvQEQ4QdSH915HdyjdAUQATqJu1h1w18RM19QZlBElNZtl5QmUlhwyHCJRqgIgmAf980r2/dOM0ksSD4DSGIV9U+y35oqXvJGRVlGY18GEEwArREn69XFPQHcdiapsKYT0ks9rXYq6UK13118BNY6A02hAbikBMa4dkqP+zOIdSGJOdeJ9AnoTw9RmnwwxxEJMhMLRFsgLUkAVMagfaCOyka8GmY9he+mHJnzNMbCYYmKiGuUZ9r18B9Ljws5Fa8QiANi1XTg21UjUYrLCSOlUjETDKm6S+Vl0Rij4hdlNLzJ3Q+FdcNIk2Vij0qAAwytpzvPpM488refmC5Egijkp2RA1nInCcfgkInKA2AfMn8d6ouQoSNf3IFiJENqRgsATTBWORUfv4gVsGO5pjSdYTzfQ56nxgqCzZMEogrYibREmahx3YrbszJH1MoAWofqI4BDmys5+zjFhGwyRBiFADITozj+5yy7zXtf3mhAFIIIAgHWaEDGP2cfBBGHrkNis2If7ILIyLAv+oeyXc72RO8wMYNRWFIUUemyw9w7Usl4McURt/9zPL3401CskZG0FmrwtbCi0u1gmocNgd+Mk2uHW1zxWLXgnijUciTWQ/BmapHYpOtaYvWxHP09FR6lrxySoQphhT2s1UgfwzufCm40hCkCU0RyAVCfcB7d8xl/vJUQhjlDq7gphFIW0GIGKsLZj3bpOmSwRGSydRuOjhkQcRrerVbt+g3+6YIYAJ3o7hXhZkAzKWO7Lscbxim8snmAz13gc+gU093cKcaeiU+npBE3kOFIJPDqp0IKE6M+DJ9yTs0o1TtqE7m9/rrzaCFEAogwk9AtKIZ1uJBzL3FddCB6mt3ycBVtxxmtMt2q5qxYkz60SDJ+Elg8lwdcUez2ZaraOZDNe0D7TFEy+xsgQiGztoVLLQ8FsX1cDFakq3JF5tnRC+7uQq9jM6Sm806yWEhBoDiomFztBgJEe6qSKczN5c4tZ2YkC0BeEdeJ9OKmZVk9OlLUbG0/6d+47nEU8lrFvT0WKpdMQ34nOf2XqM5pdgVfU7MEyPgONCfQr+6/xFSWDbF/aBNVINPkR8HRcixb3T45k+7cAl6/bVWI+esiw32e+rQDH1vx1jYhSAhnq4pNWoxDH/2EufgtAXxBlcQfsm0995YLujpRTpUAcQMAhBYjh0PMxbGuu2tdvMlfP8do+NrjSssSckrZJQLllocjzkSdo6W//hoJq8gHOqzpSmKUYKDcLdpdAU/E9VFNSJMokmjGJbfYHhf25bBas0pbaj2qRwWKdMsqxDMEMy1AQlsSGCpTH3H6Zl5rX06Sri5O+gnBtaWia82y37OMlhDFqw+GKisKiI+J3Qtrqujn89gL18FLd2/vROvwK/qWa8ASpSrNogD9z3OgL3CokK5zAjCvMZyfoLqMmTJXmEEWyH1YcGN69tLhLYAiaDuAAydNFs7liW3qVvbsJMcsXRFIEEYOokfR42JWgZmfO7/vXKGMBcdes+BFT+/8dkC11JC0eBnRj6EmhWRel0bqxKyqb2Aj8K/m84YqIxVk+DgD9w6Mjvi02NFGKWAQPeE3gT7JHD7kZRS0nmONURUWpQHpwgmA1ashc7kdHC4ZUszVCgeKIKxD+dc887r+M6Pw5cACRxQh0khBFOu5r8DAtD2aZyuooLX7mmPYe/bwdHeR8XjXIIB9KkkDpMKogDQFVnyLe0ycRul/A8IhOVDwEIUcjEKQ9M5XNbtA2ir38nb8Ty92cGoIy1NEVx5G4PTDkCZSG5ljVAKwbuzwdQQURaLqvLD7gwi4TpUVVk4OGPwIDKsaB2IL16kIrDUE+FHM3tp04jiynsKBbL1rPGij2RlkdB8s26e2stCORaRHHK/tA0iYakAvBOAZTsGIVYTAK+ZmdWr3+iwtQMCZhUAZCFZEACkZnaARwSh96F0YKpd7U/cws446NqGP7SJFvwvqCfFcgC1yvzieV6FscCNFDTcxfMhOHHLdO0H2YyqnqFnI+r3smwPb9sdGm6jITAwmYxNQdD680mUKQIlAYG6n21yUiG1/EJ4KYYfruZ/FQH4QkCG3o1Q77Gar56//ecibSsU0UQXwTzE8URZKCGN0gSrDM9Y+jmBqzYNVZ8CHCUCVyIYbmlmQqERwvXkkD0Sp4YRcZtjdi0fGAwNu1AJQ50OCrV4TGEVJ95QdDAv148SpUL0XpYRlRxRidVJXkWBadylogna8AgflDf9/2me2elyIV2mYRxCZYJjXTooDdJiIq7ksRkHPbh+VUyVoXvQH5o/kuRiNaVajpTkPgUDS14SLF3XEU/fEW3KXjg4qC5YWOhQgaNMlJjXmuJkEaVegIEl7Eft3ptPNPHGGxwqg80CgxCvCqjyNq8eagxp+xSXnpTI2hEnGgfFWennt+dTe3Kd2MFgO7CxtcKO8qDgZ16HfKVuOQLzEVLy5+/DAneKqn0GI92YxK+H1LtqWYCg58g7TysREBocAChPuyvKEkolDInTcEQws1WwJugMX+TiQwUri82izn0ZgT5GnRoOl57giEifzTkwTgSE6Qk8og72k2d70tmbs2iyAWzc2iTpLBojFER5AoJmxab5zxRUUdZeHp8pWB25Nw01gUUGuw1QkQpVXl0h/lrKNCSS1pi4LgP4krib2TiBcTg1WT9stNjmtN/UIq3mDgwyi4c7ntkTVmcKwoApjCdnPluGwr/8+xmP3IXd8p9F34MNw3BBO9WgkYwxP6jM3VBaOfd15jXHOY1J6naiizhpPqdDb3ojlA648fJaslNxF6G1cbkWS6shVLQkCx4ThWX0UQYiYEwYYcyLPRs25Bbq804a39Wh8vW4nAmhwpbS3RV9ehd1YOFRay2WX1si99xKUAWySmgBN8HeGa0Sa6kKlZoTIOCjqai6Z0rmq/3t4hi/ySHNut0ohRo1PbR2IFXQB+bsl9bh4DAcv7OdoNj+Sw4MGLvzSMRWQQga0eqQLGtT58IwrrRn+KeuaaydqmThWkMbv2sYfZajrpcPYrIbf95ks6AXHHiogI5gd2ImaYzzNmt0/+dhhOAKcmxEUkiVEmS1a/t2qui8uiB6APaK/phR2vUGpzO4WdOMAAWNTlAzZNCeUJwoCU2v9wtND+zeg+UpexmTviPyRpmKJQkKx1zlYNnh0NwesN0r6oVyDKMAVwFlvPcua5wJdJc96PrzeYmyIjlmprQKe4n9cAS4qcQK9aJKzaAHidIObEMhov6GKz1t03H6AWqQsh8ioHspoS7KwaNTxJQTxG8dOoF00S/Yokqj3qPo8d1mNQn/oORAGmDFP/ybdSUbJbHA+2BmSgUJbVt7lw1EtMi7DUhYLY2H7RRH1tYja5PfJU9CnHjRh6ks97Hf84Ii6upqbNHLNEpdRn3qBaEIg+4BKDKhKclUgi9/5IpdGwPYX8KHLXCFStEQt99OPjPiWApsTMp95ph5P9cL/5R0Tnv19VE4UENf4MJbLRbKnoDpZfqs7z0ica2lhXZ6qPNPYgsgZfFaTwjw9taXWU268l5IEau00q1lZhaem7OcdocT1Is3taAzKrmoE6AWvFVDIA1zSYsCug4g+VJulm/ny8AV3rQy38PHvvlaGuif8Vj4+oT5Y/vLjIu7uZ/GO4FqWptPgOs/O+30+ZBb8uObDT61FczU79WzH2y85sWIfy+/8AYmvkSk3ZtWpxQqUaSA86MyG0JEOy/SCq1XHcF3OpzUPKBBBHemZC/hVXkn/kY6KQ4E/of0r/JnXVjQuQ/JcJyu2oJNnYr/mLLzX4gcxET3bpelc/fnwhVbZ7nYUFlA539Ni84Axu+SYDryhjaLscj8qKny5ezuAIUKMC6/fQSomb7IFUpLOP7T9suK8qd8CtPEWh+65rj6YZBfhcD1DE0OJljsncIVx2rIFugbHvW7oz3Y6h4s/TE4wXdZWaP6SxcK78vgjQgybg/hH+gNjrO+kBqimJXcRiRi27oi5CyiKAJ6NXn5Pf5jDbZX7i/tcf2yVmqlA+irLfOgRAojKSTURsEKJRQ4HOjhcTtuOhXj0hknNa1+I6/a0JjXmxMRI4Uq/q4iUHN9E9hZKr3o61U81m/kyJsVr+qrlzU8XU94s8pjv9Ez/eLUqaYf/pZXYBXuUAkotQJrDLklKswHCBWApJM/DNAOrstzny52YeyWvSe7nfqDHk7TwRaQgAQCOKxItJShecgVqvfJLr8ZT6TcL3ke54K4YW/YlOV6Vkot/lR7uR9/g8cH09/A+mP2SoM8acddyqgi6maoMAhJuGtd1THY1BN04rVvkYMVLSTao4KF1lMNCdlMC/G4pyET5tUhHxSIscIo+Tw8yVvag0/rIpx576I7nwje+ku+jd5w0hd5eh/Kd+AvkjEf5j/Q/PCNhc1/xvHQS7YcSoPDFOkbJKmn2peIo0iiUDPvtU2t63YL+5yGpIdLHtcx/ewZ9O9Z94Mxqpah+vvZSLrheGkapUJp2NpJUYBV+qPHpyqxKbJtvJs+sV156ZlA8n55/9VxEfhv7lOv7+Znyi/smd8dE0MYwg1COzVlcIyaCUVq9meWFSuwabeluhO3+Gad+0d/X9hiAM3qcZAgOR+4Xk6OKv+ZjV15JzkcSgZmVAtOtSrA1T4I9dYumE/pOj+2Xydif/o1P95a1QA8JhWRP7MQEnV4YODcTyMpZFjNEGORFFqO1ZRIbiOl2j7GVdhSQJNhElDoXZ/3ekTvgCwiwx2MDh1YFA+S1ornE70QLf9mN2YO10Z2iVdsyDXa449B/Y9/fZdIlkE6y290xiaJblxZE+eo0gIQz5uWEw6SqHwKBfVBIFREfiSBehWZDe2xXovIJljcsGQSTQ8aiNLSS+A3lxIIMCB7GhqeQjFSeXDyQcFcQaUnY7F2eBFfPgML/Q7v/pF+7+Hsg34joS/Ll0pMirLgdea37Ozw3wGlePs1szC6JublTYstSLf1mH3tdFZqUllip75QBEoAfmRJehETdARNVIDGhuN/8PapFfa0CFcSSrG734b9x6/csfH/KFuvn+EMS8a/6Dl9Px+dpForafHzr0zxDjupElJCIB36EOSTMvWpR3LP5EXG6uxzQkGyL/yl3oICLR1MuZBhskKXDpEqF64kIQR9op/Wp5qptvq3fHuek3v8Xm30mVRYQiFlPbgxoCMLBVYXd1wabXi9gu+UQdmxGu5Cr/PNqPpWsNbMNKLf06pMfHiIJ1BkZI6sDzK5iiBKMuK0FEE6doHJYy+mXoaFISwE1XuLbI2/N9viH6DYf56nj+QE/gE3DFf4BbamdHFJUjPo+hOifgQ1W3K1bfYXgd7U0TigCT10a7ImYtr/HzhpLD+noqxMXGoER5MmCDhii2H4vAwavHNDdhP5uen31/4O8vfoz/za/XH3NFNkNRSZOLRsYwnDn4RYhodrznjNd1S1OMqyEzM0boTV1jnoIh2SLD0cG/PZD6JFfT78gPesaoaceIIxn6HGmSPNA6v1Nuyuo4g1Db/1t/DYnRPya0puhE+nUAgoq21WUKNYIazz5S1622riMNiV60T9iSEvRPFKc3b+4W45YM/GoYJSODJfE7RJg16yipfU966QcQaaJXkK34b7f/t3r8fyDPl/VrVjVcW7qky64VkjOMMkO4AQe32PGf//hhmKoNQyuihpf5j+PxhrJffDFj4e4IQ1GQSRrS5JZTlWkUbBGq7Kh+1xGu/YV/f6/H/1L3xy+bnvocssW4VYgWWeztyOQTtWbuFvY4QafuKkFvbp9iOsrpEgS1Cokgw3RpODAiEzFGGyIDv1Mpp1hbSkOCHf5XJOsyrL/Z4y8mvfy+7H/xwqS6GVBJ7O0kCMVqdzuTmORjWPxHWLkfCcqb+9L1R9JdTzvSEqoyGBRquPuJ/TkIwGCEoE8I9gvmZvLMk+Y0ZKMZ70XLMaDuv/Yb/urjNf3x7be8iIt6hghmlGq7vYPITGq9Log8oqSozKuLjJ5r49UryCZX7/AsItAQKNKftMidUvnMlXzpE/6b+Wln1qBZndKk5OkE9bzLqfYL7//xFv6E9p+hIvXlqGWSOkvJRTxjO8P5UGwy10Vgqq0BGb/Cjyl6cCCoW6eY3phwpP4DsMkEQgEPIx02AvwJgsOSwPnnY58E5UjVrxGE56RCCs1dUQPigw6mfeY6owKhTUoBc1KZg6F/EZhIxZb9/lYLlLUN9kC0xNrr50/AkT15hXl1F5pCcSmRJ5gw0BIacDS4E40KRkpo5XDdD7R9XGyFLROXusbILfZ9UVcVAulKt5EsFmqpsXYoAZBbQ2inRrdkf/4E24BRHELUiY9gnj5sf/QyzE1ccY81CODaGoia1SNFq5lyjUFO+tRcohtaBwFshSDb6LfVSMYR4GNEnOYBcWI/RmobbJsjBRFboLDF5UBdUCaqMFhOAaJmfzaFc4V5E0Erb0iPzPIsDC5B1YssH9M1o/cHVjODoJebvf1LkL8hTlmnmNyekcZtttKwKxl++OTl7PHgSGrKRJIXkmBMAgKAKAgClOnIJmnyONX9jLR5y/Bm/iwtyYiBRE04gTNCWR3BCUylGqnfczbQYeh+8f6TsLYIIVaNlBDIiy2ZForeWCASQECvW9plXnUXYm+9v1ttR/cL2EAhVOCO68w6DgChIvAUY06OeQVC0wTpm/pz294kURnncPoxvkVMjYzCiIDBOjNp18fNOdZx0u+ArJ43Y4/qDL4r1jgVSgWh9oUgRYI3QLItEZPvM3nW4E0bxgWIVqmUZHD386vvFrzQOxNJQn/lwoZBiVg+5khxXMMfimyFS1mnFMrgcot+2YruxRs4Qa54qQj8DyNNrsQJtLAkZmtIF+Nak3noVSlApE7Nz0Lw3uOf5uK9vFZFeiviFqhLeoWxkcDbYDgBWsUlpukQhRRoiRn9orUob88zvfpEQLToPgENDWlG15CZKxFFrmKQkeKVj5auLhTD2c5+MhEAIx0sJBwPZWaRZGI9eiI+r+8fj7x3j/wKQTQZZQCMM7Vdg1PkCLOSg6xC0Vh1HPtl60WuN7tZ2yOUFAAdaZKFI30GPr8agWkyM1eowUEskbk4n0wDum7vrV/vDyVTFCoDsRIqP3Xi/qIiRWCMV6nGBDVbzIJEh0xbPtNE635sEVMti/2HG62J+ihQ5tzhIjApgJtFqAwzzm5hCwrPdYPAetJ118T4iUcLIHh/euy0J+k3elspLRnCJutNrSzmVWMkrF+UQEKuRst+2Zqfg3Ur/xl75wbGx43j5s1EjRKKiiXiaFGP3iYM4fwzxjOS7AdWbgk1vVPVdAFRKP6M2EifP3IZfQUvPDulD1kIKMGyIKFhQZH2sdVsoGoe4SanU4Dvj51AW4vnke6VaM5AQIhKwZMQxHE+AgZNAqSDBzM44i2IZmoE/5G5R122YYFoUzASZMgTAEH86CsJUYUvr0aFYu9IwBiYgf03MOM4bZk8FrdSeRotDPMerpyCHqkQwhS2kssM86ISPN2vQRKH4Moc+ShbUqyS9UybLYeU+OCzNlKDxAgZumV9XSeKRgaiaAKy6CykBgRfjZRbb93Bj6lgLlU/bI9eKlNAAcYuNeBpCupVjGZdJ4ETACHV/cWk+RsuJESlJG0KqAr1MX+SM3wjTawwgGJaqYdoAQrHLVqGxj+SV1VPMRNGrqinuSYAU6vAqJksJANXPkwQnRpGR2oc1eXj+gEJ9L+ZMY/u9mteQ9BZBbAhwsP9+7i0JVn0EwnJ1vtBkWhFMeiFkRyChNJ67pTa1Qje8jhoQcPAkhSQTWtLYwRNU4mWYCRYkPwr880nmip+45uI3HHMbJsxqPfoaStUj7SnrZF60iRhGDiIM3wZJejIBzxiVL86gRIcJCb7Sj9ofPuj7FKJqJbwuS3BIFyNOfwLMlKlgcUBmJ89icPcmjv8q4ap3aJx9JaPcL2uHDBwnECIVEEYJGxxnUqgBgnUail9I2WrYbzu+fcLO6fplD33oDlNQAygVCsIwAPJ0rF0DphEC6bEMZ5k286uBUSmERmYSS/hxeVPj1zHWnHPOwol2hWXxIBasARotIIIShErWJqGbOwn9NJ69gSRGpDcxMx1oDlASLRmEGmkhLlj4SETUSohOVCOMOHJxWXRGr2ZfrbBgDnob/sgOhFsfqsY4qQ+8osogQRNbNEPgAZySCxJT29i8MhnH+iHFiRL9ZItVGv7HD4xDOfzHyiXQ/gmUqWRibvJSHjC3f3M7fjiCLXdsImLgAyy/BxiIBL4pskTJNuBTbRXW229cWPjkGJ6muODtwLSZYzj0BUWNFhvwcPjgBcchpPkhfDvz6y6yjzz+oQ03IC7SgO4X0M8m8jwCDzzdwmyuCQGtoch0e1rKeBLxkzgIy1Pl9eA4jFAGjG2oh9bfk0p28Q0MgGkqSJdyznk+k+/eaoZBTh93EA98nVNFxLVxBUCURAEiRDRvQlhSKVbBUO4QzWCvd4PGqpcPvUgTW+TgmR9URHTgk2oU7XEKJRFcj94qupF8gXFKRyshiQd4EbrLEr7lSQgCLFIAZDBS2B4tfJ8jDHRgoDcVw/f+KM4cfQx8wRBxKqt8ejStJg9pybESE/KTc+IF3QBsjsI30WW5xL35/6hgpRKFOfAKElZlCj5PZT0i64KrbQ+Su0Eb+d+sxWLfHLhMXCkDGhLJLJ3nZpM7xdaVqDDNSdWqKtsD8zvppZND50oN1Pnnk00sNIRACbWxhNmzAlFgC3Hl+qXPCLYB2DBNbAmhdA1gBImRCVFgtEcUk9zx5FSwJZCUDQDBAYNSwJjGnZKOs32m2dnmjkrjH0LcujdCgsbjrZfNnY+BepuUhfGqFCBYxxHLkOYtAIHAXQ1cRAlpyE7J/6GQWtScc9lHkjrwBhL1xKH0gOUQvhiCSoW/hvz5kwWmUL+PGPVfq5bw2JiB1nKQNZvLo2pKy0Q/WmVBjQ4BTRvkEPBrQWuQfbPe/+UIXPQBNOENC6e1hKF9EsL6VS5YKBvv5tAm3mS0wgn6FmyBj6Pwx1q6NKcdzr9LuL2u55hfWhnmiP6uGlzLRIG+0VV92u+ISlnkbuoCJW9TQYWEDL4JaYhQJJAit8Qvywt4yvjzFqmcsws9FUG85LVPLT/474gWXrYZrVxue786CrUwcDGEzR8EJCiWMRIowyVNCOJQzCl0YwG5GYoLc1TT/5B1bB5sHlazKc07LRrVOg35XhyXyruNuTql/LOGKw0ZKoWNaOewVQ83hLEzoK5LJN6eS/xleJH9INM+eelG1xnSYTmPBA/WRIh+2FQwmpKtGo6EqUrOAQElKZBgUxGj5wohoJ0hFlaSr1WqnGxkVsYF5jAkJEcJDN5uQzVPzpqMzVAxBat5ogTBIV/AYkGggStQ0Yt/40nhtGPLs1XJ9tPWyihheo+zGI0omW7B+CspKxW1s8GjyQzhCIA3RKr2jBBSEhsBxK25AQ+Uh/3rj9svAAaHAgtSo4QRLWq2tLrySwrBtokj7L6PJ9FNQ3iSDPHJ43OjDIE8GthWqQaGFzIQawIfX3iXiWUNUW0GfRpoqSidqJZoPZFqVoHI1sFLGlIIpkR6VfMnyGMRxTJflBIyAZaBZV0FFDUejCRRgFmzPhSuZoVZtS3B1fROzKCiTJtRfdGhB+iAerWztPqCqJWkWbyTT+QFh5C2UgBNSMtGlyFSvUkCFqkkUc+hGgmRV4iAGz7PKj6V93BpHgsoAtfBuxVYudahvKpQ5jN/X7tGrrRJ/ZbEDZatBIrSJhAJ8GFBvmVJ3QEJFoYxNmOqnA9yYWF0QCgDWyip1PEr4ZH/dV34Eoj88FYKqOiWG/kZeW46Hl2QP3vxwHOjDvIU3OPVqpbaudg6J48DVBcQbqBiBxITzWCdb80wImEEDJWm10tA1SPlGA2zO+WBZgOPSvKY5ea87j58djhGvR9GTeVTwEdkciiDOf1+/m1K2RMRyEZfyml+pJnRgaXIN3CnxwOECZJ6AEG8IzKpGeL8sLfTj6ZJYPs5wQyHZSSgN00eg+3GKMNpKGKFSTl5i1d/vT0qLNI9q+u2tdO2bVmad4B5HHFCr7Am8ji5zqGaz/CDNPtMARHIHRhSbqfqDQonSuJ4QtGEnzApuSHaXUPsn4BxqmjTWe/1DH0zGtn+UMQg4ZyUgq6X3E99VIZaN2wX/moJMeTVo6UnJqO1CDCjxVPworZkMOQFhHB1HDOwBmYADnJTsGNJFi+ChHAmRNUkuM8Ve7+QlVI2t8JlWpYAKBEGoBJzsc3l+owzARYhTZd92tIZ+r9RWEQgn8lD1pLVMkTTIhtWlSk5IiqtNNqeW0r39uk2V/dSOTzppmx/jfc0wRdtGmF4zCGGWrCYCQ/vGId88K3AAkgaRXKhneDUojTiTdpELegin7DF5BXUj2cKLqWML2TA0J8Pk7fxBXk19B5pG9cWEgm3QvYdhPP/MCgEpetJFpGgIyR8PceAjNGGygIbIVoo7HoZ2DCtoC4i2NnO84WkghJcIwri9z/q8vmbl5U0GNC2MWk1qbpITKC0iBKjGFGzEEL0JpBo7olqytO6RpoziI+51kJKoIRoK3DAoQ+AoGtAgIbT6CeKvlN9E9pwok0pkfq/fRIRXFKEP3qKjpLXdaH6X2kMwX0HynABMoJEtuxn/ieKIBrf9p5EscKXbJN73S7b0A93DPa1SoOSPppNGVEvyBUVvm5lqHpmJMojjYGsJ8JZW5Dc0KcIyHqjhCjrIFLxGGM846CB5E/qMr0jBCxkuQ4X44DoWLXQzHbuYljqk47Au6fcC9lTwgRnjRDKBMgU70pMNFod0Fcjpd7ibaZNZr7IxjKuLzamCCCDUvWXZBGkwxbPwxAmIAb6Vd+LsxrH5MgwQrKCAvWwe/lfvoxagKJPksFxTX7LHJTN0anz44kAaael9vvp9a+EAEf4m9spDnnTkLjeVenzg5Em4xENobfdX2AAguVhi1Hvp0Hf2HYKTGJ5HDL0mQ2e4+2Pk7QsnyecJMVktF0ENsLE8T4QjbiVWggSqqQRoFcPDCXC4AAxgYcgGOkce7d55GPg8H3UmomCrZ6W/0aTI6L3zPnUuPRTBlWvaIy3tf6XOnMn3RzYtjvyNATz/P9ooaz3/ZDBsBqGCZoDXeowjfSkC1lIU+QVhy+SZCDMITKqMvOH+ndtt7TLREGQPctAZ9EWNwtEV2rB4tSEos2emmjCCwl/uJ/VFsozPv2WNX17slVL1u4A2clDOjF06V+eQLcMR3pY0I44OG4kbvTZUOlAUNfU3akpHrkUelsupvd7CerC0rkSJJ3TX1wuXZ0ryIy4iN1BzPl68nkuhdKmVGY6URqqETxV3/MZCfsQtc6TqCMZxT0Xt6BjFJBmL07s0srY339anbbSLJGkrwUNi203M9nQFjmqYaVa34T1S5OeONpOROiYNi0ROGIAipHSo7HntLMEHbxWGBM1LU4NlTYArVHv/akDVYE46HB/h43I3104+QiuWV1JIhH2eOvF2a40YYovJ5+FIEysKMDiC05m1gww44Jdjr7Hi0lxQxDqehnajXNcO8ylhlyoTCo3g9njiKTb0/1MX9NZlW5R3KrY1qkkBCAw5LEUE4SHvbCTnFkgxX0At8wAB91/u+ThAr9B94eN70GBQB0bS1v533GCiVEcpRu1fVE/95wo5MKPZnbqgNHTQ+cPkFDU8Ib34Y4qA3fXYlHAzXQaNjAkIw05kh+8DT2naFEINdwsED8KGl3cPRxtHPBVI7iOJL7xNaR5aE56bDbGyRgI5bIrjBxGYJUXiJh206voVq0ShshNgQvUsLXOGN/X935QiKpuhK/+/VX9t+5dJWkv6CtSmVpseEbIBc7x2ISogtEYVk9AQbAEqxiTXxA+gRfnwTJGXQYVVdYIcDDYCRzTfsQOMM98j0BSVIc+7QOz28c7v08LnAmjz9X8+BWFCD8RpiFrfCYJicOWvJQo3Be4KK0+PQLkNCb+7uobdFoxKmIbgrYcldC5BbN6Nlu3hDKt4C8ThAgc4gTdF5PX9q0NAmSRb1Ve0vku7h5EdqUpH9FFqsfYXLChMNhciHlT76Izn8YJthtlDU+Xl3zINKNqO3ZHTKMDE5k3ZxgwKMcxV7g5hLAeOVBxpdTs37g744lWqPA13F3jdP78f7x11fC8BPSrgrRN6HIhYAHsXSbKqh77pYH/mVNFHGYSTT4oziQASpgL31TSSYNscnssGxC3obCU7iaAAl0M+d5zrX643Pwbm8urV7NQum8pBEFWCG2Z66gQdwvTnB3vYH8HMKE4HaumVoJMiiHggGdsJIAbPrmJADtVf6pzTf0b7o4CECZMpCdXzVuZvuEQDMhaiEJQ1grQIcjWUT1ACZFbTCBQQQUsrbsAPjqwh0FlJjXtWZaB2qxyWA/RBzUlymHQBpe3gf3TU6sV8Vcfv/glm7UZxKlFfrRbKC8VLVFbZD01b7Z+p0xBk1vP89TwdcmW9q4phr4yhJ0/eqEPs5zDIQiuMCJftE1cJri4cs7X5LM0eHfPd38uJViv7hHCCkmra59pz24iBFWCTZUw3Y878gaWQ6ZdKJAfawaksnGjrSvALIwiGB3/ydjwjQYTpJy8JAKIB9icA1q9aJ247MISI8taJkoIDkjJZNHM9xJfMY4WzcHbPQ2WdK5JwBTrwl14O7xEIxkyD0oBTX8R6eXE8NWWVZR1zHON7S7/tmd59MFCJGNzUI6AF/myifBERBBs/UDWZJpEACgrRJZWJukILxbeluCWjRcx/Dvbm5lU4b1U7iULUciI7IEwEwXrMHSXVuSYLmgDgjKjnRzKeEivCbG0ka45+UhSuwmQBIem2tgAxEq6BsCYaCsG1GBEE9Dn3b/+hIkAoHwf7dzgzhpXBjkko8hm1iPUcO1PCRUUohgGD1bDw4OU+h7HDm/iOAe5xplc6xlunzhTxxz94bELIkRaVtZHCFTHu0Z5S2vF2FyReKxaiskjpPs71kANP+7oj4U52dRr4pLcehHkgHlC9ToGBdJjReX1PAs/9cdaXnhXCEGmoEcr0Nm/7Iig6CeYa1gEOT1pZjkVgykCh0JUq9QuA/4729ZEnpO8SJDZnr9BZAF/zn1SyOFY6Z9rmDqWMs3JlFfniCqkoKH0p8I8GYgrxSblUIU2iWCee8DPnnYLcAUiF1zaoE+fGb/E4uA/q4l+uXTE0/UTUYyTnIYIHEBoCDM0GhsGSgA2APsmPG9hd8bCw4WJbYSEDx6PZgN7Dd4tVsL0a5wgNI0YQGZeVh0MocICzc4yxCHd8Uvx98/+8BInyEAcI3RIxljhrzwCoKzAOsAk2+5khDOiekEvVYfNmQ50/VIHGkQGdiTkI1aRkITKOg0G9/Vm4RQJjozKyoO04sCU3jKpCQwDyKwLOjJ5Xz1oBTNSG/W8U2QVwPjRZqh3gK12+SBO+ed/qF+QOf2YAxWxAUeimHXPXUJRZj1RCFIW4BOKAhVCLPVX2QygolY76S+DiZAIIW6ny8fmSBt3z4CoaKPB9STXstKPOGQJ2BZL9+LjyXaIxXgDckiq2aJGn7pe8XwA41kPUKXZplmIDoSfZNQ8HWnYeZCPg8hGUIPJf0NxUDwyKfkgm5qiMYxxmIn+gYFGREfAVCoOGGWII8OYp3AYBgVIhYAUhRYbi2MhK7H59vilgf6ZeCqn+0oPY7hirRTLEhKWyG8el0j8JOIw3SDOPIiRrq+GOz5RKg620hAMGMYKQKYUeF+LAG2CmegythhrTSEo1X2PQnSWScftUVQIk9AgEDFjBGzwr1BeJRN+saMBBhuSesGQcA2HSEK9ufjCWHANYZcksqx9CZbu2BZ+AsRVodJyRT/xfyEFEfq7fENCdNPR+rHgubyAvhoCl71zVklYQriWYGJghEcTgCyZwHLGlcR4ZT29j7jeEtStiv5bn1uL8ZFKI/7RRysiGRFIJ6s9XcD/AEyUhpCCFJ1bkvK6DlyHAkinGR+wIJHTi+N8RfmHen+zorGEYRI20BoSM66pA2FyBZO9dqNhqHYmZZDxfw0DOmKfiaB4MwmBkSECIfDoJrk6iQ71/D7/cEjgDdAJlQ6Pr09Ll+1DO1IQkYZs9pYPbok6kDO9AvH8g4xPcF5tYt0dGF4ZtEAFjBrQhgK05EfBKjCkfsKatNWTXFwQOBzgcI/MySYG21s1KDhAQIXhj7DAA2AAg8tsLUotBTDglp5RGXJjPQMG+nwqDefvixt7Xr+IZBBtqX6HNPjIBSegOuKEofbKSA9Yp4MZKwgmzAVa0IF9RZ4B86JNwUmKQwvTJ7ZcOyWuynofSXIkEYRMLZHpGAphwiOi+JmkPRxA7HI0icbs3gqBTMH+91l5EiBiHfREpGRAE34UOQjiEA8Wqde66NeNg5nN5uyhEPcNQe8h7zew71pQWoK281CyHp5VRTrRw2zx0tDaIWia48dH1n65e/91xsGFhyjTkiUAuBh0d4nYmNjS8n8qIR76CeQWeIasWwIfBpyJ7MkYmg7bxOKtFgDVSUuXMoZLCYIRUdxVyrf1OZzs+FQGe47gApA40relFZ2bQB+Vrlw6gtBwdrUiCO1wRchPsCCZpijF+0fRLDypEHk8BxZLe2t2YbmGovR/iWT6baeEd9sTB8BjIhAYpKIIwA35hkB4THs+CAAQqAcRMLI6uwofW06b2tYQD9SoFPuHdxsqANXAXpkpG0Buh10Dcf52b3CbYkKLR82HmYty+InD1xPNN9I+CajtJmj5HG7Jo2UGgUg64kNQTQStiSS49BpoNWwuq6g8DeyyB41igQh4TnSsZv1CXNaOicNMOp9yPy1kVCiEVcs1z/7uKrbs0geKgeAU2jg3yx7WXLVWgDAU13CsB/fkuABtbHAQLyRJcoIsjwq+DeEwLWvjEiKN28ZwSyVT+kCRdjiCR7EXd2ehJQNLjpNcsiS3DU4UNrcdJfML7BQxcP8ubenUXC7a8xvvqQ9sWsegXS/OQA2EOwK0D4KCBkEw+8cHtwDNklC1zp5ldH+bCOPawKfBLjLKDOLhUq9hzQBUAAFAyygqADh+xiiHqT8iO3lLISsPIwAABwk9mwinYwBnimuMs14BRAs9WoASh8g0AGKK9GtRqnV6tj+UL8hiBNBk+hgSwOQu4jnyrrdY7wYQs7pr2FD5DVye/Mv1EUcQzQoC3aAjEuILD3aQIQauEQALvAhYA51BREiM3GlqZHgWoPewKPNFNgtrDPBMEuxn/9uAddJIdBqvyg0BHakLLLrxH5S+a/6t3uyVU8sxJg4k44gxHMA91djIhB2rH3cWD+BzD91vZj9PrFRIv5cZZiLyUKy4z20+0tDIrONFiO9aqMLDhDiOaVp7VMnFgv2A6wAO4Ca267hpmikM1so9l3O0DfgwHk//6kh9YJUHjkM95A5ouvQTQZ98ZgNSmZkXWNGh1kW1hoIsSxzAA5pBWE6WxRf1Tk0Lr/5v4tnXOlSN18D4i6nYzA1zveedEMtmGcaYJ1fagSBi+zo3JSbo9xeUJsxBpFSXfs6SyFp+2WZOw2AhYscRFkiuSzZhWY43qAZliiQg6LKWCXoDICmPwDY9pFhGOKhWdtAAJdw2+zENM6XwhKQAKKn+QxMZiCl+wtKk63kCItE/V6vxomogkAOrYOSf5bAiKbVC0wzUPIpcTHXhHJM+CuLG7oSgGEAImkgKhTABvGFdO2ZQ5SXrxjnbkNTES6LH/CehuxvHBx3a8FtCeNTHiARWSyezZGBMIgQ9tNGISwA1yJRFOmOJPlEfHp7HynK3SX2t17wS4z6ZgcQKOcwKn8L0V8t3OFN4Q2dU2YAylNLfVcS8gbRvGmWuoh4rncXGCnUqvpghcAvfJsS25KmDwBoSPPfoRUtx+LGLMuP2lGrHOk9LEHlkyYX5SMtgnId2Qa25AVS0IZgzgShftP4Lh1Ywg1x0MiDFxTP5nyMVAYdb9ovc0jKx4RKCZQ0W0LE15+CRQAQkaswNyI1kV+rMY9Ea8y6V7GUMCqpMAcgw7TtpG5VhmDOAKE1BDQACCKMCGoLENxipFvQx8uAC+X987yRObCuCKzXMbGctX6RwvZzHzvNhS715cSjQkkAP4Yw8VkAayEKdl6PGwWYRHdpz19eUF1Tn2uPZUifJvpbDGqlVOUbdyo10BISBXMN/blx9nvxXvhLau3WiePNZAJrhg2XvXexgKCmb5/3DTeWlItXQfEMjx041ecuKalu03kOglM/YhafZXJlUZ6sIu0BgQDG1OdswkYDYWMmCCkun0EKqNqvNTib2dOaocx5yv2qKaltvtkM8yHOARomBSB7ZyVZySoETCXuJEORnIpuUMDqVK4rBj2pbb0fWEjOegEUAuhvDeJgdZIME5BaIJk4DS3Qylm1MGK5CgwLFHQXJPu8MQdIX/tWErdEFgAEgtDtiEDiXyGAesiYdaZBlPisiv2uK1ITOCN1ITBErxPVj+swPajabjau478VarfYGRJKZaxYCiTDlmmSvYzXCTNTIIk29adUUXIJmAZuyoKmiFG9vEpv3lyGDpLRSxyYG4veMr5HMdBIv9Cs5r4pVz5quIKgDyQAAiwXAJiwFSQwKOrqhXOYbO8mOCCHNDUNSYQjXA4yEKrzOWlOzx7MVviaeJOSZKutQ3NbDcZAM8nTVaP77dyipwuRvsHp/7JeaAtfyqnJhXfEXjbWtCWv5dhEoBwkaiDU3WkexkOCpZ/kbBaPhi/r4RNP0fH0JkvIXwFhJO8CIXJfexqS0WncU9ARUwXCmjmqWB8biDKv4H/19oK/EcVgpFkgrLOELgrxnCfVkUzLm8lwOwM4vSJHSmmObv/V3TlHkEqyAbNrJo1YPmRXCHUggTpO6Q+koEgc8GvaqD7oN0/8tA1atQBZzUpYtOYEZdATN1jTmxnFFUglb2gJasBWDfjz5/SLde2c7dSnJaO8BE/UEMxfTWhxJOHAN+KGv6iYJ/vZsgpUHViudekcfzvVT/kBYW5DFDIiEUHoz35cGMw8AUO6usjI8mq+KDddAj9ZqDAtXINZEboAYxtAXX2nIu/mNdSmEBrakYr7FK+rCtPWI2xpg6AV61BGuVaypIArX4RQgqYBACfdULkVW6HPoo9EO7EAHNU7euFogdAngcylpYERTrLNNacz1wcQsyUDfCSX4pBdWLQhU1AbSLOa/s2AcmYL6grh3ScMpCBrO0BUc5dMi+1vH+CwLTeCOEsz3bCphKkmns7/0MQHEL6wkYWE8gEa85gzr0aCdIwa6bYabQp9WS1NSrcIBg1KUC93GaJLQbiwXqMNvihlHbXMZa+WdxckCREYVNOvo7KfVUiwW+FhS4tguGkzsxB82Fh7EpUa0qWshCTJQxQpJeztjGd+aD/KON7pYPEYCr4nkpltHP5ZKH/7WHxPIzdCZNIvMa/rYmMCiaDI00ERizk8PLfVNRIN+Pv8Il3KnUVC2RCti5Dx7WpyMsVrigOQ9hy3wplAoa+irpKk3GWUHALcVwDlrdLSUnGL4USJ/Qlne1n4PJVeVn42LLdML/wUUc/qiNJOcdjBD8oA1ilMeQVo4bohAsfWRYUAwJWkca2qY0UbdyqJlZSw+FkjHyC/AcpY4NZ8hOVZyjAnvruGvK7YVJOSF+VowACgY+aU87SHMkKEIglVeQIirGGpfjkS4SRzEeowDnFZp8LKsXVSY0I2IgSgtceQ+daCnkDgI3nKu6f1zYzri80rW47LG5nWJURCu1aK1AsHmIBzhFbnKi+IA9Cy7WVk3PsfEsRFrmEhEcKzqCScZ7T7Cu7jvCFWgNTSsDbqncEEYirV8mmkwr2zZYJTJwn2MrwgthMMGx6c7vO+5y6OPLnVaChD7K4ZjX5Jx6YrFGmUJURjWRmMrUfbMLu46uNHZEMilZaWhZx0FF8danp3yTzOnmEb3YuIKesYo8We+jf9MBrKdmvZs19/o6wQOmT9WBSaWaRVGJHK1Yw3+tUajQvJVgzRxQPVJFlTkmbmGxVhjtSaEGbeKuvpUe/VWDNn09uK6lpkgrXK+hCtcX64AkAPbJF4bgtr1w42kE7ia7IYQW+bJCy6oKApxUGa0Kmrh99QVoADFqWNv3Dg7x4uUeoZDCg8wPamdTmDrfEMQvFeW4rUYt2b1vyBIshCEzMqN/62cDj3xuEzCNCI6aByWWInq+kJKJDguZgQAFjS5owGHS25bd1QZ3raOFgqxhQCJqDgXStrS+ehMEjeWEKfvKr994tZ998EkV9LADOA9EqRo4fNSFDAB2BcTz693cbdvAUpU/xtZHjZFLJlTfl+Bwi7nv/T941Sa+5H6scRgO4SD3e1Q/VvKqVoLnMEi4pyDkAkdwWMEfHicL7DAcNC0/oCSlx33CdQVesQCjoQPC7pyCgHo2dtVwf8bIDvc32/S4FkwZ3IYWWWgSbo7md49ONTb3ZlXkhEEc2gvc00IcI6D8p9jsmQNZZcXmBAMbAA7UZYRbDAAwjzlLTuKAYpJ13VubMNw6y4fL+7n6cavZBZ029Jhj5bPtDxivkery6ZA8QmzT7hO7wpOUxqIBYAZVpCZ4BSa85jmgoW+UW+PK4A8gSXErMkg6zQTQBye1pUzZYX+ynj+dU+jiBz9gNDHM10+TwKSnNA1ohXF9GLXx4EAzhKB6cwCyn27EMOamA8CEMYesQ8KuEIHH4BVbILNjoUWXaylxN5AtqTnx5BqRIsFQvlEjVf7tujqF+KxFJ2D0zvcr/8SdE2BXr7i7vQHLMX+fK/TLActZMN1eRX1DBB+oEpYjGhYeWCM4CWD3U2kvEVxXDFGiBqq4ZBuwviXW9nGxtG9V+ij5jqUe3cIolz9W/yrQhZP8HRkRAHWNdw0UUDpD3I0JIZtrw/deocsL9GCpoP8SpfJo200JqsupZ3IKlIuibRNrZgXlxQY6sfthvEUr68AZlUeTUU1pPm/R0yelYskH0623AjhmBJS4W3YQEJmOVVfsPksDCNoDw1ZrOqvKCAG2oGKkWaVBxRSOBXQ0zeOFyyK5415FEORahL9O+goCt1dDwRxbe2wLaRB10PVD4cOPwUY4400IVb5Ah3ftx0QFwyUhXHSZGZM+EprmenfigdC4ZWCdvjpV5tymRDP6rRjiISQS53RHzR0XUY2/jqFrvKOypRuj/NhxB4sFhnPs8Tlv+TARBdH6Dg+YSPkYQSEvxXYG8QhXaZiT4ARPrVLHPpaQQc6/cS4AZyQCBKFN0twCSTQPd5Pn8/n7+wzfZTt4QJ4xZTYDMruKzdrrKTvdJgQXP4EY2XLXekmIFbYfG+H0CIjQhAM7mpWj9/HZMNhc22tHmDLeqBtBFN2XepFFLwrHe0eyUdpeJFiP2agvkEhMwCG+nTjO/vP41Zsw2dLqX7tW39/FNQCEK3AIhUyYWGtgVhYPiqv3IqIshCTob0lGL9Rl43W+L04uApdyfMJlH192/f9+uPdKBcjUEH6VosYTtWs0NAIE4V6k7DlguMMaQdAG5RHKfGMrQ3LybNBg2uNijAAcAD50LLNXflFmDAc/pf4ldS1eMdVbMlmqQR1sgCcKTo81d2QLEQqiHoLkl4gsn9AUL2RAKdEzp34bHzXVsCXWWgPUiN1DNCb5KTkOpfaSloLmdL6SGWX0baFIQkCzPle18Mmp1ogOeImnoxSa5KqDUwEXKZuNB/OScKbwViNTtI9S2VC5bdceRpCNFEpqCl4ShZEia1lOnl7seEkXHZ3XhXQ1AnmELcUvnv4lUJkjQbMkQgUzCmJRB97wKa37+96jxLTmj1pxEaKO5k0LKn18YVAmFuUOdd1RwuYsABnkjD8iCsKvIIWKRoNoFo9tstJJBuUfZVCuhf0HItMiM52R209Et5pSUV7FSj5gFECQpk/EabbFMmvTQNxhUdTeVIq/EeyC7t3LiIPPYKyVQQIOqAodkij1TC/UBXE+VqvwpGvEEgezlA2/qFtLlbCYJEzOQMQJAyUw5JnmRRTJwKAFq8kH7wnhNFJhGAORSQn0yNFUhOfcpGqmhiSQOKMzj5XYmsQ9QKliMIJMDcorwyEQHLfnbZEMm7CLPUzv0SlmfOP/drvyBTMsWYoBEc3hs9fbdBZYBXn0iHUdIvEfT2YEJI36+O49Pvrn7U1komCpjSybhunIoT8uiTJ/m2AALtPoIpzGWhjr+BZaOF+6V848VrZArSAPsFK48ZHf4MOd6AqC81EE69Qjy7HL7w6lLSaExiEjQDgX1a1sZ2mEsYC3wKl8EKma9CvB0FChaDAaAuv5GmWJBgYXlg8F5kYUuoF09R728DQDNeZSCmug6fH90uaXowW3n1J9cSBPbsAVa6AgYuQ4BGJKVkk+nFrzlAAquJaKIi2C8ibFD+QLWtlykGc2ZkDEywDnTAgUuhWzqVLAclfftOGc47Cfex+cfIRatfkSQTQKjPtuR60KhFiCVDS2IaGGLxDoQkfLODELR37Q7uzdlnS06Y1FXKEGcN4ZMI/voBYNJSihUtsemTVhX1FN9NfLAIIGhOQiAi6wccKT/jmimWqrERYu1avMZCBMw3RVIeQVlmOUk0tYT1bHm5hw6rWw0JI2B+sURwLY8ihUhgRZ5WqS3DnVFqBQFbpzFf+tZnugimm5CMdz/JB0CNdUgisPGzxWECYpEtTAaAgMc3t1yAxdAC+TtYRqsC4JSZoBHGIIDihnwPHDRO2AIYEeGP9DvB6vGDGYAEXrdkmaDJyZgFeQxyuxwo01Lju0uIhKHPP+vzSCAkGKmCEQT15ke/DDMftxQjI01LqCRogMCQAaUpBgAkQwNfs19ZpgJ/YyTLEqsNsBTOch48kfL8HIII5I0dsjKDAYGMhcAorEDh2slisM2b8gCK7kW03i4U3r+0vPNfRjFNNO4RNQoXBcHIyP1IY55gKHwxSMxlROrK42eCcd87bUmqILAcSSQ+gRlpQXrcLJtbQkONzFTBYyAZaGnu4CRr1iQK0iaxQozYh68ZkCpA815jxX6rEAwCxOgShF18wrCtNqTfaghFxoSqt0SAEa7xDE2H7Ws0d+Dh5w2tWQEALRRZjta97nehcglRyeaEAQRkhiULQCgOgbWkLQ7sSSE7E+aVgNX1YZH5ItvbYCDJ27Y0AK4nmYBlGiVEA1msA4QjhZxGQiNi0mRDThKMa/0P8P7vX/fFRNHXCjLfOMXBcCVivp/nuvn8YQyKpCHloRTsymPQCYyKsOzLfvYZd6zJXkoq0MpRsgJ45gqKyTZV6pr1QmOyj/pQsBFDQP+ZL3lViExha33IW8oTEuQAxFgIxNICLd9+63CxLaTHYNG5vGk0V54AlMJYCC0AFK9YBOdOP5VWJeWtVqaWImoYQE4mYpDltfs3jjiShtmS/YIwELTPKZIvHQiLTyCEKoRZRpqTAPILBgCAa076Hr5rYjHYrXHBPqxxCRdpF7nGldc/JNE8Ii0FAIykwKMKjW14WtIZ6EWLOE99iV5JkCCMc8yU/QkJiFZEEgWG0oWq2Gc5dKE5gCu/E6aoNp9ErKBSfvvhft4qCsU7kxSUGJZ6T4WdSYT223VpiVilMjqATNpuiLkQvf1QsCzI1GsYplj9uA4QiEaQA2/twzcTKoRuDZWFBalg0C9QxueA+Spuzek3RLFBKE2Q7olQd6YBBlAgWiZutBVN755JpQcFppJAvPcV5yIwWobEaVIae3arAJaUWBqVwJedNcyBn3FnaXn6xy9F0NjxriUASD+Y2XkBKAz+lgOoHtdqiVunbygUlvduHF8MEdQbsUpwLEhgwtISBYo8NDBbWmwUeOIIUtJtSmAFpJTLmC7DCtOcC8WBeNaFOARl3/CQLF9NNwNgCr34mM3bFk0Eqqu5xn6sgKyJYcibFVDKIZ1iHlFCBKBeQhyEWEtoVsUgweN2ZYbGVUEBwDXd4XVly0UhMooaDa8DqvdbBKHwgQOlTUEjRYhIEUTv+lGOc0brJge+VBiGBExkEyDr6RVIwNAkRU2dAPnUCYqBbzf6OAZHuo2mx2X80y+9/EUgycEkTdSLR92+up9ga6aEgRi831A5oAocwN/2zjyS4wRSwa0nLJFqyinbTT9fvCJiOyj9ptImKGBal8AK7KGWuN8C1JZOaCubeI7kBDKu682akCWCREMYIxRUZvOyResh7yyhpbx6sKQeQOgbCaPY+ZV3zwoi1hE6kniqFMXx6x+6/bDoSFlO+vg6U68ZS/GOv9XDWgSLVehA0XKIKO85zuyfXjI2REDz2cRYBrOZgVOL0EWMnZyAyMgDlX35SwZSdL9sNXMDACGzupU7Gf1la1jEAdNY/lBTAwm56kSkVm9kNca0BALQBEEtCYJURfaqjcsQRJbYhXmGtEKiPOXyQtvMQrQbOKYGXwf2CEkwrCxnubqIaARlK0qOex0tlpki6xP5MgUlQYWuNFqBBqZ1zvcjU+s1K2YjjGiV2mxJEUOHsA4dlVqrDtOWRE39sEcTF0gwssUVz77S3MqtoUgc+SMEMD20qirqcsIV/FkINwRgIIa2YHHiAOoNxxgjOINouZ6NEYgAk8QDrcwhmhEEJIsD8rNtenkIOzJQl4jnUpVhF3O6EFQAengWRV6pnFZRr+a13+QM5r60Rn+wVXEQ8PEtX2Ew/HnpQLgMBF4AOb1M+ggmkpEgiIwsMRWHRcIcHb+H2CNdye24nw2TeqFoOknQdgHjfkE9deMBelrKOjcbYRIKyhviRUeObY7zCpT2tN/9vZ9dQ6JHCACCWsuq/QICLHQbbsSoYCtH+g/sZTsnjVdD0B0Z94wXj+5gnAveX+PUBbQEhrofDC7IHgmwr9mxCIq/QdxfqxiZBmF5wEQyyKccCs/ig74rDUsN99dIFDF9XP9cTXcBuGRtLDArGKPGDAkPwMK3YxaRlVxYs94CiAEqD/vfZ+grg14MJFFwSi8mDXFSrxFbLFhWHH3++f6pY2XbjFaGrBpl6kC5p9symGPULPrFG1OAI8Ze8otmfQAlTRu9N1++qTRvVikl1DDri0p5rS0N5XqoTmOBK4U9vkUz9seXjYdKV4Xmsv5TSyE47w6S9QoaJjBWwqZZjPtL/Wn73eiA4oYUJGgwEL7iHTnQGx71NbEie6TUcsYm2RIGqlFdi2KT4xEBXKLQrd3WsNrS4XJStPtc65ib4zVHLt/BcVe4H+qlJXdnZigFYmXIiF5sM47EHLSA5/yJKXmlfJWBNisEzFl/mpR0CvlE1E6jz3SyYStA6gT8ubM7L1qiR1Pe1F0lYXCD4Wu4zrLHVMi9PWBLyphwfD5N9Q2UT+R5AF5p323C4A3CZPbLy1EDms/XkGThlvQI7KVHdwYFQBAiyCcNPMV1hfzK2p5tecFqfkY0oqAeGIHxrk9ZM27cg7iBCOm+0dCR1EFlcNRg6t7f6x5bRPMMAoMGIKBYW8hAtkAOP6Eb9jfDnOu93Uiwtq15Nghy4c5hdaNkQYCfu9+xI/GwdchU6JHRkChR3uyOzklQAoCDrFDhQaI4V8YhCKTvJRWHwoh6bVLRAD1SwIGB+69umJ4MkCgqVXPhKXH2ksOrDuuNrWf+Bg1bgUNwcgHC3o007isMG/Ee9SBgSOtyQQpiJv6EKC2NMyIozDBkVDpbBBz/2pFCNEftl3Hu76byrqLMWlOjGr64envq+QVS7cHibV+MPx2AwaV/kQtppPUuH91IPBdPTGJ7TSpm0Gn2CLTdb5kGgnzejS0fqf67wZOxnApWnaIaHzPoPAMjnI0acCwfrR6cZWudal2CxUzNTlBQL1UiGXvmA3ZskOwjR6aAL8gV6iRm3msMjTrw+UYNoDOHcwLx0n7u707bL5bN2grSLf+GaImQnHcKixi3zcytq7qxwoYjBKVx98vkogWOYnmVzSFL0x1hhIgf97qwJGvQ6kBc5MxSFMhlCmbIph6O2q51Yr2tfpHkVT50tHfdamqNcgGJjCFYR5t9sNEcJ/TJInRot1bl/H3DJx4MDKC0Q2/zHIhEBYFjiksNkELyzckvHJsyyBkSHBwESKYq97HF7tctlqL6vOESb9qPVpaWYiQsa6qCgTTBgo6bMUtSJByD+8Wwdi4yyxMEylu9hFQwmAbE4l4IaDIhtFqQa2wJJqQJ10oAjLGm8JPz84ffNV64dJl3vR/1G7WOF7O9oZBxyJmAPTFU16MtB0nI+JWE5SA/DxAAY3ax/yWKs7oD6UeMP8sZNAPilu77yjMIg0Puxz9hIfiN/vCx5rWu/2vuMOu4AoCDJWFIgK1bCMPG/SaRzFo+qnSXWudKT/MER6f8At9pyGBPoohDTiyceMQJP0KBKErSIGMWpYsRHvK3XPw9U5BfbSgKqlvyDVtJmV0XgvyEYQ+AZIrAGg0up+BdkDqfkx9zAwJGemmxfJGwBVmoI8kHhjj1UQJhY1hIkvN+cs4ZdJOL7JVI6HS1Hap8KqFsd8yltyBg3KQ8LPguKxjCAbSw5gBip8DEgM51XGzRem+ueECaIJcaG/L+bSHYcEGEnU2U9yp9+1ND6QoJAiM53O5PL6m/2NO1NrHCScZilKrfawnwXhhJB+CU194c4y27/gX3H2yD6W0O+LW7kb4KRZSVoXiwYqCl/TQJUgDkiQtAogwPhZBvVBApcSlyu3eKt6hXdBbHrldRtZJ9GUDxFhwraxhJDIc9DfoMAGzRenFHyPDWQA8b+oIRj0h8tHQ/j06xHIEIcwCcf1CYZFWgNEDvOtOtS77rAxSEKtw4uLrGwuw/bSdfdpUDxN6Q7DoQK/46DshDnfDtdtnrSZ70mOELW13ExX58kcAg426QX/23AXP+c87jwJ7gtKRzrpZWBmDYtsErEIAF9GG95Z9aAjer1qhHC2F8fuGOOEAMHUmDdANhAGN8QRxKW++P7JAiM3xt3XNYsZ1vCuR5HHVYEB0WLud9tQgCHwJ5ZJgyiA40kgfORYr8IPOCD2/qEWDVtcVTLyImacJw72VtmQByPddtsv1ZHudQM+T+wkVCbTRTQ3KvK2qYFn84vn2b0aNfQcB+2GUI9goQGfbDhVUi5zzo6oHqgQZcIllCdw9J/e93gyrHfmUl/I3gsDhO6pkj6Q6WIN0LsDxAisSBigiwTHC6vbQekgU8xnDX+43aD78w8C/egGyahO2+ZYJsCgwRhiT18KzBQIHJBNuTTuzSf2BgZaB+8XB1XDG1pHr2Gxpe75YmrkLfwYkrX22b65Pz5YO0MJIwvKlyE0fK7TKuHO78XQEshXNiBkyIl5zkWMDzLcuIhsM+zbcDPY5z391HwWI7HUzalAcO6LePNJNdTzeeb3KJ/qI+HWaZK+19EdH0aqHfiwobIH9TcCLAI+Fu44v//fffPizPdL5DnJPNlu6bRwGDerJxAwARKKlKv679rlpaZbG+JCIZkic+Et9K3GQawnuR5FD51lrAAt4TK4xE+LyuR2PMRXBGWe42aq2P9L9///dcuQpsluT8AmDjpOXLzZhx3FQC4v1f4L/YqZAoKRHbs0XldwaStMEYmAudkEAA/wsBfCArclW796Pf2WZyL6jc8HmynVd1DPm3HmvBlvM1PP573YtUAkXnm7vmhKNcIYPT3mx77vTs+3+Am4SUo8wJmKz86PaW/4jw+dz75XVaHkZCrtDBBXEQgjJrdWH2++nsz2xQTqaQrxN2OccrqBEpqCkaS7qSFRAlALcv7yzS8xXGgBRNylnk//53TgXU0m5l3YCKtgia4SjvXe0A+3Qr2IL1hN5bcF3chvsRSSCU2EzESSAD5SBKJgERWQC/gagp/w5UCQ70JED/W+gSbHo2G5MApVQSBXHmNthV9WbpMLNmXGirxBHXWxUuI1OAKYzPsyDWG1grfzgWbGF+MEuGQuRgCIyp1KvIcpQEWViaErSMpljdH+MDQCE5DczeFA6bg8n6b8T9LlsjbeEpKpe6ezkDmiFW6x0Ig0ajQzicEh+LEGaooAeg+rEsigobCQshw06iRDkMH5EWlww50YvioS3/z/4xso1FcrJrZjuzL4Rfkx8OOeKWciVDBAXhuwwSGs5DdMx+JXy4gwSM/f3H88qTiGQtLIRqgtMoESSDByOYpUKo9wNs7wKjVy0rylAto4+0/F+Lh+q1lioD1W0Qcrhc9yA4D3BX2JV/BlEwUv5kRKz9P5H3mByBZGMQPJmX9gjQIlFZR1EnazCRtP5YpWSYbP7J0b8bG6QeHQXDeo6FUwowieP5zDMvRsYlL3Pfaw4AuFBu0IBix0YZA4v3I6mf7YOwkAqyBspAACriziIeaoQ8/V+AKR9NwKi1SBx0k7yvliQlE+ovxv08yZC44/khJCJ/NK6/DJUGTgNOARHmkLk/HpRwzX1I8igfSf5Ifs9kyBegQNsNtvldRQ/PKkSCnqWBJstkfmPef5L1qnv61ClDhAvcwZX15/5NecDZrMlR9tMwgdXwX4mEgRAskQZtQTImgnijJaKipR/HK4EQyAAOZRgZJISQLFxHirIAFkbl9G+gEre3D8Vons6+hqfHm/DB2oqW+YtyLwstfzFMMljossYK9N9RQvcFvcKTXyTPtVdHAWZE/DBeggUKgIeJ4khrKdQBJYyu/BXxv2WT191xqzDBUsbgxPtX5TCWVp6v+ofBsHfDSJsVfEdLoVwCXfMGQTmzNHs55AEIMgw/jRcr4D5FibRApSxEiUjEjoUomiJaCE67UZXyUU85BmBK+OI8UI/rhhLl5wAZLxkGtJq3xQvH4dDGQmEPyo4DXCTJF/4fwAIKIAc3IRUwFu5pZCH6SHRoheQlOJIUA2M4ZFfX75J8UXEIFK+8f12+gYi+GAheMBQKy5OxEozYfgcBowHm7zQY3NsSWWYsgI39+V8+MAogGZiCyPioXK4DloIDSb5RkMkICwJsuzUsNOp19W8Nc//6bKoLH0YCCDIWAmCIvO4ydIY0YyAtxfv8BSLjATzsBMCCggN0fj0SftZAOug60VAyG9bBR4RKtCiUDHHnGPp3PZ4T286S8B162OTbJNlX6xkhbT+Mi6WaodH9x1S5wQONUM//9h/GJMhADfGPljUoIXJdydkFGevRyGA2YDoAIm8BNiS+3VbwLbq3wGhKYx6SJcMl6ZE/lmuEZFjsiMI4uMMbWq7dgx1g3o/P6+DXONqUWTAuIcW3GfCRegPiC1VQIuSUuYgCqY9+DroU24KGwF0q2iH+Rt0xIFiv/MrBM9dMYUD/GUSSH88dzejAuFiI3S/jgy09GTvcTkRmB9dDxAoOkZFJ8MGO+El9pfPgTa/8CqD6lKsfbfPhbrc7CONbuvn36n4fqsZ1rpMeOoCvnUmUjIMdGQDYZdYZL3gi7tIWxw7E5abVtU+gAS+hROWKp3B7dYkBoZQpMXgodeBGIvIEw3yxo5LFnxCe+/froUGgDNL42NvmDJW2dSNP5m/gujnOA3FB/VRs/hUSH6hT34SRIJsQPGzW9AYkJ8OjEiYIBQCDowwMI7j42TddZ6yxUP/ndWyqODnAoMr9y7Up9+PAQDscJjtiMorAYMiMmTJQsIWWMGZIld1INNC2Y5/YI0CiQKwGeggaieFyJcASHivnaXqyBSsIQj0/Q+NB+KbdOSw4UrClYZOtQIWnBJT/wYz5xliqDyRwsxGZoqDjaKlEzQKQYMlkmI8EnXC5SCoKmkSetnp9JLmb4IIIQikfQdd/4+5OC38vdgYK/hxxXxlCrqfLrEcO7kEydQ70TqTBI+1HWo52KHyebiuRsCpLoZoo0kQJ926yiLwVIcABkQxNuUw+EiiSqZEK0lTg9bV7zMjgAMKeq3/GTjKIQwnjaDJFlBkyancHTqpyTIkG9QlECQnttHoUC2CyUBCN2DMJwRuUcLEWwqOHF9WiqTHBo0pK+e9yRxlG8wBl4KgeHk8gUQbKk2HjoYN6RMAR2g+EGRKXm1M3PYt2g5oMoRE2WQiGbFV9pAvCSCZGGgmRRgYFJIMgQd5/lDvgZ+gYLiHYoMkgyvhRSXBmWpJxwjGEsZMnZpBECSSeiSC3oT2I6apX9XnqJg1gElRKAzIQ4UeEkslAeIaBCQkstXXQJQAhBZ/hO/jYkYDx9OSZgqmLrckbDKMvMJZquEL4x3XP8TSenk8CRnJn/nLl/giVo6aOwlOYV2QSSoK4NF3H2kI0JTNGCQ/PKKsGlCyLaoL6v1krwuU0XDwxiDKm+CmEh1nqXX9mQHH8bADpA0hqXZxl07UWn8F2DxsJJSFRGOBAMREyoSOQQCqiJhljkPFZCT94CB0YtIKTqfB5widL7h1XD4TdF8NpxhK2dAOSXXUz4otoptAztmBE6gwogib+JCSiI4DIUUEEs2CzAQYI0G6N328gvUDAnaqHPTpLABZgeCMU/6m+gkC3rp4hsgNK8+lymH25/Ht/cC3NZ+lOEmw8XEQLUw2NWliSN+gIRy4hYaOBz0iXDBqSjDYwjGCsdVgMARENnKOxkFzOR/gYPedjAgOvLSi/7RUWV9l2mPv7vf743J/5wSBD20IDywl3oS9C5+JrtgtICAe5ThkGBT+HX53HNFCSMCRjpesFAHQ9vNiLCpJAMER4L7pqjO1g864pzweQqLBX2lx5r++fTy6raNbnVkUNLNsQ1ZQbHz2Ri8jUWxdAoF4FAonwqyWvqjvGSjwiDrMRE6Y98mLeAopI7l3XnTdguO1FF+Psfr77qRo+WssB8qFbRtztnENTQ7pBX7y6yaGtyYAEeiOb/lmYgAUCSsFyfYVHjNFI6NG94NhT3A2FnkdjQIDk97AP3DfMrwD4ZsRprO0MBLfeojDOV+iCoKmhramet4y2sw1lA9vwwbcJRssKKPgEgDsbIUZHqVeON6zG0EOVkxGjG5b5ldZe9lKU7yV39tsLMMfgXnk17w5TjDFZZ72Fw0grLPS6uTGWGl5uiJsz1hIpHSsTEGaSokMfuQTXey/eIlHnCEuUtQW9aZB72yRkUibtpgij71smIiGElJytpISScDREm5x1xjmTchPkJrwhd8heJM4lC6LeBZcg/QoxxdgmY513laFzEV51WxFHVr/WNxdgSM6f3PjvzMBRoOsw7rYLKbi6qqynPYsSg3F3lxsxt0Wo2YjhpR6VTpaQbwWJLaYaJeCwoGYdYmWd98YZ2YO7wmnzIvXq6Ka++sEj9c35RV2Xk3O00DbYQY1qcydEsnHemsK+Rw6yAZ+IZ+lBXYwUTbAG8W2a1vrKGXKZHF+4q5cBFu5rUUnp3J76pYawCZSJOC6XI5yOltmuVsk6V3nMR+A8ScX5KTpofnLjnUTdKAmpDi5ktCmkNoQYrBsMPBKrPNyoOljINshWX3lt733pPQMTAJyKY/ZNTqd+eYzrtgnR1MNR7Z2XhslW4wy50EasAT2oHFL9iCm07XK1Dta5ga/EPKWksEN7iOzrrL3428xcgz/YmmSQnpsQkae3sVnHejIZ14b+JJeweY0WuglarDjMK0WE2OLOKpKBMcarq7mpqsp7SjO8DKzg+nye7m68Ub19dx+kEXA5bVIMZEMxNMvz+cqNB/WgqtBG60FtX/kHX+LXP3iwzaJzxNg2TSBHbZpmuVqn2WxrUDmXB01gM57us3I9XaaxCYfspBOCiblE79K2oVleXi2jqUbTrcm4rrx75R/rnL/msaIhxpCKOoxp2za0y8uzeRvTYDwd18O6RpKBDEoClat9G17Z3yci0gvhIUh0QUIbmxBCXC+X8+UijPfv7W95l8qLfJFf+wWxygHTgYArhvbkyZPnYTCZjIbImFxV18g2KEx5sIEcKK83FjtyVOiC0HhkSCZZE5vl8tmvPzyp733x4e3JZFDltqt1Xv/FGgkMKYjNcnH68Oc/n2/tTCejUc19JNxhgLmTG5ZVv0Q15fOgI4b1/OKvn7770+wc3zu8fbR/MPIuxusaoVfkPpU38fLR2cM/nz4+ORkjx8D9g4XMCEc3NGv2m1fLoE7944e//fZivjJ2/5P7H92ZVdX1XmK7fv7rb49/WVk7rn2vbjD/4YM9rs9OXzx/+NPDRxfbn335+ed36/o6Vr1uTh5/9dV3v5vpwPf2qcV/8i0/d/Tb5eUfxlXV1v17Dz69c7Q9mo3rUf0e9/ITPup8vbi4PH36yx+//vW4aYK5IVj/K9z9ezc8nO7tb+0dHtza3d6d3hrg/p73w+BoMnR+fnJ5cvri/PTp2cuXJxchvGrE4waxOmurYT0YTQejrbvbx3tb+7ODnRHu9XmrE5Q0zJlCTKvz5tHL05fnT589XS2uVqv1qpVJ0TwccpO6usp5P97dme1Ojkc7w0M727J7Q2NqnhOsUFPLKUQIxpzO0+N4Nl+/mJ8sH79cP8XPhd7N3MZNZU6CG/4sbvo1dotmK+opOiZXq7ygpiW6GEbd9fS//+v//i//+7/87/8y/sv4L+O/jP8y/sv4L+O/jP8y/sv4L+O/jP8y/sv4L+O/jP/y43/8+B8//seP/zH+y/gv47+M/zL+y/gv47+M/zL+y/gv47+M/zL+y/gv47+M/zL+y/gv47+M/zL+y/gv47+M/zL+y/gvo6H8+B8GVlA4IEJEAABQugGdASoABEMDPp1Ook2lpCcmIVRImOATiWdu/8O4VDeDodnhpkXuvDhVj4Ife/6z8sPDbnX1T+P/wP7l/4D3veS++z4x5Q/ufzffyuw3sLzROYP+V/i/y9+fX+7/5vsc/qX+3/5v5//QN+oH+m/xX+O9uH9u/eB+8f4wfA79nv/R/j/eB/4n/a/1nvn/u/7j+4H/Tv95/4exJ/d/2Gf5R/iP/R67P7ff9P5Sf6//x/3G/7nyO/tB/7/977gH/x9QD/6cZl/pfPh875maezh7+I65OfLtn/YPEL9m+oLEMcEYU+FX8p6gfmF4Fn4D1AP55/rPWR/5P2r9GGoX+vnp0f/P27ftz///co/Wb/4hKOZS2yn35n35n35n35n35n35n35n35n35n35n35n35n35n35n35n35n35KbjY4+7CkdyOzNwFO0YlgN2WHQuJaDBITYaqC996S3hS3hS3hS3hS3hS3hS3hS3hS0eEg7N4LILW5HM+rCpvxN3YtFDGNuWjw+pCZ0AiLPeL/mrAaB3CoWferw/kJ5Dkw2agwzX5hVKNxMDZw/9m71toqqCEGIHS4jHSNc7LBQ9Qr0iKaKtD8sqjTN8T5mhZ7BuqKtI9iIHvxBPCcKwfSeXSeXSeXSeXSeXSeU75Dm/+yCODHvQCbdsSeT2ajXekR+6xFefD8wH3fllmmrPemMZRW11+wXB3C4fJt2W26GxsJ5PCxdCQFFBKh0qCMz9rBBrNOZtTso5lUhGgrUhOOfsrFhBAQBfhyJGfjxBO569KSK+JY5J6BkIQHC/5B1VrYaYVDV+k0Xt0SKvU/T/bdKlASuhR0N7rVERkt4Ut4Ut4Ut4Ut4Ut0VzAOU/2nyC55i8QQHM8howUOGfjkxxCl+jzB21A3dzPyQmw5ZRbSlhLUVOZvSYeSv+3JVUO/B5VsnMhdNDhv69zDviJRQZDC5R+4mDdtGpT7STtta5A07O1FL1XWvvwK5w7dEiIVq+fh4p3h0BPu85cUlmSdijDOYv29oGQzrqvXKGnqGSLh5HYB/0eTYMZyM4mLYJ3gp9+Z9+Z9+Z9+ZXBZAx2eOC4HAWTvWfqGnAIx6YOfj4vdkNmYQV1oGNAdkgIBMCGLjw9QQd67SennRhm3r2rDBQdvbM7K1Sor5Lz1uMVW+RJEGqXJcaJWxFraA4tBXcA4Squ4/3Xdbz6GE6u0Kg4C6iM0CtPZbKPfCTVgJ8ryj0V+gColfXQL+OQK8Bdj2y4CH3BOMRzPvzPvzPvzPtrBYMtfLKGCR3uhyD/OcH8JFuBN21rm1KY8PeVcgqRqoYlwI3O7BMAPLwh+VmhumVCB7GLAbd8Hdl4poex7fxG55f6qKWj+0WiNsB9Go6/ccPINdGxUWRsBLxpOcXaAKTjbhHMwbxivClvCkmpEDv2xvGiKC6ruG18mdfqiu6NpdGYJrfPp/kWg44fYlnjMbgVPGC6v0NuRyhKpn+H+7HZAs9qhojGLpWJh0ATRaVn1beV1LI16FO61cE0n+J0XT7xS0zOtOpaTM9UWoGpbwpbwpbwmBT4TDSX8Y/cYWDBzDxw120Kjkg9d26NRzJ+HK31chi8Ex3ivQMyVzsg6rudbcz7iWbZnG6HEPkv0JsxozGbmdbvcTIucJsSsyTzW1VO9f1372FbwCjpuuISpzoQkt4Ut4Ut4S/AQmGdLdjKXk4M/hC14Fo7dao74XNIJag4WEvaCc4k7CTU1dvjTmmPA1peB0n/wxr/urXtY+aatdLvWNWX+qve6ERccUDMJjbVkg7xJ5Ayu0oc2D6Ty6TFzgGYH11SQFkDUAyY4B96Otx8hTUXHN6iqgMjuZ7C578z8ILMG8YrwpcEOojg/ksuE28CxRvBVWM7RCfrl2YNIEcbIcB68w6lzzScB+jUObB9J5cdnkFoec1sMmOmxjy7tcH8K2r+YvFlisBWd6EdTbEAKmzPHK8KW8KW8KW8KW6ZbKDh7LEf40VD5tSj6cJJdBJTVzkdqvpWxTIqMgu//a5c7M+/M+/Mr0gL4hxbatsmDMWrwp3L9ULunsSiUCVxEQ5zy6Ty6Ty6Ty6Ty6Ty6TvuP+3sdvxf3FTjZ/tAwAYwp7Wx4m8+Diu3y+GqvA7wU+/M++dov+I2m6wLrFcTkYYXVha6YPS8eNMqZbn2hqML+h0yK8KW6e8z78z78z78z78nlUsz76wcmcZZhAY57FA/XP9+y43jqOC3aAkBgk4rNx6pbwpboVBQxXKhRv/hfZXUWCy9NRgDWumDcHWrstgU+/M+/M+/M+/M+/M+/J73aGGjJ9y23CwOepw/wcLDaB+sNl1MQFeeMV4Ut4AIXLOOAhnA0GBHhQm1D1o7dhPLpPLpPLpPLpPLpPLoztHgjbnAFmqmcUy14mbDAE2gS+tmnSSX1ivClvCkjY9y3BXUcrpSPXDyxPb3yEBMZg3jFeFLeFLeFLeFLeFLeA2OR+X4jErLeKAKQEV4cPi2UjvYrp1xPZC7FCqW8KSZ9KkiwsNLxSCQiU42TxtWruEHPvFCqW8KW8KW8KW8KW8KW8KW8KY1csL1ExJJNOplt1d1iuZbQ5sH0mV5gUdFwumIYMjD5/6WXryoonWD6Ty6Ty6Ty6Ty6Ty6Ty6Ty6Qokma2FDB6D/dj1PpTp2kx/xZed3aPBT78z1chQ1Plfa5MntLYieM23pf/D7zPvzPvzPvzPvzPvzPvzPvycSGgnN8j1A3VE1fd6eO+zH5732FUt4UtKAwFQQm++RnNqJMTufwU+RZswnw/gI5n35n35n35n35n35n35n35nydzQbumoiUHbrOTx9yhVLeFJPpsYEG/ynAYN3p1x1bqE9FrEG8YrwpbwpbwpbwpbwpbwpbwmmCGpEJ1Uv5rtE82TnHvvzPvzLAy9J1KV02eCn35n35n35n35n35n35n35n307izgYphjWQ4VoW3qlvClpIuYWOInRBGJjTJ5dJ5dJ5dJ5dJ5dJ5dJ5dJ5dVMbuB9Dm7IW3qlvClpKq2Be9vr6MV4Ut4Ut4Ut4Ut4Ut4Ut4UtQIpYls5wcGx4XlG8HnJeFLeFJPsXRxogrn0V5ybrWwXPhtx6pbwpbwpbwpbwpbwpbwpbwpd0hUQ4f/P2mCH/3RHj/IVS3hSTu1lcBNGTRXX4MTSLY0YU+/M+/M+/M+/M+/M+/M+/M+4C+jxGeQ9KnWA+OsvnfuMTDYC3hS3hqwmQ1v/49M/9ujd0tJ7QwkkLeFLeFLeFLeFLeFLeFLeFLeFQ63Zev2H9ZgdLlvzL3Rw5ilvClvCXfU38cxg0ERujxWSRTckgk/DxwKffmffmffmffmffmffmffmfflabkS32NVVzcifSmHBQhoUA6Ty6Ty4wHktL/m++gBv0P0b5GRJklsR48Kffmffmffmffmffmffmffmfb4hfnPiE0IujIIbtN/K9Fk3PGK8KW8JeRzPJuOdJrnh5cr6yNDqJG5rhSIy6Ty6Ty6Ty6Ty6Ty6Ty6Ty6M5FwCiO8BA8rJWDz3LADzOaV86ctDdpPLpPMFqBp7rmiaZQA/hVHTsVzNE2RFEQm9Ut4Ut4Ut4Ut4Ut4Ut4Ut4CGOlOAvtxLqu8KBDwlqQfoWIGzwbxivClvCksmq8jG25LDrehuXlo2foquYcF8bcg3MG8Yrwpbwpbwpbwpbwpa3wPOgPYoIGgRrm4Ao/Zf35n35n35n37xWhyJ50cLgI0tjcKZ0NGKTvLpPLpPLpPLpPLpPLpPKmtT8Aog8dE+ok/WG74U2jE9Ut4Ut4Ut4Ut0iWkJPTODNTunwKGZ6SJlXagZAnKbB9J5dJ5dJ5dJ5dJ5UwwsPLiu2OZFO4MFZBdWlX78z78z78z78z76PtSlDHU7a9CqCCRz+KtfGDslvClvClvClvClvCktwAeqSanpzbeAuH/cIq95n35n35n35n35n35NIlGjVSmKEcDFuPFFYSlRddmdeQQtJ5dJ5dJ5dJ5dJmBmWgdlj0pgMnPJGTlup5dJ5dJ5dJ5dJ5dJ5dJ3zrcKuJZoeTc3OL/Z6e0Jz9lIDnNLZSwbdpPLpPLpO+z7YbD7Ysy5zZH5Hivkt4Ut4Ut4Ut4Ut4Ut4Ut0rFUrin4ffgKHbrymf1kS6wmpK7Jj1GoB0xXgIzLH6FfPZyj7+ErpqVzDlK23MnSmO4Ut4Ut4Ut4Ut4Ut4Ut4Ut4TKqCK1CF86Vdz1grvtc83SZPBZjSWJXq/9PicNh6+vecBz9cz78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z78z7YAAP76WgAAAAAhAv9TSArcPg+8ZFeuS5te5QitGWKMuFCzmSzN/CFDE0o9GLtt465CWR6JBFj7yYtwh7N3BtG8lMl2AFtfysauWruqxNu9VxwU2itUFdYjIB5OyFSK0cb4lTcJOUxf/ml70n6bnZRTkQnZC4/U6XPXwA/xjnQ82RipjdvlsVTD1TpRJKp6WsFvGtNXYFmBFG7sX5R2lTRfnO0W83OfuXAtcTwoix4mvGtpsMi6aMpCn3byeTwf3JCLNon5cZm7YwYABA/IOu9zm8Dsk8QdbY2erIiNmWNtb4KY7dI6nrmg8g+HmMP3ObRWQo1xEdzS6GD0J+VFCvM+B/7Z1BR8JnyDbRO85y/ak+56/+vlCZmyMoUgwupiyh08vEeoYE2v/rNQzHfLtBdVfgYzPWH4dPuwXlH/5jfTpIVjZWqXCt5brghstH9e2Wke68drY0VlWE4tjoc5LW5DWrECO65cMzBIVIR/znfHqQoWiLD1q6q4ae55Vb952kY6MIr2R1teq6JPwvPWfPB+/xCkdLF4rhsTEaaVXf6Tkvsp1kGpAAjRR5SwsrQkojf6BVyZAJTUi8bCXitzaigQ4XHgu4ruLWlsv6+kFFczxE4r8FJmHRKD/hF7aM31Do7BXTtmK4gUGYteEw1/7Y33FrvETEygALLMw/r/mMBc9HHKk8RP5rSa6Vntb5Cc5pnMf6nuXQvFIInBXT0/bAk9fDEcGvYHCYqm9zsj6lwDEdkVaSA/AUpnTun5rmAmTrkpP23X2i9PiYpOQCakJCS6gZeSNiz6vZvxc4xp+RVdUyaOp2kTBoNRsq6Yv7zWx6zJPNJpXCu0d+nLvj8gjkOQzJc+7g8d9/49lWBPalK1pOs6IvvmZRvEmt6eIMVyHp0aEUBD0hGMYcqbATia1Q0CKSPYyrfw/8zpzWmBkyX+KYjZH7OCfq2oc/VreBjdj0AvXqVVUv3ym8nLyIy42WxK18Xtd/yoxuYY22zUPkXR0rp0++OsFNZzCkCMoo2gluQGccruHXwY3vlmEsXfCeReiba/hvtkgpyCpadwsBI1Q/44h6BdGiX3V3aHkSj6iy7WqI6VOFvsBfmtTGaOgm1AaofOTFoUTZNXzV4sYHBseItex5zxgKggbsPHSsDRxjml4NfSQN9T3nG1KJeKy6pMFEfkeRV6QsKE/70m3LBamVttMJKpPzfHHcVyDiJwkyvZCvrM5P0CfoATBOBW739Sy44OsPWKtVUhmyAekWVgF3b+Ecl1U07gaNMmPcwSrrYAAtvF2rKnkJUxI13lNYM9vpDFmz+J7Nixjd701+26pY3GZU1Oz32JQ+m5/VUPgNILiZ2vpmgWG+XvV/taixBtC6d33XGM6UTIlO7/kFhc70BWbNtJQu4E6cEwCb4Z3YHYgwpjpWPDWq2PU0nMcl6RFh5t6G0ME4Cf/sFqv7WkENi0JNwaeMokOJCMJveBDFSELpzIsTUvlBnTl4137gyrcdTqIiuGxRVbxRkCoMcb/5kYFFxEaY+a5F+rMtzpKLrMsd9H54eZAfmFHB+4FYfwTnhsvkJ55h3N+wnkvGykeChas2GRs1X7riSAUa3BP9qWHjv6OHRcmtrdOhBjvi5TWY8Fx48udMZdVYI7vCQLbZIKFKaraAKSRmd0V/857HfQViRybOfuIggMBCmgHPcO77JYbl2Z6jYPGsi4zCzAEVfjR79kqb9hWETLC2tp6S2fmzpqE9m70Ho1agxB5/bxWU3vc6h7HzvELaHyNy4LJuEcYzZyJKypigZQqguvL9vgPvoCNAwyXUW0y67rRQg9qAwWnx9xuCI3QshsWrOwNR/nxmjvF180lEvf7yBm0feDAevaMbu/V9HSQN3QbFliB/oKE6fDSSssem7H+ISR+qJinBfBs99WY+f2S+r7F3vYVMY26Ku2iWySzX1EOdxkbHlPD7NfxKZqn+iis7ItEdZCu8OJszK+/01BHK1ctxv/5nz6fiWFSRCXaDw2UWcbc/5ErUDcHsq045uNfYsblCo1Z6CxwjJJka/rk8olB+XhKlg/AApw36uaMRxkURmMHecku2+cjYK4qmR8Ho5ySHpmTdh1D3LkvJwi09+f7PT1dLFhuD9mmwfPmvGvmNmKm6iLFv+g8oeitJ6ok3ze4P9prTUVou+1r/T3QNaAMWSXuAdGYtoOMGqoKgiAtjMVnNtQsXKA71QmknOdNpHLeq3EmJ+gmKFjio6t6JX/4Yj5vU2CuMChkXv9XrZztkl9ifE3CaMgJEWvPltlQcpsC+ywPRk354+TtkyDrMPQIyAySWK4nuhI7h2Ex0r+tktzpd/OeHUHS9VGDdS6YG2LoiFJttMX2wf8QjQusa9QQvgYpQwzAusetuyiIV1Y/SAgqQTvR+sW7woCaxX6xOrlXkMkl5EgHgqtzsC+exiXbhPjIB17OjT2JHieoqBrU5P7X1kzXMECcCwSBxZCy+FYYNfUaVi48YDBZ7zBGI51zI+lSFIRhk8PSgLQACx6w7r7S1Ettgz24HTpss0YX9Izd/iRkUPjovxhxG1pVvGuDB6iiDdcIn4qzMQeeruuWGgKcjZRJ7aV4XFCFiRc1HewQZVjm8f9FSe3ByJ8a+VdxJBOmqSTUnjHwtrOGszK/TASW55GJHUgDc4KtgRg4opDlBxkf5cJc3Ws9xgX25+nqQgmWi4vRs0/n/we1+4P+BzqjBkoMpjGNH1Ft8W4CG/mQvwAbeynvKjzm3Ui/HL2oCXdPu1TY6zuwTqLMjT0MtksmHsKJt93ZQmysCdYgg7stSElhgj1XiEnOCcnEZRTU6+bj5/LrlGowppRbYpASL1ViAiH7EryihNRzY+XGVS6H3iV+4nxE45jIeVPmKKvkVbcSPRjUB43DUWrD4vxPRLOA0yHDRmIyh2VaTMQZT5UcLW/L7f80NzOOsbdaT3N9zkv6hn90iU4t1u1tjM8cvYf/Zp405zlljm/3KtFZLvZhjvTzIBJgFYo5ZtynnD6MKlM1MKPZ9uw3TxpI/TgFGdHLfyHQohDH8Q+TSEr3sxignTB0rhr+gwChs6sLFQ524FSDTu5Z4jxJwdtrRLfCS+a1w5bDW+FV8gOcuyoqMK2YVIeABW6yaKDdLrdz3VEi179tGS9T2oci5L4OLn/PgbFgX7ONX9N7FrMHv3Igk93YOTulGmFVYpB+xJtAk2nH9/sMmHlRVrkz3EgE1UcpnkPJCAlKo1ShvCUi+Zi2DBct+Pb5BvDFSnh9FA8ZTjw3gqd6mWUdGlaCO2v0F7vJ4x7KG2Z8eDe1pFIzYHECgoJmXjoxbI4zFP/Cu1bg4gSmxPDCTXn0zC26Rdky3YTklcjbgjsiEm6YhVNXw6IrkA0bQeaLUOrlZf8CNU7m9L0CqK1i6y7M5ROffDMiwKSXWMJ6QJ7wTpYlFWv2TTOTlRqp7NWS8E9fDrGLvuck3HZA12uUVaBg1HZkO9jtXHuVtFIe5sdYuZJT4ZIorbW/mNFndIs7Da/F5w+QRDG6WibnGaSBej1CbQUOaQxJDgffzeQj25RQPYtJaqtPPwKUr4qSOQx2229fjmt8C86abhJSYOU/cmQL7hQMhPZC4awnSo6BvKiPRna/EqsZMBYa1/2c0FjUQfBbCYft3zgs1v3StQ80VKud3JPGfwT/OJT85NdJOu8rKiIoa7Ai2BVQlxvBhg6C+d5+Tu3JEiPEVzPG6cx8kWS8kM7dDbkTKQkGEUH4nMnfEKywLqk7SG/UbIddPT9RdU1rGzbttjqk/EgCUH8f3pkycK5Z/WYKy8/GLfHsd8RSaeXSL/yNgOV+nBLe8w9nfIWOf9GkwZ3qyBTO6oRrquu/svlnmit5wGhjADSZAXB2Vhr8RPhXH/gPiCrG0AG3D/xsyz1nbh/n0X1jPp1MJPKHxR0d1HemVB8/PODU9hm4QpFE9dD7a8I7N9xTUaipgC2S8hWS6fhztetipqjxNDv6jiKmmeRusFK8yfJL+2wSu8qOOVLmspo/m0ffS25nqJV28o93N7teCJULmGPGOiIfbouPreKheFUDOtofgconQKaSR9k4bzsBLhB7zQ880007VJlbOOZIGOwzakiiFyvjiDMd+8/X+5RNRhhjx1yp0Yb4CIKMvIVEeg8AgxHUg4AbOOm3DMAbMM3VYxaT0NG5bO2c//St3pfrWM07Y8QegeMsLy0TWc6JLRHoDJBfImPTNzV2Kvxw1a5RXlxGV0xVkabCqCXdkTXnkyL6DJaa9kuBAEhgvS9hjTgAtYJR4y5ginFzroe7nCFq0hHHoUYwRkl36AQTXlGHl/hRLfthBGcWn9AjnCL1K6zbjSLmYoAMGPReJMV4U1wXKccFj3+36+Bx1X9CtpUhuKXLe6t0AnUYWrSquFPOHJKR/g25LOw4qt8sZgNbaiAmosWrx4FoC+7q9qU6Wdq4msP4xjh8C1UKXazzdUFvX0dVbDvH0odFkF5knZFL+DudouANyCbRpD0l7XwLmhcsCip1UTUoat324LUIBShDpe8U7d+H7fcquVVN+m5d7DQZb7RBiCIAPptEr+5oVG0MkJS+Jxdfo8Ju9jgDTm9RBMKjYkGxSFgJzhoK9CafK7ke7/pU/TqIJyK65GOnc+YarJtMJ+Q8WoECLTzswnmlmWKhX0RQzftKwEPYZxTzvMmS9J0QJMv8W7XshpXZxsKUvndM2H4uNscT+qVQ6+W673JG8f+NasFy+ZEEEe00nuqAl8DLuVVOvPwXSfpY9sZDgPJSf1SrYakD4HPlN/OFJm+8aFay8EdFqAO7feumx2CtLeQjg3dnX/V5PwcYHU+4E01yLk9noSPFgxgcGiqNKqcn1nykaETVC+nRXV/H+5EQ5bTDp6mE1ud9V4A5D22rrXIWkjfb4wnaTsZyyW9C4OtSvOFn9dfo0WFOz/Acu0ercj4QWkrjy6aGaQXDwX93ll/1/bkRSjPC9zphts7CaTVbJYCptToCf8zz9qPfeUuh1kv1dMLK70/BxTCrARO3G5/aUYdCP9L7PnunE5FAyahRpGWe2/AIb5CWLT4j2CM0zRKw+NHR2eGjwe1FgPvKuDnS7k1glgPiS2/jVE/F+xafEewRmmE/aN27gfjJjvi2E/uS2lVgd2dgcjqdso9TjW5L6YEJ8z2sO1Iuv44CYVeYe8Kqh78UwXWnFXiRTgxewedIY0naVmII3MRvK1cQqEruAwdqzwcuA6SyufPicE5C2X9/EGaQeCCFrYFpFYH1+JcpBYHn2m0BL0HJl3H7DB0guQFp5RYIIjtPmZaZaQueAK6C63ANIvAc9sb2Jkas4mhllCcNE9lu1RImrazHdAvqYj1qP6YhpghmWuP4k5nj1Tr35KeT4IlID+HJJ56bMP8cAji9RBj19LrXUHnFKPjAWSB3cSc5xYa5PuyadEFZX+Z6ctsny6kvDqGpLtDFwxCOQzu2Pliho0N5wW9angkhnGFwwa3WntaK0yXlb9Wj2+VcoLhpdiNWNTwSPtRTun/tSjyZuIvo6v3ViCk7Xbjirq5R9WOyy9ccnmpCu6U8BEccA1jFCOCHb5oyE3XdLH9luAskBL2t70+Sm62XBPxTsZs+PG38Ewx3gD/b4xiGAizxnZ01ShiFY2uiwiMyC2m2YNkF0DtDTe0h8GHg/8fyvx3Kv++LMHlxoIQMrBeR6/aMtQJOaVbsy4KfXvVUlaGa95Al3Ds2PWopufBxMlGCjaE/vTkuvALjFlbogNKq8iJKZUYO0bu+P3fkAuBVhkdJkUCMfVIwY58MWre+Bpf+9NFgqEOHc5RpqfVyEbvwwzTTJZc0QrRtojmAb4WU+4UMI07uAIw4NjQELXg39iGO98/9y4x0e1K+vQgPOSpheNIvfeAbCK+YxhSdUKUpDeXlX7Zr3bd8RUTfzOUcGV1aEgk8kB5cC3LTtWFAnKC7kirLwjxLhbOesj8MhDyLPDkyXCttUZ/iJOlOGVs6Y91r/XlFYf/HEPQgfnjtlMrtKn7X4P8zLQaNbAxFrzIYgwHntYeG90sKmdIuSdneLG7nrPhIiQDN81OQjPc2iRlMAtu4M4aAyEaz2SrgPlFGE9RZtyTxihh6o//BHiHJNDiqne5e9zuChLgrt9B7xdM8Kdx7xPw59tEOsJG9v8MBRNIEaLYY/qpvghSMfaDVMlWcNOp9vjtoWAmyBi+hkiHxJN/9p6UlbYQffv7NdC1mEOxeo4Xrqrf+0MZmZkGmQ/ShgD+GeR1chHI/uGZwQWeRNIhf7p1FSp0r6uTChsBZT75WXUxV7yFD378a2xmsB52hI8dp5NOBEkOBM33PK8QEL1wH0xw1ftHOFH19eozTyFmipgOV7Zbedrm22gE7nzq3TE5HSdreaMQHLje/vZHIuS5SVh9XcwH1JDE8/a1QME4hq1MKBjH2jEkhdMrjs0Qol0yCI9MoIi1hAARixwJSMpDvI6CCIHvZ6+fXQKHo6IJ8L25YECi9jT/UEPXKkvQJDYWxqOHfOHW/xPN/RVRK8V6xre96gzbg/a1b+qfwJNahrk5B/fLv3XbQqxX8KCwOR35TMZ10k1MlWXdsICCKjcARZz7gbMgDw8NHCf5jutpqdd2aJspLcvRe6oIyDSu0T8elK7z04/T6lISZndrbMdndKqoob/qkQ/yfMogN2fKPD/azEg9D3EQKqTjtMg9eN9q192xHHr+H+5ItOkVV54Ka9q9sbPi7ia2rK1vvM/CQzod1P6kqycxpN5rYCFNyT7R7c/RlIH0+vOHLqRE7INQsd57fWIQq/SC+rR1VwDbZTVz2ru3XuwwSHw6LqbxHsEZpmiVh8aOjs8NHg9qLAfeVcHOl3JrD2fGjmbxk6HRWPPo6AOpWIj0LdZRPkL72nPWqci06UgMyOxz4VJnIkWFd8P3m+lRxPrthzElyzOa4mRM/2Bx7NH624udAgDVuF4utgA9hvETaZCpM7F1pWb6itNhXq9FNHoDqrLMAxVFKkoLcOZArCMx7qSDis/ly/pgkY47+4pAQzN7SVyV29k+jngNw5+ok0g42mGJ1DW0VeJpqLN9w6+TOmnchPYUVk8wJuyvGhjFCqPhlqfb0EsMGzvIOmfESq/CXH/c9jNqp8aCrZ3A9FD3AwE0SjpASEj6ymMkZB1+L7IrpUMODrUSDLdlsH15z+gwcWTAEfxDbXQS/1q3p9fg1jRq2byKVWhO03EpeqXgPDkpAzXcQffS0EVO3GWUOiiBgVe6FRG7Y0qM7llZkKGgHZPcsNWR77Dri60N9yQ9boQ0Hkx05R2md75FZEVfticLyW5ZXHjd0dGmOX5HTrW7H7cgysMvhYBjeug/YqD1OFmH/1xXs2dAKm8gLJfReENiKlCLOaK9MJx5zLOyTJ5jji6GC77fKh/FyAzsS3P5Mwf83X83I4hbOttSLNqQqrKVdYxRb/4j43K3GtGgQOtSefSME7FFr0OFCzmOKImdkwE0rQyvxcXI37WbjBzFX60/eDV3gfWTmPI3tthS6vjenMcyKlJm9jqIkKOZYovAFWuGdYdpGIS8c35dQn4K3VrSgLq29MBI6gCMaFsqVq1EbyIyW7fxCa/1P/Yxo6+muPVGrGvl+wwl5dFR3nG64UhmtDnofB7v9MCeM2eTk38AxxAewFmG+kRXO/IWpoAWHqxWoJTZaqkAogbh0U3SNBPoJdQriiFv4rW9NNtMKsL0m1WJyivjX8yDsQ1ET7pA5xkHvfPd3nsNwMuHjcAbWSIhzwsfCXnnh5mHtEr8WgYbMj5nAV5PwHsYaLVx6uWT0gZTPAWCHWs2dY6KCQPABUyFIgxTaywNwm7UOvADJH47JIQ9/oPb2rgDRMzbVP5gogxnweSMt/nhUMRAb7XZejKWao6Oiu1nMoLL2tgaptiPkUo2dOR95jag0qKWbrPPFMZ2QWgR+iwRV98ZdIU/hKPag3Pkaxq1dIl7y6ZGCEn2MorQhgmupQcfuNtLUqXE09aejSfvJou2PAegvda9+YpCr/YiK4+Ub0WWDxB+E2xgGKDmkv43p1uTfCpYY92r4AGjDT1HN+a0hEvy7RI2oL6/bU1t6MlIsCEkOK2vshSeQjPchJbb/woMIpI16qGIU4usLxnwB0vpiwnNn4KP2kZQl/7vkOc1rj0eJWQ2ZArmWsxsMdRjH6i3R0KRwYrOVnmrWi2m+FUNqYipFfEMUp9d3WeEvsT2Mp9PdPaPeL2sC+5LKVzNumsQtQRoiajt/4YJw94W3hIa8ZleCYXNGEEUd7m3rZmZ0KBCBFMGvM8/wvRrfx+Dw4ie0qVktqyG0kksybZAACt6q3aX8tGo3tCU2Fq4+TXq2IiU22OarBNUfgPAAT62gAWgc8bDF5QMzBcPF7aUNpNX5KJcLE84VZhO2B1pxuUl9EhYFBAJuyIQieZ6q34HGEMqPzAEnqtLYIcIrqjHXpvHvj5ns+9nlqw0mIiOgTjbHO/pRfUL8QakjG5nz4svfdH5WMJZMFXtTpmwm412zTDgyAfYfXzqFy9oM99L6hcz84gMrVNxvOSgKkn4yy/bVJk9AINwAisyoqoAWQu8i/o6dh5xNf3TnaiAEOpH6osp8fxy48xE+nTRtGPcjXSmnr6TIhueG12/6jH60XQjMtn7B7N55Rma3uOUkrmT2Aygr4juutp8jHgj3LSGAF1VRIePIU69y6+hnir/wFen0HC+/ms+1qeitvj+qGQRSMs2UJvctRxmvUc8RTCQR0AXshiZIcjcZcbOs0sUWCcXEWFrD1HKgWkCrJ54qLhIAAHdAAI8VZvZCE+HE+Ep5mwvyaLjGU72qnCvgRL3OpP9lwAikZ9uJaGcWPPwOafQBOxukbvy+YsuBMVXqQXUzh2glE9fiBsPb6aPAJIHk994x/qzMSnVwvNJoyZtM4rpug9Y6QFR5NLQOjkqGFUfIPw/Bm4lY1gh+sXTTQDQ2q2RvIqxa7AZ+PBnzmwPrkBsQjCXVTc52A8maq+YIN3HrvW/+AMOLQi6gx85PIHA16CBuh+TTW41WeU3PLUvpPIWMp1YpTqaGHjJdM5A6+8+td9HhI6ifqB36+ciGoc6V3s1pQtTi7X6Lq9Nj6Z3cVj7xODmvqV4oLTdFZkfZUtLO11jTpEgtIGjmuOdXDabFfkGypTsAhgoGxBiUoWG48FjHdR5kN4urzfar/3ehdgJKAYHZphRGDZE6AGN8rPRcydfk7jfeSbgrAAABU6ZLg4YnWbkULa360vcYlTQ90Umegd/oS4qpKvr1URxVuIqow75hfOsiFaP25ULyIrP4TI6fHnfjxsNGQ+Utlu8zG6b5Abxw0329hPdPS/zWQRnEY3dmVyx6x4ImlQIF3v3gadS0R85aL9CionSSutomokYnBeH18eB/dEGofhp1RhVfnFoOf7ERCUcTny0IzEIeaaYK82KrWNhJ0V3hAleuJbzFgN5b42B7eqxaXHWdjlBWIbrUz/B2rgOpqMGvjNl8Ys3Fe9XGTzCt+D9Xo113lBUJXo06VYln6CRibTG00zv/HhQWTxfT/aw3GBvLXoC+y39uIqpVMiaMhnEuqGrZ7ftcZuCAJnCdE5qJ8cQAGCtIC/L/qwzse8P7oyEHpNA6AAR0858Nx0zio+I88/tq3ss8R4qNJGwEAnJx8z0po7O/RPmdN4EDingA24s9XESjoe9cEPaIwH+OERRIA+5+8XNx2zFl7kp7mGtyayytOvcGVvvaqQhZYYZthMx8HznLI/LuX6W+xJfCSarsGagwxf/dm728eIgVr3XwEBGyEIwWXk9NQODBzFTH9H4/Wp7r95BzWk8FZmnPwaDhqOpJrGEGb5pdkbOBHHHeBLehxzlqq/PrZF6yDxtj6KZFtyoecBat4pYBkYO/XiRki0G1A4xuRAJKp+gChvsto3RQ6leQbslS3eAFxq5TnbhfDmjTbaLQEBVwIzvY3EBDoAAhJSNjmYd+lqJrBrrfK7jHzi3kSQXxcOvAhfhUPkcFQuM3/f6RZq6DBJ4cZRCXVtY8d3A7draPIbgfeE+IKdef1Sbhh4FJ/E+/Clni97/m6/m5FxYHAf+Xf7iKn0gz0AjPfGtIWSMueJ+xGfeiXb+JID1lKsHwGc8Ro3zUIUfUxEFC17XWRQfVNZdW4wefP2yeGcQ9NKYrFN3spjSjWPrG6ah7mKe7+Xd60w2Z3TmRiXuloIfb3P0PwUsYNW7rg3g+2zUl1GNLv/1wsS4Zgmj5H45wAAAA0MwcIeqXXz4xqiOfiY5FLTcri48R3ENyN1mfFELmr4nmK4afB9W+G1K/8DYYU3ez5JdfS7FcF6Pdz4Ijt8KfFCY6uJfHQZiOuY4ovryg4L+Tkv4PxacnXWEoRXiD9rvNXFivPCCoSQS0itnzhSPoPlXYvQtTC36ahVNyAf7SXMCofISPfaWbKrQ187eWfmc2PnwSUkm9DSG0sEn3J/tcI19TyAiRBK1et7SI2+WKV6ZHOdYCbd7VMut8SpRK3TNvzRjjylShHpRT7u9gQzJQT8UCxWoBbez1cOq4gKqRDIMq+z2Gikrp5MjES3k26HaAAAuZE0Nm+WZSPgg0c7Ns+Gcz52+25Mm/50hLphkRnPubnoYBD2e8ErDqkApujvAsyB12yjoP0wc9ywki6jliUTs8D/ZOCNz5yPgi/WYGImkcwxlVXvBF5lS4dr2vNh+ZPfUKGwIZeWDtxHlpUh/p3eGTE01lZq3Payh2uOFG+JcTudIB5ZejxBeLz+jupMxlHSkSnElHbrCJ7UyBhH9MwwIi325NrPmwOO86O0BtdwZkZnblMT9fRKXekwF4nrB+7RKmaCEgOlKF1Izfd+asPd8DQZsEQ9/jcJLmlzhbvmcOrGXQAA4mHoR48/uQlOhYOlXP7pnegHm6UZrecU9KDCnzMolbOJ+RJDKX8K6eCq6BSdazxPYso2Dykke+X/vYD2nh607pKtGvpy6JKu54SLgDAw/+0Crk3aF/DvhsNRgWNv711RUIv4PiCc0TEZjmvGbI5+pL6ELzf99iRBYYyBmw3bPCqek7oqXm3UDJKU+nft0TrQwdju27RbHpzLcqnMVbxqBCoQlm44tE3AAAAfkpqVCXIG6+W72gbwYTpDNIsn8GjTexnCIkPx3nQhzZWXqu4kChwr04Gr7EtDrhkIvpjl/nTClmY948e0QuYvkTdhJLzI0l+HqR/95iCtXjEpE4nSXVogpor1sYiUAp1uuNChYsVkvwWo3s+Mri8xkMzh3xF63E+ynyjGYTHXJmKUPXtneXMX6mNk7+sDyjmsShtLeBddVv3qC0doGjW1bqBmwbiKxBvG8/7bVp5cdeawHMDuMX1fRaCi5YQAvt9cqYZtjCr2Hz/0qJhohnQ6zchcyvdl4PXZ+MgAAAFIFGH+fJXOTsJFO/gNlQ2dHJDnWhPCHLEbTFzv/nPxR5Ka3KFQo7bQXgK8nq0CPz5/Moc0miyl6u3pV9bHrlMcD6f73EYcE+sPpQIwU7MP1jq8aNJUIzby5hVs/nVj3BezdQq6uWpIsviBt2e0v+95+NylqalWIbdFL1mfz8DMMQO4iTR0+Ug/DD1lhOjZ27hoxIVMiD+xzdGg89lsM+5XQACk8tuWkqHiGEwxmRvHmfFLvHs8P6MLYJEp9/rO5/4a3cvHdTYc/Apfqb7g460rDfFP4ouUewLFP4pWlU8v5Ye1fgfIU2biQ1XThkEev3V4BB3FQlwYELIeNZFil8O0S9ZDlj96B4umkOkZljIyhndhKFT/HhMwF7ylWD8DgfPd8XlGnHZdKmBMQs0Is/dAPj1KkaPdusyqv+NapfqIAAApqT6bLIjgjMF5orm/AMcxQkL13IIdlVqLzFAsd8ZSqRUnUXMa0FiTLRQmWBDItgQztvwdmru1EGK4ZaF5ITr0Z874AKVWH3AbU4D+5u2/Z8HkyFAaPYAdBsQw1bK9IEEmct5NrtClkoCXLU4k8tI0pD7EQ0UTO/sAYsO/jfta+VMTRFlpMgG8YilJMXgc6JZYJSW9Yyhx5x+AAB0dxmmjnj1Uo1+BPYB5QyI7sVCMgAyxa0ku/stIBuI2AiWqEcOerAtxKc9RzZmFtWhfhEDuio85n+RQKxNX8c4SICXw7H98Xy2EC+8YgGKyAysAABtuY8jNE7mJDuZaoDPGGCP9TdL9awTTGnmiGNg/9VtF9WUS0/YOtgWa1PEMql3WDIQF+TtkPCPM3rQ6iUurEbO50KEdrF+wZGufrQseDMTBTRseycie3qNeXE3d2ZVobMfjl8GHCmpSnEuJOD7oes3yQHj4dzvqdALc/a2FlL8AnqaFkMAAA6dF62eMUR41oZupwlWeFuoSDz/r5yhVGjMhX0QTvtHjtTRtxJzreyxFee5jxKlKa2PFc7ADk0LsoPd6+cHZ+FhEMZ0KWrELtCHZ7BdmaZ+axn0F8bdoUfBLyCYpqNCkRsFmE3PL/phVr9/+YKz7Qi25UFKiK8g3EpUrEPJNCwnF5N+sIKSnmc3yc5r2gbU7TNMJt2j71Mu0qRxF3Is9wUDF4LlQEJ2PZRTQldCgAAtABAb4kJEdcQx9z4f0OIsxhzjvfHOT/CFdfZ7SLVQ1JLOqNvQxNZBWyxGSy2RBFbsg4mTYH4Vi+SLnxdAE45M/haYL2YL42rSxU1BcP6EU7RqAbVIG/lwDoiTnyt7jZIFgcfl0QS4C3vLDeORYRc6GMOYJJ/yHkS2noBCpILHfhWwAjYPk5qmRvoDB9xgt2wSnZ9SoSthhOVsJt00axBE0IWQiFGpZsLDQ3mts7XXR+endFvvyHcVV3NgB7b0+5kF53Gk7cqV42H42xhZXzeZPAAAIEg4IKOuHMYB8OgDlsVAFQnbAKoa1k3uT8yOm9YH/No8cEmr0LImo2x0w13VgBYeCdRStJt0JWjtfotEmYoZS3Q8CxciKHEwcVzhTV2OF5by2MtaNB0SaPkbNreq5XJ0tgxHl+k+stfJmDoAfa1qNmjD9CtiQwPgTJH2ZZm9yNTGAyBQ6vFWLnBhVapO7JAkyO7m17t7G7J9SD22sAoGOgTnTOAU0/6bXcZPfTHwKpGeQbxJYn1cK+18pTV3+L592YU0LBeXIW30eg98s4d6lgW7x5dI0XCbeaTCzeaKihjM5NspnHBoCc4nXWlDhTwKGAAFDuWkt7D1vLkuMCLVtv4t0BJAu0boOWUtPc61OSw1+8Am9Ou90XQAW6nieCClB2g9/xnb78YuXHMzCfohfr9z91COcQNoxISqxMzodz6NJQh+7y6sphSFXBt4BwiYvnFyLBd5hWy7yJgmNc95K3F5PumWwgHSwZKg0o/MLQ+nJUWgJGQ0r49K4mYaepoXHRP8lnHEOPF60KrIhVvHbOmq9hR7/nLPvCEyuNMoEggxsyyb/wA+p+7aUxbWNreN1z3RmPqcETy6BkJ93LG7HOvVNZAoT0+OQ2HXQHwG88ESHDiX4WnkGFsw1p/4AvlwPV32szafPriEWNQonrnuyX/jxpSz/QF9dyAgpMEVqWRBbNgG6bNXBABEi3eZybyT3fKOkGX7aQN5feiPObYGkzwYxJX9XXwa7hy75f/akr/SwHfLMGrWbXgl4P+UqUqA1O7FWbcWwo+n28gs4+ZzqxwLXLradQKgERCN5/V+MVZnmpV7JmY85+aNRVKunS7quOsB7vpJI61GXfo+VxeadZYud0nWGZKzZVeK2r2erf3D5Y/JwABX0T7LOn7Ikim2z98NOkN3RbHta61gGdPeTZXlh/AGjPRdEHdp2Bfgj7xoYYRqNpmBORjE1ZbrsgNcmgAefOl1aNyZKSOO9epaaqrsVbmJXhrBcrmI4cQL7zoGT8aaReTLDW244Ro/MH9QRuC8VLuktHIz446UOYrWVYikNoTgtUN28PXOOi9ZU7UwO94QB6rAAAXeqIFGaymb1ic/d4N8oRkMLhSfJkXGWf3WNRl3boj56AXuPB8URybTjdqcwpBUF3VPI0EHsw3WHwHeAgagURUeb/U/h/y87T08wuQqdrn09YLN5ZUDmRW51aZfFEtrhMsqPdTr6gc4JfrRoTlDLGA8WQ1xg5WHPCpbgSXfXF0q0RWOxPtuq2SPimZPW4WmKD7DNiYjCEj7Fdytb0loMANvx1r6xtrdcFaq8BVUh/+LqGlXylYN2hFxOmeUjJ2T1d/H3B5NgNFRF6YolEz/Osgq4HnWuVDe2BV5l5TnvLT0X6fZrgYLrcaG1i3/GNymt6E+RL9i/a/5qrD5sN82qA3kCXTP11BH3LqWi6cj5AInRb70zoozAmMFxQICPgARZAgKSKsTCy4R7EfkydpCxs11C8Wa4tdhYtSH9R9q/u8uZIdBsJAVE5pg4VD10AFi17c9qKKqdcTQD624QWWF3Ivwcu5UJgH3aOmF9gUBp3JBZCpyy0IvRVufrqTzY6wJLLFZ0VKfdwnQDdAeN7H9nDBK00kJCa+KL7VRczMmEip00V+Ba8DSt83As22VUeXhUz/DEPZiJwRqtThc/lwxhWZi8EZjsjS9OsFQol7rQwIuB9FyKB0yAxNbqAWeC98h8AitIM3MpkcXy/nY1b864Tfl+EYxRQpgkFzPXPzkmBo24aKkLiFGudkU86oVz8il/+SFo8XsqxjykGX7sIGzAUygnfvMMYboC1hJ7cd1r4tKp20HnAC4HaB3fDeIFWrOo5LAUarRz+GK3++rMBgDALH5x1R2pPgwIAHEo4o1Kw8JI7XCeD6etcs7Gw05JTldARF14Sdy+jCx9VaIjPjJFQu7JozI8Eo7Q/p3i0uQ8BPigK3prLpHXoLkijv+Sg0kSkHm3lxZoKIbO5eyjt9pUT9v5DMdx4a24ZNPQWEWDMUTxwMJrcM/C4qme/mMAFmxODfGtShsfIabjCPp0vvfIpZWH76NdnJ+WTz65Xf2ZGQGwzOlozQ8iQebcxQZ0+N09ehLIQoD/X/lqMFwxPdoPw8qwbWz8HLXDlanvRbeDHj7qGJD7G7XaMY3GK8PopSIkZKnnkbUrqbUoHweEa8IeMAWmQefoGliKcDhjEVKkPKTp8CYv50YVExOCMUNM1Bl/X1SmShQDB7ngrM3KNbpvbnteyBKMj2AdNTf9/swq6xBIbMa7K2CTXIXKghrd5yEN3xJy1qTaKgU35FstCZwEIW89vMdXNCgTX3hADWfkPQ6Yge788zNxgW76US9wPfZ+QGKdXr7ZM35I+TkRxd9NnezQbO5AbzNQzwpKi1qyhzj6fsOOol+DgNdnMvQ89IF85bKtrqhXS5XqQEUG3ony1woYwiKiEBqVtrSPDD/vVoffnvbn/HJsKBeJ3pDPge42lrIfPL0kAEUCClt2/oTQa6Z92e2rJvSq3SRGL4rU2v1Hkxdyzevdf0m5N02aaZtvWOwqWzNyI5VYAABahR93AukgNLf3sYYcL16htER9YU9/YH/VBntx3FE8WAno/dow2vP+YKkeQVVmchEJ1fbJzOorDUYk1EeI/9gOjJkKnUnTlNviasQ8SPoLkqfGQjcuIAC4rzYIG8L8JWeIsFneO+CKkes4G/N6U9wFlmFMR+XBc5CNrOg1GV9Ico3jZwPOEOrxRcYXsFQM9DUh2Qz+H8jiDWs9CABN8b7wWkQ8U/AjEPxuY7W5AyY5TArbi0p4nWMIsJhHlKtTSQA6N/PIngwW0K7RJYvaQbiQngaFNPV8aSJC+LJZGeLQgkanIcBJLh66XSjy4AJv2i2NojiMJRM5YTlr5U55bBQ8H07u3aldXfg55CrBFMv6tuF6AmUGO8uYgp0yC1dLNL/oZ5/AIGBzn9r7n3uNu4l2Q1N0yT3gFH8aCRfcr/2INp/9N8xa6IBEVlv3R38FT98rx1Ce5D06qttoXpza7+0IYIPfDLHF4fGre0qCWEoajElZ9ckjt/jUwxLQ9pXQOM1g8RdbgG0euhovpKv6BUFBBxxPqhnZpipkslPOjhmXwdFCWbtXVimzkRJNV9+NOMdvQcXoFk4FdqSB9DRIRIProsppaC2Btgh4ImjLcqvYhVq/CuNM8ZrnKVzNTqGrkCjHV/mWMiM/PNl14AAocpavO+53PvWz4ctE/h04nUKXtDsKAlQSeWWZ4YVhNvc/6rzP9dP4TvYUz+1jeRKPRw58ysng2ycm+S9ZrElRkJK88CXht+lwMJ/T7yQK+qwkQHweZiCwP5WTfWCZc665B8Pc0MaHXlRWhSroHBkyJTiRlwDUPSW3LKCEYb0NvnvnmDt1IULRwY5dDb9gX6soa88vQVw8dLiLLfSsfvV2OytS4NdPyryawTMIzAAAAAUrAEowd4GnQzq5pYD49pw9CpZSO9aya1+kvkgOmq5sjur4Olcu+wlcdXD0YJ7qCzLQXXyogRzUT7q3blhq3YMg3zrTPoW3tRCaCtWHfv5tPMwHNsBNqza15CUmWc3KVXPuhGCuXm0f5wH9vM6Xn3Um2KCXFu6LS+5bJrY7qUrQZk2DQiahuEUmX7k5rquMgrB4l8KgOzqs2lS8X864Tuim53f8b7yqQLcAGVfobxtL7ebqufvxAi9PQLGwAB441d2AFesu3+IXHwdcE4IwxYILI6kNIReJ0suebAxpuKzrYEW8JvjTnMaz3jSKV0mplp9wyPON5IgV/Z45sNtlQNEmW9HOkHmrwEKLKNMhEXI5E6IVHxpfV8/X7XHWLoYi/NPGzfIpOc1OZin2V0GFuhn2wu5VjD6Q21r1Gxs7fZyQ4zCuTEL6hRTaMR/COWap39sgDJih2rlyVbCVxSkNOPiKYQ/hhW5HVpe844j7MbVfHsKMGAAAN97jpFRajy/lSn43wwerm0zyqYyKmx9Jw8wDyhKEnZDEL2+SDUIV3EYax6MRuSDJjd1cQb5t+qTdAtwuJOR5wfqfrmgDWhmRyhoJnzGFru2P/V+cM2FueoTj/ejVQJjxQzch1P1tYgu/53iD6AKALzF6HQHAv6zvV73B7xNEm19CWBH4NRQN4e5rpWnEHPiRRKewKI8OXikvQ2/oVkAITZ/+gB9ur964V0FUsCSYGVoy8tT3yi9PCva4fdDJ+eNwkKJnbCNLMwJnI58+vFuoVhajUOhWNzKje/Mlmawu4P2+V3yTyEZbQcfuviI18WgwFCh3nXs5wEd54J0wNMuPyNtB8aBOqfyzuoebNbwoePFsprnswv4Tcl/41cSFsh48PLyhIJqiV7dZqMEZlkJ/nl7UZrKa3L8ThxIywKI1USL33Jlf9+6+Y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  !*** ../node_modules/@babel/runtime/helpers/assertThisInitialized.js ***!
  \***********************************************************************/
/***/ ((module) => {

function _assertThisInitialized(e) {
  if (void 0 === e) throw new ReferenceError("this hasn't been initialised - super() hasn't been called");
  return e;
}
module.exports = _assertThisInitialized, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

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

function _classCallCheck(a, n) {
  if (!(a instanceof n)) throw new TypeError("Cannot call a class as a function");
}
module.exports = _classCallCheck, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

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

/***/ }),

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

var toPropertyKey = __webpack_require__(/*! ./toPropertyKey.js */ "../node_modules/@babel/runtime/helpers/toPropertyKey.js");
function _defineProperty(e, r, t) {
  return (r = toPropertyKey(r)) in e ? Object.defineProperty(e, r, {
    value: t,
    enumerable: !0,
    configurable: !0,
    writable: !0
  }) : e[r] = t, e;
}
module.exports = _defineProperty, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

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

/***/ }),

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

function _getPrototypeOf(t) {
  return module.exports = _getPrototypeOf = Object.setPrototypeOf ? Object.getPrototypeOf.bind() : function (t) {
    return t.__proto__ || Object.getPrototypeOf(t);
  }, module.exports.__esModule = true, module.exports["default"] = module.exports, _getPrototypeOf(t);
}
module.exports = _getPrototypeOf, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

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

/***/ }),

/***/ "../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) => {

/***/ }),

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

/***/ }),

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

/***/ }),

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

var _typeof = (__webpack_require__(/*! ./typeof.js */ "../node_modules/@babel/runtime/helpers/typeof.js")["default"]);
var assertThisInitialized = __webpack_require__(/*! ./assertThisInitialized.js */ "../node_modules/@babel/runtime/helpers/assertThisInitialized.js");
function _possibleConstructorReturn(t, e) {
  if (e && ("object" == _typeof(e) || "function" == typeof e)) return e;
  if (void 0 !== e) throw new TypeError("Derived constructors may only return object or undefined");
  return assertThisInitialized(t);
}
module.exports = _possibleConstructorReturn, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

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

function _setPrototypeOf(t, e) {
  return module.exports = _setPrototypeOf = Object.setPrototypeOf ? Object.setPrototypeOf.bind() : function (t, e) {
    return t.__proto__ = e, t;
  }, module.exports.__esModule = true, module.exports["default"] = module.exports, _setPrototypeOf(t, e);
}
module.exports = _setPrototypeOf, 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/toPrimitive.js":
/*!*************************************************************!*\
  !*** ../node_modules/@babel/runtime/helpers/toPrimitive.js ***!
  \*************************************************************/
/***/ ((module, __unused_webpack_exports, __webpack_require__) => {

var _typeof = (__webpack_require__(/*! ./typeof.js */ "../node_modules/@babel/runtime/helpers/typeof.js")["default"]);
function toPrimitive(t, r) {
  if ("object" != _typeof(t) || !t) return t;
  var e = t[Symbol.toPrimitive];
  if (void 0 !== e) {
    var i = e.call(t, r || "default");
    if ("object" != _typeof(i)) return i;
    throw new TypeError("@@toPrimitive must return a primitive value.");
  }
  return ("string" === r ? String : Number)(t);
}
module.exports = toPrimitive, module.exports.__esModule = true, module.exports["default"] = module.exports;

/***/ }),

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

var _typeof = (__webpack_require__(/*! ./typeof.js */ "../node_modules/@babel/runtime/helpers/typeof.js")["default"]);
var toPrimitive = __webpack_require__(/*! ./toPrimitive.js */ "../node_modules/@babel/runtime/helpers/toPrimitive.js");
function toPropertyKey(t) {
  var i = toPrimitive(t, "string");
  return "symbol" == _typeof(i) ? i : i + "";
}
module.exports = toPropertyKey, 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__) => {

/***/ }),

/***/ "../node_modules/lottie-react/build/index.umd.js":
/*!*******************************************************!*\
  !*** ../node_modules/lottie-react/build/index.umd.js ***!
  \*******************************************************/
/***/ (function(__unused_webpack_module, exports, __webpack_require__) {

(function (global, factory) {
   true ? factory(exports, __webpack_require__(/*! lottie-web */ "../node_modules/lottie-web/build/player/lottie.js"), __webpack_require__(/*! react */ "react")) :
  0;
})(this, (function (exports, lottie, React) { 'use strict';

function _interopDefaultLegacy (e) { return e && typeof e === 'object' && 'default' in e ? e : { 'default': e }; }

var lottie__default = /*#__PURE__*/_interopDefaultLegacy(lottie);
  var React__default = /*#__PURE__*/_interopDefaultLegacy(React);

// helpers
  function getContainerVisibility(container) {
    var _container$getBoundin = container.getBoundingClientRect(),
      top = _container$getBoundin.top,
      height = _container$getBoundin.height;
    var current = window.innerHeight - top;
    var max = window.innerHeight + height;
    return current / max;
  }
  function getContainerCursorPosition(container, cursorX, cursorY) {
    var _container$getBoundin2 = container.getBoundingClientRect(),
      top = _container$getBoundin2.top,
      left = _container$getBoundin2.left,
      width = _container$getBoundin2.width,
      height = _container$getBoundin2.height;
    var x = (cursorX - left) / width;
    var y = (cursorY - top) / height;
    return {
      x: x,
      y: y
    };
  }
  var useInitInteractivity = function useInitInteractivity(_ref) {
    var wrapperRef = _ref.wrapperRef,
      animationItem = _ref.animationItem,
      mode = _ref.mode,
      actions = _ref.actions;
    React.useEffect(function () {
      var wrapper = wrapperRef.current;
      if (!wrapper || !animationItem || !actions.length) {
        return;
      }
      animationItem.stop();
      var scrollModeHandler = function scrollModeHandler() {
        var assignedSegment = null;
        var scrollHandler = function scrollHandler() {
          var currentPercent = getContainerVisibility(wrapper);
          // Find the first action that satisfies the current position conditions
          var action = actions.find(function (_ref2) {
            var visibility = _ref2.visibility;
            return visibility && currentPercent >= visibility[0] && currentPercent <= visibility[1];
          });
          // Skip if no matching action was found!
          if (!action) {
            return;
          }
          if (action.type === "seek" && action.visibility && action.frames.length === 2) {
            // Seek: Go to a frame based on player scroll position action
            var frameToGo = action.frames[0] + Math.ceil((currentPercent - action.visibility[0]) / (action.visibility[1] - action.visibility[0]) * action.frames[1]);
            //! goToAndStop must be relative to the start of the current segment
            animationItem.goToAndStop(frameToGo - animationItem.firstFrame - 1, true);
          }
          if (action.type === "loop") {
            // Loop: Loop a given frames
            if (assignedSegment === null) {
              // if not playing any segments currently. play those segments and save to state
              animationItem.playSegments(action.frames, true);
              assignedSegment = action.frames;
            } else {
              // if playing any segments currently.
              //check if segments in state are equal to the frames selected by action
              if (assignedSegment !== action.frames) {
                // if they are not equal. new segments are to be loaded
                animationItem.playSegments(action.frames, true);
                assignedSegment = action.frames;
              } else if (animationItem.isPaused) {
                // if they are equal the play method must be called only if lottie is paused
                animationItem.playSegments(action.frames, true);
                assignedSegment = action.frames;
              }
            }
          }
          if (action.type === "play" && animationItem.isPaused) {
            // Play: Reset segments and continue playing full animation from current position
            animationItem.resetSegments(true);
            animationItem.play();
          }
          if (action.type === "stop") {
            // Stop: Stop playback
            animationItem.goToAndStop(action.frames[0] - animationItem.firstFrame - 1, true);
          }
        };
        document.addEventListener("scroll", scrollHandler);
        return function () {
          document.removeEventListener("scroll", scrollHandler);
        };
      };
      var cursorModeHandler = function cursorModeHandler() {
        var handleCursor = function handleCursor(_x, _y) {
          var x = _x;
          var y = _y;
          // Resolve cursor position if cursor is inside container
          if (x !== -1 && y !== -1) {
            // Get container cursor position
            var pos = getContainerCursorPosition(wrapper, x, y);
            // Use the resolved position
            x = pos.x;
            y = pos.y;
          }
          // Find the first action that satisfies the current position conditions
          var action = actions.find(function (_ref3) {
            var position = _ref3.position;
            if (position && Array.isArray(position.x) && Array.isArray(position.y)) {
              return x >= position.x[0] && x <= position.x[1] && y >= position.y[0] && y <= position.y[1];
            }
            if (position && !Number.isNaN(position.x) && !Number.isNaN(position.y)) {
              return x === position.x && y === position.y;
            }
            return false;
          });
          // Skip if no matching action was found!
          if (!action) {
            return;
          }
          // Process action types:
          if (action.type === "seek" && action.position && Array.isArray(action.position.x) && Array.isArray(action.position.y) && action.frames.length === 2) {
            // Seek: Go to a frame based on player scroll position action
            var xPercent = (x - action.position.x[0]) / (action.position.x[1] - action.position.x[0]);
            var yPercent = (y - action.position.y[0]) / (action.position.y[1] - action.position.y[0]);
            animationItem.playSegments(action.frames, true);
            animationItem.goToAndStop(Math.ceil((xPercent + yPercent) / 2 * (action.frames[1] - action.frames[0])), true);
          }
          if (action.type === "loop") {
            animationItem.playSegments(action.frames, true);
          }
          if (action.type === "play") {
            // Play: Reset segments and continue playing full animation from current position
            if (animationItem.isPaused) {
              animationItem.resetSegments(false);
            }
            animationItem.playSegments(action.frames);
          }
          if (action.type === "stop") {
            animationItem.goToAndStop(action.frames[0], true);
          }
        };
        var mouseMoveHandler = function mouseMoveHandler(ev) {
          handleCursor(ev.clientX, ev.clientY);
        };
        var mouseOutHandler = function mouseOutHandler() {
          handleCursor(-1, -1);
        };
        wrapper.addEventListener("mousemove", mouseMoveHandler);
        wrapper.addEventListener("mouseout", mouseOutHandler);
        return function () {
          wrapper.removeEventListener("mousemove", mouseMoveHandler);
          wrapper.removeEventListener("mouseout", mouseOutHandler);
        };
      };
      switch (mode) {
        case "scroll":
          return scrollModeHandler();
        case "cursor":
          return cursorModeHandler();
      }
      // eslint-disable-next-line react-hooks/exhaustive-deps
    }, [mode, animationItem]);
  };
  var useLottieInteractivity = function useLottieInteractivity(_ref4) {
    var actions = _ref4.actions,
      mode = _ref4.mode,
      lottieObj = _ref4.lottieObj;
    var animationItem = lottieObj.animationItem,
      View = lottieObj.View,
      animationContainerRef = lottieObj.animationContainerRef;
    useInitInteractivity({
      actions: actions,
      animationItem: animationItem,
      mode: mode,
      wrapperRef: animationContainerRef
    });
    return View;
  };

Object.defineProperty(exports, 'LottiePlayer', {
    enumerable: true,
    get: function () { return lottie__default["default"]; }
  });
  exports["default"] = Lottie;
  exports.useLottie = useLottie;
  exports.useLottieInteractivity = useLottieInteractivity;

Object.defineProperty(exports, '__esModule', { value: true });

}));
//# sourceMappingURL=index.umd.js.map

/***/ }),

/***/ "../node_modules/lottie-web/build/player/lottie.js":
/*!*********************************************************!*\
  !*** ../node_modules/lottie-web/build/player/lottie.js ***!
  \*********************************************************/
/***/ (function(module, exports, __webpack_require__) {

(typeof document !== "undefined") && (typeof navigator !== "undefined") && (function (global, factory) {
   true ? module.exports = factory() :
  0;
})(this, (function () { 'use strict';

function createTag(type) {
    // return {appendChild:function(){},setAttribute:function(){},style:{}}
    return document.createElement(type);
  }

// import Howl from '../../3rd_party/howler';

function createNS(type) {
    // return {appendChild:function(){},setAttribute:function(){},style:{}}
    return document.createElementNS(svgNS, type);
  }

if (this.timeCompleted !== this.totalFrames && this.currentFrame > this.timeCompleted) {
      this.currentFrame = this.timeCompleted;
    }
    this.trigger('enterFrame');
    this.renderFrame();
    this.trigger('drawnFrame');
  };
  AnimationItem.prototype.renderFrame = function () {
    if (this.isLoaded === false || !this.renderer) {
      return;
    }
    try {
      if (this.expressionsPlugin) {
        this.expressionsPlugin.resetFrame();
      }
      this.renderer.renderFrame(this.currentFrame + this.firstFrame);
    } catch (error) {
      this.triggerRenderFrameError(error);
    }
  };
  AnimationItem.prototype.play = function (name) {
    if (name && this.name !== name) {
      return;
    }
    if (this.isPaused === true) {
      this.isPaused = false;
      this.trigger('_play');
      this.audioController.resume();
      if (this._idle) {
        this._idle = false;
        this.trigger('_active');
      }
    }
  };
  AnimationItem.prototype.pause = function (name) {
    if (name && this.name !== name) {
      return;
    }
    if (this.isPaused === false) {
      this.isPaused = true;
      this.trigger('_pause');
      this._idle = true;
      this.trigger('_idle');
      this.audioController.pause();
    }
  };
  AnimationItem.prototype.togglePause = function (name) {
    if (name && this.name !== name) {
      return;
    }
    if (this.isPaused === true) {
      this.play();
    } else {
      this.pause();
    }
  };
  AnimationItem.prototype.stop = function (name) {
    if (name && this.name !== name) {
      return;
    }
    this.pause();
    this.playCount = 0;
    this._completedLoop = false;
    this.setCurrentRawFrameValue(0);
  };
  AnimationItem.prototype.getMarkerData = function (markerName) {
    var marker;
    for (var i = 0; i < this.markers.length; i += 1) {
      marker = this.markers[i];
      if (marker.payload && marker.payload.name === markerName) {
        return marker;
      }
    }
    return null;
  };
  AnimationItem.prototype.goToAndStop = function (value, isFrame, name) {
    if (name && this.name !== name) {
      return;
    }
    var numValue = Number(value);
    if (isNaN(numValue)) {
      var marker = this.getMarkerData(value);
      if (marker) {
        this.goToAndStop(marker.time, true);
      }
    } else if (isFrame) {
      this.setCurrentRawFrameValue(value);
    } else {
      this.setCurrentRawFrameValue(value * this.frameModifier);
    }
    this.pause();
  };
  AnimationItem.prototype.goToAndPlay = function (value, isFrame, name) {
    if (name && this.name !== name) {
      return;
    }
    var numValue = Number(value);
    if (isNaN(numValue)) {
      var marker = this.getMarkerData(value);
      if (marker) {
        if (!marker.duration) {
          this.goToAndStop(marker.time, true);
        } else {
          this.playSegments([marker.time, marker.time + marker.duration], true);
        }
      }
    } else {
      this.goToAndStop(numValue, isFrame, name);
    }
    this.play();
  };
  AnimationItem.prototype.advanceTime = function (value) {
    if (this.isPaused === true || this.isLoaded === false) {
      return;
    }
    var nextValue = this.currentRawFrame + value * this.frameModifier;
    var _isComplete = false;
    // Checking if nextValue > totalFrames - 1 for addressing non looping and looping animations.
    // If animation won't loop, it should stop at totalFrames - 1. If it will loop it should complete the last frame and then loop.
    if (nextValue >= this.totalFrames - 1 && this.frameModifier > 0) {
      if (!this.loop || this.playCount === this.loop) {
        if (!this.checkSegments(nextValue > this.totalFrames ? nextValue % this.totalFrames : 0)) {
          _isComplete = true;
          nextValue = this.totalFrames - 1;
        }
      } else if (nextValue >= this.totalFrames) {
        this.playCount += 1;
        if (!this.checkSegments(nextValue % this.totalFrames)) {
          this.setCurrentRawFrameValue(nextValue % this.totalFrames);
          this._completedLoop = true;
          this.trigger('loopComplete');
        }
      } else {
        this.setCurrentRawFrameValue(nextValue);
      }
    } else if (nextValue < 0) {
      if (!this.checkSegments(nextValue % this.totalFrames)) {
        if (this.loop && !(this.playCount-- <= 0 && this.loop !== true)) {
          // eslint-disable-line no-plusplus
          this.setCurrentRawFrameValue(this.totalFrames + nextValue % this.totalFrames);
          if (!this._completedLoop) {
            this._completedLoop = true;
          } else {
            this.trigger('loopComplete');
          }
        } else {
          _isComplete = true;
          nextValue = 0;
        }
      }
    } else {
      this.setCurrentRawFrameValue(nextValue);
    }
    if (_isComplete) {
      this.setCurrentRawFrameValue(nextValue);
      this.pause();
      this.trigger('complete');
    }
  };
  AnimationItem.prototype.adjustSegment = function (arr, offset) {
    this.playCount = 0;
    if (arr[1] < arr[0]) {
      if (this.frameModifier > 0) {
        if (this.playSpeed < 0) {
          this.setSpeed(-this.playSpeed);
        } else {
          this.setDirection(-1);
        }
      }
      this.totalFrames = arr[0] - arr[1];
      this.timeCompleted = this.totalFrames;
      this.firstFrame = arr[1];
      this.setCurrentRawFrameValue(this.totalFrames - 0.001 - offset);
    } else if (arr[1] > arr[0]) {
      if (this.frameModifier < 0) {
        if (this.playSpeed < 0) {
          this.setSpeed(-this.playSpeed);
        } else {
          this.setDirection(1);
        }
      }
      this.totalFrames = arr[1] - arr[0];
      this.timeCompleted = this.totalFrames;
      this.firstFrame = arr[0];
      this.setCurrentRawFrameValue(0.001 + offset);
    }
    this.trigger('segmentStart');
  };
  AnimationItem.prototype.setSegment = function (init, end) {
    var pendingFrame = -1;
    if (this.isPaused) {
      if (this.currentRawFrame + this.firstFrame < init) {
        pendingFrame = init;
      } else if (this.currentRawFrame + this.firstFrame > end) {
        pendingFrame = end - init;
      }
    }
    this.firstFrame = init;
    this.totalFrames = end - init;
    this.timeCompleted = this.totalFrames;
    if (pendingFrame !== -1) {
      this.goToAndStop(pendingFrame, true);
    }
  };
  AnimationItem.prototype.playSegments = function (arr, forceFlag) {
    if (forceFlag) {
      this.segments.length = 0;
    }
    if (_typeof$4(arr[0]) === 'object') {
      var i;
      var len = arr.length;
      for (i = 0; i < len; i += 1) {
        this.segments.push(arr[i]);
      }
    } else {
      this.segments.push(arr);
    }
    if (this.segments.length && forceFlag) {
      this.adjustSegment(this.segments.shift(), 0);
    }
    if (this.isPaused) {
      this.play();
    }
  };
  AnimationItem.prototype.resetSegments = function (forceFlag) {
    this.segments.length = 0;
    this.segments.push([this.animationData.ip, this.animationData.op]);
    if (forceFlag) {
      this.checkSegments(0);
    }
  };
  AnimationItem.prototype.checkSegments = function (offset) {
    if (this.segments.length) {
      this.adjustSegment(this.segments.shift(), offset);
      return true;
    }
    return false;
  };
  AnimationItem.prototype.destroy = function (name) {
    if (name && this.name !== name || !this.renderer) {
      return;
    }
    this.renderer.destroy();
    this.imagePreloader.destroy();
    this.trigger('destroy');
    this._cbs = null;
    this.onEnterFrame = null;
    this.onLoopComplete = null;
    this.onComplete = null;
    this.onSegmentStart = null;
    this.onDestroy = null;
    this.renderer = null;
    this.expressionsPlugin = null;
    this.imagePreloader = null;
    this.projectInterface = null;
  };
  AnimationItem.prototype.setCurrentRawFrameValue = function (value) {
    this.currentRawFrame = value;
    this.gotoFrame();
  };
  AnimationItem.prototype.setSpeed = function (val) {
    this.playSpeed = val;
    this.updaFrameModifier();
  };
  AnimationItem.prototype.setDirection = function (val) {
    this.playDirection = val < 0 ? -1 : 1;
    this.updaFrameModifier();
  };
  AnimationItem.prototype.setLoop = function (isLooping) {
    this.loop = isLooping;
  };
  AnimationItem.prototype.setVolume = function (val, name) {
    if (name && this.name !== name) {
      return;
    }
    this.audioController.setVolume(val);
  };
  AnimationItem.prototype.getVolume = function () {
    return this.audioController.getVolume();
  };
  AnimationItem.prototype.mute = function (name) {
    if (name && this.name !== name) {
      return;
    }
    this.audioController.mute();
  };
  AnimationItem.prototype.unmute = function (name) {
    if (name && this.name !== name) {
      return;
    }
    this.audioController.unmute();
  };
  AnimationItem.prototype.updaFrameModifier = function () {
    this.frameModifier = this.frameMult * this.playSpeed * this.playDirection;
    this.audioController.setRate(this.playSpeed * this.playDirection);
  };
  AnimationItem.prototype.getPath = function () {
    return this.path;
  };
  AnimationItem.prototype.getAssetsPath = function (assetData) {
    var path = '';
    if (assetData.e) {
      path = assetData.p;
    } else if (this.assetsPath) {
      var imagePath = assetData.p;
      if (imagePath.indexOf('images/') !== -1) {
        imagePath = imagePath.split('/')[1];
      }
      path = this.assetsPath + imagePath;
    } else {
      path = this.path;
      path += assetData.u ? assetData.u : '';
      path += assetData.p;
    }
    return path;
  };
  AnimationItem.prototype.getAssetData = function (id) {
    var i = 0;
    var len = this.assets.length;
    while (i < len) {
      if (id === this.assets[i].id) {
        return this.assets[i];
      }
      i += 1;
    }
    return null;
  };
  AnimationItem.prototype.hide = function () {
    this.renderer.hide();
  };
  AnimationItem.prototype.show = function () {
    this.renderer.show();
  };
  AnimationItem.prototype.getDuration = function (isFrame) {
    return isFrame ? this.totalFrames : this.totalFrames / this.frameRate;
  };
  AnimationItem.prototype.updateDocumentData = function (path, documentData, index) {
    try {
      var element = this.renderer.getElementByPath(path);
      element.updateDocumentData(documentData, index);
    } catch (error) {
      // TODO: decide how to handle catch case
    }
  };
  AnimationItem.prototype.trigger = function (name) {
    if (this._cbs && this._cbs[name]) {
      switch (name) {
        case 'enterFrame':
          this.triggerEvent(name, new BMEnterFrameEvent(name, this.currentFrame, this.totalFrames, this.frameModifier));
          break;
        case 'drawnFrame':
          this.drawnFrameEvent.currentTime = this.currentFrame;
          this.drawnFrameEvent.totalTime = this.totalFrames;
          this.drawnFrameEvent.direction = this.frameModifier;
          this.triggerEvent(name, this.drawnFrameEvent);
          break;
        case 'loopComplete':
          this.triggerEvent(name, new BMCompleteLoopEvent(name, this.loop, this.playCount, this.frameMult));
          break;
        case 'complete':
          this.triggerEvent(name, new BMCompleteEvent(name, this.frameMult));
          break;
        case 'segmentStart':
          this.triggerEvent(name, new BMSegmentStartEvent(name, this.firstFrame, this.totalFrames));
          break;
        case 'destroy':
          this.triggerEvent(name, new BMDestroyEvent(name, this));
          break;
        default:
          this.triggerEvent(name);
      }
    }
    if (name === 'enterFrame' && this.onEnterFrame) {
      this.onEnterFrame.call(this, new BMEnterFrameEvent(name, this.currentFrame, this.totalFrames, this.frameMult));
    }
    if (name === 'loopComplete' && this.onLoopComplete) {
      this.onLoopComplete.call(this, new BMCompleteLoopEvent(name, this.loop, this.playCount, this.frameMult));
    }
    if (name === 'complete' && this.onComplete) {
      this.onComplete.call(this, new BMCompleteEvent(name, this.frameMult));
    }
    if (name === 'segmentStart' && this.onSegmentStart) {
      this.onSegmentStart.call(this, new BMSegmentStartEvent(name, this.firstFrame, this.totalFrames));
    }
    if (name === 'destroy' && this.onDestroy) {
      this.onDestroy.call(this, new BMDestroyEvent(name, this));
    }
  };
  AnimationItem.prototype.triggerRenderFrameError = function (nativeError) {
    var error = new BMRenderFrameErrorEvent(nativeError, this.currentFrame);
    this.triggerEvent('error', error);
    if (this.onError) {
      this.onError.call(this, error);
    }
  };
  AnimationItem.prototype.triggerConfigError = function (nativeError) {
    var error = new BMConfigErrorEvent(nativeError, this.currentFrame);
    this.triggerEvent('error', error);
    if (this.onError) {
      this.onError.call(this, error);
    }
  };

/* eslint-disable */
  var BezierFactory = function () {
    /**
       * BezierEasing - use bezier curve for transition easing function
       * by Gaëtan Renaudeau 2014 - 2015 – MIT License
       *
       * Credits: is based on Firefox's nsSMILKeySpline.cpp
       * Usage:
       * var spline = BezierEasing([ 0.25, 0.1, 0.25, 1.0 ])
       * spline.get(x) => returns the easing value | x must be in [0, 1] range
       *
       */

// These values are established by empiricism with tests (tradeoff: performance VS precision)
    var NEWTON_ITERATIONS = 4;
    var NEWTON_MIN_SLOPE = 0.001;
    var SUBDIVISION_PRECISION = 0.0000001;
    var SUBDIVISION_MAX_ITERATIONS = 10;
    var kSplineTableSize = 11;
    var kSampleStepSize = 1.0 / (kSplineTableSize - 1.0);
    var float32ArraySupported = typeof Float32Array === 'function';
    function A(aA1, aA2) {
      return 1.0 - 3.0 * aA2 + 3.0 * aA1;
    }
    function B(aA1, aA2) {
      return 3.0 * aA2 - 6.0 * aA1;
    }
    function C(aA1) {
      return 3.0 * aA1;
    }

// Returns x(t) given t, x1, and x2, or y(t) given t, y1, and y2.
    function calcBezier(aT, aA1, aA2) {
      return ((A(aA1, aA2) * aT + B(aA1, aA2)) * aT + C(aA1)) * aT;
    }

// Returns dx/dt given t, x1, and x2, or dy/dt given t, y1, and y2.
    function getSlope(aT, aA1, aA2) {
      return 3.0 * A(aA1, aA2) * aT * aT + 2.0 * B(aA1, aA2) * aT + C(aA1);
    }
    function binarySubdivide(aX, aA, aB, mX1, mX2) {
      var currentX,
        currentT,
        i = 0;
      do {
        currentT = aA + (aB - aA) / 2.0;
        currentX = calcBezier(currentT, mX1, mX2) - aX;
        if (currentX > 0.0) {
          aB = currentT;
        } else {
          aA = currentT;
        }
      } while (Math.abs(currentX) > SUBDIVISION_PRECISION && ++i < SUBDIVISION_MAX_ITERATIONS);
      return currentT;
    }
    function newtonRaphsonIterate(aX, aGuessT, mX1, mX2) {
      for (var i = 0; i < NEWTON_ITERATIONS; ++i) {
        var currentSlope = getSlope(aGuessT, mX1, mX2);
        if (currentSlope === 0.0) return aGuessT;
        var currentX = calcBezier(aGuessT, mX1, mX2) - aX;
        aGuessT -= currentX / currentSlope;
      }
      return aGuessT;
    }

/**
       * points is an array of [ mX1, mY1, mX2, mY2 ]
       */
    function BezierEasing(points) {
      this._p = points;
      this._mSampleValues = float32ArraySupported ? new Float32Array(kSplineTableSize) : new Array(kSplineTableSize);
      this._precomputed = false;
      this.get = this.get.bind(this);
    }
    BezierEasing.prototype = {
      get: function get(x) {
        var mX1 = this._p[0],
          mY1 = this._p[1],
          mX2 = this._p[2],
          mY2 = this._p[3];
        if (!this._precomputed) this._precompute();
        if (mX1 === mY1 && mX2 === mY2) return x; // linear
        // Because JavaScript number are imprecise, we should guarantee the extremes are right.
        if (x === 0) return 0;
        if (x === 1) return 1;
        return calcBezier(this._getTForX(x), mY1, mY2);
      },
      // Private part

_precompute: function _precompute() {
        var mX1 = this._p[0],
          mY1 = this._p[1],
          mX2 = this._p[2],
          mY2 = this._p[3];
        this._precomputed = true;
        if (mX1 !== mY1 || mX2 !== mY2) {
          this._calcSampleValues();
        }
      },
      _calcSampleValues: function _calcSampleValues() {
        var mX1 = this._p[0],
          mX2 = this._p[2];
        for (var i = 0; i < kSplineTableSize; ++i) {
          this._mSampleValues[i] = calcBezier(i * kSampleStepSize, mX1, mX2);
        }
      },
      /**
           * getTForX chose the fastest heuristic to determine the percentage value precisely from a given X projection.
           */
      _getTForX: function _getTForX(aX) {
        var mX1 = this._p[0],
          mX2 = this._p[2],
          mSampleValues = this._mSampleValues;
        var intervalStart = 0.0;
        var currentSample = 1;
        var lastSample = kSplineTableSize - 1;
        for (; currentSample !== lastSample && mSampleValues[currentSample] <= aX; ++currentSample) {
          intervalStart += kSampleStepSize;
        }
        --currentSample;

// Interpolate to provide an initial guess for t
        var dist = (aX - mSampleValues[currentSample]) / (mSampleValues[currentSample + 1] - mSampleValues[currentSample]);
        var guessForT = intervalStart + dist * kSampleStepSize;
        var initialSlope = getSlope(guessForT, mX1, mX2);
        if (initialSlope >= NEWTON_MIN_SLOPE) {
          return newtonRaphsonIterate(aX, guessForT, mX1, mX2);
        }
        if (initialSlope === 0.0) {
          return guessForT;
        }
        return binarySubdivide(aX, intervalStart, intervalStart + kSampleStepSize, mX1, mX2);
      }
    };
    return ob;
  }();

var pooling = function () {
    function _double(arr) {
      return arr.concat(createSizedArray(arr.length));
    }
    return {
      "double": _double
    };
  }();

// based on @Toji's https://github.com/toji/gl-matrix/
  function slerp(a, b, t) {
    var out = [];
    var ax = a[0];
    var ay = a[1];
    var az = a[2];
    var aw = a[3];
    var bx = b[0];
    var by = b[1];
    var bz = b[2];
    var bw = b[3];
    var omega;
    var cosom;
    var sinom;
    var scale0;
    var scale1;
    cosom = ax * bx + ay * by + az * bz + aw * bw;
    if (cosom < 0.0) {
      cosom = -cosom;
      bx = -bx;
      by = -by;
      bz = -bz;
      bw = -bw;
    }
    if (1.0 - cosom > 0.000001) {
      omega = Math.acos(cosom);
      sinom = Math.sin(omega);
      scale0 = Math.sin((1.0 - t) * omega) / sinom;
      scale1 = Math.sin(t * omega) / sinom;
    } else {
      scale0 = 1.0 - t;
      scale1 = t;
    }
    out[0] = scale0 * ax + scale1 * bx;
    out[1] = scale0 * ay + scale1 * by;
    out[2] = scale0 * az + scale1 * bz;
    out[3] = scale0 * aw + scale1 * bw;
    return out;
  }
  function quaternionToEuler(out, quat) {
    var qx = quat[0];
    var qy = quat[1];
    var qz = quat[2];
    var qw = quat[3];
    var heading = Math.atan2(2 * qy * qw - 2 * qx * qz, 1 - 2 * qy * qy - 2 * qz * qz);
    var attitude = Math.asin(2 * qx * qy + 2 * qz * qw);
    var bank = Math.atan2(2 * qx * qw - 2 * qy * qz, 1 - 2 * qx * qx - 2 * qz * qz);
    out[0] = heading / degToRads;
    out[1] = attitude / degToRads;
    out[2] = bank / degToRads;
  }
  function createQuaternion(values) {
    var heading = values[0] * degToRads;
    var attitude = values[1] * degToRads;
    var bank = values[2] * degToRads;
    var c1 = Math.cos(heading / 2);
    var c2 = Math.cos(attitude / 2);
    var c3 = Math.cos(bank / 2);
    var s1 = Math.sin(heading / 2);
    var s2 = Math.sin(attitude / 2);
    var s3 = Math.sin(bank / 2);
    var w = c1 * c2 * c3 - s1 * s2 * s3;
    var x = s1 * s2 * c3 + c1 * c2 * s3;
    var y = s1 * c2 * c3 + c1 * s2 * s3;
    var z = c1 * s2 * c3 - s1 * c2 * s3;
    return [x, y, z, w];
  }
  function getValueAtCurrentTime() {
    var frameNum = this.comp.renderedFrame - this.offsetTime;
    var initTime = this.keyframes[0].t - this.offsetTime;
    var endTime = this.keyframes[this.keyframes.length - 1].t - this.offsetTime;
    if (!(frameNum === this._caching.lastFrame || this._caching.lastFrame !== initFrame && (this._caching.lastFrame >= endTime && frameNum >= endTime || this._caching.lastFrame < initTime && frameNum < initTime))) {
      if (this._caching.lastFrame >= frameNum) {
        this._caching._lastKeyframeIndex = -1;
        this._caching.lastIndex = 0;
      }
      var renderResult = this.interpolateValue(frameNum, this._caching);
      this.pv = renderResult;
    }
    this._caching.lastFrame = frameNum;
    return this.pv;
  }
  function setVValue(val) {
    var multipliedValue;
    if (this.propType === 'unidimensional') {
      multipliedValue = val * this.mult;
      if (mathAbs(this.v - multipliedValue) > 0.00001) {
        this.v = multipliedValue;
        this._mdf = true;
      }
    } else {
      var i = 0;
      var len = this.v.length;
      while (i < len) {
        multipliedValue = val[i] * this.mult;
        if (mathAbs(this.v[i] - multipliedValue) > 0.00001) {
          this.v[i] = multipliedValue;
          this._mdf = true;
        }
        i += 1;
      }
    }
  }
  function processEffectsSequence() {
    if (this.elem.globalData.frameId === this.frameId || !this.effectsSequence.length) {
      return;
    }
    if (this.lock) {
      this.setVValue(this.pv);
      return;
    }
    this.lock = true;
    this._mdf = this._isFirstFrame;
    var i;
    var len = this.effectsSequence.length;
    var finalValue = this.kf ? this.pv : this.data.k;
    for (i = 0; i < len; i += 1) {
      finalValue = this.effectsSequence[i](finalValue);
    }
    this.setVValue(finalValue);
    this._isFirstFrame = false;
    this.lock = false;
    this.frameId = this.elem.globalData.frameId;
  }
  function addEffect(effectFunction) {
    this.effectsSequence.push(effectFunction);
    this.container.addDynamicProperty(this);
  }
  function ValueProperty(elem, data, mult, container) {
    this.propType = 'unidimensional';
    this.mult = mult || 1;
    this.data = data;
    this.v = mult ? data.k * mult : data.k;
    this.pv = data.k;
    this._mdf = false;
    this.elem = elem;
    this.container = container;
    this.comp = elem.comp;
    this.k = false;
    this.kf = false;
    this.vel = 0;
    this.effectsSequence = [];
    this._isFirstFrame = true;
    this.getValue = processEffectsSequence;
    this.setVValue = setVValue;
    this.addEffect = addEffect;
  }
  function MultiDimensionalProperty(elem, data, mult, container) {
    this.propType = 'multidimensional';
    this.mult = mult || 1;
    this.data = data;
    this._mdf = false;
    this.elem = elem;
    this.container = container;
    this.comp = elem.comp;
    this.k = false;
    this.kf = false;
    this.frameId = -1;
    var i;
    var len = data.k.length;
    this.v = createTypedArray('float32', len);
    this.pv = createTypedArray('float32', len);
    this.vel = createTypedArray('float32', len);
    for (i = 0; i < len; i += 1) {
      this.v[i] = data.k[i] * this.mult;
      this.pv[i] = data.k[i];
    }
    this._isFirstFrame = true;
    this.effectsSequence = [];
    this.getValue = processEffectsSequence;
    this.setVValue = setVValue;
    this.addEffect = addEffect;
  }
  function KeyframedValueProperty(elem, data, mult, container) {
    this.propType = 'unidimensional';
    this.keyframes = data.k;
    this.keyframesMetadata = [];
    this.offsetTime = elem.data.st;
    this.frameId = -1;
    this._caching = {
      lastFrame: initFrame,
      lastIndex: 0,
      value: 0,
      _lastKeyframeIndex: -1
    };
    this.k = true;
    this.kf = true;
    this.data = data;
    this.mult = mult || 1;
    this.elem = elem;
    this.container = container;
    this.comp = elem.comp;
    this.v = initFrame;
    this.pv = initFrame;
    this._isFirstFrame = true;
    this.getValue = processEffectsSequence;
    this.setVValue = setVValue;
    this.interpolateValue = interpolateValue;
    this.effectsSequence = [getValueAtCurrentTime.bind(this)];
    this.addEffect = addEffect;
  }
  function KeyframedMultidimensionalProperty(elem, data, mult, container) {
    this.propType = 'multidimensional';
    var i;
    var len = data.k.length;
    var s;
    var e;
    var to;
    var ti;
    for (i = 0; i < len - 1; i += 1) {
      if (data.k[i].to && data.k[i].s && data.k[i + 1] && data.k[i + 1].s) {
        s = data.k[i].s;
        e = data.k[i + 1].s;
        to = data.k[i].to;
        ti = data.k[i].ti;
        if (s.length === 2 && !(s[0] === e[0] && s[1] === e[1]) && bez.pointOnLine2D(s[0], s[1], e[0], e[1], s[0] + to[0], s[1] + to[1]) && bez.pointOnLine2D(s[0], s[1], e[0], e[1], e[0] + ti[0], e[1] + ti[1]) || s.length === 3 && !(s[0] === e[0] && s[1] === e[1] && s[2] === e[2]) && bez.pointOnLine3D(s[0], s[1], s[2], e[0], e[1], e[2], s[0] + to[0], s[1] + to[1], s[2] + to[2]) && bez.pointOnLine3D(s[0], s[1], s[2], e[0], e[1], e[2], e[0] + ti[0], e[1] + ti[1], e[2] + ti[2])) {
          data.k[i].to = null;
          data.k[i].ti = null;
        }
        if (s[0] === e[0] && s[1] === e[1] && to[0] === 0 && to[1] === 0 && ti[0] === 0 && ti[1] === 0) {
          if (s.length === 2 || s[2] === e[2] && to[2] === 0 && ti[2] === 0) {
            data.k[i].to = null;
            data.k[i].ti = null;
          }
        }
      }
    }
    this.effectsSequence = [getValueAtCurrentTime.bind(this)];
    this.data = data;
    this.keyframes = data.k;
    this.keyframesMetadata = [];
    this.offsetTime = elem.data.st;
    this.k = true;
    this.kf = true;
    this._isFirstFrame = true;
    this.mult = mult || 1;
    this.elem = elem;
    this.container = container;
    this.comp = elem.comp;
    this.getValue = processEffectsSequence;
    this.setVValue = setVValue;
    this.interpolateValue = interpolateValue;
    this.frameId = -1;
    var arrLen = data.k[0].s.length;
    this.v = createTypedArray('float32', arrLen);
    this.pv = createTypedArray('float32', arrLen);
    for (i = 0; i < arrLen; i += 1) {
      this.v[i] = initFrame;
      this.pv[i] = initFrame;
    }
    this._caching = {
      lastFrame: initFrame,
      lastIndex: 0,
      value: createTypedArray('float32', arrLen)
    };
    this.addEffect = addEffect;
  }
  var PropertyFactory = function () {
    function getProp(elem, data, type, mult, container) {
      if (data.sid) {
        data = elem.globalData.slotManager.getProp(data);
      }
      var p;
      if (!data.k.length) {
        p = new ValueProperty(elem, data, mult, container);
      } else if (typeof data.k[0] === 'number') {
        p = new MultiDimensionalProperty(elem, data, mult, container);
      } else {
        switch (type) {
          case 0:
            p = new KeyframedValueProperty(elem, data, mult, container);
            break;
          case 1:
            p = new KeyframedMultidimensionalProperty(elem, data, mult, container);
            break;
          default:
            break;
        }
      }
      if (p.effectsSequence.length) {
        container.addDynamicProperty(p);
      }
      return p;
    }
    var ob = {
      getProp: getProp
    };
    return ob;
  }();

var pointPool = function () {
    function create() {
      return createTypedArray('float32', 2);
    }
    return poolFactory(8, create);
  }();

/* this.v.v[i] = [x,y];
                      this.v.i[i] = [x+ox*perimSegment*roundness*dir,y+oy*perimSegment*roundness*dir];
                      this.v.o[i] = [x-ox*perimSegment*roundness*dir,y-oy*perimSegment*roundness*dir];
                      this.v._length = numPts; */
            longFlag = !longFlag;
            currentAng += angle * dir;
          }
        },
        convertPolygonToPath: function convertPolygonToPath() {
          var numPts = Math.floor(this.pt.v);
          var angle = Math.PI * 2 / numPts;
          var rad = this.or.v;
          var roundness = this.os.v;
          var perimSegment = 2 * Math.PI * rad / (numPts * 4);
          var i;
          var currentAng = -Math.PI * 0.5;
          var dir = this.data.d === 3 ? -1 : 1;
          currentAng += this.r.v;
          this.v._length = 0;
          for (i = 0; i < numPts; i += 1) {
            var x = rad * Math.cos(currentAng);
            var y = rad * Math.sin(currentAng);
            var ox = x === 0 && y === 0 ? 0 : y / Math.sqrt(x * x + y * y);
            var oy = x === 0 && y === 0 ? 0 : -x / Math.sqrt(x * x + y * y);
            x += +this.p.v[0];
            y += +this.p.v[1];
            this.v.setTripleAt(x, y, x - ox * perimSegment * roundness * dir, y - oy * perimSegment * roundness * dir, x + ox * perimSegment * roundness * dir, y + oy * perimSegment * roundness * dir, i, true);
            currentAng += angle * dir;
          }
          this.paths.length = 0;
          this.paths[0] = this.v;
        }
      };
      extendPrototype([DynamicPropertyContainer], StarShapePropertyFactory);
      return StarShapePropertyFactory;
    }();
    var RectShapeProperty = function () {
      function RectShapePropertyFactory(elem, data) {
        this.v = shapePool.newElement();
        this.v.c = true;
        this.localShapeCollection = shapeCollectionPool.newShapeCollection();
        this.localShapeCollection.addShape(this.v);
        this.paths = this.localShapeCollection;
        this.elem = elem;
        this.comp = elem.comp;
        this.frameId = -1;
        this.d = data.d;
        this.initDynamicPropertyContainer(elem);
        this.p = PropertyFactory.getProp(elem, data.p, 1, 0, this);
        this.s = PropertyFactory.getProp(elem, data.s, 1, 0, this);
        this.r = PropertyFactory.getProp(elem, data.r, 0, 0, this);
        if (this.dynamicProperties.length) {
          this.k = true;
        } else {
          this.k = false;
          this.convertRectToPath();
        }
      }
      RectShapePropertyFactory.prototype = {
        convertRectToPath: function convertRectToPath() {
          var p0 = this.p.v[0];
          var p1 = this.p.v[1];
          var v0 = this.s.v[0] / 2;
          var v1 = this.s.v[1] / 2;
          var round = bmMin(v0, v1, this.r.v);
          var cPoint = round * (1 - roundCorner);
          this.v._length = 0;
          if (this.d === 2 || this.d === 1) {
            this.v.setTripleAt(p0 + v0, p1 - v1 + round, p0 + v0, p1 - v1 + round, p0 + v0, p1 - v1 + cPoint, 0, true);
            this.v.setTripleAt(p0 + v0, p1 + v1 - round, p0 + v0, p1 + v1 - cPoint, p0 + v0, p1 + v1 - round, 1, true);
            if (round !== 0) {
              this.v.setTripleAt(p0 + v0 - round, p1 + v1, p0 + v0 - round, p1 + v1, p0 + v0 - cPoint, p1 + v1, 2, true);
              this.v.setTripleAt(p0 - v0 + round, p1 + v1, p0 - v0 + cPoint, p1 + v1, p0 - v0 + round, p1 + v1, 3, true);
              this.v.setTripleAt(p0 - v0, p1 + v1 - round, p0 - v0, p1 + v1 - round, p0 - v0, p1 + v1 - cPoint, 4, true);
              this.v.setTripleAt(p0 - v0, p1 - v1 + round, p0 - v0, p1 - v1 + cPoint, p0 - v0, p1 - v1 + round, 5, true);
              this.v.setTripleAt(p0 - v0 + round, p1 - v1, p0 - v0 + round, p1 - v1, p0 - v0 + cPoint, p1 - v1, 6, true);
              this.v.setTripleAt(p0 + v0 - round, p1 - v1, p0 + v0 - cPoint, p1 - v1, p0 + v0 - round, p1 - v1, 7, true);
            } else {
              this.v.setTripleAt(p0 - v0, p1 + v1, p0 - v0 + cPoint, p1 + v1, p0 - v0, p1 + v1, 2);
              this.v.setTripleAt(p0 - v0, p1 - v1, p0 - v0, p1 - v1 + cPoint, p0 - v0, p1 - v1, 3);
            }
          } else {
            this.v.setTripleAt(p0 + v0, p1 - v1 + round, p0 + v0, p1 - v1 + cPoint, p0 + v0, p1 - v1 + round, 0, true);
            if (round !== 0) {
              this.v.setTripleAt(p0 + v0 - round, p1 - v1, p0 + v0 - round, p1 - v1, p0 + v0 - cPoint, p1 - v1, 1, true);
              this.v.setTripleAt(p0 - v0 + round, p1 - v1, p0 - v0 + cPoint, p1 - v1, p0 - v0 + round, p1 - v1, 2, true);
              this.v.setTripleAt(p0 - v0, p1 - v1 + round, p0 - v0, p1 - v1 + round, p0 - v0, p1 - v1 + cPoint, 3, true);
              this.v.setTripleAt(p0 - v0, p1 + v1 - round, p0 - v0, p1 + v1 - cPoint, p0 - v0, p1 + v1 - round, 4, true);
              this.v.setTripleAt(p0 - v0 + round, p1 + v1, p0 - v0 + round, p1 + v1, p0 - v0 + cPoint, p1 + v1, 5, true);
              this.v.setTripleAt(p0 + v0 - round, p1 + v1, p0 + v0 - cPoint, p1 + v1, p0 + v0 - round, p1 + v1, 6, true);
              this.v.setTripleAt(p0 + v0, p1 + v1 - round, p0 + v0, p1 + v1 - round, p0 + v0, p1 + v1 - cPoint, 7, true);
            } else {
              this.v.setTripleAt(p0 - v0, p1 - v1, p0 - v0 + cPoint, p1 - v1, p0 - v0, p1 - v1, 1, true);
              this.v.setTripleAt(p0 - v0, p1 + v1, p0 - v0, p1 + v1 - cPoint, p0 - v0, p1 + v1, 2, true);
              this.v.setTripleAt(p0 + v0, p1 + v1, p0 + v0 - cPoint, p1 + v1, p0 + v0, p1 + v1, 3, true);
            }
          }
        },
        getValue: function getValue() {
          if (this.elem.globalData.frameId === this.frameId) {
            return;
          }
          this.frameId = this.elem.globalData.frameId;
          this.iterateDynamicProperties();
          if (this._mdf) {
            this.convertRectToPath();
          }
        },
        reset: resetShape
      };
      extendPrototype([DynamicPropertyContainer], RectShapePropertyFactory);
      return RectShapePropertyFactory;
    }();
    function getShapeProp(elem, data, type) {
      var prop;
      if (type === 3 || type === 4) {
        var dataProp = type === 3 ? data.pt : data.ks;
        var keys = dataProp.k;
        if (keys.length) {
          prop = new KeyframedShapeProperty(elem, data, type);
        } else {
          prop = new ShapeProperty(elem, data, type);
        }
      } else if (type === 5) {
        prop = new RectShapeProperty(elem, data);
      } else if (type === 6) {
        prop = new EllShapeProperty(elem, data);
      } else if (type === 7) {
        prop = new StarShapeProperty(elem, data);
      }
      if (prop.k) {
        elem.addDynamicProperty(prop);
      }
      return prop;
    }
    function getConstructorFunction() {
      return ShapeProperty;
    }
    function getKeyframedConstructorFunction() {
      return KeyframedShapeProperty;
    }
    var ob = {};
    ob.getShapeProp = getShapeProp;
    ob.getConstructorFunction = getConstructorFunction;
    ob.getKeyframedConstructorFunction = getKeyframedConstructorFunction;
    return ob;
  }();

/*!
   Transformation Matrix v2.0
   (c) Epistemex 2014-2015
   www.epistemex.com
   By Ken Fyrstenberg
   Contributions by leeoniya.
   License: MIT, header required.
   */

/**
   * 2D transformation matrix object initialized with identity matrix.
   *
   * The matrix can synchronize a canvas context by supplying the context
   * as an argument, or later apply current absolute transform to an
   * existing context.
   *
   * All values are handled as floating point values.
   *
   * @param {CanvasRenderingContext2D} [context] - Optional context to sync with Matrix
   * @prop {number} a - scale x
   * @prop {number} b - shear y
   * @prop {number} c - shear x
   * @prop {number} d - scale y
   * @prop {number} e - translate x
   * @prop {number} f - translate y
   * @prop {CanvasRenderingContext2D|null} [context=null] - set or get current canvas context
   * @constructor
   */

/* matrix order (canvas compatible):
           * ace
           * bdf
           * 001
           */
      _p[0] = a1 * a2 + b1 * e2 + c1 * i2 + d1 * m2;
      _p[1] = a1 * b2 + b1 * f2 + c1 * j2 + d1 * n2;
      _p[2] = a1 * c2 + b1 * g2 + c1 * k2 + d1 * o2;
      _p[3] = a1 * d2 + b1 * h2 + c1 * l2 + d1 * p2;
      _p[4] = e1 * a2 + f1 * e2 + g1 * i2 + h1 * m2;
      _p[5] = e1 * b2 + f1 * f2 + g1 * j2 + h1 * n2;
      _p[6] = e1 * c2 + f1 * g2 + g1 * k2 + h1 * o2;
      _p[7] = e1 * d2 + f1 * h2 + g1 * l2 + h1 * p2;
      _p[8] = i1 * a2 + j1 * e2 + k1 * i2 + l1 * m2;
      _p[9] = i1 * b2 + j1 * f2 + k1 * j2 + l1 * n2;
      _p[10] = i1 * c2 + j1 * g2 + k1 * k2 + l1 * o2;
      _p[11] = i1 * d2 + j1 * h2 + k1 * l2 + l1 * p2;
      _p[12] = m1 * a2 + n1 * e2 + o1 * i2 + p1 * m2;
      _p[13] = m1 * b2 + n1 * f2 + o1 * j2 + p1 * n2;
      _p[14] = m1 * c2 + n1 * g2 + o1 * k2 + p1 * o2;
      _p[15] = m1 * d2 + n1 * h2 + o1 * l2 + p1 * p2;
      this._identityCalculated = false;
      return this;
    }
    function multiply(matrix) {
      var matrixProps = matrix.props;
      return this.transform(matrixProps[0], matrixProps[1], matrixProps[2], matrixProps[3], matrixProps[4], matrixProps[5], matrixProps[6], matrixProps[7], matrixProps[8], matrixProps[9], matrixProps[10], matrixProps[11], matrixProps[12], matrixProps[13], matrixProps[14], matrixProps[15]);
    }
    function isIdentity() {
      if (!this._identityCalculated) {
        this._identity = !(this.props[0] !== 1 || this.props[1] !== 0 || this.props[2] !== 0 || this.props[3] !== 0 || this.props[4] !== 0 || this.props[5] !== 1 || this.props[6] !== 0 || this.props[7] !== 0 || this.props[8] !== 0 || this.props[9] !== 0 || this.props[10] !== 1 || this.props[11] !== 0 || this.props[12] !== 0 || this.props[13] !== 0 || this.props[14] !== 0 || this.props[15] !== 1);
        this._identityCalculated = true;
      }
      return this._identity;
    }
    function equals(matr) {
      var i = 0;
      while (i < 16) {
        if (matr.props[i] !== this.props[i]) {
          return false;
        }
        i += 1;
      }
      return true;
    }
    function clone(matr) {
      var i;
      for (i = 0; i < 16; i += 1) {
        matr.props[i] = this.props[i];
      }
      return matr;
    }
    function cloneFromProps(props) {
      var i;
      for (i = 0; i < 16; i += 1) {
        this.props[i] = props[i];
      }
    }
    function applyToPoint(x, y, z) {
      return {
        x: x * this.props[0] + y * this.props[4] + z * this.props[8] + this.props[12],
        y: x * this.props[1] + y * this.props[5] + z * this.props[9] + this.props[13],
        z: x * this.props[2] + y * this.props[6] + z * this.props[10] + this.props[14]
      };
      /* return {
           x: x * me.a + y * me.c + me.e,
           y: x * me.b + y * me.d + me.f
           }; */
    }
    function applyToX(x, y, z) {
      return x * this.props[0] + y * this.props[4] + z * this.props[8] + this.props[12];
    }
    function applyToY(x, y, z) {
      return x * this.props[1] + y * this.props[5] + z * this.props[9] + this.props[13];
    }
    function applyToZ(x, y, z) {
      return x * this.props[2] + y * this.props[6] + z * this.props[10] + this.props[14];
    }
    function getInverseMatrix() {
      var determinant = this.props[0] * this.props[5] - this.props[1] * this.props[4];
      var a = this.props[5] / determinant;
      var b = -this.props[1] / determinant;
      var c = -this.props[4] / determinant;
      var d = this.props[0] / determinant;
      var e = (this.props[4] * this.props[13] - this.props[5] * this.props[12]) / determinant;
      var f = -(this.props[0] * this.props[13] - this.props[1] * this.props[12]) / determinant;
      var inverseMatrix = new Matrix();
      inverseMatrix.props[0] = a;
      inverseMatrix.props[1] = b;
      inverseMatrix.props[4] = c;
      inverseMatrix.props[5] = d;
      inverseMatrix.props[12] = e;
      inverseMatrix.props[13] = f;
      return inverseMatrix;
    }
    function inversePoint(pt) {
      var inverseMatrix = this.getInverseMatrix();
      return inverseMatrix.applyToPointArray(pt[0], pt[1], pt[2] || 0);
    }
    function inversePoints(pts) {
      var i;
      var len = pts.length;
      var retPts = [];
      for (i = 0; i < len; i += 1) {
        retPts[i] = inversePoint(pts[i]);
      }
      return retPts;
    }
    function applyToTriplePoints(pt1, pt2, pt3) {
      var arr = createTypedArray('float32', 6);
      if (this.isIdentity()) {
        arr[0] = pt1[0];
        arr[1] = pt1[1];
        arr[2] = pt2[0];
        arr[3] = pt2[1];
        arr[4] = pt3[0];
        arr[5] = pt3[1];
      } else {
        var p0 = this.props[0];
        var p1 = this.props[1];
        var p4 = this.props[4];
        var p5 = this.props[5];
        var p12 = this.props[12];
        var p13 = this.props[13];
        arr[0] = pt1[0] * p0 + pt1[1] * p4 + p12;
        arr[1] = pt1[0] * p1 + pt1[1] * p5 + p13;
        arr[2] = pt2[0] * p0 + pt2[1] * p4 + p12;
        arr[3] = pt2[0] * p1 + pt2[1] * p5 + p13;
        arr[4] = pt3[0] * p0 + pt3[1] * p4 + p12;
        arr[5] = pt3[0] * p1 + pt3[1] * p5 + p13;
      }
      return arr;
    }
    function applyToPointArray(x, y, z) {
      var arr;
      if (this.isIdentity()) {
        arr = [x, y, z];
      } else {
        arr = [x * this.props[0] + y * this.props[4] + z * this.props[8] + this.props[12], x * this.props[1] + y * this.props[5] + z * this.props[9] + this.props[13], x * this.props[2] + y * this.props[6] + z * this.props[10] + this.props[14]];
      }
      return arr;
    }
    function applyToPointStringified(x, y) {
      if (this.isIdentity()) {
        return x + ',' + y;
      }
      var _p = this.props;
      return Math.round((x * _p[0] + y * _p[4] + _p[12]) * 100) / 100 + ',' + Math.round((x * _p[1] + y * _p[5] + _p[13]) * 100) / 100;
    }
    function toCSS() {
      // Doesn't make much sense to add this optimization. If it is an identity matrix, it's very likely this will get called only once since it won't be keyframed.
      /* if(this.isIdentity()) {
              return '';
          } */
      var i = 0;
      var props = this.props;
      var cssValue = 'matrix3d(';
      var v = 10000;
      while (i < 16) {
        cssValue += _rnd(props[i] * v) / v;
        cssValue += i === 15 ? ')' : ',';
        i += 1;
      }
      return cssValue;
    }
    function roundMatrixProperty(val) {
      var v = 10000;
      if (val < 0.000001 && val > 0 || val > -0.000001 && val < 0) {
        return _rnd(val * v) / v;
      }
      return val;
    }
    function to2dCSS() {
      // Doesn't make much sense to add this optimization. If it is an identity matrix, it's very likely this will get called only once since it won't be keyframed.
      /* if(this.isIdentity()) {
              return '';
          } */
      var props = this.props;
      var _a = roundMatrixProperty(props[0]);
      var _b = roundMatrixProperty(props[1]);
      var _c = roundMatrixProperty(props[4]);
      var _d = roundMatrixProperty(props[5]);
      var _e = roundMatrixProperty(props[12]);
      var _f = roundMatrixProperty(props[13]);
      return 'matrix(' + _a + ',' + _b + ',' + _c + ',' + _d + ',' + _e + ',' + _f + ')';
    }
    return function () {
      this.reset = reset;
      this.rotate = rotate;
      this.rotateX = rotateX;
      this.rotateY = rotateY;
      this.rotateZ = rotateZ;
      this.skew = skew;
      this.skewFromAxis = skewFromAxis;
      this.shear = shear;
      this.scale = scale;
      this.setTransform = setTransform;
      this.translate = translate;
      this.transform = transform;
      this.multiply = multiply;
      this.applyToPoint = applyToPoint;
      this.applyToX = applyToX;
      this.applyToY = applyToY;
      this.applyToZ = applyToZ;
      this.applyToPointArray = applyToPointArray;
      this.applyToTriplePoints = applyToTriplePoints;
      this.applyToPointStringified = applyToPointStringified;
      this.toCSS = toCSS;
      this.to2dCSS = to2dCSS;
      this.clone = clone;
      this.cloneFromProps = cloneFromProps;
      this.equals = equals;
      this.inversePoints = inversePoints;
      this.inversePoint = inversePoint;
      this.getInverseMatrix = getInverseMatrix;
      this._t = this.transform;
      this.isIdentity = isIdentity;
      this._identity = true;
      this._identityCalculated = false;
      this.props = createTypedArray('float32', 16);
      this.reset();
    };
  }();

// this adds bodymovin to the window object for backwards compatibility
  try {
    if (!(( false ? 0 : _typeof$3(exports)) === 'object' && "object" !== 'undefined') && !( true && __webpack_require__.amdO) // eslint-disable-line no-undef
    ) // removed by dead control flow
{}
  } catch (err) {
    //
  }

function linearOffset(p1, p2, amount) {
    var angle = Math.atan2(p2[0] - p1[0], p2[1] - p1[1]);
    return [polarOffset(p1, angle, amount), polarOffset(p2, angle, amount)];
  }
  function offsetSegment(segment, amount) {
    var p0;
    var p1a;
    var p1b;
    var p2b;
    var p2a;
    var p3;
    var e;
    e = linearOffset(segment.points[0], segment.points[1], amount);
    p0 = e[0];
    p1a = e[1];
    e = linearOffset(segment.points[1], segment.points[2], amount);
    p1b = e[0];
    p2b = e[1];
    e = linearOffset(segment.points[2], segment.points[3], amount);
    p2a = e[0];
    p3 = e[1];
    var p1 = lineIntersection(p0, p1a, p1b, p2b);
    if (p1 === null) p1 = p1a;
    var p2 = lineIntersection(p2a, p3, p1b, p2b);
    if (p2 === null) p2 = p2a;
    return new PolynomialBezier(p0, p1, p2, p3);
  }
  function joinLines(outputBezier, seg1, seg2, lineJoin, miterLimit) {
    var p0 = seg1.points[3];
    var p1 = seg2.points[0];

// Bevel
    if (lineJoin === 3) return p0;

// Connected, they don't need a joint
    if (pointEqual(p0, p1)) return p0;

// Round
    if (lineJoin === 2) {
      var angleOut = -seg1.tangentAngle(1);
      var angleIn = -seg2.tangentAngle(0) + Math.PI;
      var center = lineIntersection(p0, polarOffset(p0, angleOut + Math.PI / 2, 100), p1, polarOffset(p1, angleOut + Math.PI / 2, 100));
      var radius = center ? pointDistance(center, p0) : pointDistance(p0, p1) / 2;
      var tan = polarOffset(p0, angleOut, 2 * radius * roundCorner);
      outputBezier.setXYAt(tan[0], tan[1], 'o', outputBezier.length() - 1);
      tan = polarOffset(p1, angleIn, 2 * radius * roundCorner);
      outputBezier.setTripleAt(p1[0], p1[1], p1[0], p1[1], tan[0], tan[1], outputBezier.length());
      return p1;
    }

// Miter
    var t0 = pointEqual(p0, seg1.points[2]) ? seg1.points[0] : seg1.points[2];
    var t1 = pointEqual(p1, seg2.points[1]) ? seg2.points[3] : seg2.points[1];
    var intersection = lineIntersection(t0, p0, p1, t1);
    if (intersection && pointDistance(intersection, p0) < miterLimit) {
      outputBezier.setTripleAt(intersection[0], intersection[1], intersection[0], intersection[1], intersection[0], intersection[1], outputBezier.length());
      return intersection;
    }
    return p0;
  }
  function getIntersection(a, b) {
    var intersect = a.intersections(b);
    if (intersect.length && floatEqual(intersect[0][0], 1)) intersect.shift();
    if (intersect.length) return intersect[0];
    return null;
  }
  function pruneSegmentIntersection(a, b) {
    var outa = a.slice();
    var outb = b.slice();
    var intersect = getIntersection(a[a.length - 1], b[0]);
    if (intersect) {
      outa[a.length - 1] = a[a.length - 1].split(intersect[0])[0];
      outb[0] = b[0].split(intersect[1])[1];
    }
    if (a.length > 1 && b.length > 1) {
      intersect = getIntersection(a[0], b[b.length - 1]);
      if (intersect) {
        return [[a[0].split(intersect[0])[0]], [b[b.length - 1].split(intersect[1])[1]]];
      }
    }
    return [outa, outb];
  }
  function pruneIntersections(segments) {
    var e;
    for (var i = 1; i < segments.length; i += 1) {
      e = pruneSegmentIntersection(segments[i - 1], segments[i]);
      segments[i - 1] = e[0];
      segments[i] = e[1];
    }
    if (segments.length > 1) {
      e = pruneSegmentIntersection(segments[segments.length - 1], segments[0]);
      segments[segments.length - 1] = e[0];
      segments[0] = e[1];
    }
    return segments;
  }
  function offsetSegmentSplit(segment, amount) {
    /*
      We split each bezier segment into smaller pieces based
      on inflection points, this ensures the control point
      polygon is convex.
       (A cubic bezier can have none, one, or two inflection points)
    */
    var flex = segment.inflectionPoints();
    var left;
    var right;
    var split;
    var mid;
    if (flex.length === 0) {
      return [offsetSegment(segment, amount)];
    }
    if (flex.length === 1 || floatEqual(flex[1], 1)) {
      split = segment.split(flex[0]);
      left = split[0];
      right = split[1];
      return [offsetSegment(left, amount), offsetSegment(right, amount)];
    }
    split = segment.split(flex[0]);
    left = split[0];
    var t = (flex[1] - flex[0]) / (1 - flex[0]);
    split = split[1].split(t);
    mid = split[0];
    right = split[1];
    return [offsetSegment(left, amount), offsetSegment(mid, amount), offsetSegment(right, amount)];
  }
  function OffsetPathModifier() {}
  extendPrototype([ShapeModifier], OffsetPathModifier);
  OffsetPathModifier.prototype.initModifierProperties = function (elem, data) {
    this.getValue = this.processKeys;
    this.amount = PropertyFactory.getProp(elem, data.a, 0, null, this);
    this.miterLimit = PropertyFactory.getProp(elem, data.ml, 0, null, this);
    this.lineJoin = data.lj;
    this._isAnimated = this.amount.effectsSequence.length !== 0;
  };
  OffsetPathModifier.prototype.processPath = function (inputBezier, amount, lineJoin, miterLimit) {
    var outputBezier = shapePool.newElement();
    outputBezier.c = inputBezier.c;
    var count = inputBezier.length();
    if (!inputBezier.c) {
      count -= 1;
    }
    var i;
    var j;
    var segment;
    var multiSegments = [];
    for (i = 0; i < count; i += 1) {
      segment = PolynomialBezier.shapeSegment(inputBezier, i);
      multiSegments.push(offsetSegmentSplit(segment, amount));
    }
    if (!inputBezier.c) {
      for (i = count - 1; i >= 0; i -= 1) {
        segment = PolynomialBezier.shapeSegmentInverted(inputBezier, i);
        multiSegments.push(offsetSegmentSplit(segment, amount));
      }
    }
    multiSegments = pruneIntersections(multiSegments);

// Add bezier segments to the output and apply line joints
    var lastPoint = null;
    var lastSeg = null;
    for (i = 0; i < multiSegments.length; i += 1) {
      var multiSegment = multiSegments[i];
      if (lastSeg) lastPoint = joinLines(outputBezier, lastSeg, multiSegment[0], lineJoin, miterLimit);
      lastSeg = multiSegment[multiSegment.length - 1];
      for (j = 0; j < multiSegment.length; j += 1) {
        segment = multiSegment[j];
        if (lastPoint && pointEqual(segment.points[0], lastPoint)) {
          outputBezier.setXYAt(segment.points[1][0], segment.points[1][1], 'o', outputBezier.length() - 1);
        } else {
          outputBezier.setTripleAt(segment.points[0][0], segment.points[0][1], segment.points[1][0], segment.points[1][1], segment.points[0][0], segment.points[0][1], outputBezier.length());
        }
        outputBezier.setTripleAt(segment.points[3][0], segment.points[3][1], segment.points[3][0], segment.points[3][1], segment.points[2][0], segment.points[2][1], outputBezier.length());
        lastPoint = segment.points[3];
      }
    }
    if (multiSegments.length) joinLines(outputBezier, lastSeg, multiSegments[0][0], lineJoin, miterLimit);
    return outputBezier;
  };
  OffsetPathModifier.prototype.processShapes = function (_isFirstFrame) {
    var shapePaths;
    var i;
    var len = this.shapes.length;
    var j;
    var jLen;
    var amount = this.amount.v;
    var miterLimit = this.miterLimit.v;
    var lineJoin = this.lineJoin;
    if (amount !== 0) {
      var shapeData;
      var localShapeCollection;
      for (i = 0; i < len; i += 1) {
        shapeData = this.shapes[i];
        localShapeCollection = shapeData.localShapeCollection;
        if (!(!shapeData.shape._mdf && !this._mdf && !_isFirstFrame)) {
          localShapeCollection.releaseShapes();
          shapeData.shape._mdf = true;
          shapePaths = shapeData.shape.paths.shapes;
          jLen = shapeData.shape.paths._length;
          for (j = 0; j < jLen; j += 1) {
            localShapeCollection.addShape(this.processPath(shapePaths[j], amount, lineJoin, miterLimit));
          }
        }
        shapeData.shape.paths = shapeData.localShapeCollection;
      }
    }
    if (!this.dynamicProperties.length) {
      this._mdf = false;
    }
  };

// Remember width with no applied web font
      var width = node.offsetWidth;
      node.style.fontFamily = trimFontOptions(font) + ', ' + family;
      return {
        node: node,
        w: width,
        parent: parentNode
      };
    }
    function checkLoadedFonts() {
      var i;
      var len = this.fonts.length;
      var node;
      var w;
      var loadedCount = len;
      for (i = 0; i < len; i += 1) {
        if (this.fonts[i].loaded) {
          loadedCount -= 1;
        } else if (this.fonts[i].fOrigin === 'n' || this.fonts[i].origin === 0) {
          this.fonts[i].loaded = true;
        } else {
          node = this.fonts[i].monoCase.node;
          w = this.fonts[i].monoCase.w;
          if (node.offsetWidth !== w) {
            loadedCount -= 1;
            this.fonts[i].loaded = true;
          } else {
            node = this.fonts[i].sansCase.node;
            w = this.fonts[i].sansCase.w;
            if (node.offsetWidth !== w) {
              loadedCount -= 1;
              this.fonts[i].loaded = true;
            }
          }
          if (this.fonts[i].loaded) {
            this.fonts[i].sansCase.parent.parentNode.removeChild(this.fonts[i].sansCase.parent);
            this.fonts[i].monoCase.parent.parentNode.removeChild(this.fonts[i].monoCase.parent);
          }
        }
      }
      if (loadedCount !== 0 && Date.now() - this.initTime < maxWaitingTime) {
        setTimeout(this.checkLoadedFontsBinded, 20);
      } else {
        setTimeout(this.setIsLoadedBinded, 10);
      }
    }
    function createHelper(fontData, def) {
      var engine = document.body && def ? 'svg' : 'canvas';
      var helper;
      var fontProps = getFontProperties(fontData);
      if (engine === 'svg') {
        var tHelper = createNS('text');
        tHelper.style.fontSize = '100px';
        // tHelper.style.fontFamily = fontData.fFamily;
        tHelper.setAttribute('font-family', fontData.fFamily);
        tHelper.setAttribute('font-style', fontProps.style);
        tHelper.setAttribute('font-weight', fontProps.weight);
        tHelper.textContent = '1';
        if (fontData.fClass) {
          tHelper.style.fontFamily = 'inherit';
          tHelper.setAttribute('class', fontData.fClass);
        } else {
          tHelper.style.fontFamily = fontData.fFamily;
        }
        def.appendChild(tHelper);
        helper = tHelper;
      } else {
        var tCanvasHelper = new OffscreenCanvas(500, 500).getContext('2d');
        tCanvasHelper.font = fontProps.style + ' ' + fontProps.weight + ' 100px ' + fontData.fFamily;
        helper = tCanvasHelper;
      }
      function measure(text) {
        if (engine === 'svg') {
          helper.textContent = text;
          return helper.getComputedTextLength();
        }
        return helper.measureText(text).width;
      }
      return {
        measureText: measure
      };
    }
    function addFonts(fontData, defs) {
      if (!fontData) {
        this.isLoaded = true;
        return;
      }
      if (this.chars) {
        this.isLoaded = true;
        this.fonts = fontData.list;
        return;
      }
      if (!document.body) {
        this.isLoaded = true;
        fontData.list.forEach(function (data) {
          data.helper = createHelper(data);
          data.cache = {};
        });
        this.fonts = fontData.list;
        return;
      }
      var fontArr = fontData.list;
      var i;
      var len = fontArr.length;
      var _pendingFonts = len;
      for (i = 0; i < len; i += 1) {
        var shouldLoadFont = true;
        var loadedSelector;
        var j;
        fontArr[i].loaded = false;
        fontArr[i].monoCase = setUpNode(fontArr[i].fFamily, 'monospace');
        fontArr[i].sansCase = setUpNode(fontArr[i].fFamily, 'sans-serif');
        if (!fontArr[i].fPath) {
          fontArr[i].loaded = true;
          _pendingFonts -= 1;
        } else if (fontArr[i].fOrigin === 'p' || fontArr[i].origin === 3) {
          loadedSelector = document.querySelectorAll('style[f-forigin="p"][f-family="' + fontArr[i].fFamily + '"], style[f-origin="3"][f-family="' + fontArr[i].fFamily + '"]');
          if (loadedSelector.length > 0) {
            shouldLoadFont = false;
          }
          if (shouldLoadFont) {
            var s = createTag('style');
            s.setAttribute('f-forigin', fontArr[i].fOrigin);
            s.setAttribute('f-origin', fontArr[i].origin);
            s.setAttribute('f-family', fontArr[i].fFamily);
            s.type = 'text/css';
            s.innerText = '@font-face {font-family: ' + fontArr[i].fFamily + "; font-style: normal; src: url('" + fontArr[i].fPath + "');}";
            defs.appendChild(s);
          }
        } else if (fontArr[i].fOrigin === 'g' || fontArr[i].origin === 1) {
          loadedSelector = document.querySelectorAll('link[f-forigin="g"], link[f-origin="1"]');
          for (j = 0; j < loadedSelector.length; j += 1) {
            if (loadedSelector[j].href.indexOf(fontArr[i].fPath) !== -1) {
              // Font is already loaded
              shouldLoadFont = false;
            }
          }
          if (shouldLoadFont) {
            var l = createTag('link');
            l.setAttribute('f-forigin', fontArr[i].fOrigin);
            l.setAttribute('f-origin', fontArr[i].origin);
            l.type = 'text/css';
            l.rel = 'stylesheet';
            l.href = fontArr[i].fPath;
            document.body.appendChild(l);
          }
        } else if (fontArr[i].fOrigin === 't' || fontArr[i].origin === 2) {
          loadedSelector = document.querySelectorAll('script[f-forigin="t"], script[f-origin="2"]');
          for (j = 0; j < loadedSelector.length; j += 1) {
            if (fontArr[i].fPath === loadedSelector[j].src) {
              // Font is already loaded
              shouldLoadFont = false;
            }
          }
          if (shouldLoadFont) {
            var sc = createTag('link');
            sc.setAttribute('f-forigin', fontArr[i].fOrigin);
            sc.setAttribute('f-origin', fontArr[i].origin);
            sc.setAttribute('rel', 'stylesheet');
            sc.setAttribute('href', fontArr[i].fPath);
            defs.appendChild(sc);
          }
        }
        fontArr[i].helper = createHelper(fontArr[i], defs);
        fontArr[i].cache = {};
        this.fonts.push(fontArr[i]);
      }
      if (_pendingFonts === 0) {
        this.isLoaded = true;
      } else {
        // On some cases even if the font is loaded, it won't load correctly when measuring text on canvas.
        // Adding this timeout seems to fix it
        setTimeout(this.checkLoadedFonts.bind(this), 100);
      }
    }
    function addChars(chars) {
      if (!chars) {
        return;
      }
      if (!this.chars) {
        this.chars = [];
      }
      var i;
      var len = chars.length;
      var j;
      var jLen = this.chars.length;
      var found;
      for (i = 0; i < len; i += 1) {
        j = 0;
        found = false;
        while (j < jLen) {
          if (this.chars[j].style === chars[i].style && this.chars[j].fFamily === chars[i].fFamily && this.chars[j].ch === chars[i].ch) {
            found = true;
          }
          j += 1;
        }
        if (!found) {
          this.chars.push(chars[i]);
          jLen += 1;
        }
      }
    }
    function getCharData(_char, style, font) {
      var i = 0;
      var len = this.chars.length;
      while (i < len) {
        if (this.chars[i].ch === _char && this.chars[i].style === style && this.chars[i].fFamily === font) {
          return this.chars[i];
        }
        i += 1;
      }
      if ((typeof _char === 'string' && _char.charCodeAt(0) !== 13 || !_char) && console && console.warn // eslint-disable-line no-console
      && !this._warned) {
        this._warned = true;
        console.warn('Missing character from exported characters list: ', _char, style, font); // eslint-disable-line no-console
      }
      return emptyChar;
    }
    function measureText(_char2, fontName, size) {
      var fontData = this.getFontByName(fontName);
      // Using the char instead of char.charCodeAt(0)
      // to avoid collisions between equal chars
      var index = _char2;
      if (!fontData.cache[index]) {
        var tHelper = fontData.helper;
        if (_char2 === ' ') {
          var doubleSize = tHelper.measureText('|' + _char2 + '|');
          var singleSize = tHelper.measureText('||');
          fontData.cache[index] = (doubleSize - singleSize) / 100;
        } else {
          fontData.cache[index] = tHelper.measureText(_char2) / 100;
        }
      }
      return fontData.cache[index] * size;
    }
    function getFontByName(name) {
      var i = 0;
      var len = this.fonts.length;
      while (i < len) {
        if (this.fonts[i].fName === name) {
          return this.fonts[i];
        }
        i += 1;
      }
      return this.fonts[0];
    }
    function getCodePoint(string) {
      var codePoint = 0;
      var first = string.charCodeAt(0);
      if (first >= 0xD800 && first <= 0xDBFF) {
        var second = string.charCodeAt(1);
        if (second >= 0xDC00 && second <= 0xDFFF) {
          codePoint = (first - 0xD800) * 0x400 + second - 0xDC00 + 0x10000;
        }
      }
      return codePoint;
    }

// Skin tone modifiers
    function isModifier(firstCharCode, secondCharCode) {
      var sum = firstCharCode.toString(16) + secondCharCode.toString(16);
      return surrogateModifiers.indexOf(sum) !== -1;
    }
    function isZeroWidthJoiner(charCode) {
      return charCode === ZERO_WIDTH_JOINER_CODE_POINT;
    }

// This codepoint may change the appearance of the preceding character.
    // If that is a symbol, dingbat or emoji, U+FE0F forces it to be rendered
    // as a colorful image as compared to a monochrome text variant.
    function isVariationSelector(charCode) {
      return charCode === VARIATION_SELECTOR_16_CODE_POINT;
    }

// The regional indicator symbols are a set of 26 alphabetic Unicode
    /// characters (A–Z) intended to be used to encode ISO 3166-1 alpha-2
    // two-letter country codes in a way that allows optional special treatment.
    function isRegionalCode(string) {
      var codePoint = getCodePoint(string);
      if (codePoint >= REGIONAL_CHARACTER_A_CODE_POINT && codePoint <= REGIONAL_CHARACTER_Z_CODE_POINT) {
        return true;
      }
      return false;
    }

// Some Emoji implementations represent combinations of
    // two “regional indicator” letters as a single flag symbol.
    function isFlagEmoji(string) {
      return isRegionalCode(string.substr(0, 2)) && isRegionalCode(string.substr(2, 2));
    }
    function isCombinedCharacter(_char3) {
      return combinedCharacters.indexOf(_char3) !== -1;
    }

// Regional flags start with a BLACK_FLAG_CODE_POINT
    // folowed by 5 chars in the TAG range
    // and end with a CANCEL_TAG_CODE_POINT
    function isRegionalFlag(text, index) {
      var codePoint = getCodePoint(text.substr(index, 2));
      if (codePoint !== BLACK_FLAG_CODE_POINT) {
        return false;
      }
      var count = 0;
      index += 2;
      while (count < 5) {
        codePoint = getCodePoint(text.substr(index, 2));
        if (codePoint < A_TAG_CODE_POINT || codePoint > Z_TAG_CODE_POINT) {
          return false;
        }
        count += 1;
        index += 2;
      }
      return getCodePoint(text.substr(index, 2)) === CANCEL_TAG_CODE_POINT;
    }
    function setIsLoaded() {
      this.isLoaded = true;
    }
    var Font = function Font() {
      this.fonts = [];
      this.chars = null;
      this.typekitLoaded = 0;
      this.isLoaded = false;
      this._warned = false;
      this.initTime = Date.now();
      this.setIsLoadedBinded = this.setIsLoaded.bind(this);
      this.checkLoadedFontsBinded = this.checkLoadedFonts.bind(this);
    };
    Font.isModifier = isModifier;
    Font.isZeroWidthJoiner = isZeroWidthJoiner;
    Font.isFlagEmoji = isFlagEmoji;
    Font.isRegionalCode = isRegionalCode;
    Font.isCombinedCharacter = isCombinedCharacter;
    Font.isRegionalFlag = isRegionalFlag;
    Font.isVariationSelector = isVariationSelector;
    Font.BLACK_FLAG_CODE_POINT = BLACK_FLAG_CODE_POINT;
    var fontPrototype = {
      addChars: addChars,
      addFonts: addFonts,
      getCharData: getCharData,
      getFontByName: getFontByName,
      measureText: measureText,
      checkLoadedFonts: checkLoadedFonts,
      setIsLoaded: setIsLoaded
    };
    Font.prototype = fontPrototype;
    return Font;
  }();

// Stretch factor for old animations missing this property.
      if (!this.data.sr) {
        this.data.sr = 1;
      }
      // effects manager
      this.effectsManager = new EffectsManager(this.data, this, this.dynamicProperties);
    },
    getType: function getType() {
      return this.type;
    },
    sourceRectAtTime: function sourceRectAtTime() {}
  };

/**
   * @file
   * Handles element's layer frame update.
   * Checks layer in point and out point
   *
   */

var effectTypes = {
    TRANSFORM_EFFECT: 'transformEFfect'
  };

// TODO: check TYPE 11: Guided elements
      if (this.data.ty !== 11) {
        // this.createElements();
      }
    },
    renderTransform: function renderTransform() {
      this.finalTransform._opMdf = this.finalTransform.mProp.o._mdf || this._isFirstFrame;
      this.finalTransform._matMdf = this.finalTransform.mProp._mdf || this._isFirstFrame;
      if (this.hierarchy) {
        var mat;
        var finalMat = this.finalTransform.mat;
        var i = 0;
        var len = this.hierarchy.length;
        // Checking if any of the transformation matrices in the hierarchy chain has changed.
        if (!this.finalTransform._matMdf) {
          while (i < len) {
            if (this.hierarchy[i].finalTransform.mProp._mdf) {
              this.finalTransform._matMdf = true;
              break;
            }
            i += 1;
          }
        }
        if (this.finalTransform._matMdf) {
          mat = this.finalTransform.mProp.v.props;
          finalMat.cloneFromProps(mat);
          for (i = 0; i < len; i += 1) {
            finalMat.multiply(this.hierarchy[i].finalTransform.mProp.v);
          }
        }
      }
      if (!this.localTransforms || this.finalTransform._matMdf) {
        this.finalTransform._localMatMdf = this.finalTransform._matMdf;
      }
      if (this.finalTransform._opMdf) {
        this.finalTransform.localOpacity = this.finalTransform.mProp.o.v;
      }
    },
    renderLocalTransform: function renderLocalTransform() {
      if (this.localTransforms) {
        var i = 0;
        var len = this.localTransforms.length;
        this.finalTransform._localMatMdf = this.finalTransform._matMdf;
        if (!this.finalTransform._localMatMdf || !this.finalTransform._opMdf) {
          while (i < len) {
            if (this.localTransforms[i]._mdf) {
              this.finalTransform._localMatMdf = true;
            }
            if (this.localTransforms[i]._opMdf && !this.finalTransform._opMdf) {
              this.finalTransform.localOpacity = this.finalTransform.mProp.o.v;
              this.finalTransform._opMdf = true;
            }
            i += 1;
          }
        }
        if (this.finalTransform._localMatMdf) {
          var localMat = this.finalTransform.localMat;
          this.localTransforms[0].matrix.clone(localMat);
          for (i = 1; i < len; i += 1) {
            var lmat = this.localTransforms[i].matrix;
            localMat.multiply(lmat);
          }
          localMat.multiply(this.finalTransform.mat);
        }
        if (this.finalTransform._opMdf) {
          var localOp = this.finalTransform.localOpacity;
          for (i = 0; i < len; i += 1) {
            localOp *= this.localTransforms[i].opacity * 0.01;
          }
          this.finalTransform.localOpacity = localOp;
        }
      }
    },
    searchEffectTransforms: function searchEffectTransforms() {
      if (this.renderableEffectsManager) {
        var transformEffects = this.renderableEffectsManager.getEffects(effectTypes.TRANSFORM_EFFECT);
        if (transformEffects.length) {
          this.localTransforms = [];
          this.finalTransform.localMat = new Matrix();
          var i = 0;
          var len = transformEffects.length;
          for (i = 0; i < len; i += 1) {
            this.localTransforms.push(transformEffects[i]);
          }
        }
      }
    },
    globalToLocal: function globalToLocal(pt) {
      var transforms = [];
      transforms.push(this.finalTransform);
      var flag = true;
      var comp = this.comp;
      while (flag) {
        if (comp.finalTransform) {
          if (comp.data.hasMask) {
            transforms.splice(0, 0, comp.finalTransform);
          }
          comp = comp.comp;
        } else {
          flag = false;
        }
      }
      var i;
      var len = transforms.length;
      var ptNew;
      for (i = 0; i < len; i += 1) {
        ptNew = transforms[i].mat.applyToPointArray(0, 0, 0);
        // ptNew = transforms[i].mat.applyToPointArray(pt[0],pt[1],pt[2]);
        pt = [pt[0] - ptNew[0], pt[1] - ptNew[1], 0];
      }
      return pt;
    },
    mHelper: new Matrix()
  };

// TODO move this to a factory or to a constructor
        this.storedData[i] = {
          elem: path,
          x: x,
          expan: feMorph,
          lastPath: '',
          lastOperator: '',
          filterId: filterID,
          lastRadius: 0
        };
        if (properties[i].mode === 'i') {
          jLen = currentMasks.length;
          var g = createNS('g');
          for (j = 0; j < jLen; j += 1) {
            g.appendChild(currentMasks[j]);
          }
          var mask = createNS('mask');
          mask.setAttribute('mask-type', 'alpha');
          mask.setAttribute('id', layerId + '_' + count);
          mask.appendChild(path);
          defs.appendChild(mask);
          g.setAttribute('mask', 'url(' + getLocationHref() + '#' + layerId + '_' + count + ')');
          currentMasks.length = 0;
          currentMasks.push(g);
        } else {
          currentMasks.push(path);
        }
        if (properties[i].inv && !this.solidPath) {
          this.solidPath = this.createLayerSolidPath();
        }
        // TODO move this to a factory or to a constructor
        this.viewData[i] = {
          elem: path,
          lastPath: '',
          op: PropertyFactory.getProp(this.element, properties[i].o, 0, 0.01, this.element),
          prop: ShapePropertyFactory.getShapeProp(this.element, properties[i], 3),
          invRect: rect
        };
        if (!this.viewData[i].prop.k) {
          this.drawPath(properties[i], this.viewData[i].prop.v, this.viewData[i]);
        }
      }
    }
    this.maskElement = createNS(maskType);
    len = currentMasks.length;
    for (i = 0; i < len; i += 1) {
      this.maskElement.appendChild(currentMasks[i]);
    }
    if (count > 0) {
      this.maskElement.setAttribute('id', layerId);
      this.element.maskedElement.setAttribute(maskRef, 'url(' + getLocationHref() + '#' + layerId + ')');
      defs.appendChild(this.maskElement);
    }
    if (this.viewData.length) {
      this.element.addRenderableComponent(this);
    }
  }
  MaskElement.prototype.getMaskProperty = function (pos) {
    return this.viewData[pos].prop;
  };
  MaskElement.prototype.renderFrame = function (isFirstFrame) {
    var finalMat = this.element.finalTransform.mat;
    var i;
    var len = this.masksProperties.length;
    for (i = 0; i < len; i += 1) {
      if (this.viewData[i].prop._mdf || isFirstFrame) {
        this.drawPath(this.masksProperties[i], this.viewData[i].prop.v, this.viewData[i]);
      }
      if (this.viewData[i].op._mdf || isFirstFrame) {
        this.viewData[i].elem.setAttribute('fill-opacity', this.viewData[i].op.v);
      }
      if (this.masksProperties[i].mode !== 'n') {
        if (this.viewData[i].invRect && (this.element.finalTransform.mProp._mdf || isFirstFrame)) {
          this.viewData[i].invRect.setAttribute('transform', finalMat.getInverseMatrix().to2dCSS());
        }
        if (this.storedData[i].x && (this.storedData[i].x._mdf || isFirstFrame)) {
          var feMorph = this.storedData[i].expan;
          if (this.storedData[i].x.v < 0) {
            if (this.storedData[i].lastOperator !== 'erode') {
              this.storedData[i].lastOperator = 'erode';
              this.storedData[i].elem.setAttribute('filter', 'url(' + getLocationHref() + '#' + this.storedData[i].filterId + ')');
            }
            feMorph.setAttribute('radius', -this.storedData[i].x.v);
          } else {
            if (this.storedData[i].lastOperator !== 'dilate') {
              this.storedData[i].lastOperator = 'dilate';
              this.storedData[i].elem.setAttribute('filter', null);
            }
            this.storedData[i].elem.setAttribute('stroke-width', this.storedData[i].x.v * 2);
          }
        }
      }
    }
  };
  MaskElement.prototype.getMaskelement = function () {
    return this.maskElement;
  };
  MaskElement.prototype.createLayerSolidPath = function () {
    var path = 'M0,0 ';
    path += ' h' + this.globalData.compSize.w;
    path += ' v' + this.globalData.compSize.h;
    path += ' h-' + this.globalData.compSize.w;
    path += ' v-' + this.globalData.compSize.h + ' ';
    return path;
  };
  MaskElement.prototype.drawPath = function (pathData, pathNodes, viewData) {
    var pathString = ' M' + pathNodes.v[0][0] + ',' + pathNodes.v[0][1];
    var i;
    var len;
    len = pathNodes._length;
    for (i = 1; i < len; i += 1) {
      // pathString += " C"+pathNodes.o[i-1][0]+','+pathNodes.o[i-1][1] + " "+pathNodes.i[i][0]+','+pathNodes.i[i][1] + " "+pathNodes.v[i][0]+','+pathNodes.v[i][1];
      pathString += ' C' + pathNodes.o[i - 1][0] + ',' + pathNodes.o[i - 1][1] + ' ' + pathNodes.i[i][0] + ',' + pathNodes.i[i][1] + ' ' + pathNodes.v[i][0] + ',' + pathNodes.v[i][1];
    }
    // pathString += " C"+pathNodes.o[i-1][0]+','+pathNodes.o[i-1][1] + " "+pathNodes.i[0][0]+','+pathNodes.i[0][1] + " "+pathNodes.v[0][0]+','+pathNodes.v[0][1];
    if (pathNodes.c && len > 1) {
      pathString += ' C' + pathNodes.o[i - 1][0] + ',' + pathNodes.o[i - 1][1] + ' ' + pathNodes.i[0][0] + ',' + pathNodes.i[0][1] + ' ' + pathNodes.v[0][0] + ',' + pathNodes.v[0][1];
    }
    // pathNodes.__renderedString = pathString;

if (viewData.lastPath !== pathString) {
      var pathShapeValue = '';
      if (viewData.elem) {
        if (pathNodes.c) {
          pathShapeValue = pathData.inv ? this.solidPath + pathString : pathString;
        }
        viewData.elem.setAttribute('d', pathShapeValue);
      }
      viewData.lastPath = pathString;
    }
  };
  MaskElement.prototype.destroy = function () {
    this.element = null;
    this.globalData = null;
    this.maskElement = null;
    this.data = null;
    this.masksProperties = null;
  };

/**
   * @file
   * Handles AE's layer parenting property.
   *
   */

function ProcessedElement(element, position) {
    this.elem = element;
    this.pos = position;
  }

var lineCapEnum = {
    1: 'butt',
    2: 'round',
    3: 'square'
  };
  var lineJoinEnum = {
    1: 'miter',
    2: 'round',
    3: 'bevel'
  };

function SVGStyleData(data, level) {
    this.data = data;
    this.type = data.ty;
    this.d = '';
    this.lvl = level;
    this._mdf = false;
    this.closed = data.hd === true;
    this.pElem = createNS('path');
    this.msElem = null;
  }
  SVGStyleData.prototype.reset = function () {
    this.d = '';
    this._mdf = false;
  };

function SVGStrokeStyleData(elem, data, styleOb) {
    this.initDynamicPropertyContainer(elem);
    this.getValue = this.iterateDynamicProperties;
    this.o = PropertyFactory.getProp(elem, data.o, 0, 0.01, this);
    this.w = PropertyFactory.getProp(elem, data.w, 0, null, this);
    this.d = new DashProperty(elem, data.d || {}, 'svg', this);
    this.c = PropertyFactory.getProp(elem, data.c, 1, 255, this);
    this.style = styleOb;
    this._isAnimated = !!this._isAnimated;
  }
  extendPrototype([DynamicPropertyContainer], SVGStrokeStyleData);

function SVGFillStyleData(elem, data, styleOb) {
    this.initDynamicPropertyContainer(elem);
    this.getValue = this.iterateDynamicProperties;
    this.o = PropertyFactory.getProp(elem, data.o, 0, 0.01, this);
    this.c = PropertyFactory.getProp(elem, data.c, 1, 255, this);
    this.style = styleOb;
  }
  extendPrototype([DynamicPropertyContainer], SVGFillStyleData);

function SVGNoStyleData(elem, data, styleOb) {
    this.initDynamicPropertyContainer(elem);
    this.getValue = this.iterateDynamicProperties;
    this.style = styleOb;
  }
  extendPrototype([DynamicPropertyContainer], SVGNoStyleData);

function SVGGradientStrokeStyleData(elem, data, styleOb) {
    this.initDynamicPropertyContainer(elem);
    this.getValue = this.iterateDynamicProperties;
    this.w = PropertyFactory.getProp(elem, data.w, 0, null, this);
    this.d = new DashProperty(elem, data.d || {}, 'svg', this);
    this.initGradientData(elem, data, styleOb);
    this._isAnimated = !!this._isAnimated;
  }
  extendPrototype([SVGGradientFillStyleData, DynamicPropertyContainer], SVGGradientStrokeStyleData);

function ShapeGroupData() {
    this.it = [];
    this.prevViewData = [];
    this.gr = createNS('g');
  }

function SVGTransformData(mProps, op, container) {
    this.transform = {
      mProps: mProps,
      op: op,
      container: container
    };
    this.elements = [];
    this._isAnimated = this.transform.mProps.dynamicProperties.length || this.transform.op.effectsSequence.length;
  }

/*
  This method searches for multiple shapes that affect a single element and one of them is animated
  */
  SVGShapeElement.prototype.filterUniqueShapes = function () {
    var i;
    var len = this.shapes.length;
    var shape;
    var j;
    var jLen = this.stylesList.length;
    var style;
    var tempShapes = [];
    var areAnimated = false;
    for (j = 0; j < jLen; j += 1) {
      style = this.stylesList[j];
      areAnimated = false;
      tempShapes.length = 0;
      for (i = 0; i < len; i += 1) {
        shape = this.shapes[i];
        if (shape.styles.indexOf(style) !== -1) {
          tempShapes.push(shape);
          areAnimated = shape._isAnimated || areAnimated;
        }
      }
      if (tempShapes.length > 1 && areAnimated) {
        this.setShapesAsAnimated(tempShapes);
      }
    }
  };
  SVGShapeElement.prototype.setShapesAsAnimated = function (shapes) {
    var i;
    var len = shapes.length;
    for (i = 0; i < len; i += 1) {
      shapes[i].setAsAnimated();
    }
  };
  SVGShapeElement.prototype.createStyleElement = function (data, level) {
    // TODO: prevent drawing of hidden styles
    var elementData;
    var styleOb = new SVGStyleData(data, level);
    var pathElement = styleOb.pElem;
    if (data.ty === 'st') {
      elementData = new SVGStrokeStyleData(this, data, styleOb);
    } else if (data.ty === 'fl') {
      elementData = new SVGFillStyleData(this, data, styleOb);
    } else if (data.ty === 'gf' || data.ty === 'gs') {
      var GradientConstructor = data.ty === 'gf' ? SVGGradientFillStyleData : SVGGradientStrokeStyleData;
      elementData = new GradientConstructor(this, data, styleOb);
      this.globalData.defs.appendChild(elementData.gf);
      if (elementData.maskId) {
        this.globalData.defs.appendChild(elementData.ms);
        this.globalData.defs.appendChild(elementData.of);
        pathElement.setAttribute('mask', 'url(' + getLocationHref() + '#' + elementData.maskId + ')');
      }
    } else if (data.ty === 'no') {
      elementData = new SVGNoStyleData(this, data, styleOb);
    }
    if (data.ty === 'st' || data.ty === 'gs') {
      pathElement.setAttribute('stroke-linecap', lineCapEnum[data.lc || 2]);
      pathElement.setAttribute('stroke-linejoin', lineJoinEnum[data.lj || 2]);
      pathElement.setAttribute('fill-opacity', '0');
      if (data.lj === 1) {
        pathElement.setAttribute('stroke-miterlimit', data.ml);
      }
    }
    if (data.r === 2) {
      pathElement.setAttribute('fill-rule', 'evenodd');
    }
    if (data.ln) {
      pathElement.setAttribute('id', data.ln);
    }
    if (data.cl) {
      pathElement.setAttribute('class', data.cl);
    }
    if (data.bm) {
      pathElement.style['mix-blend-mode'] = getBlendMode(data.bm);
    }
    this.stylesList.push(styleOb);
    this.addToAnimatedContents(data, elementData);
    return elementData;
  };
  SVGShapeElement.prototype.createGroupElement = function (data) {
    var elementData = new ShapeGroupData();
    if (data.ln) {
      elementData.gr.setAttribute('id', data.ln);
    }
    if (data.cl) {
      elementData.gr.setAttribute('class', data.cl);
    }
    if (data.bm) {
      elementData.gr.style['mix-blend-mode'] = getBlendMode(data.bm);
    }
    return elementData;
  };
  SVGShapeElement.prototype.createTransformElement = function (data, container) {
    var transformProperty = TransformPropertyFactory.getTransformProperty(this, data, this);
    var elementData = new SVGTransformData(transformProperty, transformProperty.o, container);
    this.addToAnimatedContents(data, elementData);
    return elementData;
  };
  SVGShapeElement.prototype.createShapeElement = function (data, ownTransformers, level) {
    var ty = 4;
    if (data.ty === 'rc') {
      ty = 5;
    } else if (data.ty === 'el') {
      ty = 6;
    } else if (data.ty === 'sr') {
      ty = 7;
    }
    var shapeProperty = ShapePropertyFactory.getShapeProp(this, data, ty, this);
    var elementData = new SVGShapeData(ownTransformers, level, shapeProperty);
    this.shapes.push(elementData);
    this.addShapeToModifiers(elementData);
    this.addToAnimatedContents(data, elementData);
    return elementData;
  };
  SVGShapeElement.prototype.addToAnimatedContents = function (data, element) {
    var i = 0;
    var len = this.animatedContents.length;
    while (i < len) {
      if (this.animatedContents[i].element === element) {
        return;
      }
      i += 1;
    }
    this.animatedContents.push({
      fn: SVGElementsRenderer.createRenderFunction(data),
      element: element,
      data: data
    });
  };
  SVGShapeElement.prototype.setElementStyles = function (elementData) {
    var arr = elementData.styles;
    var j;
    var jLen = this.stylesList.length;
    for (j = 0; j < jLen; j += 1) {
      if (arr.indexOf(this.stylesList[j]) === -1 && !this.stylesList[j].closed) {
        arr.push(this.stylesList[j]);
      }
    }
  };
  SVGShapeElement.prototype.reloadShapes = function () {
    this._isFirstFrame = true;
    var i;
    var len = this.itemsData.length;
    for (i = 0; i < len; i += 1) {
      this.prevViewData[i] = this.itemsData[i];
    }
    this.searchShapes(this.shapesData, this.itemsData, this.prevViewData, this.layerElement, 0, [], true);
    this.filterUniqueShapes();
    len = this.dynamicProperties.length;
    for (i = 0; i < len; i += 1) {
      this.dynamicProperties[i].getValue();
    }
    this.renderModifiers();
  };
  SVGShapeElement.prototype.searchShapes = function (arr, itemsData, prevViewData, container, level, transformers, render) {
    var ownTransformers = [].concat(transformers);
    var i;
    var len = arr.length - 1;
    var j;
    var jLen;
    var ownStyles = [];
    var ownModifiers = [];
    var currentTransform;
    var modifier;
    var processedPos;
    for (i = len; i >= 0; i -= 1) {
      processedPos = this.searchProcessedElement(arr[i]);
      if (!processedPos) {
        arr[i]._render = render;
      } else {
        itemsData[i] = prevViewData[processedPos - 1];
      }
      if (arr[i].ty === 'fl' || arr[i].ty === 'st' || arr[i].ty === 'gf' || arr[i].ty === 'gs' || arr[i].ty === 'no') {
        if (!processedPos) {
          itemsData[i] = this.createStyleElement(arr[i], level);
        } else {
          itemsData[i].style.closed = arr[i].hd;
        }
        if (arr[i]._render) {
          if (itemsData[i].style.pElem.parentNode !== container) {
            container.appendChild(itemsData[i].style.pElem);
          }
        }
        ownStyles.push(itemsData[i].style);
      } else if (arr[i].ty === 'gr') {
        if (!processedPos) {
          itemsData[i] = this.createGroupElement(arr[i]);
        } else {
          jLen = itemsData[i].it.length;
          for (j = 0; j < jLen; j += 1) {
            itemsData[i].prevViewData[j] = itemsData[i].it[j];
          }
        }
        this.searchShapes(arr[i].it, itemsData[i].it, itemsData[i].prevViewData, itemsData[i].gr, level + 1, ownTransformers, render);
        if (arr[i]._render) {
          if (itemsData[i].gr.parentNode !== container) {
            container.appendChild(itemsData[i].gr);
          }
        }
      } else if (arr[i].ty === 'tr') {
        if (!processedPos) {
          itemsData[i] = this.createTransformElement(arr[i], container);
        }
        currentTransform = itemsData[i].transform;
        ownTransformers.push(currentTransform);
      } else if (arr[i].ty === 'sh' || arr[i].ty === 'rc' || arr[i].ty === 'el' || arr[i].ty === 'sr') {
        if (!processedPos) {
          itemsData[i] = this.createShapeElement(arr[i], ownTransformers, level);
        }
        this.setElementStyles(itemsData[i]);
      } else if (arr[i].ty === 'tm' || arr[i].ty === 'rd' || arr[i].ty === 'ms' || arr[i].ty === 'pb' || arr[i].ty === 'zz' || arr[i].ty === 'op') {
        if (!processedPos) {
          modifier = ShapeModifiers.getModifier(arr[i].ty);
          modifier.init(this, arr[i]);
          itemsData[i] = modifier;
          this.shapeModifiers.push(modifier);
        } else {
          modifier = itemsData[i];
          modifier.closed = false;
        }
        ownModifiers.push(modifier);
      } else if (arr[i].ty === 'rp') {
        if (!processedPos) {
          modifier = ShapeModifiers.getModifier(arr[i].ty);
          itemsData[i] = modifier;
          modifier.init(this, arr, i, itemsData);
          this.shapeModifiers.push(modifier);
          render = false;
        } else {
          modifier = itemsData[i];
          modifier.closed = true;
        }
        ownModifiers.push(modifier);
      }
      this.addProcessedElement(arr[i], i + 1);
    }
    len = ownStyles.length;
    for (i = 0; i < len; i += 1) {
      ownStyles[i].closed = true;
    }
    len = ownModifiers.length;
    for (i = 0; i < len; i += 1) {
      ownModifiers[i].closed = true;
    }
  };
  SVGShapeElement.prototype.renderInnerContent = function () {
    this.renderModifiers();
    var i;
    var len = this.stylesList.length;
    for (i = 0; i < len; i += 1) {
      this.stylesList[i].reset();
    }
    this.renderShape();
    for (i = 0; i < len; i += 1) {
      if (this.stylesList[i]._mdf || this._isFirstFrame) {
        if (this.stylesList[i].msElem) {
          this.stylesList[i].msElem.setAttribute('d', this.stylesList[i].d);
          // Adding M0 0 fixes same mask bug on all browsers
          this.stylesList[i].d = 'M0 0' + this.stylesList[i].d;
        }
        this.stylesList[i].pElem.setAttribute('d', this.stylesList[i].d || 'M0 0');
      }
    }
  };
  SVGShapeElement.prototype.renderShape = function () {
    var i;
    var len = this.animatedContents.length;
    var animatedContent;
    for (i = 0; i < len; i += 1) {
      animatedContent = this.animatedContents[i];
      if ((this._isFirstFrame || animatedContent.element._isAnimated) && animatedContent.data !== true) {
        animatedContent.fn(animatedContent.data, animatedContent.element, this._isFirstFrame);
      }
    }
  };
  SVGShapeElement.prototype.destroy = function () {
    this.destroyBaseElement();
    this.shapesData = null;
    this.itemsData = null;
  };

//
      if (currentChar === ' ') {
        uncollapsedSpaces += cLength + trackingOffset;
      } else {
        lineWidth += cLength + trackingOffset + uncollapsedSpaces;
        uncollapsedSpaces = 0;
      }
      letters.push({
        l: cLength,
        an: cLength,
        add: currentSize,
        n: newLineFlag,
        anIndexes: [],
        val: val,
        line: currentLine,
        animatorJustifyOffset: 0
      });
      if (anchorGrouping == 2) {
        // eslint-disable-line eqeqeq
        currentSize += cLength;
        if (val === '' || val === ' ' || i === len - 1) {
          if (val === '' || val === ' ') {
            currentSize -= cLength;
          }
          while (currentPos <= i) {
            letters[currentPos].an = currentSize;
            letters[currentPos].ind = index;
            letters[currentPos].extra = cLength;
            currentPos += 1;
          }
          index += 1;
          currentSize = 0;
        }
      } else if (anchorGrouping == 3) {
        // eslint-disable-line eqeqeq
        currentSize += cLength;
        if (val === '' || i === len - 1) {
          if (val === '') {
            currentSize -= cLength;
          }
          while (currentPos <= i) {
            letters[currentPos].an = currentSize;
            letters[currentPos].ind = index;
            letters[currentPos].extra = cLength;
            currentPos += 1;
          }
          currentSize = 0;
          index += 1;
        }
      } else {
        letters[index].ind = index;
        letters[index].extra = 0;
        index += 1;
      }
    }
    documentData.l = letters;
    maxLineWidth = lineWidth > maxLineWidth ? lineWidth : maxLineWidth;
    lineWidths.push(lineWidth);
    if (documentData.sz) {
      documentData.boxWidth = documentData.sz[0];
      documentData.justifyOffset = 0;
    } else {
      documentData.boxWidth = maxLineWidth;
      switch (documentData.j) {
        case 1:
          documentData.justifyOffset = -documentData.boxWidth;
          break;
        case 2:
          documentData.justifyOffset = -documentData.boxWidth / 2;
          break;
        default:
          documentData.justifyOffset = 0;
      }
    }
    documentData.lineWidths = lineWidths;
    var animators = data.a;
    var animatorData;
    var letterData;
    jLen = animators.length;
    var based;
    var ind;
    var indexes = [];
    for (j = 0; j < jLen; j += 1) {
      animatorData = animators[j];
      if (animatorData.a.sc) {
        documentData.strokeColorAnim = true;
      }
      if (animatorData.a.sw) {
        documentData.strokeWidthAnim = true;
      }
      if (animatorData.a.fc || animatorData.a.fh || animatorData.a.fs || animatorData.a.fb) {
        documentData.fillColorAnim = true;
      }
      ind = 0;
      based = animatorData.s.b;
      for (i = 0; i < len; i += 1) {
        letterData = letters[i];
        letterData.anIndexes[j] = ind;
        if (based == 1 && letterData.val !== '' || based == 2 && letterData.val !== '' && letterData.val !== ' ' || based == 3 && (letterData.n || letterData.val == ' ' || i == len - 1) || based == 4 && (letterData.n || i == len - 1)) {
          // eslint-disable-line eqeqeq
          if (animatorData.s.rn === 1) {
            indexes.push(ind);
          }
          ind += 1;
        }
      }
      data.a[j].s.totalChars = ind;
      var currentInd = -1;
      var newInd;
      if (animatorData.s.rn === 1) {
        for (i = 0; i < len; i += 1) {
          letterData = letters[i];
          if (currentInd != letterData.anIndexes[j]) {
            // eslint-disable-line eqeqeq
            currentInd = letterData.anIndexes[j];
            newInd = indexes.splice(Math.floor(Math.random() * indexes.length), 1)[0];
          }
          letterData.anIndexes[j] = newInd;
        }
      }
    }
    documentData.yOffset = documentData.finalLineHeight || documentData.finalSize * 1.2;
    documentData.ls = documentData.ls || 0;
    documentData.ascent = fontData.ascent * documentData.finalSize / 100;
  };
  TextProperty.prototype.updateDocumentData = function (newData, index) {
    index = index === undefined ? this.keysIndex : index;
    var dData = this.copyData({}, this.data.d.k[index].s);
    dData = this.copyData(dData, newData);
    this.data.d.k[index].s = dData;
    this.recalculate(index);
    this.setCurrentData(dData);
    this.elem.addDynamicProperty(this);
  };
  TextProperty.prototype.recalculate = function (index) {
    var dData = this.data.d.k[index].s;
    dData.__complete = false;
    this.keysIndex = 0;
    this._isFirstFrame = true;
    this.getValue(dData);
  };
  TextProperty.prototype.canResizeFont = function (_canResize) {
    this.canResize = _canResize;
    this.recalculate(this.keysIndex);
    this.elem.addDynamicProperty(this);
  };
  TextProperty.prototype.setMinimumFontSize = function (_fontValue) {
    this.minimumFontSize = Math.floor(_fontValue) || 1;
    this.recalculate(this.keysIndex);
    this.elem.addDynamicProperty(this);
  };

//
    if (documentData.j === 2 || documentData.j === 1) {
      var animatorJustifyOffset = 0;
      var animatorFirstCharOffset = 0;
      var justifyOffsetMult = documentData.j === 2 ? -0.5 : -1;
      var lastIndex = 0;
      var isNewLine = true;
      for (i = 0; i < len; i += 1) {
        if (letters[i].n) {
          if (animatorJustifyOffset) {
            animatorJustifyOffset += animatorFirstCharOffset;
          }
          while (lastIndex < i) {
            letters[lastIndex].animatorJustifyOffset = animatorJustifyOffset;
            lastIndex += 1;
          }
          animatorJustifyOffset = 0;
          isNewLine = true;
        } else {
          for (j = 0; j < jLen; j += 1) {
            animatorProps = animators[j].a;
            if (animatorProps.t.propType) {
              if (isNewLine && documentData.j === 2) {
                animatorFirstCharOffset += animatorProps.t.v * justifyOffsetMult;
              }
              animatorSelector = animators[j].s;
              mult = animatorSelector.getMult(letters[i].anIndexes[j], textData.a[j].s.totalChars);
              if (mult.length) {
                animatorJustifyOffset += animatorProps.t.v * mult[0] * justifyOffsetMult;
              } else {
                animatorJustifyOffset += animatorProps.t.v * mult * justifyOffsetMult;
              }
            }
          }
          isNewLine = false;
        }
      }
      if (animatorJustifyOffset) {
        animatorJustifyOffset += animatorFirstCharOffset;
      }
      while (lastIndex < i) {
        letters[lastIndex].animatorJustifyOffset = animatorJustifyOffset;
        lastIndex += 1;
      }
    }
    //

for (i = 0; i < len; i += 1) {
      matrixHelper.reset();
      elemOpacity = 1;
      if (letters[i].n) {
        xPos = 0;
        yPos += documentData.yOffset;
        yPos += firstLine ? 1 : 0;
        currentLength = initPathPos;
        firstLine = false;
        if (this._hasMaskedPath) {
          segmentInd = initSegmentInd;
          pointInd = initPointInd;
          points = segments[segmentInd].points;
          prevPoint = points[pointInd - 1];
          currentPoint = points[pointInd];
          partialLength = currentPoint.partialLength;
          segmentLength = 0;
        }
        letterM = '';
        letterFc = '';
        letterSw = '';
        letterO = '';
        letterP = this.defaultPropsArray;
      } else {
        if (this._hasMaskedPath) {
          if (currentLine !== letters[i].line) {
            switch (documentData.j) {
              case 1:
                currentLength += totalLength - documentData.lineWidths[letters[i].line];
                break;
              case 2:
                currentLength += (totalLength - documentData.lineWidths[letters[i].line]) / 2;
                break;
              default:
                break;
            }
            currentLine = letters[i].line;
          }
          if (ind !== letters[i].ind) {
            if (letters[ind]) {
              currentLength += letters[ind].extra;
            }
            currentLength += letters[i].an / 2;
            ind = letters[i].ind;
          }
          currentLength += alignment[0] * letters[i].an * 0.005;
          var animatorOffset = 0;
          for (j = 0; j < jLen; j += 1) {
            animatorProps = animators[j].a;
            if (animatorProps.p.propType) {
              animatorSelector = animators[j].s;
              mult = animatorSelector.getMult(letters[i].anIndexes[j], textData.a[j].s.totalChars);
              if (mult.length) {
                animatorOffset += animatorProps.p.v[0] * mult[0];
              } else {
                animatorOffset += animatorProps.p.v[0] * mult;
              }
            }
            if (animatorProps.a.propType) {
              animatorSelector = animators[j].s;
              mult = animatorSelector.getMult(letters[i].anIndexes[j], textData.a[j].s.totalChars);
              if (mult.length) {
                animatorOffset += animatorProps.a.v[0] * mult[0];
              } else {
                animatorOffset += animatorProps.a.v[0] * mult;
              }
            }
          }
          flag = true;
          // Force alignment only works with a single line for now
          if (this._pathData.a.v) {
            currentLength = letters[0].an * 0.5 + (totalLength - this._pathData.f.v - letters[0].an * 0.5 - letters[letters.length - 1].an * 0.5) * ind / (len - 1);
            currentLength += this._pathData.f.v;
          }
          while (flag) {
            if (segmentLength + partialLength >= currentLength + animatorOffset || !points) {
              perc = (currentLength + animatorOffset - segmentLength) / currentPoint.partialLength;
              xPathPos = prevPoint.point[0] + (currentPoint.point[0] - prevPoint.point[0]) * perc;
              yPathPos = prevPoint.point[1] + (currentPoint.point[1] - prevPoint.point[1]) * perc;
              matrixHelper.translate(-alignment[0] * letters[i].an * 0.005, -(alignment[1] * yOff) * 0.01);
              flag = false;
            } else if (points) {
              segmentLength += currentPoint.partialLength;
              pointInd += 1;
              if (pointInd >= points.length) {
                pointInd = 0;
                segmentInd += 1;
                if (!segments[segmentInd]) {
                  if (mask.v.c) {
                    pointInd = 0;
                    segmentInd = 0;
                    points = segments[segmentInd].points;
                  } else {
                    segmentLength -= currentPoint.partialLength;
                    points = null;
                  }
                } else {
                  points = segments[segmentInd].points;
                }
              }
              if (points) {
                prevPoint = currentPoint;
                currentPoint = points[pointInd];
                partialLength = currentPoint.partialLength;
              }
            }
          }
          offf = letters[i].an / 2 - letters[i].add;
          matrixHelper.translate(-offf, 0, 0);
        } else {
          offf = letters[i].an / 2 - letters[i].add;
          matrixHelper.translate(-offf, 0, 0);

// Grouping alignment
          matrixHelper.translate(-alignment[0] * letters[i].an * 0.005, -alignment[1] * yOff * 0.01, 0);
        }
        for (j = 0; j < jLen; j += 1) {
          animatorProps = animators[j].a;
          if (animatorProps.t.propType) {
            animatorSelector = animators[j].s;
            mult = animatorSelector.getMult(letters[i].anIndexes[j], textData.a[j].s.totalChars);
            // This condition is to prevent applying tracking to first character in each line. Might be better to use a boolean "isNewLine"
            if (xPos !== 0 || documentData.j !== 0) {
              if (this._hasMaskedPath) {
                if (mult.length) {
                  currentLength += animatorProps.t.v * mult[0];
                } else {
                  currentLength += animatorProps.t.v * mult;
                }
              } else if (mult.length) {
                xPos += animatorProps.t.v * mult[0];
              } else {
                xPos += animatorProps.t.v * mult;
              }
            }
          }
        }
        if (documentData.strokeWidthAnim) {
          sw = documentData.sw || 0;
        }
        if (documentData.strokeColorAnim) {
          if (documentData.sc) {
            sc = [documentData.sc[0], documentData.sc[1], documentData.sc[2]];
          } else {
            sc = [0, 0, 0];
          }
        }
        if (documentData.fillColorAnim && documentData.fc) {
          fc = [documentData.fc[0], documentData.fc[1], documentData.fc[2]];
        }
        for (j = 0; j < jLen; j += 1) {
          animatorProps = animators[j].a;
          if (animatorProps.a.propType) {
            animatorSelector = animators[j].s;
            mult = animatorSelector.getMult(letters[i].anIndexes[j], textData.a[j].s.totalChars);
            if (mult.length) {
              matrixHelper.translate(-animatorProps.a.v[0] * mult[0], -animatorProps.a.v[1] * mult[1], animatorProps.a.v[2] * mult[2]);
            } else {
              matrixHelper.translate(-animatorProps.a.v[0] * mult, -animatorProps.a.v[1] * mult, animatorProps.a.v[2] * mult);
            }
          }
        }
        for (j = 0; j < jLen; j += 1) {
          animatorProps = animators[j].a;
          if (animatorProps.s.propType) {
            animatorSelector = animators[j].s;
            mult = animatorSelector.getMult(letters[i].anIndexes[j], textData.a[j].s.totalChars);
            if (mult.length) {
              matrixHelper.scale(1 + (animatorProps.s.v[0] - 1) * mult[0], 1 + (animatorProps.s.v[1] - 1) * mult[1], 1);
            } else {
              matrixHelper.scale(1 + (animatorProps.s.v[0] - 1) * mult, 1 + (animatorProps.s.v[1] - 1) * mult, 1);
            }
          }
        }
        for (j = 0; j < jLen; j += 1) {
          animatorProps = animators[j].a;
          animatorSelector = animators[j].s;
          mult = animatorSelector.getMult(letters[i].anIndexes[j], textData.a[j].s.totalChars);
          if (animatorProps.sk.propType) {
            if (mult.length) {
              matrixHelper.skewFromAxis(-animatorProps.sk.v * mult[0], animatorProps.sa.v * mult[1]);
            } else {
              matrixHelper.skewFromAxis(-animatorProps.sk.v * mult, animatorProps.sa.v * mult);
            }
          }
          if (animatorProps.r.propType) {
            if (mult.length) {
              matrixHelper.rotateZ(-animatorProps.r.v * mult[2]);
            } else {
              matrixHelper.rotateZ(-animatorProps.r.v * mult);
            }
          }
          if (animatorProps.ry.propType) {
            if (mult.length) {
              matrixHelper.rotateY(animatorProps.ry.v * mult[1]);
            } else {
              matrixHelper.rotateY(animatorProps.ry.v * mult);
            }
          }
          if (animatorProps.rx.propType) {
            if (mult.length) {
              matrixHelper.rotateX(animatorProps.rx.v * mult[0]);
            } else {
              matrixHelper.rotateX(animatorProps.rx.v * mult);
            }
          }
          if (animatorProps.o.propType) {
            if (mult.length) {
              elemOpacity += (animatorProps.o.v * mult[0] - elemOpacity) * mult[0];
            } else {
              elemOpacity += (animatorProps.o.v * mult - elemOpacity) * mult;
            }
          }
          if (documentData.strokeWidthAnim && animatorProps.sw.propType) {
            if (mult.length) {
              sw += animatorProps.sw.v * mult[0];
            } else {
              sw += animatorProps.sw.v * mult;
            }
          }
          if (documentData.strokeColorAnim && animatorProps.sc.propType) {
            for (k = 0; k < 3; k += 1) {
              if (mult.length) {
                sc[k] += (animatorProps.sc.v[k] - sc[k]) * mult[0];
              } else {
                sc[k] += (animatorProps.sc.v[k] - sc[k]) * mult;
              }
            }
          }
          if (documentData.fillColorAnim && documentData.fc) {
            if (animatorProps.fc.propType) {
              for (k = 0; k < 3; k += 1) {
                if (mult.length) {
                  fc[k] += (animatorProps.fc.v[k] - fc[k]) * mult[0];
                } else {
                  fc[k] += (animatorProps.fc.v[k] - fc[k]) * mult;
                }
              }
            }
            if (animatorProps.fh.propType) {
              if (mult.length) {
                fc = addHueToRGB(fc, animatorProps.fh.v * mult[0]);
              } else {
                fc = addHueToRGB(fc, animatorProps.fh.v * mult);
              }
            }
            if (animatorProps.fs.propType) {
              if (mult.length) {
                fc = addSaturationToRGB(fc, animatorProps.fs.v * mult[0]);
              } else {
                fc = addSaturationToRGB(fc, animatorProps.fs.v * mult);
              }
            }
            if (animatorProps.fb.propType) {
              if (mult.length) {
                fc = addBrightnessToRGB(fc, animatorProps.fb.v * mult[0]);
              } else {
                fc = addBrightnessToRGB(fc, animatorProps.fb.v * mult);
              }
            }
          }
        }
        for (j = 0; j < jLen; j += 1) {
          animatorProps = animators[j].a;
          if (animatorProps.p.propType) {
            animatorSelector = animators[j].s;
            mult = animatorSelector.getMult(letters[i].anIndexes[j], textData.a[j].s.totalChars);
            if (this._hasMaskedPath) {
              if (mult.length) {
                matrixHelper.translate(0, animatorProps.p.v[1] * mult[0], -animatorProps.p.v[2] * mult[1]);
              } else {
                matrixHelper.translate(0, animatorProps.p.v[1] * mult, -animatorProps.p.v[2] * mult);
              }
            } else if (mult.length) {
              matrixHelper.translate(animatorProps.p.v[0] * mult[0], animatorProps.p.v[1] * mult[1], -animatorProps.p.v[2] * mult[2]);
            } else {
              matrixHelper.translate(animatorProps.p.v[0] * mult, animatorProps.p.v[1] * mult, -animatorProps.p.v[2] * mult);
            }
          }
        }
        if (documentData.strokeWidthAnim) {
          letterSw = sw < 0 ? 0 : sw;
        }
        if (documentData.strokeColorAnim) {
          letterSc = 'rgb(' + Math.round(sc[0] * 255) + ',' + Math.round(sc[1] * 255) + ',' + Math.round(sc[2] * 255) + ')';
        }
        if (documentData.fillColorAnim && documentData.fc) {
          letterFc = 'rgb(' + Math.round(fc[0] * 255) + ',' + Math.round(fc[1] * 255) + ',' + Math.round(fc[2] * 255) + ')';
        }
        if (this._hasMaskedPath) {
          matrixHelper.translate(0, -documentData.ls);
          matrixHelper.translate(0, alignment[1] * yOff * 0.01 + yPos, 0);
          if (this._pathData.p.v) {
            tanAngle = (currentPoint.point[1] - prevPoint.point[1]) / (currentPoint.point[0] - prevPoint.point[0]);
            var rot = Math.atan(tanAngle) * 180 / Math.PI;
            if (currentPoint.point[0] < prevPoint.point[0]) {
              rot += 180;
            }
            matrixHelper.rotate(-rot * Math.PI / 180);
          }
          matrixHelper.translate(xPathPos, yPathPos, 0);
          currentLength -= alignment[0] * letters[i].an * 0.005;
          if (letters[i + 1] && ind !== letters[i + 1].ind) {
            currentLength += letters[i].an / 2;
            currentLength += documentData.tr * 0.001 * documentData.finalSize;
          }
        } else {
          matrixHelper.translate(xPos, yPos, 0);
          if (documentData.ps) {
            // matrixHelper.translate(documentData.ps[0],documentData.ps[1],0);
            matrixHelper.translate(documentData.ps[0], documentData.ps[1] + documentData.ascent, 0);
          }
          switch (documentData.j) {
            case 1:
              matrixHelper.translate(letters[i].animatorJustifyOffset + documentData.justifyOffset + (documentData.boxWidth - documentData.lineWidths[letters[i].line]), 0, 0);
              break;
            case 2:
              matrixHelper.translate(letters[i].animatorJustifyOffset + documentData.justifyOffset + (documentData.boxWidth - documentData.lineWidths[letters[i].line]) / 2, 0, 0);
              break;
            default:
              break;
          }
          matrixHelper.translate(0, -documentData.ls);
          matrixHelper.translate(offf, 0, 0);
          matrixHelper.translate(alignment[0] * letters[i].an * 0.005, alignment[1] * yOff * 0.01, 0);
          xPos += letters[i].l + documentData.tr * 0.001 * documentData.finalSize;
        }
        if (renderType === 'html') {
          letterM = matrixHelper.toCSS();
        } else if (renderType === 'svg') {
          letterM = matrixHelper.to2dCSS();
        } else {
          letterP = [matrixHelper.props[0], matrixHelper.props[1], matrixHelper.props[2], matrixHelper.props[3], matrixHelper.props[4], matrixHelper.props[5], matrixHelper.props[6], matrixHelper.props[7], matrixHelper.props[8], matrixHelper.props[9], matrixHelper.props[10], matrixHelper.props[11], matrixHelper.props[12], matrixHelper.props[13], matrixHelper.props[14], matrixHelper.props[15]];
        }
        letterO = elemOpacity;
      }
      if (renderedLettersCount <= i) {
        letterValue = new LetterProps(letterO, letterSw, letterSc, letterFc, letterM, letterP);
        this.renderedLetters.push(letterValue);
        renderedLettersCount += 1;
        this.lettersChangedFlag = true;
      } else {
        letterValue = this.renderedLetters[i];
        this.lettersChangedFlag = letterValue.update(letterO, letterSw, letterSc, letterFc, letterM, letterP) || this.lettersChangedFlag;
      }
    }
  };
  TextAnimatorProperty.prototype.getValue = function () {
    if (this._elem.globalData.frameId === this._frameId) {
      return;
    }
    this._frameId = this._elem.globalData.frameId;
    this.iterateDynamicProperties();
  };
  TextAnimatorProperty.prototype.mHelper = new Matrix();
  TextAnimatorProperty.prototype.defaultPropsArray = [];
  extendPrototype([DynamicPropertyContainer], TextAnimatorProperty);

function ISolidElement(data, globalData, comp) {
    this.initElement(data, globalData, comp);
  }
  extendPrototype([IImageElement], ISolidElement);
  ISolidElement.prototype.createContent = function () {
    var rect = createNS('rect');
    /// /rect.style.width = this.data.sw;
    /// /rect.style.height = this.data.sh;
    /// /rect.style.fill = this.data.sc;
    rect.setAttribute('width', this.data.sw);
    rect.setAttribute('height', this.data.sh);
    rect.setAttribute('fill', this.data.sc);
    this.layerElement.appendChild(rect);
  };

/* ICompElement.prototype.hide = function(){
      if(!this.hidden){
          this.hideElement();
          var i,len = this.elements.length;
          for( i = 0; i < len; i+=1 ){
              if(this.elements[i]){
                  this.elements[i].hide();
              }
          }
      }
  }; */

ICompElement.prototype.prepareFrame = function (num) {
    this._mdf = false;
    this.prepareRenderableFrame(num);
    this.prepareProperties(num, this.isInRange);
    if (!this.isInRange && !this.data.xt) {
      return;
    }
    if (!this.tm._placeholder) {
      var timeRemapped = this.tm.v;
      if (timeRemapped === this.data.op) {
        timeRemapped = this.data.op - 1;
      }
      this.renderedFrame = timeRemapped;
    } else {
      this.renderedFrame = num / this.data.sr;
    }
    var i;
    var len = this.elements.length;
    if (!this.completeLayers) {
      this.checkLayers(this.renderedFrame);
    }
    // This iteration needs to be backwards because of how expressions connect between each other
    for (i = len - 1; i >= 0; i -= 1) {
      if (this.completeLayers || this.elements[i]) {
        this.elements[i].prepareFrame(this.renderedFrame - this.layers[i].st);
        if (this.elements[i]._mdf) {
          this._mdf = true;
        }
      }
    }
  };
  ICompElement.prototype.renderInnerContent = function () {
    var i;
    var len = this.layers.length;
    for (i = 0; i < len; i += 1) {
      if (this.completeLayers || this.elements[i]) {
        this.elements[i].renderFrame();
      }
    }
  };
  ICompElement.prototype.setElements = function (elems) {
    this.elements = elems;
  };
  ICompElement.prototype.getElements = function () {
    return this.elements;
  };
  ICompElement.prototype.destroyElements = function () {
    var i;
    var len = this.layers.length;
    for (i = 0; i < len; i += 1) {
      if (this.elements[i]) {
        this.elements[i].destroy();
      }
    }
  };
  ICompElement.prototype.destroy = function () {
    this.destroyElements();
    this.destroyBaseElement();
  };

var lumaLoader = function lumaLoader() {
    var id = '__lottie_element_luma_buffer';
    var lumaBuffer = null;
    var lumaBufferCtx = null;
    var svg = null;

// This alternate solution has a slight delay before the filter is applied, resulting in a flicker on the first frame.
    // Keeping this here for reference, and in the future, if offscreen canvas supports url filters, this can be used.
    // For now, neither of them work for offscreen canvas, so canvas workers can't support the luma track matte mask.
    // Naming it solution 2 to mark the extra comment lines.
    /*
    var svgString = [
      '<svg xmlns="http://www.w3.org/2000/svg">',
      '<filter id="' + id + '">',
      '<feColorMatrix type="matrix" color-interpolation-filters="sRGB" values="',
      '0.3, 0.3, 0.3, 0, 0, ',
      '0.3, 0.3, 0.3, 0, 0, ',
      '0.3, 0.3, 0.3, 0, 0, ',
      '0.3, 0.3, 0.3, 0, 0',
      '"/>',
      '</filter>',
      '</svg>',
    ].join('');
    var blob = new Blob([svgString], { type: 'image/svg+xml' });
    var url = URL.createObjectURL(blob);
    */

// If the mask is a Luma matte, we need to do two extra painting operations
        // the _isProxy check is to avoid drawing a fake canvas in workers that will throw an error
        if (this.data.tt >= 3 && !document._isProxy) {
          // We copy the painted mask to a buffer that has a color matrix filter applied to it
          // that applies the rgb values to the alpha channel
          var lumaBuffer = assetLoader.getLumaCanvas(this.canvasContext.canvas);
          var lumaBufferCtx = lumaBuffer.getContext('2d');
          lumaBufferCtx.drawImage(this.canvasContext.canvas, 0, 0);
          this.clearCanvas(this.canvasContext);
          // we repaint the context with the mask applied to it
          this.canvasContext.drawImage(lumaBuffer, 0, 0);
        }
        this.canvasContext.globalCompositeOperation = operationsMap[this.data.tt];
        this.canvasContext.drawImage(buffer, 0, 0);
        // We finally draw the first buffer (that contains the content of the global drawing)
        // We use destination-over to draw the global drawing below the current layer
        this.canvasContext.globalCompositeOperation = 'destination-over';
        this.canvasContext.drawImage(this.buffers[0], 0, 0);
        this.canvasContext.setTransform(this.currentTransform);
        // We reset the globalCompositeOperation to source-over, the standard type of operation
        this.canvasContext.globalCompositeOperation = 'source-over';
      }
    },
    renderFrame: function renderFrame(forceRender) {
      if (this.hidden || this.data.hd) {
        return;
      }
      if (this.data.td === 1 && !forceRender) {
        return;
      }
      this.renderTransform();
      this.renderRenderable();
      this.renderLocalTransform();
      this.setBlendMode();
      var forceRealStack = this.data.ty === 0;
      this.prepareLayer();
      this.globalData.renderer.save(forceRealStack);
      this.globalData.renderer.ctxTransform(this.finalTransform.localMat.props);
      this.globalData.renderer.ctxOpacity(this.finalTransform.localOpacity);
      this.renderInnerContent();
      this.globalData.renderer.restore(forceRealStack);
      this.exitLayer();
      if (this.maskManager.hasMasks) {
        this.globalData.renderer.restore(true);
      }
      if (this._isFirstFrame) {
        this._isFirstFrame = false;
      }
    },
    destroy: function destroy() {
      this.canvasContext = null;
      this.data = null;
      this.globalData = null;
      this.maskManager.destroy();
    },
    mHelper: new Matrix()
  };
  CVBaseElement.prototype.hide = CVBaseElement.prototype.hideElement;
  CVBaseElement.prototype.show = CVBaseElement.prototype.showElement;

// Skipping style when
      // Stroke width equals 0
      // style should not be rendered (extra unused repeaters)
      // current opacity equals 0
      // global opacity equals 0
      if (!((type === 'st' || type === 'gs') && currentStyle.wi === 0 || !currentStyle.data._shouldRender || currentStyle.coOp === 0 || this.globalData.currentGlobalAlpha === 0)) {
        renderer.save();
        elems = currentStyle.elements;
        if (type === 'st' || type === 'gs') {
          renderer.ctxStrokeStyle(type === 'st' ? currentStyle.co : currentStyle.grd);
          // ctx.strokeStyle = type === 'st' ? currentStyle.co : currentStyle.grd;
          renderer.ctxLineWidth(currentStyle.wi);
          // ctx.lineWidth = currentStyle.wi;
          renderer.ctxLineCap(currentStyle.lc);
          // ctx.lineCap = currentStyle.lc;
          renderer.ctxLineJoin(currentStyle.lj);
          // ctx.lineJoin = currentStyle.lj;
          renderer.ctxMiterLimit(currentStyle.ml || 0);
          // ctx.miterLimit = currentStyle.ml || 0;
        } else {
          renderer.ctxFillStyle(type === 'fl' ? currentStyle.co : currentStyle.grd);
          // ctx.fillStyle = type === 'fl' ? currentStyle.co : currentStyle.grd;
        }
        renderer.ctxOpacity(currentStyle.coOp);
        if (type !== 'st' && type !== 'gs') {
          ctx.beginPath();
        }
        renderer.ctxTransform(currentStyle.preTransforms.finalTransform.props);
        jLen = elems.length;
        for (j = 0; j < jLen; j += 1) {
          if (type === 'st' || type === 'gs') {
            ctx.beginPath();
            if (currentStyle.da) {
              ctx.setLineDash(currentStyle.da);
              ctx.lineDashOffset = currentStyle["do"];
            }
          }
          nodes = elems[j].trNodes;
          kLen = nodes.length;
          for (k = 0; k < kLen; k += 1) {
            if (nodes[k].t === 'm') {
              ctx.moveTo(nodes[k].p[0], nodes[k].p[1]);
            } else if (nodes[k].t === 'c') {
              ctx.bezierCurveTo(nodes[k].pts[0], nodes[k].pts[1], nodes[k].pts[2], nodes[k].pts[3], nodes[k].pts[4], nodes[k].pts[5]);
            } else {
              ctx.closePath();
            }
          }
          if (type === 'st' || type === 'gs') {
            // ctx.stroke();
            renderer.ctxStroke();
            if (currentStyle.da) {
              ctx.setLineDash(this.dashResetter);
            }
          }
        }
        if (type !== 'st' && type !== 'gs') {
          // ctx.fill(currentStyle.r);
          this.globalData.renderer.ctxFill(currentStyle.r);
        }
        renderer.restore();
      }
    }
  };
  CVShapeElement.prototype.renderShape = function (parentTransform, items, data, isMain) {
    var i;
    var len = items.length - 1;
    var groupTransform;
    groupTransform = parentTransform;
    for (i = len; i >= 0; i -= 1) {
      if (items[i].ty === 'tr') {
        groupTransform = data[i].transform;
        this.renderShapeTransform(parentTransform, groupTransform);
      } else if (items[i].ty === 'sh' || items[i].ty === 'el' || items[i].ty === 'rc' || items[i].ty === 'sr') {
        this.renderPath(items[i], data[i]);
      } else if (items[i].ty === 'fl') {
        this.renderFill(items[i], data[i], groupTransform);
      } else if (items[i].ty === 'st') {
        this.renderStroke(items[i], data[i], groupTransform);
      } else if (items[i].ty === 'gf' || items[i].ty === 'gs') {
        this.renderGradientFill(items[i], data[i], groupTransform);
      } else if (items[i].ty === 'gr') {
        this.renderShape(groupTransform, items[i].it, data[i].it);
      } else if (items[i].ty === 'tm') {
        //
      }
    }
    if (isMain) {
      this.drawLayer();
    }
  };
  CVShapeElement.prototype.renderStyledShape = function (styledShape, shape) {
    if (this._isFirstFrame || shape._mdf || styledShape.transforms._mdf) {
      var shapeNodes = styledShape.trNodes;
      var paths = shape.paths;
      var i;
      var len;
      var j;
      var jLen = paths._length;
      shapeNodes.length = 0;
      var groupTransformMat = styledShape.transforms.finalTransform;
      for (j = 0; j < jLen; j += 1) {
        var pathNodes = paths.shapes[j];
        if (pathNodes && pathNodes.v) {
          len = pathNodes._length;
          for (i = 1; i < len; i += 1) {
            if (i === 1) {
              shapeNodes.push({
                t: 'm',
                p: groupTransformMat.applyToPointArray(pathNodes.v[0][0], pathNodes.v[0][1], 0)
              });
            }
            shapeNodes.push({
              t: 'c',
              pts: groupTransformMat.applyToTriplePoints(pathNodes.o[i - 1], pathNodes.i[i], pathNodes.v[i])
            });
          }
          if (len === 1) {
            shapeNodes.push({
              t: 'm',
              p: groupTransformMat.applyToPointArray(pathNodes.v[0][0], pathNodes.v[0][1], 0)
            });
          }
          if (pathNodes.c && len) {
            shapeNodes.push({
              t: 'c',
              pts: groupTransformMat.applyToTriplePoints(pathNodes.o[i - 1], pathNodes.i[0], pathNodes.v[0])
            });
            shapeNodes.push({
              t: 'z'
            });
          }
        }
      }
      styledShape.trNodes = shapeNodes;
    }
  };
  CVShapeElement.prototype.renderPath = function (pathData, itemData) {
    if (pathData.hd !== true && pathData._shouldRender) {
      var i;
      var len = itemData.styledShapes.length;
      for (i = 0; i < len; i += 1) {
        this.renderStyledShape(itemData.styledShapes[i], itemData.sh);
      }
    }
  };
  CVShapeElement.prototype.renderFill = function (styleData, itemData, groupTransform) {
    var styleElem = itemData.style;
    if (itemData.c._mdf || this._isFirstFrame) {
      styleElem.co = 'rgb(' + bmFloor(itemData.c.v[0]) + ',' + bmFloor(itemData.c.v[1]) + ',' + bmFloor(itemData.c.v[2]) + ')';
    }
    if (itemData.o._mdf || groupTransform._opMdf || this._isFirstFrame) {
      styleElem.coOp = itemData.o.v * groupTransform.opacity;
    }
  };
  CVShapeElement.prototype.renderGradientFill = function (styleData, itemData, groupTransform) {
    var styleElem = itemData.style;
    var grd;
    if (!styleElem.grd || itemData.g._mdf || itemData.s._mdf || itemData.e._mdf || styleData.t !== 1 && (itemData.h._mdf || itemData.a._mdf)) {
      var ctx = this.globalData.canvasContext;
      var pt1 = itemData.s.v;
      var pt2 = itemData.e.v;
      if (styleData.t === 1) {
        grd = ctx.createLinearGradient(pt1[0], pt1[1], pt2[0], pt2[1]);
      } else {
        var rad = Math.sqrt(Math.pow(pt1[0] - pt2[0], 2) + Math.pow(pt1[1] - pt2[1], 2));
        var ang = Math.atan2(pt2[1] - pt1[1], pt2[0] - pt1[0]);
        var percent = itemData.h.v;
        if (percent >= 1) {
          percent = 0.99;
        } else if (percent <= -1) {
          percent = -0.99;
        }
        var dist = rad * percent;
        var x = Math.cos(ang + itemData.a.v) * dist + pt1[0];
        var y = Math.sin(ang + itemData.a.v) * dist + pt1[1];
        grd = ctx.createRadialGradient(x, y, 0, pt1[0], pt1[1], rad);
      }
      var i;
      var len = styleData.g.p;
      var cValues = itemData.g.c;
      var opacity = 1;
      for (i = 0; i < len; i += 1) {
        if (itemData.g._hasOpacity && itemData.g._collapsable) {
          opacity = itemData.g.o[i * 2 + 1];
        }
        grd.addColorStop(cValues[i * 4] / 100, 'rgba(' + cValues[i * 4 + 1] + ',' + cValues[i * 4 + 2] + ',' + cValues[i * 4 + 3] + ',' + opacity + ')');
      }
      styleElem.grd = grd;
    }
    styleElem.coOp = itemData.o.v * groupTransform.opacity;
  };
  CVShapeElement.prototype.renderStroke = function (styleData, itemData, groupTransform) {
    var styleElem = itemData.style;
    var d = itemData.d;
    if (d && (d._mdf || this._isFirstFrame)) {
      styleElem.da = d.dashArray;
      styleElem["do"] = d.dashoffset[0];
    }
    if (itemData.c._mdf || this._isFirstFrame) {
      styleElem.co = 'rgb(' + bmFloor(itemData.c.v[0]) + ',' + bmFloor(itemData.c.v[1]) + ',' + bmFloor(itemData.c.v[2]) + ')';
    }
    if (itemData.o._mdf || groupTransform._opMdf || this._isFirstFrame) {
      styleElem.coOp = itemData.o.v * groupTransform.opacity;
    }
    if (itemData.w._mdf || this._isFirstFrame) {
      styleElem.wi = itemData.w.v;
    }
  };
  CVShapeElement.prototype.destroy = function () {
    this.shapesData = null;
    this.globalData = null;
    this.canvasContext = null;
    this.stylesList.length = 0;
    this.itemsData.length = 0;
  };

if (!this.data.singleShape) {
      this.textAnimator.getMeasures(this.textProperty.currentData, this.lettersChangedFlag);
    }
    var i;
    var len;
    var j;
    var jLen;
    var k;
    var kLen;
    var renderedLetters = this.textAnimator.renderedLetters;
    var letters = this.textProperty.currentData.l;
    len = letters.length;
    var renderedLetter;
    var lastFill = null;
    var lastStroke = null;
    var lastStrokeW = null;
    var commands;
    var pathArr;
    var renderer = this.globalData.renderer;
    for (i = 0; i < len; i += 1) {
      if (!letters[i].n) {
        renderedLetter = renderedLetters[i];
        if (renderedLetter) {
          renderer.save();
          renderer.ctxTransform(renderedLetter.p);
          renderer.ctxOpacity(renderedLetter.o);
        }
        if (this.fill) {
          if (renderedLetter && renderedLetter.fc) {
            if (lastFill !== renderedLetter.fc) {
              renderer.ctxFillStyle(renderedLetter.fc);
              lastFill = renderedLetter.fc;
              // ctx.fillStyle = renderedLetter.fc;
            }
          } else if (lastFill !== this.values.fill) {
            lastFill = this.values.fill;
            renderer.ctxFillStyle(this.values.fill);
            // ctx.fillStyle = this.values.fill;
          }
          commands = this.textSpans[i].elem;
          jLen = commands.length;
          this.globalData.canvasContext.beginPath();
          for (j = 0; j < jLen; j += 1) {
            pathArr = commands[j];
            kLen = pathArr.length;
            this.globalData.canvasContext.moveTo(pathArr[0], pathArr[1]);
            for (k = 2; k < kLen; k += 6) {
              this.globalData.canvasContext.bezierCurveTo(pathArr[k], pathArr[k + 1], pathArr[k + 2], pathArr[k + 3], pathArr[k + 4], pathArr[k + 5]);
            }
          }
          this.globalData.canvasContext.closePath();
          renderer.ctxFill();
          // this.globalData.canvasContext.fill();
          /// ctx.fillText(this.textSpans[i].val,0,0);
        }
        if (this.stroke) {
          if (renderedLetter && renderedLetter.sw) {
            if (lastStrokeW !== renderedLetter.sw) {
              lastStrokeW = renderedLetter.sw;
              renderer.ctxLineWidth(renderedLetter.sw);
              // ctx.lineWidth = renderedLetter.sw;
            }
          } else if (lastStrokeW !== this.values.sWidth) {
            lastStrokeW = this.values.sWidth;
            renderer.ctxLineWidth(this.values.sWidth);
            // ctx.lineWidth = this.values.sWidth;
          }
          if (renderedLetter && renderedLetter.sc) {
            if (lastStroke !== renderedLetter.sc) {
              lastStroke = renderedLetter.sc;
              renderer.ctxStrokeStyle(renderedLetter.sc);
              // ctx.strokeStyle = renderedLetter.sc;
            }
          } else if (lastStroke !== this.values.stroke) {
            lastStroke = this.values.stroke;
            renderer.ctxStrokeStyle(this.values.stroke);
            // ctx.strokeStyle = this.values.stroke;
          }
          commands = this.textSpans[i].elem;
          jLen = commands.length;
          this.globalData.canvasContext.beginPath();
          for (j = 0; j < jLen; j += 1) {
            pathArr = commands[j];
            kLen = pathArr.length;
            this.globalData.canvasContext.moveTo(pathArr[0], pathArr[1]);
            for (k = 2; k < kLen; k += 6) {
              this.globalData.canvasContext.bezierCurveTo(pathArr[k], pathArr[k + 1], pathArr[k + 2], pathArr[k + 3], pathArr[k + 4], pathArr[k + 5]);
            }
          }
          this.globalData.canvasContext.closePath();
          renderer.ctxStroke();
          // this.globalData.canvasContext.stroke();
          /// ctx.strokeText(letters[i].val,0,0);
        }
        if (renderedLetter) {
          this.globalData.renderer.restore();
        }
      }
    }
  };

function CVSolidElement(data, globalData, comp) {
    this.initElement(data, globalData, comp);
  }
  extendPrototype([BaseElement, TransformElement, CVBaseElement, HierarchyElement, FrameElement, RenderableElement], CVSolidElement);
  CVSolidElement.prototype.initElement = SVGShapeElement.prototype.initElement;
  CVSolidElement.prototype.prepareFrame = IImageElement.prototype.prepareFrame;
  CVSolidElement.prototype.renderInnerContent = function () {
    // var ctx = this.canvasContext;
    this.globalData.renderer.ctxFillStyle(this.data.sc);
    // ctx.fillStyle = this.data.sc;
    this.globalData.renderer.ctxFillRect(0, 0, this.data.sw, this.data.sh);
    // ctx.fillRect(0, 0, this.data.sw, this.data.sh);
    //
  };

// console.log('--------');
    // console.log('NEW: ',num);
    var i;
    var len = this.layers.length;
    if (!this.completeLayers) {
      this.checkLayers(num);
    }
    for (i = len - 1; i >= 0; i -= 1) {
      if (this.completeLayers || this.elements[i]) {
        this.elements[i].prepareFrame(num - this.layers[i].st);
      }
    }
    if (this.globalData._mdf) {
      if (this.renderConfig.clearCanvas === true) {
        this.canvasContext.clearRect(0, 0, this.transformCanvas.w, this.transformCanvas.h);
      } else {
        this.save();
      }
      for (i = len - 1; i >= 0; i -= 1) {
        if (this.completeLayers || this.elements[i]) {
          this.elements[i].renderFrame();
        }
      }
      if (this.renderConfig.clearCanvas !== true) {
        this.restore();
      }
    }
  };
  CanvasRendererBase.prototype.buildItem = function (pos) {
    var elements = this.elements;
    if (elements[pos] || this.layers[pos].ty === 99) {
      return;
    }
    var element = this.createItem(this.layers[pos], this, this.globalData);
    elements[pos] = element;
    element.initExpressions();
    /* if(this.layers[pos].ty === 0){
          element.resize(this.globalData.transformCanvas);
      } */
  };
  CanvasRendererBase.prototype.checkPendingElements = function () {
    while (this.pendingElements.length) {
      var element = this.pendingElements.pop();
      element.checkParenting();
    }
  };
  CanvasRendererBase.prototype.hide = function () {
    this.animationItem.container.style.display = 'none';
  };
  CanvasRendererBase.prototype.show = function () {
    this.animationItem.container.style.display = 'block';
  };

if (a === 0 && b === 0) {
        //
      } else if (a === 0) {
        t = -c / b;
        if (t > 0 && t < 1) {
          bounds[i].push(this.calculateF(t, p0, p1, p2, p3, i));
        }
      } else {
        b2ac = b * b - 4 * c * a;
        if (b2ac >= 0) {
          t1 = (-b + bmSqrt(b2ac)) / (2 * a);
          if (t1 > 0 && t1 < 1) bounds[i].push(this.calculateF(t1, p0, p1, p2, p3, i));
          t2 = (-b - bmSqrt(b2ac)) / (2 * a);
          if (t2 > 0 && t2 < 1) bounds[i].push(this.calculateF(t2, p0, p1, p2, p3, i));
        }
      }
    }
    this.shapeBoundingBox.left = bmMin.apply(null, bounds[0]);
    this.shapeBoundingBox.top = bmMin.apply(null, bounds[1]);
    this.shapeBoundingBox.right = bmMax.apply(null, bounds[0]);
    this.shapeBoundingBox.bottom = bmMax.apply(null, bounds[1]);
  };
  HShapeElement.prototype.calculateF = function (t, p0, p1, p2, p3, i) {
    return bmPow(1 - t, 3) * p0[i] + 3 * bmPow(1 - t, 2) * t * p1[i] + 3 * (1 - t) * bmPow(t, 2) * p2[i] + bmPow(t, 3) * p3[i];
  };
  HShapeElement.prototype.calculateBoundingBox = function (itemsData, boundingBox) {
    var i;
    var len = itemsData.length;
    for (i = 0; i < len; i += 1) {
      if (itemsData[i] && itemsData[i].sh) {
        this.calculateShapeBoundingBox(itemsData[i], boundingBox);
      } else if (itemsData[i] && itemsData[i].it) {
        this.calculateBoundingBox(itemsData[i].it, boundingBox);
      } else if (itemsData[i] && itemsData[i].style && itemsData[i].w) {
        this.expandStrokeBoundingBox(itemsData[i].w, boundingBox);
      }
    }
  };
  HShapeElement.prototype.expandStrokeBoundingBox = function (widthProperty, boundingBox) {
    var width = 0;
    if (widthProperty.keyframes) {
      for (var i = 0; i < widthProperty.keyframes.length; i += 1) {
        var kfw = widthProperty.keyframes[i].s;
        if (kfw > width) {
          width = kfw;
        }
      }
      width *= widthProperty.mult;
    } else {
      width = widthProperty.v * widthProperty.mult;
    }
    boundingBox.x -= width;
    boundingBox.xMax += width;
    boundingBox.y -= width;
    boundingBox.yMax += width;
  };
  HShapeElement.prototype.currentBoxContains = function (box) {
    return this.currentBBox.x <= box.x && this.currentBBox.y <= box.y && this.currentBBox.width + this.currentBBox.x >= box.x + box.width && this.currentBBox.height + this.currentBBox.y >= box.y + box.height;
  };
  HShapeElement.prototype.renderInnerContent = function () {
    this._renderShapeFrame();
    if (!this.hidden && (this._isFirstFrame || this._mdf)) {
      var tempBoundingBox = this.tempBoundingBox;
      var max = 999999;
      tempBoundingBox.x = max;
      tempBoundingBox.xMax = -max;
      tempBoundingBox.y = max;
      tempBoundingBox.yMax = -max;
      this.calculateBoundingBox(this.itemsData, tempBoundingBox);
      tempBoundingBox.width = tempBoundingBox.xMax < tempBoundingBox.x ? 0 : tempBoundingBox.xMax - tempBoundingBox.x;
      tempBoundingBox.height = tempBoundingBox.yMax < tempBoundingBox.y ? 0 : tempBoundingBox.yMax - tempBoundingBox.y;
      // var tempBoundingBox = this.shapeCont.getBBox();
      if (this.currentBoxContains(tempBoundingBox)) {
        return;
      }
      var changed = false;
      if (this.currentBBox.w !== tempBoundingBox.width) {
        this.currentBBox.w = tempBoundingBox.width;
        this.shapeCont.setAttribute('width', tempBoundingBox.width);
        changed = true;
      }
      if (this.currentBBox.h !== tempBoundingBox.height) {
        this.currentBBox.h = tempBoundingBox.height;
        this.shapeCont.setAttribute('height', tempBoundingBox.height);
        changed = true;
      }
      if (changed || this.currentBBox.x !== tempBoundingBox.x || this.currentBBox.y !== tempBoundingBox.y) {
        this.currentBBox.w = tempBoundingBox.width;
        this.currentBBox.h = tempBoundingBox.height;
        this.currentBBox.x = tempBoundingBox.x;
        this.currentBBox.y = tempBoundingBox.y;
        this.shapeCont.setAttribute('viewBox', this.currentBBox.x + ' ' + this.currentBBox.y + ' ' + this.currentBBox.w + ' ' + this.currentBBox.h);
        var shapeStyle = this.shapeCont.style;
        var shapeTransform = 'translate(' + this.currentBBox.x + 'px,' + this.currentBBox.y + 'px)';
        shapeStyle.transform = shapeTransform;
        shapeStyle.webkitTransform = shapeTransform;
      }
    }
  };

// TODO: find a better way to make the HCamera element to be compatible with the LayerInterface and TransformInterface.
    this.finalTransform = {
      mProp: this
    };
  }
  extendPrototype([BaseElement, FrameElement, HierarchyElement], HCameraElement);
  HCameraElement.prototype.setup = function () {
    var i;
    var len = this.comp.threeDElements.length;
    var comp;
    var perspectiveStyle;
    var containerStyle;
    for (i = 0; i < len; i += 1) {
      // [perspectiveElem,container]
      comp = this.comp.threeDElements[i];
      if (comp.type === '3d') {
        perspectiveStyle = comp.perspectiveElem.style;
        containerStyle = comp.container.style;
        var perspective = this.pe.v + 'px';
        var origin = '0px 0px 0px';
        var matrix = 'matrix3d(1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1)';
        perspectiveStyle.perspective = perspective;
        perspectiveStyle.webkitPerspective = perspective;
        containerStyle.transformOrigin = origin;
        containerStyle.mozTransformOrigin = origin;
        containerStyle.webkitTransformOrigin = origin;
        perspectiveStyle.transform = matrix;
        perspectiveStyle.webkitTransform = matrix;
      }
    }
  };
  HCameraElement.prototype.createElements = function () {};
  HCameraElement.prototype.hide = function () {};
  HCameraElement.prototype.renderFrame = function () {
    var _mdf = this._isFirstFrame;
    var i;
    var len;
    if (this.hierarchy) {
      len = this.hierarchy.length;
      for (i = 0; i < len; i += 1) {
        _mdf = this.hierarchy[i].finalTransform.mProp._mdf || _mdf;
      }
    }
    if (_mdf || this.pe._mdf || this.p && this.p._mdf || this.px && (this.px._mdf || this.py._mdf || this.pz._mdf) || this.rx._mdf || this.ry._mdf || this.rz._mdf || this.or._mdf || this.a && this.a._mdf) {
      this.mat.reset();
      if (this.hierarchy) {
        len = this.hierarchy.length - 1;
        for (i = len; i >= 0; i -= 1) {
          var mTransf = this.hierarchy[i].finalTransform.mProp;
          this.mat.translate(-mTransf.p.v[0], -mTransf.p.v[1], mTransf.p.v[2]);
          this.mat.rotateX(-mTransf.or.v[0]).rotateY(-mTransf.or.v[1]).rotateZ(mTransf.or.v[2]);
          this.mat.rotateX(-mTransf.rx.v).rotateY(-mTransf.ry.v).rotateZ(mTransf.rz.v);
          this.mat.scale(1 / mTransf.s.v[0], 1 / mTransf.s.v[1], 1 / mTransf.s.v[2]);
          this.mat.translate(mTransf.a.v[0], mTransf.a.v[1], mTransf.a.v[2]);
        }
      }
      if (this.p) {
        this.mat.translate(-this.p.v[0], -this.p.v[1], this.p.v[2]);
      } else {
        this.mat.translate(-this.px.v, -this.py.v, this.pz.v);
      }
      if (this.a) {
        var diffVector;
        if (this.p) {
          diffVector = [this.p.v[0] - this.a.v[0], this.p.v[1] - this.a.v[1], this.p.v[2] - this.a.v[2]];
        } else {
          diffVector = [this.px.v - this.a.v[0], this.py.v - this.a.v[1], this.pz.v - this.a.v[2]];
        }
        var mag = Math.sqrt(Math.pow(diffVector[0], 2) + Math.pow(diffVector[1], 2) + Math.pow(diffVector[2], 2));
        // var lookDir = getNormalizedPoint(getDiffVector(this.a.v,this.p.v));
        var lookDir = [diffVector[0] / mag, diffVector[1] / mag, diffVector[2] / mag];
        var lookLengthOnXZ = Math.sqrt(lookDir[2] * lookDir[2] + lookDir[0] * lookDir[0]);
        var mRotationX = Math.atan2(lookDir[1], lookLengthOnXZ);
        var mRotationY = Math.atan2(lookDir[0], -lookDir[2]);
        this.mat.rotateY(mRotationY).rotateX(-mRotationX);
      }
      this.mat.rotateX(-this.rx.v).rotateY(-this.ry.v).rotateZ(this.rz.v);
      this.mat.rotateX(-this.or.v[0]).rotateY(-this.or.v[1]).rotateZ(this.or.v[2]);
      this.mat.translate(this.globalData.compSize.w / 2, this.globalData.compSize.h / 2, 0);
      this.mat.translate(0, 0, this.pe.v);
      var hasMatrixChanged = !this._prevMat.equals(this.mat);
      if ((hasMatrixChanged || this.pe._mdf) && this.comp.threeDElements) {
        len = this.comp.threeDElements.length;
        var comp;
        var perspectiveStyle;
        var containerStyle;
        for (i = 0; i < len; i += 1) {
          comp = this.comp.threeDElements[i];
          if (comp.type === '3d') {
            if (hasMatrixChanged) {
              var matValue = this.mat.toCSS();
              containerStyle = comp.container.style;
              containerStyle.transform = matValue;
              containerStyle.webkitTransform = matValue;
            }
            if (this.pe._mdf) {
              perspectiveStyle = comp.perspectiveElem.style;
              perspectiveStyle.perspective = this.pe.v + 'px';
              perspectiveStyle.webkitPerspective = this.pe.v + 'px';
            }
          }
        }
        this.mat.clone(this._prevMat);
      }
    }
    this._isFirstFrame = false;
  };
  HCameraElement.prototype.prepareFrame = function (num) {
    this.prepareProperties(num, true);
  };
  HCameraElement.prototype.destroy = function () {};
  HCameraElement.prototype.getBaseElement = function () {
    return null;
  };

Permission is hereby granted, free of charge, to any person obtaining
   a copy of this software and associated documentation files (the
   "Software"), to deal in the Software without restriction, including
   without limitation the rights to use, copy, modify, merge, publish,
   distribute, sublicense, and/or sell copies of the Software, and to
   permit persons to whom the Software is furnished to do so, subject to
   the following conditions:

The above copyright notice and this permission notice shall be
   included in all copies or substantial portions of the Software.

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
   EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
   MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.
   IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY
   CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT,
   TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE
   SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.

function seedRandom(pool, math) {
    //
    // The following constants are related to IEEE 754 limits.
    //
    var global = this,
      width = 256,
      // each RC4 output is 0 <= x < 256
      chunks = 6,
      // at least six RC4 outputs for each double
      digits = 52,
      // there are 52 significant digits in a double
      rngname = 'random',
      // rngname: name for Math.random and Math.seedrandom
      startdenom = math.pow(width, chunks),
      significance = math.pow(2, digits),
      overflow = significance * 2,
      mask = width - 1,
      nodecrypto; // node.js crypto module, initialized at the bottom.

//
    // seedrandom()
    // This is the seedrandom function described above.
    //
    function seedrandom(seed, options, callback) {
      var key = [];
      options = options === true ? {
        entropy: true
      } : options || {};

// Flatten the seed string or build one from local entropy if needed.
      var shortseed = mixkey(flatten(options.entropy ? [seed, tostring(pool)] : seed === null ? autoseed() : seed, 3), key);

// Use the seed to initialize an ARC4 generator.
      var arc4 = new ARC4(key);

// This function returns a random double in [0, 1) that contains
      // randomness in every bit of the mantissa of the IEEE 754 value.
      var prng = function prng() {
        var n = arc4.g(chunks),
          // Start with a numerator n < 2 ^ 48
          d = startdenom,
          //   and denominator d = 2 ^ 48.
          x = 0; //   and no 'extra last byte'.
        while (n < significance) {
          // Fill up all significant digits by
          n = (n + x) * width; //   shifting numerator and
          d *= width; //   denominator and generating a
          x = arc4.g(1); //   new least-significant-byte.
        }
        while (n >= overflow) {
          // To avoid rounding up, before adding
          n /= 2; //   last byte, shift everything
          d /= 2; //   right using integer math until
          x >>>= 1; //   we have exactly the desired bits.
        }
        return (n + x) / d; // Form the number within [0, 1).
      };
      prng.int32 = function () {
        return arc4.g(4) | 0;
      };
      prng.quick = function () {
        return arc4.g(4) / 0x100000000;
      };
      prng["double"] = prng;

// Mix the randomness into accumulated entropy.
      mixkey(tostring(arc4.S), pool);

// Calling convention: what to return as a function of prng, seed, is_math.
      return (options.pass || callback || function (prng, seed, is_math_call, state) {
        if (state) {
          // Load the arc4 state from the given state if it has an S array.
          if (state.S) {
            copy(state, arc4);
          }
          // Only provide the .state method if requested via options.state.
          prng.state = function () {
            return copy(arc4, {});
          };
        }

// If called as a method of Math (Math.seedrandom()), mutate
        // Math.random because that is how seedrandom.js has worked since v1.0.
        if (is_math_call) {
          math[rngname] = prng;
          return seed;
        }

// Otherwise, it is a newer calling convention, so return the
        // prng directly.
        else return prng;
      })(prng, shortseed, 'global' in options ? options.global : this == math, options.state);
    }
    math['seed' + rngname] = seedrandom;

//
    // ARC4
    //
    // An ARC4 implementation.  The constructor takes a key in the form of
    // an array of at most (width) integers that should be 0 <= x < (width).
    //
    // The g(count) method returns a pseudorandom integer that concatenates
    // the next (count) outputs from ARC4.  Its return value is a number x
    // that is in the range 0 <= x < (width ^ count).
    //
    function ARC4(key) {
      var t,
        keylen = key.length,
        me = this,
        i = 0,
        j = me.i = me.j = 0,
        s = me.S = [];

// The empty key [] is treated as [0].
      if (!keylen) {
        key = [keylen++];
      }

// Set up S using the standard key scheduling algorithm.
      while (i < width) {
        s[i] = i++;
      }
      for (i = 0; i < width; i++) {
        s[i] = s[j = mask & j + key[i % keylen] + (t = s[i])];
        s[j] = t;
      }

// The "g" method returns the next (count) outputs as one number.
      me.g = function (count) {
        // Using instance members instead of closure state nearly doubles speed.
        var t,
          r = 0,
          i = me.i,
          j = me.j,
          s = me.S;
        while (count--) {
          t = s[i = mask & i + 1];
          r = r * width + s[mask & (s[i] = s[j = mask & j + t]) + (s[j] = t)];
        }
        me.i = i;
        me.j = j;
        return r;
        // For robust unpredictability, the function call below automatically
        // discards an initial batch of values.  This is called RC4-drop[256].
        // See http://google.com/search?q=rsa+fluhrer+response&btnI
      };
    }

//
    // copy()
    // Copies internal state of ARC4 to or from a plain object.
    //
    function copy(f, t) {
      t.i = f.i;
      t.j = f.j;
      t.S = f.S.slice();
      return t;
    }

//
    // flatten()
    // Converts an object tree to nested arrays of strings.
    //
    function flatten(obj, depth) {
      var result = [],
        typ = _typeof$2(obj),
        prop;
      if (depth && typ == 'object') {
        for (prop in obj) {
          try {
            result.push(flatten(obj[prop], depth - 1));
          } catch (e) {}
        }
      }
      return result.length ? result : typ == 'string' ? obj : obj + '\0';
    }

//
    // mixkey()
    // Mixes a string seed into a key that is an array of integers, and
    // returns a shortened string seed that is equivalent to the result key.
    //
    function mixkey(seed, key) {
      var stringseed = seed + '',
        smear,
        j = 0;
      while (j < stringseed.length) {
        key[mask & j] = mask & (smear ^= key[mask & j] * 19) + stringseed.charCodeAt(j++);
      }
      return tostring(key);
    }

//
    // autoseed()
    // Returns an object for autoseeding, using window.crypto and Node crypto
    // module if available.
    //
    function autoseed() {
      try {
        if (nodecrypto) {
          return tostring(nodecrypto.randomBytes(width));
        }
        var out = new Uint8Array(width);
        (global.crypto || global.msCrypto).getRandomValues(out);
        return tostring(out);
      } catch (e) {
        var browser = global.navigator,
          plugins = browser && browser.plugins;
        return [+new Date(), global, plugins, global.screen, tostring(pool)];
      }
    }

//
    // tostring()
    // Converts an array of charcodes to a string
    //
    function tostring(a) {
      return String.fromCharCode.apply(0, a);
    }

//
    // When seedrandom.js is loaded, we immediately mix a few bits
    // from the built-in RNG into the entropy pool.  Because we do
    // not want to interfere with deterministic PRNG state later,
    // seedrandom will not call math.random on its own again after
    // initialization.
    //
    mixkey(math.random(), pool);

//
    // Nodejs and AMD support: export the implementation as a module using
    // either convention.
    //

// End anonymous scope, and pass initial values.
  }
  ;
  function initialize$2(BMMath) {
    seedRandom([], BMMath);
  }

var propTypes = {
    SHAPE: 'shape'
  };

// TODO: Check if it's possible to return on ShapeInterface the .v value
        // Changed this to a ternary operation because Rollup failed compiling it correctly
        scoped_bm_rt = scoped_bm_rt.propType === propTypes.SHAPE ? scoped_bm_rt.v : scoped_bm_rt;
        return scoped_bm_rt;
      }
      // Bundlers will see these as dead code and unless we reference them
      executeExpression.__preventDeadCodeRemoval = [$bm_transform, anchorPoint, time, velocity, inPoint, outPoint, width, height, name, loop_in, loop_out, smooth, toComp, fromCompToSurface, toWorld, fromWorld, mask, position, rotation, scale, thisComp, numKeys, active, wiggle, loopInDuration, loopOutDuration, comp, lookAt, easeOut, easeIn, ease, nearestKey, key, text, textIndex, textTotal, selectorValue, framesToTime, timeToFrames, sourceRectAtTime, substring, substr, posterizeTime, index, globalData];
      return executeExpression;
    }
    ob.initiateExpression = initiateExpression;
    ob.__preventDeadCodeRemoval = [window, document, XMLHttpRequest, fetch, frames, $bm_neg, add, $bm_sum, $bm_sub, $bm_mul, $bm_div, $bm_mod, clamp, radians_to_degrees, degreesToRadians, degrees_to_radians, normalize, rgbToHsl, hslToRgb, linear, random, createPath, _lottieGlobal];
    ob.resetFrame = resetFrame;
    return ob;
  }();

// TODO: try to avoid using this getter
    function defaultGetter() {
      return defaultUnidimensionalValue;
    }
    return function (property) {
      if (!property) {
        return defaultGetter;
      }
      if (property.propType === 'unidimensional') {
        return UnidimensionalPropertyInterface(property);
      }
      return MultidimensionalPropertyInterface(property);
    };
  }();

var interfaces = {
    layer: LayerExpressionInterface,
    effects: EffectsExpressionInterface,
    comp: CompExpressionInterface,
    shape: ShapeExpressionInterface,
    text: TextExpressionInterface,
    footage: FootageInterface
  };
  function getInterface(type) {
    return interfaces[type] || null;
  }

function SVGProLevelsFilter(filter, filterManager, elem, id) {
    this.filterManager = filterManager;
    var effectElements = this.filterManager.effectElements;
    var feComponentTransfer = createNS('feComponentTransfer');

// Red
    if (effectElements[10].p.k || effectElements[10].p.v !== 0 || effectElements[11].p.k || effectElements[11].p.v !== 1 || effectElements[12].p.k || effectElements[12].p.v !== 1 || effectElements[13].p.k || effectElements[13].p.v !== 0 || effectElements[14].p.k || effectElements[14].p.v !== 1) {
      this.feFuncR = this.createFeFunc('feFuncR', feComponentTransfer);
    }
    // Green
    if (effectElements[17].p.k || effectElements[17].p.v !== 0 || effectElements[18].p.k || effectElements[18].p.v !== 1 || effectElements[19].p.k || effectElements[19].p.v !== 1 || effectElements[20].p.k || effectElements[20].p.v !== 0 || effectElements[21].p.k || effectElements[21].p.v !== 1) {
      this.feFuncG = this.createFeFunc('feFuncG', feComponentTransfer);
    }
    // Blue
    if (effectElements[24].p.k || effectElements[24].p.v !== 0 || effectElements[25].p.k || effectElements[25].p.v !== 1 || effectElements[26].p.k || effectElements[26].p.v !== 1 || effectElements[27].p.k || effectElements[27].p.v !== 0 || effectElements[28].p.k || effectElements[28].p.v !== 1) {
      this.feFuncB = this.createFeFunc('feFuncB', feComponentTransfer);
    }
    // Alpha
    if (effectElements[31].p.k || effectElements[31].p.v !== 0 || effectElements[32].p.k || effectElements[32].p.v !== 1 || effectElements[33].p.k || effectElements[33].p.v !== 1 || effectElements[34].p.k || effectElements[34].p.v !== 0 || effectElements[35].p.k || effectElements[35].p.v !== 1) {
      this.feFuncA = this.createFeFunc('feFuncA', feComponentTransfer);
    }
    // RGB
    if (this.feFuncR || this.feFuncG || this.feFuncB || this.feFuncA) {
      feComponentTransfer.setAttribute('color-interpolation-filters', 'sRGB');
      filter.appendChild(feComponentTransfer);
    }
    if (effectElements[3].p.k || effectElements[3].p.v !== 0 || effectElements[4].p.k || effectElements[4].p.v !== 1 || effectElements[5].p.k || effectElements[5].p.v !== 1 || effectElements[6].p.k || effectElements[6].p.v !== 0 || effectElements[7].p.k || effectElements[7].p.v !== 1) {
      feComponentTransfer = createNS('feComponentTransfer');
      feComponentTransfer.setAttribute('color-interpolation-filters', 'sRGB');
      feComponentTransfer.setAttribute('result', id);
      filter.appendChild(feComponentTransfer);
      this.feFuncRComposed = this.createFeFunc('feFuncR', feComponentTransfer);
      this.feFuncGComposed = this.createFeFunc('feFuncG', feComponentTransfer);
      this.feFuncBComposed = this.createFeFunc('feFuncB', feComponentTransfer);
    }
  }
  SVGProLevelsFilter.prototype.createFeFunc = function (type, feComponentTransfer) {
    var feFunc = createNS(type);
    feFunc.setAttribute('type', 'table');
    feComponentTransfer.appendChild(feFunc);
    return feFunc;
  };
  SVGProLevelsFilter.prototype.getTableValue = function (inputBlack, inputWhite, gamma, outputBlack, outputWhite) {
    var cnt = 0;
    var segments = 256;
    var perc;
    var min = Math.min(inputBlack, inputWhite);
    var max = Math.max(inputBlack, inputWhite);
    var table = Array.call(null, {
      length: segments
    });
    var colorValue;
    var pos = 0;
    var outputDelta = outputWhite - outputBlack;
    var inputDelta = inputWhite - inputBlack;
    while (cnt <= 256) {
      perc = cnt / 256;
      if (perc <= min) {
        colorValue = inputDelta < 0 ? outputWhite : outputBlack;
      } else if (perc >= max) {
        colorValue = inputDelta < 0 ? outputBlack : outputWhite;
      } else {
        colorValue = outputBlack + outputDelta * Math.pow((perc - inputBlack) / inputDelta, 1 / gamma);
      }
      table[pos] = colorValue;
      pos += 1;
      cnt += 256 / (segments - 1);
    }
    return table.join(' ');
  };
  SVGProLevelsFilter.prototype.renderFrame = function (forceRender) {
    if (forceRender || this.filterManager._mdf) {
      var val;
      var effectElements = this.filterManager.effectElements;
      if (this.feFuncRComposed && (forceRender || effectElements[3].p._mdf || effectElements[4].p._mdf || effectElements[5].p._mdf || effectElements[6].p._mdf || effectElements[7].p._mdf)) {
        val = this.getTableValue(effectElements[3].p.v, effectElements[4].p.v, effectElements[5].p.v, effectElements[6].p.v, effectElements[7].p.v);
        this.feFuncRComposed.setAttribute('tableValues', val);
        this.feFuncGComposed.setAttribute('tableValues', val);
        this.feFuncBComposed.setAttribute('tableValues', val);
      }
      if (this.feFuncR && (forceRender || effectElements[10].p._mdf || effectElements[11].p._mdf || effectElements[12].p._mdf || effectElements[13].p._mdf || effectElements[14].p._mdf)) {
        val = this.getTableValue(effectElements[10].p.v, effectElements[11].p.v, effectElements[12].p.v, effectElements[13].p.v, effectElements[14].p.v);
        this.feFuncR.setAttribute('tableValues', val);
      }
      if (this.feFuncG && (forceRender || effectElements[17].p._mdf || effectElements[18].p._mdf || effectElements[19].p._mdf || effectElements[20].p._mdf || effectElements[21].p._mdf)) {
        val = this.getTableValue(effectElements[17].p.v, effectElements[18].p.v, effectElements[19].p.v, effectElements[20].p.v, effectElements[21].p.v);
        this.feFuncG.setAttribute('tableValues', val);
      }
      if (this.feFuncB && (forceRender || effectElements[24].p._mdf || effectElements[25].p._mdf || effectElements[26].p._mdf || effectElements[27].p._mdf || effectElements[28].p._mdf)) {
        val = this.getTableValue(effectElements[24].p.v, effectElements[25].p.v, effectElements[26].p.v, effectElements[27].p.v, effectElements[28].p.v);
        this.feFuncB.setAttribute('tableValues', val);
      }
      if (this.feFuncA && (forceRender || effectElements[31].p._mdf || effectElements[32].p._mdf || effectElements[33].p._mdf || effectElements[34].p._mdf || effectElements[35].p._mdf)) {
        val = this.getTableValue(effectElements[31].p.v, effectElements[32].p.v, effectElements[33].p.v, effectElements[34].p.v, effectElements[35].p.v);
        this.feFuncA.setAttribute('tableValues', val);
      }
    }
  };

function SVGGaussianBlurEffect(filter, filterManager, elem, id) {
    // Outset the filter region by 100% on all sides to accommodate blur expansion.
    filter.setAttribute('x', '-100%');
    filter.setAttribute('y', '-100%');
    filter.setAttribute('width', '300%');
    filter.setAttribute('height', '300%');
    this.filterManager = filterManager;
    var feGaussianBlur = createNS('feGaussianBlur');
    feGaussianBlur.setAttribute('result', id);
    filter.appendChild(feGaussianBlur);
    this.feGaussianBlur = feGaussianBlur;
  }
  SVGGaussianBlurEffect.prototype.renderFrame = function (forceRender) {
    if (forceRender || this.filterManager._mdf) {
      // Empirical value, matching AE's blur appearance.
      var kBlurrinessToSigma = 0.3;
      var sigma = this.filterManager.effectElements[0].p.v * kBlurrinessToSigma;

// Dimensions mapping:
      //
      //   1 -> horizontal & vertical
      //   2 -> horizontal only
      //   3 -> vertical only
      //
      var dimensions = this.filterManager.effectElements[1].p.v;
      var sigmaX = dimensions == 3 ? 0 : sigma; // eslint-disable-line eqeqeq
      var sigmaY = dimensions == 2 ? 0 : sigma; // eslint-disable-line eqeqeq

this.feGaussianBlur.setAttribute('stdDeviation', sigmaX + ' ' + sigmaY);

// Repeat edges mapping:
      //
      //   0 -> off -> duplicate
      //   1 -> on  -> wrap
      var edgeMode = this.filterManager.effectElements[2].p.v == 1 ? 'wrap' : 'duplicate'; // eslint-disable-line eqeqeq
      this.feGaussianBlur.setAttribute('edgeMode', edgeMode);
    }
  };

function SVGTransformEffect(_, filterManager) {
    this.init(filterManager);
  }
  extendPrototype([TransformEffect], SVGTransformEffect);

function CVTransformEffect(effectsManager) {
    this.init(effectsManager);
  }
  extendPrototype([TransformEffect], CVTransformEffect);

// Registering renderers
  registerRenderer('canvas', CanvasRenderer);
  registerRenderer('html', HybridRenderer);
  registerRenderer('svg', SVGRenderer);

// Registering shape modifiers
  ShapeModifiers.registerModifier('tm', TrimModifier);
  ShapeModifiers.registerModifier('pb', PuckerAndBloatModifier);
  ShapeModifiers.registerModifier('rp', RepeaterModifier);
  ShapeModifiers.registerModifier('rd', RoundCornersModifier);
  ShapeModifiers.registerModifier('zz', ZigZagModifier);
  ShapeModifiers.registerModifier('op', OffsetPathModifier);

// Registering expression plugin
  setExpressionsPlugin(Expressions);
  setExpressionInterfaces(getInterface);
  initialize$1();
  initialize();

// Registering svg effects
  registerEffect$1(20, SVGTintFilter, true);
  registerEffect$1(21, SVGFillFilter, true);
  registerEffect$1(22, SVGStrokeEffect, false);
  registerEffect$1(23, SVGTritoneFilter, true);
  registerEffect$1(24, SVGProLevelsFilter, true);
  registerEffect$1(25, SVGDropShadowEffect, true);
  registerEffect$1(28, SVGMatte3Effect, false);
  registerEffect$1(29, SVGGaussianBlurEffect, true);
  registerEffect$1(35, SVGTransformEffect, false);
  registerEffect(35, CVTransformEffect);

return lottie;

}));

/***/ }),

/***/ "../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 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 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 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 + '`.'
    );
  }

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;
        }

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 // removed by dead control flow
{}

/***/ }),

/***/ "../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) // removed by dead control flow
{} 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";

/***/ }),

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

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

/***/ }),

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

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

/***/ }),

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

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

/***/ }),

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

"use strict";
module.exports = React;

/***/ }),

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

"use strict";
module.exports = ReactDOM;

/***/ })

/******/ 	});
/************************************************************************/
/******/ 	// The module cache
/******/ 	var __webpack_module_cache__ = {};
/******/ 	
/******/ 	// The require function
/******/ 	function __webpack_require__(moduleId) {
/******/ 		// Check if module is in cache
/******/ 		var cachedModule = __webpack_module_cache__[moduleId];
/******/ 		if (cachedModule !== undefined) {
/******/ 			return cachedModule.exports;
/******/ 		}
/******/ 		// Create a new module (and put it into the cache)
/******/ 		var module = __webpack_module_cache__[moduleId] = {
/******/ 			// no module.id needed
/******/ 			// no module.loaded needed
/******/ 			exports: {}
/******/ 		};
/******/ 	
/******/ 		// Execute the module function
/******/ 		__webpack_modules__[moduleId].call(module.exports, module, module.exports, __webpack_require__);
/******/ 	
/******/ 		// Return the exports of the module
/******/ 		return module.exports;
/******/ 	}
/******/ 	
/************************************************************************/
/******/ 	/* webpack/runtime/amd options */
/******/ 	(() => {
/******/ 		__webpack_require__.amdO = {};
/******/ 	})();
/******/ 	
/************************************************************************/
var __webpack_exports__ = {};
// This entry needs to be wrapped in an IIFE because it needs to be in strict mode.
(() => {
"use strict";
/*!******************************************************!*\
  !*** ../modules/promotions/assets/js/react/index.js ***!
  \******************************************************/

var _interopRequireDefault = __webpack_require__(/*! @babel/runtime/helpers/interopRequireDefault */ "../node_modules/@babel/runtime/helpers/interopRequireDefault.js");
var _module = _interopRequireDefault(__webpack_require__(/*! ./module.js */ "../modules/promotions/assets/js/react/module.js"));
new _module.default();
})();

/******/ })()
;
//# sourceMappingURL=e-react-promotions.js.map

Editing: e-react-promotions.js

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