strategy-lab/research/strat_STUMPY/STUMPY_OHLCV.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# Motif identification in STUMPY\n",
    "\n",
    "Idea is to create little pipeline to identify patterns(motifs), pick the top ones and evaluate them by profitability(or some other condition). \n",
    "\n",
    "* load/resample data\n",
    "* apply differencing\n",
    "* calculate motifs with length N\n",
    "* evaluate most prominent motifs (either backtest with certain SL/TP or timebased exit or some other condition)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Load ohlcv dataframe\n",
    "\n",
    "This part just loads ohlcv_df dataframe from local cache. Replace by your ohlcv dataframe."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/html": [
       "<script>\n",
       "    let is_dark_theme = function () {\n",
       "        // Jupyter Lab\n",
       "        if ('jpThemeLight' in document.body.dataset)\n",
       "            return (document.body.dataset.jpThemeLight === \"false\");\n",
       "\n",
       "        // VS Code\n",
       "        if ('vscodeThemeKind' in document.body.dataset)\n",
       "            return document.body.dataset.vscodeThemeKind.includes('dark');\n",
       "\n",
       "        // Jupyter Book\n",
       "        if ('theme' in document.documentElement.dataset)\n",
       "            return document.documentElement.dataset.theme.includes('dark');\n",
       "\n",
       "        // Default\n",
       "        return window.matchMedia('(prefers-color-scheme: dark)').matches;\n",
       "    }\n",
       "\n",
       "    if (is_dark_theme()) {\n",
       "        document.documentElement.classList.add('dark');\n",
       "    }\n",
       "    else {\n",
       "        document.documentElement.classList.remove('dark');\n",
       "    }\n",
       "</script>\n"
      ],
      "text/plain": [
       "<IPython.core.display.HTML object>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "text/html": [
       "<style>:root{--dt-row-selected: 13, 110, 253;--dt-row-selected-text: 255, 255, 255;--dt-row-selected-link: 9, 10, 11;--dt-row-stripe: 0, 0, 0;--dt-row-hover: 0, 0, 0;--dt-column-ordering: 0, 0, 0;--dt-html-background: white}:root.dark{--dt-html-background: rgb(33, 37, 41)}table.dataTable td.dt-control{text-align:center;cursor:pointer}table.dataTable td.dt-control:before{display:inline-block;box-sizing:border-box;content:\"\";border-top:5px solid transparent;border-left:10px solid rgba(0,0,0,.5);border-bottom:5px solid transparent;border-right:0px solid transparent}table.dataTable tr.dt-hasChild td.dt-control:before{border-top:10px solid rgba(0,0,0,.5);border-left:5px solid transparent;border-bottom:0px solid transparent;border-right:5px solid transparent}html.dark table.dataTable td.dt-control:before,:root[data-bs-theme=dark] table.dataTable td.dt-control:before,:root[data-theme=dark] table.dataTable td.dt-control:before{border-left-color:#ffffff80}html.dark table.dataTable tr.dt-hasChild td.dt-control:before,:root[data-bs-theme=dark] table.dataTable tr.dt-hasChild td.dt-control:before,:root[data-theme=dark] table.dataTable tr.dt-hasChild td.dt-control:before{border-top-color:#ffffff80;border-left-color:transparent}div.dt-scroll{width:100%}div.dt-scroll-body thead tr,div.dt-scroll-body tfoot tr{height:0}div.dt-scroll-body thead tr th,div.dt-scroll-body thead tr td,div.dt-scroll-body tfoot tr th,div.dt-scroll-body tfoot tr td{height:0!important;padding-top:0!important;padding-bottom:0!important;border-top-width:0px!important;border-bottom-width:0px!important}div.dt-scroll-body thead tr th div.dt-scroll-sizing,div.dt-scroll-body thead tr td div.dt-scroll-sizing,div.dt-scroll-body tfoot tr th div.dt-scroll-sizing,div.dt-scroll-body tfoot tr td div.dt-scroll-sizing{height:0!important;overflow:hidden!important}table.dataTable thead>tr>th.dt-orderable-asc span.dt-column-order:before,table.dataTable thead>tr>th.dt-ordering-asc span.dt-column-order:before,table.dataTable thead>tr>td.dt-orderable-asc span.dt-column-order:before,table.dataTable thead>tr>td.dt-ordering-asc span.dt-column-order:before{position:absolute;display:block;bottom:50%;content:\"\\25b2\";content:\"\\25b2\"/\"\"}table.dataTable thead>tr>th.dt-orderable-desc span.dt-column-order:after,table.dataTable thead>tr>th.dt-ordering-desc span.dt-column-order:after,table.dataTable thead>tr>td.dt-orderable-desc span.dt-column-order:after,table.dataTable thead>tr>td.dt-ordering-desc span.dt-column-order:after{position:absolute;display:block;top:50%;content:\"\\25bc\";content:\"\\25bc\"/\"\"}table.dataTable thead>tr>th.dt-orderable-asc,table.dataTable thead>tr>th.dt-orderable-desc,table.dataTable thead>tr>th.dt-ordering-asc,table.dataTable thead>tr>th.dt-ordering-desc,table.dataTable thead>tr>td.dt-orderable-asc,table.dataTable thead>tr>td.dt-orderable-desc,table.dataTable thead>tr>td.dt-ordering-asc,table.dataTable thead>tr>td.dt-ordering-desc{position:relative;padding-right:30px}table.dataTable thead>tr>th.dt-orderable-asc span.dt-column-order,table.dataTable thead>tr>th.dt-orderable-desc span.dt-column-order,table.dataTable thead>tr>th.dt-ordering-asc span.dt-column-order,table.dataTable thead>tr>th.dt-ordering-desc span.dt-column-order,table.dataTable thead>tr>td.dt-orderable-asc span.dt-column-order,table.dataTable thead>tr>td.dt-orderable-desc span.dt-column-order,table.dataTable thead>tr>td.dt-ordering-asc span.dt-column-order,table.dataTable thead>tr>td.dt-ordering-desc span.dt-column-order{position:absolute;right:12px;top:0;bottom:0;width:12px}table.dataTable thead>tr>th.dt-orderable-asc span.dt-column-order:before,table.dataTable thead>tr>th.dt-orderable-asc span.dt-column-order:after,table.dataTable thead>tr>th.dt-orderable-desc span.dt-column-order:before,table.dataTable thead>tr>th.dt-orderable-desc span.dt-column-order:after,table.dataTable thead>tr>th.dt-ordering-asc span.dt-column-order:before,table.dataTable thead>tr>th.dt-ordering-asc span.dt-column-order:after,table.dataTable thead>tr>th.dt-ordering-desc span.dt-column-order:before,table.dataTable thead>tr>th.dt-ordering-desc span.dt-column-order:after,table.dataTable thead>tr>td.dt-orderable-asc span.dt-column-order:before,table.dataTable thead>tr>td.dt-orderable-asc span.dt-column-order:after,table.dataTable thead>tr>td.dt-orderable-desc span.dt-column-order:before,table.dataTable thead>tr>td.dt-orderable-desc span.dt-column-order:after,table.dataTable thead>tr>td.dt-ordering-asc span.dt-column-order:before,table.dataTable thead>tr>td.dt-ordering-asc span.dt-column-order:after,table.dataTable thead>tr>td.dt-ordering-desc span.dt-column-order:before,table.dataTable thead>tr>td.dt-ordering-desc span.dt-column-order:after{left:0;opacity:.125;line-height:9px;font-size:.8em}table.dataTable thead>tr>th.dt-orderable-asc,table.dataTable thead>tr>th.dt-orderable-desc,table.dataTable thead>tr>td.dt-orderable-asc,table.dataTable thead>tr>td.dt-orderable-desc{cursor:pointer}table.dataTable thead>tr>th.dt-orderable-asc:hover,table.dataTable thead>tr>th.dt-orderable-desc:hover,table.dataTable thead>tr>td.dt-orderable-asc:hover,table.dataTable thead>tr>td.dt-orderable-desc:hover{outline:2px solid rgba(0,0,0,.05);outline-offset:-2px}table.dataTable thead>tr>th.dt-ordering-asc span.dt-column-order:before,table.dataTable thead>tr>th.dt-ordering-desc span.dt-column-order:after,table.dataTable thead>tr>td.dt-ordering-asc span.dt-column-order:before,table.dataTable thead>tr>td.dt-ordering-desc span.dt-column-order:after{opacity:.6}table.dataTable thead>tr>th.sorting_desc_disabled span.dt-column-order:after,table.dataTable thead>tr>th.sorting_asc_disabled span.dt-column-order:before,table.dataTable thead>tr>td.sorting_desc_disabled span.dt-column-order:after,table.dataTable thead>tr>td.sorting_asc_disabled span.dt-column-order:before{display:none}table.dataTable thead>tr>th:active,table.dataTable thead>tr>td:active{outline:none}div.dt-scroll-body>table.dataTable>thead>tr>th,div.dt-scroll-body>table.dataTable>thead>tr>td{overflow:hidden}:root.dark table.dataTable thead>tr>th.dt-orderable-asc:hover,:root.dark table.dataTable thead>tr>th.dt-orderable-desc:hover,:root.dark table.dataTable thead>tr>td.dt-orderable-asc:hover,:root.dark table.dataTable thead>tr>td.dt-orderable-desc:hover,:root[data-bs-theme=dark] table.dataTable thead>tr>th.dt-orderable-asc:hover,:root[data-bs-theme=dark] table.dataTable thead>tr>th.dt-orderable-desc:hover,:root[data-bs-theme=dark] table.dataTable thead>tr>td.dt-orderable-asc:hover,:root[data-bs-theme=dark] table.dataTable thead>tr>td.dt-orderable-desc:hover{outline:2px solid rgba(255,255,255,.05)}div.dt-processing{position:absolute;top:50%;left:50%;width:200px;margin-left:-100px;margin-top:-22px;text-align:center;padding:2px;z-index:10}div.dt-processing>div:last-child{position:relative;width:80px;height:15px;margin:1em auto}div.dt-processing>div:last-child>div{position:absolute;top:0;width:13px;height:13px;border-radius:50%;background:#0d6efd;background:rgb(var(--dt-row-selected));animation-timing-function:cubic-bezier(0,1,1,0)}div.dt-processing>div:last-child>div:nth-child(1){left:8px;animation:datatables-loader-1 .6s infinite}div.dt-processing>div:last-child>div:nth-child(2){left:8px;animation:datatables-loader-2 .6s infinite}div.dt-processing>div:last-child>div:nth-child(3){left:32px;animation:datatables-loader-2 .6s infinite}div.dt-processing>div:last-child>div:nth-child(4){left:56px;animation:datatables-loader-3 .6s infinite}@keyframes datatables-loader-1{0%{transform:scale(0)}to{transform:scale(1)}}@keyframes datatables-loader-3{0%{transform:scale(1)}to{transform:scale(0)}}@keyframes datatables-loader-2{0%{transform:translate(0)}to{transform:translate(24px)}}table.dataTable.nowrap th,table.dataTable.nowrap td{white-space:nowrap}table.dataTable th,table.dataTable td{box-sizing:border-box}table.dataTable th.dt-left,table.dataTable td.dt-left{text-align:left}table.dataTable th.dt-center,table.dataTable td.dt-center{text-align:center}table.dataTable th.dt-right,table.dataTable td.dt-right{text-align:right}table.dataTable th.dt-justify,table.dataTable td.dt-justify{text-align:justify}table.dataTable th.dt-nowrap,table.dataTable td.dt-nowrap{white-space:nowrap}table.dataTable th.dt-empty,table.dataTable td.dt-empty{text-align:center;vertical-align:top}table.dataTable th.dt-type-numeric,table.dataTable th.dt-type-date,table.dataTable td.dt-type-numeric,table.dataTable td.dt-type-date{text-align:right}table.dataTable thead th,table.dataTable thead td,table.dataTable tfoot th,table.dataTable tfoot td,table.dataTable thead th.dt-head-left,table.dataTable thead td.dt-head-left,table.dataTable tfoot th.dt-head-left,table.dataTable tfoot td.dt-head-left{text-align:left}table.dataTable thead th.dt-head-center,table.dataTable thead td.dt-head-center,table.dataTable tfoot th.dt-head-center,table.dataTable tfoot td.dt-head-center{text-align:center}table.dataTable thead th.dt-head-right,table.dataTable thead td.dt-head-right,table.dataTable tfoot th.dt-head-right,table.dataTable tfoot td.dt-head-right{text-align:right}table.dataTable thead th.dt-head-justify,table.dataTable thead td.dt-head-justify,table.dataTable tfoot th.dt-head-justify,table.dataTable tfoot td.dt-head-justify{text-align:justify}table.dataTable thead th.dt-head-nowrap,table.dataTable thead td.dt-head-nowrap,table.dataTable tfoot th.dt-head-nowrap,table.dataTable tfoot td.dt-head-nowrap{white-space:nowrap}table.dataTable tbody th.dt-body-left,table.dataTable tbody td.dt-body-left{text-align:left}table.dataTable tbody th.dt-body-center,table.dataTable tbody td.dt-body-center{text-align:center}table.dataTable tbody th.dt-body-right,table.dataTable tbody td.dt-body-right{text-align:right}table.dataTable tbody th.dt-body-justify,table.dataTable tbody td.dt-body-justify{text-align:justify}table.dataTable tbody th.dt-body-nowrap,table.dataTable tbody td.dt-body-nowrap{white-space:nowrap}table.dataTable{width:100%;margin:0 auto;border-spacing:0}table.dataTable thead th,table.dataTable tfoot th{font-weight:700}table.dataTable>thead>tr>th,table.dataTable>thead>tr>td{padding:10px;border-bottom:1px solid rgba(0,0,0,.3)}table.dataTable>thead>tr>th:active,table.dataTable>thead>tr>td:active{outline:none}table.dataTable>tfoot>tr>th,table.dataTable>tfoot>tr>td{border-top:1px solid rgba(0,0,0,.3);padding:10px 10px 6px}table.dataTable>tbody>tr{background-color:transparent}table.dataTable>tbody>tr:first-child>*{border-top:none}table.dataTable>tbody>tr:last-child>*{border-bottom:none}table.dataTable>tbody>tr.selected>*{box-shadow:inset 0 0 0 9999px #0d6efde6;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-selected),.9);color:#fff;color:rgb(var(--dt-row-selected-text))}table.dataTable>tbody>tr.selected a{color:#090a0b;color:rgb(var(--dt-row-selected-link))}table.dataTable>tbody>tr>th,table.dataTable>tbody>tr>td{padding:8px 10px}table.dataTable.row-border>tbody>tr>*,table.dataTable.display>tbody>tr>*{border-top:1px solid rgba(0,0,0,.15)}table.dataTable.row-border>tbody>tr:first-child>*,table.dataTable.display>tbody>tr:first-child>*{border-top:none}table.dataTable.row-border>tbody>tr.selected+tr.selected>td,table.dataTable.display>tbody>tr.selected+tr.selected>td{border-top-color:#0d6efda6;border-top-color:rgba(var(--dt-row-selected),.65)}table.dataTable.cell-border>tbody>tr>*{border-top:1px solid rgba(0,0,0,.15);border-right:1px solid rgba(0,0,0,.15)}table.dataTable.cell-border>tbody>tr>*:first-child{border-left:1px solid rgba(0,0,0,.15)}table.dataTable.cell-border>tbody>tr:first-child>*{border-top:1px solid rgba(0,0,0,.3)}table.dataTable.stripe>tbody>tr:nth-child(odd)>*,table.dataTable.display>tbody>tr:nth-child(odd)>*{box-shadow:inset 0 0 0 9999px #00000006;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-stripe),.023)}table.dataTable.stripe>tbody>tr:nth-child(odd).selected>*,table.dataTable.display>tbody>tr:nth-child(odd).selected>*{box-shadow:inset 0 0 0 9999px #0d6efdeb;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-selected),.923)}table.dataTable.hover>tbody>tr:hover>*,table.dataTable.display>tbody>tr:hover>*{box-shadow:inset 0 0 0 9999px #00000009;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-hover),.035)}table.dataTable.hover>tbody>tr.selected:hover>*,table.dataTable.display>tbody>tr.selected:hover>*{box-shadow:inset 0 0 0 9999px #0d6efd!important;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-selected),1)!important}table.dataTable.order-column>tbody tr>.sorting_1,table.dataTable.order-column>tbody tr>.sorting_2,table.dataTable.order-column>tbody tr>.sorting_3,table.dataTable.display>tbody tr>.sorting_1,table.dataTable.display>tbody tr>.sorting_2,table.dataTable.display>tbody tr>.sorting_3{box-shadow:inset 0 0 0 9999px #00000005;box-shadow:inset 0 0 0 9999px rgba(var(--dt-column-ordering),.019)}table.dataTable.order-column>tbody tr.selected>.sorting_1,table.dataTable.order-column>tbody tr.selected>.sorting_2,table.dataTable.order-column>tbody tr.selected>.sorting_3,table.dataTable.display>tbody tr.selected>.sorting_1,table.dataTable.display>tbody tr.selected>.sorting_2,table.dataTable.display>tbody tr.selected>.sorting_3{box-shadow:inset 0 0 0 9999px #0d6efdea;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-selected),.919)}table.dataTable.display>tbody>tr:nth-child(odd)>.sorting_1,table.dataTable.order-column.stripe>tbody>tr:nth-child(odd)>.sorting_1{box-shadow:inset 0 0 0 9999px #0000000e;box-shadow:inset 0 0 0 9999px rgba(var(--dt-column-ordering),.054)}table.dataTable.display>tbody>tr:nth-child(odd)>.sorting_2,table.dataTable.order-column.stripe>tbody>tr:nth-child(odd)>.sorting_2{box-shadow:inset 0 0 0 9999px #0000000c;box-shadow:inset 0 0 0 9999px rgba(var(--dt-column-ordering),.047)}table.dataTable.display>tbody>tr:nth-child(odd)>.sorting_3,table.dataTable.order-column.stripe>tbody>tr:nth-child(odd)>.sorting_3{box-shadow:inset 0 0 0 9999px #0000000a;box-shadow:inset 0 0 0 9999px rgba(var(--dt-column-ordering),.039)}table.dataTable.display>tbody>tr:nth-child(odd).selected>.sorting_1,table.dataTable.order-column.stripe>tbody>tr:nth-child(odd).selected>.sorting_1{box-shadow:inset 0 0 0 9999px #0d6efdf3;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-selected),.954)}table.dataTable.display>tbody>tr:nth-child(odd).selected>.sorting_2,table.dataTable.order-column.stripe>tbody>tr:nth-child(odd).selected>.sorting_2{box-shadow:inset 0 0 0 9999px #0d6efdf1;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-selected),.947)}table.dataTable.display>tbody>tr:nth-child(odd).selected>.sorting_3,table.dataTable.order-column.stripe>tbody>tr:nth-child(odd).selected>.sorting_3{box-shadow:inset 0 0 0 9999px #0d6efdef;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-selected),.939)}table.dataTable.display>tbody>tr.even>.sorting_1,table.dataTable.order-column.stripe>tbody>tr.even>.sorting_1{box-shadow:inset 0 0 0 9999px #00000005;box-shadow:inset 0 0 0 9999px rgba(var(--dt-column-ordering),.019)}table.dataTable.display>tbody>tr.even>.sorting_2,table.dataTable.order-column.stripe>tbody>tr.even>.sorting_2{box-shadow:inset 0 0 0 9999px #00000003;box-shadow:inset 0 0 0 9999px rgba(var(--dt-column-ordering),.011)}table.dataTable.display>tbody>tr.even>.sorting_3,table.dataTable.order-column.stripe>tbody>tr.even>.sorting_3{box-shadow:inset 0 0 0 9999px #00000001;box-shadow:inset 0 0 0 9999px rgba(var(--dt-column-ordering),.003)}table.dataTable.display>tbody>tr.even.selected>.sorting_1,table.dataTable.order-column.stripe>tbody>tr.even.selected>.sorting_1{box-shadow:inset 0 0 0 9999px #0d6efdea;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-selected),.919)}table.dataTable.display>tbody>tr.even.selected>.sorting_2,table.dataTable.order-column.stripe>tbody>tr.even.selected>.sorting_2{box-shadow:inset 0 0 0 9999px #0d6efde8;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-selected),.911)}table.dataTable.display>tbody>tr.even.selected>.sorting_3,table.dataTable.order-column.stripe>tbody>tr.even.selected>.sorting_3{box-shadow:inset 0 0 0 9999px #0d6efde6;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-selected),.903)}table.dataTable.display tbody tr:hover>.sorting_1,table.dataTable.order-column.hover tbody tr:hover>.sorting_1{box-shadow:inset 0 0 0 9999px #00000015;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-hover),.082)}table.dataTable.display tbody tr:hover>.sorting_2,table.dataTable.order-column.hover tbody tr:hover>.sorting_2{box-shadow:inset 0 0 0 9999px #00000013;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-hover),.074)}table.dataTable.display tbody tr:hover>.sorting_3,table.dataTable.order-column.hover tbody tr:hover>.sorting_3{box-shadow:inset 0 0 0 9999px #00000010;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-hover),.062)}table.dataTable.display tbody tr:hover.selected>.sorting_1,table.dataTable.order-column.hover tbody tr:hover.selected>.sorting_1{box-shadow:inset 0 0 0 9999px #0d6efdfa;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-selected),.982)}table.dataTable.display tbody tr:hover.selected>.sorting_2,table.dataTable.order-column.hover tbody tr:hover.selected>.sorting_2{box-shadow:inset 0 0 0 9999px #0d6efdf8;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-selected),.974)}table.dataTable.display tbody tr:hover.selected>.sorting_3,table.dataTable.order-column.hover tbody tr:hover.selected>.sorting_3{box-shadow:inset 0 0 0 9999px #0d6efdf5;box-shadow:inset 0 0 0 9999px rgba(var(--dt-row-selected),.962)}table.dataTable.compact thead th,table.dataTable.compact thead td,table.dataTable.compact tfoot th,table.dataTable.compact tfoot td,table.dataTable.compact tbody th,table.dataTable.compact tbody td{padding:4px}div.dt-container div.dt-layout-row{display:flex;justify-content:space-between;align-items:center;width:100%;margin:.75em 0}div.dt-container div.dt-layout-row div.dt-layout-cell{display:flex;justify-content:space-between;align-items:center}div.dt-container div.dt-layout-row div.dt-layout-cell.dt-layout-start{justify-content:flex-start;margin-right:auto}div.dt-container div.dt-layout-row div.dt-layout-cell.dt-layout-end{justify-content:flex-end;margin-left:auto}div.dt-container div.dt-layout-row div.dt-layout-cell:empty{display:none}@media screen and (max-width: 767px){div.dt-container div.dt-layout-row:not(.dt-layout-table){display:block}div.dt-container div.dt-layout-row:not(.dt-layout-table) div.dt-layout-cell{display:block;text-align:center}div.dt-container div.dt-layout-row:not(.dt-layout-table) div.dt-layout-cell>*{margin:.5em 0}div.dt-container div.dt-layout-row:not(.dt-layout-table) div.dt-layout-cell.dt-layout-start{margin-right:0}div.dt-container div.dt-layout-row:not(.dt-layout-table) div.dt-layout-cell.dt-layout-end{margin-left:0}}div.dt-container div.dt-layout-start>*:not(:last-child){margin-right:1em}div.dt-container div.dt-layout-end>*:not(:first-child){margin-left:1em}div.dt-container div.dt-layout-full{width:100%}div.dt-container div.dt-layout-full>*:only-child{margin-left:auto;margin-right:auto}div.dt-container div.dt-layout-table>div{display:block!important}@media screen and (max-width: 767px){div.dt-container div.dt-layout-start>*:not(:last-child){margin-right:0}div.dt-container div.dt-layout-end>*:not(:first-child){margin-left:0}}div.dt-container{position:relative;clear:both}div.dt-container .dt-search input{border:1px solid #aaa;border-radius:3px;padding:5px;background-color:transparent;color:inherit;margin-left:3px}div.dt-container .dt-input{border:1px solid #aaa;border-radius:3px;padding:5px;background-color:transparent;color:inherit}div.dt-container select.dt-input{padding:4px}div.dt-container .dt-paging .dt-paging-button{box-sizing:border-box;display:inline-block;min-width:1.5em;padding:.5em 1em;margin-left:2px;text-align:center;text-decoration:none!important;cursor:pointer;color:inherit!important;border:1px solid transparent;border-radius:2px;background:transparent}div.dt-container .dt-paging .dt-paging-button.current,div.dt-container .dt-paging .dt-paging-button.current:hover{color:inherit!important;border:1px solid rgba(0,0,0,.3);background-color:#0000000d;background:-webkit-gradient(linear,left top,left bottom,color-stop(0%,rgba(230,230,230,.05)),color-stop(100%,rgba(0,0,0,.05)));background:-webkit-linear-gradient(top,rgba(230,230,230,.05) 0%,rgba(0,0,0,.05) 100%);background:-moz-linear-gradient(top,rgba(230,230,230,.05) 0%,rgba(0,0,0,.05) 100%);background:-ms-linear-gradient(top,rgba(230,230,230,.05) 0%,rgba(0,0,0,.05) 100%);background:-o-linear-gradient(top,rgba(230,230,230,.05) 0%,rgba(0,0,0,.05) 100%);background:linear-gradient(to bottom,#e6e6e60d,#0000000d)}div.dt-container .dt-paging .dt-paging-button.disabled,div.dt-container .dt-paging .dt-paging-button.disabled:hover,div.dt-container .dt-paging .dt-paging-button.disabled:active{cursor:default;color:#00000080!important;border:1px solid transparent;background:transparent;box-shadow:none}div.dt-container .dt-paging .dt-paging-button:hover{color:#fff!important;border:1px solid #111;background-color:#111;background:-webkit-gradient(linear,left top,left bottom,color-stop(0%,#585858),color-stop(100%,#111));background:-webkit-linear-gradient(top,#585858 0%,#111 100%);background:-moz-linear-gradient(top,#585858 0%,#111 100%);background:-ms-linear-gradient(top,#585858 0%,#111 100%);background:-o-linear-gradient(top,#585858 0%,#111 100%);background:linear-gradient(to bottom,#585858,#111)}div.dt-container .dt-paging .dt-paging-button:active{outline:none;background-color:#0c0c0c;background:-webkit-gradient(linear,left top,left bottom,color-stop(0%,#2b2b2b),color-stop(100%,#0c0c0c));background:-webkit-linear-gradient(top,#2b2b2b 0%,#0c0c0c 100%);background:-moz-linear-gradient(top,#2b2b2b 0%,#0c0c0c 100%);background:-ms-linear-gradient(top,#2b2b2b 0%,#0c0c0c 100%);background:-o-linear-gradient(top,#2b2b2b 0%,#0c0c0c 100%);background:linear-gradient(to bottom,#2b2b2b,#0c0c0c);box-shadow:inset 0 0 3px #111}div.dt-container .dt-paging .ellipsis{padding:0 1em}div.dt-container .dt-length,div.dt-container .dt-search,div.dt-container .dt-info,div.dt-container .dt-processing,div.dt-container .dt-paging{color:inherit}div.dt-container .dataTables_scroll{clear:both}div.dt-container .dataTables_scroll div.dt-scroll-body{-webkit-overflow-scrolling:touch}div.dt-container .dataTables_scroll div.dt-scroll-body>table>thead>tr>th,div.dt-container .dataTables_scroll div.dt-scroll-body>table>thead>tr>td,div.dt-container .dataTables_scroll div.dt-scroll-body>table>tbody>tr>th,div.dt-container .dataTables_scroll div.dt-scroll-body>table>tbody>tr>td{vertical-align:middle}div.dt-container .dataTables_scroll div.dt-scroll-body>table>thead>tr>th>div.dataTables_sizing,div.dt-container .dataTables_scroll div.dt-scroll-body>table>thead>tr>td>div.dataTables_sizing,div.dt-container .dataTables_scroll div.dt-scroll-body>table>tbody>tr>th>div.dataTables_sizing,div.dt-container .dataTables_scroll div.dt-scroll-body>table>tbody>tr>td>div.dataTables_sizing{height:0;overflow:hidden;margin:0!important;padding:0!important}div.dt-container.dt-empty-footer tbody>tr:last-child>*{border-bottom:1px solid rgba(0,0,0,.3)}div.dt-container.dt-empty-footer .dt-scroll-body{border-bottom:1px solid rgba(0,0,0,.3)}div.dt-container.dt-empty-footer .dt-scroll-body tbody>tr:last-child>*{border-bottom:none}html.dark{--dt-row-hover: 255, 255, 255;--dt-row-stripe: 255, 255, 255;--dt-column-ordering: 255, 255, 255}html.dark table.dataTable>thead>tr>th,html.dark table.dataTable>thead>tr>td{border-bottom:1px solid rgb(89,91,94)}html.dark table.dataTable>thead>tr>th:active,html.dark table.dataTable>thead>tr>td:active{outline:none}html.dark table.dataTable>tfoot>tr>th,html.dark table.dataTable>tfoot>tr>td{border-top:1px solid rgb(89,91,94)}html.dark table.dataTable.row-border>tbody>tr>*,html.dark table.dataTable.display>tbody>tr>*{border-top:1px solid rgb(64,67,70)}html.dark table.dataTable.row-border>tbody>tr:first-child>*,html.dark table.dataTable.display>tbody>tr:first-child>*{border-top:none}html.dark table.dataTable.row-border>tbody>tr.selected+tr.selected>td,html.dark table.dataTable.display>tbody>tr.selected+tr.selected>td{border-top-color:#0d6efda6;border-top-color:rgba(var(--dt-row-selected),.65)}html.dark table.dataTable.cell-border>tbody>tr>th,html.dark table.dataTable.cell-border>tbody>tr>td{border-top:1px solid rgb(64,67,70);border-right:1px solid rgb(64,67,70)}html.dark table.dataTable.cell-border>tbody>tr>th:first-child,html.dark table.dataTable.cell-border>tbody>tr>td:first-child{border-left:1px solid rgb(64,67,70)}html.dark .dt-container.dt-empty-footer table.dataTable{border-bottom:1px solid rgb(89,91,94)}html.dark .dt-container .dt-search input,html.dark .dt-container .dt-length select{border:1px solid rgba(255,255,255,.2);background-color:var(--dt-html-background)}html.dark .dt-container .dt-paging .dt-paging-button.current,html.dark .dt-container .dt-paging .dt-paging-button.current:hover{border:1px solid rgb(89,91,94);background:#ffffff26}html.dark .dt-container .dt-paging .dt-paging-button.disabled,html.dark .dt-container .dt-paging .dt-paging-button.disabled:hover,html.dark .dt-container .dt-paging .dt-paging-button.disabled:active{color:#666!important}html.dark .dt-container .dt-paging .dt-paging-button:hover{border:1px solid rgb(53,53,53);background:#353535}html.dark .dt-container .dt-paging .dt-paging-button:active{background:#3a3a3a}*[dir=rtl] table.dataTable thead th,*[dir=rtl] table.dataTable thead td,*[dir=rtl] table.dataTable tfoot th,*[dir=rtl] table.dataTable tfoot td{text-align:right}*[dir=rtl] table.dataTable th.dt-type-numeric,*[dir=rtl] table.dataTable th.dt-type-date,*[dir=rtl] table.dataTable td.dt-type-numeric,*[dir=rtl] table.dataTable td.dt-type-date{text-align:left}*[dir=rtl] div.dt-container div.dt-layout-cell.dt-start{text-align:right}*[dir=rtl] div.dt-container div.dt-layout-cell.dt-end{text-align:left}*[dir=rtl] div.dt-container div.dt-search input{margin:0 3px 0 0}@keyframes dtb-spinner{to{transform:rotate(360deg)}}@-o-keyframes dtb-spinner{to{-o-transform:rotate(360deg);transform:rotate(360deg)}}@-ms-keyframes dtb-spinner{to{-ms-transform:rotate(360deg);transform:rotate(360deg)}}@-webkit-keyframes dtb-spinner{to{-webkit-transform:rotate(360deg);transform:rotate(360deg)}}@-moz-keyframes dtb-spinner{to{-moz-transform:rotate(360deg);transform:rotate(360deg)}}div.dataTables_wrapper{position:relative}div.dt-buttons{position:initial}div.dt-buttons .dt-button{overflow:hidden;text-overflow:ellipsis;white-space:nowrap}div.dt-button-info{position:fixed;top:50%;left:50%;width:400px;margin-top:-100px;margin-left:-200px;background-color:#fff;border-radius:.75em;box-shadow:3px 4px 10px 1px #000c;text-align:center;z-index:2003;overflow:hidden}div.dt-button-info h2{padding:2rem 2rem 1rem;margin:0;font-weight:400}div.dt-button-info>div{padding:1em 2em 2em}div.dtb-popover-close{position:absolute;top:6px;right:6px;width:22px;height:22px;text-align:center;border-radius:3px;cursor:pointer;z-index:2003}button.dtb-hide-drop{display:none!important}div.dt-button-collection-title{text-align:center;padding:.3em .5em .5em;margin-left:.5em;margin-right:.5em;font-size:.9em;white-space:nowrap;overflow:hidden;text-overflow:ellipsis}div.dt-button-collection-title:empty{display:none}span.dt-button-spacer{display:inline-block;margin:.5em;white-space:nowrap}span.dt-button-spacer.bar{border-left:1px solid rgba(0,0,0,.3);vertical-align:middle;padding-left:.5em}span.dt-button-spacer.bar:empty{height:1em;width:1px;padding-left:0}div.dt-button-collection .dt-button-active{padding-right:3em}div.dt-button-collection .dt-button-active:after{position:absolute;top:50%;margin-top:-10px;right:1em;display:inline-block;content:\"\\2713\";color:inherit}div.dt-button-collection .dt-button-active.dt-button-split{padding-right:0}div.dt-button-collection .dt-button-active.dt-button-split:after{display:none}div.dt-button-collection .dt-button-active.dt-button-split>*:first-child{padding-right:3em}div.dt-button-collection .dt-button-active.dt-button-split>*:first-child:after{position:absolute;top:50%;margin-top:-10px;right:1em;display:inline-block;content:\"\\2713\";color:inherit}div.dt-button-collection .dt-button-active-a a{padding-right:3em}div.dt-button-collection .dt-button-active-a a:after{position:absolute;right:1em;display:inline-block;content:\"\\2713\";color:inherit}div.dt-button-collection span.dt-button-spacer{width:100%;font-size:.9em;text-align:center;margin:.5em 0}div.dt-button-collection span.dt-button-spacer:empty{height:0;width:100%}div.dt-button-collection span.dt-button-spacer.bar{border-left:none;border-bottom:1px solid rgba(0,0,0,.1);padding-left:0}@media print{table.dataTable tr>*{box-shadow:none!important}}html.dark div.dt-button-info{background-color:var(--dt-html-background);border:1px solid rgba(255,255,255,.15)}div.dt-buttons>.dt-button,div.dt-buttons>div.dt-button-split .dt-button{position:relative;display:inline-block;box-sizing:border-box;margin-left:.167em;margin-right:.167em;margin-bottom:.333em;padding:.5em 1em;border:1px solid rgba(0,0,0,.3);border-radius:2px;cursor:pointer;font-size:.88em;line-height:1.6em;color:inherit;white-space:nowrap;overflow:hidden;background-color:#0000001a;background:linear-gradient(to bottom,#e6e6e61a,#0000001a);filter:progid:DXImageTransform.Microsoft.gradient(GradientType=0,StartColorStr=\"rgba(230, 230, 230, 0.1)\",EndColorStr=\"rgba(0, 0, 0, 0.1)\");-webkit-user-select:none;-moz-user-select:none;-ms-user-select:none;user-select:none;text-decoration:none;outline:none;text-overflow:ellipsis}div.dt-buttons>.dt-button:first-child,div.dt-buttons>div.dt-button-split .dt-button:first-child{margin-left:0}div.dt-buttons>.dt-button.disabled,div.dt-buttons>div.dt-button-split .dt-button.disabled{cursor:default;opacity:.4}div.dt-buttons>.dt-button.dt-button-active:not(.disabled),div.dt-buttons>div.dt-button-split .dt-button.dt-button-active:not(.disabled){background-color:#0000001a;background:linear-gradient(to bottom,#b3b3b31a,#0000001a);filter:progid:DXImageTransform.Microsoft.gradient(GradientType=0,StartColorStr=\"rgba(179, 179, 179, 0.1)\",EndColorStr=\"rgba(0, 0, 0, 0.1)\");box-shadow:inset 1px 1px 3px #999}div.dt-buttons>.dt-button.dt-button-active:not(.disabled):hover:not(.disabled),div.dt-buttons>div.dt-button-split .dt-button.dt-button-active:not(.disabled):hover:not(.disabled){box-shadow:inset 1px 1px 3px #999;background-color:#0000001a;background:linear-gradient(to bottom,#8080801a,#0000001a);filter:progid:DXImageTransform.Microsoft.gradient(GradientType=0,StartColorStr=\"rgba(128, 128, 128, 0.1)\",EndColorStr=\"rgba(0, 0, 0, 0.1)\")}div.dt-buttons>.dt-button:hover,div.dt-buttons>div.dt-button-split .dt-button:hover{text-decoration:none}div.dt-buttons>.dt-button:hover:not(.disabled),div.dt-buttons>div.dt-button-split .dt-button:hover:not(.disabled){border:1px solid #666;background-color:#0000001a;background:linear-gradient(to bottom,#9999991a,#0000001a);filter:progid:DXImageTransform.Microsoft.gradient(GradientType=0,StartColorStr=\"rgba(153, 153, 153, 0.1)\",EndColorStr=\"rgba(0, 0, 0, 0.1)\")}div.dt-buttons>.dt-button:focus:not(.disabled),div.dt-buttons>div.dt-button-split .dt-button:focus:not(.disabled){outline:2px solid rgb(53,132,228)}div.dt-buttons>.dt-button embed,div.dt-buttons>div.dt-button-split .dt-button embed{outline:none}div.dt-buttons>div.dt-button-split .dt-button:first-child{border-right:1px solid rgba(0,0,0,.15);border-top-right-radius:0;border-bottom-right-radius:0}div.dt-buttons>div.dt-button-split .dt-button:first-child:hover{border-right:1px solid #666}div.dt-buttons>div.dt-button-split .dt-button:last-child{border-left:1px solid transparent;border-top-left-radius:0;border-bottom-left-radius:0}div.dt-buttons>div.dt-button-split .dt-button:last-child:hover{border-left:1px solid #666}div.dt-buttons span.dt-button-down-arrow{position:relative;top:-2px;font-size:10px;padding-left:10px;line-height:1em;opacity:.6}div.dt-buttons div.dt-button-split{display:inline-block}div.dt-buttons div.dt-button-split .dt-button:first-child{margin-right:0}div.dt-buttons div.dt-button-split .dt-button:last-child{margin-left:-1px;padding-left:.75em;padding-right:.75em;z-index:2}div.dt-buttons div.dt-button-split .dt-button:last-child span{padding-left:0}div.dt-button-collection{position:absolute;top:0;left:0;width:200px;margin-top:3px;margin-bottom:3px;padding:.75em 0;border:1px solid rgba(0,0,0,.4);background-color:#fff;overflow:hidden;z-index:2002;border-radius:5px;box-shadow:3px 4px 10px 1px #0000004d;box-sizing:border-box}div.dt-button-collection .dt-button{position:relative;left:0;right:0;width:100%;display:block;float:none;background:none;margin:0;padding:.5em 1em;border:none;text-align:left;cursor:pointer;color:inherit}div.dt-button-collection .dt-button.dt-button-active{background:none;box-shadow:none}div.dt-button-collection .dt-button.disabled{cursor:default;opacity:.4}div.dt-button-collection .dt-button:hover:not(.disabled){border:none;background:#9999991a;box-shadow:none}div.dt-button-collection div.dt-button-split{display:flex;flex-direction:row;flex-wrap:wrap;justify-content:flex-start;align-content:flex-start;align-items:stretch}div.dt-button-collection div.dt-button-split button.dt-button{margin:0;display:inline-block;width:0;flex-grow:1;flex-shrink:0;flex-basis:50px}div.dt-button-collection div.dt-button-split button.dt-button-split-drop{min-width:33px;flex:0}div.dt-button-collection.fixed .dt-button{border-radius:.25em;background:#ffffff1a}div.dt-button-collection.fixed{position:fixed;display:block;top:50%;left:50%;margin-left:-75px;border-radius:5px;background-color:#fff;padding:.5em}div.dt-button-collection.fixed.two-column{margin-left:-200px}div.dt-button-collection.fixed.three-column{margin-left:-225px}div.dt-button-collection.fixed.four-column{margin-left:-300px}div.dt-button-collection.fixed.columns{margin-left:-409px}@media screen and (max-width: 1024px){div.dt-button-collection.fixed.columns{margin-left:-308px}}@media screen and (max-width: 640px){div.dt-button-collection.fixed.columns{margin-left:-203px}}@media screen and (max-width: 460px){div.dt-button-collection.fixed.columns{margin-left:-100px}}div.dt-button-collection.fixed>:last-child{max-height:100vh;overflow:auto}div.dt-button-collection.two-column>:last-child,div.dt-button-collection.three-column>:last-child,div.dt-button-collection.four-column>:last-child{display:block!important;-webkit-column-gap:8px;-moz-column-gap:8px;-ms-column-gap:8px;-o-column-gap:8px;column-gap:8px}div.dt-button-collection.two-column>:last-child>*,div.dt-button-collection.three-column>:last-child>*,div.dt-button-collection.four-column>:last-child>*{-webkit-column-break-inside:avoid;break-inside:avoid}div.dt-button-collection.two-column{width:400px}div.dt-button-collection.two-column>:last-child{padding-bottom:1px;column-count:2}div.dt-button-collection.three-column{width:450px}div.dt-button-collection.three-column>:last-child{padding-bottom:1px;column-count:3}div.dt-button-collection.four-column{width:600px}div.dt-button-collection.four-column>:last-child{padding-bottom:1px;column-count:4}div.dt-button-collection .dt-button{border-radius:0}div.dt-button-collection.columns{width:auto}div.dt-button-collection.columns>:last-child{display:flex;flex-wrap:wrap;justify-content:flex-start;align-items:center;gap:6px;width:818px;padding-bottom:1px}div.dt-button-collection.columns>:last-child .dt-button{min-width:200px;flex:0 1;margin:0}div.dt-button-collection.columns.dtb-b3>:last-child,div.dt-button-collection.columns.dtb-b2>:last-child,div.dt-button-collection.columns.dtb-b1>:last-child{justify-content:space-between}div.dt-button-collection.columns.dtb-b3 .dt-button{flex:1 1 32%}div.dt-button-collection.columns.dtb-b2 .dt-button{flex:1 1 48%}div.dt-button-collection.columns.dtb-b1 .dt-button{flex:1 1 100%}@media screen and (max-width: 1024px){div.dt-button-collection.columns>:last-child{width:612px}}@media screen and (max-width: 640px){div.dt-button-collection.columns>:last-child{width:406px}div.dt-button-collection.columns.dtb-b3 .dt-button{flex:0 1 32%}}@media screen and (max-width: 460px){div.dt-button-collection.columns>:last-child{width:200px}}div.dt-button-background{position:fixed;top:0;left:0;width:100%;height:100%;background:#000000b3;background:radial-gradient(ellipse farthest-corner at center,#0000004d,#000000b3);z-index:2001}.dt-button.processing{color:#0003}.dt-button.processing:after{position:absolute;top:50%;left:50%;width:16px;height:16px;margin:-8px 0 0 -8px;box-sizing:border-box;display:block;content:\" \";border:2px solid rgb(40,40,40);border-radius:50%;border-left-color:transparent;border-right-color:transparent;animation:dtb-spinner 1.5s infinite linear;-o-animation:dtb-spinner 1.5s infinite linear;-ms-animation:dtb-spinner 1.5s infinite linear;-webkit-animation:dtb-spinner 1.5s infinite linear;-moz-animation:dtb-spinner 1.5s infinite linear}@media screen and (max-width: 640px){div.dt-buttons{float:none!important;text-align:center}}html.dark div.dt-buttons>.dt-button,html.dark div.dt-buttons>div.dt-button-split .dt-button{border:1px solid rgb(89,91,94);background:#ffffff26}html.dark div.dt-buttons>.dt-button.dt-button-active:not(.disabled),html.dark div.dt-buttons>div.dt-button-split .dt-button.dt-button-active:not(.disabled){background:#b3b3b326;box-shadow:inset 1px 1px 2px #000}html.dark div.dt-buttons>.dt-button.dt-button-active:not(.disabled):hover:not(.disabled),html.dark div.dt-buttons>div.dt-button-split .dt-button.dt-button-active:not(.disabled):hover:not(.disabled){background:#80808026;box-shadow:inset 1px 1px 3px #000}html.dark div.dt-buttons>.dt-button:hover:not(.disabled),html.dark div.dt-buttons>div.dt-button-split .dt-button:hover:not(.disabled){background:#b3b3b326}html.dark div.dt-buttons>.dt-button:focus:not(.disabled),html.dark div.dt-buttons>div.dt-button-split .dt-button:focus:not(.disabled){outline:2px solid rgb(110,168,254)}html.dark div.dt-buttons>div.dt-button-split .dt-button:first-child{border-right:1px solid rgba(255,255,255,.1)}html.dark div.dt-buttons>div.dt-button-split .dt-button:first-child:hover{border-right:1px solid rgb(89,91,94)}html.dark div.dt-buttons>div.dt-button-split .dt-button:last-child:hover{border-left:1px solid rgb(89,91,94)}html.dark div.dt-button-collection{border:1px solid rgba(255,255,255,.15);background-color:#212529;box-shadow:3px 4px 10px 1px #000c}table.dataTable thead tr>.dtfc-fixed-start,table.dataTable thead tr>.dtfc-fixed-end,table.dataTable tfoot tr>.dtfc-fixed-start,table.dataTable tfoot tr>.dtfc-fixed-end{top:0;bottom:0;z-index:3;background-color:#fff}table.dataTable tbody tr>.dtfc-fixed-start,table.dataTable tbody tr>.dtfc-fixed-end{z-index:1;background-color:#fff}table.dataTable tr>.dtfc-fixed-left:after,table.dataTable tr>.dtfc-fixed-right:after{position:absolute;top:0;bottom:0;width:10px;transition:box-shadow .3s;content:\"\";pointer-events:none}table.dataTable tr>.dtfc-fixed-left:after{right:0;transform:translate(100%)}table.dataTable tr>.dtfc-fixed-right:after{left:0;transform:translate(-80%)}table.dataTable.dtfc-scrolling-left tr>.dtfc-fixed-left:after{box-shadow:inset 10px 0 8px -8px #0003}table.dataTable.dtfc-scrolling-right tr>.dtfc-fixed-right:after{box-shadow:inset -10px 0 8px -8px #0003}table.dataTable.dtfc-scrolling-right tr>.dtfc-fixed-right+.dtfc-fixed-right:after{box-shadow:none}div.dt-scroll,div.dtfh-floatingparent{position:relative}div.dt-scroll div.dtfc-top-blocker,div.dt-scroll div.dtfc-bottom-blocker,div.dtfh-floatingparent div.dtfc-top-blocker,div.dtfh-floatingparent div.dtfc-bottom-blocker{position:absolute;background-color:#fff}html.dark table.dataTable thead tr>.dtfc-fixed-start,html.dark table.dataTable thead tr>.dtfc-fixed-end,html.dark table.dataTable tfoot tr>.dtfc-fixed-start,html.dark table.dataTable tfoot tr>.dtfc-fixed-end{background-color:var(--dt-html-background)}html.dark table.dataTable tbody tr>.dtfc-fixed-start,html.dark table.dataTable tbody tr>.dtfc-fixed-end{background-color:var(--dt-html-background)}html.dark table.dataTable.dtfc-scrolling-left tbody>tr>.dtfc-fixed-left:after{box-shadow:inset 10px 0 8px -8px #0000004d}html.dark table.dataTable.dtfc-scrolling-right tbody>tr>.dtfc-fixed-right:after{box-shadow:inset -10px 0 8px -8px #0000004d}html.dark table.dataTable.dtfc-scrolling-right tbody>tr>.dtfc-fixed-right+.dtfc-fixed-right:after{box-shadow:none}html.dark div.dtfc-top-blocker,html.dark div.dtfc-bottom-blocker{background-color:var(--dt-html-background)}table.dataTable tbody th.focus,table.dataTable tbody td.focus{outline:2px solid #36f;outline-offset:-2px}table.dataTable tbody tr.selected th.focus,table.dataTable tbody tr.selected td.focus{outline-color:#03c}div.dtk-focus-alt table.dataTable tbody th.focus,div.dtk-focus-alt table.dataTable tbody td.focus{outline:2px solid #ff8b33;outline-offset:-2px}html.dark table.dataTable tbody th.focus,html.dark table.dataTable tbody td.focus{outline-color:#0d6efd}html.dark table.dataTable tbody tr.selected th.focus,html.dark table.dataTable tbody tr.selected td.focus{outline-color:#0143a3}html.dark div.dtk-focus-alt table.dataTable tbody th.focus,html.dark div.dtk-focus-alt table.dataTable tbody td.focus{outline-color:#ff8b33}table.dataTable tr.dtrg-group th{background-color:#0000001a;text-align:left}table.dataTable tr.dtrg-group.dtrg-level-0 th{font-weight:700}table.dataTable tr.dtrg-group.dtrg-level-1 th,table.dataTable tr.dtrg-group.dtrg-level-2 th,table.dataTable tr.dtrg-group.dtrg-level-3 th,table.dataTable tr.dtrg-group.dtrg-level-4 th,table.dataTable tr.dtrg-group.dtrg-level-5 th{background-color:#0000000d;padding-top:.25em;padding-bottom:.25em;padding-left:2em;font-size:.9em}table.dataTable tr.dtrg-group.dtrg-level-2 th{background-color:#00000003;padding-left:2.5em}table.dataTable tr.dtrg-group.dtrg-level-3 th{background-color:#00000003;padding-left:3em}table.dataTable tr.dtrg-group.dtrg-level-4 th{background-color:#00000003;padding-left:3.5em}table.dataTable tr.dtrg-group.dtrg-level-5 th{background-color:#00000003;padding-left:4em}html.dark table.dataTable tr.dtrg-group th{background-color:#ffffff1a}html.dark table.dataTable tr.dtrg-group.dtrg-level-1 th{background-color:#ffffff0d}html.dark table.dataTable tr.dtrg-group.dtrg-level-2 th,html.dark table.dataTable tr.dtrg-group.dtrg-level-3 th,html.dark table.dataTable tr.dtrg-group.dtrg-level-4 th,html.dark table.dataTable tr.dtrg-group.dtrg-level-5 th{background-color:#ffffff03}div.dt-datetime{position:absolute;background-color:#fff;z-index:2050;border:1px solid #ccc;box-shadow:0 5px 15px -5px #00000080;padding:6px 20px;width:275px;border-radius:5px}div.dt-datetime.inline{position:relative;box-shadow:none}div.dt-datetime div.dt-datetime-title{text-align:center;padding:5px 0 3px}div.dt-datetime div.dt-datetime-buttons{text-align:center}div.dt-datetime div.dt-datetime-buttons a{display:inline-block;padding:0 .5em .5em;margin:0;font-size:.9em}div.dt-datetime div.dt-datetime-buttons a:hover{text-decoration:underline}div.dt-datetime table{border-spacing:0;margin:12px 0;width:100%}div.dt-datetime table.dt-datetime-table-nospace{margin-top:-12px}div.dt-datetime table th{font-size:.8em;color:#777;font-weight:400;width:14.285714286%;padding:0 0 4px;text-align:center}div.dt-datetime table td{font-size:.9em;color:#444;padding:0}div.dt-datetime table td.selectable{text-align:center;background:#f5f5f5}div.dt-datetime table td.selectable.disabled,div.dt-datetime table td.selectable.disabled button:hover{color:#aaa;background:#fff}div.dt-datetime table td.selectable.now{background-color:#ddd}div.dt-datetime table td.selectable.now button{font-weight:700}div.dt-datetime table td.selectable.selected button{background:#4e6ca3;color:#fff;border-radius:2px}div.dt-datetime table td.selectable button:hover{background:#ff8000;color:#fff;border-radius:2px}div.dt-datetime table td.dt-datetime-week{font-size:.7em}div.dt-datetime table button{width:100%;box-sizing:border-box;border:none;background:transparent;font-size:inherit;color:inherit;text-align:center;padding:4px 0;cursor:pointer;margin:0}div.dt-datetime table button span{display:inline-block;min-width:14px;text-align:right}div.dt-datetime table.weekNumber th{width:12.5%}div.dt-datetime div.dt-datetime-calendar table{margin-top:0}div.dt-datetime div.dt-datetime-label{position:relative;display:inline-block;height:30px;padding:5px 6px;border:1px solid transparent;box-sizing:border-box;cursor:pointer}div.dt-datetime div.dt-datetime-label:hover{border:1px solid #ddd;border-radius:2px;background-color:#f5f5f5}div.dt-datetime div.dt-datetime-label select{position:absolute;top:6px;left:0;cursor:pointer;opacity:0}div.dt-datetime.horizontal{width:550px}div.dt-datetime.horizontal div.dt-datetime-date,div.dt-datetime.horizontal div.dt-datetime-time{width:48%}div.dt-datetime.horizontal div.dt-datetime-time{margin-left:4%}div.dt-datetime div.dt-datetime-date{position:relative;float:left;width:100%}div.dt-datetime div.dt-datetime-time{position:relative;float:left;width:100%;text-align:center}div.dt-datetime div.dt-datetime-time>span{vertical-align:middle}div.dt-datetime div.dt-datetime-time th{text-align:left}div.dt-datetime div.dt-datetime-time div.dt-datetime-timeblock{display:inline-block;vertical-align:middle}div.dt-datetime div.dt-datetime-iconLeft,div.dt-datetime div.dt-datetime-iconRight{width:30px;height:30px;background-position:center;background-repeat:no-repeat;opacity:.3;overflow:hidden;box-sizing:border-box;border:1px solid transparent}div.dt-datetime div.dt-datetime-iconLeft:hover,div.dt-datetime div.dt-datetime-iconRight:hover{border:1px solid #ccc;border-radius:2px;background-color:#f0f0f0;opacity:.6}div.dt-datetime div.dt-datetime-iconLeft button,div.dt-datetime div.dt-datetime-iconRight button{border:none;background:transparent;text-indent:30px;height:100%;width:100%;cursor:pointer}div.dt-datetime div.dt-datetime-iconLeft{position:absolute;top:5px;left:5px}div.dt-datetime div.dt-datetime-iconLeft button{position:relative;z-index:1}div.dt-datetime div.dt-datetime-iconLeft:after{position:absolute;top:7px;left:10px;display:block;content:\"\";border-top:7px solid transparent;border-right:7px solid black;border-bottom:7px solid transparent}div.dt-datetime div.dt-datetime-iconRight{position:absolute;top:5px;right:5px}div.dt-datetime div.dt-datetime-iconRight button{position:relative;z-index:1}div.dt-datetime div.dt-datetime-iconRight:after{position:absolute;top:7px;left:12px;display:block;content:\"\";border-top:7px solid transparent;border-left:7px solid black;border-bottom:7px solid transparent}div.dt-datetime-error{clear:both;padding:0 1em;max-width:240px;font-size:11px;line-height:1.25em;text-align:center;color:#b11f1f}html.dark input.dt-datetime{color-scheme:dark}html.dark div.dt-datetime{border:1px solid #595b5e;background-color:#212529;box-shadow:3px 4px 10px 1px #000c}html.dark div.dt-datetime table th{color:#ccc}html.dark div.dt-datetime table td{color:#eee}html.dark div.dt-datetime table td.selectable{background:#373c41}html.dark div.dt-datetime table td.selectable.disabled,html.dark div.dt-datetime table td.selectable.disabled button:hover{color:#aaa;background:#171b1f}html.dark div.dt-datetime table td.selectable.now{background:#4b5055}html.dark div.dt-datetime table td.selectable.selected button{background:#6ea8fe;color:#000}html.dark div.dt-datetime table td.selectable button:hover{background:#ff8000;color:#000}html.dark div.dt-datetime div.dt-datetime-label:hover,html.dark div.dt-datetime div.dt-datetime-iconLeft:hover,html.dark div.dt-datetime div.dt-datetime-iconRight:hover,html.dark div.dt-datetime div.dt-datetime-iconUp:hover,html.dark div.dt-datetime div.dt-datetime-iconDown:hover{border:1px solid transparent;background-color:#ffffff1a}html.dark div.dt-datetime div.dt-datetime-iconLeft:after{border-right-color:#fff}html.dark div.dt-datetime div.dt-datetime-iconRight:after{border-left-color:#fff}html.dark div.dt-datetime select{color-scheme:dark}html.dark div.dt-datetime-error{color:#b11f1f}div.dt-button-collection{overflow:visible!important;z-index:2002!important}div.dt-button-collection div.dtsb-searchBuilder{padding-left:1em!important;padding-right:1em!important}div.dt-button-collection.dtb-collection-closeable div.dtsb-titleRow{padding-right:40px}.dtsb-greyscale{border:1px solid #cecece!important}div.dtsb-logicContainer .dtsb-greyscale{border:none!important}div.dtsb-searchBuilder{justify-content:space-evenly;cursor:default;margin-bottom:1em;text-align:left;width:100%}div.dtsb-searchBuilder button.dtsb-button,div.dtsb-searchBuilder select{font-size:1em}div.dtsb-searchBuilder div.dtsb-titleRow{justify-content:space-evenly;margin-bottom:.5em}div.dtsb-searchBuilder div.dtsb-titleRow div.dtsb-title{display:inline-block;padding-top:14px}div.dtsb-searchBuilder div.dtsb-titleRow div.dtsb-title:empty{display:inline}div.dtsb-searchBuilder div.dtsb-titleRow button.dtsb-clearAll{float:right;margin-bottom:.8em}div.dtsb-searchBuilder div.dtsb-vertical .dtsb-value,div.dtsb-searchBuilder div.dtsb-vertical .dtsb-data,div.dtsb-searchBuilder div.dtsb-vertical .dtsb-condition{display:block}div.dtsb-searchBuilder div.dtsb-group{position:relative;clear:both;margin-bottom:.8em}div.dtsb-searchBuilder div.dtsb-group button.dtsb-search{float:right}div.dtsb-searchBuilder div.dtsb-group button.dtsb-clearGroup{margin:2px;text-align:center;padding:0}div.dtsb-searchBuilder div.dtsb-group div.dtsb-logicContainer{-webkit-transform:rotate(90deg);-moz-transform:rotate(90deg);-o-transform:rotate(90deg);-ms-transform:rotate(90deg);transform:rotate(90deg);position:absolute;margin-top:.8em;margin-right:.8em}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria{margin-bottom:.8em;display:flex;justify-content:start;flex-flow:row wrap}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria select.dtsb-dropDown,div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria input.dtsb-input{padding:.4em;margin-right:.8em;min-width:5em;max-width:20em;color:inherit;font-size:1em}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria select.dtsb-dropDown option.dtsb-notItalic,div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria input.dtsb-input option.dtsb-notItalic{font-style:normal}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria select.dtsb-italic{font-style:italic}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-inputCont{flex:1;white-space:nowrap}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-inputCont span.dtsb-joiner{margin-right:.8em}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-inputCont input.dtsb-value{width:33%}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-inputCont select,div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-inputCont input{height:100%;box-sizing:border-box}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-buttonContainer{margin-left:auto;display:inline-block}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-buttonContainer button.dtsb-delete,div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-buttonContainer button.dtsb-right,div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-buttonContainer button.dtsb-left{margin-right:.8em}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-buttonContainer button.dtsb-delete:last-child,div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-buttonContainer button.dtsb-right:last-child,div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-buttonContainer button.dtsb-left:last-child{margin-right:0}@media screen and (max-width: 550px){div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria{display:flex;flex-flow:none;flex-direction:column;justify-content:start;padding-right:calc(35px + .8em);margin-bottom:0}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria:not(:first-child),div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria:not(:nth-child(2)),div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria:not(:last-child){padding-top:.8em}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria:first-child,div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria:nth-child(2),div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria:last-child{padding-top:0}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria select.dtsb-dropDown,div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria input.dtsb-input{max-width:none;width:100%;margin-bottom:.8em;margin-right:.8em}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-inputCont{margin-right:.8em}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-buttonContainer{position:absolute;width:35px;display:flex;flex-wrap:wrap-reverse;right:0}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria div.dtsb-buttonContainer button{margin-right:0!important}}div.dtsb-searchBuilder button,div.dtsb-searchBuilder select.dtsb-dropDown,div.dtsb-searchBuilder input{background-color:#f9f9f9}div.dtsb-searchBuilder button.dtsb-button{position:relative;display:inline-block;box-sizing:border-box;padding:.5em 1em;border:1px solid rgba(0,0,0,.3);border-radius:2px;cursor:pointer;font-size:.88em;line-height:1.6em;color:inherit;white-space:nowrap;overflow:hidden;background-color:#0000001a;background:linear-gradient(to bottom,#e6e6e61a,#0000001a);-webkit-user-select:none;-moz-user-select:none;-ms-user-select:none;user-select:none;text-decoration:none;outline:none;text-overflow:ellipsis}div.dtsb-searchBuilder button.dtsb-button:hover{background-color:#cecece;cursor:pointer}div.dtsb-searchBuilder div.dtsb-logicContainer{border:1px solid rgba(0,0,0,.3);background-color:#0000001a;background:linear-gradient(to right,#e6e6e61a,#0000001a)}div.dtsb-searchBuilder div.dtsb-logicContainer button{border:1px solid transparent;background:transparent}div.dtsb-searchBuilder button.dtsb-clearGroup{min-width:2em;padding:0}div.dtsb-searchBuilder button.dtsb-iptbtn{min-width:100px;text-align:left}div.dtsb-searchBuilder div.dtsb-group div.dtsb-logicContainer{border:1px solid;border-color:#cecece;border-radius:3px;display:flex;flex-direction:row;flex-wrap:wrap;justify-content:flex-start;align-content:flex-start;align-items:flex-start}div.dtsb-searchBuilder div.dtsb-group div.dtsb-logicContainer button.dtsb-logic{border:none;border-radius:0;flex-grow:1;flex-shrink:0;flex-basis:3em;margin:0}div.dtsb-searchBuilder div.dtsb-group div.dtsb-logicContainer button.dtsb-clearGroup{border:none;border-radius:0;width:2em;margin:0}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria select.dtsb-dropDown,div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria input.dtsb-input{border:1px solid;border-radius:3px}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria select.dtsb-condition{border-color:#48b13c}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria select.dtsb-data{border-color:#e70f00}div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria select.dtsb-value,div.dtsb-searchBuilder div.dtsb-group div.dtsb-criteria input.dtsb-value{border-color:#0069ba}html.dark div.dtsb-searchBuilder button.dtsb-button,html.dark div.dtsb-searchBuilder select.dtsb-dropDown,html.dark div.dtsb-searchBuilder input.dtsb-input{background-color:#424549!important;color-scheme:dark}html.dark div.dtsb-searchBuilder button.dtsb-button{border:1px solid rgb(89,91,94);background:#ffffff26}html.dark div.dtsb-searchBuilder button.dtsb-button:hover{background:#b3b3b326}html.dark div.dtsb-searchBuilder div.dtsb-logicContainer{border:1px solid rgb(89,91,94)}html.dark div.dtsb-searchBuilder .dtsb-greyscale{border-color:#fff3!important}div.dtsp-topRow{display:flex;flex-direction:row;flex-wrap:nowrap;border:2px solid rgba(0,0,0,0);border-radius:3px;justify-content:space-around;align-content:flex-start;align-items:flex-start}div.dtsp-topRow input.dtsp-search{text-overflow:ellipsis;min-width:50px;flex-basis:90px;max-width:none}div.dtsp-topRow input.dtsp-search::placeholder{color:inherit}div.dtsp-topRow div.dtsp-subRow1{display:flex;flex-direction:row;flex-wrap:nowrap;flex:1 1 auto}div.dtsp-topRow div.dtsp-subRow1 div.dtsp-searchCont{position:relative;width:100%}div.dtsp-topRow div.dtsp-subRow1 input{padding-right:2em;width:100%!important;box-sizing:border-box;font-size:1em}div.dtsp-topRow div.dtsp-subRow1 input[disabled=disabled]{background-color:transparent;border:none;cursor:initial;box-shadow:none;padding-bottom:0;padding-top:0;min-height:1em;height:fit-content;box-sizing:content-box}div.dtsp-topRow div.dtsp-subRow1 input[disabled=disabled]::placeholder{color:initial;opacity:1}div.dtsp-topRow div.dtsp-subRow1 button.dtsp-searchIcon{position:absolute;top:0;right:0;bottom:0}div.dtsp-topRow div.dtsp-subRow1 button.dtsp-searchIcon span{background-image:url(data:image/png;base64,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)!important;background-repeat:no-repeat;background-position:center;background-size:12px}div.dtsp-topRow div.dtsp-subRow2{white-space:nowrap;flex:0 0 auto}div.dtsp-topRow button>span{display:inline-block;height:100%;width:100%}div.dtsp-topRow button.dtsp-nameButton span{background-image:url(data:image/png;base64,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)!important;background-repeat:no-repeat;background-position:center;background-size:23px;vertical-align:bottom}div.dtsp-topRow button.dtsp-countButton span{background-image:url(data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABgAAAAYCAYAAADgdz34AAABcGlDQ1BpY2MAACiRdZHNSwJBGMYftTDS8FCHkA57sOigIAXRMQzyYh3UIKvL7rirwe66zK6IdA26dBA6RF36OvQf1DXoWhAERRAR9B/0dQnZ3nEFJXSG2ffHs/O8zDwD+DM6M+yBJGCYDs+mU9JaYV0KviNMM4QoEjKzreXcUh59x88jfKI+JESv/vt6jlBRtRngGyKeYxZ3iBeIMzXHErxHPMbKcpH4hDjO6YDEt0JXPH4TXPL4SzDPZxcBv+gplbpY6WJW5gbxNHHM0KusfR5xk7BqruaoRmlNwEYWaaQgQUEVW9DhIEHVpMx6+5It3woq5GH0tVAHJ0cJZfLGSa1SV5WqRrpKU0dd5P4/T1ubnfG6h1PA4Kvrfk4CwX2g2XDd31PXbZ4BgRfg2uz4K5TT/DfpjY4WOwYiO8DlTUdTDoCrXWD82ZK53JICtPyaBnxcACMFYPQeGN7wsmr/x/kTkN+mJ7oDDo+AKdof2fwDCBRoDkL8UccAAAAJcEhZcwAAD2EAAA9hAag/p2kAAAG5SURBVEgN3VU9LwVBFF0fiYhofUSlEQkKhU7z/oBCQkIiGr9BgUbhVzy9BAnhFyjV/AYFiU5ICM7ZN+c5Zud5dm3lJmfmzrkz9+7cu3c3y/6jjOBSF8CxXS7FmTkbwqIJjDpJvTcmsJ4K3KPZUpyZsx0sxoB9J6mnAkyC7wGuuCFIipNtEcpcWExgXpOBc78vgj6N+QO4NVsjwdFM59tUIDxDrHMBOeIQ34C5ZDregXuAQm4YcI68nN9B3wr2PcwPAIPkN2EqtJH6b+QZm1ajjTx7BqwAr26Lb+C2Kvpbt0Mb2HAJ7NrGFGfmXO3DeA4UshDfQAVmH0gaUFg852TTTDvlxwBlCtxy9zXyBhQFaq0wMmIdRebrfgosA3zb2hKnqG0oqchp4QbuR8X0TjzABhbdOT8jnQ/atcgqpnfwOA7yqZyTU587ZkIGdesLTt2EkynOnbreMUUKMI/dA4B/QVOcO13CQh+5wWCgDwo/75u59odB/wjmfhbgvACcAOyZPHihMWAoIwxyCLgf1oxfgjzVbgBXSTzIN+f0pg6s5DkcesLMRpsBrgE2XO3CN64JFP7JtUeKHX4CKtRRXFZ+7dEAAAAASUVORK5CYII=)!important;background-repeat:no-repeat;background-position:center;background-size:18px;vertical-align:bottom}div.dtsp-topRow button.dtsp-collapseButton span.dtsp-caret{position:relative;top:9px;display:inline-block}div.dtsp-topRow button.dtsp-collapseButton.dtsp-rotated{transform:rotate(180deg)}div.dtsp-searchPane table thead th,div.dtsp-searchPane table thead td{width:100%!important}div.dt-button-collection{z-index:2002}div.dt-button-collection.dtb-collection-closeable div.dtsp-titleRow{padding-right:25px}div.dtsp-columns-1{max-width:100%;min-width:100%;margin:0!important}div.dtsp-columns-2{max-width:49%;min-width:49%;margin:0!important}div.dtsp-columns-3{max-width:32%;min-width:32%;margin:0!important}div.dtsp-columns-4{max-width:24%;min-width:24%;margin:0!important}div.dtsp-columns-5{max-width:19%;min-width:19%;margin:0!important}div.dtsp-columns-6{max-width:16%;min-width:16%;margin:0!important}div.dtsp-columns-7{max-width:14%;min-width:14%;margin:0!important}div.dtsp-columns-8{max-width:12%;min-width:12%;margin:0!important}div.dtsp-columns-9{max-width:10.5%;min-width:10.5%;margin:0!important}div.dtsp-narrow{flex-direction:column!important}div.dtsp-narrow div.dtsp-subRow1,div.dtsp-narrow div.dtsp-subRow2{width:100%}div.dtsp-narrow div.dtsp-subRow2 button{margin:0!important;width:25%!important}div.dt-button-collection div.dtsp-panesContainer{padding-left:1em;padding-right:1em;margin-bottom:0}div.dtsp-panesContainer{margin-bottom:1em}div.dtsp-searchPane div.dt-container,div.dtsp-searchPane div.dataTables_wrapper{width:100%}div.dtsp-searchPane div.dt-container div.dataTables_layout_cell,div.dtsp-searchPane div.dataTables_wrapper div.dataTables_layout_cell{padding:0}div.dtsp-searchPane div.dt-container div.dt-scroll-head,div.dtsp-searchPane div.dt-container div.dataTables_scrollHead,div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll-head,div.dtsp-searchPane div.dataTables_wrapper div.dataTables_scrollHead{display:none!important}div.dtsp-searchPane div.dt-container div.dt-scroll-body,div.dtsp-searchPane div.dt-container div.dataTables_scrollBody,div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll-body,div.dtsp-searchPane div.dataTables_wrapper div.dataTables_scrollBody{background:#fff!important;border:none}div.dtsp-searchPane div.dt-container div.dt-scroll-body thead,div.dtsp-searchPane div.dt-container div.dataTables_scrollBody thead,div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll-body thead,div.dtsp-searchPane div.dataTables_wrapper div.dataTables_scrollBody thead{display:none}div.dtsp-searchPane div.dt-container div.dt-scroll-body table tr>th,div.dtsp-searchPane div.dt-container div.dt-scroll-body table tr>td,div.dtsp-searchPane div.dt-container div.dataTables_scrollBody table tr>th,div.dtsp-searchPane div.dt-container div.dataTables_scrollBody table tr>td,div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll-body table tr>th,div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll-body table tr>td,div.dtsp-searchPane div.dataTables_wrapper div.dataTables_scrollBody table tr>th,div.dtsp-searchPane div.dataTables_wrapper div.dataTables_scrollBody table tr>td{padding:5px 10px}div.dtsp-searchPane div.dt-container div.dt-scroll-body td.dtsp-nameColumn,div.dtsp-searchPane div.dt-container div.dataTables_scrollBody td.dtsp-nameColumn,div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll-body td.dtsp-nameColumn,div.dtsp-searchPane div.dataTables_wrapper div.dataTables_scrollBody td.dtsp-nameColumn{width:100%!important}div.dtsp-searchPane div.dt-container div.dt-scroll-body div.dtsp-nameCont,div.dtsp-searchPane div.dt-container div.dataTables_scrollBody div.dtsp-nameCont,div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll-body div.dtsp-nameCont,div.dtsp-searchPane div.dataTables_wrapper div.dataTables_scrollBody div.dtsp-nameCont{width:100%;display:flex;flex-direction:row;justify-content:flex-start;align-content:flex-start;align-items:flex-start}div.dtsp-searchPane div.dt-container div.dt-scroll-body div.dtsp-nameCont span.dtsp-name,div.dtsp-searchPane div.dt-container div.dt-scroll-body div.dtsp-nameCont span.dtsp-pill,div.dtsp-searchPane div.dt-container div.dataTables_scrollBody div.dtsp-nameCont span.dtsp-name,div.dtsp-searchPane div.dt-container div.dataTables_scrollBody div.dtsp-nameCont span.dtsp-pill,div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll-body div.dtsp-nameCont span.dtsp-name,div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll-body div.dtsp-nameCont span.dtsp-pill,div.dtsp-searchPane div.dataTables_wrapper div.dataTables_scrollBody div.dtsp-nameCont span.dtsp-name,div.dtsp-searchPane div.dataTables_wrapper div.dataTables_scrollBody div.dtsp-nameCont span.dtsp-pill{cursor:default}div.dtsp-searchPane div.dt-container div.dt-scroll-body div.dtsp-nameCont span.dtsp-name,div.dtsp-searchPane div.dt-container div.dataTables_scrollBody div.dtsp-nameCont span.dtsp-name,div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll-body div.dtsp-nameCont span.dtsp-name,div.dtsp-searchPane div.dataTables_wrapper div.dataTables_scrollBody div.dtsp-nameCont span.dtsp-name{text-overflow:ellipsis;overflow:hidden;display:inline-block;vertical-align:middle;white-space:nowrap;flex-grow:1;text-align:left}div.dtsp-searchPane div.dt-container div.dt-scroll-body div.dtsp-nameCont span.dtsp-pill,div.dtsp-searchPane div.dt-container div.dataTables_scrollBody div.dtsp-nameCont span.dtsp-pill,div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll-body div.dtsp-nameCont span.dtsp-pill,div.dtsp-searchPane div.dataTables_wrapper div.dataTables_scrollBody div.dtsp-nameCont span.dtsp-pill{display:inline-block;background-color:#cfcfcf;text-align:center;border-radius:10px;width:auto;min-width:30px;color:#000;font-size:.9em;padding:0 4px}div.dtsp-searchPane div.dt-container div.dt-scroll-body div.dtsp-nameCont span.dtsp-pill:empty,div.dtsp-searchPane div.dt-container div.dataTables_scrollBody div.dtsp-nameCont span.dtsp-pill:empty,div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll-body div.dtsp-nameCont span.dtsp-pill:empty,div.dtsp-searchPane div.dataTables_wrapper div.dataTables_scrollBody div.dtsp-nameCont span.dtsp-pill:empty{display:none}div.dtsp-panesContainer{clear:both;padding-left:0;padding-right:0;text-align:center}div.dtsp-panesContainer div.dtsp-searchPanes{display:flex;flex-direction:row;flex-wrap:wrap;justify-content:space-between;align-content:flex-start;align-items:stretch;clear:both;text-align:left}div.dtsp-panesContainer div.dtsp-searchPanes div.dtsp-searchPane{flex-grow:1;flex-shrink:0;font-size:.9em;margin-top:15px!important}div.dtsp-panesContainer div.dtsp-searchPanes div.dtsp-searchPane div.dt-container,div.dtsp-panesContainer div.dtsp-searchPanes div.dtsp-searchPane div.dataTables_wrapper{flex:1;box-sizing:border-box}div.dtsp-panesContainer div.dtsp-searchPanes div.dtsp-searchPane div.dt-container div.dt-search,div.dtsp-panesContainer div.dtsp-searchPanes div.dtsp-searchPane div.dt-container div.dataTables_filter,div.dtsp-panesContainer div.dtsp-searchPanes div.dtsp-searchPane div.dataTables_wrapper div.dt-search,div.dtsp-panesContainer div.dtsp-searchPanes div.dtsp-searchPane div.dataTables_wrapper div.dataTables_filter{display:none}div.dtsp-panesContainer div.dtsp-title{float:left;padding:10px 0}div.dtsp-panesContainer button.dtsp-clearAll,div.dtsp-panesContainer button.dtsp-collapseAll,div.dtsp-panesContainer button.dtsp-showAll{float:right}div.dtsp-hidden{display:none!important}html.dark div.dtsp-topRow div.dtsp-subRow1 div.dtsp-searchCont input[disabled=disabled]::placeholder,html[data-bs-theme=dark] div.dtsp-topRow div.dtsp-subRow1 div.dtsp-searchCont input[disabled=disabled]::placeholder{color:#fff}div.dtsp-searchPane div.dt-container,div.dtsp-searchPane div.dataTables_wrapper{border:1px solid #f0f0f0;border-radius:4px;overflow:hidden}div.dtsp-searchPane div.dt-container:hover,div.dtsp-searchPane div.dataTables_wrapper:hover{border:1px solid #cfcfcf}div.dtsp-searchPane div.dt-container div.dt-scroll,div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll{margin:-5px 0}div.dtsp-searchPane div.dt-container table.dataTable,div.dtsp-searchPane div.dataTables_wrapper table.dataTable{border-bottom:none!important}div.dtsp-searchPane div.dtsp-topRow{border:1px solid transparent}div.dtsp-searchPane div.dtsp-topRow div.dtsp-subRow1 input[disabled=disabled]{padding-bottom:5px}div.dtsp-searchPane div.dtsp-topRow div.dtsp-searchCont input.dtsp-search{border:none;padding-left:3px}div.dtsp-searchPane div.dtsp-topRow.dtsp-bordered{border:1px solid #f0f0f0;border-radius:3px}div.dtsp-searchPane div.dtsp-topRow.dtsp-bordered:hover{background-color:#f0f0f0}div.dtsp-searchPane input.dtsp-paneInputButton,div.dtsp-searchPane button.dtsp-paneButton{height:35px;width:35px;min-width:0;display:inline-block;margin:2px 2px 0;border:0px solid transparent;background-color:transparent}div.dtsp-searchPane input.dtsp-paneInputButton:hover,div.dtsp-searchPane button.dtsp-paneButton:hover{background-color:#f0f0f0;border-radius:2px;cursor:pointer}div.dtsp-searchPane button.dtsp-paneButton{vertical-align:middle;opacity:.6}div.dtsp-panesContainer button.dtsp-clearAll,div.dtsp-panesContainer button.dtsp-collapseAll,div.dtsp-panesContainer button.dtsp-showAll{border:1px solid transparent;background-color:transparent}div.dtsp-panesContainer button.dtsp-clearAll:hover,div.dtsp-panesContainer button.dtsp-collapseAll:hover,div.dtsp-panesContainer button.dtsp-showAll:hover{background-color:#f0f0f0;border-radius:2px;cursor:pointer}div.dtsp-panesContainer button.dtsp-disabledButton{cursor:default!important;color:#7c7c7c}div.dtsp-panesContainer button.dtsp-disabledButton:hover{background-color:transparent}div.dtsp-panesContainer button.dtsp-disabledButton:focus{outline:none}@media screen and (max-width: 767px){div.dtsp-columns-4,div.dtsp-columns-5,div.dtsp-columns-6{max-width:31%!important;min-width:31%!important}}@media screen and (max-width: 640px){div.dtsp-searchPanes{flex-direction:column!important}div.dtsp-searchPane{max-width:98%!important;min-width:98%!important}}html.dark div.dtsp-topRow div.dtsp-subRow1 button.dtsp-searchIcon span,html.dark div.dtsp-topRow button.dtsp-nameButton span,html.dark div.dtsp-topRow button.dtsp-countButton span{filter:invert(1)}html.dark div.dtsp-topRow input.dtsp-paneInputButton,html.dark div.dtsp-topRow button.dtsp-paneButton{color:inherit}html.dark div.dtsp-topRow input.dtsp-paneInputButton:hover,html.dark div.dtsp-topRow button.dtsp-paneButton:hover{background-color:#404549}html.dark div.dtsp-topRow.dtsp-bordered{border:1px solid rgba(255,255,255,.2);background:#2f3438!important}html.dark div.dtsp-topRow.dtsp-bordered:hover{border:1px solid rgba(255,255,255,.3)}html.dark div.dtsp-panesContainer button.dtsp-clearAll,html.dark div.dtsp-panesContainer button.dtsp-collapseAll,html.dark div.dtsp-panesContainer button.dtsp-showAll{color:inherit}html.dark div.dtsp-panesContainer button.dtsp-clearAll:hover,html.dark div.dtsp-panesContainer button.dtsp-collapseAll:hover,html.dark div.dtsp-panesContainer button.dtsp-showAll:hover{background-color:#404549}html.dark div.dtsp-panesContainer button.dtsp-disabledButton{color:#7c7c7c}html.dark div.dtsp-searchPane div.dt-container,html.dark div.dtsp-searchPane div.dataTables_wrapper{border:1px solid rgba(255,255,255,.2)}html.dark div.dtsp-searchPane div.dt-container:hover,html.dark div.dtsp-searchPane div.dataTables_wrapper:hover{border:1px solid rgba(255,255,255,.3)}html.dark div.dtsp-searchPane div.dt-container div.dt-scroll-body,html.dark div.dtsp-searchPane div.dt-container div.dataTables_scrollBody,html.dark div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll-body,html.dark div.dtsp-searchPane div.dataTables_wrapper div.dataTables_scrollBody{background:#2f3438!important}html.dark div.dtsp-searchPane div.dt-container div.dt-scroll-body div.dtsp-nameCont span.dtsp-pill,html.dark div.dtsp-searchPane div.dt-container div.dataTables_scrollBody div.dtsp-nameCont span.dtsp-pill,html.dark div.dtsp-searchPane div.dataTables_wrapper div.dt-scroll-body div.dtsp-nameCont span.dtsp-pill,html.dark div.dtsp-searchPane div.dataTables_wrapper div.dataTables_scrollBody div.dtsp-nameCont span.dtsp-pill{background-color:#212529;color:inherit}table.dataTable>tbody>tr>.selected{background-color:#0d6efde6;color:#fff}table.dataTable>tbody>tr>.dt-select{text-align:center;vertical-align:middle}table.dataTable>thead>tr>.dt-select{text-align:center}table.dataTable input.dt-select-checkbox{appearance:none;position:relative;display:inline-block;width:12px;height:12px;border:1px solid;border-radius:3px;vertical-align:middle;margin-top:1px;color:inherit;font-size:20px;line-height:1em}table.dataTable input.dt-select-checkbox:checked:after{display:block;content:\"\\2713\";margin-top:-8px}table.dataTable input.dt-select-checkbox:indeterminate:after{display:block;position:absolute;content:\" \";top:3px;left:3px;height:4px;width:4px;background-color:#000;border-radius:2px}table.dataTable>tbody>tr.selected input.dt-select-checkbox:checked{border:1px solid}table.dataTable>tbody>tr>td.select-checkbox,table.dataTable>tbody>tr>th.select-checkbox{position:relative}table.dataTable>tbody>tr>td.select-checkbox:before,table.dataTable>tbody>tr>th.select-checkbox:before{display:block;position:absolute;top:50%;left:50%;width:12px;height:12px;box-sizing:border-box;content:\" \";margin-top:-6px;margin-left:-6px;border:1px solid;border-radius:3px}table.dataTable>tbody>tr.selected>td.select-checkbox:before,table.dataTable>tbody>tr.selected>th.select-checkbox:before{border:1px solid;content:\"\\2713\";font-size:20px;line-height:6px;text-align:center}table.dataTable.compact>tbody>tr>td.select-checkbox:before,table.dataTable.compact>tbody>tr>th.select-checkbox:before{margin-top:-12px}table.dataTable.compact>tbody>tr.selected>td.select-checkbox:after,table.dataTable.compact>tbody>tr.selected>th.select-checkbox:after{margin-top:-16px}div.dt-container span.select-info,div.dt-container span.select-item{margin-left:.5em}html.dark table.dataTable input.dt-select-checkbox:indeterminate:after,html[data-bs-theme=dark] table.dataTable input.dt-select-checkbox:indeterminate:after{background-color:#fff}@media screen and (max-width: 640px){div.dt-container span.select-info,div.dt-container span.select-item{margin-left:0;display:block}}div.dt-container{max-width:100%}div.dt-layout-table>div{overflow:auto;max-width:100%}\n",
       "</style>\n",
       "<div id=\"itables_init_notebook_mode_cd6c5468_125f_4adb_868e_ebbca26c5691\" style=\"vertical-align:middle; text-align:left\">\n",
       "<div style=\"float:left; margin-right: 10px;\">\n",
       "<a href=https://mwouts.github.io/itables/><svg class=\"main-svg\" xmlns=\"http://www.w3.org/2000/svg\" xmlns:xlink=\"http://www.w3.org/1999/xlink\"\n",
       "width=\"64\" viewBox=\"0 0 500 400\" style=\"font-family: 'Droid Sans', sans-serif;\">\n",
       "    <g style=\"fill:#d9d7fc\">\n",
       "        <path d=\"M100,400H500V357H100Z\" />\n",
       "        <path d=\"M100,300H400V257H100Z\" />\n",
       "        <path d=\"M0,200H400V157H0Z\" />\n",
       "        <path d=\"M100,100H500V57H100Z\" />\n",
       "        <path d=\"M100,350H500V307H100Z\" />\n",
       "        <path d=\"M100,250H400V207H100Z\" />\n",
       "        <path d=\"M0,150H400V107H0Z\" />\n",
       "        <path d=\"M100,50H500V7H100Z\" />\n",
       "    </g>\n",
       "    <g style=\"fill:#1a1366;stroke:#1a1366;\">\n",
       "   <rect x=\"100\" y=\"7\" width=\"400\" height=\"43\">\n",
       "    <animate\n",
       "      attributeName=\"width\"\n",
       "      values=\"0;400;0\"\n",
       "      dur=\"5s\"\n",
       "      repeatCount=\"indefinite\" />\n",
       "      <animate\n",
       "      attributeName=\"x\"\n",
       "      values=\"100;100;500\"\n",
       "      dur=\"5s\"\n",
       "      repeatCount=\"indefinite\" />\n",
       "  </rect>\n",
       "        <rect x=\"0\" y=\"107\" width=\"400\" height=\"43\">\n",
       "    <animate\n",
       "      attributeName=\"width\"\n",
       "      values=\"0;400;0\"\n",
       "      dur=\"3.5s\"\n",
       "      repeatCount=\"indefinite\" />\n",
       "    <animate\n",
       "      attributeName=\"x\"\n",
       "      values=\"0;0;400\"\n",
       "      dur=\"3.5s\"\n",
       "      repeatCount=\"indefinite\" />\n",
       "  </rect>\n",
       "        <rect x=\"100\" y=\"207\" width=\"300\" height=\"43\">\n",
       "    <animate\n",
       "      attributeName=\"width\"\n",
       "      values=\"0;300;0\"\n",
       "      dur=\"3s\"\n",
       "      repeatCount=\"indefinite\" />\n",
       "    <animate\n",
       "      attributeName=\"x\"\n",
       "      values=\"100;100;400\"\n",
       "      dur=\"3s\"\n",
       "      repeatCount=\"indefinite\" />\n",
       "  </rect>\n",
       "        <rect x=\"100\" y=\"307\" width=\"400\" height=\"43\">\n",
       "    <animate\n",
       "      attributeName=\"width\"\n",
       "      values=\"0;400;0\"\n",
       "      dur=\"4s\"\n",
       "      repeatCount=\"indefinite\" />\n",
       "      <animate\n",
       "      attributeName=\"x\"\n",
       "      values=\"100;100;500\"\n",
       "      dur=\"4s\"\n",
       "      repeatCount=\"indefinite\" />\n",
       "  </rect>\n",
       "        <g style=\"fill:transparent;stroke-width:8; stroke-linejoin:round\" rx=\"5\">\n",
       "            <g transform=\"translate(45 50) rotate(-45)\">\n",
       "                <circle r=\"33\" cx=\"0\" cy=\"0\" />\n",
       "                <rect x=\"-8\" y=\"32\" width=\"16\" height=\"30\" />\n",
       "            </g>\n",
       "\n",
       "            <g transform=\"translate(450 152)\">\n",
       "                <polyline points=\"-15,-20 -35,-20 -35,40 25,40 25,20\" />\n",
       "                <rect x=\"-15\" y=\"-40\" width=\"60\" height=\"60\" />\n",
       "            </g>\n",
       "\n",
       "            <g transform=\"translate(50 352)\">\n",
       "                <polygon points=\"-35,-5 0,-40 35,-5\" />\n",
       "                <polygon points=\"-35,10 0,45 35,10\" />\n",
       "            </g>\n",
       "\n",
       "            <g transform=\"translate(75 250)\">\n",
       "                <polyline points=\"-30,30 -60,0 -30,-30\" />\n",
       "                <polyline points=\"0,30 -30,0 0,-30\" />\n",
       "            </g>\n",
       "\n",
       "            <g transform=\"translate(425 250) rotate(180)\">\n",
       "                <polyline points=\"-30,30 -60,0 -30,-30\" />\n",
       "                <polyline points=\"0,30 -30,0 0,-30\" />\n",
       "            </g>\n",
       "        </g>\n",
       "    </g>\n",
       "</svg>\n",
       "</a>\n",
       "</div>\n",
       "<div>\n",
       "This is the <code>init_notebook_mode</code> cell from ITables v2.2.1<br>\n",
       "(you should not see this message - is your notebook <it>trusted</it>?)\n",
       "</div>\n",
       "</div>\n",
       "<script>\n",
       "window._datatables_src_for_itables_2_2_1 = \"data:text/javascript;base64,var qo=Object.create;var Na=Object.defineProperty;var Xo=Object.getOwnPropertyDescriptor;var Yo=Object.getOwnPropertyNames;var $o=Object.getPrototypeOf,Zo=Object.prototype.hasOwnProperty;var Zn=(t=>typeof require<"u"?require:typeof Proxy<"u"?new Proxy(t,{get:(e,n)=>(typeof require<"u"?require:e)[n]}):t)(function(t){if(typeof require<"u")return require.apply(this,arguments);throw Error('Dynamic require of "'+t+'" is not supported')});var Oa=(t,e)=>()=>(e||t((e={exports:{}}).exports,e),e.exports);var Ko=(t,e,n,r)=>{if(e&&typeof e=="object"||typeof e=="function")for(let s of Yo(e))!Zo.call(t,s)&&s!==n&&Na(t,s,{get:()=>e[s],enumerable:!(r=Xo(e,s))||r.enumerable});return t};var ie=(t,e,n)=>(n=t!=null?qo($o(t)):{},Ko(e||!t||!t.__esModule?Na(n,"default",{value:t,enumerable:!0}):n,t));var Ra=Oa((Ea,pi)=>{(function(t){typeof Ea=="object"&&typeof pi<"u"?pi.exports=t():typeof define=="function"&&define.amd?define([],t):(typeof window<"u"?window:typeof global<"u"?global:typeof self<"u"?self:this).JSZip=t()})(function(){return function t(e,n,r){function s(u,p){if(!n[u]){if(!e[u]){var b=typeof Zn=="function"&&Zn;if(!p&&b)return b(u,!0);if(i)return i(u,!0);var g=new Error("Cannot find module '"+u+"'");throw g.code="MODULE_NOT_FOUND",g}var m=n[u]={exports:{}};e[u][0].call(m.exports,function(C){var y=e[u][1][C];return s(y||C)},m,m.exports,t,e,n,r)}return n[u].exports}for(var i=typeof Zn=="function"&&Zn,o=0;o<r.length;o++)s(r[o]);return s}({1:[function(t,e,n){"use strict";var r=t("./utils"),s=t("./support"),i="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=";n.encode=function(o){for(var u,p,b,g,m,C,y,T=[],P=0,c=o.length,l=c,h=r.getTypeOf(o)!=="string";P<o.length;)l=c-P,b=h?(u=o[P++],p=P<c?o[P++]:0,P<c?o[P++]:0):(u=o.charCodeAt(P++),p=P<c?o.charCodeAt(P++):0,P<c?o.charCodeAt(P++):0),g=u>>2,m=(3&u)<<4|p>>4,C=1<l?(15&p)<<2|b>>6:64,y=2<l?63&b:64,T.push(i.charAt(g)+i.charAt(m)+i.charAt(C)+i.charAt(y));return T.join("")},n.decode=function(o){var u,p,b,g,m,C,y=0,T=0,P="data:";if(o.substr(0,P.length)===P)throw new Error("Invalid base64 input, it looks like a data url.");var c,l=3*(o=o.replace(/[^A-Za-z0-9+/=]/g,"")).length/4;if(o.charAt(o.length-1)===i.charAt(64)&&l--,o.charAt(o.length-2)===i.charAt(64)&&l--,l%1!=0)throw new Error("Invalid base64 input, bad content length.");for(c=s.uint8array?new Uint8Array(0|l):new Array(0|l);y<o.length;)u=i.indexOf(o.charAt(y++))<<2|(g=i.indexOf(o.charAt(y++)))>>4,p=(15&g)<<4|(m=i.indexOf(o.charAt(y++)))>>2,b=(3&m)<<6|(C=i.indexOf(o.charAt(y++))),c[T++]=u,m!==64&&(c[T++]=p),C!==64&&(c[T++]=b);return c}},{"./support":30,"./utils":32}],2:[function(t,e,n){"use strict";var r=t("./external"),s=t("./stream/DataWorker"),i=t("./stream/Crc32Probe"),o=t("./stream/DataLengthProbe");function u(p,b,g,m,C){this.compressedSize=p,this.uncompressedSize=b,this.crc32=g,this.compression=m,this.compressedContent=C}u.prototype={getContentWorker:function(){var p=new s(r.Promise.resolve(this.compressedContent)).pipe(this.compression.uncompressWorker()).pipe(new o("data_length")),b=this;return p.on("end",function(){if(this.streamInfo.data_length!==b.uncompressedSize)throw new Error("Bug : uncompressed data size mismatch")}),p},getCompressedWorker:function(){return new s(r.Promise.resolve(this.compressedContent)).withStreamInfo("compressedSize",this.compressedSize).withStreamInfo("uncompressedSize",this.uncompressedSize).withStreamInfo("crc32",this.crc32).withStreamInfo("compression",this.compression)}},u.createWorkerFrom=function(p,b,g){return p.pipe(new i).pipe(new o("uncompressedSize")).pipe(b.compressWorker(g)).pipe(new o("compressedSize")).withStreamInfo("compression",b)},e.exports=u},{"./external":6,"./stream/Crc32Probe":25,"./stream/DataLengthProbe":26,"./stream/DataWorker":27}],3:[function(t,e,n){"use strict";var r=t("./stream/GenericWorker");n.STORE={magic:"\0\0",compressWorker:function(){return new r("STORE compression")},uncompressWorker:function(){return new r("STORE decompression")}},n.DEFLATE=t("./flate")},{"./flate":7,"./stream/GenericWorker":28}],4:[function(t,e,n){"use strict";var r=t("./utils"),s=function(){for(var i,o=[],u=0;u<256;u++){i=u;for(var p=0;p<8;p++)i=1&i?3988292384^i>>>1:i>>>1;o[u]=i}return o}();e.exports=function(i,o){return i!==void 0&&i.length?r.getTypeOf(i)!=="string"?function(u,p,b,g){var m=s,C=g+b;u^=-1;for(var y=g;y<C;y++)u=u>>>8^m[255&(u^p[y])];return-1^u}(0|o,i,i.length,0):function(u,p,b,g){var m=s,C=g+b;u^=-1;for(var y=g;y<C;y++)u=u>>>8^m[255&(u^p.charCodeAt(y))];return-1^u}(0|o,i,i.length,0):0}},{"./utils":32}],5:[function(t,e,n){"use strict";n.base64=!1,n.binary=!1,n.dir=!1,n.createFolders=!0,n.date=null,n.compression=null,n.compressionOptions=null,n.comment=null,n.unixPermissions=null,n.dosPermissions=null},{}],6:[function(t,e,n){"use strict";var r=null;r=typeof Promise<"u"?Promise:t("lie"),e.exports={Promise:r}},{lie:37}],7:[function(t,e,n){"use strict";var r=typeof Uint8Array<"u"&&typeof Uint16Array<"u"&&typeof Uint32Array<"u",s=t("pako"),i=t("./utils"),o=t("./stream/GenericWorker"),u=r?"uint8array":"array";function p(b,g){o.call(this,"FlateWorker/"+b),this._pako=null,this._pakoAction=b,this._pakoOptions=g,this.meta={}}n.magic="\b\0",i.inherits(p,o),p.prototype.processChunk=function(b){this.meta=b.meta,this._pako===null&&this._createPako(),this._pako.push(i.transformTo(u,b.data),!1)},p.prototype.flush=function(){o.prototype.flush.call(this),this._pako===null&&this._createPako(),this._pako.push([],!0)},p.prototype.cleanUp=function(){o.prototype.cleanUp.call(this),this._pako=null},p.prototype._createPako=function(){this._pako=new s[this._pakoAction]({raw:!0,level:this._pakoOptions.level||-1});var b=this;this._pako.onData=function(g){b.push({data:g,meta:b.meta})}},n.compressWorker=function(b){return new p("Deflate",b)},n.uncompressWorker=function(){return new p("Inflate",{})}},{"./stream/GenericWorker":28,"./utils":32,pako:38}],8:[function(t,e,n){"use strict";function r(m,C){var y,T="";for(y=0;y<C;y++)T+=String.fromCharCode(255&m),m>>>=8;return T}function s(m,C,y,T,P,c){var l,h,_=m.file,F=m.compression,O=c!==u.utf8encode,f=i.transformTo("string",c(_.name)),U=i.transformTo("string",u.utf8encode(_.name)),X=_.comment,Q=i.transformTo("string",c(X)),E=i.transformTo("string",u.utf8encode(X)),$=U.length!==_.name.length,w=E.length!==X.length,k="",S="",B="",L=_.dir,R=_.date,q={crc32:0,compressedSize:0,uncompressedSize:0};C&&!y||(q.crc32=m.crc32,q.compressedSize=m.compressedSize,q.uncompressedSize=m.uncompressedSize);var z=0;C&&(z|=8),O||!$&&!w||(z|=2048);var G=0,nt=0;L&&(G|=16),P==="UNIX"?(nt=798,G|=function(et,wt){var St=et;return et||(St=wt?16893:33204),(65535&St)<<16}(_.unixPermissions,L)):(nt=20,G|=function(et){return 63&(et||0)}(_.dosPermissions)),l=R.getUTCHours(),l<<=6,l|=R.getUTCMinutes(),l<<=5,l|=R.getUTCSeconds()/2,h=R.getUTCFullYear()-1980,h<<=4,h|=R.getUTCMonth()+1,h<<=5,h|=R.getUTCDate(),$&&(S=r(1,1)+r(p(f),4)+U,k+="up"+r(S.length,2)+S),w&&(B=r(1,1)+r(p(Q),4)+E,k+="uc"+r(B.length,2)+B);var tt="";return tt+=`
\0`,tt+=r(z,2),tt+=F.magic,tt+=r(l,2),tt+=r(h,2),tt+=r(q.crc32,4),tt+=r(q.compressedSize,4),tt+=r(q.uncompressedSize,4),tt+=r(f.length,2),tt+=r(k.length,2),{fileRecord:b.LOCAL_FILE_HEADER+tt+f+k,dirRecord:b.CENTRAL_FILE_HEADER+r(nt,2)+tt+r(Q.length,2)+"\0\0\0\0"+r(G,4)+r(T,4)+f+k+Q}}var i=t("../utils"),o=t("../stream/GenericWorker"),u=t("../utf8"),p=t("../crc32"),b=t("../signature");function g(m,C,y,T){o.call(this,"ZipFileWorker"),this.bytesWritten=0,this.zipComment=C,this.zipPlatform=y,this.encodeFileName=T,this.streamFiles=m,this.accumulate=!1,this.contentBuffer=[],this.dirRecords=[],this.currentSourceOffset=0,this.entriesCount=0,this.currentFile=null,this._sources=[]}i.inherits(g,o),g.prototype.push=function(m){var C=m.meta.percent||0,y=this.entriesCount,T=this._sources.length;this.accumulate?this.contentBuffer.push(m):(this.bytesWritten+=m.data.length,o.prototype.push.call(this,{data:m.data,meta:{currentFile:this.currentFile,percent:y?(C+100*(y-T-1))/y:100}}))},g.prototype.openedSource=function(m){this.currentSourceOffset=this.bytesWritten,this.currentFile=m.file.name;var C=this.streamFiles&&!m.file.dir;if(C){var y=s(m,C,!1,this.currentSourceOffset,this.zipPlatform,this.encodeFileName);this.push({data:y.fileRecord,meta:{percent:0}})}else this.accumulate=!0},g.prototype.closedSource=function(m){this.accumulate=!1;var C=this.streamFiles&&!m.file.dir,y=s(m,C,!0,this.currentSourceOffset,this.zipPlatform,this.encodeFileName);if(this.dirRecords.push(y.dirRecord),C)this.push({data:function(T){return b.DATA_DESCRIPTOR+r(T.crc32,4)+r(T.compressedSize,4)+r(T.uncompressedSize,4)}(m),meta:{percent:100}});else for(this.push({data:y.fileRecord,meta:{percent:0}});this.contentBuffer.length;)this.push(this.contentBuffer.shift());this.currentFile=null},g.prototype.flush=function(){for(var m=this.bytesWritten,C=0;C<this.dirRecords.length;C++)this.push({data:this.dirRecords[C],meta:{percent:100}});var y=this.bytesWritten-m,T=function(P,c,l,h,_){var F=i.transformTo("string",_(h));return b.CENTRAL_DIRECTORY_END+"\0\0\0\0"+r(P,2)+r(P,2)+r(c,4)+r(l,4)+r(F.length,2)+F}(this.dirRecords.length,y,m,this.zipComment,this.encodeFileName);this.push({data:T,meta:{percent:100}})},g.prototype.prepareNextSource=function(){this.previous=this._sources.shift(),this.openedSource(this.previous.streamInfo),this.isPaused?this.previous.pause():this.previous.resume()},g.prototype.registerPrevious=function(m){this._sources.push(m);var C=this;return m.on("data",function(y){C.processChunk(y)}),m.on("end",function(){C.closedSource(C.previous.streamInfo),C._sources.length?C.prepareNextSource():C.end()}),m.on("error",function(y){C.error(y)}),this},g.prototype.resume=function(){return!!o.prototype.resume.call(this)&&(!this.previous&&this._sources.length?(this.prepareNextSource(),!0):this.previous||this._sources.length||this.generatedError?void 0:(this.end(),!0))},g.prototype.error=function(m){var C=this._sources;if(!o.prototype.error.call(this,m))return!1;for(var y=0;y<C.length;y++)try{C[y].error(m)}catch{}return!0},g.prototype.lock=function(){o.prototype.lock.call(this);for(var m=this._sources,C=0;C<m.length;C++)m[C].lock()},e.exports=g},{"../crc32":4,"../signature":23,"../stream/GenericWorker":28,"../utf8":31,"../utils":32}],9:[function(t,e,n){"use strict";var r=t("../compressions"),s=t("./ZipFileWorker");n.generateWorker=function(i,o,u){var p=new s(o.streamFiles,u,o.platform,o.encodeFileName),b=0;try{i.forEach(function(g,m){b++;var C=function(c,l){var h=c||l,_=r[h];if(!_)throw new Error(h+" is not a valid compression method !");return _}(m.options.compression,o.compression),y=m.options.compressionOptions||o.compressionOptions||{},T=m.dir,P=m.date;m._compressWorker(C,y).withStreamInfo("file",{name:g,dir:T,date:P,comment:m.comment||"",unixPermissions:m.unixPermissions,dosPermissions:m.dosPermissions}).pipe(p)}),p.entriesCount=b}catch(g){p.error(g)}return p}},{"../compressions":3,"./ZipFileWorker":8}],10:[function(t,e,n){"use strict";function r(){if(!(this instanceof r))return new r;if(arguments.length)throw new Error("The constructor with parameters has been removed in JSZip 3.0, please check the upgrade guide.");this.files=Object.create(null),this.comment=null,this.root="",this.clone=function(){var s=new r;for(var i in this)typeof this[i]!="function"&&(s[i]=this[i]);return s}}(r.prototype=t("./object")).loadAsync=t("./load"),r.support=t("./support"),r.defaults=t("./defaults"),r.version="3.10.1",r.loadAsync=function(s,i){return new r().loadAsync(s,i)},r.external=t("./external"),e.exports=r},{"./defaults":5,"./external":6,"./load":11,"./object":15,"./support":30}],11:[function(t,e,n){"use strict";var r=t("./utils"),s=t("./external"),i=t("./utf8"),o=t("./zipEntries"),u=t("./stream/Crc32Probe"),p=t("./nodejsUtils");function b(g){return new s.Promise(function(m,C){var y=g.decompressed.getContentWorker().pipe(new u);y.on("error",function(T){C(T)}).on("end",function(){y.streamInfo.crc32!==g.decompressed.crc32?C(new Error("Corrupted zip : CRC32 mismatch")):m()}).resume()})}e.exports=function(g,m){var C=this;return m=r.extend(m||{},{base64:!1,checkCRC32:!1,optimizedBinaryString:!1,createFolders:!1,decodeFileName:i.utf8decode}),p.isNode&&p.isStream(g)?s.Promise.reject(new Error("JSZip can't accept a stream when loading a zip file.")):r.prepareContent("the loaded zip file",g,!0,m.optimizedBinaryString,m.base64).then(function(y){var T=new o(m);return T.load(y),T}).then(function(y){var T=[s.Promise.resolve(y)],P=y.files;if(m.checkCRC32)for(var c=0;c<P.length;c++)T.push(b(P[c]));return s.Promise.all(T)}).then(function(y){for(var T=y.shift(),P=T.files,c=0;c<P.length;c++){var l=P[c],h=l.fileNameStr,_=r.resolve(l.fileNameStr);C.file(_,l.decompressed,{binary:!0,optimizedBinaryString:!0,date:l.date,dir:l.dir,comment:l.fileCommentStr.length?l.fileCommentStr:null,unixPermissions:l.unixPermissions,dosPermissions:l.dosPermissions,createFolders:m.createFolders}),l.dir||(C.file(_).unsafeOriginalName=h)}return T.zipComment.length&&(C.comment=T.zipComment),C})}},{"./external":6,"./nodejsUtils":14,"./stream/Crc32Probe":25,"./utf8":31,"./utils":32,"./zipEntries":33}],12:[function(t,e,n){"use strict";var r=t("../utils"),s=t("../stream/GenericWorker");function i(o,u){s.call(this,"Nodejs stream input adapter for "+o),this._upstreamEnded=!1,this._bindStream(u)}r.inherits(i,s),i.prototype._bindStream=function(o){var u=this;(this._stream=o).pause(),o.on("data",function(p){u.push({data:p,meta:{percent:0}})}).on("error",function(p){u.isPaused?this.generatedError=p:u.error(p)}).on("end",function(){u.isPaused?u._upstreamEnded=!0:u.end()})},i.prototype.pause=function(){return!!s.prototype.pause.call(this)&&(this._stream.pause(),!0)},i.prototype.resume=function(){return!!s.prototype.resume.call(this)&&(this._upstreamEnded?this.end():this._stream.resume(),!0)},e.exports=i},{"../stream/GenericWorker":28,"../utils":32}],13:[function(t,e,n){"use strict";var r=t("readable-stream").Readable;function s(i,o,u){r.call(this,o),this._helper=i;var p=this;i.on("data",function(b,g){p.push(b)||p._helper.pause(),u&&u(g)}).on("error",function(b){p.emit("error",b)}).on("end",function(){p.push(null)})}t("../utils").inherits(s,r),s.prototype._read=function(){this._helper.resume()},e.exports=s},{"../utils":32,"readable-stream":16}],14:[function(t,e,n){"use strict";e.exports={isNode:typeof Buffer<"u",newBufferFrom:function(r,s){if(Buffer.from&&Buffer.from!==Uint8Array.from)return Buffer.from(r,s);if(typeof r=="number")throw new Error('The "data" argument must not be a number');return new Buffer(r,s)},allocBuffer:function(r){if(Buffer.alloc)return Buffer.alloc(r);var s=new Buffer(r);return s.fill(0),s},isBuffer:function(r){return Buffer.isBuffer(r)},isStream:function(r){return r&&typeof r.on=="function"&&typeof r.pause=="function"&&typeof r.resume=="function"}}},{}],15:[function(t,e,n){"use strict";function r(_,F,O){var f,U=i.getTypeOf(F),X=i.extend(O||{},p);X.date=X.date||new Date,X.compression!==null&&(X.compression=X.compression.toUpperCase()),typeof X.unixPermissions=="string"&&(X.unixPermissions=parseInt(X.unixPermissions,8)),X.unixPermissions&&16384&X.unixPermissions&&(X.dir=!0),X.dosPermissions&&16&X.dosPermissions&&(X.dir=!0),X.dir&&(_=P(_)),X.createFolders&&(f=T(_))&&c.call(this,f,!0);var Q=U==="string"&&X.binary===!1&&X.base64===!1;O&&O.binary!==void 0||(X.binary=!Q),(F instanceof b&&F.uncompressedSize===0||X.dir||!F||F.length===0)&&(X.base64=!1,X.binary=!0,F="",X.compression="STORE",U="string");var E=null;E=F instanceof b||F instanceof o?F:C.isNode&&C.isStream(F)?new y(_,F):i.prepareContent(_,F,X.binary,X.optimizedBinaryString,X.base64);var $=new g(_,E,X);this.files[_]=$}var s=t("./utf8"),i=t("./utils"),o=t("./stream/GenericWorker"),u=t("./stream/StreamHelper"),p=t("./defaults"),b=t("./compressedObject"),g=t("./zipObject"),m=t("./generate"),C=t("./nodejsUtils"),y=t("./nodejs/NodejsStreamInputAdapter"),T=function(_){_.slice(-1)==="/"&&(_=_.substring(0,_.length-1));var F=_.lastIndexOf("/");return 0<F?_.substring(0,F):""},P=function(_){return _.slice(-1)!=="/"&&(_+="/"),_},c=function(_,F){return F=F!==void 0?F:p.createFolders,_=P(_),this.files[_]||r.call(this,_,null,{dir:!0,createFolders:F}),this.files[_]};function l(_){return Object.prototype.toString.call(_)==="[object RegExp]"}var h={load:function(){throw new Error("This method has been removed in JSZip 3.0, please check the upgrade guide.")},forEach:function(_){var F,O,f;for(F in this.files)f=this.files[F],(O=F.slice(this.root.length,F.length))&&F.slice(0,this.root.length)===this.root&&_(O,f)},filter:function(_){var F=[];return this.forEach(function(O,f){_(O,f)&&F.push(f)}),F},file:function(_,F,O){if(arguments.length!==1)return _=this.root+_,r.call(this,_,F,O),this;if(l(_)){var f=_;return this.filter(function(X,Q){return!Q.dir&&f.test(X)})}var U=this.files[this.root+_];return U&&!U.dir?U:null},folder:function(_){if(!_)return this;if(l(_))return this.filter(function(U,X){return X.dir&&_.test(U)});var F=this.root+_,O=c.call(this,F),f=this.clone();return f.root=O.name,f},remove:function(_){_=this.root+_;var F=this.files[_];if(F||(_.slice(-1)!=="/"&&(_+="/"),F=this.files[_]),F&&!F.dir)delete this.files[_];else for(var O=this.filter(function(U,X){return X.name.slice(0,_.length)===_}),f=0;f<O.length;f++)delete this.files[O[f].name];return this},generate:function(){throw new Error("This method has been removed in JSZip 3.0, please check the upgrade guide.")},generateInternalStream:function(_){var F,O={};try{if((O=i.extend(_||{},{streamFiles:!1,compression:"STORE",compressionOptions:null,type:"",platform:"DOS",comment:null,mimeType:"application/zip",encodeFileName:s.utf8encode})).type=O.type.toLowerCase(),O.compression=O.compression.toUpperCase(),O.type==="binarystring"&&(O.type="string"),!O.type)throw new Error("No output type specified.");i.checkSupport(O.type),O.platform!=="darwin"&&O.platform!=="freebsd"&&O.platform!=="linux"&&O.platform!=="sunos"||(O.platform="UNIX"),O.platform==="win32"&&(O.platform="DOS");var f=O.comment||this.comment||"";F=m.generateWorker(this,O,f)}catch(U){(F=new o("error")).error(U)}return new u(F,O.type||"string",O.mimeType)},generateAsync:function(_,F){return this.generateInternalStream(_).accumulate(F)},generateNodeStream:function(_,F){return(_=_||{}).type||(_.type="nodebuffer"),this.generateInternalStream(_).toNodejsStream(F)}};e.exports=h},{"./compressedObject":2,"./defaults":5,"./generate":9,"./nodejs/NodejsStreamInputAdapter":12,"./nodejsUtils":14,"./stream/GenericWorker":28,"./stream/StreamHelper":29,"./utf8":31,"./utils":32,"./zipObject":35}],16:[function(t,e,n){"use strict";e.exports=t("stream")},{stream:void 0}],17:[function(t,e,n){"use strict";var r=t("./DataReader");function s(i){r.call(this,i);for(var o=0;o<this.data.length;o++)i[o]=255&i[o]}t("../utils").inherits(s,r),s.prototype.byteAt=function(i){return this.data[this.zero+i]},s.prototype.lastIndexOfSignature=function(i){for(var o=i.charCodeAt(0),u=i.charCodeAt(1),p=i.charCodeAt(2),b=i.charCodeAt(3),g=this.length-4;0<=g;--g)if(this.data[g]===o&&this.data[g+1]===u&&this.data[g+2]===p&&this.data[g+3]===b)return g-this.zero;return-1},s.prototype.readAndCheckSignature=function(i){var o=i.charCodeAt(0),u=i.charCodeAt(1),p=i.charCodeAt(2),b=i.charCodeAt(3),g=this.readData(4);return o===g[0]&&u===g[1]&&p===g[2]&&b===g[3]},s.prototype.readData=function(i){if(this.checkOffset(i),i===0)return[];var o=this.data.slice(this.zero+this.index,this.zero+this.index+i);return this.index+=i,o},e.exports=s},{"../utils":32,"./DataReader":18}],18:[function(t,e,n){"use strict";var r=t("../utils");function s(i){this.data=i,this.length=i.length,this.index=0,this.zero=0}s.prototype={checkOffset:function(i){this.checkIndex(this.index+i)},checkIndex:function(i){if(this.length<this.zero+i||i<0)throw new Error("End of data reached (data length = "+this.length+", asked index = "+i+"). Corrupted zip ?")},setIndex:function(i){this.checkIndex(i),this.index=i},skip:function(i){this.setIndex(this.index+i)},byteAt:function(){},readInt:function(i){var o,u=0;for(this.checkOffset(i),o=this.index+i-1;o>=this.index;o--)u=(u<<8)+this.byteAt(o);return this.index+=i,u},readString:function(i){return r.transformTo("string",this.readData(i))},readData:function(){},lastIndexOfSignature:function(){},readAndCheckSignature:function(){},readDate:function(){var i=this.readInt(4);return new Date(Date.UTC(1980+(i>>25&127),(i>>21&15)-1,i>>16&31,i>>11&31,i>>5&63,(31&i)<<1))}},e.exports=s},{"../utils":32}],19:[function(t,e,n){"use strict";var r=t("./Uint8ArrayReader");function s(i){r.call(this,i)}t("../utils").inherits(s,r),s.prototype.readData=function(i){this.checkOffset(i);var o=this.data.slice(this.zero+this.index,this.zero+this.index+i);return this.index+=i,o},e.exports=s},{"../utils":32,"./Uint8ArrayReader":21}],20:[function(t,e,n){"use strict";var r=t("./DataReader");function s(i){r.call(this,i)}t("../utils").inherits(s,r),s.prototype.byteAt=function(i){return this.data.charCodeAt(this.zero+i)},s.prototype.lastIndexOfSignature=function(i){return this.data.lastIndexOf(i)-this.zero},s.prototype.readAndCheckSignature=function(i){return i===this.readData(4)},s.prototype.readData=function(i){this.checkOffset(i);var o=this.data.slice(this.zero+this.index,this.zero+this.index+i);return this.index+=i,o},e.exports=s},{"../utils":32,"./DataReader":18}],21:[function(t,e,n){"use strict";var r=t("./ArrayReader");function s(i){r.call(this,i)}t("../utils").inherits(s,r),s.prototype.readData=function(i){if(this.checkOffset(i),i===0)return new Uint8Array(0);var o=this.data.subarray(this.zero+this.index,this.zero+this.index+i);return this.index+=i,o},e.exports=s},{"../utils":32,"./ArrayReader":17}],22:[function(t,e,n){"use strict";var r=t("../utils"),s=t("../support"),i=t("./ArrayReader"),o=t("./StringReader"),u=t("./NodeBufferReader"),p=t("./Uint8ArrayReader");e.exports=function(b){var g=r.getTypeOf(b);return r.checkSupport(g),g!=="string"||s.uint8array?g==="nodebuffer"?new u(b):s.uint8array?new p(r.transformTo("uint8array",b)):new i(r.transformTo("array",b)):new o(b)}},{"../support":30,"../utils":32,"./ArrayReader":17,"./NodeBufferReader":19,"./StringReader":20,"./Uint8ArrayReader":21}],23:[function(t,e,n){"use strict";n.LOCAL_FILE_HEADER="PK",n.CENTRAL_FILE_HEADER="PK",n.CENTRAL_DIRECTORY_END="PK",n.ZIP64_CENTRAL_DIRECTORY_LOCATOR="PK\x07",n.ZIP64_CENTRAL_DIRECTORY_END="PK",n.DATA_DESCRIPTOR="PK\x07\b"},{}],24:[function(t,e,n){"use strict";var r=t("./GenericWorker"),s=t("../utils");function i(o){r.call(this,"ConvertWorker to "+o),this.destType=o}s.inherits(i,r),i.prototype.processChunk=function(o){this.push({data:s.transformTo(this.destType,o.data),meta:o.meta})},e.exports=i},{"../utils":32,"./GenericWorker":28}],25:[function(t,e,n){"use strict";var r=t("./GenericWorker"),s=t("../crc32");function i(){r.call(this,"Crc32Probe"),this.withStreamInfo("crc32",0)}t("../utils").inherits(i,r),i.prototype.processChunk=function(o){this.streamInfo.crc32=s(o.data,this.streamInfo.crc32||0),this.push(o)},e.exports=i},{"../crc32":4,"../utils":32,"./GenericWorker":28}],26:[function(t,e,n){"use strict";var r=t("../utils"),s=t("./GenericWorker");function i(o){s.call(this,"DataLengthProbe for "+o),this.propName=o,this.withStreamInfo(o,0)}r.inherits(i,s),i.prototype.processChunk=function(o){if(o){var u=this.streamInfo[this.propName]||0;this.streamInfo[this.propName]=u+o.data.length}s.prototype.processChunk.call(this,o)},e.exports=i},{"../utils":32,"./GenericWorker":28}],27:[function(t,e,n){"use strict";var r=t("../utils"),s=t("./GenericWorker");function i(o){s.call(this,"DataWorker");var u=this;this.dataIsReady=!1,this.index=0,this.max=0,this.data=null,this.type="",this._tickScheduled=!1,o.then(function(p){u.dataIsReady=!0,u.data=p,u.max=p&&p.length||0,u.type=r.getTypeOf(p),u.isPaused||u._tickAndRepeat()},function(p){u.error(p)})}r.inherits(i,s),i.prototype.cleanUp=function(){s.prototype.cleanUp.call(this),this.data=null},i.prototype.resume=function(){return!!s.prototype.resume.call(this)&&(!this._tickScheduled&&this.dataIsReady&&(this._tickScheduled=!0,r.delay(this._tickAndRepeat,[],this)),!0)},i.prototype._tickAndRepeat=function(){this._tickScheduled=!1,this.isPaused||this.isFinished||(this._tick(),this.isFinished||(r.delay(this._tickAndRepeat,[],this),this._tickScheduled=!0))},i.prototype._tick=function(){if(this.isPaused||this.isFinished)return!1;var o=null,u=Math.min(this.max,this.index+16384);if(this.index>=this.max)return this.end();switch(this.type){case"string":o=this.data.substring(this.index,u);break;case"uint8array":o=this.data.subarray(this.index,u);break;case"array":case"nodebuffer":o=this.data.slice(this.index,u)}return this.index=u,this.push({data:o,meta:{percent:this.max?this.index/this.max*100:0}})},e.exports=i},{"../utils":32,"./GenericWorker":28}],28:[function(t,e,n){"use strict";function r(s){this.name=s||"default",this.streamInfo={},this.generatedError=null,this.extraStreamInfo={},this.isPaused=!0,this.isFinished=!1,this.isLocked=!1,this._listeners={data:[],end:[],error:[]},this.previous=null}r.prototype={push:function(s){this.emit("data",s)},end:function(){if(this.isFinished)return!1;this.flush();try{this.emit("end"),this.cleanUp(),this.isFinished=!0}catch(s){this.emit("error",s)}return!0},error:function(s){return!this.isFinished&&(this.isPaused?this.generatedError=s:(this.isFinished=!0,this.emit("error",s),this.previous&&this.previous.error(s),this.cleanUp()),!0)},on:function(s,i){return this._listeners[s].push(i),this},cleanUp:function(){this.streamInfo=this.generatedError=this.extraStreamInfo=null,this._listeners=[]},emit:function(s,i){if(this._listeners[s])for(var o=0;o<this._listeners[s].length;o++)this._listeners[s][o].call(this,i)},pipe:function(s){return s.registerPrevious(this)},registerPrevious:function(s){if(this.isLocked)throw new Error("The stream '"+this+"' has already been used.");this.streamInfo=s.streamInfo,this.mergeStreamInfo(),this.previous=s;var i=this;return s.on("data",function(o){i.processChunk(o)}),s.on("end",function(){i.end()}),s.on("error",function(o){i.error(o)}),this},pause:function(){return!this.isPaused&&!this.isFinished&&(this.isPaused=!0,this.previous&&this.previous.pause(),!0)},resume:function(){if(!this.isPaused||this.isFinished)return!1;var s=this.isPaused=!1;return this.generatedError&&(this.error(this.generatedError),s=!0),this.previous&&this.previous.resume(),!s},flush:function(){},processChunk:function(s){this.push(s)},withStreamInfo:function(s,i){return this.extraStreamInfo[s]=i,this.mergeStreamInfo(),this},mergeStreamInfo:function(){for(var s in this.extraStreamInfo)Object.prototype.hasOwnProperty.call(this.extraStreamInfo,s)&&(this.streamInfo[s]=this.extraStreamInfo[s])},lock:function(){if(this.isLocked)throw new Error("The stream '"+this+"' has already been used.");this.isLocked=!0,this.previous&&this.previous.lock()},toString:function(){var s="Worker "+this.name;return this.previous?this.previous+" -> "+s:s}},e.exports=r},{}],29:[function(t,e,n){"use strict";var r=t("../utils"),s=t("./ConvertWorker"),i=t("./GenericWorker"),o=t("../base64"),u=t("../support"),p=t("../external"),b=null;if(u.nodestream)try{b=t("../nodejs/NodejsStreamOutputAdapter")}catch{}function g(C,y){return new p.Promise(function(T,P){var c=[],l=C._internalType,h=C._outputType,_=C._mimeType;C.on("data",function(F,O){c.push(F),y&&y(O)}).on("error",function(F){c=[],P(F)}).on("end",function(){try{var F=function(O,f,U){switch(O){case"blob":return r.newBlob(r.transformTo("arraybuffer",f),U);case"base64":return o.encode(f);default:return r.transformTo(O,f)}}(h,function(O,f){var U,X=0,Q=null,E=0;for(U=0;U<f.length;U++)E+=f[U].length;switch(O){case"string":return f.join("");case"array":return Array.prototype.concat.apply([],f);case"uint8array":for(Q=new Uint8Array(E),U=0;U<f.length;U++)Q.set(f[U],X),X+=f[U].length;return Q;case"nodebuffer":return Buffer.concat(f);default:throw new Error("concat : unsupported type '"+O+"'")}}(l,c),_);T(F)}catch(O){P(O)}c=[]}).resume()})}function m(C,y,T){var P=y;switch(y){case"blob":case"arraybuffer":P="uint8array";break;case"base64":P="string"}try{this._internalType=P,this._outputType=y,this._mimeType=T,r.checkSupport(P),this._worker=C.pipe(new s(P)),C.lock()}catch(c){this._worker=new i("error"),this._worker.error(c)}}m.prototype={accumulate:function(C){return g(this,C)},on:function(C,y){var T=this;return C==="data"?this._worker.on(C,function(P){y.call(T,P.data,P.meta)}):this._worker.on(C,function(){r.delay(y,arguments,T)}),this},resume:function(){return r.delay(this._worker.resume,[],this._worker),this},pause:function(){return this._worker.pause(),this},toNodejsStream:function(C){if(r.checkSupport("nodestream"),this._outputType!=="nodebuffer")throw new Error(this._outputType+" is not supported by this method");return new b(this,{objectMode:this._outputType!=="nodebuffer"},C)}},e.exports=m},{"../base64":1,"../external":6,"../nodejs/NodejsStreamOutputAdapter":13,"../support":30,"../utils":32,"./ConvertWorker":24,"./GenericWorker":28}],30:[function(t,e,n){"use strict";if(n.base64=!0,n.array=!0,n.string=!0,n.arraybuffer=typeof ArrayBuffer<"u"&&typeof Uint8Array<"u",n.nodebuffer=typeof Buffer<"u",n.uint8array=typeof Uint8Array<"u",typeof ArrayBuffer>"u")n.blob=!1;else{var r=new ArrayBuffer(0);try{n.blob=new Blob([r],{type:"application/zip"}).size===0}catch{try{var s=new(self.BlobBuilder||self.WebKitBlobBuilder||self.MozBlobBuilder||self.MSBlobBuilder);s.append(r),n.blob=s.getBlob("application/zip").size===0}catch{n.blob=!1}}}try{n.nodestream=!!t("readable-stream").Readable}catch{n.nodestream=!1}},{"readable-stream":16}],31:[function(t,e,n){"use strict";for(var r=t("./utils"),s=t("./support"),i=t("./nodejsUtils"),o=t("./stream/GenericWorker"),u=new Array(256),p=0;p<256;p++)u[p]=252<=p?6:248<=p?5:240<=p?4:224<=p?3:192<=p?2:1;u[254]=u[254]=1;function b(){o.call(this,"utf-8 decode"),this.leftOver=null}function g(){o.call(this,"utf-8 encode")}n.utf8encode=function(m){return s.nodebuffer?i.newBufferFrom(m,"utf-8"):function(C){var y,T,P,c,l,h=C.length,_=0;for(c=0;c<h;c++)(64512&(T=C.charCodeAt(c)))==55296&&c+1<h&&(64512&(P=C.charCodeAt(c+1)))==56320&&(T=65536+(T-55296<<10)+(P-56320),c++),_+=T<128?1:T<2048?2:T<65536?3:4;for(y=s.uint8array?new Uint8Array(_):new Array(_),c=l=0;l<_;c++)(64512&(T=C.charCodeAt(c)))==55296&&c+1<h&&(64512&(P=C.charCodeAt(c+1)))==56320&&(T=65536+(T-55296<<10)+(P-56320),c++),T<128?y[l++]=T:(T<2048?y[l++]=192|T>>>6:(T<65536?y[l++]=224|T>>>12:(y[l++]=240|T>>>18,y[l++]=128|T>>>12&63),y[l++]=128|T>>>6&63),y[l++]=128|63&T);return y}(m)},n.utf8decode=function(m){return s.nodebuffer?r.transformTo("nodebuffer",m).toString("utf-8"):function(C){var y,T,P,c,l=C.length,h=new Array(2*l);for(y=T=0;y<l;)if((P=C[y++])<128)h[T++]=P;else if(4<(c=u[P]))h[T++]=65533,y+=c-1;else{for(P&=c===2?31:c===3?15:7;1<c&&y<l;)P=P<<6|63&C[y++],c--;1<c?h[T++]=65533:P<65536?h[T++]=P:(P-=65536,h[T++]=55296|P>>10&1023,h[T++]=56320|1023&P)}return h.length!==T&&(h.subarray?h=h.subarray(0,T):h.length=T),r.applyFromCharCode(h)}(m=r.transformTo(s.uint8array?"uint8array":"array",m))},r.inherits(b,o),b.prototype.processChunk=function(m){var C=r.transformTo(s.uint8array?"uint8array":"array",m.data);if(this.leftOver&&this.leftOver.length){if(s.uint8array){var y=C;(C=new Uint8Array(y.length+this.leftOver.length)).set(this.leftOver,0),C.set(y,this.leftOver.length)}else C=this.leftOver.concat(C);this.leftOver=null}var T=function(c,l){var h;for((l=l||c.length)>c.length&&(l=c.length),h=l-1;0<=h&&(192&c[h])==128;)h--;return h<0||h===0?l:h+u[c[h]]>l?h:l}(C),P=C;T!==C.length&&(s.uint8array?(P=C.subarray(0,T),this.leftOver=C.subarray(T,C.length)):(P=C.slice(0,T),this.leftOver=C.slice(T,C.length))),this.push({data:n.utf8decode(P),meta:m.meta})},b.prototype.flush=function(){this.leftOver&&this.leftOver.length&&(this.push({data:n.utf8decode(this.leftOver),meta:{}}),this.leftOver=null)},n.Utf8DecodeWorker=b,r.inherits(g,o),g.prototype.processChunk=function(m){this.push({data:n.utf8encode(m.data),meta:m.meta})},n.Utf8EncodeWorker=g},{"./nodejsUtils":14,"./stream/GenericWorker":28,"./support":30,"./utils":32}],32:[function(t,e,n){"use strict";var r=t("./support"),s=t("./base64"),i=t("./nodejsUtils"),o=t("./external");function u(y){return y}function p(y,T){for(var P=0;P<y.length;++P)T[P]=255&y.charCodeAt(P);return T}t("setimmediate"),n.newBlob=function(y,T){n.checkSupport("blob");try{return new Blob([y],{type:T})}catch{try{var P=new(self.BlobBuilder||self.WebKitBlobBuilder||self.MozBlobBuilder||self.MSBlobBuilder);return P.append(y),P.getBlob(T)}catch{throw new Error("Bug : can't construct the Blob.")}}};var b={stringifyByChunk:function(y,T,P){var c=[],l=0,h=y.length;if(h<=P)return String.fromCharCode.apply(null,y);for(;l<h;)T==="array"||T==="nodebuffer"?c.push(String.fromCharCode.apply(null,y.slice(l,Math.min(l+P,h)))):c.push(String.fromCharCode.apply(null,y.subarray(l,Math.min(l+P,h)))),l+=P;return c.join("")},stringifyByChar:function(y){for(var T="",P=0;P<y.length;P++)T+=String.fromCharCode(y[P]);return T},applyCanBeUsed:{uint8array:function(){try{return r.uint8array&&String.fromCharCode.apply(null,new Uint8Array(1)).length===1}catch{return!1}}(),nodebuffer:function(){try{return r.nodebuffer&&String.fromCharCode.apply(null,i.allocBuffer(1)).length===1}catch{return!1}}()}};function g(y){var T=65536,P=n.getTypeOf(y),c=!0;if(P==="uint8array"?c=b.applyCanBeUsed.uint8array:P==="nodebuffer"&&(c=b.applyCanBeUsed.nodebuffer),c)for(;1<T;)try{return b.stringifyByChunk(y,P,T)}catch{T=Math.floor(T/2)}return b.stringifyByChar(y)}function m(y,T){for(var P=0;P<y.length;P++)T[P]=y[P];return T}n.applyFromCharCode=g;var C={};C.string={string:u,array:function(y){return p(y,new Array(y.length))},arraybuffer:function(y){return C.string.uint8array(y).buffer},uint8array:function(y){return p(y,new Uint8Array(y.length))},nodebuffer:function(y){return p(y,i.allocBuffer(y.length))}},C.array={string:g,array:u,arraybuffer:function(y){return new Uint8Array(y).buffer},uint8array:function(y){return new Uint8Array(y)},nodebuffer:function(y){return i.newBufferFrom(y)}},C.arraybuffer={string:function(y){return g(new Uint8Array(y))},array:function(y){return m(new Uint8Array(y),new Array(y.byteLength))},arraybuffer:u,uint8array:function(y){return new Uint8Array(y)},nodebuffer:function(y){return i.newBufferFrom(new Uint8Array(y))}},C.uint8array={string:g,array:function(y){return m(y,new Array(y.length))},arraybuffer:function(y){return y.buffer},uint8array:u,nodebuffer:function(y){return i.newBufferFrom(y)}},C.nodebuffer={string:g,array:function(y){return m(y,new Array(y.length))},arraybuffer:function(y){return C.nodebuffer.uint8array(y).buffer},uint8array:function(y){return m(y,new Uint8Array(y.length))},nodebuffer:u},n.transformTo=function(y,T){if(T=T||"",!y)return T;n.checkSupport(y);var P=n.getTypeOf(T);return C[P][y](T)},n.resolve=function(y){for(var T=y.split("/"),P=[],c=0;c<T.length;c++){var l=T[c];l==="."||l===""&&c!==0&&c!==T.length-1||(l===".."?P.pop():P.push(l))}return P.join("/")},n.getTypeOf=function(y){return typeof y=="string"?"string":Object.prototype.toString.call(y)==="[object Array]"?"array":r.nodebuffer&&i.isBuffer(y)?"nodebuffer":r.uint8array&&y instanceof Uint8Array?"uint8array":r.arraybuffer&&y instanceof ArrayBuffer?"arraybuffer":void 0},n.checkSupport=function(y){if(!r[y.toLowerCase()])throw new Error(y+" is not supported by this platform")},n.MAX_VALUE_16BITS=65535,n.MAX_VALUE_32BITS=-1,n.pretty=function(y){var T,P,c="";for(P=0;P<(y||"").length;P++)c+="\\x"+((T=y.charCodeAt(P))<16?"0":"")+T.toString(16).toUpperCase();return c},n.delay=function(y,T,P){setImmediate(function(){y.apply(P||null,T||[])})},n.inherits=function(y,T){function P(){}P.prototype=T.prototype,y.prototype=new P},n.extend=function(){var y,T,P={};for(y=0;y<arguments.length;y++)for(T in arguments[y])Object.prototype.hasOwnProperty.call(arguments[y],T)&&P[T]===void 0&&(P[T]=arguments[y][T]);return P},n.prepareContent=function(y,T,P,c,l){return o.Promise.resolve(T).then(function(h){return r.blob&&(h instanceof Blob||["[object File]","[object Blob]"].indexOf(Object.prototype.toString.call(h))!==-1)&&typeof FileReader<"u"?new o.Promise(function(_,F){var O=new FileReader;O.onload=function(f){_(f.target.result)},O.onerror=function(f){F(f.target.error)},O.readAsArrayBuffer(h)}):h}).then(function(h){var _=n.getTypeOf(h);return _?(_==="arraybuffer"?h=n.transformTo("uint8array",h):_==="string"&&(l?h=s.decode(h):P&&c!==!0&&(h=function(F){return p(F,r.uint8array?new Uint8Array(F.length):new Array(F.length))}(h))),h):o.Promise.reject(new Error("Can't read the data of '"+y+"'. Is it in a supported JavaScript type (String, Blob, ArrayBuffer, etc) ?"))})}},{"./base64":1,"./external":6,"./nodejsUtils":14,"./support":30,setimmediate:54}],33:[function(t,e,n){"use strict";var r=t("./reader/readerFor"),s=t("./utils"),i=t("./signature"),o=t("./zipEntry"),u=t("./support");function p(b){this.files=[],this.loadOptions=b}p.prototype={checkSignature:function(b){if(!this.reader.readAndCheckSignature(b)){this.reader.index-=4;var g=this.reader.readString(4);throw new Error("Corrupted zip or bug: unexpected signature ("+s.pretty(g)+", expected "+s.pretty(b)+")")}},isSignature:function(b,g){var m=this.reader.index;this.reader.setIndex(b);var C=this.reader.readString(4)===g;return this.reader.setIndex(m),C},readBlockEndOfCentral:function(){this.diskNumber=this.reader.readInt(2),this.diskWithCentralDirStart=this.reader.readInt(2),this.centralDirRecordsOnThisDisk=this.reader.readInt(2),this.centralDirRecords=this.reader.readInt(2),this.centralDirSize=this.reader.readInt(4),this.centralDirOffset=this.reader.readInt(4),this.zipCommentLength=this.reader.readInt(2);var b=this.reader.readData(this.zipCommentLength),g=u.uint8array?"uint8array":"array",m=s.transformTo(g,b);this.zipComment=this.loadOptions.decodeFileName(m)},readBlockZip64EndOfCentral:function(){this.zip64EndOfCentralSize=this.reader.readInt(8),this.reader.skip(4),this.diskNumber=this.reader.readInt(4),this.diskWithCentralDirStart=this.reader.readInt(4),this.centralDirRecordsOnThisDisk=this.reader.readInt(8),this.centralDirRecords=this.reader.readInt(8),this.centralDirSize=this.reader.readInt(8),this.centralDirOffset=this.reader.readInt(8),this.zip64ExtensibleData={};for(var b,g,m,C=this.zip64EndOfCentralSize-44;0<C;)b=this.reader.readInt(2),g=this.reader.readInt(4),m=this.reader.readData(g),this.zip64ExtensibleData[b]={id:b,length:g,value:m}},readBlockZip64EndOfCentralLocator:function(){if(this.diskWithZip64CentralDirStart=this.reader.readInt(4),this.relativeOffsetEndOfZip64CentralDir=this.reader.readInt(8),this.disksCount=this.reader.readInt(4),1<this.disksCount)throw new Error("Multi-volumes zip are not supported")},readLocalFiles:function(){var b,g;for(b=0;b<this.files.length;b++)g=this.files[b],this.reader.setIndex(g.localHeaderOffset),this.checkSignature(i.LOCAL_FILE_HEADER),g.readLocalPart(this.reader),g.handleUTF8(),g.processAttributes()},readCentralDir:function(){var b;for(this.reader.setIndex(this.centralDirOffset);this.reader.readAndCheckSignature(i.CENTRAL_FILE_HEADER);)(b=new o({zip64:this.zip64},this.loadOptions)).readCentralPart(this.reader),this.files.push(b);if(this.centralDirRecords!==this.files.length&&this.centralDirRecords!==0&&this.files.length===0)throw new Error("Corrupted zip or bug: expected "+this.centralDirRecords+" records in central dir, got "+this.files.length)},readEndOfCentral:function(){var b=this.reader.lastIndexOfSignature(i.CENTRAL_DIRECTORY_END);if(b<0)throw this.isSignature(0,i.LOCAL_FILE_HEADER)?new Error("Corrupted zip: can't find end of central directory"):new Error("Can't find end of central directory : is this a zip file ? If it is, see https://stuk.github.io/jszip/documentation/howto/read_zip.html");this.reader.setIndex(b);var g=b;if(this.checkSignature(i.CENTRAL_DIRECTORY_END),this.readBlockEndOfCentral(),this.diskNumber===s.MAX_VALUE_16BITS||this.diskWithCentralDirStart===s.MAX_VALUE_16BITS||this.centralDirRecordsOnThisDisk===s.MAX_VALUE_16BITS||this.centralDirRecords===s.MAX_VALUE_16BITS||this.centralDirSize===s.MAX_VALUE_32BITS||this.centralDirOffset===s.MAX_VALUE_32BITS){if(this.zip64=!0,(b=this.reader.lastIndexOfSignature(i.ZIP64_CENTRAL_DIRECTORY_LOCATOR))<0)throw new Error("Corrupted zip: can't find the ZIP64 end of central directory locator");if(this.reader.setIndex(b),this.checkSignature(i.ZIP64_CENTRAL_DIRECTORY_LOCATOR),this.readBlockZip64EndOfCentralLocator(),!this.isSignature(this.relativeOffsetEndOfZip64CentralDir,i.ZIP64_CENTRAL_DIRECTORY_END)&&(this.relativeOffsetEndOfZip64CentralDir=this.reader.lastIndexOfSignature(i.ZIP64_CENTRAL_DIRECTORY_END),this.relativeOffsetEndOfZip64CentralDir<0))throw new Error("Corrupted zip: can't find the ZIP64 end of central directory");this.reader.setIndex(this.relativeOffsetEndOfZip64CentralDir),this.checkSignature(i.ZIP64_CENTRAL_DIRECTORY_END),this.readBlockZip64EndOfCentral()}var m=this.centralDirOffset+this.centralDirSize;this.zip64&&(m+=20,m+=12+this.zip64EndOfCentralSize);var C=g-m;if(0<C)this.isSignature(g,i.CENTRAL_FILE_HEADER)||(this.reader.zero=C);else if(C<0)throw new Error("Corrupted zip: missing "+Math.abs(C)+" bytes.")},prepareReader:function(b){this.reader=r(b)},load:function(b){this.prepareReader(b),this.readEndOfCentral(),this.readCentralDir(),this.readLocalFiles()}},e.exports=p},{"./reader/readerFor":22,"./signature":23,"./support":30,"./utils":32,"./zipEntry":34}],34:[function(t,e,n){"use strict";var r=t("./reader/readerFor"),s=t("./utils"),i=t("./compressedObject"),o=t("./crc32"),u=t("./utf8"),p=t("./compressions"),b=t("./support");function g(m,C){this.options=m,this.loadOptions=C}g.prototype={isEncrypted:function(){return(1&this.bitFlag)==1},useUTF8:function(){return(2048&this.bitFlag)==2048},readLocalPart:function(m){var C,y;if(m.skip(22),this.fileNameLength=m.readInt(2),y=m.readInt(2),this.fileName=m.readData(this.fileNameLength),m.skip(y),this.compressedSize===-1||this.uncompressedSize===-1)throw new Error("Bug or corrupted zip : didn't get enough information from the central directory (compressedSize === -1 || uncompressedSize === -1)");if((C=function(T){for(var P in p)if(Object.prototype.hasOwnProperty.call(p,P)&&p[P].magic===T)return p[P];return null}(this.compressionMethod))===null)throw new Error("Corrupted zip : compression "+s.pretty(this.compressionMethod)+" unknown (inner file : "+s.transformTo("string",this.fileName)+")");this.decompressed=new i(this.compressedSize,this.uncompressedSize,this.crc32,C,m.readData(this.compressedSize))},readCentralPart:function(m){this.versionMadeBy=m.readInt(2),m.skip(2),this.bitFlag=m.readInt(2),this.compressionMethod=m.readString(2),this.date=m.readDate(),this.crc32=m.readInt(4),this.compressedSize=m.readInt(4),this.uncompressedSize=m.readInt(4);var C=m.readInt(2);if(this.extraFieldsLength=m.readInt(2),this.fileCommentLength=m.readInt(2),this.diskNumberStart=m.readInt(2),this.internalFileAttributes=m.readInt(2),this.externalFileAttributes=m.readInt(4),this.localHeaderOffset=m.readInt(4),this.isEncrypted())throw new Error("Encrypted zip are not supported");m.skip(C),this.readExtraFields(m),this.parseZIP64ExtraField(m),this.fileComment=m.readData(this.fileCommentLength)},processAttributes:function(){this.unixPermissions=null,this.dosPermissions=null;var m=this.versionMadeBy>>8;this.dir=!!(16&this.externalFileAttributes),m==0&&(this.dosPermissions=63&this.externalFileAttributes),m==3&&(this.unixPermissions=this.externalFileAttributes>>16&65535),this.dir||this.fileNameStr.slice(-1)!=="/"||(this.dir=!0)},parseZIP64ExtraField:function(){if(this.extraFields[1]){var m=r(this.extraFields[1].value);this.uncompressedSize===s.MAX_VALUE_32BITS&&(this.uncompressedSize=m.readInt(8)),this.compressedSize===s.MAX_VALUE_32BITS&&(this.compressedSize=m.readInt(8)),this.localHeaderOffset===s.MAX_VALUE_32BITS&&(this.localHeaderOffset=m.readInt(8)),this.diskNumberStart===s.MAX_VALUE_32BITS&&(this.diskNumberStart=m.readInt(4))}},readExtraFields:function(m){var C,y,T,P=m.index+this.extraFieldsLength;for(this.extraFields||(this.extraFields={});m.index+4<P;)C=m.readInt(2),y=m.readInt(2),T=m.readData(y),this.extraFields[C]={id:C,length:y,value:T};m.setIndex(P)},handleUTF8:function(){var m=b.uint8array?"uint8array":"array";if(this.useUTF8())this.fileNameStr=u.utf8decode(this.fileName),this.fileCommentStr=u.utf8decode(this.fileComment);else{var C=this.findExtraFieldUnicodePath();if(C!==null)this.fileNameStr=C;else{var y=s.transformTo(m,this.fileName);this.fileNameStr=this.loadOptions.decodeFileName(y)}var T=this.findExtraFieldUnicodeComment();if(T!==null)this.fileCommentStr=T;else{var P=s.transformTo(m,this.fileComment);this.fileCommentStr=this.loadOptions.decodeFileName(P)}}},findExtraFieldUnicodePath:function(){var m=this.extraFields[28789];if(m){var C=r(m.value);return C.readInt(1)!==1||o(this.fileName)!==C.readInt(4)?null:u.utf8decode(C.readData(m.length-5))}return null},findExtraFieldUnicodeComment:function(){var m=this.extraFields[25461];if(m){var C=r(m.value);return C.readInt(1)!==1||o(this.fileComment)!==C.readInt(4)?null:u.utf8decode(C.readData(m.length-5))}return null}},e.exports=g},{"./compressedObject":2,"./compressions":3,"./crc32":4,"./reader/readerFor":22,"./support":30,"./utf8":31,"./utils":32}],35:[function(t,e,n){"use strict";function r(C,y,T){this.name=C,this.dir=T.dir,this.date=T.date,this.comment=T.comment,this.unixPermissions=T.unixPermissions,this.dosPermissions=T.dosPermissions,this._data=y,this._dataBinary=T.binary,this.options={compression:T.compression,compressionOptions:T.compressionOptions}}var s=t("./stream/StreamHelper"),i=t("./stream/DataWorker"),o=t("./utf8"),u=t("./compressedObject"),p=t("./stream/GenericWorker");r.prototype={internalStream:function(C){var y=null,T="string";try{if(!C)throw new Error("No output type specified.");var P=(T=C.toLowerCase())==="string"||T==="text";T!=="binarystring"&&T!=="text"||(T="string"),y=this._decompressWorker();var c=!this._dataBinary;c&&!P&&(y=y.pipe(new o.Utf8EncodeWorker)),!c&&P&&(y=y.pipe(new o.Utf8DecodeWorker))}catch(l){(y=new p("error")).error(l)}return new s(y,T,"")},async:function(C,y){return this.internalStream(C).accumulate(y)},nodeStream:function(C,y){return this.internalStream(C||"nodebuffer").toNodejsStream(y)},_compressWorker:function(C,y){if(this._data instanceof u&&this._data.compression.magic===C.magic)return this._data.getCompressedWorker();var T=this._decompressWorker();return this._dataBinary||(T=T.pipe(new o.Utf8EncodeWorker)),u.createWorkerFrom(T,C,y)},_decompressWorker:function(){return this._data instanceof u?this._data.getContentWorker():this._data instanceof p?this._data:new i(this._data)}};for(var b=["asText","asBinary","asNodeBuffer","asUint8Array","asArrayBuffer"],g=function(){throw new Error("This method has been removed in JSZip 3.0, please check the upgrade guide.")},m=0;m<b.length;m++)r.prototype[b[m]]=g;e.exports=r},{"./compressedObject":2,"./stream/DataWorker":27,"./stream/GenericWorker":28,"./stream/StreamHelper":29,"./utf8":31}],36:[function(t,e,n){(function(r){"use strict";var s,i,o=r.MutationObserver||r.WebKitMutationObserver;if(o){var u=0,p=new o(C),b=r.document.createTextNode("");p.observe(b,{characterData:!0}),s=function(){b.data=u=++u%2}}else if(r.setImmediate||r.MessageChannel===void 0)s="document"in r&&"onreadystatechange"in r.document.createElement("script")?function(){var y=r.document.createElement("script");y.onreadystatechange=function(){C(),y.onreadystatechange=null,y.parentNode.removeChild(y),y=null},r.document.documentElement.appendChild(y)}:function(){setTimeout(C,0)};else{var g=new r.MessageChannel;g.port1.onmessage=C,s=function(){g.port2.postMessage(0)}}var m=[];function C(){var y,T;i=!0;for(var P=m.length;P;){for(T=m,m=[],y=-1;++y<P;)T[y]();P=m.length}i=!1}e.exports=function(y){m.push(y)!==1||i||s()}}).call(this,typeof global<"u"?global:typeof self<"u"?self:typeof window<"u"?window:{})},{}],37:[function(t,e,n){"use strict";var r=t("immediate");function s(){}var i={},o=["REJECTED"],u=["FULFILLED"],p=["PENDING"];function b(P){if(typeof P!="function")throw new TypeError("resolver must be a function");this.state=p,this.queue=[],this.outcome=void 0,P!==s&&y(this,P)}function g(P,c,l){this.promise=P,typeof c=="function"&&(this.onFulfilled=c,this.callFulfilled=this.otherCallFulfilled),typeof l=="function"&&(this.onRejected=l,this.callRejected=this.otherCallRejected)}function m(P,c,l){r(function(){var h;try{h=c(l)}catch(_){return i.reject(P,_)}h===P?i.reject(P,new TypeError("Cannot resolve promise with itself")):i.resolve(P,h)})}function C(P){var c=P&&P.then;if(P&&(typeof P=="object"||typeof P=="function")&&typeof c=="function")return function(){c.apply(P,arguments)}}function y(P,c){var l=!1;function h(O){l||(l=!0,i.reject(P,O))}function _(O){l||(l=!0,i.resolve(P,O))}var F=T(function(){c(_,h)});F.status==="error"&&h(F.value)}function T(P,c){var l={};try{l.value=P(c),l.status="success"}catch(h){l.status="error",l.value=h}return l}(e.exports=b).prototype.finally=function(P){if(typeof P!="function")return this;var c=this.constructor;return this.then(function(l){return c.resolve(P()).then(function(){return l})},function(l){return c.resolve(P()).then(function(){throw l})})},b.prototype.catch=function(P){return this.then(null,P)},b.prototype.then=function(P,c){if(typeof P!="function"&&this.state===u||typeof c!="function"&&this.state===o)return this;var l=new this.constructor(s);return this.state!==p?m(l,this.state===u?P:c,this.outcome):this.queue.push(new g(l,P,c)),l},g.prototype.callFulfilled=function(P){i.resolve(this.promise,P)},g.prototype.otherCallFulfilled=function(P){m(this.promise,this.onFulfilled,P)},g.prototype.callRejected=function(P){i.reject(this.promise,P)},g.prototype.otherCallRejected=function(P){m(this.promise,this.onRejected,P)},i.resolve=function(P,c){var l=T(C,c);if(l.status==="error")return i.reject(P,l.value);var h=l.value;if(h)y(P,h);else{P.state=u,P.outcome=c;for(var _=-1,F=P.queue.length;++_<F;)P.queue[_].callFulfilled(c)}return P},i.reject=function(P,c){P.state=o,P.outcome=c;for(var l=-1,h=P.queue.length;++l<h;)P.queue[l].callRejected(c);return P},b.resolve=function(P){return P instanceof this?P:i.resolve(new this(s),P)},b.reject=function(P){var c=new this(s);return i.reject(c,P)},b.all=function(P){var c=this;if(Object.prototype.toString.call(P)!=="[object Array]")return this.reject(new TypeError("must be an array"));var l=P.length,h=!1;if(!l)return this.resolve([]);for(var _=new Array(l),F=0,O=-1,f=new this(s);++O<l;)U(P[O],O);return f;function U(X,Q){c.resolve(X).then(function(E){_[Q]=E,++F!==l||h||(h=!0,i.resolve(f,_))},function(E){h||(h=!0,i.reject(f,E))})}},b.race=function(P){var c=this;if(Object.prototype.toString.call(P)!=="[object Array]")return this.reject(new TypeError("must be an array"));var l=P.length,h=!1;if(!l)return this.resolve([]);for(var _=-1,F=new this(s);++_<l;)O=P[_],c.resolve(O).then(function(f){h||(h=!0,i.resolve(F,f))},function(f){h||(h=!0,i.reject(F,f))});var O;return F}},{immediate:36}],38:[function(t,e,n){"use strict";var r={};(0,t("./lib/utils/common").assign)(r,t("./lib/deflate"),t("./lib/inflate"),t("./lib/zlib/constants")),e.exports=r},{"./lib/deflate":39,"./lib/inflate":40,"./lib/utils/common":41,"./lib/zlib/constants":44}],39:[function(t,e,n){"use strict";var r=t("./zlib/deflate"),s=t("./utils/common"),i=t("./utils/strings"),o=t("./zlib/messages"),u=t("./zlib/zstream"),p=Object.prototype.toString,b=0,g=-1,m=0,C=8;function y(P){if(!(this instanceof y))return new y(P);this.options=s.assign({level:g,method:C,chunkSize:16384,windowBits:15,memLevel:8,strategy:m,to:""},P||{});var c=this.options;c.raw&&0<c.windowBits?c.windowBits=-c.windowBits:c.gzip&&0<c.windowBits&&c.windowBits<16&&(c.windowBits+=16),this.err=0,this.msg="",this.ended=!1,this.chunks=[],this.strm=new u,this.strm.avail_out=0;var l=r.deflateInit2(this.strm,c.level,c.method,c.windowBits,c.memLevel,c.strategy);if(l!==b)throw new Error(o[l]);if(c.header&&r.deflateSetHeader(this.strm,c.header),c.dictionary){var h;if(h=typeof c.dictionary=="string"?i.string2buf(c.dictionary):p.call(c.dictionary)==="[object ArrayBuffer]"?new Uint8Array(c.dictionary):c.dictionary,(l=r.deflateSetDictionary(this.strm,h))!==b)throw new Error(o[l]);this._dict_set=!0}}function T(P,c){var l=new y(c);if(l.push(P,!0),l.err)throw l.msg||o[l.err];return l.result}y.prototype.push=function(P,c){var l,h,_=this.strm,F=this.options.chunkSize;if(this.ended)return!1;h=c===~~c?c:c===!0?4:0,typeof P=="string"?_.input=i.string2buf(P):p.call(P)==="[object ArrayBuffer]"?_.input=new Uint8Array(P):_.input=P,_.next_in=0,_.avail_in=_.input.length;do{if(_.avail_out===0&&(_.output=new s.Buf8(F),_.next_out=0,_.avail_out=F),(l=r.deflate(_,h))!==1&&l!==b)return this.onEnd(l),!(this.ended=!0);_.avail_out!==0&&(_.avail_in!==0||h!==4&&h!==2)||(this.options.to==="string"?this.onData(i.buf2binstring(s.shrinkBuf(_.output,_.next_out))):this.onData(s.shrinkBuf(_.output,_.next_out)))}while((0<_.avail_in||_.avail_out===0)&&l!==1);return h===4?(l=r.deflateEnd(this.strm),this.onEnd(l),this.ended=!0,l===b):h!==2||(this.onEnd(b),!(_.avail_out=0))},y.prototype.onData=function(P){this.chunks.push(P)},y.prototype.onEnd=function(P){P===b&&(this.options.to==="string"?this.result=this.chunks.join(""):this.result=s.flattenChunks(this.chunks)),this.chunks=[],this.err=P,this.msg=this.strm.msg},n.Deflate=y,n.deflate=T,n.deflateRaw=function(P,c){return(c=c||{}).raw=!0,T(P,c)},n.gzip=function(P,c){return(c=c||{}).gzip=!0,T(P,c)}},{"./utils/common":41,"./utils/strings":42,"./zlib/deflate":46,"./zlib/messages":51,"./zlib/zstream":53}],40:[function(t,e,n){"use strict";var r=t("./zlib/inflate"),s=t("./utils/common"),i=t("./utils/strings"),o=t("./zlib/constants"),u=t("./zlib/messages"),p=t("./zlib/zstream"),b=t("./zlib/gzheader"),g=Object.prototype.toString;function m(y){if(!(this instanceof m))return new m(y);this.options=s.assign({chunkSize:16384,windowBits:0,to:""},y||{});var T=this.options;T.raw&&0<=T.windowBits&&T.windowBits<16&&(T.windowBits=-T.windowBits,T.windowBits===0&&(T.windowBits=-15)),!(0<=T.windowBits&&T.windowBits<16)||y&&y.windowBits||(T.windowBits+=32),15<T.windowBits&&T.windowBits<48&&!(15&T.windowBits)&&(T.windowBits|=15),this.err=0,this.msg="",this.ended=!1,this.chunks=[],this.strm=new p,this.strm.avail_out=0;var P=r.inflateInit2(this.strm,T.windowBits);if(P!==o.Z_OK)throw new Error(u[P]);this.header=new b,r.inflateGetHeader(this.strm,this.header)}function C(y,T){var P=new m(T);if(P.push(y,!0),P.err)throw P.msg||u[P.err];return P.result}m.prototype.push=function(y,T){var P,c,l,h,_,F,O=this.strm,f=this.options.chunkSize,U=this.options.dictionary,X=!1;if(this.ended)return!1;c=T===~~T?T:T===!0?o.Z_FINISH:o.Z_NO_FLUSH,typeof y=="string"?O.input=i.binstring2buf(y):g.call(y)==="[object ArrayBuffer]"?O.input=new Uint8Array(y):O.input=y,O.next_in=0,O.avail_in=O.input.length;do{if(O.avail_out===0&&(O.output=new s.Buf8(f),O.next_out=0,O.avail_out=f),(P=r.inflate(O,o.Z_NO_FLUSH))===o.Z_NEED_DICT&&U&&(F=typeof U=="string"?i.string2buf(U):g.call(U)==="[object ArrayBuffer]"?new Uint8Array(U):U,P=r.inflateSetDictionary(this.strm,F)),P===o.Z_BUF_ERROR&&X===!0&&(P=o.Z_OK,X=!1),P!==o.Z_STREAM_END&&P!==o.Z_OK)return this.onEnd(P),!(this.ended=!0);O.next_out&&(O.avail_out!==0&&P!==o.Z_STREAM_END&&(O.avail_in!==0||c!==o.Z_FINISH&&c!==o.Z_SYNC_FLUSH)||(this.options.to==="string"?(l=i.utf8border(O.output,O.next_out),h=O.next_out-l,_=i.buf2string(O.output,l),O.next_out=h,O.avail_out=f-h,h&&s.arraySet(O.output,O.output,l,h,0),this.onData(_)):this.onData(s.shrinkBuf(O.output,O.next_out)))),O.avail_in===0&&O.avail_out===0&&(X=!0)}while((0<O.avail_in||O.avail_out===0)&&P!==o.Z_STREAM_END);return P===o.Z_STREAM_END&&(c=o.Z_FINISH),c===o.Z_FINISH?(P=r.inflateEnd(this.strm),this.onEnd(P),this.ended=!0,P===o.Z_OK):c!==o.Z_SYNC_FLUSH||(this.onEnd(o.Z_OK),!(O.avail_out=0))},m.prototype.onData=function(y){this.chunks.push(y)},m.prototype.onEnd=function(y){y===o.Z_OK&&(this.options.to==="string"?this.result=this.chunks.join(""):this.result=s.flattenChunks(this.chunks)),this.chunks=[],this.err=y,this.msg=this.strm.msg},n.Inflate=m,n.inflate=C,n.inflateRaw=function(y,T){return(T=T||{}).raw=!0,C(y,T)},n.ungzip=C},{"./utils/common":41,"./utils/strings":42,"./zlib/constants":44,"./zlib/gzheader":47,"./zlib/inflate":49,"./zlib/messages":51,"./zlib/zstream":53}],41:[function(t,e,n){"use strict";var r=typeof Uint8Array<"u"&&typeof Uint16Array<"u"&&typeof Int32Array<"u";n.assign=function(o){for(var u=Array.prototype.slice.call(arguments,1);u.length;){var p=u.shift();if(p){if(typeof p!="object")throw new TypeError(p+"must be non-object");for(var b in p)p.hasOwnProperty(b)&&(o[b]=p[b])}}return o},n.shrinkBuf=function(o,u){return o.length===u?o:o.subarray?o.subarray(0,u):(o.length=u,o)};var s={arraySet:function(o,u,p,b,g){if(u.subarray&&o.subarray)o.set(u.subarray(p,p+b),g);else for(var m=0;m<b;m++)o[g+m]=u[p+m]},flattenChunks:function(o){var u,p,b,g,m,C;for(u=b=0,p=o.length;u<p;u++)b+=o[u].length;for(C=new Uint8Array(b),u=g=0,p=o.length;u<p;u++)m=o[u],C.set(m,g),g+=m.length;return C}},i={arraySet:function(o,u,p,b,g){for(var m=0;m<b;m++)o[g+m]=u[p+m]},flattenChunks:function(o){return[].concat.apply([],o)}};n.setTyped=function(o){o?(n.Buf8=Uint8Array,n.Buf16=Uint16Array,n.Buf32=Int32Array,n.assign(n,s)):(n.Buf8=Array,n.Buf16=Array,n.Buf32=Array,n.assign(n,i))},n.setTyped(r)},{}],42:[function(t,e,n){"use strict";var r=t("./common"),s=!0,i=!0;try{String.fromCharCode.apply(null,[0])}catch{s=!1}try{String.fromCharCode.apply(null,new Uint8Array(1))}catch{i=!1}for(var o=new r.Buf8(256),u=0;u<256;u++)o[u]=252<=u?6:248<=u?5:240<=u?4:224<=u?3:192<=u?2:1;function p(b,g){if(g<65537&&(b.subarray&&i||!b.subarray&&s))return String.fromCharCode.apply(null,r.shrinkBuf(b,g));for(var m="",C=0;C<g;C++)m+=String.fromCharCode(b[C]);return m}o[254]=o[254]=1,n.string2buf=function(b){var g,m,C,y,T,P=b.length,c=0;for(y=0;y<P;y++)(64512&(m=b.charCodeAt(y)))==55296&&y+1<P&&(64512&(C=b.charCodeAt(y+1)))==56320&&(m=65536+(m-55296<<10)+(C-56320),y++),c+=m<128?1:m<2048?2:m<65536?3:4;for(g=new r.Buf8(c),y=T=0;T<c;y++)(64512&(m=b.charCodeAt(y)))==55296&&y+1<P&&(64512&(C=b.charCodeAt(y+1)))==56320&&(m=65536+(m-55296<<10)+(C-56320),y++),m<128?g[T++]=m:(m<2048?g[T++]=192|m>>>6:(m<65536?g[T++]=224|m>>>12:(g[T++]=240|m>>>18,g[T++]=128|m>>>12&63),g[T++]=128|m>>>6&63),g[T++]=128|63&m);return g},n.buf2binstring=function(b){return p(b,b.length)},n.binstring2buf=function(b){for(var g=new r.Buf8(b.length),m=0,C=g.length;m<C;m++)g[m]=b.charCodeAt(m);return g},n.buf2string=function(b,g){var m,C,y,T,P=g||b.length,c=new Array(2*P);for(m=C=0;m<P;)if((y=b[m++])<128)c[C++]=y;else if(4<(T=o[y]))c[C++]=65533,m+=T-1;else{for(y&=T===2?31:T===3?15:7;1<T&&m<P;)y=y<<6|63&b[m++],T--;1<T?c[C++]=65533:y<65536?c[C++]=y:(y-=65536,c[C++]=55296|y>>10&1023,c[C++]=56320|1023&y)}return p(c,C)},n.utf8border=function(b,g){var m;for((g=g||b.length)>b.length&&(g=b.length),m=g-1;0<=m&&(192&b[m])==128;)m--;return m<0||m===0?g:m+o[b[m]]>g?m:g}},{"./common":41}],43:[function(t,e,n){"use strict";e.exports=function(r,s,i,o){for(var u=65535&r|0,p=r>>>16&65535|0,b=0;i!==0;){for(i-=b=2e3<i?2e3:i;p=p+(u=u+s[o++]|0)|0,--b;);u%=65521,p%=65521}return u|p<<16|0}},{}],44:[function(t,e,n){"use strict";e.exports={Z_NO_FLUSH:0,Z_PARTIAL_FLUSH:1,Z_SYNC_FLUSH:2,Z_FULL_FLUSH:3,Z_FINISH:4,Z_BLOCK:5,Z_TREES:6,Z_OK:0,Z_STREAM_END:1,Z_NEED_DICT:2,Z_ERRNO:-1,Z_STREAM_ERROR:-2,Z_DATA_ERROR:-3,Z_BUF_ERROR:-5,Z_NO_COMPRESSION:0,Z_BEST_SPEED:1,Z_BEST_COMPRESSION:9,Z_DEFAULT_COMPRESSION:-1,Z_FILTERED:1,Z_HUFFMAN_ONLY:2,Z_RLE:3,Z_FIXED:4,Z_DEFAULT_STRATEGY:0,Z_BINARY:0,Z_TEXT:1,Z_UNKNOWN:2,Z_DEFLATED:8}},{}],45:[function(t,e,n){"use strict";var r=function(){for(var s,i=[],o=0;o<256;o++){s=o;for(var u=0;u<8;u++)s=1&s?3988292384^s>>>1:s>>>1;i[o]=s}return i}();e.exports=function(s,i,o,u){var p=r,b=u+o;s^=-1;for(var g=u;g<b;g++)s=s>>>8^p[255&(s^i[g])];return-1^s}},{}],46:[function(t,e,n){"use strict";var r,s=t("../utils/common"),i=t("./trees"),o=t("./adler32"),u=t("./crc32"),p=t("./messages"),b=0,g=4,m=0,C=-2,y=-1,T=4,P=2,c=8,l=9,h=286,_=30,F=19,O=2*h+1,f=15,U=3,X=258,Q=X+U+1,E=42,$=113,w=1,k=2,S=3,B=4;function L(D,ut){return D.msg=p[ut],ut}function R(D){return(D<<1)-(4<D?9:0)}function q(D){for(var ut=D.length;0<=--ut;)D[ut]=0}function z(D){var ut=D.state,ot=ut.pending;ot>D.avail_out&&(ot=D.avail_out),ot!==0&&(s.arraySet(D.output,ut.pending_buf,ut.pending_out,ot,D.next_out),D.next_out+=ot,ut.pending_out+=ot,D.total_out+=ot,D.avail_out-=ot,ut.pending-=ot,ut.pending===0&&(ut.pending_out=0))}function G(D,ut){i._tr_flush_block(D,0<=D.block_start?D.block_start:-1,D.strstart-D.block_start,ut),D.block_start=D.strstart,z(D.strm)}function nt(D,ut){D.pending_buf[D.pending++]=ut}function tt(D,ut){D.pending_buf[D.pending++]=ut>>>8&255,D.pending_buf[D.pending++]=255&ut}function et(D,ut){var ot,V,j=D.max_chain_length,K=D.strstart,pt=D.prev_length,vt=D.nice_match,rt=D.strstart>D.w_size-Q?D.strstart-(D.w_size-Q):0,gt=D.window,Ct=D.w_mask,xt=D.prev,mt=D.strstart+X,zt=gt[K+pt-1],Gt=gt[K+pt];D.prev_length>=D.good_match&&(j>>=2),vt>D.lookahead&&(vt=D.lookahead);do if(gt[(ot=ut)+pt]===Gt&&gt[ot+pt-1]===zt&&gt[ot]===gt[K]&&gt[++ot]===gt[K+1]){K+=2,ot++;do;while(gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&K<mt);if(V=X-(mt-K),K=mt-X,pt<V){if(D.match_start=ut,vt<=(pt=V))break;zt=gt[K+pt-1],Gt=gt[K+pt]}}while((ut=xt[ut&Ct])>rt&&--j!=0);return pt<=D.lookahead?pt:D.lookahead}function wt(D){var ut,ot,V,j,K,pt,vt,rt,gt,Ct,xt=D.w_size;do{if(j=D.window_size-D.lookahead-D.strstart,D.strstart>=xt+(xt-Q)){for(s.arraySet(D.window,D.window,xt,xt,0),D.match_start-=xt,D.strstart-=xt,D.block_start-=xt,ut=ot=D.hash_size;V=D.head[--ut],D.head[ut]=xt<=V?V-xt:0,--ot;);for(ut=ot=xt;V=D.prev[--ut],D.prev[ut]=xt<=V?V-xt:0,--ot;);j+=xt}if(D.strm.avail_in===0)break;if(pt=D.strm,vt=D.window,rt=D.strstart+D.lookahead,gt=j,Ct=void 0,Ct=pt.avail_in,gt<Ct&&(Ct=gt),ot=Ct===0?0:(pt.avail_in-=Ct,s.arraySet(vt,pt.input,pt.next_in,Ct,rt),pt.state.wrap===1?pt.adler=o(pt.adler,vt,Ct,rt):pt.state.wrap===2&&(pt.adler=u(pt.adler,vt,Ct,rt)),pt.next_in+=Ct,pt.total_in+=Ct,Ct),D.lookahead+=ot,D.lookahead+D.insert>=U)for(K=D.strstart-D.insert,D.ins_h=D.window[K],D.ins_h=(D.ins_h<<D.hash_shift^D.window[K+1])&D.hash_mask;D.insert&&(D.ins_h=(D.ins_h<<D.hash_shift^D.window[K+U-1])&D.hash_mask,D.prev[K&D.w_mask]=D.head[D.ins_h],D.head[D.ins_h]=K,K++,D.insert--,!(D.lookahead+D.insert<U)););}while(D.lookahead<Q&&D.strm.avail_in!==0)}function St(D,ut){for(var ot,V;;){if(D.lookahead<Q){if(wt(D),D.lookahead<Q&&ut===b)return w;if(D.lookahead===0)break}if(ot=0,D.lookahead>=U&&(D.ins_h=(D.ins_h<<D.hash_shift^D.window[D.strstart+U-1])&D.hash_mask,ot=D.prev[D.strstart&D.w_mask]=D.head[D.ins_h],D.head[D.ins_h]=D.strstart),ot!==0&&D.strstart-ot<=D.w_size-Q&&(D.match_length=et(D,ot)),D.match_length>=U)if(V=i._tr_tally(D,D.strstart-D.match_start,D.match_length-U),D.lookahead-=D.match_length,D.match_length<=D.max_lazy_match&&D.lookahead>=U){for(D.match_length--;D.strstart++,D.ins_h=(D.ins_h<<D.hash_shift^D.window[D.strstart+U-1])&D.hash_mask,ot=D.prev[D.strstart&D.w_mask]=D.head[D.ins_h],D.head[D.ins_h]=D.strstart,--D.match_length!=0;);D.strstart++}else D.strstart+=D.match_length,D.match_length=0,D.ins_h=D.window[D.strstart],D.ins_h=(D.ins_h<<D.hash_shift^D.window[D.strstart+1])&D.hash_mask;else V=i._tr_tally(D,0,D.window[D.strstart]),D.lookahead--,D.strstart++;if(V&&(G(D,!1),D.strm.avail_out===0))return w}return D.insert=D.strstart<U-1?D.strstart:U-1,ut===g?(G(D,!0),D.strm.avail_out===0?S:B):D.last_lit&&(G(D,!1),D.strm.avail_out===0)?w:k}function Tt(D,ut){for(var ot,V,j;;){if(D.lookahead<Q){if(wt(D),D.lookahead<Q&&ut===b)return w;if(D.lookahead===0)break}if(ot=0,D.lookahead>=U&&(D.ins_h=(D.ins_h<<D.hash_shift^D.window[D.strstart+U-1])&D.hash_mask,ot=D.prev[D.strstart&D.w_mask]=D.head[D.ins_h],D.head[D.ins_h]=D.strstart),D.prev_length=D.match_length,D.prev_match=D.match_start,D.match_length=U-1,ot!==0&&D.prev_length<D.max_lazy_match&&D.strstart-ot<=D.w_size-Q&&(D.match_length=et(D,ot),D.match_length<=5&&(D.strategy===1||D.match_length===U&&4096<D.strstart-D.match_start)&&(D.match_length=U-1)),D.prev_length>=U&&D.match_length<=D.prev_length){for(j=D.strstart+D.lookahead-U,V=i._tr_tally(D,D.strstart-1-D.prev_match,D.prev_length-U),D.lookahead-=D.prev_length-1,D.prev_length-=2;++D.strstart<=j&&(D.ins_h=(D.ins_h<<D.hash_shift^D.window[D.strstart+U-1])&D.hash_mask,ot=D.prev[D.strstart&D.w_mask]=D.head[D.ins_h],D.head[D.ins_h]=D.strstart),--D.prev_length!=0;);if(D.match_available=0,D.match_length=U-1,D.strstart++,V&&(G(D,!1),D.strm.avail_out===0))return w}else if(D.match_available){if((V=i._tr_tally(D,0,D.window[D.strstart-1]))&&G(D,!1),D.strstart++,D.lookahead--,D.strm.avail_out===0)return w}else D.match_available=1,D.strstart++,D.lookahead--}return D.match_available&&(V=i._tr_tally(D,0,D.window[D.strstart-1]),D.match_available=0),D.insert=D.strstart<U-1?D.strstart:U-1,ut===g?(G(D,!0),D.strm.avail_out===0?S:B):D.last_lit&&(G(D,!1),D.strm.avail_out===0)?w:k}function kt(D,ut,ot,V,j){this.good_length=D,this.max_lazy=ut,this.nice_length=ot,this.max_chain=V,this.func=j}function Lt(){this.strm=null,this.status=0,this.pending_buf=null,this.pending_buf_size=0,this.pending_out=0,this.pending=0,this.wrap=0,this.gzhead=null,this.gzindex=0,this.method=c,this.last_flush=-1,this.w_size=0,this.w_bits=0,this.w_mask=0,this.window=null,this.window_size=0,this.prev=null,this.head=null,this.ins_h=0,this.hash_size=0,this.hash_bits=0,this.hash_mask=0,this.hash_shift=0,this.block_start=0,this.match_length=0,this.prev_match=0,this.match_available=0,this.strstart=0,this.match_start=0,this.lookahead=0,this.prev_length=0,this.max_chain_length=0,this.max_lazy_match=0,this.level=0,this.strategy=0,this.good_match=0,this.nice_match=0,this.dyn_ltree=new s.Buf16(2*O),this.dyn_dtree=new s.Buf16(2*(2*_+1)),this.bl_tree=new s.Buf16(2*(2*F+1)),q(this.dyn_ltree),q(this.dyn_dtree),q(this.bl_tree),this.l_desc=null,this.d_desc=null,this.bl_desc=null,this.bl_count=new s.Buf16(f+1),this.heap=new s.Buf16(2*h+1),q(this.heap),this.heap_len=0,this.heap_max=0,this.depth=new s.Buf16(2*h+1),q(this.depth),this.l_buf=0,this.lit_bufsize=0,this.last_lit=0,this.d_buf=0,this.opt_len=0,this.static_len=0,this.matches=0,this.insert=0,this.bi_buf=0,this.bi_valid=0}function Bt(D){var ut;return D&&D.state?(D.total_in=D.total_out=0,D.data_type=P,(ut=D.state).pending=0,ut.pending_out=0,ut.wrap<0&&(ut.wrap=-ut.wrap),ut.status=ut.wrap?E:$,D.adler=ut.wrap===2?0:1,ut.last_flush=b,i._tr_init(ut),m):L(D,C)}function $t(D){var ut=Bt(D);return ut===m&&function(ot){ot.window_size=2*ot.w_size,q(ot.head),ot.max_lazy_match=r[ot.level].max_lazy,ot.good_match=r[ot.level].good_length,ot.nice_match=r[ot.level].nice_length,ot.max_chain_length=r[ot.level].max_chain,ot.strstart=0,ot.block_start=0,ot.lookahead=0,ot.insert=0,ot.match_length=ot.prev_length=U-1,ot.match_available=0,ot.ins_h=0}(D.state),ut}function Kt(D,ut,ot,V,j,K){if(!D)return C;var pt=1;if(ut===y&&(ut=6),V<0?(pt=0,V=-V):15<V&&(pt=2,V-=16),j<1||l<j||ot!==c||V<8||15<V||ut<0||9<ut||K<0||T<K)return L(D,C);V===8&&(V=9);var vt=new Lt;return(D.state=vt).strm=D,vt.wrap=pt,vt.gzhead=null,vt.w_bits=V,vt.w_size=1<<vt.w_bits,vt.w_mask=vt.w_size-1,vt.hash_bits=j+7,vt.hash_size=1<<vt.hash_bits,vt.hash_mask=vt.hash_size-1,vt.hash_shift=~~((vt.hash_bits+U-1)/U),vt.window=new s.Buf8(2*vt.w_size),vt.head=new s.Buf16(vt.hash_size),vt.prev=new s.Buf16(vt.w_size),vt.lit_bufsize=1<<j+6,vt.pending_buf_size=4*vt.lit_bufsize,vt.pending_buf=new s.Buf8(vt.pending_buf_size),vt.d_buf=1*vt.lit_bufsize,vt.l_buf=3*vt.lit_bufsize,vt.level=ut,vt.strategy=K,vt.method=ot,$t(D)}r=[new kt(0,0,0,0,function(D,ut){var ot=65535;for(ot>D.pending_buf_size-5&&(ot=D.pending_buf_size-5);;){if(D.lookahead<=1){if(wt(D),D.lookahead===0&&ut===b)return w;if(D.lookahead===0)break}D.strstart+=D.lookahead,D.lookahead=0;var V=D.block_start+ot;if((D.strstart===0||D.strstart>=V)&&(D.lookahead=D.strstart-V,D.strstart=V,G(D,!1),D.strm.avail_out===0)||D.strstart-D.block_start>=D.w_size-Q&&(G(D,!1),D.strm.avail_out===0))return w}return D.insert=0,ut===g?(G(D,!0),D.strm.avail_out===0?S:B):(D.strstart>D.block_start&&(G(D,!1),D.strm.avail_out),w)}),new kt(4,4,8,4,St),new kt(4,5,16,8,St),new kt(4,6,32,32,St),new kt(4,4,16,16,Tt),new kt(8,16,32,32,Tt),new kt(8,16,128,128,Tt),new kt(8,32,128,256,Tt),new kt(32,128,258,1024,Tt),new kt(32,258,258,4096,Tt)],n.deflateInit=function(D,ut){return Kt(D,ut,c,15,8,0)},n.deflateInit2=Kt,n.deflateReset=$t,n.deflateResetKeep=Bt,n.deflateSetHeader=function(D,ut){return D&&D.state?D.state.wrap!==2?C:(D.state.gzhead=ut,m):C},n.deflate=function(D,ut){var ot,V,j,K;if(!D||!D.state||5<ut||ut<0)return D?L(D,C):C;if(V=D.state,!D.output||!D.input&&D.avail_in!==0||V.status===666&&ut!==g)return L(D,D.avail_out===0?-5:C);if(V.strm=D,ot=V.last_flush,V.last_flush=ut,V.status===E)if(V.wrap===2)D.adler=0,nt(V,31),nt(V,139),nt(V,8),V.gzhead?(nt(V,(V.gzhead.text?1:0)+(V.gzhead.hcrc?2:0)+(V.gzhead.extra?4:0)+(V.gzhead.name?8:0)+(V.gzhead.comment?16:0)),nt(V,255&V.gzhead.time),nt(V,V.gzhead.time>>8&255),nt(V,V.gzhead.time>>16&255),nt(V,V.gzhead.time>>24&255),nt(V,V.level===9?2:2<=V.strategy||V.level<2?4:0),nt(V,255&V.gzhead.os),V.gzhead.extra&&V.gzhead.extra.length&&(nt(V,255&V.gzhead.extra.length),nt(V,V.gzhead.extra.length>>8&255)),V.gzhead.hcrc&&(D.adler=u(D.adler,V.pending_buf,V.pending,0)),V.gzindex=0,V.status=69):(nt(V,0),nt(V,0),nt(V,0),nt(V,0),nt(V,0),nt(V,V.level===9?2:2<=V.strategy||V.level<2?4:0),nt(V,3),V.status=$);else{var pt=c+(V.w_bits-8<<4)<<8;pt|=(2<=V.strategy||V.level<2?0:V.level<6?1:V.level===6?2:3)<<6,V.strstart!==0&&(pt|=32),pt+=31-pt%31,V.status=$,tt(V,pt),V.strstart!==0&&(tt(V,D.adler>>>16),tt(V,65535&D.adler)),D.adler=1}if(V.status===69)if(V.gzhead.extra){for(j=V.pending;V.gzindex<(65535&V.gzhead.extra.length)&&(V.pending!==V.pending_buf_size||(V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),z(D),j=V.pending,V.pending!==V.pending_buf_size));)nt(V,255&V.gzhead.extra[V.gzindex]),V.gzindex++;V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),V.gzindex===V.gzhead.extra.length&&(V.gzindex=0,V.status=73)}else V.status=73;if(V.status===73)if(V.gzhead.name){j=V.pending;do{if(V.pending===V.pending_buf_size&&(V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),z(D),j=V.pending,V.pending===V.pending_buf_size)){K=1;break}K=V.gzindex<V.gzhead.name.length?255&V.gzhead.name.charCodeAt(V.gzindex++):0,nt(V,K)}while(K!==0);V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),K===0&&(V.gzindex=0,V.status=91)}else V.status=91;if(V.status===91)if(V.gzhead.comment){j=V.pending;do{if(V.pending===V.pending_buf_size&&(V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),z(D),j=V.pending,V.pending===V.pending_buf_size)){K=1;break}K=V.gzindex<V.gzhead.comment.length?255&V.gzhead.comment.charCodeAt(V.gzindex++):0,nt(V,K)}while(K!==0);V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),K===0&&(V.status=103)}else V.status=103;if(V.status===103&&(V.gzhead.hcrc?(V.pending+2>V.pending_buf_size&&z(D),V.pending+2<=V.pending_buf_size&&(nt(V,255&D.adler),nt(V,D.adler>>8&255),D.adler=0,V.status=$)):V.status=$),V.pending!==0){if(z(D),D.avail_out===0)return V.last_flush=-1,m}else if(D.avail_in===0&&R(ut)<=R(ot)&&ut!==g)return L(D,-5);if(V.status===666&&D.avail_in!==0)return L(D,-5);if(D.avail_in!==0||V.lookahead!==0||ut!==b&&V.status!==666){var vt=V.strategy===2?function(rt,gt){for(var Ct;;){if(rt.lookahead===0&&(wt(rt),rt.lookahead===0)){if(gt===b)return w;break}if(rt.match_length=0,Ct=i._tr_tally(rt,0,rt.window[rt.strstart]),rt.lookahead--,rt.strstart++,Ct&&(G(rt,!1),rt.strm.avail_out===0))return w}return rt.insert=0,gt===g?(G(rt,!0),rt.strm.avail_out===0?S:B):rt.last_lit&&(G(rt,!1),rt.strm.avail_out===0)?w:k}(V,ut):V.strategy===3?function(rt,gt){for(var Ct,xt,mt,zt,Gt=rt.window;;){if(rt.lookahead<=X){if(wt(rt),rt.lookahead<=X&&gt===b)return w;if(rt.lookahead===0)break}if(rt.match_length=0,rt.lookahead>=U&&0<rt.strstart&&(xt=Gt[mt=rt.strstart-1])===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]){zt=rt.strstart+X;do;while(xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&mt<zt);rt.match_length=X-(zt-mt),rt.match_length>rt.lookahead&&(rt.match_length=rt.lookahead)}if(rt.match_length>=U?(Ct=i._tr_tally(rt,1,rt.match_length-U),rt.lookahead-=rt.match_length,rt.strstart+=rt.match_length,rt.match_length=0):(Ct=i._tr_tally(rt,0,rt.window[rt.strstart]),rt.lookahead--,rt.strstart++),Ct&&(G(rt,!1),rt.strm.avail_out===0))return w}return rt.insert=0,gt===g?(G(rt,!0),rt.strm.avail_out===0?S:B):rt.last_lit&&(G(rt,!1),rt.strm.avail_out===0)?w:k}(V,ut):r[V.level].func(V,ut);if(vt!==S&&vt!==B||(V.status=666),vt===w||vt===S)return D.avail_out===0&&(V.last_flush=-1),m;if(vt===k&&(ut===1?i._tr_align(V):ut!==5&&(i._tr_stored_block(V,0,0,!1),ut===3&&(q(V.head),V.lookahead===0&&(V.strstart=0,V.block_start=0,V.insert=0))),z(D),D.avail_out===0))return V.last_flush=-1,m}return ut!==g?m:V.wrap<=0?1:(V.wrap===2?(nt(V,255&D.adler),nt(V,D.adler>>8&255),nt(V,D.adler>>16&255),nt(V,D.adler>>24&255),nt(V,255&D.total_in),nt(V,D.total_in>>8&255),nt(V,D.total_in>>16&255),nt(V,D.total_in>>24&255)):(tt(V,D.adler>>>16),tt(V,65535&D.adler)),z(D),0<V.wrap&&(V.wrap=-V.wrap),V.pending!==0?m:1)},n.deflateEnd=function(D){var ut;return D&&D.state?(ut=D.state.status)!==E&&ut!==69&&ut!==73&&ut!==91&&ut!==103&&ut!==$&&ut!==666?L(D,C):(D.state=null,ut===$?L(D,-3):m):C},n.deflateSetDictionary=function(D,ut){var ot,V,j,K,pt,vt,rt,gt,Ct=ut.length;if(!D||!D.state||(K=(ot=D.state).wrap)===2||K===1&&ot.status!==E||ot.lookahead)return C;for(K===1&&(D.adler=o(D.adler,ut,Ct,0)),ot.wrap=0,Ct>=ot.w_size&&(K===0&&(q(ot.head),ot.strstart=0,ot.block_start=0,ot.insert=0),gt=new s.Buf8(ot.w_size),s.arraySet(gt,ut,Ct-ot.w_size,ot.w_size,0),ut=gt,Ct=ot.w_size),pt=D.avail_in,vt=D.next_in,rt=D.input,D.avail_in=Ct,D.next_in=0,D.input=ut,wt(ot);ot.lookahead>=U;){for(V=ot.strstart,j=ot.lookahead-(U-1);ot.ins_h=(ot.ins_h<<ot.hash_shift^ot.window[V+U-1])&ot.hash_mask,ot.prev[V&ot.w_mask]=ot.head[ot.ins_h],ot.head[ot.ins_h]=V,V++,--j;);ot.strstart=V,ot.lookahead=U-1,wt(ot)}return ot.strstart+=ot.lookahead,ot.block_start=ot.strstart,ot.insert=ot.lookahead,ot.lookahead=0,ot.match_length=ot.prev_length=U-1,ot.match_available=0,D.next_in=vt,D.input=rt,D.avail_in=pt,ot.wrap=K,m},n.deflateInfo="pako deflate (from Nodeca project)"},{"../utils/common":41,"./adler32":43,"./crc32":45,"./messages":51,"./trees":52}],47:[function(t,e,n){"use strict";e.exports=function(){this.text=0,this.time=0,this.xflags=0,this.os=0,this.extra=null,this.extra_len=0,this.name="",this.comment="",this.hcrc=0,this.done=!1}},{}],48:[function(t,e,n){"use strict";e.exports=function(r,s){var i,o,u,p,b,g,m,C,y,T,P,c,l,h,_,F,O,f,U,X,Q,E,$,w,k;i=r.state,o=r.next_in,w=r.input,u=o+(r.avail_in-5),p=r.next_out,k=r.output,b=p-(s-r.avail_out),g=p+(r.avail_out-257),m=i.dmax,C=i.wsize,y=i.whave,T=i.wnext,P=i.window,c=i.hold,l=i.bits,h=i.lencode,_=i.distcode,F=(1<<i.lenbits)-1,O=(1<<i.distbits)-1;t:do{l<15&&(c+=w[o++]<<l,l+=8,c+=w[o++]<<l,l+=8),f=h[c&F];e:for(;;){if(c>>>=U=f>>>24,l-=U,(U=f>>>16&255)===0)k[p++]=65535&f;else{if(!(16&U)){if(!(64&U)){f=h[(65535&f)+(c&(1<<U)-1)];continue e}if(32&U){i.mode=12;break t}r.msg="invalid literal/length code",i.mode=30;break t}X=65535&f,(U&=15)&&(l<U&&(c+=w[o++]<<l,l+=8),X+=c&(1<<U)-1,c>>>=U,l-=U),l<15&&(c+=w[o++]<<l,l+=8,c+=w[o++]<<l,l+=8),f=_[c&O];n:for(;;){if(c>>>=U=f>>>24,l-=U,!(16&(U=f>>>16&255))){if(!(64&U)){f=_[(65535&f)+(c&(1<<U)-1)];continue n}r.msg="invalid distance code",i.mode=30;break t}if(Q=65535&f,l<(U&=15)&&(c+=w[o++]<<l,(l+=8)<U&&(c+=w[o++]<<l,l+=8)),m<(Q+=c&(1<<U)-1)){r.msg="invalid distance too far back",i.mode=30;break t}if(c>>>=U,l-=U,(U=p-b)<Q){if(y<(U=Q-U)&&i.sane){r.msg="invalid distance too far back",i.mode=30;break t}if($=P,(E=0)===T){if(E+=C-U,U<X){for(X-=U;k[p++]=P[E++],--U;);E=p-Q,$=k}}else if(T<U){if(E+=C+T-U,(U-=T)<X){for(X-=U;k[p++]=P[E++],--U;);if(E=0,T<X){for(X-=U=T;k[p++]=P[E++],--U;);E=p-Q,$=k}}}else if(E+=T-U,U<X){for(X-=U;k[p++]=P[E++],--U;);E=p-Q,$=k}for(;2<X;)k[p++]=$[E++],k[p++]=$[E++],k[p++]=$[E++],X-=3;X&&(k[p++]=$[E++],1<X&&(k[p++]=$[E++]))}else{for(E=p-Q;k[p++]=k[E++],k[p++]=k[E++],k[p++]=k[E++],2<(X-=3););X&&(k[p++]=k[E++],1<X&&(k[p++]=k[E++]))}break}}break}}while(o<u&&p<g);o-=X=l>>3,c&=(1<<(l-=X<<3))-1,r.next_in=o,r.next_out=p,r.avail_in=o<u?u-o+5:5-(o-u),r.avail_out=p<g?g-p+257:257-(p-g),i.hold=c,i.bits=l}},{}],49:[function(t,e,n){"use strict";var r=t("../utils/common"),s=t("./adler32"),i=t("./crc32"),o=t("./inffast"),u=t("./inftrees"),p=1,b=2,g=0,m=-2,C=1,y=852,T=592;function P(E){return(E>>>24&255)+(E>>>8&65280)+((65280&E)<<8)+((255&E)<<24)}function c(){this.mode=0,this.last=!1,this.wrap=0,this.havedict=!1,this.flags=0,this.dmax=0,this.check=0,this.total=0,this.head=null,this.wbits=0,this.wsize=0,this.whave=0,this.wnext=0,this.window=null,this.hold=0,this.bits=0,this.length=0,this.offset=0,this.extra=0,this.lencode=null,this.distcode=null,this.lenbits=0,this.distbits=0,this.ncode=0,this.nlen=0,this.ndist=0,this.have=0,this.next=null,this.lens=new r.Buf16(320),this.work=new r.Buf16(288),this.lendyn=null,this.distdyn=null,this.sane=0,this.back=0,this.was=0}function l(E){var $;return E&&E.state?($=E.state,E.total_in=E.total_out=$.total=0,E.msg="",$.wrap&&(E.adler=1&$.wrap),$.mode=C,$.last=0,$.havedict=0,$.dmax=32768,$.head=null,$.hold=0,$.bits=0,$.lencode=$.lendyn=new r.Buf32(y),$.distcode=$.distdyn=new r.Buf32(T),$.sane=1,$.back=-1,g):m}function h(E){var $;return E&&E.state?(($=E.state).wsize=0,$.whave=0,$.wnext=0,l(E)):m}function _(E,$){var w,k;return E&&E.state?(k=E.state,$<0?(w=0,$=-$):(w=1+($>>4),$<48&&($&=15)),$&&($<8||15<$)?m:(k.window!==null&&k.wbits!==$&&(k.window=null),k.wrap=w,k.wbits=$,h(E))):m}function F(E,$){var w,k;return E?(k=new c,(E.state=k).window=null,(w=_(E,$))!==g&&(E.state=null),w):m}var O,f,U=!0;function X(E){if(U){var $;for(O=new r.Buf32(512),f=new r.Buf32(32),$=0;$<144;)E.lens[$++]=8;for(;$<256;)E.lens[$++]=9;for(;$<280;)E.lens[$++]=7;for(;$<288;)E.lens[$++]=8;for(u(p,E.lens,0,288,O,0,E.work,{bits:9}),$=0;$<32;)E.lens[$++]=5;u(b,E.lens,0,32,f,0,E.work,{bits:5}),U=!1}E.lencode=O,E.lenbits=9,E.distcode=f,E.distbits=5}function Q(E,$,w,k){var S,B=E.state;return B.window===null&&(B.wsize=1<<B.wbits,B.wnext=0,B.whave=0,B.window=new r.Buf8(B.wsize)),k>=B.wsize?(r.arraySet(B.window,$,w-B.wsize,B.wsize,0),B.wnext=0,B.whave=B.wsize):(k<(S=B.wsize-B.wnext)&&(S=k),r.arraySet(B.window,$,w-k,S,B.wnext),(k-=S)?(r.arraySet(B.window,$,w-k,k,0),B.wnext=k,B.whave=B.wsize):(B.wnext+=S,B.wnext===B.wsize&&(B.wnext=0),B.whave<B.wsize&&(B.whave+=S))),0}n.inflateReset=h,n.inflateReset2=_,n.inflateResetKeep=l,n.inflateInit=function(E){return F(E,15)},n.inflateInit2=F,n.inflate=function(E,$){var w,k,S,B,L,R,q,z,G,nt,tt,et,wt,St,Tt,kt,Lt,Bt,$t,Kt,D,ut,ot,V,j=0,K=new r.Buf8(4),pt=[16,17,18,0,8,7,9,6,10,5,11,4,12,3,13,2,14,1,15];if(!E||!E.state||!E.output||!E.input&&E.avail_in!==0)return m;(w=E.state).mode===12&&(w.mode=13),L=E.next_out,S=E.output,q=E.avail_out,B=E.next_in,k=E.input,R=E.avail_in,z=w.hold,G=w.bits,nt=R,tt=q,ut=g;t:for(;;)switch(w.mode){case C:if(w.wrap===0){w.mode=13;break}for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(2&w.wrap&&z===35615){K[w.check=0]=255&z,K[1]=z>>>8&255,w.check=i(w.check,K,2,0),G=z=0,w.mode=2;break}if(w.flags=0,w.head&&(w.head.done=!1),!(1&w.wrap)||(((255&z)<<8)+(z>>8))%31){E.msg="incorrect header check",w.mode=30;break}if((15&z)!=8){E.msg="unknown compression method",w.mode=30;break}if(G-=4,D=8+(15&(z>>>=4)),w.wbits===0)w.wbits=D;else if(D>w.wbits){E.msg="invalid window size",w.mode=30;break}w.dmax=1<<D,E.adler=w.check=1,w.mode=512&z?10:12,G=z=0;break;case 2:for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(w.flags=z,(255&w.flags)!=8){E.msg="unknown compression method",w.mode=30;break}if(57344&w.flags){E.msg="unknown header flags set",w.mode=30;break}w.head&&(w.head.text=z>>8&1),512&w.flags&&(K[0]=255&z,K[1]=z>>>8&255,w.check=i(w.check,K,2,0)),G=z=0,w.mode=3;case 3:for(;G<32;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.head&&(w.head.time=z),512&w.flags&&(K[0]=255&z,K[1]=z>>>8&255,K[2]=z>>>16&255,K[3]=z>>>24&255,w.check=i(w.check,K,4,0)),G=z=0,w.mode=4;case 4:for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.head&&(w.head.xflags=255&z,w.head.os=z>>8),512&w.flags&&(K[0]=255&z,K[1]=z>>>8&255,w.check=i(w.check,K,2,0)),G=z=0,w.mode=5;case 5:if(1024&w.flags){for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.length=z,w.head&&(w.head.extra_len=z),512&w.flags&&(K[0]=255&z,K[1]=z>>>8&255,w.check=i(w.check,K,2,0)),G=z=0}else w.head&&(w.head.extra=null);w.mode=6;case 6:if(1024&w.flags&&(R<(et=w.length)&&(et=R),et&&(w.head&&(D=w.head.extra_len-w.length,w.head.extra||(w.head.extra=new Array(w.head.extra_len)),r.arraySet(w.head.extra,k,B,et,D)),512&w.flags&&(w.check=i(w.check,k,et,B)),R-=et,B+=et,w.length-=et),w.length))break t;w.length=0,w.mode=7;case 7:if(2048&w.flags){if(R===0)break t;for(et=0;D=k[B+et++],w.head&&D&&w.length<65536&&(w.head.name+=String.fromCharCode(D)),D&&et<R;);if(512&w.flags&&(w.check=i(w.check,k,et,B)),R-=et,B+=et,D)break t}else w.head&&(w.head.name=null);w.length=0,w.mode=8;case 8:if(4096&w.flags){if(R===0)break t;for(et=0;D=k[B+et++],w.head&&D&&w.length<65536&&(w.head.comment+=String.fromCharCode(D)),D&&et<R;);if(512&w.flags&&(w.check=i(w.check,k,et,B)),R-=et,B+=et,D)break t}else w.head&&(w.head.comment=null);w.mode=9;case 9:if(512&w.flags){for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(z!==(65535&w.check)){E.msg="header crc mismatch",w.mode=30;break}G=z=0}w.head&&(w.head.hcrc=w.flags>>9&1,w.head.done=!0),E.adler=w.check=0,w.mode=12;break;case 10:for(;G<32;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}E.adler=w.check=P(z),G=z=0,w.mode=11;case 11:if(w.havedict===0)return E.next_out=L,E.avail_out=q,E.next_in=B,E.avail_in=R,w.hold=z,w.bits=G,2;E.adler=w.check=1,w.mode=12;case 12:if($===5||$===6)break t;case 13:if(w.last){z>>>=7&G,G-=7&G,w.mode=27;break}for(;G<3;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}switch(w.last=1&z,G-=1,3&(z>>>=1)){case 0:w.mode=14;break;case 1:if(X(w),w.mode=20,$!==6)break;z>>>=2,G-=2;break t;case 2:w.mode=17;break;case 3:E.msg="invalid block type",w.mode=30}z>>>=2,G-=2;break;case 14:for(z>>>=7&G,G-=7&G;G<32;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if((65535&z)!=(z>>>16^65535)){E.msg="invalid stored block lengths",w.mode=30;break}if(w.length=65535&z,G=z=0,w.mode=15,$===6)break t;case 15:w.mode=16;case 16:if(et=w.length){if(R<et&&(et=R),q<et&&(et=q),et===0)break t;r.arraySet(S,k,B,et,L),R-=et,B+=et,q-=et,L+=et,w.length-=et;break}w.mode=12;break;case 17:for(;G<14;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(w.nlen=257+(31&z),z>>>=5,G-=5,w.ndist=1+(31&z),z>>>=5,G-=5,w.ncode=4+(15&z),z>>>=4,G-=4,286<w.nlen||30<w.ndist){E.msg="too many length or distance symbols",w.mode=30;break}w.have=0,w.mode=18;case 18:for(;w.have<w.ncode;){for(;G<3;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.lens[pt[w.have++]]=7&z,z>>>=3,G-=3}for(;w.have<19;)w.lens[pt[w.have++]]=0;if(w.lencode=w.lendyn,w.lenbits=7,ot={bits:w.lenbits},ut=u(0,w.lens,0,19,w.lencode,0,w.work,ot),w.lenbits=ot.bits,ut){E.msg="invalid code lengths set",w.mode=30;break}w.have=0,w.mode=19;case 19:for(;w.have<w.nlen+w.ndist;){for(;kt=(j=w.lencode[z&(1<<w.lenbits)-1])>>>16&255,Lt=65535&j,!((Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(Lt<16)z>>>=Tt,G-=Tt,w.lens[w.have++]=Lt;else{if(Lt===16){for(V=Tt+2;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(z>>>=Tt,G-=Tt,w.have===0){E.msg="invalid bit length repeat",w.mode=30;break}D=w.lens[w.have-1],et=3+(3&z),z>>>=2,G-=2}else if(Lt===17){for(V=Tt+3;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}G-=Tt,D=0,et=3+(7&(z>>>=Tt)),z>>>=3,G-=3}else{for(V=Tt+7;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}G-=Tt,D=0,et=11+(127&(z>>>=Tt)),z>>>=7,G-=7}if(w.have+et>w.nlen+w.ndist){E.msg="invalid bit length repeat",w.mode=30;break}for(;et--;)w.lens[w.have++]=D}}if(w.mode===30)break;if(w.lens[256]===0){E.msg="invalid code -- missing end-of-block",w.mode=30;break}if(w.lenbits=9,ot={bits:w.lenbits},ut=u(p,w.lens,0,w.nlen,w.lencode,0,w.work,ot),w.lenbits=ot.bits,ut){E.msg="invalid literal/lengths set",w.mode=30;break}if(w.distbits=6,w.distcode=w.distdyn,ot={bits:w.distbits},ut=u(b,w.lens,w.nlen,w.ndist,w.distcode,0,w.work,ot),w.distbits=ot.bits,ut){E.msg="invalid distances set",w.mode=30;break}if(w.mode=20,$===6)break t;case 20:w.mode=21;case 21:if(6<=R&&258<=q){E.next_out=L,E.avail_out=q,E.next_in=B,E.avail_in=R,w.hold=z,w.bits=G,o(E,tt),L=E.next_out,S=E.output,q=E.avail_out,B=E.next_in,k=E.input,R=E.avail_in,z=w.hold,G=w.bits,w.mode===12&&(w.back=-1);break}for(w.back=0;kt=(j=w.lencode[z&(1<<w.lenbits)-1])>>>16&255,Lt=65535&j,!((Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(kt&&!(240&kt)){for(Bt=Tt,$t=kt,Kt=Lt;kt=(j=w.lencode[Kt+((z&(1<<Bt+$t)-1)>>Bt)])>>>16&255,Lt=65535&j,!(Bt+(Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}z>>>=Bt,G-=Bt,w.back+=Bt}if(z>>>=Tt,G-=Tt,w.back+=Tt,w.length=Lt,kt===0){w.mode=26;break}if(32&kt){w.back=-1,w.mode=12;break}if(64&kt){E.msg="invalid literal/length code",w.mode=30;break}w.extra=15&kt,w.mode=22;case 22:if(w.extra){for(V=w.extra;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.length+=z&(1<<w.extra)-1,z>>>=w.extra,G-=w.extra,w.back+=w.extra}w.was=w.length,w.mode=23;case 23:for(;kt=(j=w.distcode[z&(1<<w.distbits)-1])>>>16&255,Lt=65535&j,!((Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(!(240&kt)){for(Bt=Tt,$t=kt,Kt=Lt;kt=(j=w.distcode[Kt+((z&(1<<Bt+$t)-1)>>Bt)])>>>16&255,Lt=65535&j,!(Bt+(Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}z>>>=Bt,G-=Bt,w.back+=Bt}if(z>>>=Tt,G-=Tt,w.back+=Tt,64&kt){E.msg="invalid distance code",w.mode=30;break}w.offset=Lt,w.extra=15&kt,w.mode=24;case 24:if(w.extra){for(V=w.extra;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.offset+=z&(1<<w.extra)-1,z>>>=w.extra,G-=w.extra,w.back+=w.extra}if(w.offset>w.dmax){E.msg="invalid distance too far back",w.mode=30;break}w.mode=25;case 25:if(q===0)break t;if(et=tt-q,w.offset>et){if((et=w.offset-et)>w.whave&&w.sane){E.msg="invalid distance too far back",w.mode=30;break}wt=et>w.wnext?(et-=w.wnext,w.wsize-et):w.wnext-et,et>w.length&&(et=w.length),St=w.window}else St=S,wt=L-w.offset,et=w.length;for(q<et&&(et=q),q-=et,w.length-=et;S[L++]=St[wt++],--et;);w.length===0&&(w.mode=21);break;case 26:if(q===0)break t;S[L++]=w.length,q--,w.mode=21;break;case 27:if(w.wrap){for(;G<32;){if(R===0)break t;R--,z|=k[B++]<<G,G+=8}if(tt-=q,E.total_out+=tt,w.total+=tt,tt&&(E.adler=w.check=w.flags?i(w.check,S,tt,L-tt):s(w.check,S,tt,L-tt)),tt=q,(w.flags?z:P(z))!==w.check){E.msg="incorrect data check",w.mode=30;break}G=z=0}w.mode=28;case 28:if(w.wrap&&w.flags){for(;G<32;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(z!==(4294967295&w.total)){E.msg="incorrect length check",w.mode=30;break}G=z=0}w.mode=29;case 29:ut=1;break t;case 30:ut=-3;break t;case 31:return-4;case 32:default:return m}return E.next_out=L,E.avail_out=q,E.next_in=B,E.avail_in=R,w.hold=z,w.bits=G,(w.wsize||tt!==E.avail_out&&w.mode<30&&(w.mode<27||$!==4))&&Q(E,E.output,E.next_out,tt-E.avail_out)?(w.mode=31,-4):(nt-=E.avail_in,tt-=E.avail_out,E.total_in+=nt,E.total_out+=tt,w.total+=tt,w.wrap&&tt&&(E.adler=w.check=w.flags?i(w.check,S,tt,E.next_out-tt):s(w.check,S,tt,E.next_out-tt)),E.data_type=w.bits+(w.last?64:0)+(w.mode===12?128:0)+(w.mode===20||w.mode===15?256:0),(nt==0&&tt===0||$===4)&&ut===g&&(ut=-5),ut)},n.inflateEnd=function(E){if(!E||!E.state)return m;var $=E.state;return $.window&&($.window=null),E.state=null,g},n.inflateGetHeader=function(E,$){var w;return E&&E.state&&2&(w=E.state).wrap?((w.head=$).done=!1,g):m},n.inflateSetDictionary=function(E,$){var w,k=$.length;return E&&E.state?(w=E.state).wrap!==0&&w.mode!==11?m:w.mode===11&&s(1,$,k,0)!==w.check?-3:Q(E,$,k,k)?(w.mode=31,-4):(w.havedict=1,g):m},n.inflateInfo="pako inflate (from Nodeca project)"},{"../utils/common":41,"./adler32":43,"./crc32":45,"./inffast":48,"./inftrees":50}],50:[function(t,e,n){"use strict";var r=t("../utils/common"),s=[3,4,5,6,7,8,9,10,11,13,15,17,19,23,27,31,35,43,51,59,67,83,99,115,131,163,195,227,258,0,0],i=[16,16,16,16,16,16,16,16,17,17,17,17,18,18,18,18,19,19,19,19,20,20,20,20,21,21,21,21,16,72,78],o=[1,2,3,4,5,7,9,13,17,25,33,49,65,97,129,193,257,385,513,769,1025,1537,2049,3073,4097,6145,8193,12289,16385,24577,0,0],u=[16,16,16,16,17,17,18,18,19,19,20,20,21,21,22,22,23,23,24,24,25,25,26,26,27,27,28,28,29,29,64,64];e.exports=function(p,b,g,m,C,y,T,P){var c,l,h,_,F,O,f,U,X,Q=P.bits,E=0,$=0,w=0,k=0,S=0,B=0,L=0,R=0,q=0,z=0,G=null,nt=0,tt=new r.Buf16(16),et=new r.Buf16(16),wt=null,St=0;for(E=0;E<=15;E++)tt[E]=0;for($=0;$<m;$++)tt[b[g+$]]++;for(S=Q,k=15;1<=k&&tt[k]===0;k--);if(k<S&&(S=k),k===0)return C[y++]=20971520,C[y++]=20971520,P.bits=1,0;for(w=1;w<k&&tt[w]===0;w++);for(S<w&&(S=w),E=R=1;E<=15;E++)if(R<<=1,(R-=tt[E])<0)return-1;if(0<R&&(p===0||k!==1))return-1;for(et[1]=0,E=1;E<15;E++)et[E+1]=et[E]+tt[E];for($=0;$<m;$++)b[g+$]!==0&&(T[et[b[g+$]]++]=$);if(O=p===0?(G=wt=T,19):p===1?(G=s,nt-=257,wt=i,St-=257,256):(G=o,wt=u,-1),E=w,F=y,L=$=z=0,h=-1,_=(q=1<<(B=S))-1,p===1&&852<q||p===2&&592<q)return 1;for(;;){for(f=E-L,X=T[$]<O?(U=0,T[$]):T[$]>O?(U=wt[St+T[$]],G[nt+T[$]]):(U=96,0),c=1<<E-L,w=l=1<<B;C[F+(z>>L)+(l-=c)]=f<<24|U<<16|X|0,l!==0;);for(c=1<<E-1;z&c;)c>>=1;if(c!==0?(z&=c-1,z+=c):z=0,$++,--tt[E]==0){if(E===k)break;E=b[g+T[$]]}if(S<E&&(z&_)!==h){for(L===0&&(L=S),F+=w,R=1<<(B=E-L);B+L<k&&!((R-=tt[B+L])<=0);)B++,R<<=1;if(q+=1<<B,p===1&&852<q||p===2&&592<q)return 1;C[h=z&_]=S<<24|B<<16|F-y|0}}return z!==0&&(C[F+z]=E-L<<24|64<<16|0),P.bits=S,0}},{"../utils/common":41}],51:[function(t,e,n){"use strict";e.exports={2:"need dictionary",1:"stream end",0:"","-1":"file error","-2":"stream error","-3":"data error","-4":"insufficient memory","-5":"buffer error","-6":"incompatible version"}},{}],52:[function(t,e,n){"use strict";var r=t("../utils/common"),s=0,i=1;function o(j){for(var K=j.length;0<=--K;)j[K]=0}var u=0,p=29,b=256,g=b+1+p,m=30,C=19,y=2*g+1,T=15,P=16,c=7,l=256,h=16,_=17,F=18,O=[0,0,0,0,0,0,0,0,1,1,1,1,2,2,2,2,3,3,3,3,4,4,4,4,5,5,5,5,0],f=[0,0,0,0,1,1,2,2,3,3,4,4,5,5,6,6,7,7,8,8,9,9,10,10,11,11,12,12,13,13],U=[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,2,3,7],X=[16,17,18,0,8,7,9,6,10,5,11,4,12,3,13,2,14,1,15],Q=new Array(2*(g+2));o(Q);var E=new Array(2*m);o(E);var $=new Array(512);o($);var w=new Array(256);o(w);var k=new Array(p);o(k);var S,B,L,R=new Array(m);function q(j,K,pt,vt,rt){this.static_tree=j,this.extra_bits=K,this.extra_base=pt,this.elems=vt,this.max_length=rt,this.has_stree=j&&j.length}function z(j,K){this.dyn_tree=j,this.max_code=0,this.stat_desc=K}function G(j){return j<256?$[j]:$[256+(j>>>7)]}function nt(j,K){j.pending_buf[j.pending++]=255&K,j.pending_buf[j.pending++]=K>>>8&255}function tt(j,K,pt){j.bi_valid>P-pt?(j.bi_buf|=K<<j.bi_valid&65535,nt(j,j.bi_buf),j.bi_buf=K>>P-j.bi_valid,j.bi_valid+=pt-P):(j.bi_buf|=K<<j.bi_valid&65535,j.bi_valid+=pt)}function et(j,K,pt){tt(j,pt[2*K],pt[2*K+1])}function wt(j,K){for(var pt=0;pt|=1&j,j>>>=1,pt<<=1,0<--K;);return pt>>>1}function St(j,K,pt){var vt,rt,gt=new Array(T+1),Ct=0;for(vt=1;vt<=T;vt++)gt[vt]=Ct=Ct+pt[vt-1]<<1;for(rt=0;rt<=K;rt++){var xt=j[2*rt+1];xt!==0&&(j[2*rt]=wt(gt[xt]++,xt))}}function Tt(j){var K;for(K=0;K<g;K++)j.dyn_ltree[2*K]=0;for(K=0;K<m;K++)j.dyn_dtree[2*K]=0;for(K=0;K<C;K++)j.bl_tree[2*K]=0;j.dyn_ltree[2*l]=1,j.opt_len=j.static_len=0,j.last_lit=j.matches=0}function kt(j){8<j.bi_valid?nt(j,j.bi_buf):0<j.bi_valid&&(j.pending_buf[j.pending++]=j.bi_buf),j.bi_buf=0,j.bi_valid=0}function Lt(j,K,pt,vt){var rt=2*K,gt=2*pt;return j[rt]<j[gt]||j[rt]===j[gt]&&vt[K]<=vt[pt]}function Bt(j,K,pt){for(var vt=j.heap[pt],rt=pt<<1;rt<=j.heap_len&&(rt<j.heap_len&&Lt(K,j.heap[rt+1],j.heap[rt],j.depth)&&rt++,!Lt(K,vt,j.heap[rt],j.depth));)j.heap[pt]=j.heap[rt],pt=rt,rt<<=1;j.heap[pt]=vt}function $t(j,K,pt){var vt,rt,gt,Ct,xt=0;if(j.last_lit!==0)for(;vt=j.pending_buf[j.d_buf+2*xt]<<8|j.pending_buf[j.d_buf+2*xt+1],rt=j.pending_buf[j.l_buf+xt],xt++,vt===0?et(j,rt,K):(et(j,(gt=w[rt])+b+1,K),(Ct=O[gt])!==0&&tt(j,rt-=k[gt],Ct),et(j,gt=G(--vt),pt),(Ct=f[gt])!==0&&tt(j,vt-=R[gt],Ct)),xt<j.last_lit;);et(j,l,K)}function Kt(j,K){var pt,vt,rt,gt=K.dyn_tree,Ct=K.stat_desc.static_tree,xt=K.stat_desc.has_stree,mt=K.stat_desc.elems,zt=-1;for(j.heap_len=0,j.heap_max=y,pt=0;pt<mt;pt++)gt[2*pt]!==0?(j.heap[++j.heap_len]=zt=pt,j.depth[pt]=0):gt[2*pt+1]=0;for(;j.heap_len<2;)gt[2*(rt=j.heap[++j.heap_len]=zt<2?++zt:0)]=1,j.depth[rt]=0,j.opt_len--,xt&&(j.static_len-=Ct[2*rt+1]);for(K.max_code=zt,pt=j.heap_len>>1;1<=pt;pt--)Bt(j,gt,pt);for(rt=mt;pt=j.heap[1],j.heap[1]=j.heap[j.heap_len--],Bt(j,gt,1),vt=j.heap[1],j.heap[--j.heap_max]=pt,j.heap[--j.heap_max]=vt,gt[2*rt]=gt[2*pt]+gt[2*vt],j.depth[rt]=(j.depth[pt]>=j.depth[vt]?j.depth[pt]:j.depth[vt])+1,gt[2*pt+1]=gt[2*vt+1]=rt,j.heap[1]=rt++,Bt(j,gt,1),2<=j.heap_len;);j.heap[--j.heap_max]=j.heap[1],function(Gt,ve){var fn,Te,tn,ee,ge,je,fe=ve.dyn_tree,dr=ve.max_code,Tn=ve.stat_desc.static_tree,ur=ve.stat_desc.has_stree,cr=ve.stat_desc.extra_bits,fr=ve.stat_desc.extra_base,Ae=ve.stat_desc.max_length,We=0;for(ee=0;ee<=T;ee++)Gt.bl_count[ee]=0;for(fe[2*Gt.heap[Gt.heap_max]+1]=0,fn=Gt.heap_max+1;fn<y;fn++)Ae<(ee=fe[2*fe[2*(Te=Gt.heap[fn])+1]+1]+1)&&(ee=Ae,We++),fe[2*Te+1]=ee,dr<Te||(Gt.bl_count[ee]++,ge=0,fr<=Te&&(ge=cr[Te-fr]),je=fe[2*Te],Gt.opt_len+=je*(ee+ge),ur&&(Gt.static_len+=je*(Tn[2*Te+1]+ge)));if(We!==0){do{for(ee=Ae-1;Gt.bl_count[ee]===0;)ee--;Gt.bl_count[ee]--,Gt.bl_count[ee+1]+=2,Gt.bl_count[Ae]--,We-=2}while(0<We);for(ee=Ae;ee!==0;ee--)for(Te=Gt.bl_count[ee];Te!==0;)dr<(tn=Gt.heap[--fn])||(fe[2*tn+1]!==ee&&(Gt.opt_len+=(ee-fe[2*tn+1])*fe[2*tn],fe[2*tn+1]=ee),Te--)}}(j,K),St(gt,zt,j.bl_count)}function D(j,K,pt){var vt,rt,gt=-1,Ct=K[1],xt=0,mt=7,zt=4;for(Ct===0&&(mt=138,zt=3),K[2*(pt+1)+1]=65535,vt=0;vt<=pt;vt++)rt=Ct,Ct=K[2*(vt+1)+1],++xt<mt&&rt===Ct||(xt<zt?j.bl_tree[2*rt]+=xt:rt!==0?(rt!==gt&&j.bl_tree[2*rt]++,j.bl_tree[2*h]++):xt<=10?j.bl_tree[2*_]++:j.bl_tree[2*F]++,gt=rt,zt=(xt=0)===Ct?(mt=138,3):rt===Ct?(mt=6,3):(mt=7,4))}function ut(j,K,pt){var vt,rt,gt=-1,Ct=K[1],xt=0,mt=7,zt=4;for(Ct===0&&(mt=138,zt=3),vt=0;vt<=pt;vt++)if(rt=Ct,Ct=K[2*(vt+1)+1],!(++xt<mt&&rt===Ct)){if(xt<zt)for(;et(j,rt,j.bl_tree),--xt!=0;);else rt!==0?(rt!==gt&&(et(j,rt,j.bl_tree),xt--),et(j,h,j.bl_tree),tt(j,xt-3,2)):xt<=10?(et(j,_,j.bl_tree),tt(j,xt-3,3)):(et(j,F,j.bl_tree),tt(j,xt-11,7));gt=rt,zt=(xt=0)===Ct?(mt=138,3):rt===Ct?(mt=6,3):(mt=7,4)}}o(R);var ot=!1;function V(j,K,pt,vt){tt(j,(u<<1)+(vt?1:0),3),function(rt,gt,Ct,xt){kt(rt),xt&&(nt(rt,Ct),nt(rt,~Ct)),r.arraySet(rt.pending_buf,rt.window,gt,Ct,rt.pending),rt.pending+=Ct}(j,K,pt,!0)}n._tr_init=function(j){ot||(function(){var K,pt,vt,rt,gt,Ct=new Array(T+1);for(rt=vt=0;rt<p-1;rt++)for(k[rt]=vt,K=0;K<1<<O[rt];K++)w[vt++]=rt;for(w[vt-1]=rt,rt=gt=0;rt<16;rt++)for(R[rt]=gt,K=0;K<1<<f[rt];K++)$[gt++]=rt;for(gt>>=7;rt<m;rt++)for(R[rt]=gt<<7,K=0;K<1<<f[rt]-7;K++)$[256+gt++]=rt;for(pt=0;pt<=T;pt++)Ct[pt]=0;for(K=0;K<=143;)Q[2*K+1]=8,K++,Ct[8]++;for(;K<=255;)Q[2*K+1]=9,K++,Ct[9]++;for(;K<=279;)Q[2*K+1]=7,K++,Ct[7]++;for(;K<=287;)Q[2*K+1]=8,K++,Ct[8]++;for(St(Q,g+1,Ct),K=0;K<m;K++)E[2*K+1]=5,E[2*K]=wt(K,5);S=new q(Q,O,b+1,g,T),B=new q(E,f,0,m,T),L=new q(new Array(0),U,0,C,c)}(),ot=!0),j.l_desc=new z(j.dyn_ltree,S),j.d_desc=new z(j.dyn_dtree,B),j.bl_desc=new z(j.bl_tree,L),j.bi_buf=0,j.bi_valid=0,Tt(j)},n._tr_stored_block=V,n._tr_flush_block=function(j,K,pt,vt){var rt,gt,Ct=0;0<j.level?(j.strm.data_type===2&&(j.strm.data_type=function(xt){var mt,zt=4093624447;for(mt=0;mt<=31;mt++,zt>>>=1)if(1&zt&&xt.dyn_ltree[2*mt]!==0)return s;if(xt.dyn_ltree[18]!==0||xt.dyn_ltree[20]!==0||xt.dyn_ltree[26]!==0)return i;for(mt=32;mt<b;mt++)if(xt.dyn_ltree[2*mt]!==0)return i;return s}(j)),Kt(j,j.l_desc),Kt(j,j.d_desc),Ct=function(xt){var mt;for(D(xt,xt.dyn_ltree,xt.l_desc.max_code),D(xt,xt.dyn_dtree,xt.d_desc.max_code),Kt(xt,xt.bl_desc),mt=C-1;3<=mt&&xt.bl_tree[2*X[mt]+1]===0;mt--);return xt.opt_len+=3*(mt+1)+5+5+4,mt}(j),rt=j.opt_len+3+7>>>3,(gt=j.static_len+3+7>>>3)<=rt&&(rt=gt)):rt=gt=pt+5,pt+4<=rt&&K!==-1?V(j,K,pt,vt):j.strategy===4||gt===rt?(tt(j,2+(vt?1:0),3),$t(j,Q,E)):(tt(j,4+(vt?1:0),3),function(xt,mt,zt,Gt){var ve;for(tt(xt,mt-257,5),tt(xt,zt-1,5),tt(xt,Gt-4,4),ve=0;ve<Gt;ve++)tt(xt,xt.bl_tree[2*X[ve]+1],3);ut(xt,xt.dyn_ltree,mt-1),ut(xt,xt.dyn_dtree,zt-1)}(j,j.l_desc.max_code+1,j.d_desc.max_code+1,Ct+1),$t(j,j.dyn_ltree,j.dyn_dtree)),Tt(j),vt&&kt(j)},n._tr_tally=function(j,K,pt){return j.pending_buf[j.d_buf+2*j.last_lit]=K>>>8&255,j.pending_buf[j.d_buf+2*j.last_lit+1]=255&K,j.pending_buf[j.l_buf+j.last_lit]=255&pt,j.last_lit++,K===0?j.dyn_ltree[2*pt]++:(j.matches++,K--,j.dyn_ltree[2*(w[pt]+b+1)]++,j.dyn_dtree[2*G(K)]++),j.last_lit===j.lit_bufsize-1},n._tr_align=function(j){tt(j,2,3),et(j,l,Q),function(K){K.bi_valid===16?(nt(K,K.bi_buf),K.bi_buf=0,K.bi_valid=0):8<=K.bi_valid&&(K.pending_buf[K.pending++]=255&K.bi_buf,K.bi_buf>>=8,K.bi_valid-=8)}(j)}},{"../utils/common":41}],53:[function(t,e,n){"use strict";e.exports=function(){this.input=null,this.next_in=0,this.avail_in=0,this.total_in=0,this.output=null,this.next_out=0,this.avail_out=0,this.total_out=0,this.msg="",this.state=null,this.data_type=2,this.adler=0}},{}],54:[function(t,e,n){(function(r){(function(s,i){"use strict";if(!s.setImmediate){var o,u,p,b,g=1,m={},C=!1,y=s.document,T=Object.getPrototypeOf&&Object.getPrototypeOf(s);T=T&&T.setTimeout?T:s,o={}.toString.call(s.process)==="[object process]"?function(h){process.nextTick(function(){c(h)})}:function(){if(s.postMessage&&!s.importScripts){var h=!0,_=s.onmessage;return s.onmessage=function(){h=!1},s.postMessage("","*"),s.onmessage=_,h}}()?(b="setImmediate$"+Math.random()+"$",s.addEventListener?s.addEventListener("message",l,!1):s.attachEvent("onmessage",l),function(h){s.postMessage(b+h,"*")}):s.MessageChannel?((p=new MessageChannel).port1.onmessage=function(h){c(h.data)},function(h){p.port2.postMessage(h)}):y&&"onreadystatechange"in y.createElement("script")?(u=y.documentElement,function(h){var _=y.createElement("script");_.onreadystatechange=function(){c(h),_.onreadystatechange=null,u.removeChild(_),_=null},u.appendChild(_)}):function(h){setTimeout(c,0,h)},T.setImmediate=function(h){typeof h!="function"&&(h=new Function(""+h));for(var _=new Array(arguments.length-1),F=0;F<_.length;F++)_[F]=arguments[F+1];var O={callback:h,args:_};return m[g]=O,o(g),g++},T.clearImmediate=P}function P(h){delete m[h]}function c(h){if(C)setTimeout(c,0,h);else{var _=m[h];if(_){C=!0;try{(function(F){var O=F.callback,f=F.args;switch(f.length){case 0:O();break;case 1:O(f[0]);break;case 2:O(f[0],f[1]);break;case 3:O(f[0],f[1],f[2]);break;default:O.apply(i,f)}})(_)}finally{P(h),C=!1}}}}function l(h){h.source===s&&typeof h.data=="string"&&h.data.indexOf(b)===0&&c(+h.data.slice(b.length))}})(typeof self>"u"?r===void 0?this:r:self)}).call(this,typeof global<"u"?global:typeof self<"u"?self:typeof window<"u"?window:{})},{}]},{},[10])(10)})});var ae=Oa((La,xr)=>{(function(t,e){"use strict";typeof xr=="object"&&typeof xr.exports=="object"?xr.exports=t.document?e(t,!0):function(n){if(!n.document)throw new Error("jQuery requires a window with a document");return e(n)}:e(t)})(typeof window<"u"?window:La,function(t,e){"use strict";var n=[],r=Object.getPrototypeOf,s=n.slice,i=n.flat?function(a){return n.flat.call(a)}:function(a){return n.concat.apply([],a)},o=n.push,u=n.indexOf,p={},b=p.toString,g=p.hasOwnProperty,m=g.toString,C=m.call(Object),y={},T=function(d){return typeof d=="function"&&typeof d.nodeType!="number"&&typeof d.item!="function"},P=function(d){return d!=null&&d===d.window},c=t.document,l={type:!0,src:!0,nonce:!0,noModule:!0};function h(a,d,v){v=v||c;var x,A,I=v.createElement("script");if(I.text=a,d)for(x in l)A=d[x]||d.getAttribute&&d.getAttribute(x),A&&I.setAttribute(x,A);v.head.appendChild(I).parentNode.removeChild(I)}function _(a){return a==null?a+"":typeof a=="object"||typeof a=="function"?p[b.call(a)]||"object":typeof a}var F="3.7.1",O=/HTML$/i,f=function(a,d){return new f.fn.init(a,d)};f.fn=f.prototype={jquery:F,constructor:f,length:0,toArray:function(){return s.call(this)},get:function(a){return a==null?s.call(this):a<0?this[a+this.length]:this[a]},pushStack:function(a){var d=f.merge(this.constructor(),a);return d.prevObject=this,d},each:function(a){return f.each(this,a)},map:function(a){return this.pushStack(f.map(this,function(d,v){return a.call(d,v,d)}))},slice:function(){return this.pushStack(s.apply(this,arguments))},first:function(){return this.eq(0)},last:function(){return this.eq(-1)},even:function(){return this.pushStack(f.grep(this,function(a,d){return(d+1)%2}))},odd:function(){return this.pushStack(f.grep(this,function(a,d){return d%2}))},eq:function(a){var d=this.length,v=+a+(a<0?d:0);return this.pushStack(v>=0&&v<d?[this[v]]:[])},end:function(){return this.prevObject||this.constructor()},push:o,sort:n.sort,splice:n.splice},f.extend=f.fn.extend=function(){var a,d,v,x,A,I,N=arguments[0]||{},Y=1,W=arguments.length,J=!1;for(typeof N=="boolean"&&(J=N,N=arguments[Y]||{},Y++),typeof N!="object"&&!T(N)&&(N={}),Y===W&&(N=this,Y--);Y<W;Y++)if((a=arguments[Y])!=null)for(d in a)x=a[d],!(d==="__proto__"||N===x)&&(J&&x&&(f.isPlainObject(x)||(A=Array.isArray(x)))?(v=N[d],A&&!Array.isArray(v)?I=[]:!A&&!f.isPlainObject(v)?I={}:I=v,A=!1,N[d]=f.extend(J,I,x)):x!==void 0&&(N[d]=x));return N},f.extend({expando:"jQuery"+(F+Math.random()).replace(/\D/g,""),isReady:!0,error:function(a){throw new Error(a)},noop:function(){},isPlainObject:function(a){var d,v;return!a||b.call(a)!=="[object Object]"?!1:(d=r(a),d?(v=g.call(d,"constructor")&&d.constructor,typeof v=="function"&&m.call(v)===C):!0)},isEmptyObject:function(a){var d;for(d in a)return!1;return!0},globalEval:function(a,d,v){h(a,{nonce:d&&d.nonce},v)},each:function(a,d){var v,x=0;if(U(a))for(v=a.length;x<v&&d.call(a[x],x,a[x])!==!1;x++);else for(x in a)if(d.call(a[x],x,a[x])===!1)break;return a},text:function(a){var d,v="",x=0,A=a.nodeType;if(!A)for(;d=a[x++];)v+=f.text(d);return A===1||A===11?a.textContent:A===9?a.documentElement.textContent:A===3||A===4?a.nodeValue:v},makeArray:function(a,d){var v=d||[];return a!=null&&(U(Object(a))?f.merge(v,typeof a=="string"?[a]:a):o.call(v,a)),v},inArray:function(a,d,v){return d==null?-1:u.call(d,a,v)},isXMLDoc:function(a){var d=a&&a.namespaceURI,v=a&&(a.ownerDocument||a).documentElement;return!O.test(d||v&&v.nodeName||"HTML")},merge:function(a,d){for(var v=+d.length,x=0,A=a.length;x<v;x++)a[A++]=d[x];return a.length=A,a},grep:function(a,d,v){for(var x,A=[],I=0,N=a.length,Y=!v;I<N;I++)x=!d(a[I],I),x!==Y&&A.push(a[I]);return A},map:function(a,d,v){var x,A,I=0,N=[];if(U(a))for(x=a.length;I<x;I++)A=d(a[I],I,v),A!=null&&N.push(A);else for(I in a)A=d(a[I],I,v),A!=null&&N.push(A);return i(N)},guid:1,support:y}),typeof Symbol=="function"&&(f.fn[Symbol.iterator]=n[Symbol.iterator]),f.each("Boolean Number String Function Array Date RegExp Object Error Symbol".split(" "),function(a,d){p["[object "+d+"]"]=d.toLowerCase()});function U(a){var d=!!a&&"length"in a&&a.length,v=_(a);return T(a)||P(a)?!1:v==="array"||d===0||typeof d=="number"&&d>0&&d-1 in a}function X(a,d){return a.nodeName&&a.nodeName.toLowerCase()===d.toLowerCase()}var Q=n.pop,E=n.sort,$=n.splice,w="[\\x20\\t\\r\\n\\f]",k=new RegExp("^"+w+"+|((?:^|[^\\\\])(?:\\\\.)*)"+w+"+$","g");f.contains=function(a,d){var v=d&&d.parentNode;return a===v||!!(v&&v.nodeType===1&&(a.contains?a.contains(v):a.compareDocumentPosition&&a.compareDocumentPosition(v)&16))};var S=/([\0-\x1f\x7f]|^-?\d)|^-$|[^\x80-\uFFFF\w-]/g;function B(a,d){return d?a==="\0"?"\uFFFD":a.slice(0,-1)+"\\"+a.charCodeAt(a.length-1).toString(16)+" ":"\\"+a}f.escapeSelector=function(a){return(a+"").replace(S,B)};var L=c,R=o;(function(){var a,d,v,x,A,I=R,N,Y,W,J,dt,ft=f.expando,st=0,yt=0,Ot=vr(),Xt=vr(),Vt=vr(),ue=vr(),oe=function(M,Z){return M===Z&&(A=!0),0},Ge="checked|selected|async|autofocus|autoplay|controls|defer|disabled|hidden|ismap|loop|multiple|open|readonly|required|scoped",qe="(?:\\\\[\\da-fA-F]{1,6}"+w+"?|\\\\[^\\r\\n\\f]|[\\w-]|[^\0-\\x7f])+",qt="\\["+w+"*("+qe+")(?:"+w+"*([*^$|!~]?=)"+w+`*(?:'((?:\\\\.|[^\\\\'])*)'|"((?:\\\\.|[^\\\\"])*)"|(`+qe+"))|)"+w+"*\\]",bn=":("+qe+`)(?:\\((('((?:\\\\.|[^\\\\'])*)'|"((?:\\\\.|[^\\\\"])*)")|((?:\\\\.|[^\\\\()[\\]]|`+qt+")*)|.*)\\)|)",Yt=new RegExp(w+"+","g"),re=new RegExp("^"+w+"*,"+w+"*"),Xn=new RegExp("^"+w+"*([>+~]|"+w+")"+w+"*"),oi=new RegExp(w+"|>"),Xe=new RegExp(bn),Yn=new RegExp("^"+qe+"$"),Ye={ID:new RegExp("^#("+qe+")"),CLASS:new RegExp("^\\.("+qe+")"),TAG:new RegExp("^("+qe+"|[*])"),ATTR:new RegExp("^"+qt),PSEUDO:new RegExp("^"+bn),CHILD:new RegExp("^:(only|first|last|nth|nth-last)-(child|of-type)(?:\\("+w+"*(even|odd|(([+-]|)(\\d*)n|)"+w+"*(?:([+-]|)"+w+"*(\\d+)|))"+w+"*\\)|)","i"),bool:new RegExp("^(?:"+Ge+")$","i"),needsContext:new RegExp("^"+w+"*[>+~]|:(even|odd|eq|gt|lt|nth|first|last)(?:\\("+w+"*((?:-\\d)?\\d*)"+w+"*\\)|)(?=[^-]|$)","i")},en=/^(?:input|select|textarea|button)$/i,nn=/^h\d$/i,Pe=/^(?:#([\w-]+)|(\w+)|\.([\w-]+))$/,li=/[+~]/,Je=new RegExp("\\\\[\\da-fA-F]{1,6}"+w+"?|\\\\([^\\r\\n\\f])","g"),Qe=function(M,Z){var it="0x"+M.slice(1)-65536;return Z||(it<0?String.fromCharCode(it+65536):String.fromCharCode(it>>10|55296,it&1023|56320))},jo=function(){rn()},Mo=yr(function(M){return M.disabled===!0&&X(M,"fieldset")},{dir:"parentNode",next:"legend"});function Vo(){try{return N.activeElement}catch{}}try{I.apply(n=s.call(L.childNodes),L.childNodes),n[L.childNodes.length].nodeType}catch{I={apply:function(Z,it){R.apply(Z,s.call(it))},call:function(Z){R.apply(Z,s.call(arguments,1))}}}function Jt(M,Z,it,lt){var ct,_t,Dt,Pt,At,Ht,Nt,Rt=Z&&Z.ownerDocument,Ut=Z?Z.nodeType:9;if(it=it||[],typeof M!="string"||!M||Ut!==1&&Ut!==9&&Ut!==11)return it;if(!lt&&(rn(Z),Z=Z||N,W)){if(Ut!==11&&(At=Pe.exec(M)))if(ct=At[1]){if(Ut===9)if(Dt=Z.getElementById(ct)){if(Dt.id===ct)return I.call(it,Dt),it}else return it;else if(Rt&&(Dt=Rt.getElementById(ct))&&Jt.contains(Z,Dt)&&Dt.id===ct)return I.call(it,Dt),it}else{if(At[2])return I.apply(it,Z.getElementsByTagName(M)),it;if((ct=At[3])&&Z.getElementsByClassName)return I.apply(it,Z.getElementsByClassName(ct)),it}if(!ue[M+" "]&&(!J||!J.test(M))){if(Nt=M,Rt=Z,Ut===1&&(oi.test(M)||Xn.test(M))){for(Rt=li.test(M)&&di(Z.parentNode)||Z,(Rt!=Z||!y.scope)&&((Pt=Z.getAttribute("id"))?Pt=f.escapeSelector(Pt):Z.setAttribute("id",Pt=ft)),Ht=$n(M),_t=Ht.length;_t--;)Ht[_t]=(Pt?"#"+Pt:":scope")+" "+gr(Ht[_t]);Nt=Ht.join(",")}try{return I.apply(it,Rt.querySelectorAll(Nt)),it}catch{ue(M,!0)}finally{Pt===ft&&Z.removeAttribute("id")}}}return Ba(M.replace(k,"$1"),Z,it,lt)}function vr(){var M=[];function Z(it,lt){return M.push(it+" ")>d.cacheLength&&delete Z[M.shift()],Z[it+" "]=lt}return Z}function Ve(M){return M[ft]=!0,M}function In(M){var Z=N.createElement("fieldset");try{return!!M(Z)}catch{return!1}finally{Z.parentNode&&Z.parentNode.removeChild(Z),Z=null}}function Ho(M){return function(Z){return X(Z,"input")&&Z.type===M}}function Uo(M){return function(Z){return(X(Z,"input")||X(Z,"button"))&&Z.type===M}}function Pa(M){return function(Z){return"form"in Z?Z.parentNode&&Z.disabled===!1?"label"in Z?"label"in Z.parentNode?Z.parentNode.disabled===M:Z.disabled===M:Z.isDisabled===M||Z.isDisabled!==!M&&Mo(Z)===M:Z.disabled===M:"label"in Z?Z.disabled===M:!1}}function mn(M){return Ve(function(Z){return Z=+Z,Ve(function(it,lt){for(var ct,_t=M([],it.length,Z),Dt=_t.length;Dt--;)it[ct=_t[Dt]]&&(it[ct]=!(lt[ct]=it[ct]))})})}function di(M){return M&&typeof M.getElementsByTagName<"u"&&M}function rn(M){var Z,it=M?M.ownerDocument||M:L;return it==N||it.nodeType!==9||!it.documentElement||(N=it,Y=N.documentElement,W=!f.isXMLDoc(N),dt=Y.matches||Y.webkitMatchesSelector||Y.msMatchesSelector,Y.msMatchesSelector&&L!=N&&(Z=N.defaultView)&&Z.top!==Z&&Z.addEventListener("unload",jo),y.getById=In(function(lt){return Y.appendChild(lt).id=f.expando,!N.getElementsByName||!N.getElementsByName(f.expando).length}),y.disconnectedMatch=In(function(lt){return dt.call(lt,"*")}),y.scope=In(function(){return N.querySelectorAll(":scope")}),y.cssHas=In(function(){try{return N.querySelector(":has(*,:jqfake)"),!1}catch{return!0}}),y.getById?(d.filter.ID=function(lt){var ct=lt.replace(Je,Qe);return function(_t){return _t.getAttribute("id")===ct}},d.find.ID=function(lt,ct){if(typeof ct.getElementById<"u"&&W){var _t=ct.getElementById(lt);return _t?[_t]:[]}}):(d.filter.ID=function(lt){var ct=lt.replace(Je,Qe);return function(_t){var Dt=typeof _t.getAttributeNode<"u"&&_t.getAttributeNode("id");return Dt&&Dt.value===ct}},d.find.ID=function(lt,ct){if(typeof ct.getElementById<"u"&&W){var _t,Dt,Pt,At=ct.getElementById(lt);if(At){if(_t=At.getAttributeNode("id"),_t&&_t.value===lt)return[At];for(Pt=ct.getElementsByName(lt),Dt=0;At=Pt[Dt++];)if(_t=At.getAttributeNode("id"),_t&&_t.value===lt)return[At]}return[]}}),d.find.TAG=function(lt,ct){return typeof ct.getElementsByTagName<"u"?ct.getElementsByTagName(lt):ct.querySelectorAll(lt)},d.find.CLASS=function(lt,ct){if(typeof ct.getElementsByClassName<"u"&&W)return ct.getElementsByClassName(lt)},J=[],In(function(lt){var ct;Y.appendChild(lt).innerHTML="<a id='"+ft+"' href='' disabled='disabled'></a><select id='"+ft+"-\r\\' disabled='disabled'><option selected=''></option></select>",lt.querySelectorAll("[selected]").length||J.push("\\["+w+"*(?:value|"+Ge+")"),lt.querySelectorAll("[id~="+ft+"-]").length||J.push("~="),lt.querySelectorAll("a#"+ft+"+*").length||J.push(".#.+[+~]"),lt.querySelectorAll(":checked").length||J.push(":checked"),ct=N.createElement("input"),ct.setAttribute("type","hidden"),lt.appendChild(ct).setAttribute("name","D"),Y.appendChild(lt).disabled=!0,lt.querySelectorAll(":disabled").length!==2&&J.push(":enabled",":disabled"),ct=N.createElement("input"),ct.setAttribute("name",""),lt.appendChild(ct),lt.querySelectorAll("[name='']").length||J.push("\\["+w+"*name"+w+"*="+w+`*(?:''|"")`)}),y.cssHas||J.push(":has"),J=J.length&&new RegExp(J.join("|")),oe=function(lt,ct){if(lt===ct)return A=!0,0;var _t=!lt.compareDocumentPosition-!ct.compareDocumentPosition;return _t||(_t=(lt.ownerDocument||lt)==(ct.ownerDocument||ct)?lt.compareDocumentPosition(ct):1,_t&1||!y.sortDetached&&ct.compareDocumentPosition(lt)===_t?lt===N||lt.ownerDocument==L&&Jt.contains(L,lt)?-1:ct===N||ct.ownerDocument==L&&Jt.contains(L,ct)?1:x?u.call(x,lt)-u.call(x,ct):0:_t&4?-1:1)}),N}Jt.matches=function(M,Z){return Jt(M,null,null,Z)},Jt.matchesSelector=function(M,Z){if(rn(M),W&&!ue[Z+" "]&&(!J||!J.test(Z)))try{var it=dt.call(M,Z);if(it||y.disconnectedMatch||M.document&&M.document.nodeType!==11)return it}catch{ue(Z,!0)}return Jt(Z,N,null,[M]).length>0},Jt.contains=function(M,Z){return(M.ownerDocument||M)!=N&&rn(M),f.contains(M,Z)},Jt.attr=function(M,Z){(M.ownerDocument||M)!=N&&rn(M);var it=d.attrHandle[Z.toLowerCase()],lt=it&&g.call(d.attrHandle,Z.toLowerCase())?it(M,Z,!W):void 0;return lt!==void 0?lt:M.getAttribute(Z)},Jt.error=function(M){throw new Error("Syntax error, unrecognized expression: "+M)},f.uniqueSort=function(M){var Z,it=[],lt=0,ct=0;if(A=!y.sortStable,x=!y.sortStable&&s.call(M,0),E.call(M,oe),A){for(;Z=M[ct++];)Z===M[ct]&&(lt=it.push(ct));for(;lt--;)$.call(M,it[lt],1)}return x=null,M},f.fn.uniqueSort=function(){return this.pushStack(f.uniqueSort(s.apply(this)))},d=f.expr={cacheLength:50,createPseudo:Ve,match:Ye,attrHandle:{},find:{},relative:{">":{dir:"parentNode",first:!0}," ":{dir:"parentNode"},"+":{dir:"previousSibling",first:!0},"~":{dir:"previousSibling"}},preFilter:{ATTR:function(M){return M[1]=M[1].replace(Je,Qe),M[3]=(M[3]||M[4]||M[5]||"").replace(Je,Qe),M[2]==="~="&&(M[3]=" "+M[3]+" "),M.slice(0,4)},CHILD:function(M){return M[1]=M[1].toLowerCase(),M[1].slice(0,3)==="nth"?(M[3]||Jt.error(M[0]),M[4]=+(M[4]?M[5]+(M[6]||1):2*(M[3]==="even"||M[3]==="odd")),M[5]=+(M[7]+M[8]||M[3]==="odd")):M[3]&&Jt.error(M[0]),M},PSEUDO:function(M){var Z,it=!M[6]&&M[2];return Ye.CHILD.test(M[0])?null:(M[3]?M[2]=M[4]||M[5]||"":it&&Xe.test(it)&&(Z=$n(it,!0))&&(Z=it.indexOf(")",it.length-Z)-it.length)&&(M[0]=M[0].slice(0,Z),M[2]=it.slice(0,Z)),M.slice(0,3))}},filter:{TAG:function(M){var Z=M.replace(Je,Qe).toLowerCase();return M==="*"?function(){return!0}:function(it){return X(it,Z)}},CLASS:function(M){var Z=Ot[M+" "];return Z||(Z=new RegExp("(^|"+w+")"+M+"("+w+"|$)"))&&Ot(M,function(it){return Z.test(typeof it.className=="string"&&it.className||typeof it.getAttribute<"u"&&it.getAttribute("class")||"")})},ATTR:function(M,Z,it){return function(lt){var ct=Jt.attr(lt,M);return ct==null?Z==="!=":Z?(ct+="",Z==="="?ct===it:Z==="!="?ct!==it:Z==="^="?it&&ct.indexOf(it)===0:Z==="*="?it&&ct.indexOf(it)>-1:Z==="$="?it&&ct.slice(-it.length)===it:Z==="~="?(" "+ct.replace(Yt," ")+" ").indexOf(it)>-1:Z==="|="?ct===it||ct.slice(0,it.length+1)===it+"-":!1):!0}},CHILD:function(M,Z,it,lt,ct){var _t=M.slice(0,3)!=="nth",Dt=M.slice(-4)!=="last",Pt=Z==="of-type";return lt===1&&ct===0?function(At){return!!At.parentNode}:function(At,Ht,Nt){var Rt,Ut,Ft,ne,xe,he=_t!==Dt?"nextSibling":"previousSibling",Fe=At.parentNode,$e=Pt&&At.nodeName.toLowerCase(),Pn=!Nt&&!Pt,pe=!1;if(Fe){if(_t){for(;he;){for(Ft=At;Ft=Ft[he];)if(Pt?X(Ft,$e):Ft.nodeType===1)return!1;xe=he=M==="only"&&!xe&&"nextSibling"}return!0}if(xe=[Dt?Fe.firstChild:Fe.lastChild],Dt&&Pn){for(Ut=Fe[ft]||(Fe[ft]={}),Rt=Ut[M]||[],ne=Rt[0]===st&&Rt[1],pe=ne&&Rt[2],Ft=ne&&Fe.childNodes[ne];Ft=++ne&&Ft&&Ft[he]||(pe=ne=0)||xe.pop();)if(Ft.nodeType===1&&++pe&&Ft===At){Ut[M]=[st,ne,pe];break}}else if(Pn&&(Ut=At[ft]||(At[ft]={}),Rt=Ut[M]||[],ne=Rt[0]===st&&Rt[1],pe=ne),pe===!1)for(;(Ft=++ne&&Ft&&Ft[he]||(pe=ne=0)||xe.pop())&&!((Pt?X(Ft,$e):Ft.nodeType===1)&&++pe&&(Pn&&(Ut=Ft[ft]||(Ft[ft]={}),Ut[M]=[st,pe]),Ft===At)););return pe-=ct,pe===lt||pe%lt===0&&pe/lt>=0}}},PSEUDO:function(M,Z){var it,lt=d.pseudos[M]||d.setFilters[M.toLowerCase()]||Jt.error("unsupported pseudo: "+M);return lt[ft]?lt(Z):lt.length>1?(it=[M,M,"",Z],d.setFilters.hasOwnProperty(M.toLowerCase())?Ve(function(ct,_t){for(var Dt,Pt=lt(ct,Z),At=Pt.length;At--;)Dt=u.call(ct,Pt[At]),ct[Dt]=!(_t[Dt]=Pt[At])}):function(ct){return lt(ct,0,it)}):lt}},pseudos:{not:Ve(function(M){var Z=[],it=[],lt=hi(M.replace(k,"$1"));return lt[ft]?Ve(function(ct,_t,Dt,Pt){for(var At,Ht=lt(ct,null,Pt,[]),Nt=ct.length;Nt--;)(At=Ht[Nt])&&(ct[Nt]=!(_t[Nt]=At))}):function(ct,_t,Dt){return Z[0]=ct,lt(Z,null,Dt,it),Z[0]=null,!it.pop()}}),has:Ve(function(M){return function(Z){return Jt(M,Z).length>0}}),contains:Ve(function(M){return M=M.replace(Je,Qe),function(Z){return(Z.textContent||f.text(Z)).indexOf(M)>-1}}),lang:Ve(function(M){return Yn.test(M||"")||Jt.error("unsupported lang: "+M),M=M.replace(Je,Qe).toLowerCase(),function(Z){var it;do if(it=W?Z.lang:Z.getAttribute("xml:lang")||Z.getAttribute("lang"))return it=it.toLowerCase(),it===M||it.indexOf(M+"-")===0;while((Z=Z.parentNode)&&Z.nodeType===1);return!1}}),target:function(M){var Z=t.location&&t.location.hash;return Z&&Z.slice(1)===M.id},root:function(M){return M===Y},focus:function(M){return M===Vo()&&N.hasFocus()&&!!(M.type||M.href||~M.tabIndex)},enabled:Pa(!1),disabled:Pa(!0),checked:function(M){return X(M,"input")&&!!M.checked||X(M,"option")&&!!M.selected},selected:function(M){return M.parentNode&&M.parentNode.selectedIndex,M.selected===!0},empty:function(M){for(M=M.firstChild;M;M=M.nextSibling)if(M.nodeType<6)return!1;return!0},parent:function(M){return!d.pseudos.empty(M)},header:function(M){return nn.test(M.nodeName)},input:function(M){return en.test(M.nodeName)},button:function(M){return X(M,"input")&&M.type==="button"||X(M,"button")},text:function(M){var Z;return X(M,"input")&&M.type==="text"&&((Z=M.getAttribute("type"))==null||Z.toLowerCase()==="text")},first:mn(function(){return[0]}),last:mn(function(M,Z){return[Z-1]}),eq:mn(function(M,Z,it){return[it<0?it+Z:it]}),even:mn(function(M,Z){for(var it=0;it<Z;it+=2)M.push(it);return M}),odd:mn(function(M,Z){for(var it=1;it<Z;it+=2)M.push(it);return M}),lt:mn(function(M,Z,it){var lt;for(it<0?lt=it+Z:it>Z?lt=Z:lt=it;--lt>=0;)M.push(lt);return M}),gt:mn(function(M,Z,it){for(var lt=it<0?it+Z:it;++lt<Z;)M.push(lt);return M})}},d.pseudos.nth=d.pseudos.eq;for(a in{radio:!0,checkbox:!0,file:!0,password:!0,image:!0})d.pseudos[a]=Ho(a);for(a in{submit:!0,reset:!0})d.pseudos[a]=Uo(a);function Fa(){}Fa.prototype=d.filters=d.pseudos,d.setFilters=new Fa;function $n(M,Z){var it,lt,ct,_t,Dt,Pt,At,Ht=Xt[M+" "];if(Ht)return Z?0:Ht.slice(0);for(Dt=M,Pt=[],At=d.preFilter;Dt;){(!it||(lt=re.exec(Dt)))&&(lt&&(Dt=Dt.slice(lt[0].length)||Dt),Pt.push(ct=[])),it=!1,(lt=Xn.exec(Dt))&&(it=lt.shift(),ct.push({value:it,type:lt[0].replace(k," ")}),Dt=Dt.slice(it.length));for(_t in d.filter)(lt=Ye[_t].exec(Dt))&&(!At[_t]||(lt=At[_t](lt)))&&(it=lt.shift(),ct.push({value:it,type:_t,matches:lt}),Dt=Dt.slice(it.length));if(!it)break}return Z?Dt.length:Dt?Jt.error(M):Xt(M,Pt).slice(0)}function gr(M){for(var Z=0,it=M.length,lt="";Z<it;Z++)lt+=M[Z].value;return lt}function yr(M,Z,it){var lt=Z.dir,ct=Z.next,_t=ct||lt,Dt=it&&_t==="parentNode",Pt=yt++;return Z.first?function(At,Ht,Nt){for(;At=At[lt];)if(At.nodeType===1||Dt)return M(At,Ht,Nt);return!1}:function(At,Ht,Nt){var Rt,Ut,Ft=[st,Pt];if(Nt){for(;At=At[lt];)if((At.nodeType===1||Dt)&&M(At,Ht,Nt))return!0}else for(;At=At[lt];)if(At.nodeType===1||Dt)if(Ut=At[ft]||(At[ft]={}),ct&&X(At,ct))At=At[lt]||At;else{if((Rt=Ut[_t])&&Rt[0]===st&&Rt[1]===Pt)return Ft[2]=Rt[2];if(Ut[_t]=Ft,Ft[2]=M(At,Ht,Nt))return!0}return!1}}function ui(M){return M.length>1?function(Z,it,lt){for(var ct=M.length;ct--;)if(!M[ct](Z,it,lt))return!1;return!0}:M[0]}function Wo(M,Z,it){for(var lt=0,ct=Z.length;lt<ct;lt++)Jt(M,Z[lt],it);return it}function wr(M,Z,it,lt,ct){for(var _t,Dt=[],Pt=0,At=M.length,Ht=Z!=null;Pt<At;Pt++)(_t=M[Pt])&&(!it||it(_t,lt,ct))&&(Dt.push(_t),Ht&&Z.push(Pt));return Dt}function ci(M,Z,it,lt,ct,_t){return lt&&!lt[ft]&&(lt=ci(lt)),ct&&!ct[ft]&&(ct=ci(ct,_t)),Ve(function(Dt,Pt,At,Ht){var Nt,Rt,Ut,Ft,ne=[],xe=[],he=Pt.length,Fe=Dt||Wo(Z||"*",At.nodeType?[At]:At,[]),$e=M&&(Dt||!Z)?wr(Fe,ne,M,At,Ht):Fe;if(it?(Ft=ct||(Dt?M:he||lt)?[]:Pt,it($e,Ft,At,Ht)):Ft=$e,lt)for(Nt=wr(Ft,xe),lt(Nt,[],At,Ht),Rt=Nt.length;Rt--;)(Ut=Nt[Rt])&&(Ft[xe[Rt]]=!($e[xe[Rt]]=Ut));if(Dt){if(ct||M){if(ct){for(Nt=[],Rt=Ft.length;Rt--;)(Ut=Ft[Rt])&&Nt.push($e[Rt]=Ut);ct(null,Ft=[],Nt,Ht)}for(Rt=Ft.length;Rt--;)(Ut=Ft[Rt])&&(Nt=ct?u.call(Dt,Ut):ne[Rt])>-1&&(Dt[Nt]=!(Pt[Nt]=Ut))}}else Ft=wr(Ft===Pt?Ft.splice(he,Ft.length):Ft),ct?ct(null,Pt,Ft,Ht):I.apply(Pt,Ft)})}function fi(M){for(var Z,it,lt,ct=M.length,_t=d.relative[M[0].type],Dt=_t||d.relative[" "],Pt=_t?1:0,At=yr(function(Rt){return Rt===Z},Dt,!0),Ht=yr(function(Rt){return u.call(Z,Rt)>-1},Dt,!0),Nt=[function(Rt,Ut,Ft){var ne=!_t&&(Ft||Ut!=v)||((Z=Ut).nodeType?At(Rt,Ut,Ft):Ht(Rt,Ut,Ft));return Z=null,ne}];Pt<ct;Pt++)if(it=d.relative[M[Pt].type])Nt=[yr(ui(Nt),it)];else{if(it=d.filter[M[Pt].type].apply(null,M[Pt].matches),it[ft]){for(lt=++Pt;lt<ct&&!d.relative[M[lt].type];lt++);return ci(Pt>1&&ui(Nt),Pt>1&&gr(M.slice(0,Pt-1).concat({value:M[Pt-2].type===" "?"*":""})).replace(k,"$1"),it,Pt<lt&&fi(M.slice(Pt,lt)),lt<ct&&fi(M=M.slice(lt)),lt<ct&&gr(M))}Nt.push(it)}return ui(Nt)}function Go(M,Z){var it=Z.length>0,lt=M.length>0,ct=function(_t,Dt,Pt,At,Ht){var Nt,Rt,Ut,Ft=0,ne="0",xe=_t&&[],he=[],Fe=v,$e=_t||lt&&d.find.TAG("*",Ht),Pn=st+=Fe==null?1:Math.random()||.1,pe=$e.length;for(Ht&&(v=Dt==N||Dt||Ht);ne!==pe&&(Nt=$e[ne])!=null;ne++){if(lt&&Nt){for(Rt=0,!Dt&&Nt.ownerDocument!=N&&(rn(Nt),Pt=!W);Ut=M[Rt++];)if(Ut(Nt,Dt||N,Pt)){I.call(At,Nt);break}Ht&&(st=Pn)}it&&((Nt=!Ut&&Nt)&&Ft--,_t&&xe.push(Nt))}if(Ft+=ne,it&&ne!==Ft){for(Rt=0;Ut=Z[Rt++];)Ut(xe,he,Dt,Pt);if(_t){if(Ft>0)for(;ne--;)xe[ne]||he[ne]||(he[ne]=Q.call(At));he=wr(he)}I.apply(At,he),Ht&&!_t&&he.length>0&&Ft+Z.length>1&&f.uniqueSort(At)}return Ht&&(st=Pn,v=Fe),xe};return it?Ve(ct):ct}function hi(M,Z){var it,lt=[],ct=[],_t=Vt[M+" "];if(!_t){for(Z||(Z=$n(M)),it=Z.length;it--;)_t=fi(Z[it]),_t[ft]?lt.push(_t):ct.push(_t);_t=Vt(M,Go(ct,lt)),_t.selector=M}return _t}function Ba(M,Z,it,lt){var ct,_t,Dt,Pt,At,Ht=typeof M=="function"&&M,Nt=!lt&&$n(M=Ht.selector||M);if(it=it||[],Nt.length===1){if(_t=Nt[0]=Nt[0].slice(0),_t.length>2&&(Dt=_t[0]).type==="ID"&&Z.nodeType===9&&W&&d.relative[_t[1].type]){if(Z=(d.find.ID(Dt.matches[0].replace(Je,Qe),Z)||[])[0],Z)Ht&&(Z=Z.parentNode);else return it;M=M.slice(_t.shift().value.length)}for(ct=Ye.needsContext.test(M)?0:_t.length;ct--&&(Dt=_t[ct],!d.relative[Pt=Dt.type]);)if((At=d.find[Pt])&&(lt=At(Dt.matches[0].replace(Je,Qe),li.test(_t[0].type)&&di(Z.parentNode)||Z))){if(_t.splice(ct,1),M=lt.length&&gr(_t),!M)return I.apply(it,lt),it;break}}return(Ht||hi(M,Nt))(lt,Z,!W,it,!Z||li.test(M)&&di(Z.parentNode)||Z),it}y.sortStable=ft.split("").sort(oe).join("")===ft,rn(),y.sortDetached=In(function(M){return M.compareDocumentPosition(N.createElement("fieldset"))&1}),f.find=Jt,f.expr[":"]=f.expr.pseudos,f.unique=f.uniqueSort,Jt.compile=hi,Jt.select=Ba,Jt.setDocument=rn,Jt.tokenize=$n,Jt.escape=f.escapeSelector,Jt.getText=f.text,Jt.isXML=f.isXMLDoc,Jt.selectors=f.expr,Jt.support=f.support,Jt.uniqueSort=f.uniqueSort})();var q=function(a,d,v){for(var x=[],A=v!==void 0;(a=a[d])&&a.nodeType!==9;)if(a.nodeType===1){if(A&&f(a).is(v))break;x.push(a)}return x},z=function(a,d){for(var v=[];a;a=a.nextSibling)a.nodeType===1&&a!==d&&v.push(a);return v},G=f.expr.match.needsContext,nt=/^<([a-z][^\/\0>:\x20\t\r\n\f]*)[\x20\t\r\n\f]*\/?>(?:<\/\1>|)$/i;function tt(a,d,v){return T(d)?f.grep(a,function(x,A){return!!d.call(x,A,x)!==v}):d.nodeType?f.grep(a,function(x){return x===d!==v}):typeof d!="string"?f.grep(a,function(x){return u.call(d,x)>-1!==v}):f.filter(d,a,v)}f.filter=function(a,d,v){var x=d[0];return v&&(a=":not("+a+")"),d.length===1&&x.nodeType===1?f.find.matchesSelector(x,a)?[x]:[]:f.find.matches(a,f.grep(d,function(A){return A.nodeType===1}))},f.fn.extend({find:function(a){var d,v,x=this.length,A=this;if(typeof a!="string")return this.pushStack(f(a).filter(function(){for(d=0;d<x;d++)if(f.contains(A[d],this))return!0}));for(v=this.pushStack([]),d=0;d<x;d++)f.find(a,A[d],v);return x>1?f.uniqueSort(v):v},filter:function(a){return this.pushStack(tt(this,a||[],!1))},not:function(a){return this.pushStack(tt(this,a||[],!0))},is:function(a){return!!tt(this,typeof a=="string"&&G.test(a)?f(a):a||[],!1).length}});var et,wt=/^(?:\s*(<[\w\W]+>)[^>]*|#([\w-]+))$/,St=f.fn.init=function(a,d,v){var x,A;if(!a)return this;if(v=v||et,typeof a=="string")if(a[0]==="<"&&a[a.length-1]===">"&&a.length>=3?x=[null,a,null]:x=wt.exec(a),x&&(x[1]||!d))if(x[1]){if(d=d instanceof f?d[0]:d,f.merge(this,f.parseHTML(x[1],d&&d.nodeType?d.ownerDocument||d:c,!0)),nt.test(x[1])&&f.isPlainObject(d))for(x in d)T(this[x])?this[x](d[x]):this.attr(x,d[x]);return this}else return A=c.getElementById(x[2]),A&&(this[0]=A,this.length=1),this;else return!d||d.jquery?(d||v).find(a):this.constructor(d).find(a);else{if(a.nodeType)return this[0]=a,this.length=1,this;if(T(a))return v.ready!==void 0?v.ready(a):a(f)}return f.makeArray(a,this)};St.prototype=f.fn,et=f(c);var Tt=/^(?:parents|prev(?:Until|All))/,kt={children:!0,contents:!0,next:!0,prev:!0};f.fn.extend({has:function(a){var d=f(a,this),v=d.length;return this.filter(function(){for(var x=0;x<v;x++)if(f.contains(this,d[x]))return!0})},closest:function(a,d){var v,x=0,A=this.length,I=[],N=typeof a!="string"&&f(a);if(!G.test(a)){for(;x<A;x++)for(v=this[x];v&&v!==d;v=v.parentNode)if(v.nodeType<11&&(N?N.index(v)>-1:v.nodeType===1&&f.find.matchesSelector(v,a))){I.push(v);break}}return this.pushStack(I.length>1?f.uniqueSort(I):I)},index:function(a){return a?typeof a=="string"?u.call(f(a),this[0]):u.call(this,a.jquery?a[0]:a):this[0]&&this[0].parentNode?this.first().prevAll().length:-1},add:function(a,d){return this.pushStack(f.uniqueSort(f.merge(this.get(),f(a,d))))},addBack:function(a){return this.add(a==null?this.prevObject:this.prevObject.filter(a))}});function Lt(a,d){for(;(a=a[d])&&a.nodeType!==1;);return a}f.each({parent:function(a){var d=a.parentNode;return d&&d.nodeType!==11?d:null},parents:function(a){return q(a,"parentNode")},parentsUntil:function(a,d,v){return q(a,"parentNode",v)},next:function(a){return Lt(a,"nextSibling")},prev:function(a){return Lt(a,"previousSibling")},nextAll:function(a){return q(a,"nextSibling")},prevAll:function(a){return q(a,"previousSibling")},nextUntil:function(a,d,v){return q(a,"nextSibling",v)},prevUntil:function(a,d,v){return q(a,"previousSibling",v)},siblings:function(a){return z((a.parentNode||{}).firstChild,a)},children:function(a){return z(a.firstChild)},contents:function(a){return a.contentDocument!=null&&r(a.contentDocument)?a.contentDocument:(X(a,"template")&&(a=a.content||a),f.merge([],a.childNodes))}},function(a,d){f.fn[a]=function(v,x){var A=f.map(this,d,v);return a.slice(-5)!=="Until"&&(x=v),x&&typeof x=="string"&&(A=f.filter(x,A)),this.length>1&&(kt[a]||f.uniqueSort(A),Tt.test(a)&&A.reverse()),this.pushStack(A)}});var Bt=/[^\x20\t\r\n\f]+/g;function $t(a){var d={};return f.each(a.match(Bt)||[],function(v,x){d[x]=!0}),d}f.Callbacks=function(a){a=typeof a=="string"?$t(a):f.extend({},a);var d,v,x,A,I=[],N=[],Y=-1,W=function(){for(A=A||a.once,x=d=!0;N.length;Y=-1)for(v=N.shift();++Y<I.length;)I[Y].apply(v[0],v[1])===!1&&a.stopOnFalse&&(Y=I.length,v=!1);a.memory||(v=!1),d=!1,A&&(v?I=[]:I="")},J={add:function(){return I&&(v&&!d&&(Y=I.length-1,N.push(v)),function dt(ft){f.each(ft,function(st,yt){T(yt)?(!a.unique||!J.has(yt))&&I.push(yt):yt&&yt.length&&_(yt)!=="string"&&dt(yt)})}(arguments),v&&!d&&W()),this},remove:function(){return f.each(arguments,function(dt,ft){for(var st;(st=f.inArray(ft,I,st))>-1;)I.splice(st,1),st<=Y&&Y--}),this},has:function(dt){return dt?f.inArray(dt,I)>-1:I.length>0},empty:function(){return I&&(I=[]),this},disable:function(){return A=N=[],I=v="",this},disabled:function(){return!I},lock:function(){return A=N=[],!v&&!d&&(I=v=""),this},locked:function(){return!!A},fireWith:function(dt,ft){return A||(ft=ft||[],ft=[dt,ft.slice?ft.slice():ft],N.push(ft),d||W()),this},fire:function(){return J.fireWith(this,arguments),this},fired:function(){return!!x}};return J};function Kt(a){return a}function D(a){throw a}function ut(a,d,v,x){var A;try{a&&T(A=a.promise)?A.call(a).done(d).fail(v):a&&T(A=a.then)?A.call(a,d,v):d.apply(void 0,[a].slice(x))}catch(I){v.apply(void 0,[I])}}f.extend({Deferred:function(a){var d=[["notify","progress",f.Callbacks("memory"),f.Callbacks("memory"),2],["resolve","done",f.Callbacks("once memory"),f.Callbacks("once memory"),0,"resolved"],["reject","fail",f.Callbacks("once memory"),f.Callbacks("once memory"),1,"rejected"]],v="pending",x={state:function(){return v},always:function(){return A.done(arguments).fail(arguments),this},catch:function(I){return x.then(null,I)},pipe:function(){var I=arguments;return f.Deferred(function(N){f.each(d,function(Y,W){var J=T(I[W[4]])&&I[W[4]];A[W[1]](function(){var dt=J&&J.apply(this,arguments);dt&&T(dt.promise)?dt.promise().progress(N.notify).done(N.resolve).fail(N.reject):N[W[0]+"With"](this,J?[dt]:arguments)})}),I=null}).promise()},then:function(I,N,Y){var W=0;function J(dt,ft,st,yt){return function(){var Ot=this,Xt=arguments,Vt=function(){var oe,Ge;if(!(dt<W)){if(oe=st.apply(Ot,Xt),oe===ft.promise())throw new TypeError("Thenable self-resolution");Ge=oe&&(typeof oe=="object"||typeof oe=="function")&&oe.then,T(Ge)?yt?Ge.call(oe,J(W,ft,Kt,yt),J(W,ft,D,yt)):(W++,Ge.call(oe,J(W,ft,Kt,yt),J(W,ft,D,yt),J(W,ft,Kt,ft.notifyWith))):(st!==Kt&&(Ot=void 0,Xt=[oe]),(yt||ft.resolveWith)(Ot,Xt))}},ue=yt?Vt:function(){try{Vt()}catch(oe){f.Deferred.exceptionHook&&f.Deferred.exceptionHook(oe,ue.error),dt+1>=W&&(st!==D&&(Ot=void 0,Xt=[oe]),ft.rejectWith(Ot,Xt))}};dt?ue():(f.Deferred.getErrorHook?ue.error=f.Deferred.getErrorHook():f.Deferred.getStackHook&&(ue.error=f.Deferred.getStackHook()),t.setTimeout(ue))}}return f.Deferred(function(dt){d[0][3].add(J(0,dt,T(Y)?Y:Kt,dt.notifyWith)),d[1][3].add(J(0,dt,T(I)?I:Kt)),d[2][3].add(J(0,dt,T(N)?N:D))}).promise()},promise:function(I){return I!=null?f.extend(I,x):x}},A={};return f.each(d,function(I,N){var Y=N[2],W=N[5];x[N[1]]=Y.add,W&&Y.add(function(){v=W},d[3-I][2].disable,d[3-I][3].disable,d[0][2].lock,d[0][3].lock),Y.add(N[3].fire),A[N[0]]=function(){return A[N[0]+"With"](this===A?void 0:this,arguments),this},A[N[0]+"With"]=Y.fireWith}),x.promise(A),a&&a.call(A,A),A},when:function(a){var d=arguments.length,v=d,x=Array(v),A=s.call(arguments),I=f.Deferred(),N=function(Y){return function(W){x[Y]=this,A[Y]=arguments.length>1?s.call(arguments):W,--d||I.resolveWith(x,A)}};if(d<=1&&(ut(a,I.done(N(v)).resolve,I.reject,!d),I.state()==="pending"||T(A[v]&&A[v].then)))return I.then();for(;v--;)ut(A[v],N(v),I.reject);return I.promise()}});var ot=/^(Eval|Internal|Range|Reference|Syntax|Type|URI)Error$/;f.Deferred.exceptionHook=function(a,d){t.console&&t.console.warn&&a&&ot.test(a.name)&&t.console.warn("jQuery.Deferred exception: "+a.message,a.stack,d)},f.readyException=function(a){t.setTimeout(function(){throw a})};var V=f.Deferred();f.fn.ready=function(a){return V.then(a).catch(function(d){f.readyException(d)}),this},f.extend({isReady:!1,readyWait:1,ready:function(a){(a===!0?--f.readyWait:f.isReady)||(f.isReady=!0,!(a!==!0&&--f.readyWait>0)&&V.resolveWith(c,[f]))}}),f.ready.then=V.then;function j(){c.removeEventListener("DOMContentLoaded",j),t.removeEventListener("load",j),f.ready()}c.readyState==="complete"||c.readyState!=="loading"&&!c.documentElement.doScroll?t.setTimeout(f.ready):(c.addEventListener("DOMContentLoaded",j),t.addEventListener("load",j));var K=function(a,d,v,x,A,I,N){var Y=0,W=a.length,J=v==null;if(_(v)==="object"){A=!0;for(Y in v)K(a,d,Y,v[Y],!0,I,N)}else if(x!==void 0&&(A=!0,T(x)||(N=!0),J&&(N?(d.call(a,x),d=null):(J=d,d=function(dt,ft,st){return J.call(f(dt),st)})),d))for(;Y<W;Y++)d(a[Y],v,N?x:x.call(a[Y],Y,d(a[Y],v)));return A?a:J?d.call(a):W?d(a[0],v):I},pt=/^-ms-/,vt=/-([a-z])/g;function rt(a,d){return d.toUpperCase()}function gt(a){return a.replace(pt,"ms-").replace(vt,rt)}var Ct=function(a){return a.nodeType===1||a.nodeType===9||!+a.nodeType};function xt(){this.expando=f.expando+xt.uid++}xt.uid=1,xt.prototype={cache:function(a){var d=a[this.expando];return d||(d={},Ct(a)&&(a.nodeType?a[this.expando]=d:Object.defineProperty(a,this.expando,{value:d,configurable:!0}))),d},set:function(a,d,v){var x,A=this.cache(a);if(typeof d=="string")A[gt(d)]=v;else for(x in d)A[gt(x)]=d[x];return A},get:function(a,d){return d===void 0?this.cache(a):a[this.expando]&&a[this.expando][gt(d)]},access:function(a,d,v){return d===void 0||d&&typeof d=="string"&&v===void 0?this.get(a,d):(this.set(a,d,v),v!==void 0?v:d)},remove:function(a,d){var v,x=a[this.expando];if(x!==void 0){if(d!==void 0)for(Array.isArray(d)?d=d.map(gt):(d=gt(d),d=d in x?[d]:d.match(Bt)||[]),v=d.length;v--;)delete x[d[v]];(d===void 0||f.isEmptyObject(x))&&(a.nodeType?a[this.expando]=void 0:delete a[this.expando])}},hasData:function(a){var d=a[this.expando];return d!==void 0&&!f.isEmptyObject(d)}};var mt=new xt,zt=new xt,Gt=/^(?:\{[\w\W]*\}|\[[\w\W]*\])$/,ve=/[A-Z]/g;function fn(a){return a==="true"?!0:a==="false"?!1:a==="null"?null:a===+a+""?+a:Gt.test(a)?JSON.parse(a):a}function Te(a,d,v){var x;if(v===void 0&&a.nodeType===1)if(x="data-"+d.replace(ve,"-$&").toLowerCase(),v=a.getAttribute(x),typeof v=="string"){try{v=fn(v)}catch{}zt.set(a,d,v)}else v=void 0;return v}f.extend({hasData:function(a){return zt.hasData(a)||mt.hasData(a)},data:function(a,d,v){return zt.access(a,d,v)},removeData:function(a,d){zt.remove(a,d)},_data:function(a,d,v){return mt.access(a,d,v)},_removeData:function(a,d){mt.remove(a,d)}}),f.fn.extend({data:function(a,d){var v,x,A,I=this[0],N=I&&I.attributes;if(a===void 0){if(this.length&&(A=zt.get(I),I.nodeType===1&&!mt.get(I,"hasDataAttrs"))){for(v=N.length;v--;)N[v]&&(x=N[v].name,x.indexOf("data-")===0&&(x=gt(x.slice(5)),Te(I,x,A[x])));mt.set(I,"hasDataAttrs",!0)}return A}return typeof a=="object"?this.each(function(){zt.set(this,a)}):K(this,function(Y){var W;if(I&&Y===void 0)return W=zt.get(I,a),W!==void 0||(W=Te(I,a),W!==void 0)?W:void 0;this.each(function(){zt.set(this,a,Y)})},null,d,arguments.length>1,null,!0)},removeData:function(a){return this.each(function(){zt.remove(this,a)})}}),f.extend({queue:function(a,d,v){var x;if(a)return d=(d||"fx")+"queue",x=mt.get(a,d),v&&(!x||Array.isArray(v)?x=mt.access(a,d,f.makeArray(v)):x.push(v)),x||[]},dequeue:function(a,d){d=d||"fx";var v=f.queue(a,d),x=v.length,A=v.shift(),I=f._queueHooks(a,d),N=function(){f.dequeue(a,d)};A==="inprogress"&&(A=v.shift(),x--),A&&(d==="fx"&&v.unshift("inprogress"),delete I.stop,A.call(a,N,I)),!x&&I&&I.empty.fire()},_queueHooks:function(a,d){var v=d+"queueHooks";return mt.get(a,v)||mt.access(a,v,{empty:f.Callbacks("once memory").add(function(){mt.remove(a,[d+"queue",v])})})}}),f.fn.extend({queue:function(a,d){var v=2;return typeof a!="string"&&(d=a,a="fx",v--),arguments.length<v?f.queue(this[0],a):d===void 0?this:this.each(function(){var x=f.queue(this,a,d);f._queueHooks(this,a),a==="fx"&&x[0]!=="inprogress"&&f.dequeue(this,a)})},dequeue:function(a){return this.each(function(){f.dequeue(this,a)})},clearQueue:function(a){return this.queue(a||"fx",[])},promise:function(a,d){var v,x=1,A=f.Deferred(),I=this,N=this.length,Y=function(){--x||A.resolveWith(I,[I])};for(typeof a!="string"&&(d=a,a=void 0),a=a||"fx";N--;)v=mt.get(I[N],a+"queueHooks"),v&&v.empty&&(x++,v.empty.add(Y));return Y(),A.promise(d)}});var tn=/[+-]?(?:\d*\.|)\d+(?:[eE][+-]?\d+|)/.source,ee=new RegExp("^(?:([+-])=|)("+tn+")([a-z%]*)$","i"),ge=["Top","Right","Bottom","Left"],je=c.documentElement,fe=function(a){return f.contains(a.ownerDocument,a)},dr={composed:!0};je.getRootNode&&(fe=function(a){return f.contains(a.ownerDocument,a)||a.getRootNode(dr)===a.ownerDocument});var Tn=function(a,d){return a=d||a,a.style.display==="none"||a.style.display===""&&fe(a)&&f.css(a,"display")==="none"};function ur(a,d,v,x){var A,I,N=20,Y=x?function(){return x.cur()}:function(){return f.css(a,d,"")},W=Y(),J=v&&v[3]||(f.cssNumber[d]?"":"px"),dt=a.nodeType&&(f.cssNumber[d]||J!=="px"&&+W)&&ee.exec(f.css(a,d));if(dt&&dt[3]!==J){for(W=W/2,J=J||dt[3],dt=+W||1;N--;)f.style(a,d,dt+J),(1-I)*(1-(I=Y()/W||.5))<=0&&(N=0),dt=dt/I;dt=dt*2,f.style(a,d,dt+J),v=v||[]}return v&&(dt=+dt||+W||0,A=v[1]?dt+(v[1]+1)*v[2]:+v[2],x&&(x.unit=J,x.start=dt,x.end=A)),A}var cr={};function fr(a){var d,v=a.ownerDocument,x=a.nodeName,A=cr[x];return A||(d=v.body.appendChild(v.createElement(x)),A=f.css(d,"display"),d.parentNode.removeChild(d),A==="none"&&(A="block"),cr[x]=A,A)}function Ae(a,d){for(var v,x,A=[],I=0,N=a.length;I<N;I++)x=a[I],x.style&&(v=x.style.display,d?(v==="none"&&(A[I]=mt.get(x,"display")||null,A[I]||(x.style.display="")),x.style.display===""&&Tn(x)&&(A[I]=fr(x))):v!=="none"&&(A[I]="none",mt.set(x,"display",v)));for(I=0;I<N;I++)A[I]!=null&&(a[I].style.display=A[I]);return a}f.fn.extend({show:function(){return Ae(this,!0)},hide:function(){return Ae(this)},toggle:function(a){return typeof a=="boolean"?a?this.show():this.hide():this.each(function(){Tn(this)?f(this).show():f(this).hide()})}});var We=/^(?:checkbox|radio)$/i,ra=/<([a-z][^\/\0>\x20\t\r\n\f]*)/i,ia=/^$|^module$|\/(?:java|ecma)script/i;(function(){var a=c.createDocumentFragment(),d=a.appendChild(c.createElement("div")),v=c.createElement("input");v.setAttribute("type","radio"),v.setAttribute("checked","checked"),v.setAttribute("name","t"),d.appendChild(v),y.checkClone=d.cloneNode(!0).cloneNode(!0).lastChild.checked,d.innerHTML="<textarea>x</textarea>",y.noCloneChecked=!!d.cloneNode(!0).lastChild.defaultValue,d.innerHTML="<option></option>",y.option=!!d.lastChild})();var Ie={thead:[1,"<table>","</table>"],col:[2,"<table><colgroup>","</colgroup></table>"],tr:[2,"<table><tbody>","</tbody></table>"],td:[3,"<table><tbody><tr>","</tr></tbody></table>"],_default:[0,"",""]};Ie.tbody=Ie.tfoot=Ie.colgroup=Ie.caption=Ie.thead,Ie.th=Ie.td,y.option||(Ie.optgroup=Ie.option=[1,"<select multiple='multiple'>","</select>"]);function ye(a,d){var v;return typeof a.getElementsByTagName<"u"?v=a.getElementsByTagName(d||"*"):typeof a.querySelectorAll<"u"?v=a.querySelectorAll(d||"*"):v=[],d===void 0||d&&X(a,d)?f.merge([a],v):v}function Xr(a,d){for(var v=0,x=a.length;v<x;v++)mt.set(a[v],"globalEval",!d||mt.get(d[v],"globalEval"))}var io=/<|&#?\w+;/;function aa(a,d,v,x,A){for(var I,N,Y,W,J,dt,ft=d.createDocumentFragment(),st=[],yt=0,Ot=a.length;yt<Ot;yt++)if(I=a[yt],I||I===0)if(_(I)==="object")f.merge(st,I.nodeType?[I]:I);else if(!io.test(I))st.push(d.createTextNode(I));else{for(N=N||ft.appendChild(d.createElement("div")),Y=(ra.exec(I)||["",""])[1].toLowerCase(),W=Ie[Y]||Ie._default,N.innerHTML=W[1]+f.htmlPrefilter(I)+W[2],dt=W[0];dt--;)N=N.lastChild;f.merge(st,N.childNodes),N=ft.firstChild,N.textContent=""}for(ft.textContent="",yt=0;I=st[yt++];){if(x&&f.inArray(I,x)>-1){A&&A.push(I);continue}if(J=fe(I),N=ye(ft.appendChild(I),"script"),J&&Xr(N),v)for(dt=0;I=N[dt++];)ia.test(I.type||"")&&v.push(I)}return ft}var sa=/^([^.]*)(?:\.(.+)|)/;function kn(){return!0}function Sn(){return!1}function Yr(a,d,v,x,A,I){var N,Y;if(typeof d=="object"){typeof v!="string"&&(x=x||v,v=void 0);for(Y in d)Yr(a,Y,v,x,d[Y],I);return a}if(x==null&&A==null?(A=v,x=v=void 0):A==null&&(typeof v=="string"?(A=x,x=void 0):(A=x,x=v,v=void 0)),A===!1)A=Sn;else if(!A)return a;return I===1&&(N=A,A=function(W){return f().off(W),N.apply(this,arguments)},A.guid=N.guid||(N.guid=f.guid++)),a.each(function(){f.event.add(this,d,A,x,v)})}f.event={global:{},add:function(a,d,v,x,A){var I,N,Y,W,J,dt,ft,st,yt,Ot,Xt,Vt=mt.get(a);if(Ct(a))for(v.handler&&(I=v,v=I.handler,A=I.selector),A&&f.find.matchesSelector(je,A),v.guid||(v.guid=f.guid++),(W=Vt.events)||(W=Vt.events=Object.create(null)),(N=Vt.handle)||(N=Vt.handle=function(ue){return typeof f<"u"&&f.event.triggered!==ue.type?f.event.dispatch.apply(a,arguments):void 0}),d=(d||"").match(Bt)||[""],J=d.length;J--;)Y=sa.exec(d[J])||[],yt=Xt=Y[1],Ot=(Y[2]||"").split(".").sort(),yt&&(ft=f.event.special[yt]||{},yt=(A?ft.delegateType:ft.bindType)||yt,ft=f.event.special[yt]||{},dt=f.extend({type:yt,origType:Xt,data:x,handler:v,guid:v.guid,selector:A,needsContext:A&&f.expr.match.needsContext.test(A),namespace:Ot.join(".")},I),(st=W[yt])||(st=W[yt]=[],st.delegateCount=0,(!ft.setup||ft.setup.call(a,x,Ot,N)===!1)&&a.addEventListener&&a.addEventListener(yt,N)),ft.add&&(ft.add.call(a,dt),dt.handler.guid||(dt.handler.guid=v.guid)),A?st.splice(st.delegateCount++,0,dt):st.push(dt),f.event.global[yt]=!0)},remove:function(a,d,v,x,A){var I,N,Y,W,J,dt,ft,st,yt,Ot,Xt,Vt=mt.hasData(a)&&mt.get(a);if(!(!Vt||!(W=Vt.events))){for(d=(d||"").match(Bt)||[""],J=d.length;J--;){if(Y=sa.exec(d[J])||[],yt=Xt=Y[1],Ot=(Y[2]||"").split(".").sort(),!yt){for(yt in W)f.event.remove(a,yt+d[J],v,x,!0);continue}for(ft=f.event.special[yt]||{},yt=(x?ft.delegateType:ft.bindType)||yt,st=W[yt]||[],Y=Y[2]&&new RegExp("(^|\\.)"+Ot.join("\\.(?:.*\\.|)")+"(\\.|$)"),N=I=st.length;I--;)dt=st[I],(A||Xt===dt.origType)&&(!v||v.guid===dt.guid)&&(!Y||Y.test(dt.namespace))&&(!x||x===dt.selector||x==="**"&&dt.selector)&&(st.splice(I,1),dt.selector&&st.delegateCount--,ft.remove&&ft.remove.call(a,dt));N&&!st.length&&((!ft.teardown||ft.teardown.call(a,Ot,Vt.handle)===!1)&&f.removeEvent(a,yt,Vt.handle),delete W[yt])}f.isEmptyObject(W)&&mt.remove(a,"handle events")}},dispatch:function(a){var d,v,x,A,I,N,Y=new Array(arguments.length),W=f.event.fix(a),J=(mt.get(this,"events")||Object.create(null))[W.type]||[],dt=f.event.special[W.type]||{};for(Y[0]=W,d=1;d<arguments.length;d++)Y[d]=arguments[d];if(W.delegateTarget=this,!(dt.preDispatch&&dt.preDispatch.call(this,W)===!1)){for(N=f.event.handlers.call(this,W,J),d=0;(A=N[d++])&&!W.isPropagationStopped();)for(W.currentTarget=A.elem,v=0;(I=A.handlers[v++])&&!W.isImmediatePropagationStopped();)(!W.rnamespace||I.namespace===!1||W.rnamespace.test(I.namespace))&&(W.handleObj=I,W.data=I.data,x=((f.event.special[I.origType]||{}).handle||I.handler).apply(A.elem,Y),x!==void 0&&(W.result=x)===!1&&(W.preventDefault(),W.stopPropagation()));return dt.postDispatch&&dt.postDispatch.call(this,W),W.result}},handlers:function(a,d){var v,x,A,I,N,Y=[],W=d.delegateCount,J=a.target;if(W&&J.nodeType&&!(a.type==="click"&&a.button>=1)){for(;J!==this;J=J.parentNode||this)if(J.nodeType===1&&!(a.type==="click"&&J.disabled===!0)){for(I=[],N={},v=0;v<W;v++)x=d[v],A=x.selector+" ",N[A]===void 0&&(N[A]=x.needsContext?f(A,this).index(J)>-1:f.find(A,this,null,[J]).length),N[A]&&I.push(x);I.length&&Y.push({elem:J,handlers:I})}}return J=this,W<d.length&&Y.push({elem:J,handlers:d.slice(W)}),Y},addProp:function(a,d){Object.defineProperty(f.Event.prototype,a,{enumerable:!0,configurable:!0,get:T(d)?function(){if(this.originalEvent)return d(this.originalEvent)}:function(){if(this.originalEvent)return this.originalEvent[a]},set:function(v){Object.defineProperty(this,a,{enumerable:!0,configurable:!0,writable:!0,value:v})}})},fix:function(a){return a[f.expando]?a:new f.Event(a)},special:{load:{noBubble:!0},click:{setup:function(a){var d=this||a;return We.test(d.type)&&d.click&&X(d,"input")&&hr(d,"click",!0),!1},trigger:function(a){var d=this||a;return We.test(d.type)&&d.click&&X(d,"input")&&hr(d,"click"),!0},_default:function(a){var d=a.target;return We.test(d.type)&&d.click&&X(d,"input")&&mt.get(d,"click")||X(d,"a")}},beforeunload:{postDispatch:function(a){a.result!==void 0&&a.originalEvent&&(a.originalEvent.returnValue=a.result)}}}};function hr(a,d,v){if(!v){mt.get(a,d)===void 0&&f.event.add(a,d,kn);return}mt.set(a,d,!1),f.event.add(a,d,{namespace:!1,handler:function(x){var A,I=mt.get(this,d);if(x.isTrigger&1&&this[d]){if(I)(f.event.special[d]||{}).delegateType&&x.stopPropagation();else if(I=s.call(arguments),mt.set(this,d,I),this[d](),A=mt.get(this,d),mt.set(this,d,!1),I!==A)return x.stopImmediatePropagation(),x.preventDefault(),A}else I&&(mt.set(this,d,f.event.trigger(I[0],I.slice(1),this)),x.stopPropagation(),x.isImmediatePropagationStopped=kn)}})}f.removeEvent=function(a,d,v){a.removeEventListener&&a.removeEventListener(d,v)},f.Event=function(a,d){if(!(this instanceof f.Event))return new f.Event(a,d);a&&a.type?(this.originalEvent=a,this.type=a.type,this.isDefaultPrevented=a.defaultPrevented||a.defaultPrevented===void 0&&a.returnValue===!1?kn:Sn,this.target=a.target&&a.target.nodeType===3?a.target.parentNode:a.target,this.currentTarget=a.currentTarget,this.relatedTarget=a.relatedTarget):this.type=a,d&&f.extend(this,d),this.timeStamp=a&&a.timeStamp||Date.now(),this[f.expando]=!0},f.Event.prototype={constructor:f.Event,isDefaultPrevented:Sn,isPropagationStopped:Sn,isImmediatePropagationStopped:Sn,isSimulated:!1,preventDefault:function(){var a=this.originalEvent;this.isDefaultPrevented=kn,a&&!this.isSimulated&&a.preventDefault()},stopPropagation:function(){var a=this.originalEvent;this.isPropagationStopped=kn,a&&!this.isSimulated&&a.stopPropagation()},stopImmediatePropagation:function(){var a=this.originalEvent;this.isImmediatePropagationStopped=kn,a&&!this.isSimulated&&a.stopImmediatePropagation(),this.stopPropagation()}},f.each({altKey:!0,bubbles:!0,cancelable:!0,changedTouches:!0,ctrlKey:!0,detail:!0,eventPhase:!0,metaKey:!0,pageX:!0,pageY:!0,shiftKey:!0,view:!0,char:!0,code:!0,charCode:!0,key:!0,keyCode:!0,button:!0,buttons:!0,clientX:!0,clientY:!0,offsetX:!0,offsetY:!0,pointerId:!0,pointerType:!0,screenX:!0,screenY:!0,targetTouches:!0,toElement:!0,touches:!0,which:!0},f.event.addProp),f.each({focus:"focusin",blur:"focusout"},function(a,d){function v(x){if(c.documentMode){var A=mt.get(this,"handle"),I=f.event.fix(x);I.type=x.type==="focusin"?"focus":"blur",I.isSimulated=!0,A(x),I.target===I.currentTarget&&A(I)}else f.event.simulate(d,x.target,f.event.fix(x))}f.event.special[a]={setup:function(){var x;if(hr(this,a,!0),c.documentMode)x=mt.get(this,d),x||this.addEventListener(d,v),mt.set(this,d,(x||0)+1);else return!1},trigger:function(){return hr(this,a),!0},teardown:function(){var x;if(c.documentMode)x=mt.get(this,d)-1,x?mt.set(this,d,x):(this.removeEventListener(d,v),mt.remove(this,d));else return!1},_default:function(x){return mt.get(x.target,a)},delegateType:d},f.event.special[d]={setup:function(){var x=this.ownerDocument||this.document||this,A=c.documentMode?this:x,I=mt.get(A,d);I||(c.documentMode?this.addEventListener(d,v):x.addEventListener(a,v,!0)),mt.set(A,d,(I||0)+1)},teardown:function(){var x=this.ownerDocument||this.document||this,A=c.documentMode?this:x,I=mt.get(A,d)-1;I?mt.set(A,d,I):(c.documentMode?this.removeEventListener(d,v):x.removeEventListener(a,v,!0),mt.remove(A,d))}}}),f.each({mouseenter:"mouseover",mouseleave:"mouseout",pointerenter:"pointerover",pointerleave:"pointerout"},function(a,d){f.event.special[a]={delegateType:d,bindType:d,handle:function(v){var x,A=this,I=v.relatedTarget,N=v.handleObj;return(!I||I!==A&&!f.contains(A,I))&&(v.type=N.origType,x=N.handler.apply(this,arguments),v.type=d),x}}}),f.fn.extend({on:function(a,d,v,x){return Yr(this,a,d,v,x)},one:function(a,d,v,x){return Yr(this,a,d,v,x,1)},off:function(a,d,v){var x,A;if(a&&a.preventDefault&&a.handleObj)return x=a.handleObj,f(a.delegateTarget).off(x.namespace?x.origType+"."+x.namespace:x.origType,x.selector,x.handler),this;if(typeof a=="object"){for(A in a)this.off(A,d,a[A]);return this}return(d===!1||typeof d=="function")&&(v=d,d=void 0),v===!1&&(v=Sn),this.each(function(){f.event.remove(this,a,v,d)})}});var ao=/<script|<style|<link/i,so=/checked\s*(?:[^=]|=\s*.checked.)/i,oo=/^\s*<!\[CDATA\[|\]\]>\s*$/g;function oa(a,d){return X(a,"table")&&X(d.nodeType!==11?d:d.firstChild,"tr")&&f(a).children("tbody")[0]||a}function lo(a){return a.type=(a.getAttribute("type")!==null)+"/"+a.type,a}function uo(a){return(a.type||"").slice(0,5)==="true/"?a.type=a.type.slice(5):a.removeAttribute("type"),a}function la(a,d){var v,x,A,I,N,Y,W;if(d.nodeType===1){if(mt.hasData(a)&&(I=mt.get(a),W=I.events,W)){mt.remove(d,"handle events");for(A in W)for(v=0,x=W[A].length;v<x;v++)f.event.add(d,A,W[A][v])}zt.hasData(a)&&(N=zt.access(a),Y=f.extend({},N),zt.set(d,Y))}}function co(a,d){var v=d.nodeName.toLowerCase();v==="input"&&We.test(a.type)?d.checked=a.checked:(v==="input"||v==="textarea")&&(d.defaultValue=a.defaultValue)}function Dn(a,d,v,x){d=i(d);var A,I,N,Y,W,J,dt=0,ft=a.length,st=ft-1,yt=d[0],Ot=T(yt);if(Ot||ft>1&&typeof yt=="string"&&!y.checkClone&&so.test(yt))return a.each(function(Xt){var Vt=a.eq(Xt);Ot&&(d[0]=yt.call(this,Xt,Vt.html())),Dn(Vt,d,v,x)});if(ft&&(A=aa(d,a[0].ownerDocument,!1,a,x),I=A.firstChild,A.childNodes.length===1&&(A=I),I||x)){for(N=f.map(ye(A,"script"),lo),Y=N.length;dt<ft;dt++)W=A,dt!==st&&(W=f.clone(W,!0,!0),Y&&f.merge(N,ye(W,"script"))),v.call(a[dt],W,dt);if(Y)for(J=N[N.length-1].ownerDocument,f.map(N,uo),dt=0;dt<Y;dt++)W=N[dt],ia.test(W.type||"")&&!mt.access(W,"globalEval")&&f.contains(J,W)&&(W.src&&(W.type||"").toLowerCase()!=="module"?f._evalUrl&&!W.noModule&&f._evalUrl(W.src,{nonce:W.nonce||W.getAttribute("nonce")},J):h(W.textContent.replace(oo,""),W,J))}return a}function da(a,d,v){for(var x,A=d?f.filter(d,a):a,I=0;(x=A[I])!=null;I++)!v&&x.nodeType===1&&f.cleanData(ye(x)),x.parentNode&&(v&&fe(x)&&Xr(ye(x,"script")),x.parentNode.removeChild(x));return a}f.extend({htmlPrefilter:function(a){return a},clone:function(a,d,v){var x,A,I,N,Y=a.cloneNode(!0),W=fe(a);if(!y.noCloneChecked&&(a.nodeType===1||a.nodeType===11)&&!f.isXMLDoc(a))for(N=ye(Y),I=ye(a),x=0,A=I.length;x<A;x++)co(I[x],N[x]);if(d)if(v)for(I=I||ye(a),N=N||ye(Y),x=0,A=I.length;x<A;x++)la(I[x],N[x]);else la(a,Y);return N=ye(Y,"script"),N.length>0&&Xr(N,!W&&ye(a,"script")),Y},cleanData:function(a){for(var d,v,x,A=f.event.special,I=0;(v=a[I])!==void 0;I++)if(Ct(v)){if(d=v[mt.expando]){if(d.events)for(x in d.events)A[x]?f.event.remove(v,x):f.removeEvent(v,x,d.handle);v[mt.expando]=void 0}v[zt.expando]&&(v[zt.expando]=void 0)}}}),f.fn.extend({detach:function(a){return da(this,a,!0)},remove:function(a){return da(this,a)},text:function(a){return K(this,function(d){return d===void 0?f.text(this):this.empty().each(function(){(this.nodeType===1||this.nodeType===11||this.nodeType===9)&&(this.textContent=d)})},null,a,arguments.length)},append:function(){return Dn(this,arguments,function(a){if(this.nodeType===1||this.nodeType===11||this.nodeType===9){var d=oa(this,a);d.appendChild(a)}})},prepend:function(){return Dn(this,arguments,function(a){if(this.nodeType===1||this.nodeType===11||this.nodeType===9){var d=oa(this,a);d.insertBefore(a,d.firstChild)}})},before:function(){return Dn(this,arguments,function(a){this.parentNode&&this.parentNode.insertBefore(a,this)})},after:function(){return Dn(this,arguments,function(a){this.parentNode&&this.parentNode.insertBefore(a,this.nextSibling)})},empty:function(){for(var a,d=0;(a=this[d])!=null;d++)a.nodeType===1&&(f.cleanData(ye(a,!1)),a.textContent="");return this},clone:function(a,d){return a=a??!1,d=d??a,this.map(function(){return f.clone(this,a,d)})},html:function(a){return K(this,function(d){var v=this[0]||{},x=0,A=this.length;if(d===void 0&&v.nodeType===1)return v.innerHTML;if(typeof d=="string"&&!ao.test(d)&&!Ie[(ra.exec(d)||["",""])[1].toLowerCase()]){d=f.htmlPrefilter(d);try{for(;x<A;x++)v=this[x]||{},v.nodeType===1&&(f.cleanData(ye(v,!1)),v.innerHTML=d);v=0}catch{}}v&&this.empty().append(d)},null,a,arguments.length)},replaceWith:function(){var a=[];return Dn(this,arguments,function(d){var v=this.parentNode;f.inArray(this,a)<0&&(f.cleanData(ye(this)),v&&v.replaceChild(d,this))},a)}}),f.each({appendTo:"append",prependTo:"prepend",insertBefore:"before",insertAfter:"after",replaceAll:"replaceWith"},function(a,d){f.fn[a]=function(v){for(var x,A=[],I=f(v),N=I.length-1,Y=0;Y<=N;Y++)x=Y===N?this:this.clone(!0),f(I[Y])[d](x),o.apply(A,x.get());return this.pushStack(A)}});var $r=new RegExp("^("+tn+")(?!px)[a-z%]+$","i"),Zr=/^--/,pr=function(a){var d=a.ownerDocument.defaultView;return(!d||!d.opener)&&(d=t),d.getComputedStyle(a)},ua=function(a,d,v){var x,A,I={};for(A in d)I[A]=a.style[A],a.style[A]=d[A];x=v.call(a);for(A in d)a.style[A]=I[A];return x},fo=new RegExp(ge.join("|"),"i");(function(){function a(){if(J){W.style.cssText="position:absolute;left:-11111px;width:60px;margin-top:1px;padding:0;border:0",J.style.cssText="position:relative;display:block;box-sizing:border-box;overflow:scroll;margin:auto;border:1px;padding:1px;width:60%;top:1%",je.appendChild(W).appendChild(J);var dt=t.getComputedStyle(J);v=dt.top!=="1%",Y=d(dt.marginLeft)===12,J.style.right="60%",I=d(dt.right)===36,x=d(dt.width)===36,J.style.position="absolute",A=d(J.offsetWidth/3)===12,je.removeChild(W),J=null}}function d(dt){return Math.round(parseFloat(dt))}var v,x,A,I,N,Y,W=c.createElement("div"),J=c.createElement("div");J.style&&(J.style.backgroundClip="content-box",J.cloneNode(!0).style.backgroundClip="",y.clearCloneStyle=J.style.backgroundClip==="content-box",f.extend(y,{boxSizingReliable:function(){return a(),x},pixelBoxStyles:function(){return a(),I},pixelPosition:function(){return a(),v},reliableMarginLeft:function(){return a(),Y},scrollboxSize:function(){return a(),A},reliableTrDimensions:function(){var dt,ft,st,yt;return N==null&&(dt=c.createElement("table"),ft=c.createElement("tr"),st=c.createElement("div"),dt.style.cssText="position:absolute;left:-11111px;border-collapse:separate",ft.style.cssText="box-sizing:content-box;border:1px solid",ft.style.height="1px",st.style.height="9px",st.style.display="block",je.appendChild(dt).appendChild(ft).appendChild(st),yt=t.getComputedStyle(ft),N=parseInt(yt.height,10)+parseInt(yt.borderTopWidth,10)+parseInt(yt.borderBottomWidth,10)===ft.offsetHeight,je.removeChild(dt)),N}}))})();function Un(a,d,v){var x,A,I,N,Y=Zr.test(d),W=a.style;return v=v||pr(a),v&&(N=v.getPropertyValue(d)||v[d],Y&&N&&(N=N.replace(k,"$1")||void 0),N===""&&!fe(a)&&(N=f.style(a,d)),!y.pixelBoxStyles()&&$r.test(N)&&fo.test(d)&&(x=W.width,A=W.minWidth,I=W.maxWidth,W.minWidth=W.maxWidth=W.width=N,N=v.width,W.width=x,W.minWidth=A,W.maxWidth=I)),N!==void 0?N+"":N}function ca(a,d){return{get:function(){if(a()){delete this.get;return}return(this.get=d).apply(this,arguments)}}}var fa=["Webkit","Moz","ms"],ha=c.createElement("div").style,pa={};function ho(a){for(var d=a[0].toUpperCase()+a.slice(1),v=fa.length;v--;)if(a=fa[v]+d,a in ha)return a}function Kr(a){var d=f.cssProps[a]||pa[a];return d||(a in ha?a:pa[a]=ho(a)||a)}var po=/^(none|table(?!-c[ea]).+)/,bo={position:"absolute",visibility:"hidden",display:"block"},ba={letterSpacing:"0",fontWeight:"400"};function ma(a,d,v){var x=ee.exec(d);return x?Math.max(0,x[2]-(v||0))+(x[3]||"px"):d}function Jr(a,d,v,x,A,I){var N=d==="width"?1:0,Y=0,W=0,J=0;if(v===(x?"border":"content"))return 0;for(;N<4;N+=2)v==="margin"&&(J+=f.css(a,v+ge[N],!0,A)),x?(v==="content"&&(W-=f.css(a,"padding"+ge[N],!0,A)),v!=="margin"&&(W-=f.css(a,"border"+ge[N]+"Width",!0,A))):(W+=f.css(a,"padding"+ge[N],!0,A),v!=="padding"?W+=f.css(a,"border"+ge[N]+"Width",!0,A):Y+=f.css(a,"border"+ge[N]+"Width",!0,A));return!x&&I>=0&&(W+=Math.max(0,Math.ceil(a["offset"+d[0].toUpperCase()+d.slice(1)]-I-W-Y-.5))||0),W+J}function va(a,d,v){var x=pr(a),A=!y.boxSizingReliable()||v,I=A&&f.css(a,"boxSizing",!1,x)==="border-box",N=I,Y=Un(a,d,x),W="offset"+d[0].toUpperCase()+d.slice(1);if($r.test(Y)){if(!v)return Y;Y="auto"}return(!y.boxSizingReliable()&&I||!y.reliableTrDimensions()&&X(a,"tr")||Y==="auto"||!parseFloat(Y)&&f.css(a,"display",!1,x)==="inline")&&a.getClientRects().length&&(I=f.css(a,"boxSizing",!1,x)==="border-box",N=W in a,N&&(Y=a[W])),Y=parseFloat(Y)||0,Y+Jr(a,d,v||(I?"border":"content"),N,x,Y)+"px"}f.extend({cssHooks:{opacity:{get:function(a,d){if(d){var v=Un(a,"opacity");return v===""?"1":v}}}},cssNumber:{animationIterationCount:!0,aspectRatio:!0,borderImageSlice:!0,columnCount:!0,flexGrow:!0,flexShrink:!0,fontWeight:!0,gridArea:!0,gridColumn:!0,gridColumnEnd:!0,gridColumnStart:!0,gridRow:!0,gridRowEnd:!0,gridRowStart:!0,lineHeight:!0,opacity:!0,order:!0,orphans:!0,scale:!0,widows:!0,zIndex:!0,zoom:!0,fillOpacity:!0,floodOpacity:!0,stopOpacity:!0,strokeMiterlimit:!0,strokeOpacity:!0},cssProps:{},style:function(a,d,v,x){if(!(!a||a.nodeType===3||a.nodeType===8||!a.style)){var A,I,N,Y=gt(d),W=Zr.test(d),J=a.style;if(W||(d=Kr(Y)),N=f.cssHooks[d]||f.cssHooks[Y],v!==void 0){if(I=typeof v,I==="string"&&(A=ee.exec(v))&&A[1]&&(v=ur(a,d,A),I="number"),v==null||v!==v)return;I==="number"&&!W&&(v+=A&&A[3]||(f.cssNumber[Y]?"":"px")),!y.clearCloneStyle&&v===""&&d.indexOf("background")===0&&(J[d]="inherit"),(!N||!("set"in N)||(v=N.set(a,v,x))!==void 0)&&(W?J.setProperty(d,v):J[d]=v)}else return N&&"get"in N&&(A=N.get(a,!1,x))!==void 0?A:J[d]}},css:function(a,d,v,x){var A,I,N,Y=gt(d),W=Zr.test(d);return W||(d=Kr(Y)),N=f.cssHooks[d]||f.cssHooks[Y],N&&"get"in N&&(A=N.get(a,!0,v)),A===void 0&&(A=Un(a,d,x)),A==="normal"&&d in ba&&(A=ba[d]),v===""||v?(I=parseFloat(A),v===!0||isFinite(I)?I||0:A):A}}),f.each(["height","width"],function(a,d){f.cssHooks[d]={get:function(v,x,A){if(x)return po.test(f.css(v,"display"))&&(!v.getClientRects().length||!v.getBoundingClientRect().width)?ua(v,bo,function(){return va(v,d,A)}):va(v,d,A)},set:function(v,x,A){var I,N=pr(v),Y=!y.scrollboxSize()&&N.position==="absolute",W=Y||A,J=W&&f.css(v,"boxSizing",!1,N)==="border-box",dt=A?Jr(v,d,A,J,N):0;return J&&Y&&(dt-=Math.ceil(v["offset"+d[0].toUpperCase()+d.slice(1)]-parseFloat(N[d])-Jr(v,d,"border",!1,N)-.5)),dt&&(I=ee.exec(x))&&(I[3]||"px")!=="px"&&(v.style[d]=x,x=f.css(v,d)),ma(v,x,dt)}}}),f.cssHooks.marginLeft=ca(y.reliableMarginLeft,function(a,d){if(d)return(parseFloat(Un(a,"marginLeft"))||a.getBoundingClientRect().left-ua(a,{marginLeft:0},function(){return a.getBoundingClientRect().left}))+"px"}),f.each({margin:"",padding:"",border:"Width"},function(a,d){f.cssHooks[a+d]={expand:function(v){for(var x=0,A={},I=typeof v=="string"?v.split(" "):[v];x<4;x++)A[a+ge[x]+d]=I[x]||I[x-2]||I[0];return A}},a!=="margin"&&(f.cssHooks[a+d].set=ma)}),f.fn.extend({css:function(a,d){return K(this,function(v,x,A){var I,N,Y={},W=0;if(Array.isArray(x)){for(I=pr(v),N=x.length;W<N;W++)Y[x[W]]=f.css(v,x[W],!1,I);return Y}return A!==void 0?f.style(v,x,A):f.css(v,x)},a,d,arguments.length>1)}});function we(a,d,v,x,A){return new we.prototype.init(a,d,v,x,A)}f.Tween=we,we.prototype={constructor:we,init:function(a,d,v,x,A,I){this.elem=a,this.prop=v,this.easing=A||f.easing._default,this.options=d,this.start=this.now=this.cur(),this.end=x,this.unit=I||(f.cssNumber[v]?"":"px")},cur:function(){var a=we.propHooks[this.prop];return a&&a.get?a.get(this):we.propHooks._default.get(this)},run:function(a){var d,v=we.propHooks[this.prop];return this.options.duration?this.pos=d=f.easing[this.easing](a,this.options.duration*a,0,1,this.options.duration):this.pos=d=a,this.now=(this.end-this.start)*d+this.start,this.options.step&&this.options.step.call(this.elem,this.now,this),v&&v.set?v.set(this):we.propHooks._default.set(this),this}},we.prototype.init.prototype=we.prototype,we.propHooks={_default:{get:function(a){var d;return a.elem.nodeType!==1||a.elem[a.prop]!=null&&a.elem.style[a.prop]==null?a.elem[a.prop]:(d=f.css(a.elem,a.prop,""),!d||d==="auto"?0:d)},set:function(a){f.fx.step[a.prop]?f.fx.step[a.prop](a):a.elem.nodeType===1&&(f.cssHooks[a.prop]||a.elem.style[Kr(a.prop)]!=null)?f.style(a.elem,a.prop,a.now+a.unit):a.elem[a.prop]=a.now}}},we.propHooks.scrollTop=we.propHooks.scrollLeft={set:function(a){a.elem.nodeType&&a.elem.parentNode&&(a.elem[a.prop]=a.now)}},f.easing={linear:function(a){return a},swing:function(a){return .5-Math.cos(a*Math.PI)/2},_default:"swing"},f.fx=we.prototype.init,f.fx.step={};var An,br,mo=/^(?:toggle|show|hide)$/,vo=/queueHooks$/;function Qr(){br&&(c.hidden===!1&&t.requestAnimationFrame?t.requestAnimationFrame(Qr):t.setTimeout(Qr,f.fx.interval),f.fx.tick())}function ga(){return t.setTimeout(function(){An=void 0}),An=Date.now()}function mr(a,d){var v,x=0,A={height:a};for(d=d?1:0;x<4;x+=2-d)v=ge[x],A["margin"+v]=A["padding"+v]=a;return d&&(A.opacity=A.width=a),A}function ya(a,d,v){for(var x,A=(Me.tweeners[d]||[]).concat(Me.tweeners["*"]),I=0,N=A.length;I<N;I++)if(x=A[I].call(v,d,a))return x}function go(a,d,v){var x,A,I,N,Y,W,J,dt,ft="width"in d||"height"in d,st=this,yt={},Ot=a.style,Xt=a.nodeType&&Tn(a),Vt=mt.get(a,"fxshow");v.queue||(N=f._queueHooks(a,"fx"),N.unqueued==null&&(N.unqueued=0,Y=N.empty.fire,N.empty.fire=function(){N.unqueued||Y()}),N.unqueued++,st.always(function(){st.always(function(){N.unqueued--,f.queue(a,"fx").length||N.empty.fire()})}));for(x in d)if(A=d[x],mo.test(A)){if(delete d[x],I=I||A==="toggle",A===(Xt?"hide":"show"))if(A==="show"&&Vt&&Vt[x]!==void 0)Xt=!0;else continue;yt[x]=Vt&&Vt[x]||f.style(a,x)}if(W=!f.isEmptyObject(d),!(!W&&f.isEmptyObject(yt))){ft&&a.nodeType===1&&(v.overflow=[Ot.overflow,Ot.overflowX,Ot.overflowY],J=Vt&&Vt.display,J==null&&(J=mt.get(a,"display")),dt=f.css(a,"display"),dt==="none"&&(J?dt=J:(Ae([a],!0),J=a.style.display||J,dt=f.css(a,"display"),Ae([a]))),(dt==="inline"||dt==="inline-block"&&J!=null)&&f.css(a,"float")==="none"&&(W||(st.done(function(){Ot.display=J}),J==null&&(dt=Ot.display,J=dt==="none"?"":dt)),Ot.display="inline-block")),v.overflow&&(Ot.overflow="hidden",st.always(function(){Ot.overflow=v.overflow[0],Ot.overflowX=v.overflow[1],Ot.overflowY=v.overflow[2]})),W=!1;for(x in yt)W||(Vt?"hidden"in Vt&&(Xt=Vt.hidden):Vt=mt.access(a,"fxshow",{display:J}),I&&(Vt.hidden=!Xt),Xt&&Ae([a],!0),st.done(function(){Xt||Ae([a]),mt.remove(a,"fxshow");for(x in yt)f.style(a,x,yt[x])})),W=ya(Xt?Vt[x]:0,x,st),x in Vt||(Vt[x]=W.start,Xt&&(W.end=W.start,W.start=0))}}function yo(a,d){var v,x,A,I,N;for(v in a)if(x=gt(v),A=d[x],I=a[v],Array.isArray(I)&&(A=I[1],I=a[v]=I[0]),v!==x&&(a[x]=I,delete a[v]),N=f.cssHooks[x],N&&"expand"in N){I=N.expand(I),delete a[x];for(v in I)v in a||(a[v]=I[v],d[v]=A)}else d[x]=A}function Me(a,d,v){var x,A,I=0,N=Me.prefilters.length,Y=f.Deferred().always(function(){delete W.elem}),W=function(){if(A)return!1;for(var ft=An||ga(),st=Math.max(0,J.startTime+J.duration-ft),yt=st/J.duration||0,Ot=1-yt,Xt=0,Vt=J.tweens.length;Xt<Vt;Xt++)J.tweens[Xt].run(Ot);return Y.notifyWith(a,[J,Ot,st]),Ot<1&&Vt?st:(Vt||Y.notifyWith(a,[J,1,0]),Y.resolveWith(a,[J]),!1)},J=Y.promise({elem:a,props:f.extend({},d),opts:f.extend(!0,{specialEasing:{},easing:f.easing._default},v),originalProperties:d,originalOptions:v,startTime:An||ga(),duration:v.duration,tweens:[],createTween:function(ft,st){var yt=f.Tween(a,J.opts,ft,st,J.opts.specialEasing[ft]||J.opts.easing);return J.tweens.push(yt),yt},stop:function(ft){var st=0,yt=ft?J.tweens.length:0;if(A)return this;for(A=!0;st<yt;st++)J.tweens[st].run(1);return ft?(Y.notifyWith(a,[J,1,0]),Y.resolveWith(a,[J,ft])):Y.rejectWith(a,[J,ft]),this}}),dt=J.props;for(yo(dt,J.opts.specialEasing);I<N;I++)if(x=Me.prefilters[I].call(J,a,dt,J.opts),x)return T(x.stop)&&(f._queueHooks(J.elem,J.opts.queue).stop=x.stop.bind(x)),x;return f.map(dt,ya,J),T(J.opts.start)&&J.opts.start.call(a,J),J.progress(J.opts.progress).done(J.opts.done,J.opts.complete).fail(J.opts.fail).always(J.opts.always),f.fx.timer(f.extend(W,{elem:a,anim:J,queue:J.opts.queue})),J}f.Animation=f.extend(Me,{tweeners:{"*":[function(a,d){var v=this.createTween(a,d);return ur(v.elem,a,ee.exec(d),v),v}]},tweener:function(a,d){T(a)?(d=a,a=["*"]):a=a.match(Bt);for(var v,x=0,A=a.length;x<A;x++)v=a[x],Me.tweeners[v]=Me.tweeners[v]||[],Me.tweeners[v].unshift(d)},prefilters:[go],prefilter:function(a,d){d?Me.prefilters.unshift(a):Me.prefilters.push(a)}}),f.speed=function(a,d,v){var x=a&&typeof a=="object"?f.extend({},a):{complete:v||!v&&d||T(a)&&a,duration:a,easing:v&&d||d&&!T(d)&&d};return f.fx.off?x.duration=0:typeof x.duration!="number"&&(x.duration in f.fx.speeds?x.duration=f.fx.speeds[x.duration]:x.duration=f.fx.speeds._default),(x.queue==null||x.queue===!0)&&(x.queue="fx"),x.old=x.complete,x.complete=function(){T(x.old)&&x.old.call(this),x.queue&&f.dequeue(this,x.queue)},x},f.fn.extend({fadeTo:function(a,d,v,x){return this.filter(Tn).css("opacity",0).show().end().animate({opacity:d},a,v,x)},animate:function(a,d,v,x){var A=f.isEmptyObject(a),I=f.speed(d,v,x),N=function(){var Y=Me(this,f.extend({},a),I);(A||mt.get(this,"finish"))&&Y.stop(!0)};return N.finish=N,A||I.queue===!1?this.each(N):this.queue(I.queue,N)},stop:function(a,d,v){var x=function(A){var I=A.stop;delete A.stop,I(v)};return typeof a!="string"&&(v=d,d=a,a=void 0),d&&this.queue(a||"fx",[]),this.each(function(){var A=!0,I=a!=null&&a+"queueHooks",N=f.timers,Y=mt.get(this);if(I)Y[I]&&Y[I].stop&&x(Y[I]);else for(I in Y)Y[I]&&Y[I].stop&&vo.test(I)&&x(Y[I]);for(I=N.length;I--;)N[I].elem===this&&(a==null||N[I].queue===a)&&(N[I].anim.stop(v),A=!1,N.splice(I,1));(A||!v)&&f.dequeue(this,a)})},finish:function(a){return a!==!1&&(a=a||"fx"),this.each(function(){var d,v=mt.get(this),x=v[a+"queue"],A=v[a+"queueHooks"],I=f.timers,N=x?x.length:0;for(v.finish=!0,f.queue(this,a,[]),A&&A.stop&&A.stop.call(this,!0),d=I.length;d--;)I[d].elem===this&&I[d].queue===a&&(I[d].anim.stop(!0),I.splice(d,1));for(d=0;d<N;d++)x[d]&&x[d].finish&&x[d].finish.call(this);delete v.finish})}}),f.each(["toggle","show","hide"],function(a,d){var v=f.fn[d];f.fn[d]=function(x,A,I){return x==null||typeof x=="boolean"?v.apply(this,arguments):this.animate(mr(d,!0),x,A,I)}}),f.each({slideDown:mr("show"),slideUp:mr("hide"),slideToggle:mr("toggle"),fadeIn:{opacity:"show"},fadeOut:{opacity:"hide"},fadeToggle:{opacity:"toggle"}},function(a,d){f.fn[a]=function(v,x,A){return this.animate(d,v,x,A)}}),f.timers=[],f.fx.tick=function(){var a,d=0,v=f.timers;for(An=Date.now();d<v.length;d++)a=v[d],!a()&&v[d]===a&&v.splice(d--,1);v.length||f.fx.stop(),An=void 0},f.fx.timer=function(a){f.timers.push(a),f.fx.start()},f.fx.interval=13,f.fx.start=function(){br||(br=!0,Qr())},f.fx.stop=function(){br=null},f.fx.speeds={slow:600,fast:200,_default:400},f.fn.delay=function(a,d){return a=f.fx&&f.fx.speeds[a]||a,d=d||"fx",this.queue(d,function(v,x){var A=t.setTimeout(v,a);x.stop=function(){t.clearTimeout(A)}})},function(){var a=c.createElement("input"),d=c.createElement("select"),v=d.appendChild(c.createElement("option"));a.type="checkbox",y.checkOn=a.value!=="",y.optSelected=v.selected,a=c.createElement("input"),a.value="t",a.type="radio",y.radioValue=a.value==="t"}();var wa,Wn=f.expr.attrHandle;f.fn.extend({attr:function(a,d){return K(this,f.attr,a,d,arguments.length>1)},removeAttr:function(a){return this.each(function(){f.removeAttr(this,a)})}}),f.extend({attr:function(a,d,v){var x,A,I=a.nodeType;if(!(I===3||I===8||I===2)){if(typeof a.getAttribute>"u")return f.prop(a,d,v);if((I!==1||!f.isXMLDoc(a))&&(A=f.attrHooks[d.toLowerCase()]||(f.expr.match.bool.test(d)?wa:void 0)),v!==void 0){if(v===null){f.removeAttr(a,d);return}return A&&"set"in A&&(x=A.set(a,v,d))!==void 0?x:(a.setAttribute(d,v+""),v)}return A&&"get"in A&&(x=A.get(a,d))!==null?x:(x=f.find.attr(a,d),x??void 0)}},attrHooks:{type:{set:function(a,d){if(!y.radioValue&&d==="radio"&&X(a,"input")){var v=a.value;return a.setAttribute("type",d),v&&(a.value=v),d}}}},removeAttr:function(a,d){var v,x=0,A=d&&d.match(Bt);if(A&&a.nodeType===1)for(;v=A[x++];)a.removeAttribute(v)}}),wa={set:function(a,d,v){return d===!1?f.removeAttr(a,v):a.setAttribute(v,v),v}},f.each(f.expr.match.bool.source.match(/\w+/g),function(a,d){var v=Wn[d]||f.find.attr;Wn[d]=function(x,A,I){var N,Y,W=A.toLowerCase();return I||(Y=Wn[W],Wn[W]=N,N=v(x,A,I)!=null?W:null,Wn[W]=Y),N}});var wo=/^(?:input|select|textarea|button)$/i,xo=/^(?:a|area)$/i;f.fn.extend({prop:function(a,d){return K(this,f.prop,a,d,arguments.length>1)},removeProp:function(a){return this.each(function(){delete this[f.propFix[a]||a]})}}),f.extend({prop:function(a,d,v){var x,A,I=a.nodeType;if(!(I===3||I===8||I===2))return(I!==1||!f.isXMLDoc(a))&&(d=f.propFix[d]||d,A=f.propHooks[d]),v!==void 0?A&&"set"in A&&(x=A.set(a,v,d))!==void 0?x:a[d]=v:A&&"get"in A&&(x=A.get(a,d))!==null?x:a[d]},propHooks:{tabIndex:{get:function(a){var d=f.find.attr(a,"tabindex");return d?parseInt(d,10):wo.test(a.nodeName)||xo.test(a.nodeName)&&a.href?0:-1}}},propFix:{for:"htmlFor",class:"className"}}),y.optSelected||(f.propHooks.selected={get:function(a){var d=a.parentNode;return d&&d.parentNode&&d.parentNode.selectedIndex,null},set:function(a){var d=a.parentNode;d&&(d.selectedIndex,d.parentNode&&d.parentNode.selectedIndex)}}),f.each(["tabIndex","readOnly","maxLength","cellSpacing","cellPadding","rowSpan","colSpan","useMap","frameBorder","contentEditable"],function(){f.propFix[this.toLowerCase()]=this});function hn(a){var d=a.match(Bt)||[];return d.join(" ")}function pn(a){return a.getAttribute&&a.getAttribute("class")||""}function ti(a){return Array.isArray(a)?a:typeof a=="string"?a.match(Bt)||[]:[]}f.fn.extend({addClass:function(a){var d,v,x,A,I,N;return T(a)?this.each(function(Y){f(this).addClass(a.call(this,Y,pn(this)))}):(d=ti(a),d.length?this.each(function(){if(x=pn(this),v=this.nodeType===1&&" "+hn(x)+" ",v){for(I=0;I<d.length;I++)A=d[I],v.indexOf(" "+A+" ")<0&&(v+=A+" ");N=hn(v),x!==N&&this.setAttribute("class",N)}}):this)},removeClass:function(a){var d,v,x,A,I,N;return T(a)?this.each(function(Y){f(this).removeClass(a.call(this,Y,pn(this)))}):arguments.length?(d=ti(a),d.length?this.each(function(){if(x=pn(this),v=this.nodeType===1&&" "+hn(x)+" ",v){for(I=0;I<d.length;I++)for(A=d[I];v.indexOf(" "+A+" ")>-1;)v=v.replace(" "+A+" "," ");N=hn(v),x!==N&&this.setAttribute("class",N)}}):this):this.attr("class","")},toggleClass:function(a,d){var v,x,A,I,N=typeof a,Y=N==="string"||Array.isArray(a);return T(a)?this.each(function(W){f(this).toggleClass(a.call(this,W,pn(this),d),d)}):typeof d=="boolean"&&Y?d?this.addClass(a):this.removeClass(a):(v=ti(a),this.each(function(){if(Y)for(I=f(this),A=0;A<v.length;A++)x=v[A],I.hasClass(x)?I.removeClass(x):I.addClass(x);else(a===void 0||N==="boolean")&&(x=pn(this),x&&mt.set(this,"__className__",x),this.setAttribute&&this.setAttribute("class",x||a===!1?"":mt.get(this,"__className__")||""))}))},hasClass:function(a){var d,v,x=0;for(d=" "+a+" ";v=this[x++];)if(v.nodeType===1&&(" "+hn(pn(v))+" ").indexOf(d)>-1)return!0;return!1}});var _o=/\r/g;f.fn.extend({val:function(a){var d,v,x,A=this[0];return arguments.length?(x=T(a),this.each(function(I){var N;this.nodeType===1&&(x?N=a.call(this,I,f(this).val()):N=a,N==null?N="":typeof N=="number"?N+="":Array.isArray(N)&&(N=f.map(N,function(Y){return Y==null?"":Y+""})),d=f.valHooks[this.type]||f.valHooks[this.nodeName.toLowerCase()],(!d||!("set"in d)||d.set(this,N,"value")===void 0)&&(this.value=N))})):A?(d=f.valHooks[A.type]||f.valHooks[A.nodeName.toLowerCase()],d&&"get"in d&&(v=d.get(A,"value"))!==void 0?v:(v=A.value,typeof v=="string"?v.replace(_o,""):v??"")):void 0}}),f.extend({valHooks:{option:{get:function(a){var d=f.find.attr(a,"value");return d??hn(f.text(a))}},select:{get:function(a){var d,v,x,A=a.options,I=a.selectedIndex,N=a.type==="select-one",Y=N?null:[],W=N?I+1:A.length;for(I<0?x=W:x=N?I:0;x<W;x++)if(v=A[x],(v.selected||x===I)&&!v.disabled&&(!v.parentNode.disabled||!X(v.parentNode,"optgroup"))){if(d=f(v).val(),N)return d;Y.push(d)}return Y},set:function(a,d){for(var v,x,A=a.options,I=f.makeArray(d),N=A.length;N--;)x=A[N],(x.selected=f.inArray(f.valHooks.option.get(x),I)>-1)&&(v=!0);return v||(a.selectedIndex=-1),I}}}}),f.each(["radio","checkbox"],function(){f.valHooks[this]={set:function(a,d){if(Array.isArray(d))return a.checked=f.inArray(f(a).val(),d)>-1}},y.checkOn||(f.valHooks[this].get=function(a){return a.getAttribute("value")===null?"on":a.value})});var Gn=t.location,xa={guid:Date.now()},ei=/\?/;f.parseXML=function(a){var d,v;if(!a||typeof a!="string")return null;try{d=new t.DOMParser().parseFromString(a,"text/xml")}catch{}return v=d&&d.getElementsByTagName("parsererror")[0],(!d||v)&&f.error("Invalid XML: "+(v?f.map(v.childNodes,function(x){return x.textContent}).join(`
`):a)),d};var _a=/^(?:focusinfocus|focusoutblur)$/,Ca=function(a){a.stopPropagation()};f.extend(f.event,{trigger:function(a,d,v,x){var A,I,N,Y,W,J,dt,ft,st=[v||c],yt=g.call(a,"type")?a.type:a,Ot=g.call(a,"namespace")?a.namespace.split("."):[];if(I=ft=N=v=v||c,!(v.nodeType===3||v.nodeType===8)&&!_a.test(yt+f.event.triggered)&&(yt.indexOf(".")>-1&&(Ot=yt.split("."),yt=Ot.shift(),Ot.sort()),W=yt.indexOf(":")<0&&"on"+yt,a=a[f.expando]?a:new f.Event(yt,typeof a=="object"&&a),a.isTrigger=x?2:3,a.namespace=Ot.join("."),a.rnamespace=a.namespace?new RegExp("(^|\\.)"+Ot.join("\\.(?:.*\\.|)")+"(\\.|$)"):null,a.result=void 0,a.target||(a.target=v),d=d==null?[a]:f.makeArray(d,[a]),dt=f.event.special[yt]||{},!(!x&&dt.trigger&&dt.trigger.apply(v,d)===!1))){if(!x&&!dt.noBubble&&!P(v)){for(Y=dt.delegateType||yt,_a.test(Y+yt)||(I=I.parentNode);I;I=I.parentNode)st.push(I),N=I;N===(v.ownerDocument||c)&&st.push(N.defaultView||N.parentWindow||t)}for(A=0;(I=st[A++])&&!a.isPropagationStopped();)ft=I,a.type=A>1?Y:dt.bindType||yt,J=(mt.get(I,"events")||Object.create(null))[a.type]&&mt.get(I,"handle"),J&&J.apply(I,d),J=W&&I[W],J&&J.apply&&Ct(I)&&(a.result=J.apply(I,d),a.result===!1&&a.preventDefault());return a.type=yt,!x&&!a.isDefaultPrevented()&&(!dt._default||dt._default.apply(st.pop(),d)===!1)&&Ct(v)&&W&&T(v[yt])&&!P(v)&&(N=v[W],N&&(v[W]=null),f.event.triggered=yt,a.isPropagationStopped()&&ft.addEventListener(yt,Ca),v[yt](),a.isPropagationStopped()&&ft.removeEventListener(yt,Ca),f.event.triggered=void 0,N&&(v[W]=N)),a.result}},simulate:function(a,d,v){var x=f.extend(new f.Event,v,{type:a,isSimulated:!0});f.event.trigger(x,null,d)}}),f.fn.extend({trigger:function(a,d){return this.each(function(){f.event.trigger(a,d,this)})},triggerHandler:function(a,d){var v=this[0];if(v)return f.event.trigger(a,d,v,!0)}});var Co=/\[\]$/,Ta=/\r?\n/g,To=/^(?:submit|button|image|reset|file)$/i,ko=/^(?:input|select|textarea|keygen)/i;function ni(a,d,v,x){var A;if(Array.isArray(d))f.each(d,function(I,N){v||Co.test(a)?x(a,N):ni(a+"["+(typeof N=="object"&&N!=null?I:"")+"]",N,v,x)});else if(!v&&_(d)==="object")for(A in d)ni(a+"["+A+"]",d[A],v,x);else x(a,d)}f.param=function(a,d){var v,x=[],A=function(I,N){var Y=T(N)?N():N;x[x.length]=encodeURIComponent(I)+"="+encodeURIComponent(Y??"")};if(a==null)return"";if(Array.isArray(a)||a.jquery&&!f.isPlainObject(a))f.each(a,function(){A(this.name,this.value)});else for(v in a)ni(v,a[v],d,A);return x.join("&")},f.fn.extend({serialize:function(){return f.param(this.serializeArray())},serializeArray:function(){return this.map(function(){var a=f.prop(this,"elements");return a?f.makeArray(a):this}).filter(function(){var a=this.type;return this.name&&!f(this).is(":disabled")&&ko.test(this.nodeName)&&!To.test(a)&&(this.checked||!We.test(a))}).map(function(a,d){var v=f(this).val();return v==null?null:Array.isArray(v)?f.map(v,function(x){return{name:d.name,value:x.replace(Ta,`\r
`)}}):{name:d.name,value:v.replace(Ta,`\r
`)}}).get()}});var So=/%20/g,Do=/#.*$/,Ao=/([?&])_=[^&]*/,Io=/^(.*?):[ \t]*([^\r\n]*)$/mg,Po=/^(?:about|app|app-storage|.+-extension|file|res|widget):$/,Fo=/^(?:GET|HEAD)$/,Bo=/^\/\//,ka={},ri={},Sa="*/".concat("*"),ii=c.createElement("a");ii.href=Gn.href;function Da(a){return function(d,v){typeof d!="string"&&(v=d,d="*");var x,A=0,I=d.toLowerCase().match(Bt)||[];if(T(v))for(;x=I[A++];)x[0]==="+"?(x=x.slice(1)||"*",(a[x]=a[x]||[]).unshift(v)):(a[x]=a[x]||[]).push(v)}}function Aa(a,d,v,x){var A={},I=a===ri;function N(Y){var W;return A[Y]=!0,f.each(a[Y]||[],function(J,dt){var ft=dt(d,v,x);if(typeof ft=="string"&&!I&&!A[ft])return d.dataTypes.unshift(ft),N(ft),!1;if(I)return!(W=ft)}),W}return N(d.dataTypes[0])||!A["*"]&&N("*")}function ai(a,d){var v,x,A=f.ajaxSettings.flatOptions||{};for(v in d)d[v]!==void 0&&((A[v]?a:x||(x={}))[v]=d[v]);return x&&f.extend(!0,a,x),a}function No(a,d,v){for(var x,A,I,N,Y=a.contents,W=a.dataTypes;W[0]==="*";)W.shift(),x===void 0&&(x=a.mimeType||d.getResponseHeader("Content-Type"));if(x){for(A in Y)if(Y[A]&&Y[A].test(x)){W.unshift(A);break}}if(W[0]in v)I=W[0];else{for(A in v){if(!W[0]||a.converters[A+" "+W[0]]){I=A;break}N||(N=A)}I=I||N}if(I)return I!==W[0]&&W.unshift(I),v[I]}function Oo(a,d,v,x){var A,I,N,Y,W,J={},dt=a.dataTypes.slice();if(dt[1])for(N in a.converters)J[N.toLowerCase()]=a.converters[N];for(I=dt.shift();I;)if(a.responseFields[I]&&(v[a.responseFields[I]]=d),!W&&x&&a.dataFilter&&(d=a.dataFilter(d,a.dataType)),W=I,I=dt.shift(),I){if(I==="*")I=W;else if(W!=="*"&&W!==I){if(N=J[W+" "+I]||J["* "+I],!N){for(A in J)if(Y=A.split(" "),Y[1]===I&&(N=J[W+" "+Y[0]]||J["* "+Y[0]],N)){N===!0?N=J[A]:J[A]!==!0&&(I=Y[0],dt.unshift(Y[1]));break}}if(N!==!0)if(N&&a.throws)d=N(d);else try{d=N(d)}catch(ft){return{state:"parsererror",error:N?ft:"No conversion from "+W+" to "+I}}}}return{state:"success",data:d}}f.extend({active:0,lastModified:{},etag:{},ajaxSettings:{url:Gn.href,type:"GET",isLocal:Po.test(Gn.protocol),global:!0,processData:!0,async:!0,contentType:"application/x-www-form-urlencoded; charset=UTF-8",accepts:{"*":Sa,text:"text/plain",html:"text/html",xml:"application/xml, text/xml",json:"application/json, text/javascript"},contents:{xml:/\bxml\b/,html:/\bhtml/,json:/\bjson\b/},responseFields:{xml:"responseXML",text:"responseText",json:"responseJSON"},converters:{"* text":String,"text html":!0,"text json":JSON.parse,"text xml":f.parseXML},flatOptions:{url:!0,context:!0}},ajaxSetup:function(a,d){return d?ai(ai(a,f.ajaxSettings),d):ai(f.ajaxSettings,a)},ajaxPrefilter:Da(ka),ajaxTransport:Da(ri),ajax:function(a,d){typeof a=="object"&&(d=a,a=void 0),d=d||{};var v,x,A,I,N,Y,W,J,dt,ft,st=f.ajaxSetup({},d),yt=st.context||st,Ot=st.context&&(yt.nodeType||yt.jquery)?f(yt):f.event,Xt=f.Deferred(),Vt=f.Callbacks("once memory"),ue=st.statusCode||{},oe={},Ge={},qe="canceled",qt={readyState:0,getResponseHeader:function(Yt){var re;if(W){if(!I)for(I={};re=Io.exec(A);)I[re[1].toLowerCase()+" "]=(I[re[1].toLowerCase()+" "]||[]).concat(re[2]);re=I[Yt.toLowerCase()+" "]}return re==null?null:re.join(", ")},getAllResponseHeaders:function(){return W?A:null},setRequestHeader:function(Yt,re){return W==null&&(Yt=Ge[Yt.toLowerCase()]=Ge[Yt.toLowerCase()]||Yt,oe[Yt]=re),this},overrideMimeType:function(Yt){return W==null&&(st.mimeType=Yt),this},statusCode:function(Yt){var re;if(Yt)if(W)qt.always(Yt[qt.status]);else for(re in Yt)ue[re]=[ue[re],Yt[re]];return this},abort:function(Yt){var re=Yt||qe;return v&&v.abort(re),bn(0,re),this}};if(Xt.promise(qt),st.url=((a||st.url||Gn.href)+"").replace(Bo,Gn.protocol+"//"),st.type=d.method||d.type||st.method||st.type,st.dataTypes=(st.dataType||"*").toLowerCase().match(Bt)||[""],st.crossDomain==null){Y=c.createElement("a");try{Y.href=st.url,Y.href=Y.href,st.crossDomain=ii.protocol+"//"+ii.host!=Y.protocol+"//"+Y.host}catch{st.crossDomain=!0}}if(st.data&&st.processData&&typeof st.data!="string"&&(st.data=f.param(st.data,st.traditional)),Aa(ka,st,d,qt),W)return qt;J=f.event&&st.global,J&&f.active++===0&&f.event.trigger("ajaxStart"),st.type=st.type.toUpperCase(),st.hasContent=!Fo.test(st.type),x=st.url.replace(Do,""),st.hasContent?st.data&&st.processData&&(st.contentType||"").indexOf("application/x-www-form-urlencoded")===0&&(st.data=st.data.replace(So,"+")):(ft=st.url.slice(x.length),st.data&&(st.processData||typeof st.data=="string")&&(x+=(ei.test(x)?"&":"?")+st.data,delete st.data),st.cache===!1&&(x=x.replace(Ao,"$1"),ft=(ei.test(x)?"&":"?")+"_="+xa.guid+++ft),st.url=x+ft),st.ifModified&&(f.lastModified[x]&&qt.setRequestHeader("If-Modified-Since",f.lastModified[x]),f.etag[x]&&qt.setRequestHeader("If-None-Match",f.etag[x])),(st.data&&st.hasContent&&st.contentType!==!1||d.contentType)&&qt.setRequestHeader("Content-Type",st.contentType),qt.setRequestHeader("Accept",st.dataTypes[0]&&st.accepts[st.dataTypes[0]]?st.accepts[st.dataTypes[0]]+(st.dataTypes[0]!=="*"?", "+Sa+"; q=0.01":""):st.accepts["*"]);for(dt in st.headers)qt.setRequestHeader(dt,st.headers[dt]);if(st.beforeSend&&(st.beforeSend.call(yt,qt,st)===!1||W))return qt.abort();if(qe="abort",Vt.add(st.complete),qt.done(st.success),qt.fail(st.error),v=Aa(ri,st,d,qt),!v)bn(-1,"No Transport");else{if(qt.readyState=1,J&&Ot.trigger("ajaxSend",[qt,st]),W)return qt;st.async&&st.timeout>0&&(N=t.setTimeout(function(){qt.abort("timeout")},st.timeout));try{W=!1,v.send(oe,bn)}catch(Yt){if(W)throw Yt;bn(-1,Yt)}}function bn(Yt,re,Xn,oi){var Xe,Yn,Ye,en,nn,Pe=re;W||(W=!0,N&&t.clearTimeout(N),v=void 0,A=oi||"",qt.readyState=Yt>0?4:0,Xe=Yt>=200&&Yt<300||Yt===304,Xn&&(en=No(st,qt,Xn)),!Xe&&f.inArray("script",st.dataTypes)>-1&&f.inArray("json",st.dataTypes)<0&&(st.converters["text script"]=function(){}),en=Oo(st,en,qt,Xe),Xe?(st.ifModified&&(nn=qt.getResponseHeader("Last-Modified"),nn&&(f.lastModified[x]=nn),nn=qt.getResponseHeader("etag"),nn&&(f.etag[x]=nn)),Yt===204||st.type==="HEAD"?Pe="nocontent":Yt===304?Pe="notmodified":(Pe=en.state,Yn=en.data,Ye=en.error,Xe=!Ye)):(Ye=Pe,(Yt||!Pe)&&(Pe="error",Yt<0&&(Yt=0))),qt.status=Yt,qt.statusText=(re||Pe)+"",Xe?Xt.resolveWith(yt,[Yn,Pe,qt]):Xt.rejectWith(yt,[qt,Pe,Ye]),qt.statusCode(ue),ue=void 0,J&&Ot.trigger(Xe?"ajaxSuccess":"ajaxError",[qt,st,Xe?Yn:Ye]),Vt.fireWith(yt,[qt,Pe]),J&&(Ot.trigger("ajaxComplete",[qt,st]),--f.active||f.event.trigger("ajaxStop")))}return qt},getJSON:function(a,d,v){return f.get(a,d,v,"json")},getScript:function(a,d){return f.get(a,void 0,d,"script")}}),f.each(["get","post"],function(a,d){f[d]=function(v,x,A,I){return T(x)&&(I=I||A,A=x,x=void 0),f.ajax(f.extend({url:v,type:d,dataType:I,data:x,success:A},f.isPlainObject(v)&&v))}}),f.ajaxPrefilter(function(a){var d;for(d in a.headers)d.toLowerCase()==="content-type"&&(a.contentType=a.headers[d]||"")}),f._evalUrl=function(a,d,v){return f.ajax({url:a,type:"GET",dataType:"script",cache:!0,async:!1,global:!1,converters:{"text script":function(){}},dataFilter:function(x){f.globalEval(x,d,v)}})},f.fn.extend({wrapAll:function(a){var d;return this[0]&&(T(a)&&(a=a.call(this[0])),d=f(a,this[0].ownerDocument).eq(0).clone(!0),this[0].parentNode&&d.insertBefore(this[0]),d.map(function(){for(var v=this;v.firstElementChild;)v=v.firstElementChild;return v}).append(this)),this},wrapInner:function(a){return T(a)?this.each(function(d){f(this).wrapInner(a.call(this,d))}):this.each(function(){var d=f(this),v=d.contents();v.length?v.wrapAll(a):d.append(a)})},wrap:function(a){var d=T(a);return this.each(function(v){f(this).wrapAll(d?a.call(this,v):a)})},unwrap:function(a){return this.parent(a).not("body").each(function(){f(this).replaceWith(this.childNodes)}),this}}),f.expr.pseudos.hidden=function(a){return!f.expr.pseudos.visible(a)},f.expr.pseudos.visible=function(a){return!!(a.offsetWidth||a.offsetHeight||a.getClientRects().length)},f.ajaxSettings.xhr=function(){try{return new t.XMLHttpRequest}catch{}};var Eo={0:200,1223:204},qn=f.ajaxSettings.xhr();y.cors=!!qn&&"withCredentials"in qn,y.ajax=qn=!!qn,f.ajaxTransport(function(a){var d,v;if(y.cors||qn&&!a.crossDomain)return{send:function(x,A){var I,N=a.xhr();if(N.open(a.type,a.url,a.async,a.username,a.password),a.xhrFields)for(I in a.xhrFields)N[I]=a.xhrFields[I];a.mimeType&&N.overrideMimeType&&N.overrideMimeType(a.mimeType),!a.crossDomain&&!x["X-Requested-With"]&&(x["X-Requested-With"]="XMLHttpRequest");for(I in x)N.setRequestHeader(I,x[I]);d=function(Y){return function(){d&&(d=v=N.onload=N.onerror=N.onabort=N.ontimeout=N.onreadystatechange=null,Y==="abort"?N.abort():Y==="error"?typeof N.status!="number"?A(0,"error"):A(N.status,N.statusText):A(Eo[N.status]||N.status,N.statusText,(N.responseType||"text")!=="text"||typeof N.responseText!="string"?{binary:N.response}:{text:N.responseText},N.getAllResponseHeaders()))}},N.onload=d(),v=N.onerror=N.ontimeout=d("error"),N.onabort!==void 0?N.onabort=v:N.onreadystatechange=function(){N.readyState===4&&t.setTimeout(function(){d&&v()})},d=d("abort");try{N.send(a.hasContent&&a.data||null)}catch(Y){if(d)throw Y}},abort:function(){d&&d()}}}),f.ajaxPrefilter(function(a){a.crossDomain&&(a.contents.script=!1)}),f.ajaxSetup({accepts:{script:"text/javascript, application/javascript, application/ecmascript, application/x-ecmascript"},contents:{script:/\b(?:java|ecma)script\b/},converters:{"text script":function(a){return f.globalEval(a),a}}}),f.ajaxPrefilter("script",function(a){a.cache===void 0&&(a.cache=!1),a.crossDomain&&(a.type="GET")}),f.ajaxTransport("script",function(a){if(a.crossDomain||a.scriptAttrs){var d,v;return{send:function(x,A){d=f("<script>").attr(a.scriptAttrs||{}).prop({charset:a.scriptCharset,src:a.url}).on("load error",v=function(I){d.remove(),v=null,I&&A(I.type==="error"?404:200,I.type)}),c.head.appendChild(d[0])},abort:function(){v&&v()}}}});var Ia=[],si=/(=)\?(?=&|$)|\?\?/;f.ajaxSetup({jsonp:"callback",jsonpCallback:function(){var a=Ia.pop()||f.expando+"_"+xa.guid++;return this[a]=!0,a}}),f.ajaxPrefilter("json jsonp",function(a,d,v){var x,A,I,N=a.jsonp!==!1&&(si.test(a.url)?"url":typeof a.data=="string"&&(a.contentType||"").indexOf("application/x-www-form-urlencoded")===0&&si.test(a.data)&&"data");if(N||a.dataTypes[0]==="jsonp")return x=a.jsonpCallback=T(a.jsonpCallback)?a.jsonpCallback():a.jsonpCallback,N?a[N]=a[N].replace(si,"$1"+x):a.jsonp!==!1&&(a.url+=(ei.test(a.url)?"&":"?")+a.jsonp+"="+x),a.converters["script json"]=function(){return I||f.error(x+" was not called"),I[0]},a.dataTypes[0]="json",A=t[x],t[x]=function(){I=arguments},v.always(function(){A===void 0?f(t).removeProp(x):t[x]=A,a[x]&&(a.jsonpCallback=d.jsonpCallback,Ia.push(x)),I&&T(A)&&A(I[0]),I=A=void 0}),"script"}),y.createHTMLDocument=function(){var a=c.implementation.createHTMLDocument("").body;return a.innerHTML="<form></form><form></form>",a.childNodes.length===2}(),f.parseHTML=function(a,d,v){if(typeof a!="string")return[];typeof d=="boolean"&&(v=d,d=!1);var x,A,I;return d||(y.createHTMLDocument?(d=c.implementation.createHTMLDocument(""),x=d.createElement("base"),x.href=c.location.href,d.head.appendChild(x)):d=c),A=nt.exec(a),I=!v&&[],A?[d.createElement(A[1])]:(A=aa([a],d,I),I&&I.length&&f(I).remove(),f.merge([],A.childNodes))},f.fn.load=function(a,d,v){var x,A,I,N=this,Y=a.indexOf(" ");return Y>-1&&(x=hn(a.slice(Y)),a=a.slice(0,Y)),T(d)?(v=d,d=void 0):d&&typeof d=="object"&&(A="POST"),N.length>0&&f.ajax({url:a,type:A||"GET",dataType:"html",data:d}).done(function(W){I=arguments,N.html(x?f("<div>").append(f.parseHTML(W)).find(x):W)}).always(v&&function(W,J){N.each(function(){v.apply(this,I||[W.responseText,J,W])})}),this},f.expr.pseudos.animated=function(a){return f.grep(f.timers,function(d){return a===d.elem}).length},f.offset={setOffset:function(a,d,v){var x,A,I,N,Y,W,J,dt=f.css(a,"position"),ft=f(a),st={};dt==="static"&&(a.style.position="relative"),Y=ft.offset(),I=f.css(a,"top"),W=f.css(a,"left"),J=(dt==="absolute"||dt==="fixed")&&(I+W).indexOf("auto")>-1,J?(x=ft.position(),N=x.top,A=x.left):(N=parseFloat(I)||0,A=parseFloat(W)||0),T(d)&&(d=d.call(a,v,f.extend({},Y))),d.top!=null&&(st.top=d.top-Y.top+N),d.left!=null&&(st.left=d.left-Y.left+A),"using"in d?d.using.call(a,st):ft.css(st)}},f.fn.extend({offset:function(a){if(arguments.length)return a===void 0?this:this.each(function(A){f.offset.setOffset(this,a,A)});var d,v,x=this[0];if(x)return x.getClientRects().length?(d=x.getBoundingClientRect(),v=x.ownerDocument.defaultView,{top:d.top+v.pageYOffset,left:d.left+v.pageXOffset}):{top:0,left:0}},position:function(){if(this[0]){var a,d,v,x=this[0],A={top:0,left:0};if(f.css(x,"position")==="fixed")d=x.getBoundingClientRect();else{for(d=this.offset(),v=x.ownerDocument,a=x.offsetParent||v.documentElement;a&&(a===v.body||a===v.documentElement)&&f.css(a,"position")==="static";)a=a.parentNode;a&&a!==x&&a.nodeType===1&&(A=f(a).offset(),A.top+=f.css(a,"borderTopWidth",!0),A.left+=f.css(a,"borderLeftWidth",!0))}return{top:d.top-A.top-f.css(x,"marginTop",!0),left:d.left-A.left-f.css(x,"marginLeft",!0)}}},offsetParent:function(){return this.map(function(){for(var a=this.offsetParent;a&&f.css(a,"position")==="static";)a=a.offsetParent;return a||je})}}),f.each({scrollLeft:"pageXOffset",scrollTop:"pageYOffset"},function(a,d){var v=d==="pageYOffset";f.fn[a]=function(x){return K(this,function(A,I,N){var Y;if(P(A)?Y=A:A.nodeType===9&&(Y=A.defaultView),N===void 0)return Y?Y[d]:A[I];Y?Y.scrollTo(v?Y.pageXOffset:N,v?N:Y.pageYOffset):A[I]=N},a,x,arguments.length)}}),f.each(["top","left"],function(a,d){f.cssHooks[d]=ca(y.pixelPosition,function(v,x){if(x)return x=Un(v,d),$r.test(x)?f(v).position()[d]+"px":x})}),f.each({Height:"height",Width:"width"},function(a,d){f.each({padding:"inner"+a,content:d,"":"outer"+a},function(v,x){f.fn[x]=function(A,I){var N=arguments.length&&(v||typeof A!="boolean"),Y=v||(A===!0||I===!0?"margin":"border");return K(this,function(W,J,dt){var ft;return P(W)?x.indexOf("outer")===0?W["inner"+a]:W.document.documentElement["client"+a]:W.nodeType===9?(ft=W.documentElement,Math.max(W.body["scroll"+a],ft["scroll"+a],W.body["offset"+a],ft["offset"+a],ft["client"+a])):dt===void 0?f.css(W,J,Y):f.style(W,J,dt,Y)},d,N?A:void 0,N)}})}),f.each(["ajaxStart","ajaxStop","ajaxComplete","ajaxError","ajaxSuccess","ajaxSend"],function(a,d){f.fn[d]=function(v){return this.on(d,v)}}),f.fn.extend({bind:function(a,d,v){return this.on(a,null,d,v)},unbind:function(a,d){return this.off(a,null,d)},delegate:function(a,d,v,x){return this.on(d,a,v,x)},undelegate:function(a,d,v){return arguments.length===1?this.off(a,"**"):this.off(d,a||"**",v)},hover:function(a,d){return this.on("mouseenter",a).on("mouseleave",d||a)}}),f.each("blur focus focusin focusout resize scroll click dblclick mousedown mouseup mousemove mouseover mouseout mouseenter mouseleave change select submit keydown keypress keyup contextmenu".split(" "),function(a,d){f.fn[d]=function(v,x){return arguments.length>0?this.on(d,null,v,x):this.trigger(d)}});var Ro=/^[\s\uFEFF\xA0]+|([^\s\uFEFF\xA0])[\s\uFEFF\xA0]+$/g;f.proxy=function(a,d){var v,x,A;if(typeof d=="string"&&(v=a[d],d=a,a=v),!!T(a))return x=s.call(arguments,2),A=function(){return a.apply(d||this,x.concat(s.call(arguments)))},A.guid=a.guid=a.guid||f.guid++,A},f.holdReady=function(a){a?f.readyWait++:f.ready(!0)},f.isArray=Array.isArray,f.parseJSON=JSON.parse,f.nodeName=X,f.isFunction=T,f.isWindow=P,f.camelCase=gt,f.type=_,f.now=Date.now,f.isNumeric=function(a){var d=f.type(a);return(d==="number"||d==="string")&&!isNaN(a-parseFloat(a))},f.trim=function(a){return a==null?"":(a+"").replace(Ro,"$1")},typeof define=="function"&&define.amd&&define("jquery",[],function(){return f});var Lo=t.jQuery,zo=t.$;return f.noConflict=function(a){return t.$===f&&(t.$=zo),a&&t.jQuery===f&&(t.jQuery=Lo),f},typeof e>"u"&&(t.jQuery=t.$=f),f})});var ro=ie(Ra()),ud=ie(ae());var Ul=ie(ae(),1);var Ka=ie(ae(),1);var H=Ka.default,bt=function(t,e){if(bt.factory(t,e))return bt;if(this instanceof bt)return H(t).DataTable(e);e=t;var n=this,r=e===void 0,s=this.length;return r&&(e={}),this.api=function(){return new Wt(this)},this.each(function(){var i={},o=s>1?qa(i,e,!0):e,u=0,p,b=this.getAttribute("id"),g=bt.defaults,m=H(this);if(this.nodeName.toLowerCase()!="table"){Oe(null,0,"Non-table node initialisation ("+this.nodeName+")",2);return}H(this).trigger("options.dt",o),ja(g),es(g.column),sn(g,g,!0),sn(g.column,g.column,!0),sn(g,H.extend(o,m.data()),!0);var C=bt.settings;for(u=0,p=C.length;u<p;u++){var y=C[u];if(y.nTable==this||y.nTHead&&y.nTHead.parentNode==this||y.nTFoot&&y.nTFoot.parentNode==this){var T=o.bRetrieve!==void 0?o.bRetrieve:g.bRetrieve,P=o.bDestroy!==void 0?o.bDestroy:g.bDestroy;if(r||T)return y.oInstance;if(P){new bt.Api(y).destroy();break}else{Oe(y,0,"Cannot reinitialise DataTable",3);return}}if(y.sTableId==this.id){C.splice(u,1);break}}(b===null||b==="")&&(b="DataTables_Table_"+bt.ext._unique++,this.id=b);var c=H.extend(!0,{},bt.models.oSettings,{sDestroyWidth:m[0].style.width,sInstance:b,sTableId:b,colgroup:H("<colgroup>").prependTo(this),fastData:function(B,L,R){return Re(c,B,L,R)}});c.nTable=this,c.oInit=o,C.push(c),c.api=new Wt(c),c.oInstance=n.length===1?n:m.dataTable(),ja(o),o.aLengthMenu&&!o.iDisplayLength&&(o.iDisplayLength=Array.isArray(o.aLengthMenu[0])?o.aLengthMenu[0][0]:H.isPlainObject(o.aLengthMenu[0])?o.aLengthMenu[0].value:o.aLengthMenu[0]),o=qa(H.extend(!0,{},g),o),ln(c.oFeatures,o,["bPaginate","bLengthChange","bFilter","bSort","bSortMulti","bInfo","bProcessing","bAutoWidth","bSortClasses","bServerSide","bDeferRender"]),ln(c,o,["ajax","fnFormatNumber","sServerMethod","aaSorting","aaSortingFixed","aLengthMenu","sPaginationType","iStateDuration","bSortCellsTop","iTabIndex","sDom","fnStateLoadCallback","fnStateSaveCallback","renderer","searchDelay","rowId","caption","layout","orderDescReverse","typeDetect",["iCookieDuration","iStateDuration"],["oSearch","oPreviousSearch"],["aoSearchCols","aoPreSearchCols"],["iDisplayLength","_iDisplayLength"]]),ln(c.oScroll,o,[["sScrollX","sX"],["sScrollXInner","sXInner"],["sScrollY","sY"],["bScrollCollapse","bCollapse"]]),ln(c.oLanguage,o,"fnInfoCallback"),Be(c,"aoDrawCallback",o.fnDrawCallback),Be(c,"aoStateSaveParams",o.fnStateSaveParams),Be(c,"aoStateLoadParams",o.fnStateLoadParams),Be(c,"aoStateLoaded",o.fnStateLoaded),Be(c,"aoRowCallback",o.fnRowCallback),Be(c,"aoRowCreatedCallback",o.fnCreatedRow),Be(c,"aoHeaderCallback",o.fnHeaderCallback),Be(c,"aoFooterCallback",o.fnFooterCallback),Be(c,"aoInitComplete",o.fnInitComplete),Be(c,"aoPreDrawCallback",o.fnPreDrawCallback),c.rowIdFn=En(o.rowId),rl(c);var l=c.oClasses;H.extend(l,bt.ext.classes,o.oClasses),m.addClass(l.table),c.oFeatures.bPaginate||(o.iDisplayStart=0),c.iInitDisplayStart===void 0&&(c.iInitDisplayStart=o.iDisplayStart,c._iDisplayStart=o.iDisplayStart);var h=o.iDeferLoading;if(h!==null){c.deferLoading=!0;var _=Array.isArray(h);c._iRecordsDisplay=_?h[0]:h,c._iRecordsTotal=_?h[1]:h}var F=[],O=this.getElementsByTagName("thead"),f=ls(c,O[0]);if(o.aoColumns)F=o.aoColumns;else if(f.length)for(u=0,p=f[0].length;u<p;u++)F.push(null);for(u=0,p=F.length;u<p;u++)ns(c);sl(c,o.aoColumnDefs,F,f,function(B,L){xi(c,B,L)});var U=m.children("tbody").find("tr").eq(0);if(U.length){var X=function(B,L){return B.getAttribute("data-"+L)!==null?L:null};H(U[0]).children("th, td").each(function(B,L){var R=c.aoColumns[B];if(R||Oe(c,0,"Incorrect column count",18),R.mData===B){var q=X(L,"sort")||X(L,"order"),z=X(L,"filter")||X(L,"search");(q!==null||z!==null)&&(R.mData={_:B+".display",sort:q!==null?B+".@data-"+q:void 0,type:q!==null?B+".@data-"+q:void 0,filter:z!==null?B+".@data-"+z:void 0},R._isArrayHost=!0,xi(c,B))}})}Be(c,"aoDrawCallback",jr);var Q=c.oFeatures;if(o.bStateSave&&(Q.bStateSave=!0),o.aaSorting===void 0){var E=c.aaSorting;for(u=0,p=E.length;u<p;u++)E[u][1]=c.aoColumns[u].asSorting[0]}Ti(c),Be(c,"aoDrawCallback",function(){(c.bSorted||Ee(c)==="ssp"||Q.bDeferRender)&&Ti(c)});var $=m.children("caption");c.caption&&($.length===0&&($=H("<caption/>").appendTo(m)),$.html(c.caption)),$.length&&($[0]._captionSide=$.css("caption-side"),c.captionNode=$[0]),O.length===0&&(O=H("<thead/>").appendTo(m)),c.nTHead=O[0],H("tr",O).addClass(l.thead.row);var w=m.children("tbody");w.length===0&&(w=H("<tbody/>").insertAfter(O)),c.nTBody=w[0];var k=m.children("tfoot");k.length===0&&(k=H("<tfoot/>").appendTo(m)),c.nTFoot=k[0],H("tr",k).addClass(l.tfoot.row),c.aiDisplay=c.aiDisplayMaster.slice(),c.bInitialised=!0;var S=c.oLanguage;H.extend(!0,S,o.oLanguage),S.sUrl?H.ajax({dataType:"json",url:S.sUrl,success:function(B){sn(g.oLanguage,B),H.extend(!0,S,B,c.oInit.oLanguage),Zt(c,null,"i18n",[c],!0),kr(c)},error:function(){Oe(c,0,"i18n file loading error",21),kr(c)}}):(Zt(c,null,"i18n",[c],!0),kr(c))}),n=null,this};bt.ext=le={buttons:{},classes:{},builder:"-source-",errMode:"alert",feature:[],features:{},search:[],selector:{cell:[],column:[],row:[]},legacy:{ajax:null},pager:{},renderer:{pageButton:{},header:{}},order:{},type:{className:{},detect:[],render:{},search:{},order:{}},_unique:0,fnVersionCheck:bt.fnVersionCheck,iApiIndex:0,sVersion:bt.version};H.extend(le,{afnFiltering:le.search,aTypes:le.type.detect,ofnSearch:le.type.search,oSort:le.type.order,afnSortData:le.order,aoFeatures:le.feature,oStdClasses:le.classes,oPagination:le.pager});H.extend(bt.ext.classes,{container:"dt-container",empty:{row:"dt-empty"},info:{container:"dt-info"},layout:{row:"dt-layout-row",cell:"dt-layout-cell",tableRow:"dt-layout-table",tableCell:"",start:"dt-layout-start",end:"dt-layout-end",full:"dt-layout-full"},length:{container:"dt-length",select:"dt-input"},order:{canAsc:"dt-orderable-asc",canDesc:"dt-orderable-desc",isAsc:"dt-ordering-asc",isDesc:"dt-ordering-desc",none:"dt-orderable-none",position:"sorting_"},processing:{container:"dt-processing"},scrolling:{body:"dt-scroll-body",container:"dt-scroll",footer:{self:"dt-scroll-foot",inner:"dt-scroll-footInner"},header:{self:"dt-scroll-head",inner:"dt-scroll-headInner"}},search:{container:"dt-search",input:"dt-input"},table:"dataTable",tbody:{cell:"",row:""},thead:{cell:"",row:""},tfoot:{cell:"",row:""},paging:{active:"current",button:"dt-paging-button",container:"dt-paging",disabled:"disabled",nav:""}});var le,Wt,It,Qt,bi={},Jo=/[\r\n\u2028]/g,Si=/<([^>]*>)/g,Qo=Math.pow(2,28),za=/^\d{2,4}[./-]\d{1,2}[./-]\d{1,2}([T ]{1}\d{1,2}[:.]\d{2}([.:]\d{2})?)?$/,tl=new RegExp("(\\"+["/",".","*","+","?","|","(",")","[","]","{","}","\\","$","^","-"].join("|\\")+")","g"),Di=/['\u00A0,$£€¥%\u2009\u202F\u20BD\u20a9\u20BArfkɃΞ]/gi,He=function(t){return!t||t===!0||t==="-"},Ja=function(t){var e=parseInt(t,10);return!isNaN(e)&&isFinite(t)?e:null},Qa=function(t,e){return bi[e]||(bi[e]=new RegExp(Ci(e),"g")),typeof t=="string"&&e!=="."?t.replace(/\./g,"").replace(bi[e],"."):t},Qn=function(t,e,n,r){var s=typeof t,i=s==="string";return s==="number"||s==="bigint"||r&&He(t)?!0:(e&&i&&(t=Qa(t,e)),n&&i&&(t=t.replace(Di,"")),!isNaN(parseFloat(t))&&isFinite(t))},el=function(t){return He(t)||typeof t=="string"},Sr=function(t,e,n,r){if(r&&He(t))return!0;if(typeof t=="string"&&t.match(/<(input|select)/i))return null;var s=el(t);return s&&Qn(gn(t),e,n,r)?!0:null},Ce=function(t,e,n){var r=[],s=0,i=t.length;if(n!==void 0)for(;s<i;s++)t[s]&&t[s][e]&&r.push(t[s][e][n]);else for(;s<i;s++)t[s]&&r.push(t[s][e]);return r},er=function(t,e,n,r){var s=[],i=0,o=e.length;if(r!==void 0)for(;i<o;i++)t[e[i]]&&t[e[i]][n]&&s.push(t[e[i]][n][r]);else for(;i<o;i++)t[e[i]]&&s.push(t[e[i]][n]);return s},an=function(t,e){var n=[],r;e===void 0?(e=0,r=t):(r=e,e=t);for(var s=e;s<r;s++)n.push(s);return n},ts=function(t){for(var e=[],n=0,r=t.length;n<r;n++)t[n]&&e.push(t[n]);return e},gn=function(t){if(!t||typeof t!="string")return t;if(t.length>Qo)throw new Error("Exceeded max str len");var e;t=t.replace(Si,"");do e=t,t=t.replace(/<script/i,"");while(t!==e);return e},Nn=function(t){return Array.isArray(t)&&(t=t.join(",")),typeof t=="string"?t.replace(/&/g,"&amp;").replace(/</g,"&lt;").replace(/>/g,"&gt;").replace(/"/g,"&quot;"):t},Dr=function(t,e){if(typeof t!="string")return t;var n=t.normalize("NFD");return n.length!==t.length?(e===!0?t+" ":"")+n.replace(/[\u0300-\u036f]/g,""):n},nl=function(t){if(t.length<2)return!0;for(var e=t.slice().sort(),n=e[0],r=1,s=e.length;r<s;r++){if(e[r]===n)return!1;n=e[r]}return!0},xn=function(t){if(Array.from&&Set)return Array.from(new Set(t));if(nl(t))return t.slice();var e=[],n,r,s=t.length,i,o=0;t:for(r=0;r<s;r++){for(n=t[r],i=0;i<o;i++)if(e[i]===n)continue t;e.push(n),o++}return e},Ai=function(t,e){if(Array.isArray(e))for(var n=0;n<e.length;n++)Ai(t,e[n]);else t.push(e);return t};function On(t,e){e&&e.split(" ").forEach(function(n){n&&t.classList.add(n)})}bt.util={diacritics:function(t,e){var n=typeof t;if(n!=="function")return Dr(t,e);Dr=t},debounce:function(t,e){var n;return function(){var r=this,s=arguments;clearTimeout(n),n=setTimeout(function(){t.apply(r,s)},e||250)}},throttle:function(t,e){var n=e!==void 0?e:200,r,s;return function(){var i=this,o=+new Date,u=arguments;r&&o<r+n?(clearTimeout(s),s=setTimeout(function(){r=void 0,t.apply(i,u)},n)):(r=o,t.apply(i,u))}},escapeRegex:function(t){return t.replace(tl,"\\$1")},set:function(t){if(H.isPlainObject(t))return bt.util.set(t._);if(t===null)return function(){};if(typeof t=="function")return function(n,r,s){t(n,"set",r,s)};if(typeof t=="string"&&(t.indexOf(".")!==-1||t.indexOf("[")!==-1||t.indexOf("(")!==-1)){var e=function(n,r,s){for(var i=Va(s),o,u=i[i.length-1],p,b,g,m,C=0,y=i.length-1;C<y;C++){if(i[C]==="__proto__"||i[C]==="constructor")throw new Error("Cannot set prototype values");if(p=i[C].match(Kn),b=i[C].match(Fn),p){if(i[C]=i[C].replace(Kn,""),n[i[C]]=[],o=i.slice(),o.splice(0,C+1),m=o.join("."),Array.isArray(r))for(var T=0,P=r.length;T<P;T++)g={},e(g,r[T],m),n[i[C]].push(g);else n[i[C]]=r;return}else b&&(i[C]=i[C].replace(Fn,""),n=n[i[C]](r));(n[i[C]]===null||n[i[C]]===void 0)&&(n[i[C]]={}),n=n[i[C]]}u.match(Fn)?n=n[u.replace(Fn,"")](r):n[u.replace(Kn,"")]=r};return function(n,r){return e(n,r,t)}}else return function(n,r){n[t]=r}},get:function(t){if(H.isPlainObject(t)){var e={};return H.each(t,function(r,s){s&&(e[r]=bt.util.get(s))}),function(r,s,i,o){var u=e[s]||e._;return u!==void 0?u(r,s,i,o):r}}else{if(t===null)return function(r){return r};if(typeof t=="function")return function(r,s,i,o){return t(r,s,i,o)};if(typeof t=="string"&&(t.indexOf(".")!==-1||t.indexOf("[")!==-1||t.indexOf("(")!==-1)){var n=function(r,s,i){var o,u,p,b;if(i!=="")for(var g=Va(i),m=0,C=g.length;m<C;m++){if(o=g[m].match(Kn),u=g[m].match(Fn),o){if(g[m]=g[m].replace(Kn,""),g[m]!==""&&(r=r[g[m]]),p=[],g.splice(0,m+1),b=g.join("."),Array.isArray(r))for(var y=0,T=r.length;y<T;y++)p.push(n(r[y],s,b));var P=o[0].substring(1,o[0].length-1);r=P===""?p:p.join(P);break}else if(u){g[m]=g[m].replace(Fn,""),r=r[g[m]]();continue}if(r===null||r[g[m]]===null)return null;if(r===void 0||r[g[m]]===void 0)return;r=r[g[m]]}return r};return function(r,s){return n(r,s,t)}}else return function(r){return r[t]}}},stripHtml:function(t){var e=typeof t;if(e==="function"){gn=t;return}else if(e==="string")return gn(t);return t},escapeHtml:function(t){var e=typeof t;if(e==="function"){Nn=t;return}else if(e==="string"||Array.isArray(t))return Nn(t);return t},unique:xn};function Nr(t){var e="a aa ai ao as b fn i m o s ",n,r,s={};H.each(t,function(i){n=i.match(/^([^A-Z]+?)([A-Z])/),n&&e.indexOf(n[1]+" ")!==-1&&(r=i.replace(n[0],n[2].toLowerCase()),s[r]=i,n[1]==="o"&&Nr(t[i]))}),t._hungarianMap=s}function sn(t,e,n){t._hungarianMap||Nr(t);var r;H.each(e,function(s){r=t._hungarianMap[s],r!==void 0&&(n||e[r]===void 0)&&(r.charAt(0)==="o"?(e[r]||(e[r]={}),H.extend(!0,e[r],e[s]),sn(t[r],e[r],n)):e[r]=e[s])})}var _e=function(t,e,n){t[e]!==void 0&&(t[n]=t[e])};function ja(t){_e(t,"ordering","bSort"),_e(t,"orderMulti","bSortMulti"),_e(t,"orderClasses","bSortClasses"),_e(t,"orderCellsTop","bSortCellsTop"),_e(t,"order","aaSorting"),_e(t,"orderFixed","aaSortingFixed"),_e(t,"paging","bPaginate"),_e(t,"pagingType","sPaginationType"),_e(t,"pageLength","iDisplayLength"),_e(t,"searching","bFilter"),typeof t.sScrollX=="boolean"&&(t.sScrollX=t.sScrollX?"100%":""),typeof t.scrollX=="boolean"&&(t.scrollX=t.scrollX?"100%":"");var e=t.aoSearchCols;if(e)for(var n=0,r=e.length;n<r;n++)e[n]&&sn(bt.models.oSearch,e[n]);t.serverSide&&!t.searchDelay&&(t.searchDelay=400)}function es(t){_e(t,"orderable","bSortable"),_e(t,"orderData","aDataSort"),_e(t,"orderSequence","asSorting"),_e(t,"orderDataType","sortDataType");var e=t.aDataSort;typeof e=="number"&&!Array.isArray(e)&&(t.aDataSort=[e])}function rl(t){if(!bt.__browser){var e={};bt.__browser=e;var n=H("<div/>").css({position:"fixed",top:0,left:-1*window.pageXOffset,height:1,width:1,overflow:"hidden"}).append(H("<div/>").css({position:"absolute",top:1,left:1,width:100,overflow:"scroll"}).append(H("<div/>").css({width:"100%",height:10}))).appendTo("body"),r=n.children(),s=r.children();e.barWidth=r[0].offsetWidth-r[0].clientWidth,e.bScrollbarLeft=Math.round(s.offset().left)!==1,n.remove()}H.extend(t.oBrowser,bt.__browser),t.oScroll.iBarWidth=bt.__browser.barWidth}function ns(t){var e=bt.defaults.column,n=t.aoColumns.length,r=H.extend({},bt.models.oColumn,e,{aDataSort:e.aDataSort?e.aDataSort:[n],mData:e.mData?e.mData:n,idx:n,searchFixed:{},colEl:H("<col>").attr("data-dt-column",n)});t.aoColumns.push(r);var s=t.aoPreSearchCols;s[n]=H.extend({},bt.models.oSearch,s[n])}function xi(t,e,n){var r=t.aoColumns[e];if(n!=null){es(n),sn(bt.defaults.column,n,!0),n.mDataProp!==void 0&&!n.mData&&(n.mData=n.mDataProp),n.sType&&(r._sManualType=n.sType),n.className&&!n.sClass&&(n.sClass=n.className);var s=r.sClass;H.extend(r,n),ln(r,n,"sWidth","sWidthOrig"),s!==r.sClass&&(r.sClass=s+" "+r.sClass),n.iDataSort!==void 0&&(r.aDataSort=[n.iDataSort]),ln(r,n,"aDataSort")}var i=r.mData,o=En(i);if(r.mRender&&Array.isArray(r.mRender)){var u=r.mRender.slice(),p=u.shift();r.mRender=bt.render[p].apply(window,u)}r._render=r.mRender?En(r.mRender):null;var b=function(g){return typeof g=="string"&&g.indexOf("@")!==-1};r._bAttrSrc=H.isPlainObject(i)&&(b(i.sort)||b(i.type)||b(i.filter)),r._setter=null,r.fnGetData=function(g,m,C){var y=o(g,m,void 0,C);return r._render&&m?r._render(y,m,g,C):y},r.fnSetData=function(g,m,C){return vn(i)(g,m,C)},typeof i!="number"&&!r._isArrayHost&&(t._rowReadObject=!0),t.oFeatures.bSort||(r.bSortable=!1)}function Or(t){xl(t),il(t);var e=t.oScroll;(e.sY!==""||e.sX!=="")&&fs(t),Zt(t,null,"column-sizing",[t])}function il(t){for(var e=t.aoColumns,n=0;n<e.length;n++){var r=rs(t,[n],!1,!1);e[n].colEl.css("width",r).css("min-width",r)}}function Ii(t,e){var n=Pi(t,"bVisible");return typeof n[e]=="number"?n[e]:null}function nr(t,e){var n=Pi(t,"bVisible"),r=n.indexOf(e);return r!==-1?r:null}function Er(t){var e=t.aoHeader,n=t.aoColumns,r=0;if(e.length)for(var s=0,i=e[0].length;s<i;s++)n[s].bVisible&&H(e[0][s].cell).css("display")!=="none"&&r++;return r}function Pi(t,e){var n=[];return t.aoColumns.map(function(r,s){r[e]&&n.push(s)}),n}function mi(t,e){return e===!0?t.name:e}function Fi(t){var e=t.aoColumns,n=t.aoData,r=bt.ext.type.detect,s,i,o,u,p,b,g,m,C;for(s=0,i=e.length;s<i;s++){if(g=e[s],C=[],!g.sType&&g._sManualType)g.sType=g._sManualType;else if(!g.sType){if(!t.typeDetect)return;for(o=0,u=r.length;o<u;o++){var y=r[o],T=y.oneOf,P=y.allOf||y,c=y.init,l=!1;if(m=null,c&&(m=mi(y,c(t,g,s)),m)){g.sType=m;break}for(p=0,b=n.length;p<b&&!(n[p]&&(C[p]===void 0&&(C[p]=Re(t,p,s,"type")),T&&!l&&(l=mi(y,T(C[p],t))),m=mi(y,P(C[p],t)),!m&&o!==r.length-3||m==="html"&&!He(C[p])));p++);if(T&&l&&m||!T&&m){g.sType=m;break}}g.sType||(g.sType="string")}var h=le.type.className[g.sType];h&&(Ma(t.aoHeader,s,h),Ma(t.aoFooter,s,h));var _=le.type.render[g.sType];_&&!g._render&&(g._render=bt.util.get(_),al(t,s))}}function al(t,e){for(var n=t.aoData,r=0;r<n.length;r++)if(n[r].nTr){var s=Re(t,r,e,"display");n[r].displayData[e]=s,Ar(n[r].anCells[e],s)}}function Ma(t,e,n){t.forEach(function(r){r[e]&&r[e].unique&&On(r[e].cell,n)})}function sl(t,e,n,r,s){var i,o,u,p,b,g,m,C=t.aoColumns;if(n)for(i=0,o=n.length;i<o;i++)n[i]&&n[i].name&&(C[i].sName=n[i].name);if(e)for(i=e.length-1;i>=0;i--){m=e[i];var y=m.target!==void 0?m.target:m.targets!==void 0?m.targets:m.aTargets;for(Array.isArray(y)||(y=[y]),u=0,p=y.length;u<p;u++){var T=y[u];if(typeof T=="number"&&T>=0){for(;C.length<=T;)ns(t);s(T,m)}else if(typeof T=="number"&&T<0)s(C.length+T,m);else if(typeof T=="string")for(b=0,g=C.length;b<g;b++)T==="_all"?s(b,m):T.indexOf(":name")!==-1?C[b].sName===T.replace(":name","")&&s(b,m):r.forEach(function(P){if(P[b]){var c=H(P[b].cell);T.match(/^[a-z][\w-]*$/i)&&(T="."+T),c.is(T)&&s(b,m)}})}}if(n)for(i=0,o=n.length;i<o;i++)s(i,n[i])}function rs(t,e,n,r){Array.isArray(e)||(e=Bi(e));for(var s=0,i,o=t.aoColumns,u=0,p=e.length;u<p;u++){var b=o[e[u]],g=n?b.sWidthOrig:b.sWidth;if(!(!r&&b.bVisible===!1)){if(g==null)return null;if(typeof g=="number")i="px",s+=g;else{var m=g.match(/([\d\.]+)([^\d]*)/);m&&(s+=m[1]*1,i=m.length===3?m[2]:"px")}}}return s+i}function Bi(t){var e=H(t).closest("[data-dt-column]").attr("data-dt-column");return e?e.split(",").map(function(n){return n*1}):[]}function yn(t,e,n,r){var s=t.aoData.length,i=H.extend(!0,{},bt.models.oRow,{src:n?"dom":"data",idx:s});i._aData=e,t.aoData.push(i);for(var o=t.aoColumns,u=0,p=o.length;u<p;u++)o[u].sType=null;t.aiDisplayMaster.push(s);var b=t.rowIdFn(e);return b!==void 0&&(t.aIds[b]=i),(n||!t.oFeatures.bDeferRender)&&as(t,s,n,r),s}function Ni(t,e){var n;return e instanceof H||(e=H(e)),e.map(function(r,s){return n=is(t,s),yn(t,n.data,s,n.cells)})}function Re(t,e,n,r){r==="search"?r="filter":r==="order"&&(r="sort");var s=t.aoData[e];if(s){var i=t.iDraw,o=t.aoColumns[n],u=s._aData,p=o.sDefaultContent,b=o.fnGetData(u,r,{settings:t,row:e,col:n});if(r!=="display"&&b&&typeof b=="object"&&b.nodeName&&(b=b.innerHTML),b===void 0)return t.iDrawError!=i&&p===null&&(Oe(t,0,"Requested unknown parameter "+(typeof o.mData=="function"?"{function}":"'"+o.mData+"'")+" for row "+e+", column "+n,4),t.iDrawError=i),p;if((b===u||b===null)&&p!==null&&r!==void 0)b=p;else if(typeof b=="function")return b.call(u);if(b===null&&r==="display")return"";if(r==="filter"){var g=bt.ext.type.search;g[o.sType]&&(b=g[o.sType](b))}return b}}function ol(t,e,n,r){var s=t.aoColumns[n],i=t.aoData[e]._aData;s.fnSetData(i,r,{settings:t,row:e,col:n})}function Ar(t,e){e&&typeof e=="object"&&e.nodeName?H(t).empty().append(e):t.innerHTML=e}var Kn=/\[.*?\]$/,Fn=/\(\)$/;function Va(t){var e=t.match(/(\\.|[^.])+/g)||[""];return e.map(function(n){return n.replace(/\\\./g,".")})}var En=bt.util.get,vn=bt.util.set;function Ha(t){return Ce(t.aoData,"_aData")}function Oi(t){t.aoData.length=0,t.aiDisplayMaster.length=0,t.aiDisplay.length=0,t.aIds={}}function Rr(t,e,n,r){var s=t.aoData[e],i,o;if(s._aSortData=null,s._aFilterData=null,s.displayData=null,n==="dom"||(!n||n==="auto")&&s.src==="dom")s._aData=is(t,s,r,r===void 0?void 0:s._aData).data;else{var u=s.anCells,p=Ei(t,e);if(u)if(r!==void 0)Ar(u[r],p[r]);else for(i=0,o=u.length;i<o;i++)Ar(u[i],p[i])}var b=t.aoColumns;if(r!==void 0)b[r].sType=null,b[r].maxLenString=null;else{for(i=0,o=b.length;i<o;i++)b[i].sType=null,b[i].maxLenString=null;ss(t,s)}}function is(t,e,n,r){var s=[],i=e.firstChild,o,u,p=0,b,g=t.aoColumns,m=t._rowReadObject;r=r!==void 0?r:m?{}:[];var C=function(h,_){if(typeof h=="string"){var F=h.indexOf("@");if(F!==-1){var O=h.substring(F+1),f=vn(h);f(r,_.getAttribute(O))}}},y=function(h){if(n===void 0||n===p)if(u=g[p],b=h.innerHTML.trim(),u&&u._bAttrSrc){var _=vn(u.mData._);_(r,b),C(u.mData.sort,h),C(u.mData.type,h),C(u.mData.filter,h)}else m?(u._setter||(u._setter=vn(u.mData)),u._setter(r,b)):r[p]=b;p++};if(i)for(;i;)o=i.nodeName.toUpperCase(),(o=="TD"||o=="TH")&&(y(i),s.push(i)),i=i.nextSibling;else{s=e.anCells;for(var T=0,P=s.length;T<P;T++)y(s[T])}var c=e.firstChild?e:e.nTr;if(c){var l=c.getAttribute("id");l&&vn(t.rowId)(r,l)}return{data:r,cells:s}}function Ei(t,e){let n=t.aoData[e],r=t.aoColumns;if(!n.displayData){n.displayData=[];for(var s=0,i=r.length;s<i;s++)n.displayData.push(Re(t,e,s,"display"))}return n.displayData}function as(t,e,n,r){var s=t.aoData[e],i=s._aData,o=[],u,p,b,g,m,C,y=t.oClasses.tbody.row;if(s.nTr===null){for(u=n||document.createElement("tr"),s.nTr=u,s.anCells=o,On(u,y),u._DT_RowIndex=e,ss(t,s),g=0,m=t.aoColumns.length;g<m;g++){b=t.aoColumns[g],C=!(n&&r[g]),p=C?document.createElement(b.sCellType):r[g],p||Oe(t,0,"Incorrect column count",18),p._DT_CellIndex={row:e,column:g},o.push(p);var T=Ei(t,e);(C||(b.mRender||b.mData!==g)&&(!H.isPlainObject(b.mData)||b.mData._!==g+".display"))&&Ar(p,T[g]),On(p,b.sClass),b.bVisible&&C?u.appendChild(p):!b.bVisible&&!C&&p.parentNode.removeChild(p),b.fnCreatedCell&&b.fnCreatedCell.call(t.oInstance,p,Re(t,e,g),i,e,g)}Zt(t,"aoRowCreatedCallback","row-created",[u,i,e,o])}else On(s.nTr,y)}function ss(t,e){var n=e.nTr,r=e._aData;if(n){var s=t.rowIdFn(r);if(s&&(n.id=s),r.DT_RowClass){var i=r.DT_RowClass.split(" ");e.__rowc=e.__rowc?xn(e.__rowc.concat(i)):i,H(n).removeClass(e.__rowc.join(" ")).addClass(r.DT_RowClass)}r.DT_RowAttr&&H(n).attr(r.DT_RowAttr),r.DT_RowData&&H(n).data(r.DT_RowData)}}function Ua(t,e){var n=t.oClasses,r=t.aoColumns,s,i,o,u=e==="header"?t.nTHead:t.nTFoot,p=e==="header"?"sTitle":e;if(u){if((e==="header"||Ce(t.aoColumns,p).join(""))&&(o=H("tr",u),o.length||(o=H("<tr/>").appendTo(u)),o.length===1)){var b=H("td, th",o);for(s=b.length,i=r.length;s<i;s++)H("<th/>").html(r[s][p]||"").appendTo(o)}var g=ls(t,u,!0);e==="header"?t.aoHeader=g:t.aoFooter=g,H(u).children("tr").attr("role","row"),H(u).children("tr").children("th, td").each(function(){Fr(t,e)(t,H(this),n)})}}function os(t,e,n){var r,s,i,o=[],u=[],p=t.aoColumns,b=p.length,g,m;if(e){for(n||(n=an(b).filter(function(T){return p[T].bVisible})),r=0;r<e.length;r++)o[r]=e[r].slice().filter(function(T,P){return n.includes(P)}),u.push([]);for(r=0;r<o.length;r++)for(s=0;s<o[r].length;s++)if(g=1,m=1,u[r][s]===void 0){for(i=o[r][s].cell;o[r+g]!==void 0&&o[r][s].cell==o[r+g][s].cell;)u[r+g][s]=null,g++;for(;o[r][s+m]!==void 0&&o[r][s].cell==o[r][s+m].cell;){for(var C=0;C<g;C++)u[r+C][s+m]=null;m++}var y=H("span.dt-column-title",i);u[r][s]={cell:i,colspan:m,rowspan:g,title:y.length?y.html():H(i).html()}}return u}}function Ir(t,e){for(var n=os(t,e),r,s,i=0;i<e.length;i++){if(r=e[i].row,r)for(;s=r.firstChild;)r.removeChild(s);for(var o=0;o<n[i].length;o++){var u=n[i][o];u&&H(u.cell).appendTo(r).attr("rowspan",u.rowspan).attr("colspan",u.colspan)}}}function Ln(t,e){fl(t);var n=Zt(t,"aoPreDrawCallback","preDraw",[t]);if(n.indexOf(!1)!==-1){ke(t,!1);return}var r=[],s=0,i=Ee(t)=="ssp",o=t.aiDisplay,u=t._iDisplayStart,p=t.fnDisplayEnd(),b=t.aoColumns,g=H(t.nTBody);if(t.bDrawing=!0,t.deferLoading)t.deferLoading=!1,t.iDraw++,ke(t,!1);else if(!i)t.iDraw++;else if(!t.bDestroying&&!e){t.iDraw===0&&g.empty().append(Wa(t)),hl(t);return}if(o.length!==0)for(var m=i?0:u,C=i?t.aoData.length:p,y=m;y<C;y++){var T=o[y],P=t.aoData[T];P.nTr===null&&as(t,T);for(var c=P.nTr,l=0;l<b.length;l++){var h=b[l],_=P.anCells[l];On(_,le.type.className[h.sType]),On(_,t.oClasses.tbody.cell)}Zt(t,"aoRowCallback",null,[c,P._aData,s,y,T]),r.push(c),s++}else r[0]=Wa(t);Zt(t,"aoHeaderCallback","header",[H(t.nTHead).children("tr")[0],Ha(t),u,p,o]),Zt(t,"aoFooterCallback","footer",[H(t.nTFoot).children("tr")[0],Ha(t),u,p,o]),g[0].replaceChildren?g[0].replaceChildren.apply(g[0],r):(g.children().detach(),g.append(H(r))),H(t.nTableWrapper).toggleClass("dt-empty-footer",H("tr",t.nTFoot).length===0),Zt(t,"aoDrawCallback","draw",[t],!0),t.bSorted=!1,t.bFiltered=!1,t.bDrawing=!1}function Rn(t,e,n){var r=t.oFeatures,s=r.bSort,i=r.bFilter;(n===void 0||n===!0)&&(Fi(t),s&&zi(t),i?tr(t,t.oPreviousSearch):t.aiDisplay=t.aiDisplayMaster.slice()),e!==!0&&(t._iDisplayStart=0),t._drawHold=e,Ln(t),t._drawHold=!1}function Wa(t){var e=t.oLanguage,n=e.sZeroRecords,r=Ee(t);return t.iDraw<1&&r==="ssp"||t.iDraw<=1&&r==="ajax"?n=e.sLoadingRecords:e.sEmptyTable&&t.fnRecordsTotal()===0&&(n=e.sEmptyTable),H("<tr/>").append(H("<td />",{colSpan:Er(t),class:t.oClasses.empty.row}).html(n))[0]}function _i(t,e,n){if(Array.isArray(n)){for(var r=0;r<n.length;r++)_i(t,e,n[r]);return}var s=t[e];H.isPlainObject(n)?n.features?(n.rowId&&(t.id=n.rowId),n.rowClass&&(t.className=n.rowClass),s.id=n.id,s.className=n.className,_i(t,e,n.features)):Object.keys(n).map(function(i){s.contents.push({feature:i,opts:n[i]})}):s.contents.push(n)}function ll(t,e,n){for(var r,s=0;s<t.length;s++)if(r=t[s],r.rowNum===e&&(n==="full"&&r.full||(n==="start"||n==="end")&&(r.start||r.end)))return r[n]||(r[n]={contents:[]}),r;return r={rowNum:e},r[n]={contents:[]},t.push(r),r}function Ga(t,e,n){var r=[];H.each(e,function(i,o){if(o!==null){var u=i.match(/^([a-z]+)([0-9]*)([A-Za-z]*)$/),p=u[2]?u[2]*1:0,b=u[3]?u[3].toLowerCase():"full";if(u[1]===n){var g=ll(r,p,b);_i(g,b,o)}}}),r.sort(function(i,o){var u=i.rowNum,p=o.rowNum;if(u===p){var b=i.full&&!o.full?-1:1;return n==="bottom"?b*-1:b}return p-u}),n==="bottom"&&r.reverse();for(var s=0;s<r.length;s++)delete r[s].rowNum,dl(t,r[s]);return r}function dl(t,e){var n=function(s,i){return le.features[s]||Oe(t,0,"Unknown feature: "+s),le.features[s].apply(this,[t,i])},r=function(s){if(e[s])for(var i=e[s].contents,o=0,u=i.length;o<u;o++)if(i[o]){if(typeof i[o]=="string")i[o]=n(i[o],null);else if(H.isPlainObject(i[o]))i[o]=n(i[o].feature,i[o].opts);else if(typeof i[o].node=="function")i[o]=i[o].node(t);else if(typeof i[o]=="function"){var p=i[o](t);i[o]=typeof p.node=="function"?p.node():p}}else continue};r("start"),r("end"),r("full")}function ul(t){var e=t.oClasses,n=H(t.nTable),r=H("<div/>").attr({id:t.sTableId+"_wrapper",class:e.container}).insertBefore(n);if(t.nTableWrapper=r[0],t.sDom)cl(t,t.sDom,r);else{var s=Ga(t,t.layout,"top"),i=Ga(t,t.layout,"bottom"),o=Fr(t,"layout");s.forEach(function(u){o(t,r,u)}),o(t,r,{full:{table:!0,contents:[cs(t)]}}),i.forEach(function(u){o(t,r,u)})}wl(t)}function cl(t,e,n){for(var r=e.match(/(".*?")|('.*?')|./g),s,i,o,u,p,b=0;b<r.length;b++){if(s=null,i=r[b],i=="<"){if(o=H("<div/>"),u=r[b+1],u[0]=="'"||u[0]=='"'){p=u.replace(/['"]/g,"");var g="",m;if(p.indexOf(".")!=-1){var C=p.split(".");g=C[0],m=C[1]}else p[0]=="#"?g=p:m=p;o.attr("id",g.substring(1)).addClass(m),b++}n.append(o),n=o}else i==">"?n=n.parent():i=="t"?s=cs(t):bt.ext.feature.forEach(function(y){i==y.cFeature&&(s=y.fnInit(t))});s&&n.append(s)}}function ls(t,e,n){var r=t.aoColumns,s=H(e).children("tr"),i,o,u,p,b,g,m,C,y,T,P=e&&e.nodeName.toLowerCase()==="thead",c=[],l,h=function(U,X,Q){for(var E=U[X];E[Q];)Q++;return Q};for(u=0,g=s.length;u<g;u++)c.push([]);for(u=0,g=s.length;u<g;u++)for(i=s[u],C=0,o=i.firstChild;o;){if(o.nodeName.toUpperCase()=="TD"||o.nodeName.toUpperCase()=="TH"){var _=[];if(y=o.getAttribute("colspan")*1,T=o.getAttribute("rowspan")*1,y=!y||y===0||y===1?1:y,T=!T||T===0||T===1?1:T,m=h(c,u,C),l=y===1,n){if(l){xi(t,m,H(o).data());var F=r[m],O=o.getAttribute("width")||null,f=o.style.width.match(/width:\s*(\d+[pxem%]+)/);f&&(O=f[1]),F.sWidthOrig=F.sWidth||O,P?(F.sTitle!==null&&!F.autoTitle&&(o.innerHTML=F.sTitle),!F.sTitle&&l&&(F.sTitle=gn(o.innerHTML),F.autoTitle=!0)):F.footer&&(o.innerHTML=F.footer),F.ariaTitle||(F.ariaTitle=H(o).attr("aria-label")||F.sTitle),F.className&&H(o).addClass(F.className)}H("span.dt-column-title",o).length===0&&H("<span>").addClass("dt-column-title").append(o.childNodes).appendTo(o),P&&H("span.dt-column-order",o).length===0&&H("<span>").addClass("dt-column-order").appendTo(o)}for(b=0;b<y;b++){for(p=0;p<T;p++)c[u+p][m+b]={cell:o,unique:l},c[u+p].row=i;_.push(m+b)}o.setAttribute("data-dt-column",xn(_).join(","))}o=o.nextSibling}return c}function fl(t){var e=Ee(t)=="ssp",n=t.iInitDisplayStart;n!==void 0&&n!==-1&&(t._iDisplayStart=e?n:n>=t.fnRecordsDisplay()?0:n,t.iInitDisplayStart=-1)}function Ri(t,e,n){var r,s=t.ajax,i=t.oInstance,o=function(g){var m=t.jqXHR?t.jqXHR.status:null;(g===null||typeof m=="number"&&m==204)&&(g={},Lr(t,g,[]));var C=g.error||g.sError;if(C&&Oe(t,0,C),g.d&&typeof g.d=="string")try{g=JSON.parse(g.d)}catch{}t.json=g,Zt(t,null,"xhr",[t,g,t.jqXHR],!0),n(g)};if(H.isPlainObject(s)&&s.data){r=s.data;var u=typeof r=="function"?r(e,t):r;e=typeof r=="function"&&u?u:H.extend(!0,e,u),delete s.data}var p={url:typeof s=="string"?s:"",data:e,success:o,dataType:"json",cache:!1,type:t.sServerMethod,error:function(g,m){var C=Zt(t,null,"xhr",[t,null,t.jqXHR],!0);C.indexOf(!0)===-1&&(m=="parsererror"?Oe(t,0,"Invalid JSON response",1):g.readyState===4&&Oe(t,0,"Ajax error",7)),ke(t,!1)}};if(H.isPlainObject(s)&&H.extend(p,s),t.oAjaxData=e,Zt(t,null,"preXhr",[t,e,p],!0),typeof s=="function")t.jqXHR=s.call(i,e,o,t);else if(s.url===""){var b={};bt.util.set(s.dataSrc)(b,[]),o(b)}else t.jqXHR=H.ajax(p);r&&(s.data=r)}function hl(t){t.iDraw++,ke(t,!0),Ri(t,pl(t),function(e){bl(t,e)})}function pl(t){var e=t.aoColumns,n=t.oFeatures,r=t.oPreviousSearch,s=t.aoPreSearchCols,i=function(o,u){return typeof e[o][u]=="function"?"function":e[o][u]};return{draw:t.iDraw,columns:e.map(function(o,u){return{data:i(u,"mData"),name:o.sName,searchable:o.bSearchable,orderable:o.bSortable,search:{value:s[u].search,regex:s[u].regex,fixed:Object.keys(o.searchFixed).map(function(p){return{name:p,term:o.searchFixed[p].toString()}})}}}),order:zr(t).map(function(o){return{column:o.col,dir:o.dir,name:i(o.col,"sName")}}),start:t._iDisplayStart,length:n.bPaginate?t._iDisplayLength:-1,search:{value:r.search,regex:r.regex,fixed:Object.keys(t.searchFixed).map(function(o){return{name:o,term:t.searchFixed[o].toString()}})}}}function bl(t,e){var n=Lr(t,e),r=vi(t,"draw",e),s=vi(t,"recordsTotal",e),i=vi(t,"recordsFiltered",e);if(r!==void 0){if(r*1<t.iDraw)return;t.iDraw=r*1}n||(n=[]),Oi(t),t._iRecordsTotal=parseInt(s,10),t._iRecordsDisplay=parseInt(i,10);for(var o=0,u=n.length;o<u;o++)yn(t,n[o]);t.aiDisplay=t.aiDisplayMaster.slice(),Fi(t),Ln(t,!0),Pr(t),ke(t,!1)}function Lr(t,e,n){var r="data";if(H.isPlainObject(t.ajax)&&t.ajax.dataSrc!==void 0){var s=t.ajax.dataSrc;typeof s=="string"||typeof s=="function"?r=s:s.data!==void 0&&(r=s.data)}if(!n)return r==="data"?e.aaData||e[r]:r!==""?En(r)(e):e;vn(r)(e,n)}function vi(t,e,n){var r=H.isPlainObject(t.ajax)?t.ajax.dataSrc:null;if(r&&r[e])return En(r[e])(n);var s="";return e==="draw"?s="sEcho":e==="recordsTotal"?s="iTotalRecords":e==="recordsFiltered"&&(s="iTotalDisplayRecords"),n[s]!==void 0?n[s]:n[e]}function tr(t,e){var n=t.aoPreSearchCols;if(Ee(t)!="ssp"){yl(t),t.aiDisplay=t.aiDisplayMaster.slice(),_r(t.aiDisplay,t,e.search,e),H.each(t.searchFixed,function(i,o){_r(t.aiDisplay,t,o,{})});for(var r=0;r<n.length;r++){var s=n[r];_r(t.aiDisplay,t,s.search,s,r),H.each(t.aoColumns[r].searchFixed,function(i,o){_r(t.aiDisplay,t,o,{},r)})}ml(t)}t.bFiltered=!0,Zt(t,null,"search",[t])}function ml(t){for(var e=bt.ext.search,n=t.aiDisplay,r,s,i=0,o=e.length;i<o;i++){for(var u=[],p=0,b=n.length;p<b;p++)s=n[p],r=t.aoData[s],e[i](t,r._aFilterData,s,r._aData,p)&&u.push(s);n.length=0,n.push.apply(n,u)}}function _r(t,e,n,r,s){if(n!==""){var i=0,o=[],u=typeof n=="function"?n:null,p=n instanceof RegExp?n:u?null:vl(n,r);for(i=0;i<t.length;i++){var b=e.aoData[t[i]],g=s===void 0?b._sFilterRow:b._aFilterData[s];(u&&u(g,b._aData,t[i],s)||p&&p.test(g))&&o.push(t[i])}for(t.length=o.length,i=0;i<o.length;i++)t[i]=o[i]}}function vl(t,e){var n=[],r=H.extend({},{boundary:!1,caseInsensitive:!0,exact:!1,regex:!1,smart:!0},e);if(typeof t!="string"&&(t=t.toString()),t=Dr(t),r.exact)return new RegExp("^"+Ci(t)+"$",r.caseInsensitive?"i":"");if(t=r.regex?t:Ci(t),r.smart){var s=t.match(/!?["\u201C][^"\u201D]+["\u201D]|[^ ]+/g)||[""],i=s.map(function(p){var b=!1,g;return p.charAt(0)==="!"&&(b=!0,p=p.substring(1)),p.charAt(0)==='"'?(g=p.match(/^"(.*)"$/),p=g?g[1]:p):p.charAt(0)==="\u201C"&&(g=p.match(/^\u201C(.*)\u201D$/),p=g?g[1]:p),b&&(p.length>1&&n.push("(?!"+p+")"),p=""),p.replace(/"/g,"")}),o=n.length?n.join(""):"",u=r.boundary?"\\b":"";t="^(?=.*?"+u+i.join(")(?=.*?"+u)+")("+o+".)*$"}return new RegExp(t,r.caseInsensitive?"i":"")}var Ci=bt.util.escapeRegex,Tr=H("<div>")[0],gl=Tr.textContent!==void 0;function yl(t){for(var e=t.aoColumns,n=t.aoData,r,s,i,o,u,p,b=!1,g=0;g<n.length;g++)if(n[g]&&(p=n[g],!p._aFilterData)){for(o=[],s=0,i=e.length;s<i;s++)r=e[s],r.bSearchable?(u=Re(t,g,s,"filter"),u===null&&(u=""),typeof u!="string"&&u.toString&&(u=u.toString())):u="",u.indexOf&&u.indexOf("&")!==-1&&(Tr.innerHTML=u,u=gl?Tr.textContent:Tr.innerText),u.replace&&(u=u.replace(/[\r\n\u2028]/g,"")),o.push(u);p._aFilterData=o,p._sFilterRow=o.join("  "),b=!0}return b}function kr(t){var e,n=t.oInit,r=t.deferLoading,s=Ee(t);if(!t.bInitialised){setTimeout(function(){kr(t)},200);return}Ua(t,"header"),Ua(t,"footer"),Sl(t,n,function(){Ir(t,t.aoHeader),Ir(t,t.aoFooter);var i=t.iInitDisplayStart;if(n.aaData)for(e=0;e<n.aaData.length;e++)yn(t,n.aaData[e]);else(r||s=="dom")&&Ni(t,H(t.nTBody).children("tr"));t.aiDisplay=t.aiDisplayMaster.slice(),ul(t),Cl(t),hs(t),ke(t,!0),Zt(t,null,"preInit",[t],!0),Rn(t),(s!="ssp"||r)&&(s=="ajax"?Ri(t,{},function(o){var u=Lr(t,o);for(e=0;e<u.length;e++)yn(t,u[e]);t.iInitDisplayStart=i,Rn(t),ke(t,!1),Pr(t)},t):(Pr(t),ke(t,!1)))})}function Pr(t){if(!t._bInitComplete){var e=[t,t.json];t._bInitComplete=!0,Or(t),Zt(t,null,"plugin-init",e,!0),Zt(t,"aoInitComplete","init",e,!0)}}function ds(t,e){var n=parseInt(e,10);t._iDisplayLength=n,vs(t),Zt(t,null,"length",[t,n])}function Li(t,e,n){var r=t._iDisplayStart,s=t._iDisplayLength,i=t.fnRecordsDisplay();if(i===0||s===-1)r=0;else if(typeof e=="number")r=e*s,r>i&&(r=0);else if(e=="first")r=0;else if(e=="previous")r=s>=0?r-s:0,r<0&&(r=0);else if(e=="next")r+s<i&&(r+=s);else if(e=="last")r=Math.floor((i-1)/s)*s;else{if(e==="ellipsis")return;Oe(t,0,"Unknown paging action: "+e,5)}var o=t._iDisplayStart!==r;return t._iDisplayStart=r,Zt(t,null,o?"page":"page-nc",[t]),o&&n&&Ln(t),o}function wl(t){var e=t.nTable,n=t.oScroll.sX!==""||t.oScroll.sY!=="";if(t.oFeatures.bProcessing){var r=H("<div/>",{id:t.sTableId+"_processing",class:t.oClasses.processing.container,role:"status"}).html(t.oLanguage.sProcessing).append("<div><div></div><div></div><div></div><div></div></div>");n?r.prependTo(H("div.dt-scroll",t.nTableWrapper)):r.insertBefore(e),H(e).on("processing.dt.DT",function(s,i,o){r.css("display",o?"block":"none")})}}function ke(t,e){t.bDrawing&&e===!1||Zt(t,null,"processing",[t,e])}function us(t,e,n){e?(ke(t,!0),setTimeout(function(){n(),ke(t,!1)},0)):n()}function cs(t){var e=H(t.nTable),n=t.oScroll;if(n.sX===""&&n.sY==="")return t.nTable;var r=n.sX,s=n.sY,i=t.oClasses.scrolling,o=t.captionNode,u=o?o._captionSide:null,p=H(e[0].cloneNode(!1)),b=H(e[0].cloneNode(!1)),g=e.children("tfoot"),m="<div/>",C=function(h){return h?on(h):null};g.length||(g=null);var y=H(m,{class:i.container}).append(H(m,{class:i.header.self}).css({overflow:"hidden",position:"relative",border:0,width:r?C(r):"100%"}).append(H(m,{class:i.header.inner}).css({"box-sizing":"content-box",width:n.sXInner||"100%"}).append(p.removeAttr("id").css("margin-left",0).append(u==="top"?o:null).append(e.children("thead"))))).append(H(m,{class:i.body}).css({position:"relative",overflow:"auto",width:C(r)}).append(e));g&&y.append(H(m,{class:i.footer.self}).css({overflow:"hidden",border:0,width:r?C(r):"100%"}).append(H(m,{class:i.footer.inner}).append(b.removeAttr("id").css("margin-left",0).append(u==="bottom"?o:null).append(e.children("tfoot")))));var T=y.children(),P=T[0],c=T[1],l=g?T[2]:null;return H(c).on("scroll.DT",function(){var h=this.scrollLeft;P.scrollLeft=h,g&&(l.scrollLeft=h)}),H("th, td",P).on("focus",function(){var h=P.scrollLeft;c.scrollLeft=h,g&&(c.scrollLeft=h)}),H(c).css("max-height",s),n.bCollapse||H(c).css("height",s),t.nScrollHead=P,t.nScrollBody=c,t.nScrollFoot=l,t.aoDrawCallback.push(fs),y[0]}function fs(t){var e=t.oScroll,n=e.iBarWidth,r=H(t.nScrollHead),s=r.children("div"),i=s.children("table"),o=t.nScrollBody,u=H(o),p=H(t.nScrollFoot),b=p.children("div"),g=b.children("table"),m=H(t.nTHead),C=H(t.nTable),y=t.nTFoot&&H("th, td",t.nTFoot).length?H(t.nTFoot):null,T=t.oBrowser,P,c,l=o.scrollHeight>o.clientHeight;if(t.scrollBarVis!==l&&t.scrollBarVis!==void 0){t.scrollBarVis=l,Or(t);return}else t.scrollBarVis=l;if(C.children("thead, tfoot").remove(),P=m.clone().prependTo(C),P.find("th, td").removeAttr("tabindex"),P.find("[id]").removeAttr("id"),y&&(c=y.clone().prependTo(C),c.find("[id]").removeAttr("id")),t.aiDisplay.length){var h=null;for(f=0;f<t.aiDisplay.length;f++){var _=t.aiDisplay[f],F=t.aoData[_].nTr;if(F){h=F;break}}if(h)for(var O=H(h).children("th, td").map(function(w){return{idx:Ii(t,w),width:H(this).outerWidth()}}),f=0;f<O.length;f++){var U=t.aoColumns[O[f].idx].colEl[0],X=U.style.width.replace("px","");X!==O[f].width&&(U.style.width=O[f].width+"px")}}i.find("colgroup").remove(),i.append(t.colgroup.clone()),y&&(g.find("colgroup").remove(),g.append(t.colgroup.clone())),H("th, td",P).each(function(){H(this.childNodes).wrapAll('<div class="dt-scroll-sizing">')}),y&&H("th, td",c).each(function(){H(this.childNodes).wrapAll('<div class="dt-scroll-sizing">')});var Q=Math.floor(C.height())>o.clientHeight||u.css("overflow-y")=="scroll",E="padding"+(T.bScrollbarLeft?"Left":"Right"),$=C.outerWidth();i.css("width",on($)),s.css("width",on($)).css(E,Q?n+"px":"0px"),y&&(g.css("width",on($)),b.css("width",on($)).css(E,Q?n+"px":"0px")),C.children("colgroup").prependTo(C),u.trigger("scroll"),(t.bSorted||t.bFiltered)&&!t._drawHold&&(o.scrollTop=0)}function xl(t){if(t.oFeatures.bAutoWidth){var e=t.nTable,n=t.aoColumns,r=t.oScroll,s=r.sY,i=r.sX,o=r.sXInner,u=Pi(t,"bVisible"),p=e.getAttribute("width"),b=e.parentNode,g,m,C,y=e.style.width;!y&&!p&&(e.style.width="100%",y="100%"),y&&y.indexOf("%")!==-1&&(p=y),Zt(t,null,"column-calc",{visible:u},!1);var T=H(e.cloneNode()).css("visibility","hidden").removeAttr("id");T.append("<tbody>");var P=H("<tr/>").appendTo(T.find("tbody"));for(T.append(H(t.nTHead).clone()).append(H(t.nTFoot).clone()),T.find("tfoot th, tfoot td").css("width",""),T.find("thead th, thead td").each(function(){var Q=rs(t,this,!0,!1);Q?(this.style.width=Q,this.style.minWidth=Q,i&&H(this).append(H("<div/>").css({width:Q,margin:0,padding:0,border:0,height:1}))):this.style.width=""}),g=0;g<u.length;g++){C=u[g],m=n[C];var c=_l(t,C),l=le.type.className[m.sType],h=c+m.sContentPadding,_=c.indexOf("<")===-1?document.createTextNode(h):h;H("<td/>").addClass(l).addClass(m.sClass).append(_).appendTo(P)}H("[name]",T).removeAttr("name");var F=H("<div/>").css(i||s?{position:"absolute",top:0,left:0,height:1,right:0,overflow:"hidden"}:{}).append(T).appendTo(b);i&&o?T.width(o):i?(T.css("width","auto"),T.removeAttr("width"),T.width()<b.clientWidth&&p&&T.width(b.clientWidth)):s?T.width(b.clientWidth):p&&T.width(p);var O=0,f=T.find("tbody tr").eq(0).children();for(g=0;g<u.length;g++){var U=f[g].getBoundingClientRect().width;O+=U,n[u[g]].sWidth=on(U)}if(e.style.width=on(O),F.remove(),p&&(e.style.width=on(p)),(p||i)&&!t._reszEvt){var X=function(){H(window).on("resize.DT-"+t.sInstance,bt.util.throttle(function(){t.bDestroying||Or(t)}))};X(),t._reszEvt=!0}}}function _l(t,e){var n=t.aoColumns[e];if(!n.maxLenString){for(var r,s="",i=-1,o=0,u=t.aiDisplayMaster.length;o<u;o++){var p=t.aiDisplayMaster[o],b=Ei(t,p)[e],g=b&&typeof b=="object"&&b.nodeType?b.innerHTML:b+"";g=g.replace(/id=".*?"/g,"").replace(/name=".*?"/g,""),r=gn(g).replace(/&nbsp;/g," "),r.length>i&&(s=g,i=r.length)}n.maxLenString=s}return n.maxLenString}function on(t){return t===null?"0px":typeof t=="number"?t<0?"0px":t+"px":t.match(/\d$/)?t+"px":t}function hs(t){var e=t.aoColumns;for(t.colgroup.empty(),Ne=0;Ne<e.length;Ne++)e[Ne].bVisible&&t.colgroup.append(e[Ne].colEl)}function Cl(t){var e=t.nTHead,n=e.querySelectorAll("tr"),r=t.bSortCellsTop,s=':not([data-dt-order="disable"]):not([data-dt-order="icon-only"])';r===!0?e=n[0]:r===!1&&(e=n[n.length-1]),ps(t,e,e===t.nTHead?"tr"+s+" th"+s+", tr"+s+" td"+s:"th"+s+", td"+s);var i=[];Jn(t,i,t.aaSorting),t.aaSorting=i}function ps(t,e,n,r,s){ms(e,n,function(i){var o=!1,u=r===void 0?Bi(i.target):[r];if(u.length){for(var p=0,b=u.length;p<b;p++){var g=Tl(t,u[p],p,i.shiftKey);if(g!==!1&&(o=!0),t.aaSorting.length===1&&t.aaSorting[0][1]==="")break}o&&us(t,!0,function(){zi(t),bs(t,t.aiDisplay),Rn(t,!1,!1),s&&s()})}})}function bs(t,e){if(!(e.length<2)){var n=t.aiDisplayMaster,r={},s={},i;for(i=0;i<n.length;i++)r[n[i]]=i;for(i=0;i<e.length;i++)s[e[i]]=r[e[i]];e.sort(function(o,u){return s[o]-s[u]})}}function Jn(t,e,n){var r=function(i){if(H.isPlainObject(i)){if(i.idx!==void 0)e.push([i.idx,i.dir]);else if(i.name){var o=Ce(t.aoColumns,"sName"),u=o.indexOf(i.name);u!==-1&&e.push([u,i.dir])}}else e.push(i)};if(H.isPlainObject(n))r(n);else if(n.length&&typeof n[0]=="number")r(n);else if(n.length)for(var s=0;s<n.length;s++)r(n[s])}function zr(t){var e,n,r,s=[],i=bt.ext.type.order,o=t.aoColumns,u,p,b,g,m=t.aaSortingFixed,C=H.isPlainObject(m),y=[];if(!t.oFeatures.bSort)return s;for(Array.isArray(m)&&Jn(t,y,m),C&&m.pre&&Jn(t,y,m.pre),Jn(t,y,t.aaSorting),C&&m.post&&Jn(t,y,m.post),e=0;e<y.length;e++)if(g=y[e][0],o[g])for(u=o[g].aDataSort,n=0,r=u.length;n<r;n++)p=u[n],b=o[p].sType||"string",y[e]._idx===void 0&&(y[e]._idx=o[p].asSorting.indexOf(y[e][1])),y[e][1]&&s.push({src:g,col:p,dir:y[e][1],index:y[e]._idx,type:b,formatter:i[b+"-pre"],sorter:i[b+"-"+y[e][1]]});return s}function zi(t,e,n){var r,s,i,o=[],u=bt.ext.type.order,p=t.aoData,b,g=t.aiDisplayMaster,m;if(e!==void 0){var C=t.aoColumns[e];m=[{src:e,col:e,dir:n,index:0,type:C.sType,formatter:u[C.sType+"-pre"],sorter:u[C.sType+"-"+n]}],g=g.slice()}else m=zr(t);for(r=0,s=m.length;r<s;r++)b=m[r],kl(t,b.col);if(Ee(t)!="ssp"&&m.length!==0){for(r=0,i=g.length;r<i;r++)o[r]=r;m.length&&m[0].dir==="desc"&&t.orderDescReverse&&o.reverse(),g.sort(function(y,T){var P,c,l,h,_,F=m.length,O=p[y]._aSortData,f=p[T]._aSortData;for(l=0;l<F;l++)if(_=m[l],P=O[_.col],c=f[_.col],_.sorter){if(h=_.sorter(P,c),h!==0)return h}else if(h=P<c?-1:P>c?1:0,h!==0)return _.dir==="asc"?h:-h;return P=o[y],c=o[T],P<c?-1:P>c?1:0})}else m.length===0&&g.sort(function(y,T){return y<T?-1:y>T?1:0});return e===void 0&&(t.bSorted=!0,t.sortDetails=m,Zt(t,null,"order",[t,m])),g}function Tl(t,e,n,r){var s=t.aoColumns[e],i=t.aaSorting,o=s.asSorting,u,p=function(g,m){var C=g._idx;return C===void 0&&(C=o.indexOf(g[1])),C+1<o.length?C+1:m?null:0};if(!s.bSortable)return!1;if(typeof i[0]=="number"&&(i=t.aaSorting=[i]),(r||n)&&t.oFeatures.bSortMulti){var b=Ce(i,"0").indexOf(e);b!==-1?(u=p(i[b],!0),u===null&&i.length===1&&(u=0),u===null?i.splice(b,1):(i[b][1]=o[u],i[b]._idx=u)):r?(i.push([e,o[0],0]),i[i.length-1]._idx=0):(i.push([e,i[0][1],0]),i[i.length-1]._idx=0)}else i.length&&i[0][0]==e?(u=p(i[0]),i.length=1,i[0][1]=o[u],i[0]._idx=u):(i.length=0,i.push([e,o[0]]),i[0]._idx=0)}function Ti(t){var e=t.aLastSort,n=t.oClasses.order.position,r=zr(t),s=t.oFeatures,i,o,u;if(s.bSort&&s.bSortClasses){for(i=0,o=e.length;i<o;i++)u=e[i].src,H(Ce(t.aoData,"anCells",u)).removeClass(n+(i<2?i+1:3));for(i=0,o=r.length;i<o;i++)u=r[i].src,H(Ce(t.aoData,"anCells",u)).addClass(n+(i<2?i+1:3))}t.aLastSort=r}function kl(t,e){var n=t.aoColumns[e],r=bt.ext.order[n.sSortDataType],s;r&&(s=r.call(t.oInstance,t,e,nr(t,e)));for(var i,o,u=bt.ext.type.order[n.sType+"-pre"],p=t.aoData,b=0;b<p.length;b++)p[b]&&(i=p[b],i._aSortData||(i._aSortData=[]),(!i._aSortData[e]||r)&&(o=r?s[b]:Re(t,b,e,"sort"),i._aSortData[e]=u?u(o,t):o))}function jr(t){if(!t._bLoadingState){var e={time:+new Date,start:t._iDisplayStart,length:t._iDisplayLength,order:H.extend(!0,[],t.aaSorting),search:H.extend({},t.oPreviousSearch),columns:t.aoColumns.map(function(n,r){return{visible:n.bVisible,search:H.extend({},t.aoPreSearchCols[r])}})};t.oSavedState=e,Zt(t,"aoStateSaveParams","stateSaveParams",[t,e]),t.oFeatures.bStateSave&&!t.bDestroying&&t.fnStateSaveCallback.call(t.oInstance,t,e)}}function Sl(t,e,n){if(!t.oFeatures.bStateSave){n();return}var r=function(i){ki(t,i,n)},s=t.fnStateLoadCallback.call(t.oInstance,t,r);return s!==void 0&&ki(t,s,n),!0}function ki(t,e,n){var r,s,i=t.aoColumns;t._bLoadingState=!0;var o=t._bInitComplete?new bt.Api(t):null;if(!e||!e.time){t._bLoadingState=!1,n();return}var u=t.iStateDuration;if(u>0&&e.time<+new Date-u*1e3){t._bLoadingState=!1,n();return}var p=Zt(t,"aoStateLoadParams","stateLoadParams",[t,e]);if(p.indexOf(!1)!==-1){t._bLoadingState=!1,n();return}if(e.columns&&i.length!==e.columns.length){t._bLoadingState=!1,n();return}if(t.oLoadedState=H.extend(!0,{},e),Zt(t,null,"stateLoadInit",[t,e],!0),e.length!==void 0&&(o?o.page.len(e.length):t._iDisplayLength=e.length),e.start!==void 0&&(o===null?(t._iDisplayStart=e.start,t.iInitDisplayStart=e.start):Li(t,e.start/t._iDisplayLength)),e.order!==void 0&&(t.aaSorting=[],H.each(e.order,function(g,m){t.aaSorting.push(m[0]>=i.length?[0,m[1]]:m)})),e.search!==void 0&&H.extend(t.oPreviousSearch,e.search),e.columns){for(r=0,s=e.columns.length;r<s;r++){var b=e.columns[r];b.visible!==void 0&&(o?o.column(r).visible(b.visible,!1):i[r].bVisible=b.visible),b.search!==void 0&&H.extend(t.aoPreSearchCols[r],b.search)}o&&o.columns.adjust()}t._bLoadingState=!1,Zt(t,"aoStateLoaded","stateLoaded",[t,e]),n()}function Oe(t,e,n,r){if(n="DataTables warning: "+(t?"table id="+t.sTableId+" - ":"")+n,r&&(n+=". For more information about this error, please see https://datatables.net/tn/"+r),e)window.console&&console.log&&console.log(n);else{var s=bt.ext,i=s.sErrMode||s.errMode;if(t&&Zt(t,null,"dt-error",[t,r,n],!0),i=="alert")alert(n);else{if(i=="throw")throw new Error(n);typeof i=="function"&&i(t,r,n)}}}function ln(t,e,n,r){if(Array.isArray(n)){H.each(n,function(s,i){Array.isArray(i)?ln(t,e,i[0],i[1]):ln(t,e,i)});return}r===void 0&&(r=n),e[n]!==void 0&&(t[r]=e[n])}function qa(t,e,n){var r;for(var s in e)Object.prototype.hasOwnProperty.call(e,s)&&(r=e[s],H.isPlainObject(r)?(H.isPlainObject(t[s])||(t[s]={}),H.extend(!0,t[s],r)):n&&s!=="data"&&s!=="aaData"&&Array.isArray(r)?t[s]=r.slice():t[s]=r);return t}function ms(t,e,n){H(t).on("click.DT",e,function(r){n(r)}).on("keypress.DT",e,function(r){r.which===13&&(r.preventDefault(),n(r))}).on("selectstart.DT",e,function(){return!1})}function Be(t,e,n){n&&t[e].push(n)}function Zt(t,e,n,r,s){var i=[];if(e&&(i=t[e].slice().reverse().map(function(p){return p.apply(t.oInstance,r)})),n!==null){var o=H.Event(n+".dt"),u=H(t.nTable);o.dt=t.api,u[s?"trigger":"triggerHandler"](o,r),s&&u.parents("body").length===0&&H("body").trigger(o,r),i.push(o.result)}return i}function vs(t){var e=t._iDisplayStart,n=t.fnDisplayEnd(),r=t._iDisplayLength;e>=n&&(e=n-r),e-=e%r,(r===-1||e<0)&&(e=0),t._iDisplayStart=e}function Fr(t,e){var n=t.renderer,r=bt.ext.renderer[e];return H.isPlainObject(n)&&n[e]?r[n[e]]||r._:typeof n=="string"&&r[n]||r._}function Ee(t){return t.oFeatures.bServerSide?"ssp":t.ajax?"ajax":"dom"}function ji(t,e,n){var r=t.fnFormatNumber,s=t._iDisplayStart+1,i=t._iDisplayLength,o=t.fnRecordsDisplay(),u=t.fnRecordsTotal(),p=i===-1;return e.replace(/_START_/g,r.call(t,s)).replace(/_END_/g,r.call(t,t.fnDisplayEnd())).replace(/_MAX_/g,r.call(t,u)).replace(/_TOTAL_/g,r.call(t,o)).replace(/_PAGE_/g,r.call(t,p?1:Math.ceil(s/i))).replace(/_PAGES_/g,r.call(t,p?1:Math.ceil(o/i))).replace(/_ENTRIES_/g,t.api.i18n("entries","",n)).replace(/_ENTRIES-MAX_/g,t.api.i18n("entries","",u)).replace(/_ENTRIES-TOTAL_/g,t.api.i18n("entries","",o))}var Mi=[],be=Array.prototype,Dl=function(t){var e,n,r=bt.settings,s=Ce(r,"nTable");if(t){if(t.nTable&&t.oFeatures)return[t];if(t.nodeName&&t.nodeName.toLowerCase()==="table")return e=s.indexOf(t),e!==-1?[r[e]]:null;if(t&&typeof t.settings=="function")return t.settings().toArray();typeof t=="string"?n=H(t).get():t instanceof H&&(n=t.get())}else return[];if(n)return r.filter(function(i,o){return n.includes(s[o])})};Wt=function(t,e){if(!(this instanceof Wt))return new Wt(t,e);var n,r=[],s=function(i){var o=Dl(i);o&&r.push.apply(r,o)};if(Array.isArray(t))for(n=0;n<t.length;n++)s(t[n]);else s(t);if(this.context=r.length>1?xn(r):r,e)if(e.length<1e4)this.push.apply(this,e);else for(n=0;n<e.length;n++)this.push(e[n]);this.selector={rows:null,cols:null,opts:null},Wt.extend(this,this,Mi)};bt.Api=Wt;H.extend(Wt.prototype,{any:function(){return this.count()!==0},context:[],count:function(){return this.flatten().length},each:function(t){for(var e=0,n=this.length;e<n;e++)t.call(this,this[e],e,this);return this},eq:function(t){var e=this.context;return e.length>t?new Wt(e[t],this[t]):null},filter:function(t){var e=be.filter.call(this,t,this);return new Wt(this.context,e)},flatten:function(){var t=[];return new Wt(this.context,t.concat.apply(t,this.toArray()))},get:function(t){return this[t]},join:be.join,includes:function(t){return this.indexOf(t)!==-1},indexOf:be.indexOf,iterator:function(t,e,n,r){var s=[],i,o,u,p,b,g=this.context,m,C,y,T=this.selector;for(typeof t=="string"&&(r=n,n=e,e=t,t=!1),o=0,u=g.length;o<u;o++){var P=new Wt(g[o]);if(e==="table")i=n.call(P,g[o],o),i!==void 0&&s.push(i);else if(e==="columns"||e==="rows")i=n.call(P,g[o],this[o],o),i!==void 0&&s.push(i);else if(e==="every"||e==="column"||e==="column-rows"||e==="row"||e==="cell")for(C=this[o],e==="column-rows"&&(m=Mr(g[o],T.opts)),p=0,b=C.length;p<b;p++)y=C[p],e==="cell"?i=n.call(P,g[o],y.row,y.column,o,p):i=n.call(P,g[o],y,o,p,m),i!==void 0&&s.push(i)}if(s.length||r){var c=new Wt(g,t?s.concat.apply([],s):s),l=c.selector;return l.rows=T.rows,l.cols=T.cols,l.opts=T.opts,c}return this},lastIndexOf:be.lastIndexOf,length:0,map:function(t){var e=be.map.call(this,t,this);return new Wt(this.context,e)},pluck:function(t){var e=bt.util.get(t);return this.map(function(n){return e(n)})},pop:be.pop,push:be.push,reduce:be.reduce,reduceRight:be.reduceRight,reverse:be.reverse,selector:null,shift:be.shift,slice:function(){return new Wt(this.context,this)},sort:be.sort,splice:be.splice,toArray:function(){return be.slice.call(this)},to$:function(){return H(this)},toJQuery:function(){return H(this)},unique:function(){return new Wt(this.context,xn(this.toArray()))},unshift:be.unshift});function Al(t,e,n){return function(){var r=e.apply(t||this,arguments);return Wt.extend(r,r,n.methodExt),r}}function Il(t,e){for(var n=0,r=t.length;n<r;n++)if(t[n].name===e)return t[n];return null}window.__apiStruct=Mi;Wt.extend=function(t,e,n){if(!(!n.length||!e||!(e instanceof Wt)&&!e.__dt_wrapper)){var r,s,i;for(r=0,s=n.length;r<s;r++)i=n[r],i.name!=="__proto__"&&(e[i.name]=i.type==="function"?Al(t,i.val,i):i.type==="object"?{}:i.val,e[i.name].__dt_wrapper=!0,Wt.extend(t,e[i.name],i.propExt))}};Wt.register=It=function(t,e){if(Array.isArray(t)){for(var n=0,r=t.length;n<r;n++)Wt.register(t[n],e);return}var s,i,o=t.split("."),u=Mi,p,b;for(s=0,i=o.length;s<i;s++){b=o[s].indexOf("()")!==-1,p=b?o[s].replace("()",""):o[s];var g=Il(u,p);g||(g={name:p,val:{},methodExt:[],propExt:[],type:"object"},u.push(g)),s===i-1?(g.val=e,g.type=typeof e=="function"?"function":H.isPlainObject(e)?"object":"other"):u=b?g.methodExt:g.propExt}};Wt.registerPlural=Qt=function(t,e,n){Wt.register(t,n),Wt.register(e,function(){var r=n.apply(this,arguments);return r===this?this:r instanceof Wt?r.length?Array.isArray(r[0])?new Wt(r.context,r[0]):r[0]:void 0:r})};var gs=function(t,e){if(Array.isArray(t)){var n=[];return t.forEach(function(s){var i=gs(s,e);n.push.apply(n,i)}),n.filter(function(s){return s})}if(typeof t=="number")return[e[t]];var r=e.map(function(s){return s.nTable});return H(r).filter(t).map(function(){var s=r.indexOf(this);return e[s]}).toArray()};It("tables()",function(t){return t!=null?new Wt(gs(t,this.context)):this});It("table()",function(t){var e=this.tables(t),n=e.context;return n.length?new Wt(n[0]):e});[["nodes","node","nTable"],["body","body","nTBody"],["header","header","nTHead"],["footer","footer","nTFoot"]].forEach(function(t){Qt("tables()."+t[0]+"()","table()."+t[1]+"()",function(){return this.iterator("table",function(e){return e[t[2]]},1)})});[["header","aoHeader"],["footer","aoFooter"]].forEach(function(t){It("table()."+t[0]+".structure()",function(e){var n=this.columns(e).indexes().flatten(),r=this.context[0];return os(r,r[t[1]],n)})});Qt("tables().containers()","table().container()",function(){return this.iterator("table",function(t){return t.nTableWrapper},1)});It("tables().every()",function(t){var e=this;return this.iterator("table",function(n,r){t.call(e.table(r),r)})});It("caption()",function(t,e){var n=this.context;if(t===void 0){var r=n[0].captionNode;return r&&n.length?r.innerHTML:null}return this.iterator("table",function(s){var i=H(s.nTable),o=H(s.captionNode),u=H(s.nTableWrapper);if(o.length||(o=H("<caption/>").html(t),s.captionNode=o[0],e||(i.prepend(o),e=o.css("caption-side"))),o.html(t),e&&(o.css("caption-side",e),o[0]._captionSide=e),u.find("div.dataTables_scroll").length){var p=e==="top"?"Head":"Foot";u.find("div.dataTables_scroll"+p+" table").prepend(o)}else i.prepend(o)},1)});It("caption.node()",function(){var t=this.context;return t.length?t[0].captionNode:null});It("draw()",function(t){return this.iterator("table",function(e){t==="page"?Ln(e):(typeof t=="string"&&(t=t!=="full-hold"),Rn(e,t===!1))})});It("page()",function(t){return t===void 0?this.page.info().page:this.iterator("table",function(e){Li(e,t)})});It("page.info()",function(){if(this.context.length!==0){var t=this.context[0],e=t._iDisplayStart,n=t.oFeatures.bPaginate?t._iDisplayLength:-1,r=t.fnRecordsDisplay(),s=n===-1;return{page:s?0:Math.floor(e/n),pages:s?1:Math.ceil(r/n),start:e,end:t.fnDisplayEnd(),length:n,recordsTotal:t.fnRecordsTotal(),recordsDisplay:r,serverSide:Ee(t)==="ssp"}}});It("page.len()",function(t){return t===void 0?this.context.length!==0?this.context[0]._iDisplayLength:void 0:this.iterator("table",function(e){ds(e,t)})});var ys=function(t,e,n){if(n){var r=new Wt(t);r.one("draw",function(){n(r.ajax.json())})}if(Ee(t)=="ssp")Rn(t,e);else{ke(t,!0);var s=t.jqXHR;s&&s.readyState!==4&&s.abort(),Ri(t,{},function(i){Oi(t);for(var o=Lr(t,i),u=0,p=o.length;u<p;u++)yn(t,o[u]);Rn(t,e),Pr(t),ke(t,!1)})}};It("ajax.json()",function(){var t=this.context;if(t.length>0)return t[0].json});It("ajax.params()",function(){var t=this.context;if(t.length>0)return t[0].oAjaxData});It("ajax.reload()",function(t,e){return this.iterator("table",function(n){ys(n,e===!1,t)})});It("ajax.url()",function(t){var e=this.context;return t===void 0?e.length===0?void 0:(e=e[0],H.isPlainObject(e.ajax)?e.ajax.url:e.ajax):this.iterator("table",function(n){H.isPlainObject(n.ajax)?n.ajax.url=t:n.ajax=t})});It("ajax.url().load()",function(t,e){return this.iterator("table",function(n){ys(n,e===!1,t)})});var Vi=function(t,e,n,r,s){var i=[],o,u,p,b,g,m,C=typeof e;for((!e||C==="string"||C==="function"||e.length===void 0)&&(e=[e]),p=0,b=e.length;p<b;p++)for(u=e[p]&&e[p].split&&!e[p].match(/[[(:]/)?e[p].split(","):[e[p]],g=0,m=u.length;g<m;g++)o=n(typeof u[g]=="string"?u[g].trim():u[g]),o=o.filter(function(T){return T!=null}),o&&o.length&&(i=i.concat(o));var y=le.selector[t];if(y.length)for(p=0,b=y.length;p<b;p++)i=y[p](r,s,i);return xn(i)},Hi=function(t){return t||(t={}),t.filter&&t.search===void 0&&(t.search=t.filter),H.extend({search:"none",order:"current",page:"all"},t)},Ui=function(t){let e=new Wt(t.context[0]);return t.length&&e.push(t[0]),e.selector=t.selector,e.length&&e[0].length>1&&e[0].splice(1),e},Mr=function(t,e){var n,r,s,i=[],o=t.aiDisplay,u=t.aiDisplayMaster,p=e.search,b=e.order,g=e.page;if(Ee(t)=="ssp")return p==="removed"?[]:an(0,u.length);if(g=="current")for(n=t._iDisplayStart,r=t.fnDisplayEnd();n<r;n++)i.push(o[n]);else if(b=="current"||b=="applied"){if(p=="none")i=u.slice();else if(p=="applied")i=o.slice();else if(p=="removed"){var m={};for(n=0,r=o.length;n<r;n++)m[o[n]]=null;u.forEach(function(y){Object.prototype.hasOwnProperty.call(m,y)||i.push(y)})}}else if(b=="index"||b=="original")for(n=0,r=t.aoData.length;n<r;n++)t.aoData[n]&&(p=="none"?i.push(n):(s=o.indexOf(n),(s===-1&&p=="removed"||s>=0&&p=="applied")&&i.push(n)));else if(typeof b=="number"){var C=zi(t,b,"asc");if(p==="none")i=C;else for(n=0;n<C.length;n++)s=o.indexOf(C[n]),(s===-1&&p=="removed"||s>=0&&p=="applied")&&i.push(C[n])}return i},Pl=function(t,e,n){var r,s=function(o){var u=Ja(o),p=t.aoData;if(u!==null&&!n)return[u];if(r||(r=Mr(t,n)),u!==null&&r.indexOf(u)!==-1)return[u];if(o==null||o==="")return r;if(typeof o=="function")return r.map(function(T){var P=p[T];return o(T,P._aData,P.nTr)?T:null});if(o.nodeName){var b=o._DT_RowIndex,g=o._DT_CellIndex;if(b!==void 0)return p[b]&&p[b].nTr===o?[b]:[];if(g)return p[g.row]&&p[g.row].nTr===o.parentNode?[g.row]:[];var m=H(o).closest("*[data-dt-row]");return m.length?[m.data("dt-row")]:[]}if(typeof o=="string"&&o.charAt(0)==="#"){var C=t.aIds[o.replace(/^#/,"")];if(C!==void 0)return[C.idx]}var y=ts(er(t.aoData,r,"nTr"));return H(y).filter(o).map(function(){return this._DT_RowIndex}).toArray()},i=Vi("row",e,s,t,n);return(n.order==="current"||n.order==="applied")&&bs(t,i),i};It("rows()",function(t,e){t===void 0?t="":H.isPlainObject(t)&&(e=t,t=""),e=Hi(e);var n=this.iterator("table",function(r){return Pl(r,t,e)},1);return n.selector.rows=t,n.selector.opts=e,n});It("rows().nodes()",function(){return this.iterator("row",function(t,e){return t.aoData[e].nTr||void 0},1)});It("rows().data()",function(){return this.iterator(!0,"rows",function(t,e){return er(t.aoData,e,"_aData")},1)});Qt("rows().cache()","row().cache()",function(t){return this.iterator("row",function(e,n){var r=e.aoData[n];return t==="search"?r._aFilterData:r._aSortData},1)});Qt("rows().invalidate()","row().invalidate()",function(t){return this.iterator("row",function(e,n){Rr(e,n,t)})});Qt("rows().indexes()","row().index()",function(){return this.iterator("row",function(t,e){return e},1)});Qt("rows().ids()","row().id()",function(t){for(var e=[],n=this.context,r=0,s=n.length;r<s;r++)for(var i=0,o=this[r].length;i<o;i++){var u=n[r].rowIdFn(n[r].aoData[this[r][i]]._aData);e.push((t===!0?"#":"")+u)}return new Wt(n,e)});Qt("rows().remove()","row().remove()",function(){return this.iterator("row",function(t,e){var n=t.aoData,r=n[e],s=t.aiDisplayMaster.indexOf(e);s!==-1&&t.aiDisplayMaster.splice(s,1),t._iRecordsDisplay>0&&t._iRecordsDisplay--,vs(t);var i=t.rowIdFn(r._aData);i!==void 0&&delete t.aIds[i],n[e]=null}),this});It("rows.add()",function(t){var e=this.iterator("table",function(r){var s,i,o,u=[];for(i=0,o=t.length;i<o;i++)s=t[i],s.nodeName&&s.nodeName.toUpperCase()==="TR"?u.push(Ni(r,s)[0]):u.push(yn(r,s));return u},1),n=this.rows(-1);return n.pop(),n.push.apply(n,e),n});It("row()",function(t,e){return Ui(this.rows(t,e))});It("row().data()",function(t){var e=this.context;if(t===void 0)return e.length&&this.length&&this[0].length?e[0].aoData[this[0]]._aData:void 0;var n=e[0].aoData[this[0]];return n._aData=t,Array.isArray(t)&&n.nTr&&n.nTr.id&&vn(e[0].rowId)(t,n.nTr.id),Rr(e[0],this[0],"data"),this});It("row().node()",function(){var t=this.context;if(t.length&&this.length&&this[0].length){var e=t[0].aoData[this[0]];if(e&&e.nTr)return e.nTr}return null});It("row.add()",function(t){t instanceof H&&t.length&&(t=t[0]);var e=this.iterator("table",function(n){return t.nodeName&&t.nodeName.toUpperCase()==="TR"?Ni(n,t)[0]:yn(n,t)});return this.row(e[0])});H(document).on("plugin-init.dt",function(t,e){var n=new Wt(e);n.on("stateSaveParams.DT",function(r,s,i){for(var o=s.rowIdFn,u=s.aiDisplayMaster,p=[],b=0;b<u.length;b++){var g=u[b],m=s.aoData[g];m._detailsShow&&p.push("#"+o(m._aData))}i.childRows=p}),n.on("stateLoaded.DT",function(r,s,i){Xa(n,i)}),Xa(n,n.state.loaded())});var Xa=function(t,e){e&&e.childRows&&t.rows(e.childRows.map(function(n){return n.replace(/([^:\\]*(?:\\.[^:\\]*)*):/g,"$1\\:")})).every(function(){Zt(t.settings()[0],null,"requestChild",[this])})},Fl=function(t,e,n,r){var s=[],i=function(o,u){if(Array.isArray(o)||o instanceof H){for(var p=0,b=o.length;p<b;p++)i(o[p],u);return}if(o.nodeName&&o.nodeName.toLowerCase()==="tr")o.setAttribute("data-dt-row",e.idx),s.push(o);else{var g=H("<tr><td></td></tr>").attr("data-dt-row",e.idx).addClass(u);H("td",g).addClass(u).html(o)[0].colSpan=Er(t),s.push(g[0])}};i(n,r),e._details&&e._details.detach(),e._details=H(s),e._detailsShow&&e._details.insertAfter(e.nTr)},ws=bt.util.throttle(function(t){jr(t[0])},500),Wi=function(t,e){var n=t.context;if(n.length){var r=n[0].aoData[e!==void 0?e:t[0]];r&&r._details&&(r._details.remove(),r._detailsShow=void 0,r._details=void 0,H(r.nTr).removeClass("dt-hasChild"),ws(n))}},xs=function(t,e){var n=t.context;if(n.length&&t.length){var r=n[0].aoData[t[0]];r._details&&(r._detailsShow=e,e?(r._details.insertAfter(r.nTr),H(r.nTr).addClass("dt-hasChild")):(r._details.detach(),H(r.nTr).removeClass("dt-hasChild")),Zt(n[0],null,"childRow",[e,t.row(t[0])]),Bl(n[0]),ws(n))}},Bl=function(t){var e=new Wt(t),n=".dt.DT_details",r="draw"+n,s="column-sizing"+n,i="destroy"+n,o=t.aoData;e.off(r+" "+s+" "+i),Ce(o,"_details").length>0&&(e.on(r,function(u,p){t===p&&e.rows({page:"current"}).eq(0).each(function(b){var g=o[b];g._detailsShow&&g._details.insertAfter(g.nTr)})}),e.on(s,function(u,p){if(t===p)for(var b,g=Er(p),m=0,C=o.length;m<C;m++)b=o[m],b&&b._details&&b._details.each(function(){var y=H(this).children("td");y.length==1&&y.attr("colspan",g)})}),e.on(i,function(u,p){if(t===p)for(var b=0,g=o.length;b<g;b++)o[b]&&o[b]._details&&Wi(e,b)}))},Nl="",rr=Nl+"row().child",Vr=rr+"()";It(Vr,function(t,e){var n=this.context;return t===void 0?n.length&&this.length&&n[0].aoData[this[0]]?n[0].aoData[this[0]]._details:void 0:(t===!0?this.child.show():t===!1?Wi(this):n.length&&this.length&&Fl(n[0],n[0].aoData[this[0]],t,e),this)});It([rr+".show()",Vr+".show()"],function(){return xs(this,!0),this});It([rr+".hide()",Vr+".hide()"],function(){return xs(this,!1),this});It([rr+".remove()",Vr+".remove()"],function(){return Wi(this),this});It(rr+".isShown()",function(){var t=this.context;return t.length&&this.length&&t[0].aoData[this[0]]&&t[0].aoData[this[0]]._detailsShow||!1});var Ol=/^([^:]+)?:(name|title|visIdx|visible)$/,Gi=function(t,e,n,r,s,i){for(var o=[],u=0,p=s.length;u<p;u++)o.push(Re(t,s[u],e,i));return o},_s=function(t,e,n){var r=t.aoHeader,s=n!==void 0?n:t.bSortCellsTop?0:r.length-1;return r[s][e].cell},El=function(t,e,n){var r=t.aoColumns,s=Ce(r,"sName"),i=Ce(r,"sTitle"),o=bt.util.get("[].[].cell")(t.aoHeader),u=xn(Ai([],o)),p=function(b){var g=Ja(b);if(b==="")return an(r.length);if(g!==null)return[g>=0?g:r.length+g];if(typeof b=="function"){var m=Mr(t,n);return r.map(function(l,h){return b(h,Gi(t,h,0,0,m),_s(t,h))?h:null})}var C=typeof b=="string"?b.match(Ol):"";if(C)switch(C[2]){case"visIdx":case"visible":if(C[1]&&C[1].match(/^\d+$/)){var y=parseInt(C[1],10);if(y<0){var T=r.map(function(l,h){return l.bVisible?h:null});return[T[T.length+y]]}return[Ii(t,y)]}return r.map(function(l,h){return l.bVisible?C[1]?H(u[h]).filter(C[1]).length>0?h:null:h:null});case"name":return s.map(function(l,h){return l===C[1]?h:null});case"title":return i.map(function(l,h){return l===C[1]?h:null});default:return[]}if(b.nodeName&&b._DT_CellIndex)return[b._DT_CellIndex.column];var P=H(u).filter(b).map(function(){return Bi(this)}).toArray();if(P.length||!b.nodeName)return P;var c=H(b).closest("*[data-dt-column]");return c.length?[c.data("dt-column")]:[]};return Vi("column",e,p,t,n)},Rl=function(t,e,n){var r=t.aoColumns,s=r[e],i=t.aoData,o,u,p,b;if(n===void 0)return s.bVisible;if(s.bVisible===n)return!1;if(n){var g=Ce(r,"bVisible").indexOf(!0,e+1);for(u=0,p=i.length;u<p;u++)i[u]&&(b=i[u].nTr,o=i[u].anCells,b&&b.insertBefore(o[e],o[g]||null))}else H(Ce(t.aoData,"anCells",e)).detach();return s.bVisible=n,hs(t),!0};It("columns()",function(t,e){t===void 0?t="":H.isPlainObject(t)&&(e=t,t=""),e=Hi(e);var n=this.iterator("table",function(r){return El(r,t,e)},1);return n.selector.cols=t,n.selector.opts=e,n});Qt("columns().header()","column().header()",function(t){return this.iterator("column",function(e,n){return _s(e,n,t)},1)});Qt("columns().footer()","column().footer()",function(t){return this.iterator("column",function(e,n){var r=e.aoFooter;return r.length?e.aoFooter[t!==void 0?t:0][n].cell:null},1)});Qt("columns().data()","column().data()",function(){return this.iterator("column-rows",Gi,1)});Qt("columns().render()","column().render()",function(t){return this.iterator("column-rows",function(e,n,r,s,i){return Gi(e,n,r,s,i,t)},1)});Qt("columns().dataSrc()","column().dataSrc()",function(){return this.iterator("column",function(t,e){return t.aoColumns[e].mData},1)});Qt("columns().cache()","column().cache()",function(t){return this.iterator("column-rows",function(e,n,r,s,i){return er(e.aoData,i,t==="search"?"_aFilterData":"_aSortData",n)},1)});Qt("columns().init()","column().init()",function(){return this.iterator("column",function(t,e){return t.aoColumns[e]},1)});Qt("columns().nodes()","column().nodes()",function(){return this.iterator("column-rows",function(t,e,n,r,s){return er(t.aoData,s,"anCells",e)},1)});Qt("columns().titles()","column().title()",function(t,e){return this.iterator("column",function(n,r){typeof t=="number"&&(e=t,t=void 0);var s=H("span.dt-column-title",this.column(r).header(e));return t!==void 0?(s.html(t),this):s.html()},1)});Qt("columns().types()","column().type()",function(){return this.iterator("column",function(t,e){var n=t.aoColumns[e].sType;return n||Fi(t),n},1)});Qt("columns().visible()","column().visible()",function(t,e){var n=this,r=[],s=this.iterator("column",function(i,o){if(t===void 0)return i.aoColumns[o].bVisible;Rl(i,o,t)&&r.push(o)});return t!==void 0&&this.iterator("table",function(i){Ir(i,i.aoHeader),Ir(i,i.aoFooter),i.aiDisplay.length||H(i.nTBody).find("td[colspan]").attr("colspan",Er(i)),jr(i),n.iterator("column",function(o,u){r.includes(u)&&Zt(o,null,"column-visibility",[o,u,t,e])}),r.length&&(e===void 0||e)&&n.columns.adjust()}),s});Qt("columns().widths()","column().width()",function(){var t=this.columns(":visible").count(),e=H("<tr>").html("<td>"+Array(t).join("</td><td>")+"</td>");H(this.table().body()).append(e);var n=e.children().map(function(){return H(this).outerWidth()});return e.remove(),this.iterator("column",function(r,s){var i=nr(r,s);return i!==null?n[i]:0},1)});Qt("columns().indexes()","column().index()",function(t){return this.iterator("column",function(e,n){return t==="visible"?nr(e,n):n},1)});It("columns.adjust()",function(){return this.iterator("table",function(t){Or(t)},1)});It("column.index()",function(t,e){if(this.context.length!==0){var n=this.context[0];if(t==="fromVisible"||t==="toData")return Ii(n,e);if(t==="fromData"||t==="toVisible")return nr(n,e)}});It("column()",function(t,e){return Ui(this.columns(t,e))});var Ll=function(t,e,n){var r=t.aoData,s=Mr(t,n),i=ts(er(r,s,"anCells")),o=H(Ai([],i)),u,p=t.aoColumns.length,b,g,m,C,y,T,P=function(c){var l=typeof c=="function";if(c==null||l){for(b=[],g=0,m=s.length;g<m;g++)for(u=s[g],C=0;C<p;C++)y={row:u,column:C},l?(T=r[u],c(y,Re(t,u,C),T.anCells?T.anCells[C]:null)&&b.push(y)):b.push(y);return b}if(H.isPlainObject(c))return c.column!==void 0&&c.row!==void 0&&s.indexOf(c.row)!==-1?[c]:[];var h=o.filter(c).map(function(_,F){return{row:F._DT_CellIndex.row,column:F._DT_CellIndex.column}}).toArray();return h.length||!c.nodeName?h:(T=H(c).closest("*[data-dt-row]"),T.length?[{row:T.data("dt-row"),column:T.data("dt-column")}]:[])};return Vi("cell",e,P,t,n)};It("cells()",function(t,e,n){if(H.isPlainObject(t)&&(t.row===void 0?(n=t,t=null):(n=e,e=null)),H.isPlainObject(e)&&(n=e,e=null),e==null)return this.iterator("table",function(C){return Ll(C,t,Hi(n))});var r=n?{page:n.page,order:n.order,search:n.search}:{},s=this.columns(e,r),i=this.rows(t,r),o,u,p,b,g=this.iterator("table",function(C,y){var T=[];for(o=0,u=i[y].length;o<u;o++)for(p=0,b=s[y].length;p<b;p++)T.push({row:i[y][o],column:s[y][p]});return T},1),m=n&&n.selected?this.cells(g,n):g;return H.extend(m.selector,{cols:e,rows:t,opts:n}),m});Qt("cells().nodes()","cell().node()",function(){return this.iterator("cell",function(t,e,n){var r=t.aoData[e];return r&&r.anCells?r.anCells[n]:void 0},1)});It("cells().data()",function(){return this.iterator("cell",function(t,e,n){return Re(t,e,n)},1)});Qt("cells().cache()","cell().cache()",function(t){return t=t==="search"?"_aFilterData":"_aSortData",this.iterator("cell",function(e,n,r){return e.aoData[n][t][r]},1)});Qt("cells().render()","cell().render()",function(t){return this.iterator("cell",function(e,n,r){return Re(e,n,r,t)},1)});Qt("cells().indexes()","cell().index()",function(){return this.iterator("cell",function(t,e,n){return{row:e,column:n,columnVisible:nr(t,n)}},1)});Qt("cells().invalidate()","cell().invalidate()",function(t){return this.iterator("cell",function(e,n,r){Rr(e,n,t,r)})});It("cell()",function(t,e,n){return Ui(this.cells(t,e,n))});It("cell().data()",function(t){var e=this.context,n=this[0];return t===void 0?e.length&&n.length?Re(e[0],n[0].row,n[0].column):void 0:(ol(e[0],n[0].row,n[0].column,t),Rr(e[0],n[0].row,"data",n[0].column),this)});It("order()",function(t,e){var n=this.context,r=Array.prototype.slice.call(arguments);return t===void 0?n.length!==0?n[0].aaSorting:void 0:(typeof t=="number"?t=[[t,e]]:r.length>1&&(t=r),this.iterator("table",function(s){s.aaSorting=Array.isArray(t)?t.slice():t}))});It("order.listener()",function(t,e,n){return this.iterator("table",function(r){ps(r,t,{},e,n)})});It("order.fixed()",function(t){if(!t){var e=this.context,n=e.length?e[0].aaSortingFixed:void 0;return Array.isArray(n)?{pre:n}:n}return this.iterator("table",function(r){r.aaSortingFixed=H.extend(!0,{},t)})});It(["columns().order()","column().order()"],function(t){var e=this;return t?this.iterator("table",function(n,r){n.aaSorting=e[r].map(function(s){return[s,t]})}):this.iterator("column",function(n,r){for(var s=zr(n),i=0,o=s.length;i<o;i++)if(s[i].col===r)return s[i].dir;return null},1)});Qt("columns().orderable()","column().orderable()",function(t){return this.iterator("column",function(e,n){var r=e.aoColumns[n];return t?r.asSorting:r.bSortable},1)});It("processing()",function(t){return this.iterator("table",function(e){ke(e,t)})});It("search()",function(t,e,n,r){var s=this.context;return t===void 0?s.length!==0?s[0].oPreviousSearch.search:void 0:this.iterator("table",function(i){i.oFeatures.bFilter&&(typeof e=="object"?tr(i,H.extend(i.oPreviousSearch,e,{search:t})):tr(i,H.extend(i.oPreviousSearch,{search:t,regex:e===null?!1:e,smart:n===null?!0:n,caseInsensitive:r===null?!0:r})))})});It("search.fixed()",function(t,e){var n=this.iterator(!0,"table",function(r){var s=r.searchFixed;if(t){if(e===void 0)return s[t];e===null?delete s[t]:s[t]=e}else return Object.keys(s);return this});return t!==void 0&&e===void 0?n[0]:n});Qt("columns().search()","column().search()",function(t,e,n,r){return this.iterator("column",function(s,i){var o=s.aoPreSearchCols;if(t===void 0)return o[i].search;s.oFeatures.bFilter&&(typeof e=="object"?H.extend(o[i],e,{search:t}):H.extend(o[i],{search:t,regex:e===null?!1:e,smart:n===null?!0:n,caseInsensitive:r===null?!0:r}),tr(s,s.oPreviousSearch))})});It(["columns().search.fixed()","column().search.fixed()"],function(t,e){var n=this.iterator(!0,"column",function(r,s){var i=r.aoColumns[s].searchFixed;if(t){if(e===void 0)return i[t];e===null?delete i[t]:i[t]=e}else return Object.keys(i);return this});return t!==void 0&&e===void 0?n[0]:n});It("state()",function(t,e){if(!t)return this.context.length?this.context[0].oSavedState:null;var n=H.extend(!0,{},t);return this.iterator("table",function(r){e!==!1&&(n.time=+new Date+100),ki(r,n,function(){})})});It("state.clear()",function(){return this.iterator("table",function(t){t.fnStateSaveCallback.call(t.oInstance,t,{})})});It("state.loaded()",function(){return this.context.length?this.context[0].oLoadedState:null});It("state.save()",function(){return this.iterator("table",function(t){jr(t)})});bt.use=function(t,e){var n=typeof t=="string"?e:t,r=typeof e=="string"?e:t;if(n===void 0&&typeof r=="string")switch(r){case"lib":case"jq":return H;case"win":return window;case"datetime":return bt.DateTime;case"luxon":return dn;case"moment":return wn;default:return null}r==="lib"||r==="jq"||n&&n.fn&&n.fn.jquery?H=n:r=="win"||n&&n.document?(window=n,document=n.document):r==="datetime"||n&&n.type==="DateTime"?bt.DateTime=n:r==="luxon"||n&&n.FixedOffsetZone?dn=n:(r==="moment"||n&&n.isMoment)&&(wn=n)};bt.factory=function(t,e){var n=!1;return t&&t.document&&(window=t,document=t.document),e&&e.fn&&e.fn.jquery&&(H=e,n=!0),n};bt.versionCheck=function(t,e){for(var n=e?e.split("."):bt.version.split("."),r=t.split("."),s,i,o=0,u=r.length;o<u;o++)if(s=parseInt(n[o],10)||0,i=parseInt(r[o],10)||0,s!==i)return s>i;return!0};bt.isDataTable=function(t){var e=H(t).get(0),n=!1;return t instanceof bt.Api?!0:(H.each(bt.settings,function(r,s){var i=s.nScrollHead?H("table",s.nScrollHead)[0]:null,o=s.nScrollFoot?H("table",s.nScrollFoot)[0]:null;(s.nTable===e||i===e||o===e)&&(n=!0)}),n)};bt.tables=function(t){var e=!1;H.isPlainObject(t)&&(e=t.api,t=t.visible);var n=bt.settings.filter(function(r){return!!(!t||t&&H(r.nTable).is(":visible"))}).map(function(r){return r.nTable});return e?new Wt(n):n};bt.camelToHungarian=sn;It("$()",function(t,e){var n=this.rows(e).nodes(),r=H(n);return H([].concat(r.filter(t).toArray(),r.find(t).toArray()))});H.each(["on","one","off"],function(t,e){It(e+"()",function(){var n=Array.prototype.slice.call(arguments);n[0]=n[0].split(/\s/).map(function(s){return s.match(/\.dt\b/)?s:s+".dt"}).join(" ");var r=H(this.tables().nodes());return r[e].apply(r,n),this})});It("clear()",function(){return this.iterator("table",function(t){Oi(t)})});It("error()",function(t){return this.iterator("table",function(e){Oe(e,0,t)})});It("settings()",function(){return new Wt(this.context,this.context)});It("init()",function(){var t=this.context;return t.length?t[0].oInit:null});It("data()",function(){return this.iterator("table",function(t){return Ce(t.aoData,"_aData")}).flatten()});It("trigger()",function(t,e,n){return this.iterator("table",function(r){return Zt(r,null,t,e,n)}).flatten()});It("ready()",function(t){var e=this.context;return t?this.tables().every(function(){this.context[0]._bInitComplete?t.call(this):this.on("init",function(){t.call(this)})}):e.length?e[0]._bInitComplete||!1:null});It("destroy()",function(t){return t=t||!1,this.iterator("table",function(e){var n=e.oClasses,r=e.nTable,s=e.nTBody,i=e.nTHead,o=e.nTFoot,u=H(r),p=H(s),b=H(e.nTableWrapper),g=e.aoData.map(function(c){return c?c.nTr:null}),m=n.order;e.bDestroying=!0,Zt(e,"aoDestroyCallback","destroy",[e],!0),t||new Wt(e).columns().visible(!0),b.off(".DT").find(":not(tbody *)").off(".DT"),H(window).off(".DT-"+e.sInstance),r!=i.parentNode&&(u.children("thead").detach(),u.append(i)),o&&r!=o.parentNode&&(u.children("tfoot").detach(),u.append(o)),e.colgroup.remove(),e.aaSorting=[],e.aaSortingFixed=[],Ti(e),H("th, td",i).removeClass(m.canAsc+" "+m.canDesc+" "+m.isAsc+" "+m.isDesc).css("width",""),p.children().detach(),p.append(g);var C=e.nTableWrapper.parentNode,y=e.nTableWrapper.nextSibling,T=t?"remove":"detach";u[T](),b[T](),!t&&C&&(C.insertBefore(r,y),u.css("width",e.sDestroyWidth).removeClass(n.table));var P=bt.settings.indexOf(e);P!==-1&&bt.settings.splice(P,1)})});H.each(["column","row","cell"],function(t,e){It(e+"s().every()",function(n){var r=this.selector.opts,s=this,i,o=0;return this.iterator("every",function(u,p,b){i=s[e](p,r),e==="cell"?n.call(i,i[0][0].row,i[0][0].column,b,o):n.call(i,p,b,o),o++})})});It("i18n()",function(t,e,n){var r=this.context[0],s=En(t)(r.oLanguage);return s===void 0&&(s=e),H.isPlainObject(s)&&(s=n!==void 0&&s[n]!==void 0?s[n]:s._),typeof s=="string"?s.replace("%d",n):s});bt.version="2.1.6";bt.settings=[];bt.models={};bt.models.oSearch={caseInsensitive:!0,search:"",regex:!1,smart:!0,return:!1};bt.models.oRow={nTr:null,anCells:null,_aData:[],_aSortData:null,_aFilterData:null,_sFilterRow:null,src:null,idx:-1,displayData:null};bt.models.oColumn={idx:null,aDataSort:null,asSorting:null,bSearchable:null,bSortable:null,bVisible:null,_sManualType:null,_bAttrSrc:!1,fnCreatedCell:null,fnGetData:null,fnSetData:null,mData:null,mRender:null,sClass:null,sContentPadding:null,sDefaultContent:null,sName:null,sSortDataType:"std",sSortingClass:null,sTitle:null,sType:null,sWidth:null,sWidthOrig:null,maxLenString:null,searchFixed:null};bt.defaults={aaData:null,aaSorting:[[0,"asc"]],aaSortingFixed:[],ajax:null,aLengthMenu:[10,25,50,100],aoColumns:null,aoColumnDefs:null,aoSearchCols:[],bAutoWidth:!0,bDeferRender:!0,bDestroy:!1,bFilter:!0,bInfo:!0,bLengthChange:!0,bPaginate:!0,bProcessing:!1,bRetrieve:!1,bScrollCollapse:!1,bServerSide:!1,bSort:!0,bSortMulti:!0,bSortCellsTop:null,bSortClasses:!0,bStateSave:!1,fnCreatedRow:null,fnDrawCallback:null,fnFooterCallback:null,fnFormatNumber:function(t){return t.toString().replace(/\B(?=(\d{3})+(?!\d))/g,this.oLanguage.sThousands)},fnHeaderCallback:null,fnInfoCallback:null,fnInitComplete:null,fnPreDrawCallback:null,fnRowCallback:null,fnStateLoadCallback:function(t){try{return JSON.parse((t.iStateDuration===-1?sessionStorage:localStorage).getItem("DataTables_"+t.sInstance+"_"+location.pathname))}catch{return{}}},fnStateLoadParams:null,fnStateLoaded:null,fnStateSaveCallback:function(t,e){try{(t.iStateDuration===-1?sessionStorage:localStorage).setItem("DataTables_"+t.sInstance+"_"+location.pathname,JSON.stringify(e))}catch{}},fnStateSaveParams:null,iStateDuration:7200,iDisplayLength:10,iDisplayStart:0,iTabIndex:0,oClasses:{},oLanguage:{oAria:{orderable:": Activate to sort",orderableReverse:": Activate to invert sorting",orderableRemove:": Activate to remove sorting",paginate:{first:"First",last:"Last",next:"Next",previous:"Previous",number:""}},oPaginate:{sFirst:"\xAB",sLast:"\xBB",sNext:"\u203A",sPrevious:"\u2039"},entries:{_:"entries",1:"entry"},sEmptyTable:"No data available in table",sInfo:"Showing _START_ to _END_ of _TOTAL_ _ENTRIES-TOTAL_",sInfoEmpty:"Showing 0 to 0 of 0 _ENTRIES-TOTAL_",sInfoFiltered:"(filtered from _MAX_ total _ENTRIES-MAX_)",sInfoPostFix:"",sDecimal:"",sThousands:",",sLengthMenu:"_MENU_ _ENTRIES_ per page",sLoadingRecords:"Loading...",sProcessing:"",sSearch:"Search:",sSearchPlaceholder:"",sUrl:"",sZeroRecords:"No matching records found"},orderDescReverse:!0,oSearch:H.extend({},bt.models.oSearch),layout:{topStart:"pageLength",topEnd:"search",bottomStart:"info",bottomEnd:"paging"},sDom:null,searchDelay:null,sPaginationType:"",sScrollX:"",sScrollXInner:"",sScrollY:"",sServerMethod:"GET",renderer:null,rowId:"DT_RowId",caption:null,iDeferLoading:null};Nr(bt.defaults);bt.defaults.column={aDataSort:null,iDataSort:-1,ariaTitle:"",asSorting:["asc","desc",""],bSearchable:!0,bSortable:!0,bVisible:!0,fnCreatedCell:null,mData:null,mRender:null,sCellType:"td",sClass:"",sContentPadding:"",sDefaultContent:null,sName:"",sSortDataType:"std",sTitle:null,sType:null,sWidth:null};Nr(bt.defaults.column);bt.models.oSettings={oFeatures:{bAutoWidth:null,bDeferRender:null,bFilter:null,bInfo:!0,bLengthChange:!0,bPaginate:null,bProcessing:null,bServerSide:null,bSort:null,bSortMulti:null,bSortClasses:null,bStateSave:null},oScroll:{bCollapse:null,iBarWidth:0,sX:null,sXInner:null,sY:null},oLanguage:{fnInfoCallback:null},oBrowser:{bScrollbarLeft:!1,barWidth:0},ajax:null,aanFeatures:[],aoData:[],aiDisplay:[],aiDisplayMaster:[],aIds:{},aoColumns:[],aoHeader:[],aoFooter:[],oPreviousSearch:{},searchFixed:{},aoPreSearchCols:[],aaSorting:null,aaSortingFixed:[],sDestroyWidth:0,aoRowCallback:[],aoHeaderCallback:[],aoFooterCallback:[],aoDrawCallback:[],aoRowCreatedCallback:[],aoPreDrawCallback:[],aoInitComplete:[],aoStateSaveParams:[],aoStateLoadParams:[],aoStateLoaded:[],sTableId:"",nTable:null,nTHead:null,nTFoot:null,nTBody:null,nTableWrapper:null,bInitialised:!1,aoOpenRows:[],sDom:null,searchDelay:null,sPaginationType:"two_button",pagingControls:0,iStateDuration:0,aoStateSave:[],aoStateLoad:[],oSavedState:null,oLoadedState:null,bAjaxDataGet:!0,jqXHR:null,json:void 0,oAjaxData:void 0,sServerMethod:null,fnFormatNumber:null,aLengthMenu:null,iDraw:0,bDrawing:!1,iDrawError:-1,_iDisplayLength:10,_iDisplayStart:0,_iRecordsTotal:0,_iRecordsDisplay:0,oClasses:{},bFiltered:!1,bSorted:!1,bSortCellsTop:null,oInit:null,aoDestroyCallback:[],fnRecordsTotal:function(){return Ee(this)=="ssp"?this._iRecordsTotal*1:this.aiDisplayMaster.length},fnRecordsDisplay:function(){return Ee(this)=="ssp"?this._iRecordsDisplay*1:this.aiDisplay.length},fnDisplayEnd:function(){var t=this._iDisplayLength,e=this._iDisplayStart,n=e+t,r=this.aiDisplay.length,s=this.oFeatures,i=s.bPaginate;return s.bServerSide?i===!1||t===-1?e+r:Math.min(e+t,this._iRecordsDisplay):!i||n>r||t===-1?r:n},oInstance:null,sInstance:null,iTabIndex:0,nScrollHead:null,nScrollFoot:null,aLastSort:[],oPlugins:{},rowIdFn:null,rowId:null,caption:"",captionNode:null,colgroup:null,deferLoading:null,typeDetect:!0};var zl=bt.ext.pager;H.extend(zl,{simple:function(){return["previous","next"]},full:function(){return["first","previous","next","last"]},numbers:function(){return["numbers"]},simple_numbers:function(){return["previous","numbers","next"]},full_numbers:function(){return["first","previous","numbers","next","last"]},first_last:function(){return["first","last"]},first_last_numbers:function(){return["first","numbers","last"]},_numbers:Ss,numbers_length:7});H.extend(!0,bt.ext.renderer,{pagingButton:{_:function(t,e,n,r,s){var i=t.oClasses.paging,o=[i.button],u;return r&&o.push(i.active),s&&o.push(i.disabled),e==="ellipsis"?u=H('<span class="ellipsis"></span>').html(n)[0]:u=H("<button>",{class:o.join(" "),role:"link",type:"button"}).html(n),{display:u,clicker:u}}},pagingContainer:{_:function(t,e){return e}}});var ir=function(t,e){return function(n){return He(n)||typeof n!="string"||(n=n.replace(Jo," "),t&&(n=gn(n)),e&&(n=Dr(n,!1))),n}};function Ya(t,e,n,r,s){return wn?t[e](s):dn?t[n](s):r?t[r](s):t}var $a=!1,dn,wn;function jl(){window.luxon&&!dn&&(dn=window.luxon),window.moment&&!wn&&(wn=window.moment)}function Br(t,e,n){var r;if(jl(),wn){if(r=wn.utc(t,e,n,!0),!r.isValid())return null}else if(dn){if(r=e&&typeof t=="string"?dn.DateTime.fromFormat(t,e):dn.DateTime.fromISO(t),!r.isValid)return null;r.setLocale(n)}else e?($a||alert("DataTables warning: Formatted date without Moment.js or Luxon - https://datatables.net/tn/17"),$a=!0):r=new Date(t);return r}function gi(t){return function(e,n,r,s){arguments.length===0?(r="en",n=null,e=null):arguments.length===1?(r="en",n=e,e=null):arguments.length===2&&(r=n,n=e,e=null);var i="datetime"+(n?"-"+n:"");return bt.ext.type.order[i]||bt.type(i,{detect:function(o){return o===i?i:!1},order:{pre:function(o){return o.valueOf()}},className:"dt-right"}),function(o,u){if(o==null)if(s==="--now"){var p=new Date;o=new Date(Date.UTC(p.getFullYear(),p.getMonth(),p.getDate(),p.getHours(),p.getMinutes(),p.getSeconds()))}else o="";if(u==="type")return i;if(o==="")return u!=="sort"?"":Br("0000-01-01 00:00:00",null,r);if(n!==null&&e===n&&u!=="sort"&&u!=="type"&&!(o instanceof Date))return o;var b=Br(o,e,r);if(b===null)return o;if(u==="sort")return b;var g=n===null?Ya(b,"toDate","toJSDate","")[t]():Ya(b,"format","toFormat","toISOString",n);return u==="display"?Nn(g):g}}}var Cs=",",Ts=".";if(window.Intl!==void 0)try{for(Bn=new Intl.NumberFormat().formatToParts(100000.1),Ne=0;Ne<Bn.length;Ne++)Bn[Ne].type==="group"?Cs=Bn[Ne].value:Bn[Ne].type==="decimal"&&(Ts=Bn[Ne].value)}catch{}var Bn,Ne;bt.datetime=function(t,e){var n="datetime-"+t;e||(e="en"),bt.ext.type.order[n]||bt.type(n,{detect:function(r){var s=Br(r,t,e);return r===""||s?n:!1},order:{pre:function(r){return Br(r,t,e)||0}},className:"dt-right"})};bt.render={date:gi("toLocaleDateString"),datetime:gi("toLocaleString"),time:gi("toLocaleTimeString"),number:function(t,e,n,r,s){return t==null&&(t=Cs),e==null&&(e=Ts),{display:function(i){if(typeof i!="number"&&typeof i!="string"||i===""||i===null)return i;var o=i<0?"-":"",u=parseFloat(i),p=Math.abs(u);if(p>=1e11||p<1e-4&&p!==0){var b=u.toExponential(n).split(/e\+?/);return b[0]+" x 10<sup>"+b[1]+"</sup>"}if(isNaN(u))return Nn(i);u=u.toFixed(n),i=Math.abs(u);var g=parseInt(i,10),m=n?e+(i-g).toFixed(n).substring(2):"";return g===0&&parseFloat(m)===0&&(o=""),o+(r||"")+g.toString().replace(/\B(?=(\d{3})+(?!\d))/g,t)+m+(s||"")}}},text:function(){return{display:Nn,filter:Nn}}};var me=bt.ext.type;bt.type=function(t,e,n){if(!e)return{className:me.className[t],detect:me.detect.find(function(o){return o.name===t}),order:{pre:me.order[t+"-pre"],asc:me.order[t+"-asc"],desc:me.order[t+"-desc"]},render:me.render[t],search:me.search[t]};var r=function(o,u){me[o][t]=u},s=function(o){Object.defineProperty(o,"name",{value:t});var u=me.detect.findIndex(function(p){return p.name===t});u===-1?me.detect.unshift(o):me.detect.splice(u,1,o)},i=function(o){me.order[t+"-pre"]=o.pre,me.order[t+"-asc"]=o.asc,me.order[t+"-desc"]=o.desc};n===void 0&&(n=e,e=null),e==="className"?r("className",n):e==="detect"?s(n):e==="order"?i(n):e==="render"?r("render",n):e==="search"?r("search",n):e||(n.className&&r("className",n.className),n.detect!==void 0&&s(n.detect),n.order&&i(n.order),n.render!==void 0&&r("render",n.render),n.search!==void 0&&r("search",n.search))};bt.types=function(){return me.detect.map(function(t){return t.name})};var Za=function(t,e){return t=t.toString().toLowerCase(),e=e.toString().toLowerCase(),t.localeCompare(e,navigator.languages[0]||navigator.language,{numeric:!0,ignorePunctuation:!0})};bt.type("string",{detect:function(){return"string"},order:{pre:function(t){return He(t)&&typeof t!="boolean"?"":typeof t=="string"?t.toLowerCase():t.toString?t.toString():""}},search:ir(!1,!0)});bt.type("string-utf8",{detect:{allOf:function(t){return!0},oneOf:function(t){return!He(t)&&navigator.languages&&typeof t=="string"&&t.match(/[^\x00-\x7F]/)}},order:{asc:Za,desc:function(t,e){return Za(t,e)*-1}},search:ir(!1,!0)});bt.type("html",{detect:{allOf:function(t){return He(t)||typeof t=="string"&&t.indexOf("<")!==-1},oneOf:function(t){return!He(t)&&typeof t=="string"&&t.indexOf("<")!==-1}},order:{pre:function(t){return He(t)?"":t.replace?gn(t).trim().toLowerCase():t+""}},search:ir(!0,!0)});bt.type("date",{className:"dt-type-date",detect:{allOf:function(t){if(t&&!(t instanceof Date)&&!za.test(t))return null;var e=Date.parse(t);return e!==null&&!isNaN(e)||He(t)},oneOf:function(t){return t instanceof Date||typeof t=="string"&&za.test(t)}},order:{pre:function(t){var e=Date.parse(t);return isNaN(e)?-1/0:e}}});bt.type("html-num-fmt",{className:"dt-type-numeric",detect:{allOf:function(t,e){var n=e.oLanguage.sDecimal;return Sr(t,n,!0,!1)},oneOf:function(t,e){var n=e.oLanguage.sDecimal;return Sr(t,n,!0,!1)}},order:{pre:function(t,e){var n=e.oLanguage.sDecimal;return Hr(t,n,Si,Di)}},search:ir(!0,!0)});bt.type("html-num",{className:"dt-type-numeric",detect:{allOf:function(t,e){var n=e.oLanguage.sDecimal;return Sr(t,n,!1,!0)},oneOf:function(t,e){var n=e.oLanguage.sDecimal;return Sr(t,n,!1,!1)}},order:{pre:function(t,e){var n=e.oLanguage.sDecimal;return Hr(t,n,Si)}},search:ir(!0,!0)});bt.type("num-fmt",{className:"dt-type-numeric",detect:{allOf:function(t,e){var n=e.oLanguage.sDecimal;return Qn(t,n,!0,!0)},oneOf:function(t,e){var n=e.oLanguage.sDecimal;return Qn(t,n,!0,!1)}},order:{pre:function(t,e){var n=e.oLanguage.sDecimal;return Hr(t,n,Di)}}});bt.type("num",{className:"dt-type-numeric",detect:{allOf:function(t,e){var n=e.oLanguage.sDecimal;return Qn(t,n,!1,!0)},oneOf:function(t,e){var n=e.oLanguage.sDecimal;return Qn(t,n,!1,!1)}},order:{pre:function(t,e){var n=e.oLanguage.sDecimal;return Hr(t,n)}}});var Hr=function(t,e,n,r){if(t!==0&&(!t||t==="-"))return-1/0;var s=typeof t;return s==="number"||s==="bigint"?t:(e&&(t=Qa(t,e)),t.replace&&(n&&(t=t.replace(n,"")),r&&(t=t.replace(r,""))),t*1)};H.extend(!0,bt.ext.renderer,{footer:{_:function(t,e,n){e.addClass(n.tfoot.cell)}},header:{_:function(t,e,n){e.addClass(n.thead.cell),t.oFeatures.bSort||e.addClass(n.order.none);var r=t.bSortCellsTop,s=e.closest("thead").find("tr"),i=e.parent().index();e.attr("data-dt-order")==="disable"||e.parent().attr("data-dt-order")==="disable"||r===!0&&i!==0||r===!1&&i!==s.length-1||H(t.nTable).on("order.dt.DT column-visibility.dt.DT",function(o,u){if(t===u){var p=u.sortDetails;if(p){var b,g=n.order,m=u.api.columns(e),C=t.aoColumns[m.flatten()[0]],y=m.orderable().includes(!0),T="",P=m.indexes(),c=m.orderable(!0).flatten(),l=Ce(p,"col");e.removeClass(g.isAsc+" "+g.isDesc).toggleClass(g.none,!y).toggleClass(g.canAsc,y&&c.includes("asc")).toggleClass(g.canDesc,y&&c.includes("desc"));var h=!0;for(b=0;b<P.length;b++)l.includes(P[b])||(h=!1);if(h){var _=m.order();e.addClass(_.includes("asc")?g.isAsc:""+_.includes("desc")?g.isDesc:"")}var F=-1;for(b=0;b<l.length;b++)if(t.aoColumns[l[b]].bVisible){F=l[b];break}if(P[0]==F){var O=p[0],f=C.asSorting;e.attr("aria-sort",O.dir==="asc"?"ascending":"descending"),T=f[O.index+1]?"Reverse":"Remove"}else e.removeAttr("aria-sort");e.attr("aria-label",y?C.ariaTitle+u.api.i18n("oAria.orderable"+T):C.ariaTitle),y&&(e.find(".dt-column-title").attr("role","button"),e.attr("tabindex",0))}}})}},layout:{_:function(t,e,n){var r=t.oClasses.layout,s=H("<div/>").attr("id",n.id||null).addClass(n.className||r.row).appendTo(e);H.each(n,function(i,o){if(!(i==="id"||i==="className")){var u="";o.table&&(s.addClass(r.tableRow),u+=r.tableCell+" "),i==="start"?u+=r.start:i==="end"?u+=r.end:u+=r.full,H("<div/>").attr({id:o.id||null,class:o.className?o.className:r.cell+" "+u}).append(o.contents).appendTo(s)}})}}});bt.feature={};bt.feature.register=function(t,e,n){bt.ext.features[t]=e,n&&le.feature.push({cFeature:n,fnInit:e})};function Cr(t,e,n){n&&(t[e]=n)}bt.feature.register("div",function(t,e){var n=H("<div>")[0];return e&&(Cr(n,"className",e.className),Cr(n,"id",e.id),Cr(n,"innerHTML",e.html),Cr(n,"textContent",e.text)),n});bt.feature.register("info",function(t,e){if(!t.oFeatures.bInfo)return null;var n=t.oLanguage,r=t.sTableId,s=H("<div/>",{class:t.oClasses.info.container});return e=H.extend({callback:n.fnInfoCallback,empty:n.sInfoEmpty,postfix:n.sInfoPostFix,search:n.sInfoFiltered,text:n.sInfo},e),t.aoDrawCallback.push(function(i){Ml(i,e,s)}),t._infoEl||(s.attr({"aria-live":"polite",id:r+"_info",role:"status"}),H(t.nTable).attr("aria-describedby",r+"_info"),t._infoEl=s),s},"i");function Ml(t,e,n){var r=t._iDisplayStart+1,s=t.fnDisplayEnd(),i=t.fnRecordsTotal(),o=t.fnRecordsDisplay(),u=o?e.text:e.empty;o!==i&&(u+=" "+e.search),u+=e.postfix,u=ji(t,u),e.callback&&(u=e.callback.call(t.oInstance,t,r,s,i,o,u)),n.html(u),Zt(t,null,"info",[t,n[0],u])}var yi=0;bt.feature.register("search",function(t,e){if(!t.oFeatures.bFilter)return null;var n=t.oClasses.search,r=t.sTableId,s=t.oLanguage,i=t.oPreviousSearch,o='<input type="search" class="'+n.input+'"/>';e=H.extend({placeholder:s.sSearchPlaceholder,processing:!1,text:s.sSearch},e),e.text.indexOf("_INPUT_")===-1&&(e.text+="_INPUT_"),e.text=ji(t,e.text);var u=e.text.match(/_INPUT_$/),p=e.text.match(/^_INPUT_/),b=e.text.replace(/_INPUT_/,""),g="<label>"+e.text+"</label>";p?g="_INPUT_<label>"+b+"</label>":u&&(g="<label>"+b+"</label>_INPUT_");var m=H("<div>").addClass(n.container).append(g.replace(/_INPUT_/,o));m.find("label").attr("for","dt-search-"+yi),m.find("input").attr("id","dt-search-"+yi),yi++;var C=function(P){var c=this.value;i.return&&P.key!=="Enter"||c!=i.search&&us(t,e.processing,function(){i.search=c,tr(t,i),t._iDisplayStart=0,Ln(t)})},y=t.searchDelay!==null?t.searchDelay:0,T=H("input",m).val(i.search).attr("placeholder",e.placeholder).on("keyup.DT search.DT input.DT paste.DT cut.DT",y?bt.util.debounce(C,y):C).on("mouseup.DT",function(P){setTimeout(function(){C.call(T[0],P)},10)}).on("keypress.DT",function(P){if(P.keyCode==13)return!1}).attr("aria-controls",r);return H(t.nTable).on("search.dt.DT",function(P,c){t===c&&T[0]!==document.activeElement&&T.val(typeof i.search!="function"?i.search:"")}),m},"f");bt.feature.register("paging",function(t,e){if(!t.oFeatures.bPaginate)return null;e=H.extend({buttons:bt.ext.pager.numbers_length,type:t.sPaginationType,boundaryNumbers:!0,firstLast:!0,previousNext:!0,numbers:!0},e);var n=H("<div/>").addClass(t.oClasses.paging.container+(e.type?" paging_"+e.type:"")).append(H("<nav>").attr("aria-label","pagination").addClass(t.oClasses.paging.nav)),r=function(){ks(t,n.children(),e)};return t.aoDrawCallback.push(r),H(t.nTable).on("column-sizing.dt.DT",r),n},"p");function Vl(t){var e=[];return t.numbers&&e.push("numbers"),t.previousNext&&(e.unshift("previous"),e.push("next")),t.firstLast&&(e.unshift("first"),e.push("last")),e}function ks(t,e,n){if(t._bInitComplete){for(var r=n.type?bt.ext.pager[n.type]:Vl,s=t.oLanguage.oAria.paginate||{},i=t._iDisplayStart,o=t._iDisplayLength,u=t.fnRecordsDisplay(),p=o===-1,b=p?0:Math.ceil(i/o),g=p?1:Math.ceil(u/o),m=r(n).map(function(F){return F==="numbers"?Ss(b,g,n.buttons,n.boundaryNumbers):F}).flat(),C=[],y=0;y<m.length;y++){var T=m[y],P=Hl(t,T,b,g),c=Fr(t,"pagingButton")(t,T,P.display,P.active,P.disabled),l=typeof T=="string"?s[T]:s.number?s.number+(T+1):null;H(c.clicker).attr({"aria-controls":t.sTableId,"aria-disabled":P.disabled?"true":null,"aria-current":P.active?"page":null,"aria-label":l,"data-dt-idx":T,tabIndex:P.disabled?-1:t.iTabIndex?t.iTabIndex:null}),typeof T!="number"&&H(c.clicker).addClass(T),ms(c.clicker,{action:T},function(F){F.preventDefault(),Li(t,F.data.action,!0)}),C.push(c.display)}var h=Fr(t,"pagingContainer")(t,C),_=e.find(document.activeElement).data("dt-idx");e.empty().append(h),_!==void 0&&e.find("[data-dt-idx="+_+"]").trigger("focus"),C.length&&n.buttons>1&&H(e).height()>=H(C[0]).outerHeight()*2-10&&ks(t,e,H.extend({},n,{buttons:n.buttons-2}))}}function Hl(t,e,n,r){var s=t.oLanguage.oPaginate,i={display:"",active:!1,disabled:!1};switch(e){case"ellipsis":i.display="&#x2026;",i.disabled=!0;break;case"first":i.display=s.sFirst,n===0&&(i.disabled=!0);break;case"previous":i.display=s.sPrevious,n===0&&(i.disabled=!0);break;case"next":i.display=s.sNext,(r===0||n===r-1)&&(i.disabled=!0);break;case"last":i.display=s.sLast,(r===0||n===r-1)&&(i.disabled=!0);break;default:typeof e=="number"&&(i.display=t.fnFormatNumber(e+1),n===e&&(i.active=!0));break}return i}function Ss(t,e,n,r){var s=[],i=Math.floor(n/2),o=r?2:1,u=r?1:0;return e<=n?s=an(0,e):n===1?s=[t]:n===3?t<=1?s=[0,1,"ellipsis"]:t>=e-2?(s=an(e-2,e),s.unshift("ellipsis")):s=["ellipsis",t,"ellipsis"]:t<=i?(s=an(0,n-o),s.push("ellipsis"),r&&s.push(e-1)):t>=e-1-i?(s=an(e-(n-o),e),s.unshift("ellipsis"),r&&s.unshift(0)):(s=an(t-i+o,t+i-u),s.push("ellipsis"),s.unshift("ellipsis"),r&&(s.push(e-1),s.unshift(0))),s}var wi=0;bt.feature.register("pageLength",function(t,e){var n=t.oFeatures;if(!n.bPaginate||!n.bLengthChange)return null;e=H.extend({menu:t.aLengthMenu,text:t.oLanguage.sLengthMenu},e);var r=t.oClasses.length,s=t.sTableId,i=e.menu,o=[],u=[],p;if(Array.isArray(i[0]))o=i[0],u=i[1];else for(p=0;p<i.length;p++)H.isPlainObject(i[p])?(o.push(i[p].value),u.push(i[p].label)):(o.push(i[p]),u.push(i[p]));var b=e.text.match(/_MENU_$/),g=e.text.match(/^_MENU_/),m=e.text.replace(/_MENU_/,""),C="<label>"+e.text+"</label>";g?C="_MENU_<label>"+m+"</label>":b&&(C="<label>"+m+"</label>_MENU_");var y="tmp-"+ +new Date,T=H("<div/>").addClass(r.container).append(C.replace("_MENU_",'<span id="'+y+'"></span>')),P=[];T.find("label")[0].childNodes.forEach(function(h){h.nodeType===Node.TEXT_NODE&&P.push({el:h,text:h.textContent})});var c=function(h){P.forEach(function(_){_.el.textContent=ji(t,_.text,h)})},l=H("<select/>",{name:s+"_length","aria-controls":s,class:r.select});for(p=0;p<o.length;p++)l[0][p]=new Option(typeof u[p]=="number"?t.fnFormatNumber(u[p]):u[p],o[p]);return T.find("label").attr("for","dt-length-"+wi),l.attr("id","dt-length-"+wi),wi++,T.find("#"+y).replaceWith(l),H("select",T).val(t._iDisplayLength).on("change.DT",function(){ds(t,H(this).val()),Ln(t)}),H(t.nTable).on("length.dt.DT",function(h,_,F){t===_&&(H("select",T).val(F),c(F))}),c(t._iDisplayLength),T},"l");H.fn.dataTable=bt;bt.$=H;H.fn.dataTableSettings=bt.settings;H.fn.dataTableExt=bt.ext;H.fn.DataTable=function(t){return H(this).dataTable(t).api()};H.each(bt,function(t,e){H.fn.DataTable[t]=e});var at=bt;var Le=at;var $l=ie(ae(),1);var Ps=ie(ae(),1);var ht=Ps.default,Wl=0,Gl=0,Se=at.ext.buttons,qi=null;function Xi(t,e,n){ht.fn.animate?t.stop().fadeIn(e,n):(t.css("display","block"),n&&n.call(t))}function Yi(t,e,n){ht.fn.animate?t.stop().fadeOut(e,n):(t.css("display","none"),n&&n.call(t))}var te=function(t,e){if(!at.versionCheck("2"))throw"Warning: Buttons requires DataTables 2 or newer";if(!(this instanceof te))return function(n){return new te(n,t).container()};typeof e>"u"&&(e={}),e===!0&&(e={}),Array.isArray(e)&&(e={buttons:e}),this.c=ht.extend(!0,{},te.defaults,e),e.buttons&&(this.c.buttons=e.buttons),this.s={dt:new at.Api(t),buttons:[],listenKeys:"",namespace:"dtb"+Wl++},this.dom={container:ht("<"+this.c.dom.container.tag+"/>").addClass(this.c.dom.container.className)},this._constructor()};ht.extend(te.prototype,{action:function(t,e){var n=this._nodeToButton(t);return e===void 0?n.conf.action:(n.conf.action=e,this)},active:function(t,e){var n=this._nodeToButton(t),r=this.c.dom.button.active,s=ht(n.node);return n.inCollection&&this.c.dom.collection.button&&this.c.dom.collection.button.active!==void 0&&(r=this.c.dom.collection.button.active),e===void 0?s.hasClass(r):(s.toggleClass(r,e===void 0?!0:e),this)},add:function(t,e,n){var r=this.s.buttons;if(typeof e=="string"){for(var s=e.split("-"),i=this.s,o=0,u=s.length-1;o<u;o++)i=i.buttons[s[o]*1];r=i.buttons,e=s[s.length-1]*1}return this._expandButton(r,t,t!==void 0?t.split:void 0,(t===void 0||t.split===void 0||t.split.length===0)&&i!==void 0,!1,e),(n===void 0||n===!0)&&this._draw(),this},collectionRebuild:function(t,e){var n=this._nodeToButton(t);if(e!==void 0){var r;for(r=n.buttons.length-1;r>=0;r--)this.remove(n.buttons[r].node);for(n.conf.prefixButtons&&e.unshift.apply(e,n.conf.prefixButtons),n.conf.postfixButtons&&e.push.apply(e,n.conf.postfixButtons),r=0;r<e.length;r++){var s=e[r];this._expandButton(n.buttons,s,s!==void 0&&s.config!==void 0&&s.config.split!==void 0,!0,s.parentConf!==void 0&&s.parentConf.split!==void 0,null,s.parentConf)}}this._draw(n.collection,n.buttons)},container:function(){return this.dom.container},disable:function(t){var e=this._nodeToButton(t);return ht(e.node).addClass(this.c.dom.button.disabled).prop("disabled",!0),this},destroy:function(){ht("body").off("keyup."+this.s.namespace);var t=this.s.buttons.slice(),e,n;for(e=0,n=t.length;e<n;e++)this.remove(t[e].node);this.dom.container.remove();var r=this.s.dt.settings()[0];for(e=0,n=r.length;e<n;e++)if(r.inst===this){r.splice(e,1);break}return this},enable:function(t,e){if(e===!1)return this.disable(t);var n=this._nodeToButton(t);return ht(n.node).removeClass(this.c.dom.button.disabled).prop("disabled",!1),this},index:function(t,e,n){e||(e="",n=this.s.buttons);for(var r=0,s=n.length;r<s;r++){var i=n[r].buttons;if(n[r].node===t)return e+r;if(i&&i.length){var o=this.index(t,r+"-",i);if(o!==null)return o}}return null},name:function(){return this.c.name},node:function(t){if(!t)return this.dom.container;var e=this._nodeToButton(t);return ht(e.node)},processing:function(t,e){var n=this.s.dt,r=this._nodeToButton(t);return e===void 0?ht(r.node).hasClass("processing"):(ht(r.node).toggleClass("processing",e),ht(n.table().node()).triggerHandler("buttons-processing.dt",[e,n.button(t),n,ht(t),r.conf]),this)},remove:function(t){var e=this._nodeToButton(t),n=this._nodeToHost(t),r=this.s.dt;if(e.buttons.length)for(var s=e.buttons.length-1;s>=0;s--)this.remove(e.buttons[s].node);e.conf.destroying=!0,e.conf.destroy&&e.conf.destroy.call(r.button(t),r,ht(t),e.conf),this._removeKey(e.conf),ht(e.node).remove();var i=ht.inArray(e,n);return n.splice(i,1),this},text:function(t,e){var n=this._nodeToButton(t),r=n.textNode,s=this.s.dt,i=ht(n.node),o=function(u){return typeof u=="function"?u(s,i,n.conf):u};return e===void 0?o(n.conf.text):(n.conf.text=e,r.html(o(e)),this)},_constructor:function(){var t=this,e=this.s.dt,n=e.settings()[0],r=this.c.buttons;n._buttons||(n._buttons=[]),n._buttons.push({inst:this,name:this.c.name});for(var s=0,i=r.length;s<i;s++)this.add(r[s]);e.on("destroy",function(o,u){u===n&&t.destroy()}),ht("body").on("keyup."+this.s.namespace,function(o){if(!document.activeElement||document.activeElement===document.body){var u=String.fromCharCode(o.keyCode).toLowerCase();t.s.listenKeys.toLowerCase().indexOf(u)!==-1&&t._keypress(u,o)}})},_addKey:function(t){t.key&&(this.s.listenKeys+=ht.isPlainObject(t.key)?t.key.key:t.key)},_draw:function(t,e){t||(t=this.dom.container,e=this.s.buttons),t.children().detach();for(var n=0,r=e.length;n<r;n++)t.append(e[n].inserter),t.append(" "),e[n].buttons&&e[n].buttons.length&&this._draw(e[n].collection,e[n].buttons)},_expandButton:function(t,e,n,r,s,i,o){var u=this.s.dt,p=!1,b=this.c.dom.collection,g=Array.isArray(e)?e:[e];e===void 0&&(g=Array.isArray(n)?n:[n]);for(var m=0,C=g.length;m<C;m++){var y=this._resolveExtends(g[m]);if(y){if(p=!!(y.config&&y.config.split),Array.isArray(y)){this._expandButton(t,y,T!==void 0&&T.conf!==void 0?T.conf.split:void 0,r,o!==void 0&&o.split!==void 0,i,o);continue}var T=this._buildButton(y,r,y.split!==void 0||y.config!==void 0&&y.config.split!==void 0,s);if(T){if(i!=null?(t.splice(i,0,T),i++):t.push(T),T.conf.buttons&&(T.collection=ht("<"+b.container.content.tag+"/>"),T.conf._collection=T.collection,ht(T.node).append(b.action.dropHtml),this._expandButton(T.buttons,T.conf.buttons,T.conf.split,!p,p,i,T.conf)),T.conf.split){T.collection=ht("<"+b.container.tag+"/>"),T.conf._collection=T.collection;for(var P=0;P<T.conf.split.length;P++){var c=T.conf.split[P];typeof c=="object"&&(c.parent=o,c.collectionLayout===void 0&&(c.collectionLayout=T.conf.collectionLayout),c.dropup===void 0&&(c.dropup=T.conf.dropup),c.fade===void 0&&(c.fade=T.conf.fade))}this._expandButton(T.buttons,T.conf.buttons,T.conf.split,!p,p,i,T.conf)}T.conf.parent=o,y.init&&y.init.call(u.button(T.node),u,ht(T.node),y)}}}},_buildButton:function(t,e,n,r){var s=this,i=this.c.dom,o,u=this.s.dt,p=function(Q){return typeof Q=="function"?Q(u,m,t):Q},b=ht.extend(!0,{},i.button);if(e&&n&&i.collection.split?ht.extend(!0,b,i.collection.split.action):r||e?ht.extend(!0,b,i.collection.button):n&&ht.extend(!0,b,i.split.button),t.spacer){var g=ht("<"+b.spacer.tag+"/>").addClass("dt-button-spacer "+t.style+" "+b.spacer.className).html(p(t.text));return{conf:t,node:g,inserter:g,buttons:[],inCollection:e,isSplit:n,collection:null,textNode:g}}if(t.available&&!t.available(u,t)&&!t.html)return!1;var m;if(t.html)m=ht(t.html);else{var C=function(Q,E,$,w,k){w.action.call(E.button($),Q,E,$,w,k),ht(E.table().node()).triggerHandler("buttons-action.dt",[E.button($),E,$,w])},y=function(Q,E,$,w){w.async?(s.processing($[0],!0),setTimeout(function(){C(Q,E,$,w,function(){s.processing($[0],!1)})},w.async)):C(Q,E,$,w,function(){})},T=t.tag||b.tag,P=t.clickBlurs===void 0?!0:t.clickBlurs;if(m=ht("<"+T+"/>").addClass(b.className).attr("tabindex",this.s.dt.settings()[0].iTabIndex).attr("aria-controls",this.s.dt.table().node().id).on("click.dtb",function(Q){Q.preventDefault(),!m.hasClass(b.disabled)&&t.action&&y(Q,u,m,t),P&&m.trigger("blur")}).on("keypress.dtb",function(Q){Q.keyCode===13&&(Q.preventDefault(),!m.hasClass(b.disabled)&&t.action&&y(Q,u,m,t))}),T.toLowerCase()==="a"&&m.attr("href","#"),T.toLowerCase()==="button"&&m.attr("type","button"),b.liner.tag){var c=ht("<"+b.liner.tag+"/>").html(p(t.text)).addClass(b.liner.className);b.liner.tag.toLowerCase()==="a"&&c.attr("href","#"),m.append(c),o=c}else m.html(p(t.text)),o=m;t.enabled===!1&&m.addClass(b.disabled),t.className&&m.addClass(t.className),t.titleAttr&&m.attr("title",p(t.titleAttr)),t.attr&&m.attr(t.attr),t.namespace||(t.namespace=".dt-button-"+Gl++),t.config!==void 0&&t.config.split&&(t.split=t.config.split)}var l=this.c.dom.buttonContainer,h;l&&l.tag?h=ht("<"+l.tag+"/>").addClass(l.className).append(m):h=m,this._addKey(t),this.c.buttonCreated&&(h=this.c.buttonCreated(t,h));var _;if(n){var F=e?ht.extend(!0,this.c.dom.split,this.c.dom.collection.split):this.c.dom.split,O=F.wrapper;_=ht("<"+O.tag+"/>").addClass(O.className).append(m);var f=ht.extend(t,{align:F.dropdown.align,attr:{"aria-haspopup":"dialog","aria-expanded":!1},className:F.dropdown.className,closeButton:!1,splitAlignClass:F.dropdown.splitAlignClass,text:F.dropdown.text});this._addKey(f);var U=function(Q,E,$,w){Se.split.action.call(E.button(_),Q,E,$,w),ht(E.table().node()).triggerHandler("buttons-action.dt",[E.button($),E,$,w]),$.attr("aria-expanded",!0)},X=ht('<button class="'+F.dropdown.className+' dt-button"></button>').html(F.dropdown.dropHtml).on("click.dtb",function(Q){Q.preventDefault(),Q.stopPropagation(),X.hasClass(b.disabled)||U(Q,u,X,f),P&&X.trigger("blur")}).on("keypress.dtb",function(Q){Q.keyCode===13&&(Q.preventDefault(),X.hasClass(b.disabled)||U(Q,u,X,f))});t.split.length===0&&X.addClass("dtb-hide-drop"),_.append(X).attr(f.attr)}return{conf:t,node:n?_.get(0):m.get(0),inserter:n?_:h,buttons:[],inCollection:e,isSplit:n,inSplit:r,collection:null,textNode:o}},_nodeToButton:function(t,e){e||(e=this.s.buttons);for(var n=0,r=e.length;n<r;n++){if(e[n].node===t)return e[n];if(e[n].buttons.length){var s=this._nodeToButton(t,e[n].buttons);if(s)return s}}},_nodeToHost:function(t,e){e||(e=this.s.buttons);for(var n=0,r=e.length;n<r;n++){if(e[n].node===t)return e;if(e[n].buttons.length){var s=this._nodeToHost(t,e[n].buttons);if(s)return s}}},_keypress:function(t,e){if(!e._buttonsHandled){var n=function(s,i){if(s.key){if(s.key===t)e._buttonsHandled=!0,ht(i).click();else if(ht.isPlainObject(s.key)){if(s.key.key!==t||s.key.shiftKey&&!e.shiftKey||s.key.altKey&&!e.altKey||s.key.ctrlKey&&!e.ctrlKey||s.key.metaKey&&!e.metaKey)return;e._buttonsHandled=!0,ht(i).click()}}},r=function(s){for(var i=0,o=s.length;i<o;i++)n(s[i].conf,s[i].node),s[i].buttons.length&&r(s[i].buttons)};r(this.s.buttons)}},_removeKey:function(t){if(t.key){var e=ht.isPlainObject(t.key)?t.key.key:t.key,n=this.s.listenKeys.split(""),r=ht.inArray(e,n);n.splice(r,1),this.s.listenKeys=n.join("")}},_resolveExtends:function(t){var e=this,n=this.s.dt,r,s,i=function(g){for(var m=0;!ht.isPlainObject(g)&&!Array.isArray(g);){if(g===void 0)return;if(typeof g=="function"){if(g=g.call(e,n,t),!g)return!1}else if(typeof g=="string"){if(!Se[g])return{html:g};g=Se[g]}if(m++,m>30)throw"Buttons: Too many iterations"}return Array.isArray(g)?g:ht.extend({},g)};for(t=i(t);t&&t.extend;){if(!Se[t.extend])throw"Cannot extend unknown button type: "+t.extend;var o=i(Se[t.extend]);if(Array.isArray(o))return o;if(!o)return!1;var u=o.className;t.config!==void 0&&o.config!==void 0&&(t.config=ht.extend({},o.config,t.config)),t=ht.extend({},o,t),u&&t.className!==u&&(t.className=u+" "+t.className),t.extend=o.extend}var p=t.postfixButtons;if(p)for(t.buttons||(t.buttons=[]),r=0,s=p.length;r<s;r++)t.buttons.push(p[r]);var b=t.prefixButtons;if(b)for(t.buttons||(t.buttons=[]),r=0,s=b.length;r<s;r++)t.buttons.splice(r,0,b[r]);return t},_popover:function(t,e,n){var r=e,s=this.c,i=!1,o=ht.extend({align:"button-left",autoClose:!1,background:!0,backgroundClassName:"dt-button-background",closeButton:!0,containerClassName:s.dom.collection.container.className,contentClassName:s.dom.collection.container.content.className,collectionLayout:"",collectionTitle:"",dropup:!1,fade:400,popoverTitle:"",rightAlignClassName:"dt-button-right",tag:s.dom.collection.container.tag},n),u=o.tag+"."+o.containerClassName.replace(/ /g,"."),p=e.node(),b=function(){i=!0,Yi(ht(u),o.fade,function(){ht(this).detach()}),ht(r.buttons('[aria-haspopup="dialog"][aria-expanded="true"]').nodes()).attr("aria-expanded","false"),ht("div.dt-button-background").off("click.dtb-collection"),te.background(!1,o.backgroundClassName,o.fade,p),ht(window).off("resize.resize.dtb-collection"),ht("body").off(".dtb-collection"),r.off("buttons-action.b-internal"),r.off("destroy")};if(t===!1){b();return}var g=ht(r.buttons('[aria-haspopup="dialog"][aria-expanded="true"]').nodes());g.length&&(p.closest(u).length&&(p=g.eq(0)),b());var m=ht(".dt-button",t).length,C="";m===3?C="dtb-b3":m===2?C="dtb-b2":m===1&&(C="dtb-b1");var y=ht("<"+o.tag+"/>").addClass(o.containerClassName).addClass(o.collectionLayout).addClass(o.splitAlignClass).addClass(C).css("display","none").attr({"aria-modal":!0,role:"dialog"});t=ht(t).addClass(o.contentClassName).attr("role","menu").appendTo(y),p.attr("aria-expanded","true"),p.parents("body")[0]!==document.body&&(p=document.body.lastChild),o.popoverTitle?y.prepend('<div class="dt-button-collection-title">'+o.popoverTitle+"</div>"):o.collectionTitle&&y.prepend('<div class="dt-button-collection-title">'+o.collectionTitle+"</div>"),o.closeButton&&y.prepend('<div class="dtb-popover-close">&times;</div>').addClass("dtb-collection-closeable"),Xi(y.insertAfter(p),o.fade);var T=ht(e.table().container()),P=y.css("position");if((o.span==="container"||o.align==="dt-container")&&(p=p.parent(),y.css("width",T.width())),P==="absolute"){var c=ht(p[0].offsetParent),l=p.position(),h=p.offset(),_=c.offset(),F=c.position(),O=window.getComputedStyle(c[0]);_.height=c.outerHeight(),_.width=c.width()+parseFloat(O.paddingLeft),_.right=_.left+_.width,_.bottom=_.top+_.height;var f=l.top+p.outerHeight(),U=l.left;y.css({top:f,left:U}),O=window.getComputedStyle(y[0]);var X=y.offset();X.height=y.outerHeight(),X.width=y.outerWidth(),X.right=X.left+X.width,X.bottom=X.top+X.height,X.marginTop=parseFloat(O.marginTop),X.marginBottom=parseFloat(O.marginBottom),o.dropup&&(f=l.top-X.height-X.marginTop-X.marginBottom),(o.align==="button-right"||y.hasClass(o.rightAlignClassName))&&(U=l.left-X.width+p.outerWidth()),(o.align==="dt-container"||o.align==="container")&&U<l.left&&(U=-l.left),F.left+U+X.width>ht(window).width()&&(U=ht(window).width()-X.width-F.left),h.left+U<0&&(U=-h.left),F.top+f+X.height>ht(window).height()+ht(window).scrollTop()&&(f=l.top-X.height-X.marginTop-X.marginBottom),F.top+f<ht(window).scrollTop()&&(f=l.top+p.outerHeight()),y.css({top:f,left:U})}else{var Q=function(){var E=ht(window).height()/2,$=y.height()/2;$>E&&($=E),y.css("marginTop",$*-1)};Q(),ht(window).on("resize.dtb-collection",function(){Q()})}o.background&&te.background(!0,o.backgroundClassName,o.fade,o.backgroundHost||p),ht("div.dt-button-background").on("click.dtb-collection",function(){}),o.autoClose&&setTimeout(function(){r.on("buttons-action.b-internal",function(E,$,w,k){k[0]!==p[0]&&b()})},0),ht(y).trigger("buttons-popover.dt"),r.on("destroy",b),setTimeout(function(){i=!1,ht("body").on("click.dtb-collection",function(E){if(!i){var $=ht.fn.addBack?"addBack":"andSelf",w=ht(E.target).parent()[0];(!ht(E.target).parents()[$]().filter(t).length&&!ht(w).hasClass("dt-buttons")||ht(E.target).hasClass("dt-button-background"))&&b()}}).on("keyup.dtb-collection",function(E){E.keyCode===27&&b()}).on("keydown.dtb-collection",function(E){var $=ht("a, button",t),w=document.activeElement;E.keyCode===9&&($.index(w)===-1?($.first().focus(),E.preventDefault()):E.shiftKey?w===$[0]&&($.last().focus(),E.preventDefault()):w===$.last()[0]&&($.first().focus(),E.preventDefault()))})},0)}});te.background=function(t,e,n,r){n===void 0&&(n=400),r||(r=document.body),t?Xi(ht("<div/>").addClass(e).css("display","none").insertAfter(r),n):Yi(ht("div."+e),n,function(){ht(this).removeClass(e).remove()})};te.instanceSelector=function(t,e){if(t==null)return ht.map(e,function(i){return i.inst});var n=[],r=ht.map(e,function(i){return i.name}),s=function(i){if(Array.isArray(i)){for(var o=0,u=i.length;o<u;o++)s(i[o]);return}if(typeof i=="string")if(i.indexOf(",")!==-1)s(i.split(","));else{var p=ht.inArray(i.trim(),r);p!==-1&&n.push(e[p].inst)}else if(typeof i=="number")n.push(e[i].inst);else if(typeof i=="object"&&i.nodeName)for(var b=0;b<e.length;b++)e[b].inst.dom.container[0]===i&&n.push(e[b].inst);else typeof i=="object"&&n.push(i)};return s(t),n};te.buttonSelector=function(t,e){for(var n=[],r=function(p,b,g){for(var m,C,y=0,T=b.length;y<T;y++)m=b[y],m&&(C=g!==void 0?g+y:y+"",p.push({node:m.node,name:m.conf.name,idx:C}),m.buttons&&r(p,m.buttons,C+"-"))},s=function(p,b){var g,m,C=[];r(C,b.s.buttons);var y=ht.map(C,function(h){return h.node});if(Array.isArray(p)||p instanceof ht){for(g=0,m=p.length;g<m;g++)s(p[g],b);return}if(p==null||p==="*")for(g=0,m=C.length;g<m;g++)n.push({inst:b,node:C[g].node});else if(typeof p=="number")b.s.buttons[p]&&n.push({inst:b,node:b.s.buttons[p].node});else if(typeof p=="string")if(p.indexOf(",")!==-1){var T=p.split(",");for(g=0,m=T.length;g<m;g++)s(T[g].trim(),b)}else if(p.match(/^\d+(\-\d+)*$/)){var P=ht.map(C,function(h){return h.idx});n.push({inst:b,node:C[ht.inArray(p,P)].node})}else if(p.indexOf(":name")!==-1){var c=p.replace(":name","");for(g=0,m=C.length;g<m;g++)C[g].name===c&&n.push({inst:b,node:C[g].node})}else ht(y).filter(p).each(function(){n.push({inst:b,node:this})});else if(typeof p=="object"&&p.nodeName){var l=ht.inArray(p,y);l!==-1&&n.push({inst:b,node:y[l]})}},i=0,o=t.length;i<o;i++){var u=t[i];s(e,u)}return n};te.stripData=function(t,e){return typeof t!="string"||(t=te.stripHtmlScript(t),t=te.stripHtmlComments(t),(!e||e.stripHtml)&&(t=at.util.stripHtml(t)),(!e||e.trim)&&(t=t.trim()),(!e||e.stripNewlines)&&(t=t.replace(/\n/g," ")),(!e||e.decodeEntities)&&(qi?t=qi(t):(As.innerHTML=t,t=As.value))),t};te.entityDecoder=function(t){qi=t};te.stripHtmlComments=function(t){var e;do e=t,t=t.replace(/(<!--.*?--!?>)|(<!--[\S\s]+?--!?>)|(<!--[\S\s]*?$)/g,"");while(t!==e);return t};te.stripHtmlScript=function(t){var e;do e=t,t=t.replace(/<script\b[^<]*(?:(?!<\/script[^>]*>)<[^<]*)*<\/script[^>]*>/gi,"");while(t!==e);return t};te.defaults={buttons:["copy","excel","csv","pdf","print"],name:"main",tabIndex:0,dom:{container:{tag:"div",className:"dt-buttons"},collection:{action:{dropHtml:'<span class="dt-button-down-arrow">&#x25BC;</span>'},container:{className:"dt-button-collection",content:{className:"",tag:"div"},tag:"div"}},button:{tag:"button",className:"dt-button",active:"dt-button-active",disabled:"disabled",spacer:{className:"dt-button-spacer",tag:"span"},liner:{tag:"span",className:""}},split:{action:{className:"dt-button-split-drop-button dt-button",tag:"button"},dropdown:{align:"split-right",className:"dt-button-split-drop",dropHtml:'<span class="dt-button-down-arrow">&#x25BC;</span>',splitAlignClass:"dt-button-split-left",tag:"button"},wrapper:{className:"dt-button-split",tag:"div"}}}};te.version="3.1.2";ht.extend(Se,{collection:{text:function(t){return t.i18n("buttons.collection","Collection")},className:"buttons-collection",closeButton:!1,init:function(t,e){e.attr("aria-expanded",!1)},action:function(t,e,n,r){r._collection.parents("body").length?this.popover(!1,r):this.popover(r._collection,r),t.type==="keypress"&&ht("a, button",r._collection).eq(0).focus()},attr:{"aria-haspopup":"dialog"}},split:{text:function(t){return t.i18n("buttons.split","Split")},className:"buttons-split",closeButton:!1,init:function(t,e){return e.attr("aria-expanded",!1)},action:function(t,e,n,r){this.popover(r._collection,r)},attr:{"aria-haspopup":"dialog"}},copy:function(){if(Se.copyHtml5)return"copyHtml5"},csv:function(t,e){if(Se.csvHtml5&&Se.csvHtml5.available(t,e))return"csvHtml5"},excel:function(t,e){if(Se.excelHtml5&&Se.excelHtml5.available(t,e))return"excelHtml5"},pdf:function(t,e){if(Se.pdfHtml5&&Se.pdfHtml5.available(t,e))return"pdfHtml5"},pageLength:function(t){var e=t.settings()[0].aLengthMenu,n=[],r=[],s=function(u){return u.i18n("buttons.pageLength",{"-1":"Show all rows",_:"Show %d rows"},u.page.len())};if(Array.isArray(e[0]))n=e[0],r=e[1];else for(var i=0;i<e.length;i++){var o=e[i];ht.isPlainObject(o)?(n.push(o.value),r.push(o.label)):(n.push(o),r.push(o))}return{extend:"collection",text:s,className:"buttons-page-length",autoClose:!0,buttons:ht.map(n,function(u,p){return{text:r[p],className:"button-page-length",action:function(b,g){g.page.len(u).draw()},init:function(b,g,m){var C=this,y=function(){C.active(b.page.len()===u)};b.on("length.dt"+m.namespace,y),y()},destroy:function(b,g,m){b.off("length.dt"+m.namespace)}}}),init:function(u,p,b){var g=this;u.on("length.dt"+b.namespace,function(){g.text(b.text)})},destroy:function(u,p,b){u.off("length.dt"+b.namespace)}}},spacer:{style:"empty",spacer:!0,text:function(t){return t.i18n("buttons.spacer","")}}});at.Api.register("buttons()",function(t,e){e===void 0&&(e=t,t=void 0),this.selector.buttonGroup=t;var n=this.iterator(!0,"table",function(r){if(r._buttons)return te.buttonSelector(te.instanceSelector(t,r._buttons),e)},!0);return n._groupSelector=t,n});at.Api.register("button()",function(t,e){var n=this.buttons(t,e);return n.length>1&&n.splice(1,n.length),n});at.Api.registerPlural("buttons().active()","button().active()",function(t){return t===void 0?this.map(function(e){return e.inst.active(e.node)}):this.each(function(e){e.inst.active(e.node,t)})});at.Api.registerPlural("buttons().action()","button().action()",function(t){return t===void 0?this.map(function(e){return e.inst.action(e.node)}):this.each(function(e){e.inst.action(e.node,t)})});at.Api.registerPlural("buttons().collectionRebuild()","button().collectionRebuild()",function(t){return this.each(function(e){for(var n=0;n<t.length;n++)typeof t[n]=="object"&&(t[n].parentConf=e);e.inst.collectionRebuild(e.node,t)})});at.Api.register(["buttons().enable()","button().enable()"],function(t){return this.each(function(e){e.inst.enable(e.node,t)})});at.Api.register(["buttons().disable()","button().disable()"],function(){return this.each(function(t){t.inst.disable(t.node)})});at.Api.register("button().index()",function(){var t=null;return this.each(function(e){var n=e.inst.index(e.node);n!==null&&(t=n)}),t});at.Api.registerPlural("buttons().nodes()","button().node()",function(){var t=ht();return ht(this.each(function(e){t=t.add(e.inst.node(e.node))})),t});at.Api.registerPlural("buttons().processing()","button().processing()",function(t){return t===void 0?this.map(function(e){return e.inst.processing(e.node)}):this.each(function(e){e.inst.processing(e.node,t)})});at.Api.registerPlural("buttons().text()","button().text()",function(t){return t===void 0?this.map(function(e){return e.inst.text(e.node)}):this.each(function(e){e.inst.text(e.node,t)})});at.Api.registerPlural("buttons().trigger()","button().trigger()",function(){return this.each(function(t){t.inst.node(t.node).trigger("click")})});at.Api.register("button().popover()",function(t,e){return this.map(function(n){return n.inst._popover(t,this.button(this[0].node),e)})});at.Api.register("buttons().containers()",function(){var t=ht(),e=this._groupSelector;return this.iterator(!0,"table",function(n){if(n._buttons)for(var r=te.instanceSelector(e,n._buttons),s=0,i=r.length;s<i;s++)t=t.add(r[s].container())}),t});at.Api.register("buttons().container()",function(){return this.containers().eq(0)});at.Api.register("button().add()",function(t,e,n){var r=this.context;if(r.length){var s=te.instanceSelector(this._groupSelector,r[0]._buttons);s.length&&s[0].add(e,t,n)}return this.button(this._groupSelector,t)});at.Api.register("buttons().destroy()",function(){return this.pluck("inst").unique().each(function(t){t.destroy()}),this});at.Api.registerPlural("buttons().remove()","buttons().remove()",function(){return this.each(function(t){t.inst.remove(t.node)}),this});var ar;at.Api.register("buttons.info()",function(t,e,n){var r=this;return t===!1?(this.off("destroy.btn-info"),Yi(ht("#datatables_buttons_info"),400,function(){ht(this).remove()}),clearTimeout(ar),ar=null,this):(ar&&clearTimeout(ar),ht("#datatables_buttons_info").length&&ht("#datatables_buttons_info").remove(),t=t?"<h2>"+t+"</h2>":"",Xi(ht('<div id="datatables_buttons_info" class="dt-button-info"/>').html(t).append(ht("<div/>")[typeof e=="string"?"html":"append"](e)).css("display","none").appendTo("body")),n!==void 0&&n!==0&&(ar=setTimeout(function(){r.buttons.info(!1)},n)),this.on("destroy.btn-info",function(){r.buttons.info(!1)}),this)});at.Api.register("buttons.exportData()",function(t){if(this.context.length)return Yl(new at.Api(this.context[0]),t)});at.Api.register("buttons.exportInfo()",function(t){return t||(t={}),{filename:ql(t,this),title:Xl(t,this),messageTop:Ds(this,t,t.message||t.messageTop,"top"),messageBottom:Ds(this,t,t.messageBottom,"bottom")}});var ql=function(t,e){var n=t.filename==="*"&&t.title!=="*"&&t.title!==void 0&&t.title!==null&&t.title!==""?t.title:t.filename;if(typeof n=="function"&&(n=n(t,e)),n==null)return null;n.indexOf("*")!==-1&&(n=n.replace(/\*/g,ht("head > title").text()).trim()),n=n.replace(/[^a-zA-Z0-9_\u00A1-\uFFFF\.,\-_ !\(\)]/g,"");var r=$i(t.extension,t,e);return r||(r=""),n+r},$i=function(t,e,n){return t==null?null:typeof t=="function"?t(e,n):t},Xl=function(t,e){var n=$i(t.title,t,e);return n===null?null:n.indexOf("*")!==-1?n.replace(/\*/g,ht("head > title").text()||"Exported data"):n},Ds=function(t,e,n,r){var s=$i(n,e,t);if(s===null)return null;var i=ht("caption",t.table().container()).eq(0);if(s==="*"){var o=i.css("caption-side");return o!==r?null:i.length?i.text():""}return s},As=ht("<textarea/>")[0],Yl=function(t,e){var n=ht.extend(!0,{},{rows:null,columns:"",modifier:{search:"applied",order:"applied"},orthogonal:"display",stripHtml:!0,stripNewlines:!0,decodeEntities:!0,trim:!0,format:{header:function(F){return te.stripData(F,n)},footer:function(F){return te.stripData(F,n)},body:function(F){return te.stripData(F,n)}},customizeData:null,customizeZip:null},e),r=t.columns(n.columns).indexes().map(function(F){var O=t.column(F);return n.format.header(O.title(),F,O.header())}).toArray(),s=t.table().footer()?t.columns(n.columns).indexes().map(function(F){var O=t.column(F).footer(),f="";if(O){var U=ht(".dt-column-title",O);f=U.length?U.html():ht(O).html()}return n.format.footer(f,F,O)}).toArray():null,i=ht.extend({},n.modifier);t.select&&typeof t.select.info=="function"&&i.selected===void 0&&t.rows(n.rows,ht.extend({selected:!0},i)).any()&&ht.extend(i,{selected:!0});for(var o=t.rows(n.rows,i).indexes().toArray(),u=t.cells(o,n.columns,{order:i.order}),p=u.render(n.orthogonal).toArray(),b=u.nodes().toArray(),g=u.indexes().toArray(),m=t.columns(n.columns).count(),C=m>0?p.length/m:0,y=[],T=0,P=0,c=C;P<c;P++){for(var l=[m],h=0;h<m;h++)l[h]=n.format.body(p[T],g[T].row,g[T].column,b[T]),T++;y[P]=l}var _={header:r,headerStructure:Is(n.format.header,t.table().header.structure(n.columns)),footer:s,footerStructure:Is(n.format.footer,t.table().footer.structure(n.columns)),body:y};return n.customizeData&&n.customizeData(_),_};function Is(t,e){for(var n=0;n<e.length;n++)for(var r=0;r<e[n].length;r++){var s=e[n][r];s&&(s.title=t(s.title,r,s.cell))}return e}ht.fn.dataTable.Buttons=te;ht.fn.DataTable.Buttons=te;ht(document).on("init.dt plugin-init.dt",function(t,e){if(t.namespace==="dt"){var n=e.oInit.buttons||at.defaults.buttons;n&&!e._buttons&&new te(e,n).container()}});function Fs(t,e){var n=new at.Api(t),r=e||n.init().buttons||at.defaults.buttons;return new te(n,r).container()}at.ext.feature.push({fnInit:Fs,cFeature:"B"});at.feature&&at.feature.register("buttons",Fs);var Rs=ie(ae(),1);var se=Rs.default,Ls,zs;function Zi(){return Ls||window.JSZip}function Ki(){return zs||window.pdfMake}at.Buttons.pdfMake=function(t){if(!t)return Ki();zs=t},at.Buttons.jszip=function(t){if(!t)return Zi();Ls=t};var Wr=function(t){"use strict";var e,n,r,s,i,o,u,p,b,g,m;if(!(t===void 0||typeof navigator<"u"&&/MSIE [1-9]\./.test(navigator.userAgent)))return m=t.document,e=function(){return t.URL||t.webkitURL||t},n=m.createElementNS("http://www.w3.org/1999/xhtml","a"),r="download"in n,s=/constructor/i.test(t.HTMLElement)||t.safari,i=/CriOS\/[\d]+/.test(navigator.userAgent),o=function(C){(t.setImmediate||t.setTimeout)(function(){throw C},0)},u=4e4,p=function(C){setTimeout(function(){typeof C=="string"?e().revokeObjectURL(C):C.remove()},u)},b=function(C){return/^\s*(?:text\/\S*|application\/xml|\S*\/\S*\+xml)\s*;.*charset\s*=\s*utf-8/i.test(C.type)?new Blob(["\uFEFF",C],{type:C.type}):C},m=(g=function(C,y,h){h||(C=b(C));var P,c,l=this,h=C.type==="application/octet-stream",_=function(){for(var F=l,O="writestart progress write writeend".split(" "),f=void 0,U=(O=[].concat(O)).length;U--;){var X=F["on"+O[U]];if(typeof X=="function")try{X.call(F,f||F)}catch(Q){o(Q)}}};l.readyState=l.INIT,r?(P=e().createObjectURL(C),setTimeout(function(){var F,O;n.href=P,n.download=y,F=n,O=new MouseEvent("click"),F.dispatchEvent(O),_(),p(P),l.readyState=l.DONE})):(i||h&&s)&&t.FileReader?((c=new FileReader).onloadend=function(){var F=i?c.result:c.result.replace(/^data:[^;]*;/,"data:attachment/file;");t.open(F,"_blank")||(t.location.href=F),l.readyState=l.DONE,_()},c.readAsDataURL(C),l.readyState=l.INIT):(P=P||e().createObjectURL(C),!h&&t.open(P,"_blank")||(t.location.href=P),l.readyState=l.DONE,_(),p(P))}).prototype,typeof navigator<"u"&&navigator.msSaveOrOpenBlob?function(C,y,T){return y=y||C.name||"download",T||(C=b(C)),navigator.msSaveOrOpenBlob(C,y)}:(m.abort=function(){},m.readyState=m.INIT=0,m.WRITING=1,m.DONE=2,m.error=m.onwritestart=m.onprogress=m.onwrite=m.onabort=m.onerror=m.onwriteend=null,function(C,y,T){return new g(C,y||C.name||"download",T)})}(typeof self<"u"&&self||typeof window<"u"&&window||(void 0).content),Bs=(at.fileSave=Wr,function(t){var e="Sheet1";return e=t.sheetName?t.sheetName.replace(/[\[\]\*\/\\\?\:]/g,""):e}),js=function(t){return t.newline||(navigator.userAgent.match(/Windows/)?`\r
`:`
`)},Ns=function(b,e){function n(T){for(var P="",c=0,l=T.length;c<l;c++)0<c&&(P+=o),P+=i?i+(""+T[c]).replace(u,p+i)+i:T[c];return P}var r=js(e),s=b.buttons.exportData(e.exportOptions),i=e.fieldBoundary,o=e.fieldSeparator,u=new RegExp(i,"g"),p=e.escapeChar!==void 0?e.escapeChar:"\\",b="",g="",m=[];e.header&&(b=s.headerStructure.map(function(T){return n(T.map(function(P){return P?P.title:""}))}).join(r)+r),e.footer&&s.footer&&(g=s.footerStructure.map(function(T){return n(T.map(function(P){return P?P.title:""}))}).join(r)+r);for(var C=0,y=s.body.length;C<y;C++)m.push(n(s.body[C]));return{str:b+m.join(r)+r+g,rows:m.length}},Os=function(){var t;return navigator.userAgent.indexOf("Safari")!==-1&&navigator.userAgent.indexOf("Chrome")===-1&&navigator.userAgent.indexOf("Opera")===-1&&!!((t=navigator.userAgent.match(/AppleWebKit\/(\d+\.\d+)/))&&1<t.length&&+t[1]<603.1)};function or(t){for(var e=65,n=90-e+1,r="";0<=t;)r=String.fromCharCode(t%n+e)+r,t=Math.floor(t/n)-1;return r}try{Gr=new XMLSerializer}catch{}var sr,Gr;function Ms(t,e){sr===void 0&&(sr=Gr.serializeToString(new window.DOMParser().parseFromString(Vs["xl/worksheets/sheet1.xml"],"text/xml")).indexOf("xmlns:r")===-1),se.each(e,function(n,r){if(se.isPlainObject(r))Ms(t.folder(n),r);else{if(sr){for(var s,i=r.childNodes[0],o=[],u=i.attributes.length-1;0<=u;u--){var p=i.attributes[u].nodeName,b=i.attributes[u].nodeValue;p.indexOf(":")!==-1&&(o.push({name:p,value:b}),i.removeAttribute(p))}for(u=0,s=o.length;u<s;u++){var g=r.createAttribute(o[u].name.replace(":","_dt_b_namespace_token_"));g.value=o[u].value,i.setAttributeNode(g)}}var m=Gr.serializeToString(r),m=(m=sr?(m=(m=m.indexOf("<?xml")===-1?'<?xml version="1.0" encoding="UTF-8" standalone="yes"?>'+m:m).replace(/_dt_b_namespace_token_/g,":")).replace(/xmlns:NS[\d]+="" NS[\d]+:/g,""):m).replace(/<([^<>]*?) xmlns=""([^<>]*?)>/g,"<$1 $2>");t.file(n,m)}})}function De(t,e,n){var r=t.createElement(e);return n&&(n.attr&&se(r).attr(n.attr),n.children&&se.each(n.children,function(s,i){r.appendChild(i)}),n.text!==null)&&n.text!==void 0&&r.appendChild(t.createTextNode(n.text)),r}function Zl(t,e){var n=t.header[e].length;t.footer&&t.footer[e]&&t.footer[e].length>n&&(n=t.footer[e].length);for(var r=0,s=t.body.length;r<s;r++){var i,o=t.body[r][e];if(40<(n=n<(i=((o=o!=null?o.toString():"").indexOf(`
`)!==-1?((i=o.split(`
`)).sort(function(u,p){return p.length-u.length}),i[0]):o).length)?i:n))return 54}return 6<(n*=1.35)?n:6}var Vs={"_rels/.rels":'<?xml version="1.0" encoding="UTF-8" standalone="yes"?><Relationships xmlns="http://schemas.openxmlformats.org/package/2006/relationships"><Relationship Id="rId1" Type="http://schemas.openxmlformats.org/officeDocument/2006/relationships/officeDocument" Target="xl/workbook.xml"/></Relationships>',"xl/_rels/workbook.xml.rels":'<?xml version="1.0" encoding="UTF-8" standalone="yes"?><Relationships xmlns="http://schemas.openxmlformats.org/package/2006/relationships"><Relationship Id="rId1" Type="http://schemas.openxmlformats.org/officeDocument/2006/relationships/worksheet" Target="worksheets/sheet1.xml"/><Relationship Id="rId2" Type="http://schemas.openxmlformats.org/officeDocument/2006/relationships/styles" Target="styles.xml"/></Relationships>',"[Content_Types].xml":'<?xml version="1.0" encoding="UTF-8" standalone="yes"?><Types xmlns="http://schemas.openxmlformats.org/package/2006/content-types"><Default Extension="xml" ContentType="application/xml" /><Default Extension="rels" ContentType="application/vnd.openxmlformats-package.relationships+xml" /><Default Extension="jpeg" ContentType="image/jpeg" /><Override PartName="/xl/workbook.xml" ContentType="application/vnd.openxmlformats-officedocument.spreadsheetml.sheet.main+xml" /><Override PartName="/xl/worksheets/sheet1.xml" ContentType="application/vnd.openxmlformats-officedocument.spreadsheetml.worksheet+xml" /><Override PartName="/xl/styles.xml" ContentType="application/vnd.openxmlformats-officedocument.spreadsheetml.styles+xml" /></Types>',"xl/workbook.xml":'<?xml version="1.0" encoding="UTF-8" standalone="yes"?><workbook xmlns="http://schemas.openxmlformats.org/spreadsheetml/2006/main" xmlns:r="http://schemas.openxmlformats.org/officeDocument/2006/relationships"><fileVersion appName="xl" lastEdited="5" lowestEdited="5" rupBuild="24816"/><workbookPr showInkAnnotation="0" autoCompressPictures="0"/><bookViews><workbookView xWindow="0" yWindow="0" windowWidth="25600" windowHeight="19020" tabRatio="500"/></bookViews><sheets><sheet name="Sheet1" sheetId="1" r:id="rId1"/></sheets><definedNames/></workbook>',"xl/worksheets/sheet1.xml":'<?xml version="1.0" encoding="UTF-8" standalone="yes"?><worksheet xmlns="http://schemas.openxmlformats.org/spreadsheetml/2006/main" xmlns:r="http://schemas.openxmlformats.org/officeDocument/2006/relationships" xmlns:mc="http://schemas.openxmlformats.org/markup-compatibility/2006" mc:Ignorable="x14ac" xmlns:x14ac="http://schemas.microsoft.com/office/spreadsheetml/2009/9/ac"><sheetData/><mergeCells count="0"/></worksheet>',"xl/styles.xml":'<?xml version="1.0" encoding="UTF-8"?><styleSheet xmlns="http://schemas.openxmlformats.org/spreadsheetml/2006/main" xmlns:mc="http://schemas.openxmlformats.org/markup-compatibility/2006" mc:Ignorable="x14ac" xmlns:x14ac="http://schemas.microsoft.com/office/spreadsheetml/2009/9/ac"><numFmts count="6"><numFmt numFmtId="164" formatCode="[$$-409]#,##0.00;-[$$-409]#,##0.00"/><numFmt numFmtId="165" formatCode="&quot;\xA3&quot;#,##0.00"/><numFmt numFmtId="166" formatCode="[$\u20AC-2] #,##0.00"/><numFmt numFmtId="167" formatCode="0.0%"/><numFmt numFmtId="168" formatCode="#,##0;(#,##0)"/><numFmt numFmtId="169" formatCode="#,##0.00;(#,##0.00)"/></numFmts><fonts count="5" x14ac:knownFonts="1"><font><sz val="11" /><name val="Calibri" /></font><font><sz val="11" /><name val="Calibri" /><color rgb="FFFFFFFF" /></font><font><sz val="11" /><name val="Calibri" /><b /></font><font><sz val="11" /><name val="Calibri" /><i /></font><font><sz val="11" /><name val="Calibri" /><u /></font></fonts><fills count="6"><fill><patternFill patternType="none" /></fill><fill><patternFill patternType="none" /></fill><fill><patternFill patternType="solid"><fgColor rgb="FFD9D9D9" /><bgColor indexed="64" /></patternFill></fill><fill><patternFill patternType="solid"><fgColor rgb="FFD99795" /><bgColor indexed="64" /></patternFill></fill><fill><patternFill patternType="solid"><fgColor rgb="ffc6efce" /><bgColor indexed="64" /></patternFill></fill><fill><patternFill patternType="solid"><fgColor rgb="ffc6cfef" /><bgColor indexed="64" /></patternFill></fill></fills><borders count="2"><border><left /><right /><top /><bottom /><diagonal /></border><border diagonalUp="false" diagonalDown="false"><left style="thin"><color auto="1" /></left><right style="thin"><color auto="1" /></right><top style="thin"><color auto="1" /></top><bottom style="thin"><color auto="1" /></bottom><diagonal /></border></borders><cellStyleXfs count="1"><xf numFmtId="0" fontId="0" fillId="0" borderId="0" /></cellStyleXfs><cellXfs count="68"><xf numFmtId="0" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="1" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="2" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="3" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="4" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="0" fillId="2" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="1" fillId="2" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="2" fillId="2" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="3" fillId="2" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="4" fillId="2" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="0" fillId="3" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="1" fillId="3" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="2" fillId="3" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="3" fillId="3" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="4" fillId="3" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="0" fillId="4" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="1" fillId="4" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="2" fillId="4" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="3" fillId="4" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="4" fillId="4" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="0" fillId="5" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="1" fillId="5" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="2" fillId="5" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="3" fillId="5" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="4" fillId="5" borderId="0" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="0" fillId="0" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="1" fillId="0" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="2" fillId="0" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="3" fillId="0" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="4" fillId="0" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="0" fillId="2" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="1" fillId="2" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="2" fillId="2" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="3" fillId="2" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="4" fillId="2" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="0" fillId="3" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="1" fillId="3" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="2" fillId="3" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="3" fillId="3" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="4" fillId="3" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="0" fillId="4" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="1" fillId="4" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="2" fillId="4" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="3" fillId="4" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="4" fillId="4" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="0" fillId="5" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="1" fillId="5" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="2" fillId="5" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="3" fillId="5" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="4" fillId="5" borderId="1" applyFont="1" applyFill="1" applyBorder="1"/><xf numFmtId="0" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyAlignment="1"><alignment horizontal="left"/></xf><xf numFmtId="0" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyAlignment="1"><alignment horizontal="center"/></xf><xf numFmtId="0" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyAlignment="1"><alignment horizontal="right"/></xf><xf numFmtId="0" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyAlignment="1"><alignment horizontal="fill"/></xf><xf numFmtId="0" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyAlignment="1"><alignment textRotation="90"/></xf><xf numFmtId="0" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyAlignment="1"><alignment wrapText="1"/></xf><xf numFmtId="9"   fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyNumberFormat="1"/><xf numFmtId="164" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyNumberFormat="1"/><xf numFmtId="165" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyNumberFormat="1"/><xf numFmtId="166" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyNumberFormat="1"/><xf numFmtId="167" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyNumberFormat="1"/><xf numFmtId="168" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyNumberFormat="1"/><xf numFmtId="169" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyNumberFormat="1"/><xf numFmtId="3" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyNumberFormat="1"/><xf numFmtId="4" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyNumberFormat="1"/><xf numFmtId="1" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyNumberFormat="1"/><xf numFmtId="2" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyNumberFormat="1"/><xf numFmtId="14" fontId="0" fillId="0" borderId="0" applyFont="1" applyFill="1" applyBorder="1" xfId="0" applyNumberFormat="1"/></cellXfs><cellStyles count="1"><cellStyle name="Normal" xfId="0" builtinId="0" /></cellStyles><dxfs count="0" /><tableStyles count="0" defaultTableStyle="TableStyleMedium9" defaultPivotStyle="PivotStyleMedium4" /></styleSheet>'},Es=[{match:/^\-?\d+\.\d%$/,style:60,fmt:function(t){return t/100}},{match:/^\-?\d+\.?\d*%$/,style:56,fmt:function(t){return t/100}},{match:/^\-?\$[\d,]+.?\d*$/,style:57},{match:/^\-?£[\d,]+.?\d*$/,style:58},{match:/^\-?€[\d,]+.?\d*$/,style:59},{match:/^\-?\d+$/,style:65},{match:/^\-?\d+\.\d{2}$/,style:66},{match:/^\([\d,]+\)$/,style:61,fmt:function(t){return-1*t.replace(/[\(\)]/g,"")}},{match:/^\([\d,]+\.\d{2}\)$/,style:62,fmt:function(t){return-1*t.replace(/[\(\)]/g,"")}},{match:/^\-?[\d,]+$/,style:63},{match:/^\-?[\d,]+\.\d{2}$/,style:64},{match:/^(19\d\d|[2-9]\d\d\d)\-(0\d|1[012])\-[0123][\d]$/,style:67,fmt:function(t){return Math.round(25569+Date.parse(t)/864e5)}}],Ur=function(t,e,n,r,s){var i=se("mergeCells",t);i[0].appendChild(De(t,"mergeCell",{attr:{ref:or(n)+e+":"+or(n+s-1)+(e+r-1)}})),i.attr("count",parseFloat(i.attr("count"))+1)};at.ext.buttons.copyHtml5={className:"buttons-copy buttons-html5",text:function(t){return t.i18n("buttons.copy","Copy")},action:function(t,e,n,r,s){var i=Ns(e,r),m=e.buttons.exportInfo(r),p=js(r),o=i.str,u=se("<div/>").css({height:1,width:1,overflow:"hidden",position:"fixed",top:0,left:0}),p=(m.title&&(o=m.title+p+p+o),m.messageTop&&(o=m.messageTop+p+p+o),m.messageBottom&&(o=o+p+p+m.messageBottom),r.customize&&(o=r.customize(o,r,e)),se("<textarea readonly/>").val(o).appendTo(u));if(document.queryCommandSupported("copy")){u.appendTo(e.table().container()),p[0].focus(),p[0].select();try{var b=document.execCommand("copy");if(u.remove(),b)return r.copySuccess&&e.buttons.info(e.i18n("buttons.copyTitle","Copy to clipboard"),e.i18n("buttons.copySuccess",{1:"Copied one row to clipboard",_:"Copied %d rows to clipboard"},i.rows),2e3),void s()}catch{}}function g(){C.off("click.buttons-copy"),se(document).off(".buttons-copy"),e.buttons.info(!1)}var m=se("<span>"+e.i18n("buttons.copyKeys","Press <i>ctrl</i> or <i>\u2318</i> + <i>C</i> to copy the table data<br>to your system clipboard.<br><br>To cancel, click this message or press escape.")+"</span>").append(u),C=(e.buttons.info(e.i18n("buttons.copyTitle","Copy to clipboard"),m,0),p[0].focus(),p[0].select(),se(m).closest(".dt-button-info"));C.on("click.buttons-copy",function(){g(),s()}),se(document).on("keydown.buttons-copy",function(y){y.keyCode===27&&(g(),s())}).on("copy.buttons-copy cut.buttons-copy",function(){g(),s()})},async:100,copySuccess:!0,exportOptions:{},fieldSeparator:"	",fieldBoundary:"",header:!0,footer:!0,title:"*",messageTop:"*",messageBottom:"*"},at.ext.buttons.csvHtml5={bom:!1,className:"buttons-csv buttons-html5",available:function(){return window.FileReader!==void 0&&window.Blob},text:function(t){return t.i18n("buttons.csv","CSV")},action:function(t,e,n,r,s){var i=Ns(e,r).str,o=e.buttons.exportInfo(r),u=r.charset;r.customize&&(i=r.customize(i,r,e)),u=u!==!1?(u=u||document.characterSet||document.charset)&&";charset="+u:"",r.bom&&(i="\uFEFF"+i),Wr(new Blob([i],{type:"text/csv"+u}),o.filename,!0),s()},async:100,filename:"*",extension:".csv",exportOptions:{},fieldSeparator:",",fieldBoundary:'"',escapeChar:'"',charset:null,header:!0,footer:!0},at.ext.buttons.excelHtml5={className:"buttons-excel buttons-html5",available:function(){return window.FileReader!==void 0&&Zi()!==void 0&&!Os()&&Gr},text:function(t){return t.i18n("buttons.excel","Excel")},action:function(t,e,n,r,s){function i(Q){return Q=Vs[Q],se.parseXML(Q)}function o(Q){g=De(C,"row",{attr:{r:b=m+1}});for(var E=0,$=Q.length;E<$;E++){var w=or(E)+""+b,k=null;if(Q[E]===null||Q[E]===void 0||Q[E]===""){if(r.createEmptyCells!==!0)continue;Q[E]=""}var S=Q[E];Q[E]=typeof Q[E].trim=="function"?Q[E].trim():Q[E];for(var B=0,L=Es.length;B<L;B++){var R=Es[B];if(Q[E].match&&!Q[E].match(/^0\d+/)&&Q[E].match(R.match)){var q=Q[E].replace(/[^\d\.\-]/g,"");R.fmt&&(q=R.fmt(q)),k=De(C,"c",{attr:{r:w,s:R.style},children:[De(C,"v",{text:q})]});break}}k=k||(typeof Q[E]=="number"||Q[E].match&&Q[E].match(/^-?\d+(\.\d+)?([eE]\-?\d+)?$/)&&!Q[E].match(/^0\d+/)?De(C,"c",{attr:{t:"n",r:w},children:[De(C,"v",{text:Q[E]})]}):(S=S.replace?S.replace(/[\x00-\x09\x0B\x0C\x0E-\x1F\x7F-\x9F]/g,""):S,De(C,"c",{attr:{t:"inlineStr",r:w},children:{row:De(C,"is",{children:{row:De(C,"t",{text:S,attr:{"xml:space":"preserve"}})}})}}))),g.appendChild(k)}y.appendChild(g),m++}function u(Q){Q.forEach(function(E){o(E.map(function($){return $?$.title:""})),se("row:last c",C).attr("s","2"),E.forEach(function($,w){$&&(1<$.colSpan||1<$.rowSpan)&&Ur(C,m,w,$.rowSpan,$.colSpan)})})}var p,b,g,m=0,C=i("xl/worksheets/sheet1.xml"),y=C.getElementsByTagName("sheetData")[0],T={_rels:{".rels":i("_rels/.rels")},xl:{_rels:{"workbook.xml.rels":i("xl/_rels/workbook.xml.rels")},"workbook.xml":i("xl/workbook.xml"),"styles.xml":i("xl/styles.xml"),worksheets:{"sheet1.xml":C}},"[Content_Types].xml":i("[Content_Types].xml")},P=e.buttons.exportData(r.exportOptions),c=e.buttons.exportInfo(r);c.title&&(o([c.title]),Ur(C,m,0,1,P.header.length),se("row:last c",C).attr("s","51")),c.messageTop&&(o([c.messageTop]),Ur(C,m,0,1,P.header.length)),r.header&&u(P.headerStructure);for(var U=m,l=0,h=P.body.length;l<h;l++)o(P.body[l]);p=m,r.footer&&P.footer&&u(P.footerStructure),c.messageBottom&&(o([c.messageBottom]),Ur(C,m,0,1,P.header.length));var _=De(C,"cols");se("worksheet",C).prepend(_);for(var F=0,O=P.header.length;F<O;F++)_.appendChild(De(C,"col",{attr:{min:F+1,max:F+1,width:Zl(P,F),customWidth:1}}));var f=T.xl["workbook.xml"];se("sheets sheet",f).attr("name",Bs(r)),r.autoFilter&&(se("mergeCells",C).before(De(C,"autoFilter",{attr:{ref:"A"+U+":"+or(P.header.length-1)+p}})),se("definedNames",f).append(De(f,"definedName",{attr:{name:"_xlnm._FilterDatabase",localSheetId:"0",hidden:1},text:"'"+Bs(r).replace(/'/g,"''")+"'!$A$"+U+":"+or(P.header.length-1)+p}))),r.customize&&r.customize(T,r,e),se("mergeCells",C).children().length===0&&se("mergeCells",C).remove();var f=new(Zi()),U={compression:"DEFLATE",type:"blob",mimeType:"application/vnd.openxmlformats-officedocument.spreadsheetml.sheet"},X=(Ms(f,T),c.filename);175<X&&(X=X.substr(0,175)),r.customizeZip&&r.customizeZip(f,P,X),f.generateAsync?f.generateAsync(U).then(function(Q){Wr(Q,X),s()}):(Wr(f.generate(U),X),s())},async:100,filename:"*",extension:".xlsx",exportOptions:{},header:!0,footer:!0,title:"*",messageTop:"*",messageBottom:"*",createEmptyCells:!1,autoFilter:!1,sheetName:""},at.ext.buttons.pdfHtml5={className:"buttons-pdf buttons-html5",available:function(){return window.FileReader!==void 0&&Ki()},text:function(t){return t.i18n("buttons.pdf","PDF")},action:function(t,m,n,r,s){var i=m.buttons.exportData(r.exportOptions),o=m.buttons.exportInfo(r),u=[];r.header&&i.headerStructure.forEach(function(C){u.push(C.map(function(y){return y?{text:y.title,colSpan:y.colspan,rowSpan:y.rowspan,style:"tableHeader"}:{}}))});for(var p=0,b=i.body.length;p<b;p++)u.push(i.body[p].map(function(C){return{text:C==null?"":typeof C=="string"?C:C.toString()}}));r.footer&&i.footerStructure.forEach(function(C){u.push(C.map(function(y){return y?{text:y.title,colSpan:y.colspan,rowSpan:y.rowspan,style:"tableHeader"}:{}}))});var g={pageSize:r.pageSize,pageOrientation:r.orientation,content:[{style:"table",table:{headerRows:i.headerStructure.length,footerRows:i.footerStructure.length,body:u},layout:{hLineWidth:function(C,y){return C===0||C===y.table.body.length?0:.5},vLineWidth:function(){return 0},hLineColor:function(C,y){return C===y.table.headerRows||C===y.table.body.length-y.table.footerRows?"#333":"#ddd"},fillColor:function(C){return C<i.headerStructure.length?"#fff":C%2==0?"#f3f3f3":null},paddingTop:function(){return 5},paddingBottom:function(){return 5}}}],styles:{tableHeader:{bold:!0,fontSize:11,alignment:"center"},tableFooter:{bold:!0,fontSize:11},table:{margin:[0,5,0,5]},title:{alignment:"center",fontSize:13},message:{}},defaultStyle:{fontSize:10}},m=(o.messageTop&&g.content.unshift({text:o.messageTop,style:"message",margin:[0,0,0,12]}),o.messageBottom&&g.content.push({text:o.messageBottom,style:"message",margin:[0,0,0,12]}),o.title&&g.content.unshift({text:o.title,style:"title",margin:[0,0,0,12]}),r.customize&&r.customize(g,r,m),Ki().createPdf(g));r.download!=="open"||Os()?m.download(o.filename):m.open(),s()},async:100,title:"*",filename:"*",extension:".pdf",exportOptions:{},orientation:"portrait",pageSize:navigator.language==="en-US"||navigator.language==="en-CA"?"LETTER":"A4",header:!0,footer:!0,messageTop:"*",messageBottom:"*",customize:null,download:"download"};var Hs=ie(ae(),1);var jn=Hs.default,zn=document.createElement("a"),Kl=function(t){return t=jn(t).clone()[0],t.nodeName.toLowerCase()==="link"&&(t.href=Us(t.href)),t.outerHTML},Us=function(t){return zn.href=t,t=zn.host,t.indexOf("/")===-1&&zn.pathname.indexOf("/")!==0&&(t+="/"),zn.protocol+"//"+t+zn.pathname+zn.search};at.ext.buttons.print={className:"buttons-print",text:function(t){return t.i18n("buttons.print","Print")},action:function(t,e,n,r,s){var i=e.buttons.exportData(jn.extend({decodeEntities:!1},r.exportOptions)),o=e.buttons.exportInfo(r),u=e.columns(r.exportOptions.columns).nodes().map(function(y){return y.className}).toArray(),p='<table class="'+e.table().node().className+'">';r.header&&(p+="<thead>"+i.headerStructure.map(function(y){return"<tr>"+y.map(function(T){return T?'<th colspan="'+T.colspan+'" rowspan="'+T.rowspan+'">'+T.title+"</th>":""}).join("")+"</tr>"}).join("")+"</thead>"),p+="<tbody>";for(var b=0,g=i.body.length;b<g;b++)p+=function(y,T){for(var P="<tr>",c=0,l=y.length;c<l;c++){var h=y[c]===null||y[c]===void 0?"":y[c];P+="<"+T+" "+(u[c]?'class="'+u[c]+'"':"")+">"+h+"</"+T+">"}return P+"</tr>"}(i.body[b],"td");p+="</tbody>",r.footer&&i.footer&&(p+="<tfoot>"+i.footerStructure.map(function(y){return"<tr>"+y.map(function(T){return T?'<th colspan="'+T.colspan+'" rowspan="'+T.rowspan+'">'+T.title+"</th>":""}).join("")+"</tr>"}).join("")+"</tfoot>"),p+="</table>";var m=window.open("","");if(m){m.document.close();var C="<title>"+o.title+"</title>";jn("style, link").each(function(){C+=Kl(this)});try{m.document.head.innerHTML=C}catch{jn(m.document.head).html(C)}r.customScripts&&r.customScripts.forEach(function(y){var T=m.document.createElement("script");T.src=y,m.document.getElementsByTagName("head")[0].appendChild(T)}),m.document.body.innerHTML="<h1>"+o.title+"</h1><div>"+(o.messageTop||"")+"</div>"+p+"<div>"+(o.messageBottom||"")+"</div>",jn(m.document.body).addClass("dt-print-view"),jn("img",m.document.body).each(function(y,T){T.setAttribute("src",Us(T.getAttribute("src")))}),r.customize&&r.customize(m,r,e),m.setTimeout(function(){r.autoPrint&&(m.print(),m.close())},1e3),s()}else e.buttons.info(e.i18n("buttons.printErrorTitle","Unable to open print view"),e.i18n("buttons.printErrorMsg","Please allow popups in your browser for this site to be able to view the print view."),5e3)},async:100,title:"*",messageTop:"*",messageBottom:"*",exportOptions:{},header:!0,footer:!0,autoPrint:!0,customize:null};var Ws=ie(ae(),1);var Jl=Ws.default;Jl.extend(at.ext.buttons,{colvis:function(t,e){var n=null,r={extend:"collection",init:function(s,i){n=i},text:function(s){return s.i18n("buttons.colvis","Column visibility")},className:"buttons-colvis",closeButton:!1,buttons:[{extend:"columnsToggle",columns:e.columns,columnText:e.columnText}]};return t.on("column-reorder.dt"+e.namespace,function(){t.button(null,t.button(null,n).node()).collectionRebuild([{extend:"columnsToggle",columns:e.columns,columnText:e.columnText}])}),r},columnsToggle:function(t,e){return t.columns(e.columns).indexes().map(function(n){return{extend:"columnToggle",columns:n,columnText:e.columnText}}).toArray()},columnToggle:function(t,e){return{extend:"columnVisibility",columns:e.columns,columnText:e.columnText}},columnsVisibility:function(t,e){return t.columns(e.columns).indexes().map(function(n){return{extend:"columnVisibility",columns:n,visibility:e.visibility,columnText:e.columnText}}).toArray()},columnVisibility:{columns:void 0,text:function(t,e,n){return n._columnText(t,n)},className:"buttons-columnVisibility",action:function(t,s,n,r){var s=s.columns(r.columns),i=s.visible();s.visible(r.visibility!==void 0?r.visibility:!(i.length&&i[0]))},init:function(t,e,n){var r=this;e.attr("data-cv-idx",n.columns),t.on("column-visibility.dt"+n.namespace,function(s,i){i.bDestroying||i.nTable!=t.settings()[0].nTable||r.active(t.column(n.columns).visible())}).on("column-reorder.dt"+n.namespace,function(){n.destroying||t.columns(n.columns).count()===1&&(r.text(n._columnText(t,n)),r.active(t.column(n.columns).visible()))}),this.active(t.column(n.columns).visible())},destroy:function(t,e,n){t.off("column-visibility.dt"+n.namespace).off("column-reorder.dt"+n.namespace)},_columnText:function(t,e){var n,r;return typeof e.text=="string"?e.text:(r=t.column(e.columns).title(),n=t.column(e.columns).index(),r=r.replace(/\n/g," ").replace(/<br\s*\/?>/gi," ").replace(/<select(.*?)<\/select\s*>/gi,""),r=at.Buttons.stripHtmlComments(r),r=at.util.stripHtml(r).trim(),e.columnText?e.columnText(t,n,r):r)}},colvisRestore:{className:"buttons-colvisRestore",text:function(t){return t.i18n("buttons.colvisRestore","Restore visibility")},init:function(t,e,n){t.columns().every(function(){var r=this.init();r.__visOriginal===void 0&&(r.__visOriginal=this.visible())})},action:function(t,e,n,r){e.columns().every(function(s){var i=this.init();this.visible(i.__visOriginal)})}},colvisGroup:{className:"buttons-colvisGroup",action:function(t,e,n,r){e.columns(r.show).visible(!0,!1),e.columns(r.hide).visible(!1,!1),e.columns.adjust()},show:[],hide:[]}});var Ql=ie(ae(),1);var Gs=ie(ae(),1);var un=Gs.default;(function(){"use strict";var t,e;function n(o){t=o,e=t.fn.dataTable}var r=function(){function o(u,p){var b=this;if(!e||!e.versionCheck||!e.versionCheck("2"))throw new Error("FixedColumns requires DataTables 2 or newer");var g=new e.Api(u);this.classes=t.extend(!0,{},o.classes),this.c=t.extend(!0,{},o.defaults,p),this.s={dt:g,rtl:t(g.table().node()).css("direction")==="rtl"},p&&p.leftColumns!==void 0&&(p.left=p.leftColumns),p&&p.left!==void 0&&(this.c[this.s.rtl?"end":"start"]=p.left),p&&p.rightColumns!==void 0&&(p.right=p.rightColumns),p&&p.right!==void 0&&(this.c[this.s.rtl?"start":"end"]=p.right),this.dom={bottomBlocker:t("<div>").addClass(this.classes.bottomBlocker),topBlocker:t("<div>").addClass(this.classes.topBlocker),scroller:t("div.dt-scroll-body",this.s.dt.table().container())},this.s.dt.settings()[0]._bInitComplete?(this._addStyles(),this._setKeyTableListener()):g.one("init.dt.dtfc",function(){b._addStyles(),b._setKeyTableListener()}),g.on("column-sizing.dt.dtfc column-reorder.dt.dtfc draw.dt.dtfc",function(){return b._addStyles()});var m=e.util.debounce(function(){b._addStyles()},50);return g.on("column-visibility.dt.dtfc",function(){m()}),this.dom.scroller.on("scroll.dtfc",function(){return b._scroll()}),this._scroll(),g.settings()[0]._fixedColumns=this,g.on("destroy",function(){return b._destroy()}),this}return o.prototype.end=function(u){return u!==void 0?(u>=0&&u<=this.s.dt.columns().count()&&(this.c.end=u,this._addStyles()),this):this.c.end},o.prototype.left=function(u){return this.s.rtl?this.end(u):this.start(u)},o.prototype.right=function(u){return this.s.rtl?this.start(u):this.end(u)},o.prototype.start=function(u){return u!==void 0?(u>=0&&u<=this.s.dt.columns().count()&&(this.c.start=u,this._addStyles()),this):this.c.start},o.prototype._addStyles=function(){var u=this.s.dt,p=this,b=this.s.dt.columns(":visible").count(),g=u.table().header.structure(":visible"),m=u.table().footer.structure(":visible"),C=u.columns(":visible").widths().toArray(),y=t(u.table().node()).closest("div.dt-scroll"),T=t(u.table().node()).closest("div.dt-scroll-body")[0],P=this.s.rtl,c=this.c.start,l=this.c.end,h=P?l:c,_=P?c:l,F=u.settings()[0].oBrowser.barWidth;if(y.length===0)return this;T.offsetWidth===T.clientWidth&&(F=0),u.columns(":visible").every(function(Q){var E=u.column.index("toVisible",Q),$;E<c?($=p._sum(C,E),p._fixColumn(E,$,"start",g,m,F)):E>=b-l?($=p._sum(C,b-E-1,!0),p._fixColumn(E,$,"end",g,m,F)):p._fixColumn(E,0,"none",g,m,F)}),t(u.table().node()).toggleClass(p.classes.tableFixedStart,c>0).toggleClass(p.classes.tableFixedEnd,l>0).toggleClass(p.classes.tableFixedLeft,h>0).toggleClass(p.classes.tableFixedRight,_>0);var O=u.table().header(),f=u.table().footer(),U=t(O).outerHeight(),X=t(f).outerHeight();this.dom.topBlocker.appendTo(y).css("top",0).css(this.s.rtl?"left":"right",0).css("height",U).css("width",F+1).css("display",F?"block":"none"),f&&this.dom.bottomBlocker.appendTo(y).css("bottom",0).css(this.s.rtl?"left":"right",0).css("height",X).css("width",F+1).css("display",F?"block":"none")},o.prototype._destroy=function(){this.s.dt.off(".dtfc"),this.dom.scroller.off(".dtfc"),t(this.s.dt.table().node()).removeClass(this.classes.tableScrollingEnd+" "+this.classes.tableScrollingLeft+" "+this.classes.tableScrollingStart+" "+this.classes.tableScrollingRight),this.dom.bottomBlocker.remove(),this.dom.topBlocker.remove()},o.prototype._fixColumn=function(u,p,b,g,m,C){var y=this,T=this.s.dt,P=function(c,l){if(b==="none")c.css("position","").css("left","").css("right","").removeClass(y.classes.fixedEnd+" "+y.classes.fixedLeft+" "+y.classes.fixedRight+" "+y.classes.fixedStart);else{var h=b==="start"?"left":"right";y.s.rtl&&(h=b==="start"?"right":"left");var _=p;b==="end"&&(l==="header"||l==="footer")&&(_+=C),c.css("position","sticky").css(h,_).addClass(b==="start"?y.classes.fixedStart:y.classes.fixedEnd).addClass(h==="left"?y.classes.fixedLeft:y.classes.fixedRight)}};g.forEach(function(c){c[u]&&P(t(c[u].cell),"header")}),P(T.column(u+":visible",{page:"current"}).nodes().to$(),"body"),m&&m.forEach(function(c){c[u]&&P(t(c[u].cell),"footer")})},o.prototype._scroll=function(){var u=this.dom.scroller[0];if(u){var p=t(this.s.dt.table().node()).add(this.s.dt.table().header().parentNode).add(this.s.dt.table().footer().parentNode).add("div.dt-scroll-headInner table",this.s.dt.table().container()).add("div.dt-scroll-footInner table",this.s.dt.table().container()),b=u.scrollLeft,g=!this.s.rtl,m=b!==0,C=u.scrollWidth>u.clientWidth+Math.abs(b)+1;p.toggleClass(this.classes.tableScrollingStart,m),p.toggleClass(this.classes.tableScrollingEnd,C),p.toggleClass(this.classes.tableScrollingLeft,m&&g||C&&!g),p.toggleClass(this.classes.tableScrollingRight,C&&g||m&&!g)}},o.prototype._setKeyTableListener=function(){var u=this;this.s.dt.on("key-focus.dt.dtfc",function(p,b,g){var m,C=t(g.node()).offset(),y=u.dom.scroller[0],T=t(t(u.s.dt.table().node()).closest("div.dt-scroll-body"));if(u.c.start>0){var P=t(u.s.dt.column(u.c.start-1).header()),c=P.offset(),l=P.outerWidth();t(g.node()).hasClass(u.classes.fixedLeft)?T.scrollLeft(0):C.left<c.left+l&&(m=T.scrollLeft(),T.scrollLeft(m-(c.left+l-C.left)))}if(u.c.end>0){var h=u.s.dt.columns().data().toArray().length,_=t(g.node()).outerWidth(),F=t(u.s.dt.column(h-u.c.end).header()),O=F.offset();t(g.node()).hasClass(u.classes.fixedRight)?T.scrollLeft(y.scrollWidth-y.clientWidth):C.left+_>O.left&&(m=T.scrollLeft(),T.scrollLeft(m-(O.left-(C.left+_))))}})},o.prototype._sum=function(u,p,b){return b===void 0&&(b=!1),b&&(u=u.slice().reverse()),u.slice(0,p).reduce(function(g,m){return g+m},0)},o.version="5.0.0",o.classes={bottomBlocker:"dtfc-bottom-blocker",fixedEnd:"dtfc-fixed-end",fixedLeft:"dtfc-fixed-left",fixedRight:"dtfc-fixed-right",fixedStart:"dtfc-fixed-start",tableFixedEnd:"dtfc-has-end",tableFixedLeft:"dtfc-has-left",tableFixedRight:"dtfc-has-right",tableFixedStart:"dtfc-has-start",tableScrollingEnd:"dtfc-scrolling-end",tableScrollingLeft:"dtfc-scrolling-left",tableScrollingRight:"dtfc-scrolling-right",tableScrollingStart:"dtfc-scrolling-start",topBlocker:"dtfc-top-blocker"},o.defaults={i18n:{button:"FixedColumns"},start:1,end:0},o}();n(un),un.fn.dataTable.FixedColumns=r,un.fn.DataTable.FixedColumns=r;var s=at.Api.register;s("fixedColumns()",function(){return this}),s("fixedColumns().start()",function(o){var u=this.context[0];return o!==void 0?(u._fixedColumns.start(o),this):u._fixedColumns.start()}),s("fixedColumns().end()",function(o){var u=this.context[0];return o!==void 0?(u._fixedColumns.end(o),this):u._fixedColumns.end()}),s("fixedColumns().left()",function(o){var u=this.context[0];return o!==void 0?(u._fixedColumns.left(o),this):u._fixedColumns.left()}),s("fixedColumns().right()",function(o){var u=this.context[0];return o!==void 0?(u._fixedColumns.right(o),this):u._fixedColumns.right()}),at.ext.buttons.fixedColumns={action:function(o,u,p,b){un(p).attr("active")?(un(p).removeAttr("active").removeClass("active"),u.fixedColumns().start(0),u.fixedColumns().end(0)):(un(p).attr("active","true").addClass("active"),u.fixedColumns().start(b.config.start),u.fixedColumns().end(b.config.end))},config:{start:1,end:0},init:function(o,u,p){o.settings()[0]._fixedColumns===void 0&&i(o.settings(),p),un(u).attr("active","true").addClass("active"),o.button(u).text(p.text||o.i18n("buttons.fixedColumns",o.settings()[0]._fixedColumns.c.i18n.button))},text:null};function i(o,u){u===void 0&&(u=null);var p=new at.Api(o),b=u||p.init().fixedColumns||at.defaults.fixedColumns,g=new r(p,b);return g}un(document).on("plugin-init.dt",function(o,u){o.namespace==="dt"&&(u.oInit.fixedColumns||at.defaults.fixedColumns)&&(u._fixedColumns||i(u,null))})})();var nd=ie(ae(),1);var qs=ie(ae(),1);var jt=qs.default,td=0,ed=0,_n=function(t,e){if(!at.versionCheck||!at.versionCheck("1.10.8"))throw"KeyTable requires DataTables 1.10.8 or newer";this.c=jt.extend(!0,{},at.defaults.keyTable,_n.defaults,e),this.s={dt:new at.Api(t),dtDrawing:!1,enable:!0,focusDraw:!1,waitingForDraw:!1,lastFocus:null,namespace:".keyTable-"+td++,tabInput:null},this.dom={};var n=this.s.dt.settings()[0],r=n.keytable;if(r)return r;n.keytable=this,this._constructor()};jt.extend(_n.prototype,{blur:function(){this._blur()},enable:function(t){this.s.enable=t},enabled:function(){return this.s.enable},focus:function(t,e){this._focus(this.s.dt.cell(t,e))},focused:function(t){var e=this.s.lastFocus;if(!e)return!1;var n=this.s.lastFocus.cell.index();return t.row===n.row&&t.column===n.column},_constructor:function(){this._tabInput();var t=this,e=this.s.dt,n=jt(e.table().node()),r=this.s.namespace,s=!1;if(n.css("position")==="static"&&n.css("position","relative"),jt(e.table().body()).on("click"+r,"th, td",function(u){if(t.s.enable!==!1){var p=e.cell(this);p.any()&&t._focus(p,null,!1,u)}}),jt(document).on("keydown"+r,function(u){!s&&!t.s.dtDrawing?t._key(u):u.preventDefault()}),this.c.blurable&&jt(document).on("mousedown"+r,function(u){jt(u.target).parents(".dataTables_filter, .dt-search").length&&t._blur(),!jt(u.target).parents().filter(e.table().container()).length&&(jt(u.target).parents("div.DTE").length||jt(u.target).parents("div.editor-datetime").length||jt(u.target).parents("div.dt-datetime").length||jt(u.target).parents().filter(".DTFC_Cloned").length||t._blur())}),this.c.editor){var i=this.c.editor;i.on("open.keyTableMain",function(u,p,b){p!=="inline"&&t.s.enable&&(t.enable(!1),i.one("close"+r,function(){t.enable(!0)}))}),this.c.editOnFocus&&e.on("key-focus"+r+" key-refocus"+r,function(u,p,b,g){t._editor(null,g,!0)}),e.on("key"+r,function(u,p,b,g,m){t._editor(b,m,!1)}),jt(e.table().body()).on("dblclick"+r,"th, td",function(u){if(t.s.enable!==!1){var p=e.cell(this);p.any()&&(t.s.lastFocus&&this!==t.s.lastFocus.cell.node()||t._editor(null,u,!0))}}),i.on("preSubmit",function(){s=!0}).on("preSubmitCancelled",function(){s=!1}).on("submitComplete",function(){s=!1})}e.on("stateSaveParams"+r,function(u,p,b){b.keyTable=t.s.lastFocus?t.s.lastFocus.cell.index():null}),e.on("column-visibility"+r,function(u){t._tabInput()}),e.on("column-reorder"+r,function(u,p,b){var g=t.s.lastFocus;if(g&&g.cell){var m=g.relative.column;g.cell[0][0].column=b.mapping.indexOf(m),g.relative.column=b.mapping.indexOf(m)}}),e.on("preDraw"+r+" scroller-will-draw"+r,function(u){t.s.dtDrawing=!0}),e.on("draw"+r,function(u){if(t.s.dtDrawing=!1,t._tabInput(),!t.s.focusDraw){var p=t.s.lastFocus;if(p){var b=t.s.lastFocus.relative,g=e.page.info(),m=b.row;if(g.recordsDisplay===0||m<g.start||m>g.start+g.length)return;m>=g.recordsDisplay&&(m=g.recordsDisplay-1),t._focus(m,b.column,!0,u)}}}),this.c.clipboard&&this._clipboard(),e.on("destroy"+r,function(){t._blur(!0),e.off(r),jt(e.table().body()).off("click"+r,"th, td").off("dblclick"+r,"th, td"),jt(document).off("mousedown"+r).off("keydown"+r).off("copy"+r).off("paste"+r)});var o=e.state.loaded();o&&o.keyTable?e.one("init",function(){var u=e.cell(o.keyTable);u.any()&&u.focus()}):this.c.focus&&e.cell(this.c.focus).focus()},_blur:function(t){if(!(!this.s.enable||!this.s.lastFocus)){var e=this.s.lastFocus.cell;jt(e.node()).removeClass(this.c.className),this.s.lastFocus=null,t||(this._updateFixedColumns(e.index().column),this._emitEvent("key-blur",[this.s.dt,e]))}},_clipboard:function(){var t=this.s.dt,e=this,n=this.s.namespace,r=this.c.clipboard;window.getSelection&&((r===!0||r.copy)&&jt(document).on("copy"+n,function(s){var i=s.originalEvent,o=window.getSelection().toString(),u=e.s.lastFocus;!o&&u&&(i.clipboardData.setData("text/plain",u.cell.render(e.c.clipboardOrthogonal)),i.preventDefault())}),(r===!0||r.paste)&&jt(document).on("paste"+n,function(s){var i=s.originalEvent,o=e.s.lastFocus,u=document.activeElement,p=e.c.editor,b;if(o&&(!u||u.nodeName.toLowerCase()==="body"))if(i.preventDefault(),window.clipboardData&&window.clipboardData.getData?b=window.clipboardData.getData("Text"):i.clipboardData&&i.clipboardData.getData&&(b=i.clipboardData.getData("text/plain")),p){var g=e._inlineOptions(o.cell.index());p.inline(g.cell,g.field,g.options).set(p.displayed()[0],b).submit()}else o.cell.data(b),t.draw(!1)}))},_columns:function(){var t=this.s.dt,e=t.columns(this.c.columns).indexes(),n=[];return t.columns(":visible").every(function(r){e.indexOf(r)!==-1&&n.push(r)}),n},_editor:function(t,e,n){if(this.s.lastFocus&&!(e&&e.type==="draw")){var r=this,s=this.s.dt,i=this.c.editor,o=this.s.lastFocus.cell,u=this.s.namespace+"e"+ed++;if(!jt("div.DTE",o.node()).length&&!(t!==null&&(t>=0&&t<=9||t===11||t===12||t>=14&&t<=31||t>=112&&t<=123||t>=127&&t<=159))){e&&(e.stopPropagation(),t===13&&e.preventDefault());var p=function(){var b=r._inlineOptions(o.index());i.one("open"+u,function(){i.off("cancelOpen"+u),n||jt("div.DTE_Field_InputControl input, div.DTE_Field_InputControl textarea").select(),s.keys.enable(n?"tab-only":"navigation-only"),s.on("key-blur.editor",function(g,m,C){i.s.editOpts.onBlur!=="submit"&&i.displayed()&&C.node()===o.node()&&i.submit()}),n&&jt(s.table().container()).addClass("dtk-focus-alt"),i.on("preSubmitCancelled"+u,function(){setTimeout(function(){r._focus(o,null,!1)},50)}),i.on("submitUnsuccessful"+u,function(){r._focus(o,null,!1)}),i.one("close"+u,function(){s.keys.enable(!0),s.off("key-blur.editor"),i.off(u),jt(s.table().container()).removeClass("dtk-focus-alt"),r.s.returnSubmit&&(r.s.returnSubmit=!1,r._emitEvent("key-return-submit",[s,o]))})}).one("cancelOpen"+u,function(){i.off(u)}).inline(b.cell,b.field,b.options)};t===13?(n=!0,jt(document).one("keyup",function(){p()})):p()}}},_inlineOptions:function(t){return this.c.editorOptions?this.c.editorOptions(t):{cell:t,field:void 0,options:void 0}},_emitEvent:function(t,e){return this.s.dt.iterator("table",function(n,r){return jt(n.nTable).triggerHandler(t,e)})},_focus:function(t,e,n,r){var s=this,i=this.s.dt,o=i.page.info(),u=this.s.lastFocus;if(r||(r=null),!!this.s.enable){if(typeof t!="number"){if(!t.any())return;var p=t.index();if(e=p.column,t=i.rows({filter:"applied",order:"applied"}).indexes().indexOf(p.row),t<0)return;o.serverSide&&(t+=o.start)}if(o.length!==-1&&(t<o.start||t>=o.start+o.length)){this.s.focusDraw=!0,this.s.waitingForDraw=!0,i.one("draw",function(){s.s.focusDraw=!1,s.s.waitingForDraw=!1,s._focus(t,e,void 0,r)}).page(Math.floor(t/o.length)).draw(!1);return}if(jt.inArray(e,this._columns())!==-1){o.serverSide&&(t-=o.start);var b=i.cells(null,e,{search:"applied",order:"applied"}).flatten(),g=i.cell(b[t]),m=this._emitEvent("key-prefocus",[this.s.dt,g,r||null]);if(m.indexOf(!1)===-1){if(u){if(u.node===g.node()){this._emitEvent("key-refocus",[this.s.dt,g,r||null]);return}this._blur()}this._removeOtherFocus();var C=jt(g.node());if(C.addClass(this.c.className),this._updateFixedColumns(e),n===void 0||n===!0){this._scroll(jt(window),jt(document.body),C,"offset");var y=i.table().body().parentNode;if(y!==i.table().header().parentNode){var T=jt(y.parentNode);this._scroll(T,T,C,"position")}}var P=i.page.info();this.s.lastFocus={cell:g,node:g.node(),relative:{row:P.start+i.rows({page:"current"}).indexes().indexOf(g.index().row),column:g.index().column}},this._emitEvent("key-focus",[this.s.dt,g,r||null]),i.state.save()}}}},_key:function(t){if(this.s.waitingForDraw){t.preventDefault();return}if(!jt(t.target).closest(".dte-inlineAdd").length){var e=this.s.enable;this.s.returnSubmit=(e==="navigation-only"||e==="tab-only")&&t.keyCode===13;var n=e===!0||e==="navigation-only";if(e&&!((t.keyCode===0||t.ctrlKey||t.metaKey||t.altKey)&&!(t.ctrlKey&&t.altKey))){var r=this.s.lastFocus;if(r){if(!this.s.dt.cell(r.node).any()){this.s.lastFocus=null;return}var s=this,i=this.s.dt,o=!!this.s.dt.settings()[0].oScroll.sY;if(!(this.c.keys&&jt.inArray(t.keyCode,this.c.keys)===-1))switch(t.keyCode){case 9:t.preventDefault(),this._keyAction(function(){s._shift(t,t.shiftKey?"left":"right",!0)});break;case 27:if(jt(r.node).find("div.DTE").length)return;this.c.blurable&&e===!0&&this._blur();break;case 33:case 34:n&&!o&&(t.preventDefault(),this._keyAction(function(){i.page(t.keyCode===33?"previous":"next").draw(!1)}));break;case 35:case 36:n&&(t.preventDefault(),this._keyAction(function(){var u=i.cells({page:"current"}).indexes(),p=s._columns();s._focus(i.cell(u[t.keyCode===35?u.length-1:p[0]]),null,!0,t)}));break;case 37:n&&this._keyAction(function(){s._shift(t,"left")});break;case 38:n&&this._keyAction(function(){s._shift(t,"up")});break;case 39:n&&this._keyAction(function(){s._shift(t,"right")});break;case 40:n&&this._keyAction(function(){s._shift(t,"down")});break;case 113:if(this.c.editor){this._editor(null,t,!0);break}default:e===!0&&this._emitEvent("key",[i,t.keyCode,this.s.lastFocus.cell,t]);break}}}}},_keyAction:function(t){var e=this.c.editor;e&&e.mode()&&e.display()?e.submit(t):t()},_removeOtherFocus:function(){var t=this.s.dt.table().node();jt.fn.dataTable.tables({api:!0}).iterator("table",function(e){this.table().node()!==t&&this.cell.blur()})},_scroll:function(t,e,n,r){var s=n[r](),i=n.outerHeight(),o=n.outerWidth(),u=e.scrollTop(),p=e.scrollLeft(),b=t.height(),g=t.width();r==="position"&&(s.top+=parseInt(n.closest("table").css("top"),10)),s.top<u&&s.top+i>u-5&&e.scrollTop(s.top),s.left<p&&e.scrollLeft(s.left),s.top+i>u+b&&s.top<u+b+5&&i<b&&e.scrollTop(s.top+i-b),s.left+o>p+g&&o<g&&e.scrollLeft(s.left+o-g)},_shift:function(t,e,n){var r=this.s.dt,s=r.page.info(),i=s.recordsDisplay,o=this._columns(),u=this.s.lastFocus;if(u){var p=u.cell;if(p){var b=r.rows({filter:"applied",order:"applied"}).indexes().indexOf(p.index().row);s.serverSide&&(b+=s.start);var g=r.columns(o).indexes().indexOf(p.index().column),m=b,C=o[g];jt(r.table().node()).css("direction")==="rtl"&&(e==="right"?e="left":e==="left"&&(e="right")),e==="right"?g>=o.length-1?(m++,C=o[0]):C=o[g+1]:e==="left"?g===0?(m--,C=o[o.length-1]):C=o[g-1]:e==="up"?m--:e==="down"&&m++,m>=0&&m<i&&jt.inArray(C,o)!==-1?(t&&t.preventDefault(),this._focus(m,C,!0,t)):!n||!this.c.blurable?t&&t.preventDefault():this._blur()}}},_tabInput:function(){var t=this,e=this.s.dt,n=this.c.tabIndex!==null?this.c.tabIndex:e.settings()[0].iTabIndex;if(n!=-1){if(!this.s.tabInput){var r=jt('<div><input type="text" tabindex="'+n+'"/></div>').css({position:"absolute",height:1,width:0,overflow:"hidden"});r.children().on("focus",function(i){var o=e.cell(":eq(0)",t._columns(),{page:"current"});o.any()&&t._focus(o,null,!0,i)}),this.s.tabInput=r}var s=this.s.dt.cell(":eq(0)","0:visible",{page:"current",order:"current"}).node();s&&jt(s).prepend(this.s.tabInput)}},_updateFixedColumns:function(t){var e=this.s.dt,n=e.settings()[0];if(n._oFixedColumns){var r=n._oFixedColumns.s.iLeftColumns,s=n.aoColumns.length-n._oFixedColumns.s.iRightColumns;(t<r||t>=s)&&e.fixedColumns().update()}}});_n.defaults={blurable:!0,className:"focus",clipboard:!0,clipboardOrthogonal:"display",columns:"",editor:null,editOnFocus:!1,editorOptions:null,focus:null,keys:null,tabIndex:null};_n.version="2.12.1";jt.fn.dataTable.KeyTable=_n;jt.fn.DataTable.KeyTable=_n;at.Api.register("cell.blur()",function(){return this.iterator("table",function(t){t.keytable&&t.keytable.blur()})});at.Api.register("cell().focus()",function(){return this.iterator("cell",function(t,e,n){t.keytable&&t.keytable.focus(e,n)})});at.Api.register("keys.disable()",function(){return this.iterator("table",function(t){t.keytable&&t.keytable.enable(!1)})});at.Api.register("keys.enable()",function(t){return this.iterator("table",function(e){e.keytable&&e.keytable.enable(t===void 0?!0:t)})});at.Api.register("keys.enabled()",function(t){var e=this.context;return e.length&&e[0].keytable?e[0].keytable.enabled():!1});at.Api.register("keys.move()",function(t){return this.iterator("table",function(e){e.keytable&&e.keytable._shift(null,t,!1)})});at.ext.selector.cell.push(function(t,e,n){var r=e.focused,s=t.keytable,i=[];if(!s||r===void 0)return n;for(var o=0,u=n.length;o<u;o++)(r===!0&&s.focused(n[o])||r===!1&&!s.focused(n[o]))&&i.push(n[o]);return i});jt(document).on("preInit.dt.dtk",function(t,e,n){if(t.namespace==="dt"){var r=e.oInit.keys,s=at.defaults.keys;if(r||s){var i=jt.extend({},s,r);r!==!1&&new _n(e,i)}}});var rd=ie(ae(),1);var Xs=ie(ae(),1);var ze=Xs.default,Cn=function(t,e){if(!at.versionCheck||!at.versionCheck("1.11"))throw"RowGroup requires DataTables 1.11 or newer";this.c=ze.extend(!0,{},at.defaults.rowGroup,Cn.defaults,e),this.s={dt:new at.Api(t)},this.dom={};var n=this.s.dt.settings()[0],r=n.rowGroup;if(r)return r;n.rowGroup=this,this._constructor()};ze.extend(Cn.prototype,{dataSrc:function(t){if(t===void 0)return this.c.dataSrc;var e=this.s.dt;return this.c.dataSrc=t,ze(e.table().node()).triggerHandler("rowgroup-datasrc.dt",[e,t]),this},disable:function(){return this.c.enable=!1,this},enable:function(t){return t===!1?this.disable():(this.c.enable=!0,this)},enabled:function(){return this.c.enable},_constructor:function(){var t=this,e=this.s.dt,n=e.settings()[0];e.on("draw.dtrg",function(r,s){t.c.enable&&n===s&&t._draw()}),e.on("column-visibility.dt.dtrg responsive-resize.dt.dtrg",function(){t._adjustColspan()}),e.on("destroy",function(){e.off(".dtrg")})},_adjustColspan:function(){ze("tr."+this.c.className,this.s.dt.table().body()).find("th:visible, td:visible").attr("colspan",this._colspan())},_colspan:function(){return this.s.dt.columns().visible().reduce(function(t,e){return t+e},0)},_draw:function(){var t=this.s.dt,e=this._group(0,t.rows({page:"current"}).indexes());this._groupDisplay(0,e)},_group:function(t,e){var n=Array.isArray(this.c.dataSrc)?this.c.dataSrc:[this.c.dataSrc],r=at.util.get(n[t]),s=this.s.dt,i,o,u,p,b=[],g=this;for(u=0,p=e.length;u<p;u++){var m=e[u],C=s.row(m).data();i=r(C,t),i==null&&(i=g.c.emptyDataGroup),(o===void 0||i!==o)&&(b.push({dataPoint:i,rows:[]}),o=i),b[b.length-1].rows.push(m)}if(n[t+1]!==void 0)for(u=0,p=b.length;u<p;u++)b[u].children=this._group(t+1,b[u].rows);return b},_groupDisplay:function(t,e){for(var n=this.s.dt,r,s=0,i=e.length;s<i;s++){var o=e[s],u=o.dataPoint,p,b=o.rows;this.c.startRender&&(r=this.c.startRender.call(this,n.rows(b),u,t),p=this._rowWrap(r,this.c.startClassName,t),p&&p.insertBefore(n.row(b[0]).node())),this.c.endRender&&(r=this.c.endRender.call(this,n.rows(b),u,t),p=this._rowWrap(r,this.c.endClassName,t),p&&p.insertAfter(n.row(b[b.length-1]).node())),o.children&&this._groupDisplay(t+1,o.children)}},_rowWrap:function(t,e,n){var r;return(t===null||t==="")&&(t=this.c.emptyDataGroup),t==null?null:(typeof t=="object"&&t.nodeName&&t.nodeName.toLowerCase()==="tr"?r=ze(t):t instanceof ze&&t.length&&t[0].nodeName.toLowerCase()==="tr"?r=t:r=ze("<tr/>").append(ze("<th/>").attr("colspan",this._colspan()).attr("scope","row").append(t)),r.addClass(this.c.className).addClass(e).addClass("dtrg-level-"+n))}});Cn.defaults={className:"dtrg-group",dataSrc:0,emptyDataGroup:"No group",enable:!0,endClassName:"dtrg-end",endRender:null,startClassName:"dtrg-start",startRender:function(t,e){return e}};Cn.version="1.5.0";ze.fn.dataTable.RowGroup=Cn;ze.fn.DataTable.RowGroup=Cn;at.Api.register("rowGroup()",function(){return this});at.Api.register("rowGroup().disable()",function(){return this.iterator("table",function(t){t.rowGroup&&t.rowGroup.enable(!1)})});at.Api.register("rowGroup().enable()",function(t){return this.iterator("table",function(e){e.rowGroup&&e.rowGroup.enable(t===void 0?!0:t)})});at.Api.register("rowGroup().enabled()",function(){var t=this.context;return t.length&&t[0].rowGroup?t[0].rowGroup.enabled():!1});at.Api.register("rowGroup().dataSrc()",function(t){return t===void 0?this.context[0].rowGroup.dataSrc():this.iterator("table",function(e){e.rowGroup&&e.rowGroup.dataSrc(t)})});ze(document).on("preInit.dt.dtrg",function(t,e,n){if(t.namespace==="dt"){var r=e.oInit.rowGroup,s=at.defaults.rowGroup;if(r||s){var i=ze.extend({},s,r);r!==!1&&new Cn(e,i)}}});var Ys=ie(ae(),1);var Mt=Ys.default,ce,de=function(t,e){if(de.factory(t,e))return de;typeof ce>"u"&&(ce=window.moment?window.moment:window.dayjs?window.dayjs:window.luxon?window.luxon:null),this.c=Mt.extend(!0,{},de.defaults,e);var n=this.c.classPrefix;if(!ce&&this.c.format!=="YYYY-MM-DD")throw"DateTime: Without momentjs, dayjs or luxon only the format 'YYYY-MM-DD' can be used";typeof this.c.minDate=="string"&&(this.c.minDate=new Date(this.c.minDate)),typeof this.c.maxDate=="string"&&(this.c.maxDate=new Date(this.c.maxDate));var r=Mt('<div class="'+n+'"><div class="'+n+'-date"><div class="'+n+'-title"><div class="'+n+'-iconLeft"><button type="button"></button></div><div class="'+n+'-iconRight"><button type="button"></button></div><div class="'+n+'-label"><span></span><select class="'+n+'-month"></select></div><div class="'+n+'-label"><span></span><select class="'+n+'-year"></select></div></div><div class="'+n+'-buttons"><a class="'+n+'-clear"></a><a class="'+n+'-today"></a></div><div class="'+n+'-calendar"></div></div><div class="'+n+'-time"><div class="'+n+'-hours"></div><div class="'+n+'-minutes"></div><div class="'+n+'-seconds"></div></div><div class="'+n+'-error"></div></div>');this.dom={container:r,date:r.find("."+n+"-date"),title:r.find("."+n+"-title"),calendar:r.find("."+n+"-calendar"),time:r.find("."+n+"-time"),error:r.find("."+n+"-error"),buttons:r.find("."+n+"-buttons"),clear:r.find("."+n+"-clear"),today:r.find("."+n+"-today"),previous:r.find("."+n+"-iconLeft"),next:r.find("."+n+"-iconRight"),input:Mt(t)},this.s={d:null,display:null,minutesRange:null,secondsRange:null,namespace:"dateime-"+de._instance++,parts:{date:this.c.format.match(/[YMD]|L(?!T)|l/)!==null,time:this.c.format.match(/[Hhm]|LT|LTS/)!==null,seconds:this.c.format.indexOf("s")!==-1,hours12:this.c.format.match(/[haA]/)!==null}},this.dom.container.append(this.dom.date).append(this.dom.time).append(this.dom.error),this.dom.date.append(this.dom.title).append(this.dom.buttons).append(this.dom.calendar),this.dom.input.addClass("dt-datetime"),this._constructor()};Mt.extend(de.prototype,{destroy:function(){this._hide(!0),this.dom.container.off().empty(),this.dom.input.removeClass("dt-datetime").removeAttr("autocomplete").off(".datetime")},display:function(t,e){return t!==void 0&&this.s.display.setUTCFullYear(t),e!==void 0&&this.s.display.setUTCMonth(e-1),t!==void 0||e!==void 0?(this._setTitle(),this._setCalander(),this):{month:this.s.display.getUTCMonth()+1,year:this.s.display.getUTCFullYear()}},errorMsg:function(t){var e=this.dom.error;return t?e.html(t):e.empty(),this},hide:function(){return this._hide(),this},max:function(t){return this.c.maxDate=typeof t=="string"?new Date(t):t,this._optionsTitle(),this._setCalander(),this},min:function(t){return this.c.minDate=typeof t=="string"?new Date(t):t,this._optionsTitle(),this._setCalander(),this},owns:function(t){return Mt(t).parents().filter(this.dom.container).length>0},val:function(t,e){return t===void 0?this.s.d:(t instanceof Date?this.s.d=this._dateToUtc(t):t===null||t===""?this.s.d=null:t==="--now"?this.s.d=this._dateToUtc(new Date):typeof t=="string"&&(this.s.d=this._dateToUtc(this._convert(t,this.c.format,null))),(e||e===void 0)&&(this.s.d?this._writeOutput():this.dom.input.val(t)),this.s.display=this.s.d?new Date(this.s.d.toString()):new Date,this.s.display.setUTCDate(1),this._setTitle(),this._setCalander(),this._setTime(),this)},valFormat:function(t,e){return e?(this.val(this._convert(e,t,null)),this):this._convert(this.val(),null,t)},_constructor:function(){var t=this,e=this.c.classPrefix,n=this.dom.input.val(),r=function(){var s=t.dom.input.val();s!==n&&(t.c.onChange.call(t,s,t.s.d,t.dom.input),n=s)};this.s.parts.date||this.dom.date.css("display","none"),this.s.parts.time||this.dom.time.css("display","none"),this.s.parts.seconds||(this.dom.time.children("div."+e+"-seconds").remove(),this.dom.time.children("span").eq(1).remove()),this.c.buttons.clear||this.dom.clear.css("display","none"),this.c.buttons.today||this.dom.today.css("display","none"),this._optionsTitle(),Mt(document).on("i18n.dt",function(s,i){i.oLanguage.datetime&&(Mt.extend(!0,t.c.i18n,i.oLanguage.datetime),t._optionsTitle())}),this.dom.input.attr("type")==="hidden"&&(this.dom.container.addClass("inline"),this.c.attachTo="input",this.val(this.dom.input.val(),!1),this._show()),n&&this.val(n,!1),this.dom.input.attr("autocomplete","off").on("focus.datetime click.datetime",function(){t.dom.container.is(":visible")||t.dom.input.is(":disabled")||(t.val(t.dom.input.val(),!1),t._show())}).on("keyup.datetime",function(){t.dom.container.is(":visible")&&t.val(t.dom.input.val(),!1)}),this.dom.container[0].addEventListener("focusin",function(s){s.stopPropagation()}),this.dom.container.on("change","select",function(){var s=Mt(this),i=s.val();if(s.hasClass(e+"-month"))t._correctMonth(t.s.display,i),t._setTitle(),t._setCalander();else if(s.hasClass(e+"-year"))t.s.display.setUTCFullYear(i),t._setTitle(),t._setCalander();else if(s.hasClass(e+"-hours")||s.hasClass(e+"-ampm")){if(t.s.parts.hours12){var o=Mt(t.dom.container).find("."+e+"-hours").val()*1,u=Mt(t.dom.container).find("."+e+"-ampm").val()==="pm";t.s.d.setUTCHours(o===12&&!u?0:u&&o!==12?o+12:o)}else t.s.d.setUTCHours(i);t._setTime(),t._writeOutput(!0),r()}else s.hasClass(e+"-minutes")?(t.s.d.setUTCMinutes(i),t._setTime(),t._writeOutput(!0),r()):s.hasClass(e+"-seconds")&&(t.s.d.setSeconds(i),t._setTime(),t._writeOutput(!0),r());t.dom.input.focus(),t._position()}).on("click",function(s){var i=t.s.d,o=s.target.nodeName.toLowerCase(),u=o==="span"?s.target.parentNode:s.target;if(o=u.nodeName.toLowerCase(),o!=="select")if(s.stopPropagation(),o==="a"&&(s.preventDefault(),Mt(u).hasClass(e+"-clear")?(t.s.d=null,t.dom.input.val(""),t._writeOutput(),t._setCalander(),t._setTime(),r()):Mt(u).hasClass(e+"-today")&&(t.s.display=new Date,t._setTitle(),t._setCalander())),o==="button"){var p=Mt(u),b=p.parent();if(b.hasClass("disabled")&&!b.hasClass("range")){p.blur();return}if(b.hasClass(e+"-iconLeft"))t.s.display.setUTCMonth(t.s.display.getUTCMonth()-1),t._setTitle(),t._setCalander(),t.dom.input.focus();else if(b.hasClass(e+"-iconRight"))t._correctMonth(t.s.display,t.s.display.getUTCMonth()+1),t._setTitle(),t._setCalander(),t.dom.input.focus();else if(p.parents("."+e+"-time").length){var g=p.data("value"),m=p.data("unit");if(i=t._needValue(),m==="minutes")if(b.hasClass("disabled")&&b.hasClass("range")){t.s.minutesRange=g,t._setTime();return}else t.s.minutesRange=null;if(m==="seconds")if(b.hasClass("disabled")&&b.hasClass("range")){t.s.secondsRange=g,t._setTime();return}else t.s.secondsRange=null;if(g==="am")if(i.getUTCHours()>=12)g=i.getUTCHours()-12;else return;else if(g==="pm")if(i.getUTCHours()<12)g=i.getUTCHours()+12;else return;var C=m==="hours"?"setUTCHours":m==="minutes"?"setUTCMinutes":"setSeconds";i[C](g),t._setCalander(),t._setTime(),t._writeOutput(!0),r()}else i=t._needValue(),i.setUTCDate(1),i.setUTCFullYear(p.data("year")),i.setUTCMonth(p.data("month")),i.setUTCDate(p.data("day")),t._writeOutput(!0),t.s.parts.time?(t._setCalander(),t._setTime()):setTimeout(function(){t._hide()},10),r()}else t.dom.input.focus()})},_compareDates:function(t,e){return this._isLuxon()?ce.DateTime.fromJSDate(t).toUTC().toISODate()===ce.DateTime.fromJSDate(e).toUTC().toISODate():this._dateToUtcString(t)===this._dateToUtcString(e)},_convert:function(t,e,n){if(!t)return t;if(ce)if(this._isLuxon()){var s=t instanceof Date?ce.DateTime.fromJSDate(t).toUTC():ce.DateTime.fromFormat(t,e);return s.isValid?n?s.toFormat(n):s.toJSDate():null}else{var i=t instanceof Date?ce.utc(t,void 0,this.c.locale,this.c.strict):ce(t,e,this.c.locale,this.c.strict);return i.isValid()?n?i.format(n):i.toDate():null}else{if(!e&&!n||e&&n)return t;if(e){var r=t.match(/(\d{4})\-(\d{2})\-(\d{2})/);return r?new Date(r[1],r[2]-1,r[3]):null}else return t.getUTCFullYear()+"-"+this._pad(t.getUTCMonth()+1)+"-"+this._pad(t.getUTCDate())}},_correctMonth:function(t,e){var n=this._daysInMonth(t.getUTCFullYear(),e),r=t.getUTCDate()>n;t.setUTCMonth(e),r&&(t.setUTCDate(n),t.setUTCMonth(e))},_daysInMonth:function(t,e){var n=t%4===0&&(t%100!==0||t%400===0),r=[31,n?29:28,31,30,31,30,31,31,30,31,30,31];return r[e]},_dateToUtc:function(t){return t&&new Date(Date.UTC(t.getFullYear(),t.getMonth(),t.getDate(),t.getHours(),t.getMinutes(),t.getSeconds()))},_dateToUtcString:function(t){return this._isLuxon()?ce.DateTime.fromJSDate(t).toUTC().toISODate():t.getUTCFullYear()+"-"+this._pad(t.getUTCMonth()+1)+"-"+this._pad(t.getUTCDate())},_hide:function(t){if(!(!t&&this.dom.input.attr("type")==="hidden")){var e=this.s.namespace;this.dom.container.detach(),Mt(window).off("."+e),Mt(document).off("keydown."+e),Mt("div.dataTables_scrollBody").off("scroll."+e),Mt("div.DTE_Body_Content").off("scroll."+e),Mt("body").off("click."+e),Mt(this.dom.input[0].offsetParent).off("."+e)}},_hours24To12:function(t){return t===0?12:t>12?t-12:t},_htmlDay:function(t){if(t.empty)return'<td class="empty"></td>';var e=["selectable"],n=this.c.classPrefix;return t.disabled&&e.push("disabled"),t.today&&e.push("now"),t.selected&&e.push("selected"),'<td data-day="'+t.day+'" class="'+e.join(" ")+'"><button class="'+n+"-button "+n+'-day" type="button" data-year="'+t.year+'" data-month="'+t.month+'" data-day="'+t.day+'"><span>'+t.day+"</span></button></td>"},_htmlMonth:function(t,e){var n=this._dateToUtc(new Date),r=this._daysInMonth(t,e),s=new Date(Date.UTC(t,e,1)).getUTCDay(),i=[],o=[];this.c.firstDay>0&&(s-=this.c.firstDay,s<0&&(s+=7));for(var u=r+s,p=u;p>7;)p-=7;u+=7-p;var b=this.c.minDate,g=this.c.maxDate;b&&(b.setUTCHours(0),b.setUTCMinutes(0),b.setSeconds(0)),g&&(g.setUTCHours(23),g.setUTCMinutes(59),g.setSeconds(59));for(var m=0,C=0;m<u;m++){var y=new Date(Date.UTC(t,e,1+(m-s))),T=this.s.d?this._compareDates(y,this.s.d):!1,P=this._compareDates(y,n),c=m<s||m>=r+s,l=b&&y<b||g&&y>g,h=this.c.disableDays;(Array.isArray(h)&&Mt.inArray(y.getUTCDay(),h)!==-1||typeof h=="function"&&h(y)===!0)&&(l=!0);var _={day:1+(m-s),month:e,year:t,selected:T,today:P,disabled:l,empty:c};o.push(this._htmlDay(_)),++C===7&&(this.c.showWeekNumber&&o.unshift(this._htmlWeekOfYear(m-s,e,t)),i.push("<tr>"+o.join("")+"</tr>"),o=[],C=0)}var F=this.c.classPrefix,O=F+"-table";if(this.c.showWeekNumber&&(O+=" weekNumber"),b){var f=b>=new Date(Date.UTC(t,e,1,0,0,0));this.dom.title.find("div."+F+"-iconLeft").css("display",f?"none":"block")}if(g){var U=g<new Date(Date.UTC(t,e+1,1,0,0,0));this.dom.title.find("div."+F+"-iconRight").css("display",U?"none":"block")}return'<table class="'+O+'"><thead>'+this._htmlMonthHead()+"</thead><tbody>"+i.join("")+"</tbody></table>"},_htmlMonthHead:function(){var t=[],e=this.c.firstDay,n=this.c.i18n,r=function(i){for(i+=e;i>=7;)i-=7;return n.weekdays[i]};this.c.showWeekNumber&&t.push("<th></th>");for(var s=0;s<7;s++)t.push("<th>"+r(s)+"</th>");return t.join("")},_htmlWeekOfYear:function(t,e,n){var r=new Date(n,e,t,0,0,0,0);r.setDate(r.getDate()+4-(r.getDay()||7));var s=new Date(n,0,1),i=Math.ceil(((r-s)/864e5+1)/7);return'<td class="'+this.c.classPrefix+'-week">'+i+"</td>"},_isLuxon:function(){return!!(ce&&ce.DateTime&&ce.Duration&&ce.Settings)},_needValue:function(){return this.s.d||(this.s.d=this._dateToUtc(new Date),this.s.parts.time||(this.s.d.setUTCHours(0),this.s.d.setUTCMinutes(0),this.s.d.setSeconds(0),this.s.d.setMilliseconds(0))),this.s.d},_options:function(t,e,n){n||(n=e);var r=this.dom.container.find("select."+this.c.classPrefix+"-"+t);r.empty();for(var s=0,i=e.length;s<i;s++)r.append('<option value="'+e[s]+'">'+n[s]+"</option>")},_optionSet:function(t,e){var n=this.dom.container.find("select."+this.c.classPrefix+"-"+t),r=n.parent().children("span");n.val(e);var s=n.find("option:selected");r.html(s.length!==0?s.text():this.c.i18n.unknown)},_optionsTime:function(t,e,n,r,s){var i=this.c.classPrefix,o=this.dom.container.find("div."+i+"-"+t),u,p,b=e===12?function(l){return l}:this._pad,g=i+"-table",m=this.c.i18n;if(o.length){var C="",y=10,T=function(l,h,_){e===12&&typeof l=="number"&&(n>=12&&(l+=12),l==12?l=0:l==24&&(l=12));var F=n===l||l==="am"&&n<12||l==="pm"&&n>=12?"selected":"";return typeof l=="number"&&r&&Mt.inArray(l,r)===-1&&(F+=" disabled"),_&&(F+=" "+_),'<td class="selectable '+F+'"><button class="'+i+"-button "+i+'-day" type="button" data-unit="'+t+'" data-value="'+l+'"><span>'+h+"</span></button></td>"};if(e===12){for(C+="<tr>",u=1;u<=6;u++)C+=T(u,b(u));for(C+=T("am",m.amPm[0]),C+="</tr>",C+="<tr>",u=7;u<=12;u++)C+=T(u,b(u));C+=T("pm",m.amPm[1]),C+="</tr>",y=7}else if(e===24){var P=0;for(p=0;p<4;p++){for(C+="<tr>",u=0;u<6;u++)C+=T(P,b(P)),P++;C+="</tr>"}y=6}else{for(C+="<tr>",p=0;p<60;p+=10)C+=T(p,b(p),"range");C+="</tr>",C+='</tbody></thead><table class="'+g+" "+g+'-nospace"><tbody>';var c=s!==null?s:n===-1?0:Math.floor(n/10)*10;for(C+="<tr>",p=c+1;p<c+10;p++)C+=T(p,b(p));C+="</tr>",y=6}o.empty().append('<table class="'+g+'"><thead><tr><th colspan="'+y+'">'+m[t]+"</th></tr></thead><tbody>"+C+"</tbody></table>")}},_optionsTitle:function(){var t=this.c.i18n,e=this.c.minDate,n=this.c.maxDate,r=e?e.getFullYear():null,s=n?n.getFullYear():null,i=r!==null?r:new Date().getFullYear()-this.c.yearRange,o=s!==null?s:new Date().getFullYear()+this.c.yearRange;this._options("month",this._range(0,11),t.months),this._options("year",this._range(i,o)),this.dom.today.text(t.today).text(t.today),this.dom.clear.text(t.clear).text(t.clear),this.dom.previous.attr("title",t.previous).children("button").text(t.previous),this.dom.next.attr("title",t.next).children("button").text(t.next)},_pad:function(t){return t<10?"0"+t:t},_position:function(){var t=this.c.attachTo==="input"?this.dom.input.position():this.dom.input.offset(),e=this.dom.container,n=this.dom.input.outerHeight();if(e.hasClass("inline")){e.insertAfter(this.dom.input);return}this.s.parts.date&&this.s.parts.time&&Mt(window).width()>550?e.addClass("horizontal"):e.removeClass("horizontal"),this.c.attachTo==="input"?e.css({top:t.top+n,left:t.left}).insertAfter(this.dom.input):e.css({top:t.top+n,left:t.left}).appendTo("body");var r=e.outerHeight(),s=e.outerWidth(),i=Mt(window).scrollTop();if(t.top+n+r-i>Mt(window).height()){var o=t.top-r;e.css("top",o<0?0:o)}if(s+t.left>Mt(window).width()){var u=Mt(window).width()-s;this.c.attachTo==="input"&&(u-=Mt(e).offsetParent().offset().left),e.css("left",u<0?0:u)}},_range:function(t,e,n){var r=[];n||(n=1);for(var s=t;s<=e;s+=n)r.push(s);return r},_setCalander:function(){this.s.display&&this.dom.calendar.empty().append(this._htmlMonth(this.s.display.getUTCFullYear(),this.s.display.getUTCMonth()))},_setTitle:function(){this._optionSet("month",this.s.display.getUTCMonth()),this._optionSet("year",this.s.display.getUTCFullYear())},_setTime:function(){var t=this,e=this.s.d,n=null;this._isLuxon()&&(n=ce.DateTime.fromJSDate(e).toUTC());var r=n!=null?n.hour:e?e.getUTCHours():-1,s=function(i){return t.c[i+"Available"]?t.c[i+"Available"]:t._range(0,59,t.c[i+"Increment"])};this._optionsTime("hours",this.s.parts.hours12?12:24,r,this.c.hoursAvailable),this._optionsTime("minutes",60,n!=null?n.minute:e?e.getUTCMinutes():-1,s("minutes"),this.s.minutesRange),this._optionsTime("seconds",60,n!=null?n.second:e?e.getSeconds():-1,s("seconds"),this.s.secondsRange)},_show:function(){var t=this,e=this.s.namespace;this._position(),Mt(window).on("scroll."+e+" resize."+e,function(){t._position()}),Mt("div.DTE_Body_Content").on("scroll."+e,function(){t._position()}),Mt("div.dataTables_scrollBody").on("scroll."+e,function(){t._position()});var n=this.dom.input[0].offsetParent;n!==document.body&&Mt(n).on("scroll."+e,function(){t._position()}),Mt(document).on("keydown."+e,function(r){(r.keyCode===9||r.keyCode===27||r.keyCode===13)&&t._hide()}),setTimeout(function(){Mt("body").on("click."+e,function(r){var s=Mt(r.target).parents();!s.filter(t.dom.container).length&&r.target!==t.dom.input[0]&&t._hide()})},10)},_writeOutput:function(t){var e=this.s.d,n="",r=this.dom.input;e&&(n=this._convert(e,null,this.c.format)),r.val(n);var s=new Event("change",{bubbles:!0});r[0].dispatchEvent(s),r.attr("type")==="hidden"&&this.val(n,!1),t&&r.focus()}});de.use=function(t){ce=t};de._instance=0;de.type="DateTime";de.defaults={attachTo:"body",buttons:{clear:!1,today:!1},classPrefix:"dt-datetime",disableDays:null,firstDay:1,format:"YYYY-MM-DD",hoursAvailable:null,i18n:{clear:"Clear",previous:"Previous",next:"Next",months:["January","February","March","April","May","June","July","August","September","October","November","December"],weekdays:["Sun","Mon","Tue","Wed","Thu","Fri","Sat"],amPm:["am","pm"],hours:"Hour",minutes:"Minute",seconds:"Second",unknown:"-",today:"Today"},maxDate:null,minDate:null,minutesAvailable:null,minutesIncrement:1,strict:!0,locale:"en",onChange:function(){},secondsAvailable:null,secondsIncrement:1,showWeekNumber:!1,yearRange:25};de.version="1.5.3";de.factory=function(t,e){var n=!1;return t&&t.document&&(window=t,document=t.document),e&&e.fn&&e.fn.jquery&&(Mt=e,n=!0),n};window.DateTime||(window.DateTime=de);window.DataTable&&(window.DataTable.DateTime=de);Mt.fn.dtDateTime=function(t){return this.each(function(){new de(this,t)})};Mt.fn.dataTable&&(Mt.fn.dataTable.DateTime=de,Mt.fn.DataTable.DateTime=de,Mt.fn.dataTable.Editor&&(Mt.fn.dataTable.Editor.DateTime=de));var id=de;var ad=ie(ae(),1);var $s=ie(ae(),1);var cn=$s.default;(function(){"use strict";var t,e;function n(){var c=at.use("moment");return c||window.moment}function r(){var c=at.use("luxon");return c||window.luxon}function s(c){t=c,e=c.fn.dataTable}var i=function(){function c(l,h,_,F,O,f,U){F===void 0&&(F=0),O===void 0&&(O=1),f===void 0&&(f=void 0),U===void 0&&(U=!1);var X=this;this.classes=t.extend(!0,{},c.classes),this.c=t.extend(!0,{},c.defaults,t.fn.dataTable.ext.searchBuilder,h);var Q=this.c.i18n;if(this.s={condition:void 0,conditions:{},data:void 0,dataIdx:-1,dataPoints:[],dateFormat:!1,depth:O,dt:l,filled:!1,index:F,liveSearch:U,origData:void 0,preventRedraw:!1,serverData:f,topGroup:_,type:"",value:[]},this.dom={buttons:t("<div/>").addClass(this.classes.buttonContainer),condition:t("<select disabled/>").addClass(this.classes.condition).addClass(this.classes.dropDown).addClass(this.classes.italic).attr("autocomplete","hacking"),conditionTitle:t('<option value="" disabled selected hidden/>').html(this.s.dt.i18n("searchBuilder.condition",Q.condition)),container:t("<div/>").addClass(this.classes.container),data:t("<select/>").addClass(this.classes.data).addClass(this.classes.dropDown).addClass(this.classes.italic),dataTitle:t('<option value="" disabled selected hidden/>').html(this.s.dt.i18n("searchBuilder.data",Q.data)),defaultValue:t("<select disabled/>").addClass(this.classes.value).addClass(this.classes.dropDown).addClass(this.classes.select).addClass(this.classes.italic),delete:t("<button/>").html(this.s.dt.i18n("searchBuilder.delete",Q.delete)).addClass(this.classes.delete).addClass(this.classes.button).attr("title",this.s.dt.i18n("searchBuilder.deleteTitle",Q.deleteTitle)).attr("type","button"),inputCont:t("<div/>").addClass(this.classes.inputCont),left:t("<button/>").html(this.s.dt.i18n("searchBuilder.left",Q.left)).addClass(this.classes.left).addClass(this.classes.button).attr("title",this.s.dt.i18n("searchBuilder.leftTitle",Q.leftTitle)).attr("type","button"),right:t("<button/>").html(this.s.dt.i18n("searchBuilder.right",Q.right)).addClass(this.classes.right).addClass(this.classes.button).attr("title",this.s.dt.i18n("searchBuilder.rightTitle",Q.rightTitle)).attr("type","button"),value:[t("<select disabled/>").addClass(this.classes.value).addClass(this.classes.dropDown).addClass(this.classes.italic).addClass(this.classes.select)],valueTitle:t('<option value="--valueTitle--" disabled selected hidden/>').html(this.s.dt.i18n("searchBuilder.value",Q.value))},this.c.greyscale){this.dom.data.addClass(this.classes.greyscale),this.dom.condition.addClass(this.classes.greyscale),this.dom.defaultValue.addClass(this.classes.greyscale);for(var E=0,$=this.dom.value;E<$.length;E++){var w=$[E];w.addClass(this.classes.greyscale)}}return t(window).on("resize.dtsb",e.util.throttle(function(){X.s.topGroup.trigger("dtsb-redrawLogic")})),this._buildCriteria(),this}return c._escapeHTML=function(l){return l.toString().replace(/&lt;/g,"<").replace(/&gt;/g,">").replace(/&quot;/g,'"').replace(/&amp;/g,"&")},c.prototype.doSearch=function(){this.c.liveSearch&&this.s.dt.draw()},c.parseNumFmt=function(l){return+l.replace(/(?!^-)[^0-9.]/g,"")},c.prototype.updateArrows=function(l){l===void 0&&(l=!1),this.dom.container.children().detach(),this.dom.container.append(this.dom.data).append(this.dom.condition).append(this.dom.inputCont),this.setListeners(),this.dom.value[0]!==void 0&&t(this.dom.value[0]).trigger("dtsb-inserted");for(var h=1;h<this.dom.value.length;h++)this.dom.inputCont.append(this.dom.value[h]),t(this.dom.value[h]).trigger("dtsb-inserted");this.s.depth>1&&this.dom.buttons.append(this.dom.left),(this.c.depthLimit===!1||this.s.depth<this.c.depthLimit)&&l?this.dom.buttons.append(this.dom.right):this.dom.right.remove(),this.dom.buttons.append(this.dom.delete),this.dom.container.append(this.dom.buttons)},c.prototype.destroy=function(){this.dom.data.off(".dtsb"),this.dom.condition.off(".dtsb"),this.dom.delete.off(".dtsb");for(var l=0,h=this.dom.value;l<h.length;l++){var _=h[l];_.off(".dtsb")}this.dom.container.remove()},c.prototype.search=function(l,h){var _=this.s.dt.settings()[0],F=this.s.conditions[this.s.condition];if(this.s.condition!==void 0&&F!==void 0){var O=l[this.s.dataIdx];if(this.s.type&&this.s.type.includes("num")&&(_.oLanguage.sDecimal!==""||_.oLanguage.sThousands!=="")){var f=[l[this.s.dataIdx]];if(_.oLanguage.sDecimal!==""&&(f=l[this.s.dataIdx].split(_.oLanguage.sDecimal)),_.oLanguage.sThousands!=="")for(var U=0;U<f.length;U++)f[U]=f[U].replace(_.oLanguage.sThousands,",");O=f.join(".")}if(this.c.orthogonal.search!=="filter"&&(O=_.fastData(h,this.s.dataIdx,typeof this.c.orthogonal=="string"?this.c.orthogonal:this.c.orthogonal.search)),this.s.type==="array"){Array.isArray(O)||(O=[O]),O.sort();for(var X=0,Q=O;X<Q.length;X++){var E=Q[X];E&&typeof E=="string"&&(E=E.replace(/[\r\n\u2028]/g," "))}}else O!==null&&typeof O=="string"&&(O=O.replace(/[\r\n\u2028]/g," "));return this.s.type.includes("html")&&typeof O=="string"&&(O=O.replace(/(<([^>]+)>)/ig,"")),O===null&&(O=""),F.search(O,this.s.value,this)}},c.prototype.getDetails=function(l){l===void 0&&(l=!1);var h,_=this.s.dt.settings()[0];if(this.s.type!==null&&this.s.type.includes("num")&&(_.oLanguage.sDecimal!==""||_.oLanguage.sThousands!==""))for(h=0;h<this.s.value.length;h++){var F=[this.s.value[h].toString()];if(_.oLanguage.sDecimal!==""&&(F=this.s.value[h].split(_.oLanguage.sDecimal)),_.oLanguage.sThousands!=="")for(var O=0;O<F.length;O++)F[O]=F[O].replace(_.oLanguage.sThousands,",");this.s.value[h]=F.join(".")}else if(this.s.type!==null&&l){if(this.s.type.includes("date")||this.s.type.includes("time"))for(h=0;h<this.s.value.length;h++)this.s.value[h].match(/^\d{4}-([0]\d|1[0-2])-([0-2]\d|3[01])$/g)===null&&(this.s.value[h]="");else if(this.s.type.includes("moment"))for(h=0;h<this.s.value.length;h++)this.s.value[h]&&this.s.value[h].length>0&&n()(this.s.value[h],this.s.dateFormat,!0).isValid()&&(this.s.value[h]=n()(this.s.value[h],this.s.dateFormat).format("YYYY-MM-DD HH:mm:ss"));else if(this.s.type.includes("luxon"))for(h=0;h<this.s.value.length;h++)this.s.value[h]&&this.s.value[h].length>0&&r().DateTime.fromFormat(this.s.value[h],this.s.dateFormat).invalid===null&&(this.s.value[h]=r().DateTime.fromFormat(this.s.value[h],this.s.dateFormat).toFormat("yyyy-MM-dd HH:mm:ss"))}if(this.s.type&&this.s.type.includes("num")&&this.s.dt.page.info().serverSide)for(h=0;h<this.s.value.length;h++)this.s.value[h]=this.s.value[h].replace(/[^0-9.\-]/g,"");return{condition:this.s.condition,data:this.s.data,origData:this.s.origData,type:this.s.type,value:this.s.value.map(function(f){return f!=null?f.toString():f})}},c.prototype.getNode=function(){return this.dom.container},c.prototype.parseNumber=function(l){var h=this.s.dt.i18n("decimal");return h&&h!=="."&&(l=l.replace(/\./g,"").replace(h,".")),+l.replace(/(?!^-)[^0-9.]/g,"")},c.prototype.populate=function(){this._populateData(),this.s.dataIdx!==-1&&(this._populateCondition(),this.s.condition!==void 0&&this._populateValue())},c.prototype.rebuild=function(l){var h=!1,_,F;if(this._populateData(),l.data!==void 0){var O=this.classes.italic,f=this.dom.data;this.dom.data.children("option").each(function(){!h&&(t(this).text()===l.data||l.origData&&t(this).prop("origData")===l.origData)?(t(this).prop("selected",!0),f.removeClass(O),h=!0,_=parseInt(t(this).val(),10)):t(this).removeProp("selected")})}if(h){this.s.data=l.data,this.s.origData=l.origData,this.s.dataIdx=_,this.c.orthogonal=this._getOptions().orthogonal,this.dom.dataTitle.remove(),this._populateCondition(),this.dom.conditionTitle.remove();var U=void 0,X=this.dom.condition.children("option");for(F=0;F<X.length;F++){var Q=t(X[F]);l.condition!==void 0&&Q.val()===l.condition&&typeof l.condition=="string"?(Q.prop("selected",!0),U=Q.val()):Q.removeProp("selected")}if(this.s.condition=U,this.s.condition!==void 0){for(this.dom.conditionTitle.removeProp("selected"),this.dom.conditionTitle.remove(),this.dom.condition.removeClass(this.classes.italic),F=0;F<X.length;F++){var E=t(X[F]);E.val()!==this.s.condition&&E.removeProp("selected")}this._populateValue(l)}else this.dom.conditionTitle.prependTo(this.dom.condition).prop("selected",!0)}},c.prototype.setListeners=function(){var l=this;this.dom.data.unbind("change").on("change.dtsb",function(){l.dom.dataTitle.removeProp("selected");for(var h=l.dom.data.children("option."+l.classes.option),_=0;_<h.length;_++){var F=t(h[_]);F.val()===l.dom.data.val()?(l.dom.data.removeClass(l.classes.italic),F.prop("selected",!0),l.s.dataIdx=+F.val(),l.s.data=F.text(),l.s.origData=F.prop("origData"),l.c.orthogonal=l._getOptions().orthogonal,l._clearCondition(),l._clearValue(),l._populateCondition(),l.s.filled&&(l.s.filled=!1,l.doSearch(),l.setListeners()),l.s.dt.state.save()):F.removeProp("selected")}}),this.dom.condition.unbind("change").on("change.dtsb",function(){l.dom.conditionTitle.removeProp("selected");for(var h=l.dom.condition.children("option."+l.classes.option),_=0;_<h.length;_++){var F=t(h[_]);if(F.val()===l.dom.condition.val()){l.dom.condition.removeClass(l.classes.italic),F.prop("selected",!0);for(var O=F.val(),f=0,U=Object.keys(l.s.conditions);f<U.length;f++){var X=U[f];if(X===O){l.s.condition=O;break}}l._clearValue(),l._populateValue();for(var Q=0,E=l.dom.value;Q<E.length;Q++){var $=E[Q];l.s.filled&&$!==void 0&&l.dom.inputCont.has($[0]).length!==0&&(l.s.filled=!1,l.doSearch(),l.setListeners())}(l.dom.value.length===0||l.dom.value.length===1&&l.dom.value[0]===void 0)&&l.doSearch()}else F.removeProp("selected")}})},c.prototype.setupButtons=function(){if(window.innerWidth>550){this.dom.container.removeClass(this.classes.vertical),this.dom.buttons.css("left",null),this.dom.buttons.css("top",null);return}this.dom.container.addClass(this.classes.vertical),this.dom.buttons.css("left",this.dom.data.innerWidth()),this.dom.buttons.css("top",this.dom.data.position().top)},c.prototype._buildCriteria=function(){this.dom.data.append(this.dom.dataTitle),this.dom.condition.append(this.dom.conditionTitle),this.dom.container.append(this.dom.data).append(this.dom.condition),this.dom.inputCont.empty();for(var l=0,h=this.dom.value;l<h.length;l++){var _=h[l];_.append(this.dom.valueTitle),this.dom.inputCont.append(_)}this.dom.buttons.append(this.dom.delete).append(this.dom.right),this.dom.container.append(this.dom.inputCont).append(this.dom.buttons),this.setListeners()},c.prototype._clearCondition=function(){this.dom.condition.empty(),this.dom.conditionTitle.prop("selected",!0).attr("disabled","true"),this.dom.condition.prepend(this.dom.conditionTitle).prop("selectedIndex",0),this.s.conditions={},this.s.condition=void 0},c.prototype._clearValue=function(){var l;if(this.s.condition!==void 0){if(this.dom.value.length>0&&this.dom.value[0]!==void 0)for(var h=0,_=this.dom.value;h<_.length;h++)l=_[h],l!==void 0&&setTimeout(function(){l.remove()},50);if(this.dom.value=[].concat(this.s.conditions[this.s.condition].init(this,c.updateListener)),this.dom.value.length>0&&this.dom.value[0]!==void 0){this.dom.inputCont.empty().append(this.dom.value[0]).insertAfter(this.dom.condition),t(this.dom.value[0]).trigger("dtsb-inserted");for(var F=1;F<this.dom.value.length;F++)this.dom.inputCont.append(this.dom.value[F]),t(this.dom.value[F]).trigger("dtsb-inserted")}}else{for(var O=0,f=this.dom.value;O<f.length;O++)l=f[O],l!==void 0&&setTimeout(function(){l.remove()},50);this.dom.valueTitle.prop("selected",!0),this.dom.defaultValue.append(this.dom.valueTitle).insertAfter(this.dom.condition)}this.s.value=[],this.dom.value=[t("<select disabled/>").addClass(this.classes.value).addClass(this.classes.dropDown).addClass(this.classes.italic).addClass(this.classes.select).append(this.dom.valueTitle.clone())]},c.prototype._getOptions=function(){var l=this.s.dt;return t.extend(!0,{},c.defaults,l.settings()[0].aoColumns[this.s.dataIdx].searchBuilder)},c.prototype._populateCondition=function(){var l=[],h=Object.keys(this.s.conditions).length,_=this.s.dt,F=_.settings()[0].aoColumns,O=+this.dom.data.children("option:selected").val(),f,U;if(h===0){if(this.s.type=_.column(O).type(),F!==void 0){var X=F[O];X.searchBuilderType!==void 0&&X.searchBuilderType!==null?this.s.type=X.searchBuilderType:(this.s.type===void 0||this.s.type===null)&&(this.s.type=X.sType)}(this.s.type===null||this.s.type===void 0)&&(t.fn.dataTable.ext.oApi&&t.fn.dataTable.ext.oApi._fnColumnTypes(_.settings()[0]),this.s.type=_.column(O).type()),this.dom.condition.removeAttr("disabled").empty().append(this.dom.conditionTitle).addClass(this.classes.italic),this.dom.conditionTitle.prop("selected",!0);var Q=_.settings()[0].oLanguage.sDecimal;Q!==""&&this.s.type&&this.s.type.indexOf(Q)===this.s.type.length-Q.length&&(this.s.type.includes("num-fmt")?this.s.type=this.s.type.replace(Q,""):this.s.type.includes("num")&&(this.s.type=this.s.type.replace(Q,"")));var E=void 0;this.c.conditions[this.s.type]!==void 0?E=this.c.conditions[this.s.type]:this.s.type&&this.s.type.includes("datetime-")?(E=at.use("moment")?this.c.conditions.moment:this.c.conditions.luxon,this.s.dateFormat=this.s.type.replace(/datetime-/g,"")):this.s.type&&this.s.type.includes("moment")?(E=this.c.conditions.moment,this.s.dateFormat=this.s.type.replace(/moment-/g,"")):this.s.type&&this.s.type.includes("luxon")?(E=this.c.conditions.luxon,this.s.dateFormat=this.s.type.replace(/luxon-/g,"")):E=this.c.conditions.string;for(var $=0,w=Object.keys(E);$<w.length;$++)if(f=w[$],E[f]!==null){if(_.page.info().serverSide&&E[f].init===c.initSelect){var k=F[O];this.s.serverData&&this.s.serverData[k.data]?(E[f].init=c.initSelectSSP,E[f].inputValue=c.inputValueSelect,E[f].isInputValid=c.isInputValidSelect):(E[f].init=c.initInput,E[f].inputValue=c.inputValueInput,E[f].isInputValid=c.isInputValidInput)}this.s.conditions[f]=E[f],U=E[f].conditionName,typeof U=="function"&&(U=U(_,this.c.i18n)),l.push(t("<option>",{text:U,value:f}).addClass(this.classes.option).addClass(this.classes.notItalic))}}else if(h>0){this.dom.condition.empty().removeAttr("disabled").addClass(this.classes.italic);for(var S=0,B=Object.keys(this.s.conditions);S<B.length;S++){f=B[S];var L=this.s.conditions[f].conditionName;typeof L=="function"&&(L=L(_,this.c.i18n));var R=t("<option>",{text:L,value:f}).addClass(this.classes.option).addClass(this.classes.notItalic);this.s.condition!==void 0&&this.s.condition===L&&(R.prop("selected",!0),this.dom.condition.removeClass(this.classes.italic)),l.push(R)}}else{this.dom.condition.attr("disabled","true").addClass(this.classes.italic);return}for(var q=0,z=l;q<z.length;q++){var G=z[q];this.dom.condition.append(G)}if(F[O].searchBuilder&&F[O].searchBuilder.defaultCondition){var nt=F[O].searchBuilder.defaultCondition;if(typeof nt=="number")this.dom.condition.prop("selectedIndex",nt),this.dom.condition.trigger("change");else if(typeof nt=="string")for(var tt=0;tt<l.length;tt++)for(var et=0,wt=Object.keys(this.s.conditions);et<wt.length;et++){var St=wt[et];if(U=this.s.conditions[St].conditionName,(typeof U=="string"?U:U(_,this.c.i18n))===l[tt].text()&&St===nt){this.dom.condition.prop("selectedIndex",this.dom.condition.children().toArray().indexOf(l[tt][0])).removeClass(this.classes.italic),this.dom.condition.trigger("change"),tt=l.length;break}}}else this.dom.condition.prop("selectedIndex",0)},c.prototype._populateData=function(){var l=this.s.dt.settings()[0].aoColumns,h=this.s.dt.columns(this.c.columns).indexes().toArray();this.dom.data.empty().append(this.dom.dataTitle);for(var _=0;_<l.length;_++)if(this.c.columns===!0||h.includes(_)){var F=l[_],O={index:_,origData:F.data,text:(F.searchBuilderTitle||F.sTitle).replace(/(<([^>]+)>)/ig,"")};this.dom.data.append(t("<option>",{text:O.text,value:O.index}).addClass(this.classes.option).addClass(this.classes.notItalic).prop("origData",F.data).prop("selected",this.s.dataIdx===O.index)),this.s.dataIdx===O.index&&this.dom.dataTitle.removeProp("selected")}},c.prototype._populateValue=function(l){var h=this,_=this.s.filled,F;this.s.filled=!1,setTimeout(function(){h.dom.defaultValue.remove()},50);for(var O=function(E){setTimeout(function(){E!==void 0&&E.remove()},50)},f=0,U=this.dom.value;f<U.length;f++){var X=U[f];O(X)}var Q=this.dom.inputCont.children();if(Q.length>1)for(F=0;F<Q.length;F++)t(Q[F]).remove();for(l!==void 0&&this.s.dt.columns().every(function(E){h.s.dt.settings()[0].aoColumns[E].sTitle===l.data&&(h.s.dataIdx=E)}),this.dom.value=[].concat(this.s.conditions[this.s.condition].init(this,c.updateListener,l!==void 0?l.value:void 0)),l!==void 0&&l.value!==void 0&&(this.s.value=l.value),this.dom.inputCont.empty(),this.dom.value[0]!==void 0&&t(this.dom.value[0]).appendTo(this.dom.inputCont).trigger("dtsb-inserted"),F=1;F<this.dom.value.length;F++)t(this.dom.value[F]).insertAfter(this.dom.value[F-1]).trigger("dtsb-inserted");this.s.filled=this.s.conditions[this.s.condition].isInputValid(this.dom.value,this),this.setListeners(),!this.s.preventRedraw&&_!==this.s.filled&&(this.s.dt.page.info().serverSide||this.doSearch(),this.setListeners())},c.prototype._throttle=function(l,h){h===void 0&&(h=200);var _=null,F=null,O=this;return h===null&&(h=200),function(){for(var f=[],U=0;U<arguments.length;U++)f[U]=arguments[U];var X=+new Date;_!==null&&X<_+h?clearTimeout(F):_=X,F=setTimeout(function(){_=null,l.apply(O,f)},h)}},c.version="1.1.0",c.classes={button:"dtsb-button",buttonContainer:"dtsb-buttonContainer",condition:"dtsb-condition",container:"dtsb-criteria",data:"dtsb-data",delete:"dtsb-delete",dropDown:"dtsb-dropDown",greyscale:"dtsb-greyscale",input:"dtsb-input",inputCont:"dtsb-inputCont",italic:"dtsb-italic",joiner:"dtsb-joiner",left:"dtsb-left",notItalic:"dtsb-notItalic",option:"dtsb-option",right:"dtsb-right",select:"dtsb-select",value:"dtsb-value",vertical:"dtsb-vertical"},c.initSelect=function(l,h,_,F){_===void 0&&(_=null),F===void 0&&(F=!1);var O=l.dom.data.children("option:selected").val(),f=l.s.dt.rows().indexes().toArray(),U=l.s.dt.settings()[0].fastData;l.dom.valueTitle.prop("selected",!0);var X=t("<select/>").addClass(c.classes.value).addClass(c.classes.dropDown).addClass(c.classes.italic).addClass(c.classes.select).append(l.dom.valueTitle).on("change.dtsb",function(){t(this).removeClass(c.classes.italic),h(l,this)});l.c.greyscale&&X.addClass(c.classes.greyscale);for(var Q=[],E=[],$=0,w=f;$<w.length;$++){var k=w[$],S=U(k,O,typeof l.c.orthogonal=="string"?l.c.orthogonal:l.c.orthogonal.search),B={filter:typeof S=="string"?S.replace(/[\r\n\u2028]/g," "):S,index:k,text:U(k,O,typeof l.c.orthogonal=="string"?l.c.orthogonal:l.c.orthogonal.display)};l.s.type==="array"&&(B.filter=Array.isArray(B.filter)?B.filter:[B.filter],B.text=Array.isArray(B.text)?B.text:[B.text]);var L=function(nt,tt){l.s.type.includes("html")&&nt!==null&&typeof nt=="string"&&nt.replace(/(<([^>]+)>)/ig,"");var et=t("<option>",{type:Array.isArray(nt)?"Array":"String",value:nt}).data("sbv",nt).addClass(l.classes.option).addClass(l.classes.notItalic).html(typeof tt=="string"?tt.replace(/(<([^>]+)>)/ig,""):tt),wt=et.val();Q.indexOf(wt)===-1&&(Q.push(wt),E.push(et),_!==null&&Array.isArray(_[0])&&(_[0]=_[0].sort().join(",")),_!==null&&et.val()===_[0]&&(et.prop("selected",!0),X.removeClass(c.classes.italic),l.dom.valueTitle.removeProp("selected")))};if(F)for(var R=0;R<B.filter.length;R++)L(B.filter[R],B.text[R]);else L(B.filter,Array.isArray(B.text)?B.text.join(", "):B.text)}E.sort(function(nt,tt){if(l.s.type==="array"||l.s.type==="string"||l.s.type==="html")return nt.val()<tt.val()?-1:nt.val()>tt.val()?1:0;if(l.s.type==="num"||l.s.type==="html-num")return+nt.val().replace(/(<([^>]+)>)/ig,"")<+tt.val().replace(/(<([^>]+)>)/ig,"")?-1:+nt.val().replace(/(<([^>]+)>)/ig,"")>+tt.val().replace(/(<([^>]+)>)/ig,"")?1:0;if(l.s.type==="num-fmt"||l.s.type==="html-num-fmt")return+nt.val().replace(/[^0-9.]/g,"")<+tt.val().replace(/[^0-9.]/g,"")?-1:+nt.val().replace(/[^0-9.]/g,"")>+tt.val().replace(/[^0-9.]/g,"")?1:0});for(var q=0,z=E;q<z.length;q++){var G=z[q];X.append(G)}return X},c.initSelectSSP=function(l,h,_){_===void 0&&(_=null),l.dom.valueTitle.prop("selected",!0);var F=t("<select/>").addClass(c.classes.value).addClass(c.classes.dropDown).addClass(c.classes.italic).addClass(c.classes.select).append(l.dom.valueTitle).on("change.dtsb",function(){t(this).removeClass(c.classes.italic),h(l,this)});l.c.greyscale&&F.addClass(c.classes.greyscale);for(var O=[],f=0,U=l.s.serverData[l.s.origData];f<U.length;f++){var X=U[f],Q=X.value,E=X.label,$=function(B,L){l.s.type.includes("html")&&B!==null&&typeof B=="string"&&B.replace(/(<([^>]+)>)/ig,"");var R=t("<option>",{type:Array.isArray(B)?"Array":"String",value:B}).data("sbv",B).addClass(l.classes.option).addClass(l.classes.notItalic).html(typeof L=="string"?L.replace(/(<([^>]+)>)/ig,""):L);O.push(R),_!==null&&R.val()===_[0]&&(R.prop("selected",!0),F.removeClass(c.classes.italic),l.dom.valueTitle.removeProp("selected"))};$(Q,E)}for(var w=0,k=O;w<k.length;w++){var S=k[w];F.append(S)}return F},c.initSelectArray=function(l,h,_){return _===void 0&&(_=null),c.initSelect(l,h,_,!0)},c.initInput=function(l,h,_){_===void 0&&(_=null);var F=l.s.dt.settings()[0].searchDelay,O=t("<input/>").addClass(c.classes.value).addClass(c.classes.input).on("input.dtsb keypress.dtsb",l._throttle(function(f){var U=f.keyCode||f.which;return h(l,this,U)},F===null?100:F));return l.c.greyscale&&O.addClass(c.classes.greyscale),_!==null&&O.val(_[0]),l.s.dt.one("draw.dtsb",function(){l.s.topGroup.trigger("dtsb-redrawLogic")}),O},c.init2Input=function(l,h,_){_===void 0&&(_=null);var F=l.s.dt.settings()[0].searchDelay,O=[t("<input/>").addClass(c.classes.value).addClass(c.classes.input).on("input.dtsb keypress.dtsb",l._throttle(function(f){var U=f.keyCode||f.which;return h(l,this,U)},F===null?100:F)),t("<span>").addClass(l.classes.joiner).html(l.s.dt.i18n("searchBuilder.valueJoiner",l.c.i18n.valueJoiner)),t("<input/>").addClass(c.classes.value).addClass(c.classes.input).on("input.dtsb keypress.dtsb",l._throttle(function(f){var U=f.keyCode||f.which;return h(l,this,U)},F===null?100:F))];return l.c.greyscale&&(O[0].addClass(c.classes.greyscale),O[2].addClass(c.classes.greyscale)),_!==null&&(O[0].val(_[0]),O[2].val(_[1])),l.s.dt.one("draw.dtsb",function(){l.s.topGroup.trigger("dtsb-redrawLogic")}),O},c.initDate=function(l,h,_){_===void 0&&(_=null);var F=l.s.dt.settings()[0].searchDelay,O=l.s.dt.i18n("datetime",{}),f=t("<input/>").addClass(c.classes.value).addClass(c.classes.input).dtDateTime({attachTo:"input",format:l.s.dateFormat?l.s.dateFormat:void 0,i18n:O}).on("change.dtsb",l._throttle(function(){return h(l,this)},F===null?100:F)).on("input.dtsb keypress.dtsb",function(U){l._throttle(function(){var X=U.keyCode||U.which;return h(l,this,X)},F===null?100:F)});return l.c.greyscale&&f.addClass(c.classes.greyscale),_!==null&&f.val(_[0]),l.s.dt.one("draw.dtsb",function(){l.s.topGroup.trigger("dtsb-redrawLogic")}),f},c.initNoValue=function(l){return l.s.dt.one("draw.dtsb",function(){l.s.topGroup.trigger("dtsb-redrawLogic")}),[]},c.init2Date=function(l,h,_){var F=this;_===void 0&&(_=null);var O=l.s.dt.settings()[0].searchDelay,f=l.s.dt.i18n("datetime",{}),U=[t("<input/>").addClass(c.classes.value).addClass(c.classes.input).dtDateTime({attachTo:"input",format:l.s.dateFormat?l.s.dateFormat:void 0,i18n:f}).on("change.dtsb",O!==null?at.util.throttle(function(){return h(l,this)},O):function(){h(l,F)}).on("input.dtsb keypress.dtsb",function(X){at.util.throttle(function(){var Q=X.keyCode||X.which;return h(l,this,Q)},O===null?0:O)}),t("<span>").addClass(l.classes.joiner).html(l.s.dt.i18n("searchBuilder.valueJoiner",l.c.i18n.valueJoiner)),t("<input/>").addClass(c.classes.value).addClass(c.classes.input).dtDateTime({attachTo:"input",format:l.s.dateFormat?l.s.dateFormat:void 0,i18n:f}).on("change.dtsb",O!==null?at.util.throttle(function(){return h(l,this)},O):function(){h(l,F)}).on("input.dtsb keypress.dtsb",!l.c.enterSearch&&!(l.s.dt.settings()[0].oInit.search!==void 0&&l.s.dt.settings()[0].oInit.search.return)&&O!==null?at.util.throttle(function(){return h(l,this)},O):function(X){var Q=X.keyCode||X.which;h(l,F,Q)})];return l.c.greyscale&&(U[0].addClass(c.classes.greyscale),U[2].addClass(c.classes.greyscale)),_!==null&&_.length>0&&(U[0].val(_[0]),U[2].val(_[1])),l.s.dt.one("draw.dtsb",function(){l.s.topGroup.trigger("dtsb-redrawLogic")}),U},c.isInputValidSelect=function(l){for(var h=!0,_=0,F=l;_<F.length;_++){var O=F[_];O.children("option:selected").length===O.children("option").length-O.children("option."+c.classes.notItalic).length&&O.children("option:selected").length===1&&O.children("option:selected")[0]===O.children("option")[0]&&(h=!1)}return h},c.isInputValidInput=function(l){for(var h=!0,_=0,F=l;_<F.length;_++){var O=F[_];O.is("input")&&O.val().length===0&&(h=!1)}return h},c.inputValueSelect=function(l){for(var h=[],_=0,F=l;_<F.length;_++){var O=F[_];O.is("select")&&h.push(c._escapeHTML(O.children("option:selected").data("sbv")))}return h},c.inputValueInput=function(l){for(var h=[],_=0,F=l;_<F.length;_++){var O=F[_];O.is("input")&&h.push(c._escapeHTML(O.val()))}return h},c.updateListener=function(l,h,_){var F=l.s.conditions[l.s.condition],O;if(l.s.filled=F.isInputValid(l.dom.value,l),l.s.value=F.inputValue(l.dom.value,l),!l.s.filled){(!l.c.enterSearch&&!(l.s.dt.settings()[0].oInit.search!==void 0&&l.s.dt.settings()[0].oInit.search.return)||_===13)&&l.doSearch();return}for(Array.isArray(l.s.value)||(l.s.value=[l.s.value]),O=0;O<l.s.value.length;O++)Array.isArray(l.s.value[O])&&l.s.value[O].sort();var f=null,U=null;for(O=0;O<l.dom.value.length;O++)h===l.dom.value[O][0]&&(f=O,h.selectionStart!==void 0&&(U=h.selectionStart));(!l.c.enterSearch&&!(l.s.dt.settings()[0].oInit.search!==void 0&&l.s.dt.settings()[0].oInit.search.return)||_===13)&&l.doSearch(),f!==null&&(l.dom.value[f].removeClass(l.classes.italic),l.dom.value[f].focus(),U!==null&&l.dom.value[f][0].setSelectionRange(U,U))},c.dateConditions={"=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.equals",h.conditions.date.equals)},init:c.initDate,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l=l.replace(/(\/|-|,)/g,"-"),l===h[0]}},"!=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.not",h.conditions.date.not)},init:c.initDate,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l=l.replace(/(\/|-|,)/g,"-"),l!==h[0]}},"<":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.before",h.conditions.date.before)},init:c.initDate,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l=l.replace(/(\/|-|,)/g,"-"),l<h[0]}},">":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.after",h.conditions.date.after)},init:c.initDate,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l=l.replace(/(\/|-|,)/g,"-"),l>h[0]}},between:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.between",h.conditions.date.between)},init:c.init2Date,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l=l.replace(/(\/|-|,)/g,"-"),h[0]<h[1]?h[0]<=l&&l<=h[1]:h[1]<=l&&l<=h[0]}},"!between":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.notBetween",h.conditions.date.notBetween)},init:c.init2Date,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l=l.replace(/(\/|-|,)/g,"-"),h[0]<h[1]?!(h[0]<=l&&l<=h[1]):!(h[1]<=l&&l<=h[0])}},null:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.empty",h.conditions.date.empty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return l==null||l.length===0}},"!null":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.notEmpty",h.conditions.date.notEmpty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return!(l==null||l.length===0)}}},c.momentDateConditions={"=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.equals",h.conditions.date.equals)},init:c.initDate,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){return n()(l,_.s.dateFormat).valueOf()===n()(h[0],_.s.dateFormat).valueOf()}},"!=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.not",h.conditions.date.not)},init:c.initDate,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){return n()(l,_.s.dateFormat).valueOf()!==n()(h[0],_.s.dateFormat).valueOf()}},"<":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.before",h.conditions.date.before)},init:c.initDate,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){return n()(l,_.s.dateFormat).valueOf()<n()(h[0],_.s.dateFormat).valueOf()}},">":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.after",h.conditions.date.after)},init:c.initDate,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){return n()(l,_.s.dateFormat).valueOf()>n()(h[0],_.s.dateFormat).valueOf()}},between:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.between",h.conditions.date.between)},init:c.init2Date,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){var F=n()(l,_.s.dateFormat).valueOf(),O=n()(h[0],_.s.dateFormat).valueOf(),f=n()(h[1],_.s.dateFormat).valueOf();return O<f?O<=F&&F<=f:f<=F&&F<=O}},"!between":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.notBetween",h.conditions.date.notBetween)},init:c.init2Date,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){var F=n()(l,_.s.dateFormat).valueOf(),O=n()(h[0],_.s.dateFormat).valueOf(),f=n()(h[1],_.s.dateFormat).valueOf();return O<f?!(+O<=+F&&+F<=+f):!(+f<=+F&&+F<=+O)}},null:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.empty",h.conditions.date.empty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return l==null||l.length===0}},"!null":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.notEmpty",h.conditions.date.notEmpty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return!(l==null||l.length===0)}}},c.luxonDateConditions={"=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.equals",h.conditions.date.equals)},init:c.initDate,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){return r().DateTime.fromFormat(l,_.s.dateFormat).ts===r().DateTime.fromFormat(h[0],_.s.dateFormat).ts}},"!=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.not",h.conditions.date.not)},init:c.initDate,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){return r().DateTime.fromFormat(l,_.s.dateFormat).ts!==r().DateTime.fromFormat(h[0],_.s.dateFormat).ts}},"<":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.before",h.conditions.date.before)},init:c.initDate,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){return r().DateTime.fromFormat(l,_.s.dateFormat).ts<r().DateTime.fromFormat(h[0],_.s.dateFormat).ts}},">":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.after",h.conditions.date.after)},init:c.initDate,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){return r().DateTime.fromFormat(l,_.s.dateFormat).ts>r().DateTime.fromFormat(h[0],_.s.dateFormat).ts}},between:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.between",h.conditions.date.between)},init:c.init2Date,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){var F=r().DateTime.fromFormat(l,_.s.dateFormat).ts,O=r().DateTime.fromFormat(h[0],_.s.dateFormat).ts,f=r().DateTime.fromFormat(h[1],_.s.dateFormat).ts;return O<f?O<=F&&F<=f:f<=F&&F<=O}},"!between":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.notBetween",h.conditions.date.notBetween)},init:c.init2Date,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){var F=r().DateTime.fromFormat(l,_.s.dateFormat).ts,O=r().DateTime.fromFormat(h[0],_.s.dateFormat).ts,f=r().DateTime.fromFormat(h[1],_.s.dateFormat).ts;return O<f?!(+O<=+F&&+F<=+f):!(+f<=+F&&+F<=+O)}},null:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.empty",h.conditions.date.empty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return l==null||l.length===0}},"!null":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.date.notEmpty",h.conditions.date.notEmpty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return!(l==null||l.length===0)}}},c.numConditions={"=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.equals",h.conditions.number.equals)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){return+l==+h[0]}},"!=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.not",h.conditions.number.not)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){return+l!=+h[0]}},"<":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.lt",h.conditions.number.lt)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return+l<+h[0]}},"<=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.lte",h.conditions.number.lte)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return+l<=+h[0]}},">=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.gte",h.conditions.number.gte)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return+l>=+h[0]}},">":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.gt",h.conditions.number.gt)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return+l>+h[0]}},between:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.between",h.conditions.number.between)},init:c.init2Input,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return+h[0]<+h[1]?+h[0]<=+l&&+l<=+h[1]:+h[1]<=+l&&+l<=+h[0]}},"!between":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.notBetween",h.conditions.number.notBetween)},init:c.init2Input,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return+h[0]<+h[1]?!(+h[0]<=+l&&+l<=+h[1]):!(+h[1]<=+l&&+l<=+h[0])}},null:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.empty",h.conditions.number.empty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return l==null||l.length===0}},"!null":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.notEmpty",h.conditions.number.notEmpty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return!(l==null||l.length===0)}}},c.numFmtConditions={"=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.equals",h.conditions.number.equals)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h,_){return _.parseNumber(l)===_.parseNumber(h[0])}},"!=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.not",h.conditions.number.not)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h,_){return _.parseNumber(l)!==_.parseNumber(h[0])}},"<":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.lt",h.conditions.number.lt)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){return _.parseNumber(l)<_.parseNumber(h[0])}},"<=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.lte",h.conditions.number.lte)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){return _.parseNumber(l)<=_.parseNumber(h[0])}},">=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.gte",h.conditions.number.gte)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){return _.parseNumber(l)>=_.parseNumber(h[0])}},">":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.gt",h.conditions.number.gt)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){return _.parseNumber(l)>_.parseNumber(h[0])}},between:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.between",h.conditions.number.between)},init:c.init2Input,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){var F=_.parseNumber(l),O=_.parseNumber(h[0]),f=_.parseNumber(h[1]);return+O<+f?+O<=+F&&+F<=+f:+f<=+F&&+F<=+O}},"!between":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.notBetween",h.conditions.number.notBetween)},init:c.init2Input,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h,_){var F=_.parseNumber(l),O=_.parseNumber(h[0]),f=_.parseNumber(h[1]);return+O<+f?!(+O<=+F&&+F<=+f):!(+f<=+F&&+F<=+O)}},null:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.empty",h.conditions.number.empty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return l==null||l.length===0}},"!null":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.notEmpty",h.conditions.number.notEmpty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return!(l==null||l.length===0)}}},c.stringConditions={"=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.equals",h.conditions.string.equals)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){return l===h[0]}},"!=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.not",h.conditions.string.not)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidInput,search:function(l,h){return l!==h[0]}},starts:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.startsWith",h.conditions.string.startsWith)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l.toLowerCase().indexOf(h[0].toLowerCase())===0}},"!starts":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.notStartsWith",h.conditions.string.notStartsWith)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l.toLowerCase().indexOf(h[0].toLowerCase())!==0}},contains:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.contains",h.conditions.string.contains)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l.toLowerCase().includes(h[0].toLowerCase())}},"!contains":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.notContains",h.conditions.string.notContains)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return!l.toLowerCase().includes(h[0].toLowerCase())}},ends:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.endsWith",h.conditions.string.endsWith)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l.toLowerCase().endsWith(h[0].toLowerCase())}},"!ends":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.notEndsWith",h.conditions.string.notEndsWith)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return!l.toLowerCase().endsWith(h[0].toLowerCase())}},null:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.empty",h.conditions.string.empty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return l==null||l.length===0}},"!null":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.notEmpty",h.conditions.string.notEmpty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return!(l==null||l.length===0)}}},c.arrayConditions={contains:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.contains",h.conditions.array.contains)},init:c.initSelectArray,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){return l.includes(h[0])}},without:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.without",h.conditions.array.without)},init:c.initSelectArray,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){return l.indexOf(h[0])===-1}},"=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.equals",h.conditions.array.equals)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){if(l.length===h[0].length){for(var _=0;_<l.length;_++)if(l[_]!==h[0][_])return!1;return!0}return!1}},"!=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.not",h.conditions.array.not)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){if(l.length===h[0].length){for(var _=0;_<l.length;_++)if(l[_]!==h[0][_])return!0;return!1}return!0}},null:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.empty",h.conditions.array.empty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return l==null||l.length===0}},"!null":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.notEmpty",h.conditions.array.notEmpty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return l!=null&&l.length!==0}}},c.defaults={columns:!0,conditions:{array:c.arrayConditions,date:c.dateConditions,html:c.stringConditions,"html-num":c.numConditions,"html-num-fmt":c.numFmtConditions,luxon:c.luxonDateConditions,moment:c.momentDateConditions,num:c.numConditions,"num-fmt":c.numFmtConditions,string:c.stringConditions},depthLimit:!1,enterSearch:!1,filterChanged:void 0,greyscale:!1,i18n:{add:"Add Condition",button:{0:"Search Builder",_:"Search Builder (%d)"},clearAll:"Clear All",condition:"Condition",data:"Data",delete:"&times",deleteTitle:"Delete filtering rule",left:"<",leftTitle:"Outdent criteria",logicAnd:"And",logicOr:"Or",right:">",rightTitle:"Indent criteria",search:"Search",title:{0:"Custom Search Builder",_:"Custom Search Builder (%d)"},value:"Value",valueJoiner:"and"},liveSearch:!0,logic:"AND",orthogonal:{display:"display",search:"filter"},preDefined:!1},c}(),o;function u(c){o=c,c.fn.dataTable}var p=function(){function c(l,h,_,F,O,f,U){return F===void 0&&(F=0),O===void 0&&(O=!1),f===void 0&&(f=1),U===void 0&&(U=void 0),this.classes=o.extend(!0,{},c.classes),this.c=o.extend(!0,{},c.defaults,h),this.s={criteria:[],depth:f,dt:l,index:F,isChild:O,logic:void 0,opts:h,preventRedraw:!1,serverData:U,toDrop:void 0,topGroup:_},this.dom={add:o("<button/>").addClass(this.classes.add).addClass(this.classes.button).attr("type","button"),clear:o("<button>&times</button>").addClass(this.classes.button).addClass(this.classes.clearGroup).attr("type","button"),container:o("<div/>").addClass(this.classes.group),logic:o("<button><div/></button>").addClass(this.classes.logic).addClass(this.classes.button).attr("type","button"),logicContainer:o("<div/>").addClass(this.classes.logicContainer),search:o("<button/>").addClass(this.classes.search).addClass(this.classes.button).attr("type","button").css("display","none")},this.s.topGroup===void 0&&(this.s.topGroup=this.dom.container),this._setup(),this}return c.prototype.destroy=function(){this.dom.add.off(".dtsb"),this.dom.logic.off(".dtsb"),this.dom.search.off(".dtsb"),this.dom.container.trigger("dtsb-destroy").remove(),this.s.criteria=[]},c.prototype.getDetails=function(l){if(l===void 0&&(l=!1),this.s.criteria.length===0)return{};for(var h={criteria:[],logic:this.s.logic},_=0,F=this.s.criteria;_<F.length;_++){var O=F[_];h.criteria.push(O.criteria.getDetails(l))}return h},c.prototype.getNode=function(){return this.dom.container},c.prototype.rebuild=function(l){var h;if(!(l.criteria===void 0||l.criteria===null||Array.isArray(l.criteria)&&l.criteria.length===0)){if(this.s.logic=l.logic,this.dom.logic.children().first().html(this.s.logic==="OR"?this.s.dt.i18n("searchBuilder.logicOr",this.c.i18n.logicOr):this.s.dt.i18n("searchBuilder.logicAnd",this.c.i18n.logicAnd)),Array.isArray(l.criteria))for(var _=0,F=l.criteria;_<F.length;_++)h=F[_],h.logic!==void 0?this._addPrevGroup(h):h.logic===void 0&&this._addPrevCriteria(h);for(var O=0,f=this.s.criteria;O<f.length;O++)h=f[O],h.criteria instanceof i&&(h.criteria.updateArrows(this.s.criteria.length>1),this._setCriteriaListeners(h.criteria))}},c.prototype.redrawContents=function(){if(!this.s.preventRedraw){this.dom.container.children().detach(),this.dom.container.append(this.dom.logicContainer).append(this.dom.add),this.c.liveSearch||this.dom.container.append(this.dom.search),this.s.criteria.sort(function(_,F){return _.criteria.s.index<F.criteria.s.index?-1:_.criteria.s.index>F.criteria.s.index?1:0}),this.setListeners();for(var l=0;l<this.s.criteria.length;l++){var h=this.s.criteria[l].criteria;h instanceof i?(this.s.criteria[l].index=l,this.s.criteria[l].criteria.s.index=l,this.s.criteria[l].criteria.dom.container.insertBefore(this.dom.add),this._setCriteriaListeners(h),this.s.criteria[l].criteria.s.preventRedraw=this.s.preventRedraw,this.s.criteria[l].criteria.rebuild(this.s.criteria[l].criteria.getDetails()),this.s.criteria[l].criteria.s.preventRedraw=!1):h instanceof c&&h.s.criteria.length>0?(this.s.criteria[l].index=l,this.s.criteria[l].criteria.s.index=l,this.s.criteria[l].criteria.dom.container.insertBefore(this.dom.add),h.s.preventRedraw=this.s.preventRedraw,h.redrawContents(),h.s.preventRedraw=!1,this._setGroupListeners(h)):(this.s.criteria.splice(l,1),l--)}this.setupLogic()}},c.prototype.redrawLogic=function(){for(var l=0,h=this.s.criteria;l<h.length;l++){var _=h[l];_.criteria instanceof c&&_.criteria.redrawLogic()}this.setupLogic()},c.prototype.search=function(l,h){return this.s.logic==="AND"?this._andSearch(l,h):this.s.logic==="OR"?this._orSearch(l,h):!0},c.prototype.setupLogic=function(){if(this.dom.logicContainer.remove(),this.dom.clear.remove(),this.s.criteria.length<1){this.s.isChild||(this.dom.container.trigger("dtsb-destroy"),this.dom.container.css("margin-left",0)),this.dom.search.css("display","none");return}this.dom.clear.height("0px"),this.dom.logicContainer.append(this.dom.clear),this.s.isChild||this.dom.search.css("display","inline-block"),this.dom.container.prepend(this.dom.logicContainer);for(var l=0,h=this.s.criteria;l<h.length;l++){var _=h[l];_.criteria instanceof i&&_.criteria.setupButtons()}var F=this.dom.container.outerHeight()-1;this.dom.logicContainer.width(F),this._setLogicListener(),this.dom.container.css("margin-left",this.dom.logicContainer.outerHeight(!0));var O=this.dom.logicContainer.offset(),f=O.left,U=this.dom.container.offset().left,X=f-U,Q=f-X-this.dom.logicContainer.outerHeight(!0);this.dom.logicContainer.offset({left:Q});var E=this.dom.logicContainer.next(),$=O.top,w=o(E).offset().top,k=$-w,S=$-k;this.dom.logicContainer.offset({top:S}),this.dom.clear.outerHeight(this.dom.logicContainer.height()),this._setClearListener()},c.prototype.setListeners=function(){var l=this;this.dom.add.unbind("click"),this.dom.add.on("click.dtsb",function(){return l.s.isChild||l.dom.container.prepend(l.dom.logicContainer),l.addCriteria(),l.dom.container.trigger("dtsb-add"),l.s.dt.state.save(),!1}),this.dom.search.off("click.dtsb").on("click.dtsb",function(){l.s.dt.draw()});for(var h=0,_=this.s.criteria;h<_.length;h++){var F=_[h];F.criteria.setListeners()}this._setClearListener(),this._setLogicListener()},c.prototype.addCriteria=function(l){l===void 0&&(l=null);var h=l===null?this.s.criteria.length:l.s.index,_=new i(this.s.dt,this.s.opts,this.s.topGroup,h,this.s.depth,this.s.serverData,this.c.liveSearch);l!==null&&(_.c=l.c,_.s=l.s,_.s.depth=this.s.depth,_.classes=l.classes),_.populate();for(var F=!1,O=0;O<this.s.criteria.length;O++)O===0&&this.s.criteria[O].criteria.s.index>_.s.index?(_.getNode().insertBefore(this.s.criteria[O].criteria.dom.container),F=!0):O<this.s.criteria.length-1&&this.s.criteria[O].criteria.s.index<_.s.index&&this.s.criteria[O+1].criteria.s.index>_.s.index&&(_.getNode().insertAfter(this.s.criteria[O].criteria.dom.container),F=!0);F||_.getNode().insertBefore(this.dom.add),this.s.criteria.push({criteria:_,index:h}),this.s.criteria=this.s.criteria.sort(function(Q,E){return Q.criteria.s.index-E.criteria.s.index});for(var f=0,U=this.s.criteria;f<U.length;f++){var X=U[f];X.criteria instanceof i&&X.criteria.updateArrows(this.s.criteria.length>1)}this._setCriteriaListeners(_),_.setListeners(),this.setupLogic()},c.prototype.checkFilled=function(){for(var l=0,h=this.s.criteria;l<h.length;l++){var _=h[l];if(_.criteria instanceof i&&_.criteria.s.filled||_.criteria instanceof c&&_.criteria.checkFilled())return!0}return!1},c.prototype.count=function(){for(var l=0,h=0,_=this.s.criteria;h<_.length;h++){var F=_[h];F.criteria instanceof c?l+=F.criteria.count():l++}return l},c.prototype._addPrevGroup=function(l){var h=this.s.criteria.length,_=new c(this.s.dt,this.c,this.s.topGroup,h,!0,this.s.depth+1,this.s.serverData);this.s.criteria.push({criteria:_,index:h,logic:_.s.logic}),_.rebuild(l),this.s.criteria[h].criteria=_,this.s.topGroup.trigger("dtsb-redrawContents"),this._setGroupListeners(_)},c.prototype._addPrevCriteria=function(l){var h=this.s.criteria.length,_=new i(this.s.dt,this.s.opts,this.s.topGroup,h,this.s.depth,this.s.serverData);_.populate(),this.s.criteria.push({criteria:_,index:h}),_.s.preventRedraw=this.s.preventRedraw,_.rebuild(l),_.s.preventRedraw=!1,this.s.criteria[h].criteria=_,this.s.preventRedraw||this.s.topGroup.trigger("dtsb-redrawContents")},c.prototype._andSearch=function(l,h){if(this.s.criteria.length===0)return!0;for(var _=0,F=this.s.criteria;_<F.length;_++){var O=F[_];if(!(O.criteria instanceof i&&!O.criteria.s.filled)&&!O.criteria.search(l,h))return!1}return!0},c.prototype._orSearch=function(l,h){if(this.s.criteria.length===0)return!0;for(var _=!1,F=0,O=this.s.criteria;F<O.length;F++){var f=O[F];if(f.criteria instanceof i&&f.criteria.s.filled){if(_=!0,f.criteria.search(l,h))return!0}else if(f.criteria instanceof c&&f.criteria.checkFilled()&&(_=!0,f.criteria.search(l,h)))return!0}return!_},c.prototype._removeCriteria=function(l,h){h===void 0&&(h=!1);var _;if(this.s.criteria.length<=1&&this.s.isChild)this.destroy();else{var F=void 0;for(_=0;_<this.s.criteria.length;_++)this.s.criteria[_].index===l.s.index&&(!h||this.s.criteria[_].criteria instanceof c)&&(F=_);for(F!==void 0&&this.s.criteria.splice(F,1),_=0;_<this.s.criteria.length;_++)this.s.criteria[_].index=_,this.s.criteria[_].criteria.s.index=_}},c.prototype._setCriteriaListeners=function(l){var h=this;l.dom.delete.unbind("click").on("click.dtsb",function(){h._removeCriteria(l),l.dom.container.remove();for(var _=0,F=h.s.criteria;_<F.length;_++){var O=F[_];O.criteria instanceof i&&O.criteria.updateArrows(h.s.criteria.length>1)}return l.destroy(),h.s.dt.draw(),h.s.topGroup.trigger("dtsb-redrawContents"),!1}),l.dom.right.unbind("click").on("click.dtsb",function(){var _=l.s.index,F=new c(h.s.dt,h.s.opts,h.s.topGroup,l.s.index,!0,h.s.depth+1,h.s.serverData);return F.addCriteria(l),h.s.criteria[_].criteria=F,h.s.criteria[_].logic="AND",h.s.topGroup.trigger("dtsb-redrawContents"),h._setGroupListeners(F),!1}),l.dom.left.unbind("click").on("click.dtsb",function(){h.s.toDrop=new i(h.s.dt,h.s.opts,h.s.topGroup,l.s.index,void 0,h.s.serverData),h.s.toDrop.s=l.s,h.s.toDrop.c=l.c,h.s.toDrop.classes=l.classes,h.s.toDrop.populate();var _=h.s.toDrop.s.index;return h.dom.container.trigger("dtsb-dropCriteria"),l.s.index=_,h._removeCriteria(l),h.s.topGroup.trigger("dtsb-redrawContents"),h.s.dt.draw(),!1})},c.prototype._setClearListener=function(){var l=this;this.dom.clear.unbind("click").on("click.dtsb",function(){return l.s.isChild?(l.destroy(),l.s.topGroup.trigger("dtsb-redrawContents"),!1):(l.dom.container.trigger("dtsb-clearContents"),!1)})},c.prototype._setGroupListeners=function(l){var h=this;l.dom.add.unbind("click").on("click.dtsb",function(){return h.setupLogic(),h.dom.container.trigger("dtsb-add"),!1}),l.dom.container.unbind("dtsb-add").on("dtsb-add.dtsb",function(){return h.setupLogic(),h.dom.container.trigger("dtsb-add"),!1}),l.dom.container.unbind("dtsb-destroy").on("dtsb-destroy.dtsb",function(){return h._removeCriteria(l,!0),l.dom.container.remove(),h.setupLogic(),!1}),l.dom.container.unbind("dtsb-dropCriteria").on("dtsb-dropCriteria.dtsb",function(){var _=l.s.toDrop;return _.s.index=l.s.index,_.updateArrows(h.s.criteria.length>1),h.addCriteria(_),!1}),l.setListeners()},c.prototype._setup=function(){this.setListeners(),this.dom.add.html(this.s.dt.i18n("searchBuilder.add",this.c.i18n.add)),this.dom.search.html(this.s.dt.i18n("searchBuilder.search",this.c.i18n.search)),this.dom.logic.children().first().html(this.c.logic==="OR"?this.s.dt.i18n("searchBuilder.logicOr",this.c.i18n.logicOr):this.s.dt.i18n("searchBuilder.logicAnd",this.c.i18n.logicAnd)),this.s.logic=this.c.logic==="OR"?"OR":"AND",this.c.greyscale&&this.dom.logic.addClass(this.classes.greyscale),this.dom.logicContainer.append(this.dom.logic).append(this.dom.clear),this.s.isChild&&this.dom.container.append(this.dom.logicContainer),this.dom.container.append(this.dom.add),this.c.liveSearch||this.dom.container.append(this.dom.search)},c.prototype._setLogicListener=function(){var l=this;this.dom.logic.unbind("click").on("click.dtsb",function(){l._toggleLogic(),l.s.dt.draw();for(var h=0,_=l.s.criteria;h<_.length;h++){var F=_[h];F.criteria.setListeners()}})},c.prototype._toggleLogic=function(){this.s.logic==="OR"?(this.s.logic="AND",this.dom.logic.children().first().html(this.s.dt.i18n("searchBuilder.logicAnd",this.c.i18n.logicAnd))):this.s.logic==="AND"&&(this.s.logic="OR",this.dom.logic.children().first().html(this.s.dt.i18n("searchBuilder.logicOr",this.c.i18n.logicOr)))},c.version="1.1.0",c.classes={add:"dtsb-add",button:"dtsb-button",clearGroup:"dtsb-clearGroup",greyscale:"dtsb-greyscale",group:"dtsb-group",inputButton:"dtsb-iptbtn",logic:"dtsb-logic",logicContainer:"dtsb-logicContainer",search:"dtsb-search"},c.defaults={columns:!0,conditions:{date:i.dateConditions,html:i.stringConditions,"html-num":i.numConditions,"html-num-fmt":i.numFmtConditions,luxon:i.luxonDateConditions,moment:i.momentDateConditions,num:i.numConditions,"num-fmt":i.numFmtConditions,string:i.stringConditions},depthLimit:!1,enterSearch:!1,filterChanged:void 0,greyscale:!1,liveSearch:!0,i18n:{add:"Add Condition",button:{0:"Search Builder",_:"Search Builder (%d)"},clearAll:"Clear All",condition:"Condition",data:"Data",delete:"&times",deleteTitle:"Delete filtering rule",left:"<",leftTitle:"Outdent criteria",logicAnd:"And",logicOr:"Or",right:">",rightTitle:"Indent criteria",search:"Search",title:{0:"Custom Search Builder",_:"Custom Search Builder (%d)"},value:"Value",valueJoiner:"and"},logic:"AND",orthogonal:{display:"display",search:"filter"},preDefined:!1},c}(),b,g;function m(c){b=c,g=c.fn.DataTable}var C=function(){function c(l,h){var _=this;if(!g||!g.versionCheck||!g.versionCheck("2"))throw new Error("SearchBuilder requires DataTables 2 or newer");var F=new g.Api(l);if(this.classes=b.extend(!0,{},c.classes),this.c=b.extend(!0,{},c.defaults,h),this.dom={clearAll:b('<button type="button">'+F.i18n("searchBuilder.clearAll",this.c.i18n.clearAll)+"</button>").addClass(this.classes.clearAll).addClass(this.classes.button).attr("type","button"),container:b("<div/>").addClass(this.classes.container),title:b("<div/>").addClass(this.classes.title),titleRow:b("<div/>").addClass(this.classes.titleRow),topGroup:void 0},this.s={dt:F,opts:h,search:void 0,serverData:void 0,topGroup:void 0},F.settings()[0]._searchBuilder===void 0)return F.settings()[0]._searchBuilder=this,this.s.dt.page.info().serverSide&&(this.s.dt.on("preXhr.dtsb",function(O,f,U){var X=_.s.dt.state.loaded();X&&X.searchBuilder&&(U.searchBuilder=_._collapseArray(X.searchBuilder))}),this.s.dt.on("xhr.dtsb",function(O,f,U){U&&U.searchBuilder&&U.searchBuilder.options&&(_.s.serverData=U.searchBuilder.options)})),this.s.dt.settings()[0]._bInitComplete?this._setUp():F.one("init.dt",function(){_._setUp()}),this}return c.prototype.getDetails=function(l){return l===void 0&&(l=!1),this.s.topGroup.getDetails(l)},c.prototype.getNode=function(){return this.dom.container},c.prototype.rebuild=function(l){return this.dom.clearAll.click(),l==null?this:(this.s.topGroup.s.preventRedraw=!0,this.s.topGroup.rebuild(l),this.s.topGroup.s.preventRedraw=!1,this._checkClear(),this._updateTitle(this.s.topGroup.count()),this.s.topGroup.redrawContents(),this.s.dt.draw(!1),this.s.topGroup.setListeners(),this)},c.prototype._applyPreDefDefaults=function(l){var h=this;l.criteria!==void 0&&l.logic===void 0&&(l.logic="AND");for(var _=function(X){X.criteria!==void 0?X=F._applyPreDefDefaults(X):F.s.dt.columns().every(function(Q){h.s.dt.settings()[0].aoColumns[Q].sTitle===X.data&&(X.dataIdx=Q)})},F=this,O=0,f=l.criteria;O<f.length;O++){var U=f[O];_(U)}return l},c.prototype._setUp=function(l){var h=this;if(l===void 0&&(l=!0),typeof this.s.dt.column().type!="function"&&at.Api.registerPlural("columns().types()","column().type()",function(){return this.iterator("column",function(w,k){return w.aoColumns[k].sType},1)}),!g.DateTime){var _=this.s.dt.columns().types().toArray();if(_===void 0||_.includes(void 0)||_.includes(null)){_=[];for(var F=0,O=this.s.dt.settings()[0].aoColumns;F<O.length;F++){var f=O[F];_.push(f.searchBuilderType!==void 0?f.searchBuilderType:f.sType)}}var U=this.s.dt.columns().toArray();(_===void 0||_.includes(void 0)||_.includes(null))&&(b.fn.dataTable.ext.oApi&&b.fn.dataTable.ext.oApi._fnColumnTypes(this.s.dt.settings()[0]),_=this.s.dt.columns().types().toArray());for(var X=0;X<U[0].length;X++){var Q=U[0][X],E=_[Q];if((this.c.columns===!0||Array.isArray(this.c.columns)&&this.c.columns.includes(X))&&(E.includes("date")||E.includes("moment")||E.includes("luxon")))throw alert("SearchBuilder Requires DateTime when used with dates."),new Error("SearchBuilder requires DateTime")}}if(this.s.topGroup=new p(this.s.dt,this.c,void 0,void 0,void 0,void 0,this.s.serverData),this._setClearListener(),this.s.dt.on("stateSaveParams.dtsb",function(w,k,S){S.searchBuilder=h.getDetails(),S.scroller?S.start=h.s.dt.state().start:S.page=h.s.dt.page()}),this.s.dt.on("stateLoadParams.dtsb",function(w,k,S){h.rebuild(S.searchBuilder)}),this._build(),this.s.dt.on("preXhr.dtsb",function(w,k,S){h.s.dt.page.info().serverSide&&(S.searchBuilder=h._collapseArray(h.getDetails(!0)))}),this.s.dt.on("columns-reordered",function(){h.rebuild(h.getDetails())}),l){var $=this.s.dt.state.loaded();$!==null&&$.searchBuilder!==void 0?(this.s.topGroup.rebuild($.searchBuilder),this.s.topGroup.dom.container.trigger("dtsb-redrawContents"),this.s.dt.page.info().serverSide||($.page?this.s.dt.page($.page).draw("page"):this.s.dt.scroller&&$.scroller&&this.s.dt.scroller().scrollToRow($.scroller.topRow)),this.s.topGroup.setListeners()):this.c.preDefined!==!1&&(this.c.preDefined=this._applyPreDefDefaults(this.c.preDefined),this.rebuild(this.c.preDefined))}this._setEmptyListener(),this.s.dt.state.save()},c.prototype._collapseArray=function(l){if(l.logic===void 0)l.value!==void 0&&(l.value.sort(function(_,F){return isNaN(+_)||(_=+_,F=+F),_<F?-1:F<_?1:0}),l.value1=l.value[0],l.value2=l.value[1]);else for(var h=0;h<l.criteria.length;h++)l.criteria[h]=this._collapseArray(l.criteria[h]);return l},c.prototype._updateTitle=function(l){this.dom.title.html(this.s.dt.i18n("searchBuilder.title",this.c.i18n.title,l))},c.prototype._build=function(){var l=this;this.dom.clearAll.remove(),this.dom.container.empty();var h=this.s.topGroup.count();this._updateTitle(h),this.dom.titleRow.append(this.dom.title),this.dom.container.append(this.dom.titleRow),this.dom.topGroup=this.s.topGroup.getNode(),this.dom.container.append(this.dom.topGroup),this._setRedrawListener();var _=this.s.dt.table(0).node();b.fn.dataTable.ext.search.includes(this.s.search)||(this.s.search=function(F,O,f){return F.nTable!==_?!0:l.s.topGroup.search(O,f)},b.fn.dataTable.ext.search.push(this.s.search)),this.s.dt.on("destroy.dtsb",function(){l.dom.container.remove(),l.dom.clearAll.remove();for(var F=b.fn.dataTable.ext.search.indexOf(l.s.search);F!==-1;)b.fn.dataTable.ext.search.splice(F,1),F=b.fn.dataTable.ext.search.indexOf(l.s.search);l.s.dt.off(".dtsb"),b(l.s.dt.table().node()).off(".dtsb")})},c.prototype._checkClear=function(){this.s.topGroup.s.criteria.length>0?(this.dom.clearAll.insertAfter(this.dom.title),this._setClearListener()):this.dom.clearAll.remove()},c.prototype._filterChanged=function(l){var h=this.c.filterChanged;typeof h=="function"&&h(l,this.s.dt.i18n("searchBuilder.button",this.c.i18n.button,l))},c.prototype._setClearListener=function(){var l=this;this.dom.clearAll.unbind("click"),this.dom.clearAll.on("click.dtsb",function(){return l.s.topGroup=new p(l.s.dt,l.c,void 0,void 0,void 0,void 0,l.s.serverData),l._build(),l.s.dt.draw(),l.s.topGroup.setListeners(),l.dom.clearAll.remove(),l._setEmptyListener(),l._filterChanged(0),!1})},c.prototype._setRedrawListener=function(){var l=this;this.s.topGroup.dom.container.unbind("dtsb-redrawContents"),this.s.topGroup.dom.container.on("dtsb-redrawContents.dtsb",function(){l._checkClear(),l.s.topGroup.redrawContents(),l.s.topGroup.setupLogic(),l._setEmptyListener();var h=l.s.topGroup.count();l._updateTitle(h),l._filterChanged(h),l.s.dt.page.info().serverSide||l.s.dt.draw(),l.s.dt.state.save()}),this.s.topGroup.dom.container.unbind("dtsb-redrawContents-noDraw"),this.s.topGroup.dom.container.on("dtsb-redrawContents-noDraw.dtsb",function(){l._checkClear(),l.s.topGroup.s.preventRedraw=!0,l.s.topGroup.redrawContents(),l.s.topGroup.s.preventRedraw=!1,l.s.topGroup.setupLogic(),l._setEmptyListener();var h=l.s.topGroup.count();l._updateTitle(h),l._filterChanged(h)}),this.s.topGroup.dom.container.unbind("dtsb-redrawLogic"),this.s.topGroup.dom.container.on("dtsb-redrawLogic.dtsb",function(){l.s.topGroup.redrawLogic();var h=l.s.topGroup.count();l._updateTitle(h),l._filterChanged(h)}),this.s.topGroup.dom.container.unbind("dtsb-add"),this.s.topGroup.dom.container.on("dtsb-add.dtsb",function(){var h=l.s.topGroup.count();l._updateTitle(h),l._filterChanged(h),l._checkClear()}),this.s.dt.on("postEdit.dtsb postCreate.dtsb postRemove.dtsb",function(){l.s.topGroup.redrawContents()}),this.s.topGroup.dom.container.unbind("dtsb-clearContents"),this.s.topGroup.dom.container.on("dtsb-clearContents.dtsb",function(){l._setUp(!1),l._filterChanged(0),l.s.dt.draw()})},c.prototype._setEmptyListener=function(){var l=this;this.s.topGroup.dom.add.on("click.dtsb",function(){l._checkClear()}),this.s.topGroup.dom.container.on("dtsb-destroy.dtsb",function(){l.dom.clearAll.remove()})},c.version="1.8.0",c.classes={button:"dtsb-button",clearAll:"dtsb-clearAll",container:"dtsb-searchBuilder",inputButton:"dtsb-iptbtn",title:"dtsb-title",titleRow:"dtsb-titleRow"},c.defaults={columns:!0,conditions:{date:i.dateConditions,html:i.stringConditions,"html-num":i.numConditions,"html-num-fmt":i.numFmtConditions,luxon:i.luxonDateConditions,moment:i.momentDateConditions,num:i.numConditions,"num-fmt":i.numFmtConditions,string:i.stringConditions},depthLimit:!1,enterSearch:!1,filterChanged:void 0,greyscale:!1,liveSearch:!0,i18n:{add:"Add Condition",button:{0:"Search Builder",_:"Search Builder (%d)"},clearAll:"Clear All",condition:"Condition",conditions:{array:{contains:"Contains",empty:"Empty",equals:"Equals",not:"Not",notEmpty:"Not Empty",without:"Without"},date:{after:"After",before:"Before",between:"Between",empty:"Empty",equals:"Equals",not:"Not",notBetween:"Not Between",notEmpty:"Not Empty"},number:{between:"Between",empty:"Empty",equals:"Equals",gt:"Greater Than",gte:"Greater Than Equal To",lt:"Less Than",lte:"Less Than Equal To",not:"Not",notBetween:"Not Between",notEmpty:"Not Empty"},string:{contains:"Contains",empty:"Empty",endsWith:"Ends With",equals:"Equals",not:"Not",notContains:"Does Not Contain",notEmpty:"Not Empty",notEndsWith:"Does Not End With",notStartsWith:"Does Not Start With",startsWith:"Starts With"}},data:"Data",delete:"&times",deleteTitle:"Delete filtering rule",left:"<",leftTitle:"Outdent criteria",logicAnd:"And",logicOr:"Or",right:">",rightTitle:"Indent criteria",search:"Search",title:{0:"Custom Search Builder",_:"Custom Search Builder (%d)"},value:"Value",valueJoiner:"and"},logic:"AND",orthogonal:{display:"display",search:"filter"},preDefined:!1},c}();m(cn),u(cn),s(cn);var y=cn.fn.dataTable;at.SearchBuilder=C,y.SearchBuilder=C,at.Group=p,y.Group=p,at.Criteria=i,y.Criteria=i;var T=at.Api.register;at.ext.searchBuilder={conditions:{}},at.ext.buttons.searchBuilder={action:function(c,l,h,_){this.popover(_._searchBuilder.getNode(),{align:"container",span:"container"});var F=_._searchBuilder.s.topGroup;F!==void 0&&F.dom.container.trigger("dtsb-redrawContents-noDraw"),F.s.criteria.length===0&&cn("."+cn.fn.dataTable.Group.classes.add.replace(/ /g,".")).click()},config:{},init:function(c,l,h){var _=new at.SearchBuilder(c,cn.extend({filterChanged:function(F,O){c.button(l).text(O)}},h.config));c.button(l).text(h.text||c.i18n("searchBuilder.button",_.c.i18n.button,0)),h._searchBuilder=_},text:null},T("searchBuilder.getDetails()",function(c){c===void 0&&(c=!1);var l=this.context[0];return l._searchBuilder?l._searchBuilder.getDetails(c):null}),T("searchBuilder.rebuild()",function(c){var l=this.context[0];return l._searchBuilder===void 0?null:(l._searchBuilder.rebuild(c),this)}),T("searchBuilder.container()",function(){var c=this.context[0];return c._searchBuilder?c._searchBuilder.getNode():null});function P(c,l){var h=new at.Api(c),_=l||h.init().searchBuilder||at.defaults.searchBuilder,F=new C(h,_),O=F.getNode();return O}cn(document).on("preInit.dt.dtsp",function(c,l){c.namespace==="dt"&&(l.oInit.searchBuilder||at.defaults.searchBuilder)&&(l._searchBuilder||P(l))}),at.ext.feature.push({cFeature:"Q",fnInit:P}),at.feature&&at.feature.register("searchBuilder",P)})();var sd=ie(ae(),1);var Zs=ie(ae(),1);var Ze=Zs.default;(function(){"use strict";var t,e;function n(w){t=w,e=w.fn.dataTable}var r=function(){function w(k,S,B,L,R){var q=this;if(R===void 0&&(R=null),!e||!e.versionCheck||!e.versionCheck("1.10.0"))throw new Error("SearchPane requires DataTables 1.10 or newer");if(!e.select)throw new Error("SearchPane requires Select");var z=new e.Api(k);this.classes=t.extend(!0,{},w.classes),this.c=t.extend(!0,{},w.defaults,S,R),S&&S.hideCount&&S.viewCount===void 0&&(this.c.viewCount=!this.c.hideCount);var G=z.columns().eq(0).toArray().length;this.s={colExists:B<G,colOpts:void 0,customPaneSettings:R,displayed:!1,dt:z,dtPane:void 0,firstSet:!0,index:B,indexes:[],listSet:!1,name:void 0,rowData:{arrayFilter:[],arrayOriginal:[],bins:{},binsOriginal:{},filterMap:new Map,totalOptions:0},scrollTop:0,searchFunction:void 0,selections:[],serverSelect:[],serverSelecting:!1,tableLength:null,updating:!1},this.s.colOpts=this.s.colExists?this._getOptions():this._getBonusOptions(),this.dom={buttonGroup:t("<div/>").addClass(this.classes.buttonGroup),clear:t('<button type="button">&#215;</button>').attr("disabled","true").addClass(this.classes.disabledButton).addClass(this.classes.paneButton).addClass(this.classes.clearButton).html(this.s.dt.i18n("searchPanes.clearPane",this.c.i18n.clearPane)),collapseButton:t('<button type="button"><span class="'+this.classes.caret+'">&#x5e;</span></button>').addClass(this.classes.paneButton).addClass(this.classes.collapseButton),container:t("<div/>").addClass(this.classes.container).addClass(this.s.colOpts.className).addClass(this.classes.layout+(parseInt(this.c.layout.split("-")[1],10)<10?this.c.layout:this.c.layout.split("-")[0]+"-9")).addClass(this.s.customPaneSettings&&this.s.customPaneSettings.className?this.s.customPaneSettings.className:""),countButton:t('<button type="button"><span></span></button>').addClass(this.classes.paneButton).addClass(this.classes.countButton),dtP:t('<table width="100%"><thead><tr><th></th><th></th></tr></thead></table>'),lower:t("<div/>").addClass(this.classes.subRow2).addClass(this.classes.narrowButton),nameButton:t('<button type="button"><span></span></button>').addClass(this.classes.paneButton).addClass(this.classes.nameButton),panesContainer:t(L),searchBox:t("<input/>").addClass(this.classes.paneInputButton).addClass(this.classes.search),searchButton:t('<button type="button"><span></span></button>').addClass(this.classes.searchIcon).addClass(this.classes.paneButton),searchCont:t("<div/>").addClass(this.classes.searchCont),searchLabelCont:t("<div/>").addClass(this.classes.searchLabelCont),topRow:t("<div/>").addClass(this.classes.topRow),upper:t("<div/>").addClass(this.classes.subRow1).addClass(this.classes.narrowSearch)};var nt="";this.s.colExists?(nt=t(this.s.dt.column(this.s.index).header()).text(),this.dom.dtP.find("th").eq(0).text(nt)):(nt=this.s.customPaneSettings.header||"Custom Pane",this.dom.dtP.find("th").eq(0).html(nt)),this.s.colOpts.name?this.s.name=this.s.colOpts.name:this.s.customPaneSettings&&this.s.customPaneSettings.name?this.s.name=this.s.customPaneSettings.name:this.s.name=nt;var tt=this.s.dt.table(0).node();return this.s.searchFunction=function(et,wt,St){if(q.s.selections.length===0||et.nTable!==tt)return!0;var Tt=null;return q.s.colExists&&(Tt=wt[q.s.index],q.s.colOpts.orthogonal.filter!=="filter"&&(Tt=q.s.rowData.filterMap.get(St),Tt instanceof t.fn.dataTable.Api&&(Tt=Tt.toArray()))),q._search(Tt,St)},t.fn.dataTable.ext.search.push(this.s.searchFunction),this.c.clear&&this.dom.clear.on("click.dtsp",function(){var et=q.dom.container.find("."+q.classes.search.replace(/\s+/g,"."));et.each(function(){t(this).val("").trigger("input")}),q.clearPane()}),this.s.dt.on("draw.dtsp",function(){return q.adjustTopRow()}),this.s.dt.on("buttons-action.dtsp",function(){return q.adjustTopRow()}),this.s.dt.on("column-reorder.dtsp",function(et,wt,St){q.s.index=St.mapping[q.s.index]}),this}return w.prototype.addRow=function(k,S,B,L,R,q,z){q||(q=this.s.rowData.bins[S]?this.s.rowData.bins[S]:0),z||(z=this._getShown(S));for(var G,nt=0,tt=this.s.indexes;nt<tt.length;nt++){var et=tt[nt];et.filter===S&&(G=et.index)}return G===void 0&&(G=this.s.indexes.length,this.s.indexes.push({filter:S,index:G})),this.s.dtPane.row.add({className:R,display:k!==""?k:this.emptyMessage(),filter:S,index:G,shown:z,sort:B,total:q,type:L})},w.prototype.adjustTopRow=function(){var k=this.dom.container.find("."+this.classes.subRowsContainer.replace(/\s+/g,".")),S=this.dom.container.find("."+this.classes.subRow1.replace(/\s+/g,".")),B=this.dom.container.find("."+this.classes.subRow2.replace(/\s+/g,".")),L=this.dom.container.find("."+this.classes.topRow.replace(/\s+/g,"."));(t(k[0]).width()<252||t(L[0]).width()<252)&&t(k[0]).width()!==0?(t(k[0]).addClass(this.classes.narrow),t(S[0]).addClass(this.classes.narrowSub).removeClass(this.classes.narrowSearch),t(B[0]).addClass(this.classes.narrowSub).removeClass(this.classes.narrowButton)):(t(k[0]).removeClass(this.classes.narrow),t(S[0]).removeClass(this.classes.narrowSub).addClass(this.classes.narrowSearch),t(B[0]).removeClass(this.classes.narrowSub).addClass(this.classes.narrowButton))},w.prototype.clearData=function(){this.s.rowData={arrayFilter:[],arrayOriginal:[],bins:{},binsOriginal:{},filterMap:new Map,totalOptions:0}},w.prototype.clearPane=function(){return this.s.dtPane.rows({selected:!0}).deselect(),this.updateTable(),this},w.prototype.collapse=function(){var k=this;!this.s.displayed||!this.c.collapse&&this.s.colOpts.collapse!==!0||this.s.colOpts.collapse===!1||(t(this.s.dtPane.table().container()).addClass(this.classes.hidden),this.dom.topRow.addClass(this.classes.bordered),this.dom.nameButton.addClass(this.classes.disabledButton),this.dom.countButton.addClass(this.classes.disabledButton),this.dom.searchButton.addClass(this.classes.disabledButton),this.dom.collapseButton.addClass(this.classes.rotated),this.dom.topRow.one("click.dtsp",function(){return k.show()}),this.dom.topRow.trigger("collapse.dtsps"))},w.prototype.destroy=function(){this.s.dtPane&&this.s.dtPane.off(".dtsp"),this.s.dt.off(".dtsp"),this.dom.clear.off(".dtsp"),this.dom.nameButton.off(".dtsp"),this.dom.countButton.off(".dtsp"),this.dom.searchButton.off(".dtsp"),this.dom.collapseButton.off(".dtsp"),t(this.s.dt.table().node()).off(".dtsp"),this.dom.container.detach();for(var k=t.fn.dataTable.ext.search.indexOf(this.s.searchFunction);k!==-1;)t.fn.dataTable.ext.search.splice(k,1),k=t.fn.dataTable.ext.search.indexOf(this.s.searchFunction);this.s.dtPane&&this.s.dtPane.destroy(),this.s.listSet=!1},w.prototype.emptyMessage=function(){var k=this.c.i18n.emptyMessage;return this.c.emptyMessage&&(k=this.c.emptyMessage),this.s.colOpts.emptyMessage!==!1&&this.s.colOpts.emptyMessage!==null&&(k=this.s.colOpts.emptyMessage),this.s.dt.i18n("searchPanes.emptyMessage",k)},w.prototype.getPaneCount=function(){return this.s.dtPane?this.s.dtPane.rows({selected:!0}).data().toArray().length:0},w.prototype.rebuildPane=function(k,S){k===void 0&&(k=null),S===void 0&&(S=!1),this.clearData();var B=[];this.s.serverSelect=[];var L=null;return this.s.dtPane&&(S&&(this.s.dt.page.info().serverSide?this.s.serverSelect=this.s.dtPane.rows({selected:!0}).data().toArray():B=this.s.dtPane.rows({selected:!0}).data().toArray()),this.s.dtPane.clear().destroy(),L=this.dom.container.prev(),this.destroy(),this.s.dtPane=void 0,t.fn.dataTable.ext.search.push(this.s.searchFunction)),this.dom.container.removeClass(this.classes.hidden),this.s.displayed=!1,this._buildPane(this.s.dt.page.info().serverSide?this.s.serverSelect:B,k,L),this},w.prototype.resize=function(k){this.c.layout=k,this.dom.container.removeClass().addClass(this.classes.show).addClass(this.classes.container).addClass(this.s.colOpts.className).addClass(this.classes.layout+(parseInt(k.split("-")[1],10)<10?k:k.split("-")[0]+"-9")).addClass(this.s.customPaneSettings!==null&&this.s.customPaneSettings.className?this.s.customPaneSettings.className:""),this.adjustTopRow()},w.prototype.setListeners=function(){var k=this;this.s.dtPane&&(this.s.dtPane.off("select.dtsp").on("select.dtsp",function(){clearTimeout(k.s.deselectTimeout),k._updateSelection(!k.s.updating),k.dom.clear.removeClass(k.classes.disabledButton).removeAttr("disabled")}),this.s.dtPane.off("deselect.dtsp").on("deselect.dtsp",function(){k.s.deselectTimeout=setTimeout(function(){k._updateSelection(!0),k.s.dtPane.rows({selected:!0}).data().toArray().length===0&&k.dom.clear.addClass(k.classes.disabledButton).attr("disabled","true")},50)}),this.s.firstSet&&(this.s.firstSet=!1,this.s.dt.on("stateSaveParams.dtsp",function(S,B,L){if(t.isEmptyObject(L)){k.s.dtPane.state.clear();return}var R,q,z=[],G,nt,tt;k.s.dtPane&&(z=k.s.dtPane.rows({selected:!0}).data().map(function(wt){return wt.filter!==null?wt.filter.toString():null}).toArray(),nt=k.dom.searchBox.val(),q=k.s.dtPane.order(),R=k.s.rowData.binsOriginal,tt=k.s.rowData.arrayOriginal,G=k.dom.collapseButton.hasClass(k.classes.rotated)),L.searchPanes===void 0&&(L.searchPanes={}),L.searchPanes.panes===void 0&&(L.searchPanes.panes=[]);for(var et=0;et<L.searchPanes.panes.length;et++)L.searchPanes.panes[et].id===k.s.index&&(L.searchPanes.panes.splice(et,1),et--);L.searchPanes.panes.push({arrayFilter:tt,bins:R,collapsed:G,id:k.s.index,order:q,searchTerm:nt,selected:z})})),this.s.dtPane.off("user-select.dtsp").on("user-select.dtsp",function(S,B,L,R,q){q.stopPropagation()}),this.s.dtPane.off("draw.dtsp").on("draw.dtsp",function(){return k.adjustTopRow()}),this.dom.nameButton.off("click.dtsp").on("click.dtsp",function(){var S=k.s.dtPane.order()[0][1];k.s.dtPane.order([[0,S==="asc"?"desc":"asc"]]).draw(),k.s.dt.state.save()}),this.dom.countButton.off("click.dtsp").on("click.dtsp",function(){var S=k.s.dtPane.order()[0][1];k.s.dtPane.order([[1,S==="asc"?"desc":"asc"]]).draw(),k.s.dt.state.save()}),this.dom.collapseButton.off("click.dtsp").on("click.dtsp",function(S){S.stopPropagation();var B=t(k.s.dtPane.table().container());B.toggleClass(k.classes.hidden),k.dom.topRow.toggleClass(k.classes.bordered),k.dom.nameButton.toggleClass(k.classes.disabledButton),k.dom.countButton.toggleClass(k.classes.disabledButton),k.dom.searchButton.toggleClass(k.classes.disabledButton),k.dom.collapseButton.toggleClass(k.classes.rotated),B.hasClass(k.classes.hidden)?k.dom.topRow.on("click.dtsp",function(){return k.dom.collapseButton.click()}):k.dom.topRow.off("click.dtsp"),k.s.dt.state.save(),k.dom.topRow.trigger("collapse.dtsps")}),this.dom.clear.off("click.dtsp").on("click.dtsp",function(){var S=k.dom.container.find("."+k.classes.search.replace(/ /g,"."));S.each(function(){t(this).val("").trigger("input")}),k.clearPane()}),this.dom.searchButton.off("click.dtsp").on("click.dtsp",function(){return k.dom.searchBox.focus()}),this.dom.searchBox.off("click.dtsp").on("input.dtsp",function(){var S=k.dom.searchBox.val();k.s.dtPane.search(S).draw(),typeof S=="string"&&(S.length>0||S.length===0&&k.s.dtPane.rows({selected:!0}).data().toArray().length>0)?k.dom.clear.removeClass(k.classes.disabledButton).removeAttr("disabled"):k.dom.clear.addClass(k.classes.disabledButton).attr("disabled","true"),k.s.dt.state.save()}),this.s.dtPane.select.style(this.s.colOpts.dtOpts&&this.s.colOpts.dtOpts.select&&this.s.colOpts.dtOpts.select.style?this.s.colOpts.dtOpts.select.style:this.c.dtOpts&&this.c.dtOpts.select&&this.c.dtOpts.select.style?this.c.dtOpts.select.style:"os"))},w.prototype._serverPopulate=function(k){k.tableLength?(this.s.tableLength=k.tableLength,this.s.rowData.totalOptions=this.s.tableLength):(this.s.tableLength===null||this.s.dt.rows()[0].length>this.s.tableLength)&&(this.s.tableLength=this.s.dt.rows()[0].length,this.s.rowData.totalOptions=this.s.tableLength);var S=this.s.dt.column(this.s.index).dataSrc();if(k.searchPanes.options[S])for(var B=0,L=k.searchPanes.options[S];B<L.length;B++){var R=L[B];this.s.rowData.arrayFilter.push({display:R.label,filter:R.value,sort:R.label,type:R.label}),this.s.rowData.bins[R.value]=R.total}var q=Object.keys(this.s.rowData.bins).length,z=this._uniqueRatio(q,this.s.tableLength);if(this.s.displayed===!1&&((this.s.colOpts.show===void 0&&this.s.colOpts.threshold===null?z>this.c.threshold:z>this.s.colOpts.threshold)||this.s.colOpts.show!==!0&&q<=1)){this.dom.container.addClass(this.classes.hidden),this.s.displayed=!1;return}this.s.rowData.arrayOriginal=this.s.rowData.arrayFilter,this.s.rowData.binsOriginal=this.s.rowData.bins,this.s.displayed=!0},w.prototype.show=function(){this.s.displayed&&(this.dom.topRow.removeClass(this.classes.bordered),this.dom.nameButton.removeClass(this.classes.disabledButton),this.dom.countButton.removeClass(this.classes.disabledButton),this.dom.searchButton.removeClass(this.classes.disabledButton),this.dom.collapseButton.removeClass(this.classes.rotated),t(this.s.dtPane.table().container()).removeClass(this.classes.hidden),this.dom.topRow.trigger("collapse.dtsps"))},w.prototype._uniqueRatio=function(k,S){return S>0&&(this.s.rowData.totalOptions>0&&!this.s.dt.page.info().serverSide||this.s.dt.page.info().serverSide&&this.s.tableLength>0)?k/this.s.rowData.totalOptions:1},w.prototype.updateTable=function(){var k=this.s.dtPane.rows({selected:!0}).data().toArray().map(function(S){return S.filter});this.s.selections=k,this._searchExtras()},w.prototype._getComparisonRows=function(){var k=this.s.colOpts.options?this.s.colOpts.options:this.s.customPaneSettings&&this.s.customPaneSettings.options?this.s.customPaneSettings.options:void 0;if(k!==void 0){var S=this.s.dt.rows(),B=S.data().toArray(),L=[];this.s.dtPane.clear(),this.s.indexes=[];for(var R=0,q=k;R<q.length;R++){var z=q[R],G=z.label!==""?z.label:this.emptyMessage(),nt={className:z.className,display:G,filter:typeof z.value=="function"?z.value:[],sort:z.order!==void 0?z.order:G,total:0,type:G};if(typeof z.value=="function"){for(var tt=0;tt<B.length;tt++)z.value.call(this.s.dt,B[tt],S[0][tt])&&nt.total++;typeof nt.filter!="function"&&nt.filter.push(z.filter)}L.push(this.addRow(nt.display,nt.filter,nt.sort,nt.type,nt.className,nt.total))}return L}},w.prototype._getMessage=function(k){return this.s.dt.i18n("searchPanes.count",this.c.i18n.count).replace(/{total}/g,k.total)},w.prototype._getShown=function(k){},w.prototype._getPaneConfig=function(){var k=this,S=e.Scroller,B=this.s.dt.settings()[0].oLanguage;return B.url=void 0,B.sUrl=void 0,{columnDefs:[{className:"dtsp-nameColumn",data:"display",render:function(L,R,q){if(R==="sort")return q.sort;if(R==="type")return q.type;var z=k._getMessage(q),G='<span class="'+k.classes.pill+'">'+z+"</span>";return(!k.c.viewCount||!k.s.colOpts.viewCount)&&(G=""),R==="filter"?typeof L=="string"&&L.match(/<[^>]*>/)!==null?L.replace(/<[^>]*>/g,""):L:'<div class="'+k.classes.nameCont+'"><span title="'+(typeof L=="string"&&L.match(/<[^>]*>/)!==null?L.replace(/<[^>]*>/g,""):L)+'" class="'+k.classes.name+'">'+L+"</span>"+G+"</div>"},targets:0,type:this.s.dt.settings()[0].aoColumns[this.s.index]?this.s.dt.settings()[0].aoColumns[this.s.index]._sManualType:null},{className:"dtsp-countColumn "+this.classes.badgePill,data:"total",searchable:!1,targets:1,visible:!1}],deferRender:!0,info:!1,language:B,paging:!!S,scrollX:!1,scrollY:"200px",scroller:!!S,select:!0,stateSave:!!this.s.dt.settings()[0].oFeatures.bStateSave}},w.prototype._makeSelection=function(){this.updateTable(),this.s.updating=!0,this.s.dt.draw(),this.s.updating=!1},w.prototype._populatePaneArray=function(k,S,B,L){L===void 0&&(L=this.s.rowData.bins);var R=B.fastData?B.fastData:function(G,nt,tt){return B.oApi._fnGetCellData(B,G,nt,tt)};if(typeof this.s.colOpts.orthogonal=="string"){var q=R(k,this.s.index,this.s.colOpts.orthogonal);this.s.rowData.filterMap.set(k,q),this._addOption(q,q,q,q,S,L),this.s.rowData.totalOptions++}else{var z=R(k,this.s.index,this.s.colOpts.orthogonal.search);z===null&&(z=""),typeof z=="string"&&(z=z.replace(/<[^>]*>/g,"")),this.s.rowData.filterMap.set(k,z),L[z]?(L[z]++,this.s.rowData.totalOptions++):(L[z]=1,this._addOption(z,R(k,this.s.index,this.s.colOpts.orthogonal.display),R(k,this.s.index,this.s.colOpts.orthogonal.sort),R(k,this.s.index,this.s.colOpts.orthogonal.type),S,L),this.s.rowData.totalOptions++)}},w.prototype._reloadSelect=function(k){if(k!==void 0){for(var S,B=0;B<k.searchPanes.panes.length;B++)if(k.searchPanes.panes[B].id===this.s.index){S=B;break}if(S)for(var L=this.s.dtPane,R=L.rows({order:"index"}).data().map(function(tt){return tt.filter!==null?tt.filter.toString():null}).toArray(),q=0,z=k.searchPanes.panes[S].selected;q<z.length;q++){var G=z[q],nt=-1;G!==null&&(nt=R.indexOf(G.toString())),nt>-1&&(this.s.serverSelecting=!0,L.row(nt).select(),this.s.serverSelecting=!1)}}},w.prototype._updateSelection=function(k){var S=this,B=function(R){if(at.versionCheck("2"))S.s.dt.processing(R);else{var q=S.s.dt.settings()[0],z=q.oApi;z._fnProcessingDisplay(q,!1)}},L=function(){S.s.scrollTop=t(S.s.dtPane.table().node()).parent()[0].scrollTop,S.s.dt.page.info().serverSide&&!S.s.updating?S.s.serverSelecting||(S.s.serverSelect=S.s.dtPane.rows({selected:!0}).data().toArray(),S.s.dt.draw(!1)):k&&S._makeSelection(),B(!1)};B(!0),setTimeout(L,1)},w.prototype._addOption=function(k,S,B,L,R,q){if(Array.isArray(k)||k instanceof e.Api){if(k instanceof e.Api&&(k=k.toArray(),S=S.toArray()),k.length===S.length){for(var z=0;z<k.length;z++)q[k[z]]?q[k[z]]++:(q[k[z]]=1,R.push({display:S[z],filter:k[z],sort:B[z],type:L[z]})),this.s.rowData.totalOptions++;return}throw new Error("display and filter not the same length")}else typeof this.s.colOpts.orthogonal=="string"?q[k]?(q[k]++,this.s.rowData.totalOptions++):(q[k]=1,R.push({display:S,filter:k,sort:B,type:L}),this.s.rowData.totalOptions++):R.push({display:S,filter:k,sort:B,type:L})},w.prototype._buildPane=function(k,S,B){var L=this;k===void 0&&(k=[]),S===void 0&&(S=null),B===void 0&&(B=null),this.s.selections=[];var R=this.s.dt.state.loaded(),q;if(this.s.listSet&&(R=this.s.dt.state()),this.s.colExists){var z=-1;if(R&&R.searchPanes&&R.searchPanes.panes){for(var G=0;G<R.searchPanes.panes.length;G++)if(R.searchPanes.panes[G].id===this.s.index){z=G;break}}if((this.s.colOpts.show===!1||this.s.colOpts.show!==void 0&&this.s.colOpts.show!==!0)&&z===-1)return this.dom.container.addClass(this.classes.hidden),this.s.displayed=!1,!1;if((this.s.colOpts.show===!0||z!==-1)&&(this.s.displayed=!0),!this.s.dt.page.info().serverSide&&(!S||!S.searchPanes||!S.searchPanes.options)){this.s.rowData.arrayFilter.length===0&&(this.s.rowData.totalOptions=0,this._populatePane(),this.s.rowData.arrayOriginal=this.s.rowData.arrayFilter,this.s.rowData.binsOriginal=this.s.rowData.bins);var nt=Object.keys(this.s.rowData.binsOriginal).length,tt=this._uniqueRatio(nt,this.s.dt.rows()[0].length);if(this.s.displayed===!1&&((this.s.colOpts.show===void 0&&this.s.colOpts.threshold===null?tt>this.c.threshold:tt>this.s.colOpts.threshold)||this.s.colOpts.show!==!0&&nt<=1)){this.dom.container.addClass(this.classes.hidden),this.s.displayed=!1;return}this.dom.container.addClass(this.classes.show),this.s.displayed=!0}else S&&S.searchPanes&&S.searchPanes.options&&this._serverPopulate(S)}else this.s.displayed=!0;this._displayPane(),this.s.listSet||this.dom.dtP.on("stateLoadParams.dtsp",function(pt,vt,rt){t.isEmptyObject(L.s.dt.state.loaded())&&t.each(rt,function(gt){delete rt[gt]})}),B!==null&&this.dom.panesContainer.has(B).length>0?this.dom.container.insertAfter(B):this.dom.panesContainer.prepend(this.dom.container);var et=t.fn.dataTable.ext.errMode;t.fn.dataTable.ext.errMode="none",this.dom.dtP.on("init.dt",function(pt,vt){var rt=L.dom.dtP.DataTable(),gt=rt.select.style();rt.select.style(gt)}),this.s.dtPane=this.dom.dtP.DataTable(t.extend(!0,this._getPaneConfig(),this.c.dtOpts,this.s.colOpts?this.s.colOpts.dtOpts:{},this.s.colOpts.options||!this.s.colExists?{createdRow:function(pt,vt){t(pt).addClass(vt.className)}}:void 0,this.s.customPaneSettings!==null&&this.s.customPaneSettings.dtOpts?this.s.customPaneSettings.dtOpts:{},t.fn.dataTable.versionCheck("2")?{layout:{bottomStart:null,bottomEnd:null,topStart:null,topEnd:null}}:{dom:"t"})),this.dom.dtP.addClass(this.classes.table);var wt="Custom Pane";if(this.s.customPaneSettings&&this.s.customPaneSettings.header?wt=this.s.customPaneSettings.header:this.s.colOpts.header?wt=this.s.colOpts.header:this.s.colExists&&(wt=t.fn.dataTable.versionCheck("2")?this.s.dt.column(this.s.index).title():this.s.dt.settings()[0].aoColumns[this.s.index].sTitle),wt=this._escapeHTML(wt),this.dom.searchBox.attr("placeholder",wt),t.fn.dataTable.ext.errMode=et,this.s.colExists)for(var St=0,Tt=this.s.rowData.arrayFilter.length;St<Tt;St++)if(this.s.dt.page.info().serverSide){q=this.addRow(this.s.rowData.arrayFilter[St].display,this.s.rowData.arrayFilter[St].filter,this.s.rowData.arrayFilter[St].sort,this.s.rowData.arrayFilter[St].type);for(var kt=0,Lt=this.s.serverSelect;kt<Lt.length;kt++){var Bt=Lt[kt];Bt.filter===this.s.rowData.arrayFilter[St].filter&&(this.s.serverSelecting=!0,q.select(),this.s.serverSelecting=!1)}}else!this.s.dt.page.info().serverSide&&this.s.rowData.arrayFilter[St]?this.addRow(this.s.rowData.arrayFilter[St].display,this.s.rowData.arrayFilter[St].filter,this.s.rowData.arrayFilter[St].sort,this.s.rowData.arrayFilter[St].type):this.s.dt.page.info().serverSide||this.addRow("","","","");(this.s.colOpts.options||this.s.customPaneSettings&&this.s.customPaneSettings.options)&&this._getComparisonRows(),this.s.dtPane.draw(),this.s.dtPane.table().node().parentNode.scrollTop=this.s.scrollTop,this.adjustTopRow(),this.setListeners(),this.s.listSet=!0;for(var $t=0,Kt=k;$t<Kt.length;$t++){var D=Kt[$t];if(D)for(var ut=0,ot=this.s.dtPane.rows().indexes().toArray();ut<ot.length;ut++)q=ot[ut],this.s.dtPane.row(q).data()&&D.filter===this.s.dtPane.row(q).data().filter&&(this.s.dt.page.info().serverSide?(this.s.serverSelecting=!0,this.s.dtPane.row(q).select(),this.s.serverSelecting=!1):this.s.dtPane.row(q).select())}if(this.s.dt.page.info().serverSide&&this.s.dtPane.search(this.dom.searchBox.val()).draw(),(this.c.initCollapsed&&this.s.colOpts.initCollapsed!==!1||this.s.colOpts.initCollapsed)&&(this.c.collapse&&this.s.colOpts.collapse!==!1||this.s.colOpts.collapse)&&(this.s.dtPane.settings()[0]._bInitComplete?this.collapse():this.s.dtPane.one("init",function(){return L.collapse()})),R&&R.searchPanes&&R.searchPanes.panes&&(!S||S.draw===1)){this._reloadSelect(R);for(var V=0,j=R.searchPanes.panes;V<j.length;V++){var K=j[V];K.id===this.s.index&&(K.searchTerm&&K.searchTerm.length>0&&this.dom.searchBox.val(K.searchTerm).trigger("input"),K.order&&this.s.dtPane.order(K.order).draw(),K.collapsed?this.collapse():this.show())}}return!0},w.prototype._displayPane=function(){this.dom.dtP.empty(),this.dom.topRow.empty().addClass(this.classes.topRow),parseInt(this.c.layout.split("-")[1],10)>3&&this.dom.container.addClass(this.classes.smallGap),this.dom.topRow.addClass(this.classes.subRowsContainer).append(this.dom.upper.append(this.dom.searchCont)).append(this.dom.lower.append(this.dom.buttonGroup)),(this.c.dtOpts.searching===!1||this.s.colOpts.dtOpts&&this.s.colOpts.dtOpts.searching===!1||!this.c.controls||!this.s.colOpts.controls||this.s.customPaneSettings&&this.s.customPaneSettings.dtOpts&&this.s.customPaneSettings.dtOpts.searching!==void 0&&!this.s.customPaneSettings.dtOpts.searching)&&this.dom.searchBox.removeClass(this.classes.paneInputButton).addClass(this.classes.disabledButton).attr("disabled","true"),this.dom.searchBox.appendTo(this.dom.searchCont),this._searchContSetup(),this.c.clear&&this.c.controls&&this.s.colOpts.controls&&this.dom.clear.appendTo(this.dom.buttonGroup),this.c.orderable&&this.s.colOpts.orderable&&this.c.controls&&this.s.colOpts.controls&&this.dom.nameButton.appendTo(this.dom.buttonGroup),this.c.viewCount&&this.s.colOpts.viewCount&&this.c.orderable&&this.s.colOpts.orderable&&this.c.controls&&this.s.colOpts.controls&&this.dom.countButton.appendTo(this.dom.buttonGroup),(this.c.collapse&&this.s.colOpts.collapse!==!1||this.s.colOpts.collapse)&&this.c.controls&&this.s.colOpts.controls&&this.dom.collapseButton.appendTo(this.dom.buttonGroup),this.dom.container.prepend(this.dom.topRow).append(this.dom.dtP).show()},w.prototype._escapeHTML=function(k){return k.toString().replace(/&lt;/g,"<").replace(/&gt;/g,">").replace(/&quot;/g,'"').replace(/&amp;/g,"&")},w.prototype._getBonusOptions=function(){var k={threshold:null};return t.extend(!0,{},w.defaults,k,this.c?this.c:{})},w.prototype._getOptions=function(){var k=this.s.dt,S={collapse:null,emptyMessage:!1,initCollapsed:null,threshold:null},B=k.settings()[0].aoColumns[this.s.index].searchPanes,L=t.extend(!0,{},w.defaults,S,B);return B&&B.hideCount&&B.viewCount===void 0&&(L.viewCount=!B.hideCount),L},w.prototype._populatePane=function(){this.s.rowData.arrayFilter=[],this.s.rowData.bins={};var k=this.s.dt.context[0];if(!this.s.dt.page.info().serverSide)for(var S=0,B=this.s.dt.rows().indexes().toArray();S<B.length;S++){var L=B[S];this._populatePaneArray(L,this.s.rowData.arrayFilter,k)}},w.prototype._search=function(k,S){for(var B=this.s.colOpts,L=this.s.dt,R=0,q=this.s.selections;R<q.length;R++){var z=q[R];if(typeof z=="string"&&typeof k=="string"&&(z=this._escapeHTML(z)),Array.isArray(k)){if(B.combiner==="and"){if(!k.includes(z))return!1}else if(k.includes(z))return!0}else if(typeof z=="function"){if(z.call(L,L.row(S).data(),S)){if(B.combiner==="or")return!0}else if(B.combiner==="and")return!1}else if(k===z||!(typeof k=="string"&&k.length===0)&&k==z||z===null&&typeof k=="string"&&k==="")return!0}return B.combiner==="and"},w.prototype._searchContSetup=function(){this.c.controls&&this.s.colOpts.controls&&this.dom.searchButton.appendTo(this.dom.searchLabelCont),this.c.dtOpts.searching===!1||this.s.colOpts.dtOpts.searching===!1||this.s.customPaneSettings&&this.s.customPaneSettings.dtOpts&&this.s.customPaneSettings.dtOpts.searching!==void 0&&!this.s.customPaneSettings.dtOpts.searching||this.dom.searchLabelCont.appendTo(this.dom.searchCont)},w.prototype._searchExtras=function(){var k=this.s.updating;this.s.updating=!0;var S=this.s.dtPane.rows({selected:!0}).data().pluck("filter").toArray(),B=S.indexOf(this.emptyMessage()),L=t(this.s.dtPane.table().container());B>-1&&(S[B]=""),S.length>0?L.addClass(this.classes.selected):S.length===0&&L.removeClass(this.classes.selected),this.s.updating=k},w.version="2.1.2",w.classes={bordered:"dtsp-bordered",buttonGroup:"dtsp-buttonGroup",buttonSub:"dtsp-buttonSub",caret:"dtsp-caret",clear:"dtsp-clear",clearAll:"dtsp-clearAll",clearButton:"clearButton",collapseAll:"dtsp-collapseAll",collapseButton:"dtsp-collapseButton",container:"dtsp-searchPane",countButton:"dtsp-countButton",disabledButton:"dtsp-disabledButton",hidden:"dtsp-hidden",hide:"dtsp-hide",layout:"dtsp-",name:"dtsp-name",nameButton:"dtsp-nameButton",nameCont:"dtsp-nameCont",narrow:"dtsp-narrow",paneButton:"dtsp-paneButton",paneInputButton:"dtsp-paneInputButton",pill:"dtsp-pill",rotated:"dtsp-rotated",search:"dtsp-search",searchCont:"dtsp-searchCont",searchIcon:"dtsp-searchIcon",searchLabelCont:"dtsp-searchButtonCont",selected:"dtsp-selected",smallGap:"dtsp-smallGap",subRow1:"dtsp-subRow1",subRow2:"dtsp-subRow2",subRowsContainer:"dtsp-subRowsContainer",title:"dtsp-title",topRow:"dtsp-topRow"},w.defaults={clear:!0,collapse:!0,combiner:"or",container:function(k){return k.table().container()},controls:!0,dtOpts:{},emptyMessage:null,hideCount:!1,i18n:{clearPane:"&times;",count:"{total}",emptyMessage:"<em>No data</em>"},initCollapsed:!1,layout:"auto",name:void 0,orderable:!0,orthogonal:{display:"display",filter:"filter",hideCount:!1,search:"filter",show:void 0,sort:"sort",threshold:.6,type:"type",viewCount:!0},preSelect:[],threshold:.6,viewCount:!0},w}(),s=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),i=function(w){s(k,w);function k(S,B,L,R,q){return w.call(this,S,B,L,R,q)||this}return k.prototype._emptyPane=function(){var S=this.s.dtPane;if(at.versionCheck("2")){var B=S.select.last(),L;return B&&S.row(B.row).any()&&(L=S.row(B.row).data().index),S.rows().remove(),function(){if(L!==void 0){var R=S.row(function(q,z){return z.index===L}).index();S.select.last({row:R,column:0})}}}return S.rows().remove(),function(){}},k.prototype._serverPopulate=function(S){var B,L,R;this.s.rowData.binsShown={},this.s.rowData.arrayFilter=[],S.tableLength!==void 0?(this.s.tableLength=S.tableLength,this.s.rowData.totalOptions=this.s.tableLength):(this.s.tableLength===null||this.s.dt.rows()[0].length>this.s.tableLength)&&(this.s.tableLength=this.s.dt.rows()[0].length,this.s.rowData.totalOptions=this.s.tableLength);var q=this.s.dt.column(this.s.index).dataSrc();if(S.searchPanes.options[q]!==void 0)for(var z=0,G=S.searchPanes.options[q];z<G.length;z++){var nt=G[z];this.s.rowData.arrayFilter.push({display:nt.label,filter:nt.value,shown:+nt.count,sort:nt.label,total:+nt.total,type:nt.label}),this.s.rowData.binsShown[nt.value]=+nt.count,this.s.rowData.bins[nt.value]=+nt.total}var tt=Object.keys(this.s.rowData.bins).length,et=this._uniqueRatio(tt,this.s.tableLength);if(!this.s.colOpts.show&&this.s.displayed===!1&&((this.s.colOpts.show===void 0&&this.s.colOpts.threshold===null?et>this.c.threshold:et>this.s.colOpts.threshold)||this.s.colOpts.show!==!0&&tt<=1)){this.dom.container.addClass(this.classes.hidden),this.s.displayed=!1;return}if(this.s.rowData.arrayOriginal=this.s.rowData.arrayFilter,this.s.rowData.binsOriginal=this.s.rowData.bins,this.s.displayed=!0,this.s.dtPane){for(var wt=this.s.serverSelect,St=this._emptyPane(),Tt=0,kt=this.s.rowData.arrayFilter;Tt<kt.length;Tt++)if(R=kt[Tt],this._shouldAddRow(R)){L=this.addRow(R.display,R.filter,R.sort,R.type);for(var Lt=0;Lt<wt.length;Lt++)if(B=wt[Lt],B.filter===R.filter){this.s.serverSelecting=!0,L.select(),this.s.serverSelecting=!1,wt.splice(Lt,1),this.s.selections.push(R.filter);break}}for(var Bt=0,$t=wt;Bt<$t.length;Bt++){B=$t[Bt];for(var Kt=0,D=this.s.rowData.arrayOriginal;Kt<D.length;Kt++)R=D[Kt],R.filter===B.filter&&(L=this.addRow(R.display,R.filter,R.sort,R.type),this.s.serverSelecting=!0,L.select(),this.s.serverSelecting=!1,this.s.selections.push(R.filter))}this.s.serverSelect=this.s.dtPane.rows({selected:!0}).data().toArray(),this.s.dtPane.draw(),St()}},k.prototype.updateRows=function(){if(!this.s.dt.page.info().serverSide){this.s.rowData.binsShown={};for(var S=0,B=this.s.dt.rows({search:"applied"}).indexes().toArray();S<B.length;S++){var L=B[S];this._updateShown(L,this.s.dt.settings()[0],this.s.rowData.binsShown)}}for(var R=function(tt){tt.shown=typeof q.s.rowData.binsShown[tt.filter]=="number"?q.s.rowData.binsShown[tt.filter]:0,q.s.dtPane.row(function(et,wt){return wt&&wt.index===tt.index}).data(tt)},q=this,z=0,G=this.s.dtPane.rows().data().toArray();z<G.length;z++){var nt=G[z];R(nt)}this.s.dtPane.draw(),this.s.dtPane.table().node().parentNode.scrollTop=this.s.scrollTop},k.prototype._makeSelection=function(){},k.prototype._reloadSelect=function(){},k.prototype._shouldAddRow=function(S){return!0},k.prototype._updateSelection=function(){this.s.dt.page.info().serverSide&&!this.s.updating&&!this.s.serverSelecting&&(this.s.serverSelect=this.s.dtPane.rows({selected:!0}).data().toArray())},k.prototype._updateShown=function(S,B,L){L===void 0&&(L=this.s.rowData.binsShown);var R=typeof this.s.colOpts.orthogonal=="string"?this.s.colOpts.orthogonal:this.s.colOpts.orthogonal.search,q=B.fastData?B.fastData:function(wt,St,Tt){return B.oApi._fnGetCellData(B,wt,St,Tt)},z=q(S,this.s.index,R),G=function(wt){L[wt]?L[wt]++:L[wt]=1};if(Array.isArray(z))for(var nt=0,tt=z;nt<tt.length;nt++){var et=tt[nt];G(et)}else G(z)},k}(r),o=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),u;function p(w){u=w}var b=function(w){o(k,w);function k(S,B,L,R,q){var z=this,G={i18n:{countFiltered:"{shown} ({total})"}};return z=w.call(this,S,u.extend(G,B),L,R,q)||this,z}return k.prototype._getMessage=function(S){var B=this.s.dt.i18n("searchPanes.count",this.c.i18n.count),L=this.s.dt.i18n("searchPanes.countFiltered",this.c.i18n.countFiltered);return(this.s.filteringActive?L:B).replace(/{total}/g,S.total).replace(/{shown}/g,S.shown)},k.prototype._getShown=function(S){return this.s.rowData.binsShown&&this.s.rowData.binsShown[S]?this.s.rowData.binsShown[S]:0},k}(i),g=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),m;function C(w){m=w}var y=function(w){g(k,w);function k(S,B,L,R,q){var z=this,G={i18n:{count:"{shown}"}};return z=w.call(this,S,m.extend(G,B),L,R,q)||this,z}return k.prototype.updateRows=function(){var S=this.s.dtPane.rows({selected:!0}).data().toArray(),B;if(this.s.colOpts.options||this.s.customPaneSettings&&this.s.customPaneSettings.options){this._getComparisonRows();for(var L=this.s.dtPane.rows().toArray()[0],R=0;R<L.length;R++){var q=this.s.dtPane.row(L[R]),z=q.data();if(z!==void 0){if(z.shown===0){q.remove(),L=this.s.dtPane.rows().toArray()[0],R--;continue}for(var G=0,nt=S;G<nt.length;G++)if(B=nt[G],z.filter===B.filter){q.select(),S.splice(R,1),this.s.selections.push(z.filter);break}}}}else{if(!this.s.dt.page.info().serverSide){this._activePopulatePane(),this.s.rowData.binsShown={};for(var tt=0,et=this.s.dt.rows({search:"applied"}).indexes().toArray();tt<et.length;tt++){var wt=et[tt];this._updateShown(wt,this.s.dt.settings()[0],this.s.rowData.binsShown)}}this.s.dtPane.rows().remove();for(var St=0,Tt=this.s.rowData.arrayFilter;St<Tt.length;St++){var kt=Tt[St];if(kt.shown!==0)for(var Lt=this.addRow(kt.display,kt.filter,kt.sort,kt.type,void 0),Bt=0;Bt<S.length;Bt++){var $t=S[Bt];if($t.filter===kt.filter){Lt.select(),S.splice(Bt,1),this.s.selections.push(kt.filter);break}}}for(var Kt=0,D=S;Kt<D.length;Kt++){B=D[Kt];for(var ut=0,ot=this.s.rowData.arrayOriginal;ut<ot.length;ut++){var V=ot[ut];if(V.filter===B.filter){var j=this.addRow(V.display,V.filter,V.sort,V.type,void 0);j.select(),this.s.selections.push(V.filter)}}}}this.s.dtPane.draw(),this.s.dtPane.table().node().parentNode.scrollTop=this.s.scrollTop,this.s.dt.page.info().serverSide||this.s.dt.draw(!1)},k.prototype._activePopulatePane=function(){this.s.rowData.arrayFilter=[],this.s.rowData.bins={};var S=this.s.dt.settings()[0];if(!this.s.dt.page.info().serverSide)for(var B=0,L=this.s.dt.rows({search:"applied"}).indexes().toArray();B<L.length;B++){var R=L[B];this._populatePaneArray(R,this.s.rowData.arrayFilter,S)}},k.prototype._getComparisonRows=function(){var S=this.s.colOpts.options?this.s.colOpts.options:this.s.customPaneSettings&&this.s.customPaneSettings.options?this.s.customPaneSettings.options:void 0;if(S!==void 0){var B=this.s.dt.rows(),L=this.s.dt.rows({search:"applied"}),R=B.data().toArray(),q=L.data().toArray(),z=[];this.s.dtPane.clear(),this.s.indexes=[];for(var G=0,nt=S;G<nt.length;G++){var tt=nt[G],et=tt.label!==""?tt.label:this.emptyMessage(),wt={className:tt.className,display:et,filter:typeof tt.value=="function"?tt.value:[],shown:0,sort:et,total:0,type:et};if(typeof tt.value=="function"){for(var St=0;St<R.length;St++)tt.value.call(this.s.dt,R[St],B[0][St])&&wt.total++;for(var Tt=0;Tt<q.length;Tt++)tt.value.call(this.s.dt,q[Tt],L[0][Tt])&&wt.shown++;typeof wt.filter!="function"&&wt.filter.push(tt.filter)}z.push(this.addRow(wt.display,wt.filter,wt.sort,wt.type,wt.className,wt.total,wt.shown))}return z}},k.prototype._getMessage=function(S){return this.s.dt.i18n("searchPanes.count",this.c.i18n.count).replace(/{total}/g,S.total).replace(/{shown}/g,S.shown)},k.prototype._getShown=function(S){return this.s.rowData.binsShown&&this.s.rowData.binsShown[S]?this.s.rowData.binsShown[S]:0},k.prototype._shouldAddRow=function(S){return S.shown>0},k}(i),T=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),P;function c(w){P=w}var l=function(w){T(k,w);function k(S,B,L,R,q){var z=this,G={i18n:{count:"{total}",countFiltered:"{shown} ({total})"}};return z=w.call(this,S,P.extend(G,B),L,R,q)||this,z}return k.prototype._activePopulatePane=function(){this.s.rowData.arrayFilter=[],this.s.rowData.binsShown={};var S=this.s.dt.settings()[0];if(!this.s.dt.page.info().serverSide)for(var B=0,L=this.s.dt.rows({search:"applied"}).indexes().toArray();B<L.length;B++){var R=L[B];this._populatePaneArray(R,this.s.rowData.arrayFilter,S,this.s.rowData.binsShown)}},k.prototype._getMessage=function(S){var B=this.s.dt.i18n("searchPanes.count",this.c.i18n.count),L=this.s.dt.i18n("searchPanes.countFiltered",this.c.i18n.countFiltered);return(this.s.filteringActive?L:B).replace(/{total}/g,S.total).replace(/{shown}/g,S.shown)},k}(y),h,_;function F(w){h=w,_=w.fn.dataTable}var O=function(){function w(k,S,B,L){var R=this;if(B===void 0&&(B=!1),L===void 0&&(L=r),!_||!_.versionCheck||!_.versionCheck("1.10.0"))throw new Error("SearchPane requires DataTables 1.10 or newer");if(!_.select)throw new Error("SearchPane requires Select");var q=new _.Api(k);if(this.classes=h.extend(!0,{},w.classes),this.c=h.extend(!0,{},w.defaults,S),this.dom={clearAll:h('<button type="button"/>').addClass(this.classes.clearAll).html(q.i18n("searchPanes.clearMessage",this.c.i18n.clearMessage)),collapseAll:h('<button type="button"/>').addClass(this.classes.collapseAll).html(q.i18n("searchPanes.collapseMessage",this.c.i18n.collapseMessage)),container:h("<div/>").addClass(this.classes.panes).html(q.i18n("searchPanes.loadMessage",this.c.i18n.loadMessage)),emptyMessage:h("<div/>").addClass(this.classes.emptyMessage),panes:h("<div/>").addClass(this.classes.container),showAll:h('<button type="button"/>').addClass(this.classes.showAll).addClass(this.classes.disabledButton).attr("disabled","true").html(q.i18n("searchPanes.showMessage",this.c.i18n.showMessage)),title:h("<div/>").addClass(this.classes.title),titleRow:h("<div/>").addClass(this.classes.titleRow)},this.s={colOpts:[],dt:q,filterCount:0,minPaneWidth:260,page:0,paging:!1,pagingST:!1,paneClass:L,panes:[],selectionList:[],serverData:{},stateRead:!1,updating:!1},!q.settings()[0]._searchPanes){if(h(document).on("draw.dt",function(G){R.dom.container.find(G.target).length&&R._updateFilterCount()}),this._getState(),this.s.dt.page.info().serverSide){var z=this.s.dt.settings()[0];this.s.dt.on("preXhr.dtsps",function(G,nt,tt){if(z===nt){tt.searchPanes===void 0&&(tt.searchPanes={}),tt.searchPanes_null===void 0&&(tt.searchPanes_null={});for(var et,wt=0,St=R.s.selectionList;wt<St.length;wt++){var Tt=St[wt];et=R.s.dt.column(Tt.column).dataSrc(),tt.searchPanes[et]===void 0&&(tt.searchPanes[et]={}),tt.searchPanes_null[et]===void 0&&(tt.searchPanes_null[et]={});for(var kt=0;kt<Tt.rows.length;kt++)tt.searchPanes[et][kt]=Tt.rows[kt],tt.searchPanes[et][kt]===null?tt.searchPanes_null[et][kt]=!0:tt.searchPanes_null[et][kt]=!1}R.s.selectionList.length>0&&(tt.searchPanesLast=et),tt.searchPanes_options={cascade:R.c.cascadePanes,viewCount:R.c.viewCount,viewTotal:R.c.viewTotal}}})}return this._setXHR(),q.settings()[0]._searchPanes=this,this.s.dt.settings()[0]._bInitComplete||B?this._paneDeclare(q,k,S):q.one("preInit.dtsps",function(){R._paneDeclare(q,k,S)}),this}}return w.prototype.clearSelections=function(){for(var k,S=0,B=this.s.panes;S<B.length;S++)k=B[S],k.s.dtPane&&(k.s.scrollTop=k.s.dtPane.table().node().parentNode.scrollTop);var L=this.dom.container.find("."+this.classes.search.replace(/\s+/g,"."));L.each(function(){h(this).val("").trigger("input")}),this.s.selectionList=[];for(var R=[],q=0,z=this.s.panes;q<z.length;q++)k=z[q],k.s.dtPane&&R.push(k.clearPane());return R},w.prototype.getNode=function(){return this.dom.container},w.prototype.rebuild=function(k,S){k===void 0&&(k=!1),S===void 0&&(S=!1),this.dom.emptyMessage.detach(),k===!1&&this.dom.panes.empty();for(var B=[],L=0,R=this.s.panes;L<R.length;L++){var q=R[L];(k===!1||q.s.index===k)&&(q.clearData(),q.rebuildPane(this.s.dt.page.info().serverSide?this.s.serverData:void 0,S),this.dom.panes.append(q.dom.container),B.push(q))}return this._updateSelection(),this._updateFilterCount(),this._attachPaneContainer(),this._initSelectionListeners(!1),this.s.dt.draw(!S),this.resizePanes(),B.length===1?B[0]:B},w.prototype.resizePanes=function(){var k;if(this.c.layout==="auto"){for(var S=h(this.s.dt.searchPanes.container()).width(),B=Math.floor(S/this.s.minPaneWidth),L=1,R=0,q=[],z=0,G=this.s.panes;z<G.length;z++)k=G[z],k.s.displayed&&q.push(k.s.index);var nt=q.length;if(B===nt)L=B;else for(var tt=B;tt>1;tt--){var et=nt%tt;if(et===0){L=tt,R=0;break}else et>R&&(L=tt,R=et)}var wt=R!==0?q.slice(q.length-R,q.length):[];this.s.panes.forEach(function(kt){kt.s.displayed&&kt.resize("columns-"+(wt.includes(kt.s.index)?R:L))})}else for(var St=0,Tt=this.s.panes;St<Tt.length;St++)k=Tt[St],k.adjustTopRow();return this},w.prototype._initSelectionListeners=function(k){},w.prototype._serverTotals=function(){},w.prototype._setXHR=function(){var k=this,S=this.s.dt.settings()[0],B=function(L){L&&L.searchPanes&&L.searchPanes.options&&(k.s.serverData=L,k.s.serverData.tableLength=L.recordsTotal,k._serverTotals())};this.s.dt.on("xhr.dtsps",function(L,R,q){S===R&&B(q)}),B(this.s.dt.ajax.json())},w.prototype._stateLoadListener=function(){var k=this,S=this.s.dt.settings()[0];this.s.dt.on("stateLoadParams.dtsps",function(B,L,R){if(!(R.searchPanes===void 0||L!==S)){if(k.clearSelections(),k.s.selectionList=R.searchPanes.selectionList?R.searchPanes.selectionList:[],R.searchPanes.panes)for(var q=0,z=R.searchPanes.panes;q<z.length;q++)for(var G=z[q],nt=0,tt=k.s.panes;nt<tt.length;nt++){var et=tt[nt];G.id===et.s.index&&et.s.dtPane&&(et.dom.searchBox.val(G.searchTerm),et.s.dtPane.order(G.order))}k._makeSelections(k.s.selectionList)}})},w.prototype._updateSelection=function(){this.s.selectionList=[];for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];if(B.s.dtPane){var L=B.s.dtPane.rows({selected:!0}).data().toArray().map(function(R){return R.filter});L.length&&this.s.selectionList.push({column:B.s.index,rows:L})}}},w.prototype._attach=function(){var k=this;this.dom.titleRow.removeClass(this.classes.hide).detach().append(this.dom.title),this.c.clear&&this.dom.clearAll.appendTo(this.dom.titleRow).off("click.dtsps").on("click.dtsps",function(){return k.clearSelections()}),this.c.collapse&&(this.dom.showAll.appendTo(this.dom.titleRow),this.dom.collapseAll.appendTo(this.dom.titleRow),this._setCollapseListener());for(var S=0,B=this.s.panes;S<B.length;S++){var L=B[S];this.dom.panes.append(L.dom.container)}this.dom.container.text("").removeClass(this.classes.hide).append(this.dom.titleRow).append(this.dom.panes),this.s.panes.forEach(function(R){return R.setListeners()}),h("div."+this.classes.container).length===0&&this.dom.container.prependTo(this.s.dt)},w.prototype._attachMessage=function(){var k;try{k=this.s.dt.i18n("searchPanes.emptyPanes",this.c.i18n.emptyPanes)}catch{k=null}if(k===null){this.dom.container.addClass(this.classes.hide),this.dom.titleRow.removeClass(this.classes.hide);return}this.dom.container.removeClass(this.classes.hide),this.dom.titleRow.addClass(this.classes.hide),this.dom.emptyMessage.html(k).appendTo(this.dom.container)},w.prototype._attachPaneContainer=function(){for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];if(B.s.displayed===!0){this._attach();return}}this._attachMessage()},w.prototype._checkCollapse=function(){for(var k=!0,S=!0,B=0,L=this.s.panes;B<L.length;B++){var R=L[B];R.s.displayed&&(R.dom.collapseButton.hasClass(R.classes.rotated)?(this.dom.showAll.removeClass(this.classes.disabledButton).removeAttr("disabled"),S=!1):(this.dom.collapseAll.removeClass(this.classes.disabledButton).removeAttr("disabled"),k=!1))}k&&this.dom.collapseAll.addClass(this.classes.disabledButton).attr("disabled","true"),S&&this.dom.showAll.addClass(this.classes.disabledButton).attr("disabled","true")},w.prototype._checkMessage=function(){for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];if(B.s.displayed===!0){this.dom.emptyMessage.detach(),this.dom.titleRow.removeClass(this.classes.hide);return}}this._attachMessage()},w.prototype._collapseAll=function(){for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];B.collapse()}},w.prototype._findPane=function(k){for(var S=0,B=this.s.panes;S<B.length;S++){var L=B[S];if(k===L.s.name)return L}},w.prototype._getState=function(){var k=this.s.dt.state.loaded();k&&k.searchPanes&&k.searchPanes.selectionList&&(this.s.selectionList=k.searchPanes.selectionList)},w.prototype._makeSelections=function(k){for(var S=0,B=k;S<B.length;S++){for(var L=B[S],R=void 0,q=0,z=this.s.panes;q<z.length;q++){var G=z[q];if(G.s.index===L.column){R=G;break}}if(R&&R.s.dtPane){for(var nt=0;nt<R.s.dtPane.rows().data().toArray().length;nt++)L.rows.includes(typeof R.s.dtPane.row(nt).data().filter=="function"?R.s.dtPane.cell(nt,0).data():R.s.dtPane.row(nt).data().filter)&&R.s.dtPane.row(nt).select();R.updateTable()}}},w.prototype._paneDeclare=function(k,S,B){var L=this;k.columns(this.c.columns.length>0?this.c.columns:void 0).eq(0).each(function(G){L.s.panes.push(new L.s.paneClass(S,B,G,L.dom.panes))});for(var R=k.columns().eq(0).toArray().length,q=0;q<this.c.panes.length;q++){var z=R+q;this.s.panes.push(new this.s.paneClass(S,B,z,this.dom.panes,this.c.panes[q]))}this.c.order.length>0&&(this.s.panes=this.c.order.map(function(G){return L._findPane(G)})),this.s.dt.settings()[0]._bInitComplete?this._startup(k):_.versionCheck("2")?this.s.dt.settings()[0].aoInitComplete.push(function(){return L._startup(k)}):this.s.dt.settings()[0].aoInitComplete.push({fn:function(){return L._startup(k)}})},w.prototype._setCollapseListener=function(){var k=this;this.dom.collapseAll.off("click.dtsps").on("click.dtsps",function(){k._collapseAll(),k.dom.collapseAll.addClass(k.classes.disabledButton).attr("disabled","true"),k.dom.showAll.removeClass(k.classes.disabledButton).removeAttr("disabled"),k.s.dt.state.save()}),this.dom.showAll.off("click.dtsps").on("click.dtsps",function(){k._showAll(),k.dom.showAll.addClass(k.classes.disabledButton).attr("disabled","true"),k.dom.collapseAll.removeClass(k.classes.disabledButton).removeAttr("disabled"),k.s.dt.state.save()});for(var S=0,B=this.s.panes;S<B.length;S++){var L=B[S];L.dom.topRow.off("collapse.dtsps").on("collapse.dtsps",function(){return k._checkCollapse()})}this._checkCollapse()},w.prototype._showAll=function(){for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];B.show()}},w.prototype._startup=function(k){var S=this;this._attach(),this.dom.panes.empty();for(var B=this.s.dt.settings()[0],L=0,R=this.s.panes;L<R.length;L++){var q=R[L];q.rebuildPane(Object.keys(this.s.serverData).length>0?this.s.serverData:void 0),this.dom.panes.append(q.dom.container)}this.c.layout==="auto"&&this.resizePanes();var z=this.s.dt.state.loaded();!this.s.stateRead&&z&&this.s.dt.page(z.start/this.s.dt.page.len()).draw("page"),this.s.stateRead=!0,this._checkMessage(),k.on("preDraw.dtsps",function(){!S.s.updating&&!S.s.paging&&(S._updateFilterCount(),S._updateSelection()),S.s.paging=!1}),h(window).on("resize.dtsps",_.util.throttle(function(){return S.resizePanes()})),this.s.dt.on("stateSaveParams.dtsps",function(nt,tt,et){tt===B&&(et.searchPanes===void 0&&(et.searchPanes={}),et.searchPanes.selectionList=S.s.selectionList)}),this._stateLoadListener(),k.off("page.dtsps page-nc.dtsps").on("page.dtsps page-nc.dtsps",function(nt,tt){S.s.paging=!0,S.s.pagingST=!0,S.s.page=S.s.dt.page()}),this.s.dt.page.info().serverSide?k.off("preXhr.dtsps").on("preXhr.dtsps",function(nt,tt,et){if(tt===B){et.searchPanes||(et.searchPanes={}),et.searchPanes_null||(et.searchPanes_null={});for(var wt=0,St=0,Tt=S.s.panes;St<Tt.length;St++){var kt=Tt[St],Lt=S.s.dt.column(kt.s.index).dataSrc();if(et.searchPanes[Lt]||(et.searchPanes[Lt]={}),et.searchPanes_null[Lt]||(et.searchPanes_null[Lt]={}),kt.s.dtPane)for(var Bt=kt.s.dtPane.rows({selected:!0}).data().toArray(),$t=0;$t<Bt.length;$t++)et.searchPanes[Lt][$t]=Bt[$t].filter,et.searchPanes[Lt][$t]?et.searchPanes_null[Lt][$t]=!1:et.searchPanes_null[Lt][$t]=!0,wt++}wt>0&&(wt!==S.s.filterCount?(et.start=0,S.s.page=0):et.start=S.s.page*S.s.dt.page.len(),S.s.dt.page(S.s.page),S.s.filterCount=wt),S.s.selectionList.length>0&&(et.searchPanesLast=S.s.dt.column(S.s.selectionList[S.s.selectionList.length-1].column).dataSrc()),et.searchPanes_options={cascade:S.c.cascadePanes,viewCount:S.c.viewCount,viewTotal:S.c.viewTotal}}}):k.on("preXhr.dtsps",function(){return S.s.panes.forEach(function(nt){return nt.clearData()})}),this.s.dt.on("xhr.dtsps",function(nt,tt){if(tt.nTable===S.s.dt.table().node()&&!S.s.dt.page.info().serverSide){var et=!1;S.s.dt.one("preDraw.dtsps",function(){if(!et){var wt=S.s.dt.page();et=!0,S.s.updating=!0,S.dom.panes.empty();for(var St=0,Tt=S.s.panes;St<Tt.length;St++){var kt=Tt[St];kt.clearData(),kt.rebuildPane(void 0,!0),S.dom.panes.append(kt.dom.container)}S.s.dt.page.info().serverSide||S.s.dt.draw(),S.s.updating=!1,S._updateSelection(),S._checkMessage(),S.s.dt.one("draw.dtsps",function(){S.s.updating=!0,S.s.dt.page(wt).draw(!1),S.s.updating=!1})}})}});var G=this.c.preSelect;z&&z.searchPanes&&z.searchPanes.selectionList&&(G=z.searchPanes.selectionList),this._makeSelections(G),this._updateFilterCount(),k.on("destroy.dtsps",function(nt,tt){if(tt===B){for(var et=0,wt=S.s.panes;et<wt.length;et++){var St=wt[et];St.destroy()}k.off(".dtsps"),S.dom.showAll.off(".dtsps"),S.dom.clearAll.off(".dtsps"),S.dom.collapseAll.off(".dtsps"),h(k.table().node()).off(".dtsps"),S.dom.container.detach(),S.clearSelections()}}),this.c.collapse&&this._setCollapseListener(),this.c.clear&&this.dom.clearAll.off("click.dtsps").on("click.dtsps",function(){return S.clearSelections()}),B._searchPanes=this,this.s.dt.state.save()},w.prototype._updateFilterCount=function(){for(var k=0,S=0,B=0,L=this.s.panes;B<L.length;B++){var R=L[B];R.s.dtPane&&(k+=R.getPaneCount(),R.s.dtPane.search()&&S++)}this.dom.title.html(this.s.dt.i18n("searchPanes.title",this.c.i18n.title,k)),this.c.filterChanged&&typeof this.c.filterChanged=="function"&&this.c.filterChanged.call(this.s.dt,k),k===0&&S===0?this.dom.clearAll.addClass(this.classes.disabledButton).attr("disabled","true"):this.dom.clearAll.removeClass(this.classes.disabledButton).removeAttr("disabled")},w.version="2.3.2",w.classes={clear:"dtsp-clear",clearAll:"dtsp-clearAll",collapseAll:"dtsp-collapseAll",container:"dtsp-searchPanes",disabledButton:"dtsp-disabledButton",emptyMessage:"dtsp-emptyMessage",hide:"dtsp-hidden",panes:"dtsp-panesContainer",search:"dtsp-search",showAll:"dtsp-showAll",title:"dtsp-title",titleRow:"dtsp-titleRow"},w.defaults={cascadePanes:!1,clear:!0,collapse:!0,columns:[],container:function(k){return k.table().container()},filterChanged:void 0,i18n:{clearMessage:"Clear All",clearPane:"&times;",collapse:{0:"SearchPanes",_:"SearchPanes (%d)"},collapseMessage:"Collapse All",count:"{total}",emptyMessage:"<em>No data</em>",emptyPanes:"No SearchPanes",loadMessage:"Loading Search Panes...",showMessage:"Show All",title:"Filters Active - %d"},layout:"auto",order:[],panes:[],preSelect:[],viewCount:!0,viewTotal:!1},w}(),f=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),U=function(w){f(k,w);function k(S,B,L){L===void 0&&(L=!1);var R=this,q;B.cascadePanes&&B.viewTotal?q=l:B.cascadePanes?q=y:B.viewTotal&&(q=b),R=w.call(this,S,B,L,q)||this;var z=R.s.dt,G=z.state.loaded(),nt=function(){return R._initSelectionListeners(!0,G&&G.searchPanes&&G.searchPanes.selectionList?G.searchPanes.selectionList:R.c.preSelect)};return z.settings()[0]._bInitComplete?nt():z.off("init.dtsps").on("init.dtsps",nt),R}return k.prototype._initSelectionListeners=function(S,B){S===void 0&&(S=!0),B===void 0&&(B=[]),S&&(this.s.selectionList=B);for(var L=0,R=this.s.panes;L<R.length;L++){var q=R[L];q.s.displayed&&q.s.dtPane.off("select.dtsp").on("select.dtsp",this._update(q)).off("deselect.dtsp").on("deselect.dtsp",this._updateTimeout(q))}this.s.dt.off("draw.dtsps").on("draw.dtsps",this._update()),this._updateSelectionList()},k.prototype._serverTotals=function(){for(var S=0,B=this.s.panes;S<B.length;S++){var L=B[S];if(L.s.colOpts.show){var R=this.s.dt.column(L.s.index).dataSrc(),q=!0;if(this.s.serverData.searchPanes.options[R])for(var z=0,G=this.s.serverData.searchPanes.options[R];z<G.length;z++){var nt=G[z];if(nt.total!==nt.count){q=!1;break}}L.s.filteringActive=!q,L._serverPopulate(this.s.serverData)}}},k.prototype._stateLoadListener=function(){var S=this,B=function(L,R,q){if(q.searchPanes!==void 0){if(S.s.selectionList=q.searchPanes.selectionList?q.searchPanes.selectionList:[],q.searchPanes.panes)for(var z=0,G=q.searchPanes.panes;z<G.length;z++)for(var nt=G[z],tt=0,et=S.s.panes;tt<et.length;tt++){var wt=et[tt];nt.id===wt.s.index&&wt.s.dtPane&&(wt.dom.searchBox.val(nt.searchTerm),wt.s.dtPane.order(nt.order))}S._updateSelectionList()}};this.s.dt.off("stateLoadParams.dtsps",B).on("stateLoadParams.dtsps",B)},k.prototype._updateSelection=function(){},k.prototype._update=function(S){var B=this;return S===void 0&&(S=void 0),function(){S&&clearTimeout(S.s.deselectTimeout),B._updateSelectionList(S)}},k.prototype._updateTimeout=function(S){var B=this;return S===void 0&&(S=void 0),function(){return S?S.s.deselectTimeout=setTimeout(function(){return B._updateSelectionList(S)},50):B._updateSelectionList()}},k.prototype._updateSelectionList=function(S){if(S===void 0&&(S=void 0),this.s.pagingST){this.s.pagingST=!1;return}else if(this.s.updating||S&&S.s.serverSelecting)return;if(S!==void 0){this.s.dt.page.info().serverSide&&S._updateSelection();var B=S.s.dtPane.rows({selected:!0}).data().toArray().map(function(L){return L.filter});this.s.selectionList=this.s.selectionList.filter(function(L){return L.column!==S.s.index}),B.length>0?(this.s.selectionList.push({column:S.s.index,rows:B}),S.dom.clear.removeClass(this.classes.disabledButton).removeAttr("disabled")):S.dom.clear.addClass(this.classes.disabledButton).attr("disabled","true"),this.s.dt.page.info().serverSide&&this.s.dt.draw(!1)}this._remakeSelections(),this._updateFilterCount()},k.prototype._remakeSelections=function(){var S,B;if(this.s.updating=!0,this.s.dt.page.info().serverSide){this.s.selectionList.length>0&&(B=this.s.panes[this.s.selectionList[this.s.selectionList.length-1].column]);for(var Ct=0,xt=this.s.panes;Ct<xt.length;Ct++)S=xt[Ct],S.s.displayed&&(!B||S.s.index!==B.s.index)&&S.updateRows()}else{var L=this.s.selectionList,R=!1;this.clearSelections(),this.s.dt.draw(!1),this.s.dt.rows().toArray()[0].length>this.s.dt.rows({search:"applied"}).toArray()[0].length&&(R=!0),this.s.selectionList=L;for(var q=0,z=this.s.panes;q<z.length;q++)B=z[q],B.s.displayed&&(B.s.filteringActive=R,B.updateRows());for(var G=0,nt=this.s.selectionList;G<nt.length;G++){var tt=nt[G];B=null;for(var et=0,wt=this.s.panes;et<wt.length;et++){var St=wt[et];if(St.s.index===tt.column){B=St;break}}if(B.s.dtPane){for(var Tt=B.s.dtPane.rows().indexes().toArray(),kt=0;kt<tt.rows.length;kt++){for(var Lt=!1,Bt=0,$t=Tt;Bt<$t.length;Bt++){var Kt=$t[Bt],D=B.s.dtPane.row(Kt),ut=D.data();tt.rows[kt]===ut.filter&&(D.select(),Lt=!0)}Lt||(tt.rows.splice(kt,1),kt--)}if(B.s.selections=tt.rows,tt.rows.length!==0){this.s.dt.draw();for(var ot=!1,V=0,j=0,K=0,pt=0,vt=this.s.panes;pt<vt.length;pt++)S=vt[pt],S.s.dtPane&&(V+=S.getPaneCount(),V>j&&(K++,j=V));ot=V>0;for(var rt=0,gt=this.s.panes;rt<gt.length;rt++)S=gt[rt],S.s.displayed&&(R||B.s.index!==S.s.index||!ot?S.s.filteringActive=ot||R:K===1&&(S.s.filteringActive=!1),S.s.index!==B.s.index&&S.updateRows())}}}this.s.dt.draw(!1)}this.s.updating=!1},k}(O);n(Ze),F(Ze),p(Ze),C(Ze),c(Ze);var X=Ze.fn.dataTable;X.SearchPanes=O,at.SearchPanes=O,X.SearchPanesST=U,at.SearchPanesST=U,X.SearchPane=r,at.SearchPane=r,X.SearchPaneViewTotal=b,at.SearchPaneViewTotal=b,X.SearchPaneCascade=y,at.SearchPaneCascade=y,X.SearchPaneCascadeViewTotal=l,at.SearchPaneCascadeViewTotal=l;var Q=Ze.fn.dataTable.Api.register;Q("searchPanes()",function(){return this}),Q("searchPanes.clearSelections()",function(){return this.iterator("table",function(w){w._searchPanes&&w._searchPanes.clearSelections()})}),Q("searchPanes.rebuildPane()",function(w,k){return this.iterator("table",function(S){S._searchPanes&&S._searchPanes.rebuild(w,k)})}),Q("searchPanes.resizePanes()",function(){var w=this.context[0];return w._searchPanes?w._searchPanes.resizePanes():null}),Q("searchPanes.container()",function(){var w=this.context[0];return w._searchPanes?w._searchPanes.getNode():null}),at.ext.buttons.searchPanesClear={action:function(w,k){k.searchPanes.clearSelections()},text:"Clear Panes"},at.ext.buttons.searchPanes={action:function(w,k,S,B){var L=this,R=this;B._panes?(this.popover(B._panes.getNode(),{align:"container",span:"container"}),B._panes.rebuild(void 0,!0)):(this.processing(!0),setTimeout(function(){E(k,S,B),L.popover(B._panes.getNode(),{align:"container",span:"container"}),B._panes.rebuild(void 0,!0),Ze("table.dataTable",B._panes.getNode()).DataTable().columns.adjust(),R.processing(!1)},10))},init:function(w,k,S){w.button(k).text(S.text||w.i18n("searchPanes.collapse","SearchPanes",0)),(w.init().stateSave||S.delayInit===!1)&&E(w,k,S)},config:{},text:"",delayInit:!0};function E(w,k,S){var B=Ze.extend({filterChanged:function(R){w.button(k).text(w.i18n("searchPanes.collapse",w.context[0].oLanguage.searchPanes!==void 0?w.context[0].oLanguage.searchPanes.collapse:w.context[0]._searchPanes.c.i18n.collapse,R))}},S.config),L=B&&(B.cascadePanes||B.viewTotal)?new at.SearchPanesST(w,B):new at.SearchPanes(w,B);w.button(k).text(S.text||w.i18n("searchPanes.collapse",L.c.i18n.collapse,0)),S._panes=L}function $(w,k,S){k===void 0&&(k=null),S===void 0&&(S=!1);var B=new X.Api(w),L=k||B.init().searchPanes||X.defaults.searchPanes,R=L&&(L.cascadePanes||L.viewTotal)?new U(B,L,S):new O(B,L,S),q=R.getNode();return q}Ze(document).on("preInit.dt.dtsp",function(w,k){w.namespace==="dt"&&(k.oInit.searchPanes||at.defaults.searchPanes)&&(k._searchPanes||$(k,null,!0))}),at.ext.feature.push({cFeature:"P",fnInit:$}),at.feature&&at.feature.register("searchPanes",$)})();var dd=ie(ae(),1);var eo=ie(ae(),1);var Et=eo.default;at.select={};at.select.classes={checkbox:"dt-select-checkbox"};at.select.version="2.0.5";at.select.init=function(t){var e=t.settings()[0];if(!at.versionCheck("2"))throw"Warning: Select requires DataTables 2 or newer";if(!e._select){var n=t.state.loaded(),r=function(c,l,h){if(!(h===null||h.select===void 0)){if(t.rows({selected:!0}).any()&&t.rows().deselect(),h.select.rows!==void 0&&t.rows(h.select.rows).select(),t.columns({selected:!0}).any()&&t.columns().deselect(),h.select.columns!==void 0&&t.columns(h.select.columns).select(),t.cells({selected:!0}).any()&&t.cells().deselect(),h.select.cells!==void 0)for(var _=0;_<h.select.cells.length;_++)t.cell(h.select.cells[_].row,h.select.cells[_].column).select();t.state.save()}};t.on("stateSaveParams",function(c,l,h){h.select={},h.select.rows=t.rows({selected:!0}).ids(!0).toArray(),h.select.columns=t.columns({selected:!0})[0],h.select.cells=t.cells({selected:!0})[0].map(function(_){return{row:t.row(_.row).id(!0),column:_.column}})}).on("stateLoadParams",r).one("init",function(){r(void 0,void 0,n)});var s=e.oInit.select,i=at.defaults.select,o=s===void 0?i:s,u="row",p="api",b=!1,g=!0,m=!0,C="td, th",y="selected",T=!0,P=!1;e._select={infoEls:[]},o===!0?(p="os",P=!0):typeof o=="string"?(p=o,P=!0):Et.isPlainObject(o)&&(o.blurable!==void 0&&(b=o.blurable),o.toggleable!==void 0&&(g=o.toggleable),o.info!==void 0&&(m=o.info),o.items!==void 0&&(u=o.items),o.style!==void 0?(p=o.style,P=!0):(p="os",P=!0),o.selector!==void 0&&(C=o.selector),o.className!==void 0&&(y=o.className),o.headerCheckbox!==void 0&&(T=o.headerCheckbox)),t.select.selector(C),t.select.items(u),t.select.style(p),t.select.blurable(b),t.select.toggleable(g),t.select.info(m),e._select.className=y,!P&&Et(t.table().node()).hasClass("selectable")&&t.select.style("os"),(T||T==="select-page"||T==="select-all")&&(Qs(t,T),t.on("init",function(){Qs(t,T)}))}};function Ks(t,e,n){var r,s,i,o=function(p,b){if(p>b){var g=b;b=p,p=g}var m=!1;return t.columns(":visible").indexes().filter(function(C){return C===p&&(m=!0),C===b?(m=!1,!0):m})},u=function(p,b){var g=t.rows({search:"applied"}).indexes();if(g.indexOf(p)>g.indexOf(b)){var m=b;b=p,p=m}var C=!1;return g.filter(function(y){return y===p&&(C=!0),y===b?(C=!1,!0):C})};!t.cells({selected:!0}).any()&&!n?(s=o(0,e.column),i=u(0,e.row)):(s=o(n.column,e.column),i=u(n.row,e.row)),r=t.cells(i,s).flatten(),t.cells(e,{selected:!0}).any()?t.cells(r).deselect():t.cells(r).select()}function Vn(t){var e=at.select.classes.checkbox;return t?e.replace(/ /g,"."):e}function ea(t){var e=t.settings()[0],n=e._select.selector;Et(t.table().container()).off("mousedown.dtSelect",n).off("mouseup.dtSelect",n).off("click.dtSelect",n),Et("body").off("click.dtSelect"+na(t.table().node()))}function no(t){var e=Et(t.table().container()),n=t.settings()[0],r=n._select.selector,s;e.on("mousedown.dtSelect",r,function(i){(i.shiftKey||i.metaKey||i.ctrlKey)&&e.css("-moz-user-select","none").one("selectstart.dtSelect",r,function(){return!1}),window.getSelection&&(s=window.getSelection())}).on("mouseup.dtSelect",r,function(){e.css("-moz-user-select","")}).on("click.dtSelect",r,function(i){var o=t.select.items(),u;if(s){var p=window.getSelection();if((!p.anchorNode||Et(p.anchorNode).closest("table")[0]===t.table().node())&&p!==s)return}var b=t.settings()[0],g=t.table().container();if(Et(i.target).closest("div.dt-container")[0]==g){var m=t.cell(Et(i.target).closest("td, th"));if(m.any()){var C=Et.Event("user-select.dt");if(Ke(t,C,[o,m,i]),!C.isDefaultPrevented()){var y=m.index();o==="row"?(u=y.row,Ji(i,t,b,"row",u)):o==="column"?(u=m.index().column,Ji(i,t,b,"column",u)):o==="cell"&&(u=m.index(),Ji(i,t,b,"cell",u)),b._select_lastCell=y}}}}),Et("body").on("click.dtSelect"+na(t.table().node()),function(i){if(n._select.blurable){if(Et(i.target).parents().filter(t.table().container()).length||Et(i.target).parents("html").length===0||Et(i.target).parents("div.DTE").length)return;var o=Et.Event("select-blur.dt");if(Ke(t,o,[i.target,i]),o.isDefaultPrevented())return;lr(n,!0)}})}function Ke(t,e,n,r){r&&!t.flatten().length||(typeof e=="string"&&(e=e+".dt"),n.unshift(t),Et(t.table().node()).trigger(e,n))}function qr(t){return t.mRender&&t.mRender._name==="selectCheckbox"}function Js(t,e){if(!(t.select.style()==="api"||t.select.info()===!1)){var n=t.rows({selected:!0}).flatten().length,r=t.columns({selected:!0}).flatten().length,s=t.cells({selected:!0}).flatten().length,i=function(b,g,m){b.append(Et('<span class="select-item"/>').append(t.i18n("select."+g+"s",{_:"%d "+g+"s selected",0:"",1:"1 "+g+" selected"},m)))},o=Et(e),u=Et('<span class="select-info"/>');i(u,"row",n),i(u,"column",r),i(u,"cell",s);var p=o.children("span.select-info");p.length&&p.remove(),u.text()!==""&&o.append(u)}}function Qs(t,e){var n=t.settings()[0].aoColumns;t.columns().iterator("column",function(r,s){var i=n[s];if(qr(i)){var o=t.column(s).header();if(!Et("input",o).length){var u=Et("<input>").attr({class:Vn(!0),type:"checkbox","aria-label":t.i18n("select.aria.headerCheckbox")||"Select all rows"}).appendTo(o).on("change",function(){this.checked?e=="select-page"?t.rows({page:"current"}).select():t.rows({search:"applied"}).select():t.rows({selected:!0}).deselect()}).on("click",function(p){p.stopPropagation()});t.on("draw select deselect",function(p,b,g){if(g==="row"||!g){var m=t.rows({selected:!0}).count(),C=t.rows({search:"applied",selected:!0}).count(),y=e=="select-page"?t.rows({page:"current"}).count():t.rows({search:"applied"}).count();C&&C<=m&&C===y?u.prop("checked",!0).prop("indeterminate",!1):C===0&&m===0?u.prop("checked",!1).prop("indeterminate",!1):u.prop("checked",!1).prop("indeterminate",!0)}})}}})}function od(t){var e=new at.Api(t);t._select_init=!0,t.aoRowCreatedCallback.push(function(n,r,s){var i,o,u=t.aoData[s];for(u._select_selected&&Et(n).addClass(t._select.className).find("input."+Vn(!0)).prop("checked",!0),i=0,o=t.aoColumns.length;i<o;i++)(t.aoColumns[i]._select_selected||u._selected_cells&&u._selected_cells[i])&&Et(u.anCells[i]).addClass(t._select.className)}),e.on("preXhr.dt.dtSelect",function(n,r){if(r===e.settings()[0]){var s=e.rows({selected:!0}).ids(!0).filter(function(o){return o!==void 0}),i=e.cells({selected:!0}).eq(0).map(function(o){var u=e.row(o.row).id(!0);return u?{row:u,column:o.column}:void 0}).filter(function(o){return o!==void 0});e.one("draw.dt.dtSelect",function(){e.rows(s).select(),i.any()&&i.each(function(o){e.cells(o.row,o.column).select()})})}}),e.on("info.dt",function(n,r,s){r._select.infoEls.includes(s)||r._select.infoEls.push(s),Js(e,s)}),e.on("select.dtSelect.dt deselect.dtSelect.dt",function(){t._select.infoEls.forEach(function(n){Js(e,n)}),e.state.save()}),e.on("destroy.dtSelect",function(){Et(e.rows({selected:!0}).nodes()).removeClass(e.settings()[0]._select.className),Et("input."+Vn(!0),e.table().header()).remove(),ea(e),e.off(".dtSelect"),Et("body").off(".dtSelect"+na(e.table().node()))})}function to(t,e,n,r){var s=t[e+"s"]({search:"applied"}).indexes(),i=s.indexOf(r),o=s.indexOf(n);if(!t[e+"s"]({selected:!0}).any()&&i===-1)s.splice(s.indexOf(n)+1,s.length);else{if(i>o){var u=o;o=i,i=u}s.splice(o+1,s.length),s.splice(0,i)}t[e](n,{selected:!0}).any()?(s.splice(s.indexOf(n),1),t[e+"s"](s).deselect()):t[e+"s"](s).select()}function lr(t,e){if(e||t._select.style==="single"){var n=new at.Api(t);n.rows({selected:!0}).deselect(),n.columns({selected:!0}).deselect(),n.cells({selected:!0}).deselect()}}function Ji(t,e,n,r,s){var i=e.select.style(),o=e.select.toggleable(),u=e[r](s,{selected:!0}).any();if(!(u&&!o))if(i==="os")if(t.ctrlKey||t.metaKey)e[r](s).select(!u);else if(t.shiftKey)r==="cell"?Ks(e,s,n._select_lastCell||null):to(e,r,s,n._select_lastCell?n._select_lastCell[r]:null);else{var p=e[r+"s"]({selected:!0});u&&p.flatten().length===1?e[r](s).deselect():(p.deselect(),e[r](s).select())}else i=="multi+shift"&&t.shiftKey?r==="cell"?Ks(e,s,n._select_lastCell||null):to(e,r,s,n._select_lastCell?n._select_lastCell[r]:null):e[r](s).select(!u)}function na(t){return t.id.replace(/[^a-zA-Z0-9\-\_]/g,"-")}Et.each([{type:"row",prop:"aoData"},{type:"column",prop:"aoColumns"}],function(t,e){at.ext.selector[e.type].push(function(n,r,s){var i=r.selected,o,u=[];if(i!==!0&&i!==!1)return s;for(var p=0,b=s.length;p<b;p++)o=n[e.prop][s[p]],o&&(i===!0&&o._select_selected===!0||i===!1&&!o._select_selected)&&u.push(s[p]);return u})});at.ext.selector.cell.push(function(t,e,n){var r=e.selected,s,i=[];if(r===void 0)return n;for(var o=0,u=n.length;o<u;o++)s=t.aoData[n[o].row],s&&(r===!0&&s._selected_cells&&s._selected_cells[n[o].column]===!0||r===!1&&(!s._selected_cells||!s._selected_cells[n[o].column]))&&i.push(n[o]);return i});var Ue=at.Api.register,Hn=at.Api.registerPlural;Ue("select()",function(){return this.iterator("table",function(t){at.select.init(new at.Api(t))})});Ue("select.blurable()",function(t){return t===void 0?this.context[0]._select.blurable:this.iterator("table",function(e){e._select.blurable=t})});Ue("select.toggleable()",function(t){return t===void 0?this.context[0]._select.toggleable:this.iterator("table",function(e){e._select.toggleable=t})});Ue("select.info()",function(t){return t===void 0?this.context[0]._select.info:this.iterator("table",function(e){e._select.info=t})});Ue("select.items()",function(t){return t===void 0?this.context[0]._select.items:this.iterator("table",function(e){e._select.items=t,Ke(new at.Api(e),"selectItems",[t])})});Ue("select.style()",function(t){return t===void 0?this.context[0]._select.style:this.iterator("table",function(e){e._select||at.select.init(new at.Api(e)),e._select_init||od(e),e._select.style=t;var n=new at.Api(e);ea(n),t!=="api"&&no(n),Ke(new at.Api(e),"selectStyle",[t])})});Ue("select.selector()",function(t){return t===void 0?this.context[0]._select.selector:this.iterator("table",function(e){ea(new at.Api(e)),e._select.selector=t,e._select.style!=="api"&&no(new at.Api(e))})});Ue("select.last()",function(t){let e=this.context[0];return t?(e._select_lastCell=t,this):e._select_lastCell});Hn("rows().select()","row().select()",function(t){var e=this;return t===!1?this.deselect():(this.iterator("row",function(n,r){lr(n);var s=n.aoData[r],i=n.aoColumns;Et(s.nTr).addClass(n._select.className),s._select_selected=!0;for(var o=0;o<i.length;o++){var u=i[o];if(u.sType===null&&e.columns().types(),qr(u)){var p=s.anCells;p&&p[o]&&Et("input."+Vn(!0),p[o]).prop("checked",!0),s._aSortData!==null&&(s._aSortData[o]=null)}}}),this.iterator("table",function(n,r){Ke(e,"select",["row",e[r]],!0)}),this)});Ue("row().selected()",function(){var t=this.context[0];return!!(t&&this.length&&t.aoData[this[0]]&&t.aoData[this[0]]._select_selected)});Hn("columns().select()","column().select()",function(t){var e=this;return t===!1?this.deselect():(this.iterator("column",function(n,r){lr(n),n.aoColumns[r]._select_selected=!0;var s=new at.Api(n).column(r);Et(s.header()).addClass(n._select.className),Et(s.footer()).addClass(n._select.className),s.nodes().to$().addClass(n._select.className)}),this.iterator("table",function(n,r){Ke(e,"select",["column",e[r]],!0)}),this)});Ue("column().selected()",function(){var t=this.context[0];return!!(t&&this.length&&t.aoColumns[this[0]]&&t.aoColumns[this[0]]._select_selected)});Hn("cells().select()","cell().select()",function(t){var e=this;return t===!1?this.deselect():(this.iterator("cell",function(n,r,s){lr(n);var i=n.aoData[r];i._selected_cells===void 0&&(i._selected_cells=[]),i._selected_cells[s]=!0,i.anCells&&Et(i.anCells[s]).addClass(n._select.className)}),this.iterator("table",function(n,r){Ke(e,"select",["cell",e.cells(e[r]).indexes().toArray()],!0)}),this)});Ue("cell().selected()",function(){var t=this.context[0];if(t&&this.length){var e=t.aoData[this[0][0].row];if(e&&e._selected_cells&&e._selected_cells[this[0][0].column])return!0}return!1});Hn("rows().deselect()","row().deselect()",function(){var t=this;return this.iterator("row",function(e,n){var r=e.aoData[n],s=e.aoColumns;Et(r.nTr).removeClass(e._select.className),r._select_selected=!1,e._select_lastCell=null;for(var i=0;i<s.length;i++){var o=s[i];if(o.sType===null&&t.columns().types(),qr(o)){var u=r.anCells;u&&u[i]&&Et("input."+Vn(!0),r.anCells[i]).prop("checked",!1),r._aSortData!==null&&(r._aSortData[i]=null)}}}),this.iterator("table",function(e,n){Ke(t,"deselect",["row",t[n]],!0)}),this});Hn("columns().deselect()","column().deselect()",function(){var t=this;return this.iterator("column",function(e,n){e.aoColumns[n]._select_selected=!1;var r=new at.Api(e),s=r.column(n);Et(s.header()).removeClass(e._select.className),Et(s.footer()).removeClass(e._select.className),r.cells(null,n).indexes().each(function(i){var o=e.aoData[i.row],u=o._selected_cells;o.anCells&&(!u||!u[i.column])&&Et(o.anCells[i.column]).removeClass(e._select.className)})}),this.iterator("table",function(e,n){Ke(t,"deselect",["column",t[n]],!0)}),this});Hn("cells().deselect()","cell().deselect()",function(){var t=this;return this.iterator("cell",function(e,n,r){var s=e.aoData[n];s._selected_cells!==void 0&&(s._selected_cells[r]=!1),s.anCells&&!e.aoColumns[r]._select_selected&&Et(s.anCells[r]).removeClass(e._select.className)}),this.iterator("table",function(e,n){Ke(t,"deselect",["cell",t[n]],!0)}),this});function Mn(t,e){return function(n){return n.i18n("buttons."+t,e)}}function Qi(t){var e=t._eventNamespace;return"draw.dt.DT"+e+" select.dt.DT"+e+" deselect.dt.DT"+e}function ld(t,e){return!!(e.limitTo.indexOf("rows")!==-1&&t.rows({selected:!0}).any()||e.limitTo.indexOf("columns")!==-1&&t.columns({selected:!0}).any()||e.limitTo.indexOf("cells")!==-1&&t.cells({selected:!0}).any())}var ta=0;Et.extend(at.ext.buttons,{selected:{text:Mn("selected","Selected"),className:"buttons-selected",limitTo:["rows","columns","cells"],init:function(t,e,n){var r=this;n._eventNamespace=".select"+ta++,t.on(Qi(n),function(){r.enable(ld(t,n))}),this.disable()},destroy:function(t,e,n){t.off(n._eventNamespace)}},selectedSingle:{text:Mn("selectedSingle","Selected single"),className:"buttons-selected-single",init:function(t,e,n){var r=this;n._eventNamespace=".select"+ta++,t.on(Qi(n),function(){var s=t.rows({selected:!0}).flatten().length+t.columns({selected:!0}).flatten().length+t.cells({selected:!0}).flatten().length;r.enable(s===1)}),this.disable()},destroy:function(t,e,n){t.off(n._eventNamespace)}},selectAll:{text:Mn("selectAll","Select all"),className:"buttons-select-all",action:function(t,e,n,r){var s=this.select.items(),i=r.selectorModifier;i?(typeof i=="function"&&(i=i.call(e,t,e,n,r)),this[s+"s"](i).select()):this[s+"s"]().select()}},selectNone:{text:Mn("selectNone","Deselect all"),className:"buttons-select-none",action:function(){lr(this.settings()[0],!0)},init:function(t,e,n){var r=this;n._eventNamespace=".select"+ta++,t.on(Qi(n),function(){var s=t.rows({selected:!0}).flatten().length+t.columns({selected:!0}).flatten().length+t.cells({selected:!0}).flatten().length;r.enable(s>0)}),this.disable()},destroy:function(t,e,n){t.off(n._eventNamespace)}},showSelected:{text:Mn("showSelected","Show only selected"),className:"buttons-show-selected",action:function(t,e){if(e.search.fixed("dt-select"))e.search.fixed("dt-select",null),this.active(!1);else{var n=e.settings()[0].aoData;e.search.fixed("dt-select",function(r,s,i){return n[i]._select_selected}),this.active(!0)}e.draw()}}});Et.each(["Row","Column","Cell"],function(t,e){var n=e.toLowerCase();at.ext.buttons["select"+e+"s"]={text:Mn("select"+e+"s","Select "+n+"s"),className:"buttons-select-"+n+"s",action:function(){this.select.items(n)},init:function(r){var s=this;r.on("selectItems.dt.DT",function(i,o,u){s.active(u===n)})}}});at.type("select-checkbox",{className:"dt-select",detect:at.versionCheck("2.1")?{oneOf:function(){return!1},allOf:function(){return!1},init:function(t,e,n){return qr(e)}}:function(t){return t==="select-checkbox"?t:!1},order:{pre:function(t){return t==="X"?-1:0}}});Et.extend(!0,at.defaults.oLanguage,{select:{aria:{rowCheckbox:"Select row"}}});at.render.select=function(t,e){var n=t?at.util.get(t):null,r=e?at.util.get(e):null,s=function(i,o,u,p){var b=p.settings.aoData[p.row],g=b._select_selected,m=p.settings.oLanguage.select.aria.rowCheckbox;return o==="display"?Et("<input>").attr({"aria-label":m,class:Vn(),name:r?r(u):null,type:"checkbox",value:n?n(u):null,checked:g}).on("input",function(C){C.preventDefault(),this.checked=Et(this).closest("tr").hasClass("selected")})[0]:o==="type"?"select-checkbox":o==="filter"?"":g?"X":""};return s._name="selectCheckbox",s};at.ext.order["select-checkbox"]=function(t,e){return this.api().column(e,{order:"index"}).nodes().map(function(n){return t._select.items==="row"?Et(n).parent().hasClass(t._select.className).toString():t._select.items==="cell"?Et(n).hasClass(t._select.className).toString():!1})};Et.fn.DataTable.select=at.select;Et(document).on("preInit.dt.dtSelect",function(t,e){t.namespace==="dt"&&at.select.init(new at.Api(e))});Le.Buttons.jszip(ro.default);Le.get_selected_rows=function(t,e){let r=t.rows().count()/2;return Array.from(t.rows({selected:!0}).indexes().map(s=>s<r?s:s+e))};Le.set_selected_rows=function(t,e,n){let r=t.rows().count(),s=r/2,i=s+e,o=r+e;n=Array.from(n.filter(u=>u>=0&&u<o&&(u<s||u>=i)).map(u=>u<s?u:u-e)),t.rows().deselect(),t.rows(n).select()};var ac=Le;var export_jQuery=ud.default;export{Le as DataTable,id as DateTime,ac as default,export_jQuery as jQuery};
/*! Bundled license information:

jszip/dist/jszip.min.js:
  (*!
  
  JSZip v3.10.1 - A JavaScript class for generating and reading zip files
  <http://stuartk.com/jszip>
  
  (c) 2009-2016 Stuart Knightley <stuart [at] stuartk.com>
  Dual licenced under the MIT license or GPLv3. See https://raw.github.com/Stuk/jszip/main/LICENSE.markdown.
  
  JSZip uses the library pako released under the MIT license :
  https://github.com/nodeca/pako/blob/main/LICENSE
  *)

jquery/dist/jquery.js:
  (*!
   * jQuery JavaScript Library v3.7.1
   * https://jquery.com/
   *
   * Copyright OpenJS Foundation and other contributors
   * Released under the MIT license
   * https://jquery.org/license
   *
   * Date: 2023-08-28T13:37Z
   *)

datatables.net/js/dataTables.mjs:
  (*! DataTables 2.1.6
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-dt/js/dataTables.dataTables.mjs:
  (*! DataTables styling integration
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-buttons/js/dataTables.buttons.mjs:
  (*! Buttons for DataTables 3.1.2
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-buttons-dt/js/buttons.dataTables.mjs:
  (*! DataTables styling wrapper for Buttons
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-buttons/js/buttons.html5.min.mjs:
  (*!
   * HTML5 export buttons for Buttons and DataTables.
   * © SpryMedia Ltd - datatables.net/license
   *
   * FileSaver.js (1.3.3) - MIT license
   * Copyright © 2016 Eli Grey - http://eligrey.com
   *)

datatables.net-buttons/js/buttons.print.min.mjs:
  (*!
   * Print button for Buttons and DataTables.
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-buttons/js/buttons.colVis.min.mjs:
  (*!
   * Column visibility buttons for Buttons and DataTables.
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-fixedcolumns/js/dataTables.fixedColumns.mjs:
  (*! FixedColumns 5.0.0
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-fixedcolumns-dt/js/fixedColumns.dataTables.mjs:
  (*! DataTables integration for DataTables' FixedColumns
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-keytable/js/dataTables.keyTable.mjs:
  (*! KeyTable 2.12.1
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-keytable-dt/js/keyTable.dataTables.mjs:
  (*! DataTables styling wrapper for KeyTable
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-rowgroup/js/dataTables.rowGroup.mjs:
  (*! RowGroup 1.5.0
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-rowgroup-dt/js/rowGroup.dataTables.mjs:
  (*! DataTables styling wrapper for RowGroup
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-datetime/dist/dataTables.dateTime.mjs:
  (*! DateTime picker for DataTables.net v1.5.3
   *
   * © SpryMedia Ltd, all rights reserved.
   * License: MIT datatables.net/license/mit
   *)

datatables.net-searchbuilder/js/dataTables.searchBuilder.mjs:
  (*! SearchBuilder 1.8.0
   * ©SpryMedia Ltd - datatables.net/license/mit
   *)

datatables.net-searchbuilder-dt/js/searchBuilder.dataTables.mjs:
  (*! DataTables integration for DataTables' SearchBuilder
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-searchpanes/js/dataTables.searchPanes.mjs:
  (*! SearchPanes 2.3.2
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-searchpanes-dt/js/searchPanes.dataTables.mjs:
  (*! Bootstrap integration for DataTables' SearchPanes
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-select/js/dataTables.select.mjs:
  (*! Select for DataTables 2.0.5
   * © SpryMedia Ltd - datatables.net/license/mit
   *)

datatables.net-select-dt/js/select.dataTables.mjs:
  (*! DataTables styling wrapper for Select
   * © SpryMedia Ltd - datatables.net/license
   *)
*/
\";\n",
       "document.querySelectorAll(\"#itables_init_notebook_mode_cd6c5468_125f_4adb_868e_ebbca26c5691\").forEach(e => e.remove());\n",
       "</script>\n"
      ],
      "text/plain": [
       "<IPython.core.display.HTML object>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "/Users/davidbrazda/Library/Application Support/v2realbot\n",
      "trades_df-BAC-2024-01-01T09_30_00-2024-05-14T16_00_00-CO4B7VPWUZF-100.parquet\n",
      "trades_df-BAC-2024-01-11T09:30:00-2024-01-12T16:00:00.parquet\n",
      "trades_df-SPY-2024-01-01T09:30:00-2024-05-14T16:00:00.parquet\n",
      "trades_df-BAC-2023-01-01T09_30_00-2024-05-25T16_00_00-47BCFOPUVWZ-100.parquet\n",
      "ohlcv_df-BAC-2024-01-11T09:30:00-2024-01-12T16:00:00.parquet\n",
      "trades_df-BAC-2024-05-15T09_30_00-2024-05-25T16_00_00-47BCFOPUVWZ-100.parquet\n",
      "ohlcv_df-BAC-2024-01-01T09_30_00-2024-05-25T16_00_00-47BCFOPUVWZ-100.parquet\n",
      "ohlcv_df-SPY-2024-01-01T09:30:00-2024-05-14T16:00:00.parquet\n",
      "ohlcv_df-BAC-2024-01-01T09_30_00-2024-05-14T16_00_00-CO4B7VPWUZF-100.parquet\n",
      "ohlcv_df-BAC-2023-01-01T09_30_00-2024-05-25T16_00_00-47BCFOPUVWZ-100.parquet\n",
      "ohlcv_df-BAC-2023-01-01T09_30_00-2024-05-25T15_30_00-47BCFOPUVWZ-100.parquet\n"
     ]
    }
   ],
   "source": [
    "import pandas as pd\n",
    "import numpy as np\n",
    "from itables import init_notebook_mode, show\n",
    "import datetime\n",
    "from itertools import product\n",
    "from appdirs import user_data_dir\n",
    "import os\n",
    "\n",
    "init_notebook_mode(all_interactive=True)\n",
    "\n",
    "#LOAD FROM PARQUET\n",
    "DATA_DIR = user_data_dir(\"v2realbot\", False)\n",
    "dir = DATA_DIR + \"/notebooks/\" #my local cache dir\n",
    "print(DATA_DIR)\n",
    "files = [f for f in os.listdir(dir) if f.endswith(\".parquet\")]\n",
    "print('\\n'.join(map(str, files)))\n",
    "file_name = \"ohlcv_df-BAC-2023-01-01T09_30_00-2024-05-25T15_30_00-47BCFOPUVWZ-100.parquet\"\n",
    "ohlcv_df = pd.read_parquet(dir+file_name,engine='pyarrow')\n",
    "#filter ohlcv_df to certain date range (assuming datetime index)\n",
    "ohlcv_df = ohlcv_df.loc[\"2024-02-12 9:30\":\"2024-02-18 16:00\"]\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Resampling\n",
    "This is resampling of 1s data above to lower resolution if necessary."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [],
   "source": [
    "#resample settings for custom columns\n",
    "from vectorbtpro.utils.config import merge_dicts, Config, HybridConfig\n",
    "from vectorbtpro import _typing as tp\n",
    "from vectorbtpro.generic import nb as generic_nb\n",
    "\n",
    "_feature_config: tp.ClassVar[Config] = HybridConfig(\n",
    "    {\n",
    "        \"buyvolume\": dict(\n",
    "            resample_func=lambda self, obj, resampler: obj.vbt.resample_apply(\n",
    "                resampler,\n",
    "                generic_nb.sum_reduce_nb,\n",
    "            )\n",
    "        ),\n",
    "        \"sellvolume\": dict(\n",
    "            resample_func=lambda self, obj, resampler: obj.vbt.resample_apply(\n",
    "                resampler,\n",
    "                generic_nb.sum_reduce_nb,\n",
    "            )\n",
    "        ),\n",
    "        \"trades\": dict(\n",
    "            resample_func=lambda self, obj, resampler: obj.vbt.resample_apply(\n",
    "                resampler,\n",
    "                generic_nb.sum_reduce_nb,\n",
    "            )\n",
    "        )\n",
    "    }\n",
    ")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "None\n",
      "Loaded env variables from file None\n"
     ]
    },
    {
     "data": {
      "text/html": [
       "<pre style=\"white-space:pre;overflow-x:auto;line-height:normal;font-family:Menlo,'DejaVu Sans Mono',consolas,'Courier New',monospace\">Activating profile profile1\n",
       "</pre>\n"
      ],
      "text/plain": [
       "Activating profile profile1\n"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "#resampling to lower res\n",
    "import vectorbtpro as vbt\n",
    "from v2realbot.utils.utils import zoneNY\n",
    "vbt.settings.set_theme(\"dark\")\n",
    "vbt.settings['plotting']['layout']['width'] = 1280\n",
    "vbt.settings.plotting.auto_rangebreaks = True\n",
    "basic_data = vbt.Data.from_data(vbt.symbol_dict({\"BAC\": ohlcv_df}), tz_convert=zoneNY)\n",
    "\n",
    "basic_data._feature_config = _feature_config\n",
    "\n",
    "sec_data = basic_data.data[\"BAC\"]\n",
    "\n",
    "t1data = basic_data[['open', 'high', 'low', 'close', 'volume','vwap','trades']].resample(\"1T\")\n",
    "t1data = t1data.transform(lambda df: df.between_time('09:30', '16:00').dropna())\n",
    "\n",
    "\n",
    "m30data  = basic_data[['open', 'high', 'low', 'close', 'volume','vwap','trades']].resample(\"30T\")\n",
    "m30data = m30data.transform(lambda df: df.between_time('09:30', '16:00').dropna())\n",
    "#m30data.data[\"BAC\"].info()\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [],
   "source": [
    "import stumpy\n",
    "# The length of the motif\n",
    "m = 20\n",
    "\n",
    "#lets use 1min data first\n",
    "#apply differencing, either absolute .diff() or relative .pct_change() to make data stationary\n",
    "#first value becomes na - drop it\n",
    "timeseries_sr = t1data.get('vwap').diff().dropna()\n",
    "\n",
    "#for stationary data, we can use just stump\n",
    "matrix_profile = stumpy.stump(timeseries_sr.values.T, m)\n",
    "\n",
    "#timeseries_sr\n",
    "     "
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Result is NumPy array with 4 columns:\n",
    "- `Matrix Profile` - distance between each subsequence and nearest neighbor.\n",
    "- `Matrix Profile Index`- the index of the nearest neighbor for each subsequence, indicating where the closest match to the subsequence occurs in the time series.\n",
    "- `Left Matrix Profile Index` - the nearest neighbor when looking for matches to the left (earlier in the time series). Useful when analyzing directional dependencies or patterns in time series.\n",
    "- `Right Matrix Profile Index` - the index of the nearest neighbor when looking for matches to the right (later in the time series).\n",
    "\n",
    "Then we use motifs method to get 4 most promiment motifs and 5 closest neihbors for each \n",
    "\n",
    "TBD explore anomanly detection (#discord_distances, discord_indices = discords(time_series, mp[:, 0], k=3))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [],
   "source": [
    "from stumpy import motifs\n",
    "\n",
    "#get 4 most prominent motifs\n",
    "motif_distances, motif_indices = motifs(timeseries_sr, matrix_profile[:, 0], max_motifs=4, min_neighbors=5)\n",
    "\n",
    "#motif_distances\n",
    "#motif_indices"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "The we can visualize these first as Overlay and then on the whole timeseries."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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",
      "text/plain": [
       "<Figure size 1500x2000 with 4 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "#as overlay\n",
    "from stumpy import motifs, match\n",
    "import matplotlib.pyplot as plt\n",
    "%matplotlib inline\n",
    "\n",
    "def visualize_motifs(time_series, motif_distances, motif_indices, subsequence_length, max_neighbors=5):\n",
    "    n_motifs = len(motif_indices)\n",
    "    fig, axs = plt.subplots(n_motifs, 1, figsize=(15, 5*n_motifs), sharex=False)\n",
    "    if n_motifs == 1:\n",
    "        axs = [axs]\n",
    "    \n",
    "    for i, (motif_idxs, distances, ax) in enumerate(zip(motif_indices, motif_distances, axs)):\n",
    "        # Extract the first index if motif_idxs is an array or list\n",
    "        main_motif_idx = motif_idxs[0] if isinstance(motif_idxs, (list, np.ndarray)) else motif_idxs\n",
    "        \n",
    "        # Extract the motif sequence\n",
    "        motif = time_series[main_motif_idx:main_motif_idx+subsequence_length]\n",
    "        \n",
    "        # Plot the main motif\n",
    "        ax.plot(range(subsequence_length), motif, label=f'Motif {i+1}', linewidth=3)\n",
    "        \n",
    "        # Plot neighbors\n",
    "        for j, (neighbor_idx, dist) in enumerate(zip(motif_idxs[1:], distances[1:])):\n",
    "            if j >= max_neighbors:\n",
    "                break\n",
    "            neighbor = time_series[neighbor_idx:neighbor_idx+subsequence_length]\n",
    "            similarity = 1 - dist  # Convert distance to similarity\n",
    "            ax.plot(range(subsequence_length), neighbor, \n",
    "                    label=f'Neighbor {j+1} (Similarity: {similarity:.2f})', \n",
    "                    alpha=0.7)\n",
    "        \n",
    "        ax.set_title(f'Motif {i+1} and its Neighbors')\n",
    "        ax.legend()\n",
    "        ax.set_xlabel('Subsequence Index')\n",
    "        ax.set_ylabel('Value')\n",
    "    \n",
    "    plt.tight_layout()\n",
    "    plt.show()\n",
    "\n",
    "visualize_motifs(time_series=timeseries_sr, motif_distances=motif_distances, motif_indices=motif_indices, subsequence_length=m)\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "<class 'pandas.core.series.Series'>\n",
      "DatetimeIndex: 1949 entries, 2024-02-12 09:31:00-05:00 to 2024-02-16 15:59:00-05:00\n",
      "Series name: vwap\n",
      "Non-Null Count  Dtype  \n",
      "--------------  -----  \n",
      "1949 non-null   float64\n",
      "dtypes: float64(1)\n",
      "memory usage: 30.5 KB\n"
     ]
    }
   ],
   "source": [
    "timeseries_sr.info()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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",
      "text/plain": [
       "<Figure size 1500x2000 with 4 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "#Visualize on the whole timeseries\n",
    "import numpy as np\n",
    "from matplotlib.patches import Rectangle\n",
    "import matplotlib.colors as mcolors\n",
    "\n",
    "def visualize_motifs_on_timeseries(time_series, motif_distances, motif_indices, subsequence_length):\n",
    "    n_motifs = len(motif_indices)\n",
    "    fig, axs = plt.subplots(n_motifs, 1, figsize=(15, 5*n_motifs), sharex=True)\n",
    "    if n_motifs == 1:\n",
    "        axs = [axs]\n",
    "    \n",
    "    # Define a color for each motif\n",
    "    colors = plt.cm.rainbow(np.linspace(0, 1, n_motifs))\n",
    "    \n",
    "    for i, (motif_idxs, distances, ax, color) in enumerate(zip(motif_indices, motif_distances, axs, colors)):\n",
    "        # Plot the entire time series\n",
    "        ax.plot(time_series.values, color='gray', alpha=0.5)\n",
    "        \n",
    "        # Extract the main motif index\n",
    "        main_motif_idx = motif_idxs[0] if isinstance(motif_idxs, (list, np.ndarray)) else motif_idxs\n",
    "        \n",
    "        # Plot the main motif as a rectangle\n",
    "        rect = Rectangle((main_motif_idx, min(time_series)), subsequence_length, max(time_series) - min(time_series),\n",
    "                         facecolor=color, alpha=0.7, label=f'Motif {i+1}')\n",
    "        ax.add_patch(rect)\n",
    "        \n",
    "        # Plot neighbors\n",
    "        nb = 0\n",
    "        for neighbor_idx, dist in zip(motif_idxs[1:], distances[1:]):\n",
    "            nb += 1\n",
    "            similarity = 1 - dist  # Convert distance to similarity\n",
    "            # Use similarity to determine the alpha of the color 1 - (0.7 / 5) * x\n",
    "            neighbor_color = mcolors.to_rgba(color, alpha=1 - (0.7 / 5) * dist)\n",
    "            rect = Rectangle((neighbor_idx, min(time_series)), subsequence_length, max(time_series) - min(time_series),\n",
    "                             facecolor=neighbor_color, label=f'Neighbor {nb} (Similarity: {similarity:.2f})')\n",
    "            ax.add_patch(rect)\n",
    "\n",
    "        # # Adjust the limits of the plot so the rectangle is visible\n",
    "        # ax.set_xlim(0, len(time_series))\n",
    "        # ax.set_ylim(min(time_series) - 10, max(time_series) + 10)\n",
    "\n",
    "        ax.set_title(f'Motif {i+1} and its Neighbors')\n",
    "        ax.legend()\n",
    "        ax.set_xlabel('Time')\n",
    "        ax.set_ylabel('Value')\n",
    "        ax.autoscale()\n",
    "    \n",
    "    plt.tight_layout()\n",
    "    plt.show()\n",
    "\n",
    "visualize_motifs_on_timeseries(timeseries_sr, motif_distances, motif_indices, m)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Unanchored chain\n",
    "\n",
    "Unanchored chains could be used for trending data."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {},
   "outputs": [],
   "source": [
    "timeseries_sr_trending = t1data.get('vwap')\n",
    "matrix_profile_tr = stumpy.stump(timeseries_sr_trending, m)\n",
    "\n",
    "#for trend data we can use \n",
    "all_chain_set, unanchored_chain = stumpy.allc(matrix_profile_tr[:, 2], matrix_profile_tr[:, 3])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/html": [
       "<iframe width=\"800\" height=\"400\" frameBorder=\"0\" srcdoc=\"&lt;!DOCTYPE html&gt;\n",
       "&lt;html lang=&quot;&quot;&gt;\n",
       "&lt;head&gt;\n",
       "    &lt;title&gt;lightweight-charts-python&lt;/title&gt;\n",
       "    &lt;style&gt;:root {\n",
       "\t--bg-color:#0c0d0f;\n",
       "\t--hover-bg-color: #3c434c;\n",
       "\t--click-bg-color: #50565E;\n",
       "\t--active-bg-color: rgba(0, 122, 255, 0.7);\n",
       "\t--muted-bg-color: rgba(0, 122, 255, 0.3);\n",
       "\t--border-color: #3C434C;\n",
       "\t--color: #d8d9db;\n",
       "\t--active-color: #ececed;\n",
       "}\n",
       "\n",
       "body {\n",
       "\tbackground-color: rgb(0,0,0);\n",
       "\tcolor: rgba(19, 23, 34, 1);\n",
       "\toverflow: hidden;\n",
       "\tfont-family: -apple-system, BlinkMacSystemFont, &quot;Segoe UI&quot;, Roboto, Oxygen, Ubuntu,\n",
       "            Cantarell, &quot;Helvetica Neue&quot;, sans-serif;\n",
       "}\n",
       "\n",
       ".handler {\n",
       "\tdisplay: flex;\n",
       "\tflex-direction: column;\n",
       "\tposition: relative;\n",
       "}\n",
       "\n",
       ".toolbox {\n",
       "\tposition: absolute;\n",
       "\tz-index: 2000;\n",
       "\tdisplay: flex;\n",
       "\talign-items: center;\n",
       "\ttop: 25%;\n",
       "\tborder: 2px solid var(--border-color);\n",
       "\tborder-left: none;\n",
       "\tborder-top-right-radius: 4px;\n",
       "\tborder-bottom-right-radius: 4px;\n",
       "\tbackground-color: rgba(25, 27, 30, 0.5);\n",
       "\tflex-direction: column;\n",
       "}\n",
       "\n",
       ".toolbox-button {\n",
       "\tmargin: 3px;\n",
       "\tborder-radius: 4px;\n",
       "\tdisplay: flex;\n",
       "\tbackground-color: transparent;\n",
       "}\n",
       ".toolbox-button:hover {\n",
       "\tbackground-color: rgba(80, 86, 94, 0.7);\n",
       "}\n",
       ".toolbox-button:active {\n",
       "\tbackground-color: rgba(90, 106, 104, 0.7);\n",
       "}\n",
       "\n",
       ".active-toolbox-button {\n",
       "\tbackground-color: var(--active-bg-color) !important;\n",
       "}\n",
       ".active-toolbox-button g {\n",
       "\tfill: var(--active-color);\n",
       "}\n",
       "\n",
       ".context-menu {\n",
       "\tposition: absolute;\n",
       "\tz-index: 1000;\n",
       "\tbackground: rgb(50, 50, 50);\n",
       "\tcolor: var(--active-color);\n",
       "\tdisplay: none;\n",
       "\tborder-radius: 5px;\n",
       "\tpadding: 3px 3px;\n",
       "\tfont-size: 13px;\n",
       "\tcursor: default;\n",
       "}\n",
       ".context-menu-item {\n",
       "\tdisplay: flex;\n",
       "\talign-items: center;\n",
       "\tjustify-content: space-between;\n",
       "\tpadding: 2px 10px;\n",
       "\tmargin: 1px 0px;\n",
       "\tborder-radius: 3px;\n",
       "}\n",
       ".context-menu-item:hover {\n",
       "\tbackground-color: var(--muted-bg-color);\n",
       "}\n",
       "\n",
       ".color-picker {\n",
       "\tmax-width: 170px;\n",
       "\tbackground-color: var(--bg-color);\n",
       "\tposition: absolute;\n",
       "\tz-index: 10000;\n",
       "\tdisplay: none;\n",
       "\tflex-direction: column;\n",
       "\talign-items: center;\n",
       "\tborder: 2px solid var(--border-color);\n",
       "\tborder-radius: 8px;\n",
       "\tcursor: default;\n",
       "}\n",
       "\n",
       "\n",
       "/* topbar-related */\n",
       ".topbar {\n",
       "\tbackground-color: var(--bg-color);\n",
       "\tborder-bottom: 2px solid var(--border-color);\n",
       "\tdisplay: flex;\n",
       "\talign-items: center;\n",
       "}\n",
       "\n",
       ".topbar-container {\n",
       "\tdisplay: flex;\n",
       "\talign-items: center;\n",
       "\tflex-grow: 1;\n",
       "}\n",
       "\n",
       ".topbar-button {\n",
       "\tborder: none;\n",
       "\tpadding: 2px 5px;\n",
       "\tmargin: 4px 10px;\n",
       "\tfont-size: 13px;\n",
       "\tborder-radius: 4px;\n",
       "\tcolor: var(--color);\n",
       "\tbackground-color: transparent;\n",
       "}\n",
       ".topbar-button:hover {\n",
       "\tbackground-color: var(--hover-bg-color)\n",
       "}\n",
       "\n",
       ".topbar-button:active {\n",
       "\tbackground-color: var(--click-bg-color);\n",
       "\tcolor: var(--active-color);\n",
       "\tfont-weight: 500;\n",
       "}\n",
       "\n",
       ".switcher-button:active {\n",
       "\tbackground-color: var(--click-bg-color);\n",
       "\tcolor: var(--color);\n",
       "\tfont-weight: normal;\n",
       "}\n",
       "\n",
       ".active-switcher-button {\n",
       "\tbackground-color: var(--active-bg-color) !important;\n",
       "\tcolor: var(--active-color) !important;\n",
       "\tfont-weight: 500;\n",
       "}\n",
       "\n",
       ".topbar-textbox {\n",
       "\tmargin: 0px 18px;\n",
       "\tfont-size: 16px;\n",
       "\tcolor: var(--color);\n",
       "}\n",
       "\n",
       ".topbar-textbox-input {\n",
       "\tbackground-color: var(--bg-color);\n",
       "\tcolor: var(--color);\n",
       "\tborder: 1px solid var(--color);\n",
       "}\n",
       "\n",
       ".topbar-menu {\n",
       "\tposition: absolute;\n",
       "\tdisplay: none;\n",
       "\tz-index: 10000;\n",
       "\tbackground-color: var(--bg-color);\n",
       "\tborder-radius: 2px;\n",
       "\tborder: 2px solid var(--border-color);\n",
       "\tborder-top: none;\n",
       "\talign-items: flex-start;\n",
       "\tmax-height: 80%;\n",
       "\toverflow-y: auto;\n",
       "}\n",
       "\n",
       ".topbar-separator {\n",
       "\twidth: 1px;\n",
       "\theight: 20px;\n",
       "\tbackground-color: var(--border-color);\n",
       "}\n",
       "\n",
       ".searchbox {\n",
       "\tposition: absolute;\n",
       "\ttop: 0;\n",
       "\tbottom: 200px;\n",
       "\tleft: 0;\n",
       "\tright: 0;\n",
       "\tmargin: auto;\n",
       "\twidth: 150px;\n",
       "\theight: 30px;\n",
       "\tpadding: 5px;\n",
       "\tz-index: 1000;\n",
       "\talign-items: center;\n",
       "\tbackground-color: rgba(30 ,30, 30, 0.9);\n",
       "\tborder: 2px solid var(--border-color);\n",
       "\tborder-radius: 5px;\n",
       "\tdisplay: flex;\n",
       "\n",
       "}\n",
       ".searchbox input {\n",
       "\ttext-align: center;\n",
       "\twidth: 100px;\n",
       "\tmargin-left: 10px;\n",
       "\tbackground-color: var(--muted-bg-color);\n",
       "\tcolor: var(--active-color);\n",
       "\tfont-size: 20px;\n",
       "\tborder: none;\n",
       "\toutline: none;\n",
       "\tborder-radius: 2px;\n",
       "}\n",
       "\n",
       ".spinner {\n",
       "\twidth: 30px;\n",
       "\theight: 30px;\n",
       "\tborder: 4px solid rgba(255, 255, 255, 0.6);\n",
       "\tborder-top: 4px solid var(--active-bg-color);\n",
       "\tborder-radius: 50%;\n",
       "\tposition: absolute;\n",
       "\ttop: 50%;\n",
       "\tleft: 50%;\n",
       "\tz-index: 1000;\n",
       "\ttransform: translate(-50%, -50%);\n",
       "\tdisplay: none;\n",
       "}\n",
       "\n",
       ".legend {\n",
       "\tposition: absolute;\n",
       "\tz-index: 3000;\n",
       "\tpointer-events: none;\n",
       "\ttop: 10px;\n",
       "\tleft: 70px;\n",
       "\tdisplay: none;\n",
       "\tflex-direction: column;\n",
       "}\n",
       ".legend-toggle-switch {\n",
       "\tborder-radius: 4px;\n",
       "\tmargin-left: 10px;\n",
       "\tpointer-events: auto;\n",
       "}\n",
       ".legend-toggle-switch:hover {\n",
       "\tcursor: pointer;\n",
       "\tbackground-color: rgba(50, 50, 50, 0.5);\n",
       "}&lt;/style&gt;\n",
       "    &lt;script&gt;/*!\n",
       " * @license\n",
       " * TradingView Lightweight Charts™ v4.1.3\n",
       " * Copyright (c) 2024 TradingView, Inc.\n",
       " * Licensed under Apache License 2.0 https://www.apache.org/licenses/LICENSE-2.0\n",
       " */\n",
       "!function(){&quot;use strict&quot;;const t={upColor:&quot;#26a69a&quot;,downColor:&quot;#ef5350&quot;,wickVisible:!0,borderVisible:!0,borderColor:&quot;#378658&quot;,borderUpColor:&quot;#26a69a&quot;,borderDownColor:&quot;#ef5350&quot;,wickColor:&quot;#737375&quot;,wickUpColor:&quot;#26a69a&quot;,wickDownColor:&quot;#ef5350&quot;},i={upColor:&quot;#26a69a&quot;,downColor:&quot;#ef5350&quot;,openVisible:!0,thinBars:!0},n={color:&quot;#2196f3&quot;,lineStyle:0,lineWidth:3,lineType:0,lineVisible:!0,crosshairMarkerVisible:!0,crosshairMarkerRadius:4,crosshairMarkerBorderColor:&quot;&quot;,crosshairMarkerBorderWidth:2,crosshairMarkerBackgroundColor:&quot;&quot;,lastPriceAnimation:0,pointMarkersVisible:!1},s={topColor:&quot;rgba( 46, 220, 135, 0.4)&quot;,bottomColor:&quot;rgba( 40, 221, 100, 0)&quot;,invertFilledArea:!1,lineColor:&quot;#33D778&quot;,lineStyle:0,lineWidth:3,lineType:0,lineVisible:!0,crosshairMarkerVisible:!0,crosshairMarkerRadius:4,crosshairMarkerBorderColor:&quot;&quot;,crosshairMarkerBorderWidth:2,crosshairMarkerBackgroundColor:&quot;&quot;,lastPriceAnimation:0,pointMarkersVisible:!1},e={baseValue:{type:&quot;price&quot;,price:0},topFillColor1:&quot;rgba(38, 166, 154, 0.28)&quot;,topFillColor2:&quot;rgba(38, 166, 154, 0.05)&quot;,topLineColor:&quot;rgba(38, 166, 154, 1)&quot;,bottomFillColor1:&quot;rgba(239, 83, 80, 0.05)&quot;,bottomFillColor2:&quot;rgba(239, 83, 80, 0.28)&quot;,bottomLineColor:&quot;rgba(239, 83, 80, 1)&quot;,lineWidth:3,lineStyle:0,lineType:0,lineVisible:!0,crosshairMarkerVisible:!0,crosshairMarkerRadius:4,crosshairMarkerBorderColor:&quot;&quot;,crosshairMarkerBorderWidth:2,crosshairMarkerBackgroundColor:&quot;&quot;,lastPriceAnimation:0,pointMarkersVisible:!1},r={color:&quot;#26a69a&quot;,base:0},h={color:&quot;#2196f3&quot;},l={title:&quot;&quot;,visible:!0,lastValueVisible:!0,priceLineVisible:!0,priceLineSource:0,priceLineWidth:1,priceLineColor:&quot;&quot;,priceLineStyle:2,baseLineVisible:!0,baseLineWidth:1,baseLineColor:&quot;#B2B5BE&quot;,baseLineStyle:0,priceFormat:{type:&quot;price&quot;,precision:2,minMove:.01}};var a,o;function _(t,i){const n={0:[],1:[t.lineWidth,t.lineWidth],2:[2*t.lineWidth,2*t.lineWidth],3:[6*t.lineWidth,6*t.lineWidth],4:[t.lineWidth,4*t.lineWidth]}[i];t.setLineDash(n)}function u(t,i,n,s){t.beginPath();const e=t.lineWidth%2?.5:0;t.moveTo(n,i+e),t.lineTo(s,i+e),t.stroke()}function c(t,i){if(!t)throw new Error(&quot;Assertion failed&quot;+(i?&quot;: &quot;+i:&quot;&quot;))}function d(t){if(void 0===t)throw new Error(&quot;Value is undefined&quot;);return t}function f(t){if(null===t)throw new Error(&quot;Value is null&quot;);return t}function v(t){return f(d(t))}!function(t){t[t.Simple=0]=&quot;Simple&quot;,t[t.WithSteps=1]=&quot;WithSteps&quot;,t[t.Curved=2]=&quot;Curved&quot;}(a||(a={})),function(t){t[t.Solid=0]=&quot;Solid&quot;,t[t.Dotted=1]=&quot;Dotted&quot;,t[t.Dashed=2]=&quot;Dashed&quot;,t[t.LargeDashed=3]=&quot;LargeDashed&quot;,t[t.SparseDotted=4]=&quot;SparseDotted&quot;}(o||(o={}));const p={khaki:&quot;#f0e68c&quot;,azure:&quot;#f0ffff&quot;,aliceblue:&quot;#f0f8ff&quot;,ghostwhite:&quot;#f8f8ff&quot;,gold:&quot;#ffd700&quot;,goldenrod:&quot;#daa520&quot;,gainsboro:&quot;#dcdcdc&quot;,gray:&quot;#808080&quot;,green:&quot;#008000&quot;,honeydew:&quot;#f0fff0&quot;,floralwhite:&quot;#fffaf0&quot;,lightblue:&quot;#add8e6&quot;,lightcoral:&quot;#f08080&quot;,lemonchiffon:&quot;#fffacd&quot;,hotpink:&quot;#ff69b4&quot;,lightyellow:&quot;#ffffe0&quot;,greenyellow:&quot;#adff2f&quot;,lightgoldenrodyellow:&quot;#fafad2&quot;,limegreen:&quot;#32cd32&quot;,linen:&quot;#faf0e6&quot;,lightcyan:&quot;#e0ffff&quot;,magenta:&quot;#f0f&quot;,maroon:&quot;#800000&quot;,olive:&quot;#808000&quot;,orange:&quot;#ffa500&quot;,oldlace:&quot;#fdf5e6&quot;,mediumblue:&quot;#0000cd&quot;,transparent:&quot;#0000&quot;,lime:&quot;#0f0&quot;,lightpink:&quot;#ffb6c1&quot;,mistyrose:&quot;#ffe4e1&quot;,moccasin:&quot;#ffe4b5&quot;,midnightblue:&quot;#191970&quot;,orchid:&quot;#da70d6&quot;,mediumorchid:&quot;#ba55d3&quot;,mediumturquoise:&quot;#48d1cc&quot;,orangered:&quot;#ff4500&quot;,royalblue:&quot;#4169e1&quot;,powderblue:&quot;#b0e0e6&quot;,red:&quot;#f00&quot;,coral:&quot;#ff7f50&quot;,turquoise:&quot;#40e0d0&quot;,white:&quot;#fff&quot;,whitesmoke:&quot;#f5f5f5&quot;,wheat:&quot;#f5deb3&quot;,teal:&quot;#008080&quot;,steelblue:&quot;#4682b4&quot;,bisque:&quot;#ffe4c4&quot;,aquamarine:&quot;#7fffd4&quot;,aqua:&quot;#0ff&quot;,sienna:&quot;#a0522d&quot;,silver:&quot;#c0c0c0&quot;,springgreen:&quot;#00ff7f&quot;,antiquewhite:&quot;#faebd7&quot;,burlywood:&quot;#deb887&quot;,brown:&quot;#a52a2a&quot;,beige:&quot;#f5f5dc&quot;,chocolate:&quot;#d2691e&quot;,chartreuse:&quot;#7fff00&quot;,cornflowerblue:&quot;#6495ed&quot;,cornsilk:&quot;#fff8dc&quot;,crimson:&quot;#dc143c&quot;,cadetblue:&quot;#5f9ea0&quot;,tomato:&quot;#ff6347&quot;,fuchsia:&quot;#f0f&quot;,blue:&quot;#00f&quot;,salmon:&quot;#fa8072&quot;,blanchedalmond:&quot;#ffebcd&quot;,slateblue:&quot;#6a5acd&quot;,slategray:&quot;#708090&quot;,thistle:&quot;#d8bfd8&quot;,tan:&quot;#d2b48c&quot;,cyan:&quot;#0ff&quot;,darkblue:&quot;#00008b&quot;,darkcyan:&quot;#008b8b&quot;,darkgoldenrod:&quot;#b8860b&quot;,darkgray:&quot;#a9a9a9&quot;,blueviolet:&quot;#8a2be2&quot;,black:&quot;#000&quot;,darkmagenta:&quot;#8b008b&quot;,darkslateblue:&quot;#483d8b&quot;,darkkhaki:&quot;#bdb76b&quot;,darkorchid:&quot;#9932cc&quot;,darkorange:&quot;#ff8c00&quot;,darkgreen:&quot;#006400&quot;,darkred:&quot;#8b0000&quot;,dodgerblue:&quot;#1e90ff&quot;,darkslategray:&quot;#2f4f4f&quot;,dimgray:&quot;#696969&quot;,deepskyblue:&quot;#00bfff&quot;,firebrick:&quot;#b22222&quot;,forestgreen:&quot;#228b22&quot;,indigo:&quot;#4b0082&quot;,ivory:&quot;#fffff0&quot;,lavenderblush:&quot;#fff0f5&quot;,feldspar:&quot;#d19275&quot;,indianred:&quot;#cd5c5c&quot;,lightgreen:&quot;#90ee90&quot;,lightgrey:&quot;#d3d3d3&quot;,lightskyblue:&quot;#87cefa&quot;,lightslategray:&quot;#789&quot;,lightslateblue:&quot;#8470ff&quot;,snow:&quot;#fffafa&quot;,lightseagreen:&quot;#20b2aa&quot;,lightsalmon:&quot;#ffa07a&quot;,darksalmon:&quot;#e9967a&quot;,darkviolet:&quot;#9400d3&quot;,mediumpurple:&quot;#9370d8&quot;,mediumaquamarine:&quot;#66cdaa&quot;,skyblue:&quot;#87ceeb&quot;,lavender:&quot;#e6e6fa&quot;,lightsteelblue:&quot;#b0c4de&quot;,mediumvioletred:&quot;#c71585&quot;,mintcream:&quot;#f5fffa&quot;,navajowhite:&quot;#ffdead&quot;,navy:&quot;#000080&quot;,olivedrab:&quot;#6b8e23&quot;,palevioletred:&quot;#d87093&quot;,violetred:&quot;#d02090&quot;,yellow:&quot;#ff0&quot;,yellowgreen:&quot;#9acd32&quot;,lawngreen:&quot;#7cfc00&quot;,pink:&quot;#ffc0cb&quot;,paleturquoise:&quot;#afeeee&quot;,palegoldenrod:&quot;#eee8aa&quot;,darkolivegreen:&quot;#556b2f&quot;,darkseagreen:&quot;#8fbc8f&quot;,darkturquoise:&quot;#00ced1&quot;,peachpuff:&quot;#ffdab9&quot;,deeppink:&quot;#ff1493&quot;,violet:&quot;#ee82ee&quot;,palegreen:&quot;#98fb98&quot;,mediumseagreen:&quot;#3cb371&quot;,peru:&quot;#cd853f&quot;,saddlebrown:&quot;#8b4513&quot;,sandybrown:&quot;#f4a460&quot;,rosybrown:&quot;#bc8f8f&quot;,purple:&quot;#800080&quot;,seagreen:&quot;#2e8b57&quot;,seashell:&quot;#fff5ee&quot;,papayawhip:&quot;#ffefd5&quot;,mediumslateblue:&quot;#7b68ee&quot;,plum:&quot;#dda0dd&quot;,mediumspringgreen:&quot;#00fa9a&quot;};function m(t){return t&lt;0?0:t&gt;255?255:Math.round(t)||0}function b(t){return t&lt;=0||t&gt;0?t&lt;0?0:t&gt;1?1:Math.round(1e4*t)/1e4:0}const w=/^#([0-9a-f])([0-9a-f])([0-9a-f])([0-9a-f])?$/i,g=/^#([0-9a-f]{2})([0-9a-f]{2})([0-9a-f]{2})([0-9a-f]{2})?$/i,M=/^rgb\\(\\s*(-?\\d{1,10})\\s*,\\s*(-?\\d{1,10})\\s*,\\s*(-?\\d{1,10})\\s*\\)$/,x=/^rgba\\(\\s*(-?\\d{1,10})\\s*,\\s*(-?\\d{1,10})\\s*,\\s*(-?\\d{1,10})\\s*,\\s*(-?[\\d]{0,10}(?:\\.\\d+)?)\\s*\\)$/;function S(t){(t=t.toLowerCase())in p&amp;&amp;(t=p[t]);{const i=x.exec(t)||M.exec(t);if(i)return[m(parseInt(i[1],10)),m(parseInt(i[2],10)),m(parseInt(i[3],10)),b(i.length&lt;5?1:parseFloat(i[4]))]}{const i=g.exec(t);if(i)return[m(parseInt(i[1],16)),m(parseInt(i[2],16)),m(parseInt(i[3],16)),1]}{const i=w.exec(t);if(i)return[m(17*parseInt(i[1],16)),m(17*parseInt(i[2],16)),m(17*parseInt(i[3],16)),1]}throw new Error(`Cannot parse color: ${t}`)}function y(t){const i=S(t);return{t:`rgb(${i[0]}, ${i[1]}, ${i[2]})`,i:(n=i,.199*n[0]+.687*n[1]+.114*n[2]&gt;160?&quot;black&quot;:&quot;white&quot;)};var n}class k{constructor(){this.h=[]}l(t,i,n){const s={o:t,_:i,u:!0===n};this.h.push(s)}v(t){const i=this.h.findIndex((i=&gt;t===i.o));i&gt;-1&amp;&amp;this.h.splice(i,1)}p(t){this.h=this.h.filter((i=&gt;i._!==t))}m(t,i,n){const s=[...this.h];this.h=this.h.filter((t=&gt;!t.u)),s.forEach((s=&gt;s.o(t,i,n)))}M(){return this.h.length&gt;0}S(){this.h=[]}}function C(t,...i){for(const n of i)for(const i in n)void 0!==n[i]&amp;&amp;(&quot;object&quot;!=typeof n[i]||void 0===t[i]||Array.isArray(n[i])?t[i]=n[i]:C(t[i],n[i]));return t}function T(t){return&quot;number&quot;==typeof t&amp;&amp;isFinite(t)}function P(t){return&quot;number&quot;==typeof t&amp;&amp;t%1==0}function R(t){return&quot;string&quot;==typeof t}function D(t){return&quot;boolean&quot;==typeof t}function O(t){const i=t;if(!i||&quot;object&quot;!=typeof i)return i;let n,s,e;for(s in n=Array.isArray(i)?[]:{},i)i.hasOwnProperty(s)&amp;&amp;(e=i[s],n[s]=e&amp;&amp;&quot;object&quot;==typeof e?O(e):e);return n}function A(t){return null!==t}function B(t){return null===t?void 0:t}const V=&quot;-apple-system, BlinkMacSystemFont, &#x27;Trebuchet MS&#x27;, Roboto, Ubuntu, sans-serif&quot;;function z(t,i,n){return void 0===i&amp;&amp;(i=V),`${n=void 0!==n?`${n} `:&quot;&quot;}${t}px ${i}`}class E{constructor(t){this.k={C:1,T:5,P:NaN,R:&quot;&quot;,D:&quot;&quot;,O:&quot;&quot;,A:&quot;&quot;,B:0,V:0,I:0,L:0,N:0},this.F=t}W(){const t=this.k,i=this.j(),n=this.H();return t.P===i&amp;&amp;t.D===n||(t.P=i,t.D=n,t.R=z(i,n),t.L=2.5/12*i,t.B=t.L,t.V=i/12*t.T,t.I=i/12*t.T,t.N=0),t.O=this.$(),t.A=this.U(),this.k}$(){return this.F.W().layout.textColor}U(){return this.F.q()}j(){return this.F.W().layout.fontSize}H(){return this.F.W().layout.fontFamily}}class I{constructor(){this.Y=[]}X(t){this.Y=t}K(t,i,n){this.Y.forEach((s=&gt;{s.K(t,i,n)}))}}class L{K(t,i,n){t.useBitmapCoordinateSpace((t=&gt;this.Z(t,i,n)))}}class N extends L{constructor(){super(...arguments),this.G=null}J(t){this.G=t}Z({context:t,horizontalPixelRatio:i,verticalPixelRatio:n}){if(null===this.G||null===this.G.tt)return;const s=this.G.tt,e=this.G,r=Math.max(1,Math.floor(i))%2/2,h=h=&gt;{t.beginPath();for(let l=s.to-1;l&gt;=s.from;--l){const s=e.it[l],a=Math.round(s.nt*i)+r,o=s.st*n,_=h*n+r;t.moveTo(a,o),t.arc(a,o,_,0,2*Math.PI)}t.fill()};e.et&gt;0&amp;&amp;(t.fillStyle=e.rt,h(e.ht+e.et)),t.fillStyle=e.lt,h(e.ht)}}function F(){return{it:[{nt:0,st:0,ot:0,_t:0}],lt:&quot;&quot;,rt:&quot;&quot;,ht:0,et:0,tt:null}}const W={from:0,to:1};class j{constructor(t,i){this.ut=new I,this.ct=[],this.dt=[],this.ft=!0,this.F=t,this.vt=i,this.ut.X(this.ct)}bt(t){const i=this.F.wt();i.length!==this.ct.length&amp;&amp;(this.dt=i.map(F),this.ct=this.dt.map((t=&gt;{const i=new N;return i.J(t),i})),this.ut.X(this.ct)),this.ft=!0}gt(){return this.ft&amp;&amp;(this.Mt(),this.ft=!1),this.ut}Mt(){const t=2===this.vt.W().mode,i=this.F.wt(),n=this.vt.xt(),s=this.F.St();i.forEach(((i,e)=&gt;{var r;const h=this.dt[e],l=i.yt(n);if(t||null===l||!i.kt())return void(h.tt=null);const a=f(i.Ct());h.lt=l.Tt,h.ht=l.ht,h.et=l.Pt,h.it[0]._t=l._t,h.it[0].st=i.Dt().Rt(l._t,a.Ot),h.rt=null!==(r=l.At)&amp;&amp;void 0!==r?r:this.F.Bt(h.it[0].st/i.Dt().Vt()),h.it[0].ot=n,h.it[0].nt=s.zt(n),h.tt=W}))}}class H extends L{constructor(t){super(),this.Et=t}Z({context:t,bitmapSize:i,horizontalPixelRatio:n,verticalPixelRatio:s}){if(null===this.Et)return;const e=this.Et.It.kt,r=this.Et.Lt.kt;if(!e&amp;&amp;!r)return;const h=Math.round(this.Et.nt*n),l=Math.round(this.Et.st*s);t.lineCap=&quot;butt&quot;,e&amp;&amp;h&gt;=0&amp;&amp;(t.lineWidth=Math.floor(this.Et.It.et*n),t.strokeStyle=this.Et.It.O,t.fillStyle=this.Et.It.O,_(t,this.Et.It.Nt),function(t,i,n,s){t.beginPath();const e=t.lineWidth%2?.5:0;t.moveTo(i+e,n),t.lineTo(i+e,s),t.stroke()}(t,h,0,i.height)),r&amp;&amp;l&gt;=0&amp;&amp;(t.lineWidth=Math.floor(this.Et.Lt.et*s),t.strokeStyle=this.Et.Lt.O,t.fillStyle=this.Et.Lt.O,_(t,this.Et.Lt.Nt),u(t,l,0,i.width))}}class ${constructor(t){this.ft=!0,this.Ft={It:{et:1,Nt:0,O:&quot;&quot;,kt:!1},Lt:{et:1,Nt:0,O:&quot;&quot;,kt:!1},nt:0,st:0},this.Wt=new H(this.Ft),this.jt=t}bt(){this.ft=!0}gt(){return this.ft&amp;&amp;(this.Mt(),this.ft=!1),this.Wt}Mt(){const t=this.jt.kt(),i=f(this.jt.Ht()),n=i.$t().W().crosshair,s=this.Ft;if(2===n.mode)return s.Lt.kt=!1,void(s.It.kt=!1);s.Lt.kt=t&amp;&amp;this.jt.Ut(i),s.It.kt=t&amp;&amp;this.jt.qt(),s.Lt.et=n.horzLine.width,s.Lt.Nt=n.horzLine.style,s.Lt.O=n.horzLine.color,s.It.et=n.vertLine.width,s.It.Nt=n.vertLine.style,s.It.O=n.vertLine.color,s.nt=this.jt.Yt(),s.st=this.jt.Xt()}}function U(t,i,n,s,e,r){t.fillRect(i+r,n,s-2*r,r),t.fillRect(i+r,n+e-r,s-2*r,r),t.fillRect(i,n,r,e),t.fillRect(i+s-r,n,r,e)}function q(t,i,n,s,e,r){t.save(),t.globalCompositeOperation=&quot;copy&quot;,t.fillStyle=r,t.fillRect(i,n,s,e),t.restore()}function Y(t,i){return t.map((t=&gt;0===t?t:t+i))}function X(t,i,n,s,e,r){t.beginPath(),t.lineTo(i+s-r[1],n),0!==r[1]&amp;&amp;t.arcTo(i+s,n,i+s,n+r[1],r[1]),t.lineTo(i+s,n+e-r[2]),0!==r[2]&amp;&amp;t.arcTo(i+s,n+e,i+s-r[2],n+e,r[2]),t.lineTo(i+r[3],n+e),0!==r[3]&amp;&amp;t.arcTo(i,n+e,i,n+e-r[3],r[3]),t.lineTo(i,n+r[0]),0!==r[0]&amp;&amp;t.arcTo(i,n,i+r[0],n,r[0])}function K(t,i,n,s,e,r,h=0,l=[0,0,0,0],a=&quot;&quot;){if(t.save(),!h||!a||a===r)return X(t,i,n,s,e,l),t.fillStyle=r,t.fill(),void t.restore();const o=h/2;if(&quot;transparent&quot;!==r){X(t,i+h,n+h,s-2*h,e-2*h,Y(l,-h)),t.fillStyle=r,t.fill()}if(&quot;transparent&quot;!==a){X(t,i+o,n+o,s-h,e-h,Y(l,-o)),t.lineWidth=h,t.strokeStyle=a,t.closePath(),t.stroke()}t.restore()}function Z(t,i,n,s,e,r,h){t.save(),t.globalCompositeOperation=&quot;copy&quot;;const l=t.createLinearGradient(0,0,0,e);l.addColorStop(0,r),l.addColorStop(1,h),t.fillStyle=l,t.fillRect(i,n,s,e),t.restore()}class G{constructor(t,i){this.J(t,i)}J(t,i){this.Et=t,this.Kt=i}Vt(t,i){return this.Et.kt?t.P+t.L+t.B:0}K(t,i,n,s){if(!this.Et.kt||0===this.Et.Zt.length)return;const e=this.Et.O,r=this.Kt.t,h=t.useBitmapCoordinateSpace((t=&gt;{const h=t.context;h.font=i.R;const l=this.Gt(t,i,n,s),a=l.Jt,o=(t,i)=&gt;{l.Qt?K(h,a.ti,a.ii,a.ni,a.si,t,a.ei,[a.ht,0,0,a.ht],i):K(h,a.ri,a.ii,a.ni,a.si,t,a.ei,[0,a.ht,a.ht,0],i)};return o(r,&quot;transparent&quot;),this.Et.hi&amp;&amp;(h.fillStyle=e,h.fillRect(a.ri,a.li,a.ai-a.ri,a.oi)),o(&quot;transparent&quot;,r),this.Et._i&amp;&amp;(h.fillStyle=i.A,h.fillRect(l.Qt?a.ui-a.ei:0,a.ii,a.ei,a.ci-a.ii)),l}));t.useMediaCoordinateSpace((({context:t})=&gt;{const n=h.di;t.font=i.R,t.textAlign=h.Qt?&quot;right&quot;:&quot;left&quot;,t.textBaseline=&quot;middle&quot;,t.fillStyle=e,t.fillText(this.Et.Zt,n.fi,(n.ii+n.ci)/2+n.vi)}))}Gt(t,i,n,s){var e;const{context:r,bitmapSize:h,mediaSize:l,horizontalPixelRatio:a,verticalPixelRatio:o}=t,_=this.Et.hi||!this.Et.pi?i.T:0,u=this.Et.mi?i.C:0,c=i.L+this.Kt.bi,d=i.B+this.Kt.wi,f=i.V,v=i.I,p=this.Et.Zt,m=i.P,b=n.gi(r,p),w=Math.ceil(n.Mi(r,p)),g=m+c+d,M=i.C+f+v+w+_,x=Math.max(1,Math.floor(o));let S=Math.round(g*o);S%2!=x%2&amp;&amp;(S+=1);const y=u&gt;0?Math.max(1,Math.floor(u*a)):0,k=Math.round(M*a),C=Math.round(_*a),T=null!==(e=this.Kt.xi)&amp;&amp;void 0!==e?e:this.Kt.Si,P=Math.round(T*o)-Math.floor(.5*o),R=Math.floor(P+x/2-S/2),D=R+S,O=&quot;right&quot;===s,A=O?l.width-u:u,B=O?h.width-y:y;let V,z,E;return O?(V=B-k,z=B-C,E=A-_-f-u):(V=B+k,z=B+C,E=A+_+f),{Qt:O,Jt:{ii:R,li:P,ci:D,ni:k,si:S,ht:2*a,ei:y,ti:V,ri:B,ai:z,oi:x,ui:h.width},di:{ii:R/o,ci:D/o,fi:E,vi:b}}}}class J{constructor(t){this.yi={Si:0,t:&quot;#000&quot;,wi:0,bi:0},this.ki={Zt:&quot;&quot;,kt:!1,hi:!0,pi:!1,At:&quot;&quot;,O:&quot;#FFF&quot;,_i:!1,mi:!1},this.Ci={Zt:&quot;&quot;,kt:!1,hi:!1,pi:!0,At:&quot;&quot;,O:&quot;#FFF&quot;,_i:!0,mi:!0},this.ft=!0,this.Ti=new(t||G)(this.ki,this.yi),this.Pi=new(t||G)(this.Ci,this.yi)}Zt(){return this.Ri(),this.ki.Zt}Si(){return this.Ri(),this.yi.Si}bt(){this.ft=!0}Vt(t,i=!1){return Math.max(this.Ti.Vt(t,i),this.Pi.Vt(t,i))}Di(){return this.yi.xi||0}Oi(t){this.yi.xi=t}Ai(){return this.Ri(),this.ki.kt||this.Ci.kt}Bi(){return this.Ri(),this.ki.kt}gt(t){return this.Ri(),this.ki.hi=this.ki.hi&amp;&amp;t.W().ticksVisible,this.Ci.hi=this.Ci.hi&amp;&amp;t.W().ticksVisible,this.Ti.J(this.ki,this.yi),this.Pi.J(this.Ci,this.yi),this.Ti}Vi(){return this.Ri(),this.Ti.J(this.ki,this.yi),this.Pi.J(this.Ci,this.yi),this.Pi}Ri(){this.ft&amp;&amp;(this.ki.hi=!0,this.Ci.hi=!1,this.zi(this.ki,this.Ci,this.yi))}}class Q extends J{constructor(t,i,n){super(),this.jt=t,this.Ei=i,this.Ii=n}zi(t,i,n){if(t.kt=!1,2===this.jt.W().mode)return;const s=this.jt.W().horzLine;if(!s.labelVisible)return;const e=this.Ei.Ct();if(!this.jt.kt()||this.Ei.Li()||null===e)return;const r=y(s.labelBackgroundColor);n.t=r.t,t.O=r.i;const h=2/12*this.Ei.P();n.bi=h,n.wi=h;const l=this.Ii(this.Ei);n.Si=l.Si,t.Zt=this.Ei.Ni(l._t,e),t.kt=!0}}const tt=/[1-9]/g;class it{constructor(){this.Et=null}J(t){this.Et=t}K(t,i){if(null===this.Et||!1===this.Et.kt||0===this.Et.Zt.length)return;const n=t.useMediaCoordinateSpace((({context:t})=&gt;(t.font=i.R,Math.round(i.Fi.Mi(t,f(this.Et).Zt,tt)))));if(n&lt;=0)return;const s=i.Wi,e=n+2*s,r=e/2,h=this.Et.ji;let l=this.Et.Si,a=Math.floor(l-r)+.5;a&lt;0?(l+=Math.abs(0-a),a=Math.floor(l-r)+.5):a+e&gt;h&amp;&amp;(l-=Math.abs(h-(a+e)),a=Math.floor(l-r)+.5);const o=a+e,_=Math.ceil(0+i.C+i.T+i.L+i.P+i.B);t.useBitmapCoordinateSpace((({context:t,horizontalPixelRatio:n,verticalPixelRatio:s})=&gt;{const e=f(this.Et);t.fillStyle=e.t;const r=Math.round(a*n),h=Math.round(0*s),l=Math.round(o*n),u=Math.round(_*s),c=Math.round(2*n);if(t.beginPath(),t.moveTo(r,h),t.lineTo(r,u-c),t.arcTo(r,u,r+c,u,c),t.lineTo(l-c,u),t.arcTo(l,u,l,u-c,c),t.lineTo(l,h),t.fill(),e.hi){const r=Math.round(e.Si*n),l=h,a=Math.round((l+i.T)*s);t.fillStyle=e.O;const o=Math.max(1,Math.floor(n)),_=Math.floor(.5*n);t.fillRect(r-_,l,o,a-l)}})),t.useMediaCoordinateSpace((({context:t})=&gt;{const n=f(this.Et),e=0+i.C+i.T+i.L+i.P/2;t.font=i.R,t.textAlign=&quot;left&quot;,t.textBaseline=&quot;middle&quot;,t.fillStyle=n.O;const r=i.Fi.gi(t,&quot;Apr0&quot;);t.translate(a+s,e+r),t.fillText(n.Zt,0,0)}))}}class nt{constructor(t,i,n){this.ft=!0,this.Wt=new it,this.Ft={kt:!1,t:&quot;#4c525e&quot;,O:&quot;white&quot;,Zt:&quot;&quot;,ji:0,Si:NaN,hi:!0},this.vt=t,this.Hi=i,this.Ii=n}bt(){this.ft=!0}gt(){return this.ft&amp;&amp;(this.Mt(),this.ft=!1),this.Wt.J(this.Ft),this.Wt}Mt(){const t=this.Ft;if(t.kt=!1,2===this.vt.W().mode)return;const i=this.vt.W().vertLine;if(!i.labelVisible)return;const n=this.Hi.St();if(n.Li())return;t.ji=n.ji();const s=this.Ii();if(null===s)return;t.Si=s.Si;const e=n.$i(this.vt.xt());t.Zt=n.Ui(f(e)),t.kt=!0;const r=y(i.labelBackgroundColor);t.t=r.t,t.O=r.i,t.hi=n.W().ticksVisible}}class st{constructor(){this.qi=null,this.Yi=0}Xi(){return this.Yi}Ki(t){this.Yi=t}Dt(){return this.qi}Zi(t){this.qi=t}Gi(t){return[]}Ji(){return[]}kt(){return!0}}var et;!function(t){t[t.Normal=0]=&quot;Normal&quot;,t[t.Magnet=1]=&quot;Magnet&quot;,t[t.Hidden=2]=&quot;Hidden&quot;}(et||(et={}));class rt extends st{constructor(t,i){super(),this.Qi=null,this.tn=NaN,this.nn=0,this.sn=!0,this.en=new Map,this.rn=!1,this.hn=NaN,this.ln=NaN,this.an=NaN,this.on=NaN,this.Hi=t,this._n=i,this.un=new j(t,this);this.cn=((t,i)=&gt;n=&gt;{const s=i(),e=t();if(n===f(this.Qi).dn())return{_t:e,Si:s};{const t=f(n.Ct());return{_t:n.fn(s,t),Si:s}}})((()=&gt;this.tn),(()=&gt;this.ln));const n=((t,i)=&gt;()=&gt;{const n=this.Hi.St().vn(t()),s=i();return n&amp;&amp;Number.isFinite(s)?{ot:n,Si:s}:null})((()=&gt;this.nn),(()=&gt;this.Yt()));this.pn=new nt(this,t,n),this.mn=new $(this)}W(){return this._n}bn(t,i){this.an=t,this.on=i}wn(){this.an=NaN,this.on=NaN}gn(){return this.an}Mn(){return this.on}xn(t,i,n){this.rn||(this.rn=!0),this.sn=!0,this.Sn(t,i,n)}xt(){return this.nn}Yt(){return this.hn}Xt(){return this.ln}kt(){return this.sn}yn(){this.sn=!1,this.kn(),this.tn=NaN,this.hn=NaN,this.ln=NaN,this.Qi=null,this.wn()}Cn(t){return null!==this.Qi?[this.mn,this.un]:[]}Ut(t){return t===this.Qi&amp;&amp;this._n.horzLine.visible}qt(){return this._n.vertLine.visible}Tn(t,i){this.sn&amp;&amp;this.Qi===t||this.en.clear();const n=[];return this.Qi===t&amp;&amp;n.push(this.Pn(this.en,i,this.cn)),n}Ji(){return this.sn?[this.pn]:[]}Ht(){return this.Qi}Rn(){this.mn.bt(),this.en.forEach((t=&gt;t.bt())),this.pn.bt(),this.un.bt()}Dn(t){return t&amp;&amp;!t.dn().Li()?t.dn():null}Sn(t,i,n){this.On(t,i,n)&amp;&amp;this.Rn()}On(t,i,n){const s=this.hn,e=this.ln,r=this.tn,h=this.nn,l=this.Qi,a=this.Dn(n);this.nn=t,this.hn=isNaN(t)?NaN:this.Hi.St().zt(t),this.Qi=n;const o=null!==a?a.Ct():null;return null!==a&amp;&amp;null!==o?(this.tn=i,this.ln=a.Rt(i,o)):(this.tn=NaN,this.ln=NaN),s!==this.hn||e!==this.ln||h!==this.nn||r!==this.tn||l!==this.Qi}kn(){const t=this.Hi.wt().map((t=&gt;t.Bn().An())).filter(A),i=0===t.length?null:Math.max(...t);this.nn=null!==i?i:NaN}Pn(t,i,n){let s=t.get(i);return void 0===s&amp;&amp;(s=new Q(this,i,n),t.set(i,s)),s}}function ht(t){return&quot;left&quot;===t||&quot;right&quot;===t}class lt{constructor(t){this.Vn=new Map,this.zn=[],this.En=t}In(t,i){const n=function(t,i){return void 0===t?i:{Ln:Math.max(t.Ln,i.Ln),Nn:t.Nn||i.Nn}}(this.Vn.get(t),i);this.Vn.set(t,n)}Fn(){return this.En}Wn(t){const i=this.Vn.get(t);return void 0===i?{Ln:this.En}:{Ln:Math.max(this.En,i.Ln),Nn:i.Nn}}jn(){this.Hn(),this.zn=[{$n:0}]}Un(t){this.Hn(),this.zn=[{$n:1,Ot:t}]}qn(t){this.Yn(),this.zn.push({$n:5,Ot:t})}Hn(){this.Yn(),this.zn.push({$n:6})}Xn(){this.Hn(),this.zn=[{$n:4}]}Kn(t){this.Hn(),this.zn.push({$n:2,Ot:t})}Zn(t){this.Hn(),this.zn.push({$n:3,Ot:t})}Gn(){return this.zn}Jn(t){for(const i of t.zn)this.Qn(i);this.En=Math.max(this.En,t.En),t.Vn.forEach(((t,i)=&gt;{this.In(i,t)}))}static ts(){return new lt(2)}static ns(){return new lt(3)}Qn(t){switch(t.$n){case 0:this.jn();break;case 1:this.Un(t.Ot);break;case 2:this.Kn(t.Ot);break;case 3:this.Zn(t.Ot);break;case 4:this.Xn();break;case 5:this.qn(t.Ot);break;case 6:this.Yn()}}Yn(){const t=this.zn.findIndex((t=&gt;5===t.$n));-1!==t&amp;&amp;this.zn.splice(t,1)}}const at=&quot;.&quot;;function ot(t,i){if(!T(t))return&quot;n/a&quot;;if(!P(i))throw new TypeError(&quot;invalid length&quot;);if(i&lt;0||i&gt;16)throw new TypeError(&quot;invalid length&quot;);if(0===i)return t.toString();return(&quot;0000000000000000&quot;+t.toString()).slice(-i)}class _t{constructor(t,i){if(i||(i=1),T(t)&amp;&amp;P(t)||(t=100),t&lt;0)throw new TypeError(&quot;invalid base&quot;);this.Ei=t,this.ss=i,this.es()}format(t){const i=t&lt;0?&quot;−&quot;:&quot;&quot;;return t=Math.abs(t),i+this.rs(t)}es(){if(this.hs=0,this.Ei&gt;0&amp;&amp;this.ss&gt;0){let t=this.Ei;for(;t&gt;1;)t/=10,this.hs++}}rs(t){const i=this.Ei/this.ss;let n=Math.floor(t),s=&quot;&quot;;const e=void 0!==this.hs?this.hs:NaN;if(i&gt;1){let r=+(Math.round(t*i)-n*i).toFixed(this.hs);r&gt;=i&amp;&amp;(r-=i,n+=1),s=at+ot(+r.toFixed(this.hs)*this.ss,e)}else n=Math.round(n*i)/i,e&gt;0&amp;&amp;(s=at+ot(0,e));return n.toFixed(0)+s}}class ut extends _t{constructor(t=100){super(t)}format(t){return`${super.format(t)}%`}}class ct{constructor(t){this.ls=t}format(t){let i=&quot;&quot;;return t&lt;0&amp;&amp;(i=&quot;-&quot;,t=-t),t&lt;995?i+this.os(t):t&lt;999995?i+this.os(t/1e3)+&quot;K&quot;:t&lt;999999995?(t=1e3*Math.round(t/1e3),i+this.os(t/1e6)+&quot;M&quot;):(t=1e6*Math.round(t/1e6),i+this.os(t/1e9)+&quot;B&quot;)}os(t){let i;const n=Math.pow(10,this.ls);return i=(t=Math.round(t*n)/n)&gt;=1e-15&amp;&amp;t&lt;1?t.toFixed(this.ls).replace(/\\.?0+$/,&quot;&quot;):String(t),i.replace(/(\\.[1-9]*)0+$/,((t,i)=&gt;i))}}function dt(t,i,n,s,e,r,h){if(0===i.length||s.from&gt;=i.length||s.to&lt;=0)return;const{context:l,horizontalPixelRatio:a,verticalPixelRatio:o}=t,_=i[s.from];let u=r(t,_),c=_;if(s.to-s.from&lt;2){const i=e/2;l.beginPath();const n={nt:_.nt-i,st:_.st},s={nt:_.nt+i,st:_.st};l.moveTo(n.nt*a,n.st*o),l.lineTo(s.nt*a,s.st*o),h(t,u,n,s)}else{const e=(i,n)=&gt;{h(t,u,c,n),l.beginPath(),u=i,c=n};let d=c;l.beginPath(),l.moveTo(_.nt*a,_.st*o);for(let h=s.from+1;h&lt;s.to;++h){d=i[h];const s=r(t,d);switch(n){case 0:l.lineTo(d.nt*a,d.st*o);break;case 1:l.lineTo(d.nt*a,i[h-1].st*o),s!==u&amp;&amp;(e(s,d),l.lineTo(d.nt*a,i[h-1].st*o)),l.lineTo(d.nt*a,d.st*o);break;case 2:{const[t,n]=mt(i,h-1,h);l.bezierCurveTo(t.nt*a,t.st*o,n.nt*a,n.st*o,d.nt*a,d.st*o);break}}1!==n&amp;&amp;s!==u&amp;&amp;(e(s,d),l.moveTo(d.nt*a,d.st*o))}(c!==d||c===d&amp;&amp;1===n)&amp;&amp;h(t,u,c,d)}}const ft=6;function vt(t,i){return{nt:t.nt-i.nt,st:t.st-i.st}}function pt(t,i){return{nt:t.nt/i,st:t.st/i}}function mt(t,i,n){const s=Math.max(0,i-1),e=Math.min(t.length-1,n+1);var r,h;return[(r=t[i],h=pt(vt(t[n],t[s]),ft),{nt:r.nt+h.nt,st:r.st+h.st}),vt(t[n],pt(vt(t[e],t[i]),ft))]}function bt(t,i,n,s,e){const{context:r,horizontalPixelRatio:h,verticalPixelRatio:l}=i;r.lineTo(e.nt*h,t*l),r.lineTo(s.nt*h,t*l),r.closePath(),r.fillStyle=n,r.fill()}class wt extends L{constructor(){super(...arguments),this.G=null}J(t){this.G=t}Z(t){var i;if(null===this.G)return;const{it:n,tt:s,_s:e,et:r,Nt:h,us:l}=this.G,a=null!==(i=this.G.cs)&amp;&amp;void 0!==i?i:this.G.ds?0:t.mediaSize.height;if(null===s)return;const o=t.context;o.lineCap=&quot;butt&quot;,o.lineJoin=&quot;round&quot;,o.lineWidth=r,_(o,h),o.lineWidth=1,dt(t,n,l,s,e,this.fs.bind(this),bt.bind(null,a))}}function gt(t,i,n){return Math.min(Math.max(t,i),n)}function Mt(t,i,n){return i-t&lt;=n}function xt(t){const i=Math.ceil(t);return i%2==0?i-1:i}class St{vs(t,i){const n=this.ps,{bs:s,ws:e,gs:r,Ms:h,xs:l,cs:a}=i;if(void 0===this.Ss||void 0===n||n.bs!==s||n.ws!==e||n.gs!==r||n.Ms!==h||n.cs!==a||n.xs!==l){const n=t.context.createLinearGradient(0,0,0,l);if(n.addColorStop(0,s),null!=a){const i=gt(a*t.verticalPixelRatio/l,0,1);n.addColorStop(i,e),n.addColorStop(i,r)}n.addColorStop(1,h),this.Ss=n,this.ps=i}return this.Ss}}class yt extends wt{constructor(){super(...arguments),this.ys=new St}fs(t,i){return this.ys.vs(t,{bs:i.ks,ws:&quot;&quot;,gs:&quot;&quot;,Ms:i.Cs,xs:t.bitmapSize.height})}}function kt(t,i){const n=t.context;n.strokeStyle=i,n.stroke()}class Ct extends L{constructor(){super(...arguments),this.G=null}J(t){this.G=t}Z(t){if(null===this.G)return;const{it:i,tt:n,_s:s,us:e,et:r,Nt:h,Ts:l}=this.G;if(null===n)return;const a=t.context;a.lineCap=&quot;butt&quot;,a.lineWidth=r*t.verticalPixelRatio,_(a,h),a.lineJoin=&quot;round&quot;;const o=this.Ps.bind(this);void 0!==e&amp;&amp;dt(t,i,e,n,s,o,kt),l&amp;&amp;function(t,i,n,s,e){const{horizontalPixelRatio:r,verticalPixelRatio:h,context:l}=t;let a=null;const o=Math.max(1,Math.floor(r))%2/2,_=n*h+o;for(let n=s.to-1;n&gt;=s.from;--n){const s=i[n];if(s){const i=e(t,s);i!==a&amp;&amp;(l.beginPath(),null!==a&amp;&amp;l.fill(),l.fillStyle=i,a=i);const n=Math.round(s.nt*r)+o,u=s.st*h;l.moveTo(n,u),l.arc(n,u,_,0,2*Math.PI)}}l.fill()}(t,i,l,n,o)}}class Tt extends Ct{Ps(t,i){return i.lt}}function Pt(t,i,n,s,e=0,r=i.length){let h=r-e;for(;0&lt;h;){const r=h&gt;&gt;1,l=e+r;s(i[l],n)===t?(e=l+1,h-=r+1):h=r}return e}const Rt=Pt.bind(null,!0),Dt=Pt.bind(null,!1);function Ot(t,i){return t.ot&lt;i}function At(t,i){return i&lt;t.ot}function Bt(t,i,n){const s=i.Rs(),e=i.ui(),r=Rt(t,s,Ot),h=Dt(t,e,At);if(!n)return{from:r,to:h};let l=r,a=h;return r&gt;0&amp;&amp;r&lt;t.length&amp;&amp;t[r].ot&gt;=s&amp;&amp;(l=r-1),h&gt;0&amp;&amp;h&lt;t.length&amp;&amp;t[h-1].ot&lt;=e&amp;&amp;(a=h+1),{from:l,to:a}}class Vt{constructor(t,i,n){this.Ds=!0,this.Os=!0,this.As=!0,this.Bs=[],this.Vs=null,this.zs=t,this.Es=i,this.Is=n}bt(t){this.Ds=!0,&quot;data&quot;===t&amp;&amp;(this.Os=!0),&quot;options&quot;===t&amp;&amp;(this.As=!0)}gt(){return this.zs.kt()?(this.Ls(),null===this.Vs?null:this.Ns):null}Fs(){this.Bs=this.Bs.map((t=&gt;Object.assign(Object.assign({},t),this.zs.js().Ws(t.ot))))}Hs(){this.Vs=null}Ls(){this.Os&amp;&amp;(this.$s(),this.Os=!1),this.As&amp;&amp;(this.Fs(),this.As=!1),this.Ds&amp;&amp;(this.Us(),this.Ds=!1)}Us(){const t=this.zs.Dt(),i=this.Es.St();if(this.Hs(),i.Li()||t.Li())return;const n=i.qs();if(null===n)return;if(0===this.zs.Bn().Ys())return;const s=this.zs.Ct();null!==s&amp;&amp;(this.Vs=Bt(this.Bs,n,this.Is),this.Xs(t,i,s.Ot),this.Ks())}}class zt extends Vt{constructor(t,i){super(t,i,!0)}Xs(t,i,n){i.Zs(this.Bs,B(this.Vs)),t.Gs(this.Bs,n,B(this.Vs))}Js(t,i){return{ot:t,_t:i,nt:NaN,st:NaN}}$s(){const t=this.zs.js();this.Bs=this.zs.Bn().Qs().map((i=&gt;{const n=i.Ot[3];return this.te(i.ie,n,t)}))}}class Et extends zt{constructor(t,i){super(t,i),this.Ns=new I,this.ne=new yt,this.se=new Tt,this.Ns.X([this.ne,this.se])}te(t,i,n){return Object.assign(Object.assign({},this.Js(t,i)),n.Ws(t))}Ks(){const t=this.zs.W();this.ne.J({us:t.lineType,it:this.Bs,Nt:t.lineStyle,et:t.lineWidth,cs:null,ds:t.invertFilledArea,tt:this.Vs,_s:this.Es.St().ee()}),this.se.J({us:t.lineVisible?t.lineType:void 0,it:this.Bs,Nt:t.lineStyle,et:t.lineWidth,tt:this.Vs,_s:this.Es.St().ee(),Ts:t.pointMarkersVisible?t.pointMarkersRadius||t.lineWidth/2+2:void 0})}}class It extends L{constructor(){super(...arguments),this.Et=null,this.re=0,this.he=0}J(t){this.Et=t}Z({context:t,horizontalPixelRatio:i,verticalPixelRatio:n}){if(null===this.Et||0===this.Et.Bn.length||null===this.Et.tt)return;if(this.re=this.le(i),this.re&gt;=2){Math.max(1,Math.floor(i))%2!=this.re%2&amp;&amp;this.re--}this.he=this.Et.ae?Math.min(this.re,Math.floor(i)):this.re;let s=null;const e=this.he&lt;=this.re&amp;&amp;this.Et.ee&gt;=Math.floor(1.5*i);for(let r=this.Et.tt.from;r&lt;this.Et.tt.to;++r){const h=this.Et.Bn[r];s!==h.oe&amp;&amp;(t.fillStyle=h.oe,s=h.oe);const l=Math.floor(.5*this.he),a=Math.round(h.nt*i),o=a-l,_=this.he,u=o+_-1,c=Math.min(h._e,h.ue),d=Math.max(h._e,h.ue),f=Math.round(c*n)-l,v=Math.round(d*n)+l,p=Math.max(v-f,this.he);t.fillRect(o,f,_,p);const m=Math.ceil(1.5*this.re);if(e){if(this.Et.ce){const i=a-m;let s=Math.max(f,Math.round(h.de*n)-l),e=s+_-1;e&gt;f+p-1&amp;&amp;(e=f+p-1,s=e-_+1),t.fillRect(i,s,o-i,e-s+1)}const i=a+m;let s=Math.max(f,Math.round(h.fe*n)-l),e=s+_-1;e&gt;f+p-1&amp;&amp;(e=f+p-1,s=e-_+1),t.fillRect(u+1,s,i-u,e-s+1)}}}le(t){const i=Math.floor(t);return Math.max(i,Math.floor(function(t,i){return Math.floor(.3*t*i)}(f(this.Et).ee,t)))}}class Lt extends Vt{constructor(t,i){super(t,i,!1)}Xs(t,i,n){i.Zs(this.Bs,B(this.Vs)),t.ve(this.Bs,n,B(this.Vs))}pe(t,i,n){return{ot:t,me:i.Ot[0],be:i.Ot[1],we:i.Ot[2],ge:i.Ot[3],nt:NaN,de:NaN,_e:NaN,ue:NaN,fe:NaN}}$s(){const t=this.zs.js();this.Bs=this.zs.Bn().Qs().map((i=&gt;this.te(i.ie,i,t)))}}class Nt extends Lt{constructor(){super(...arguments),this.Ns=new It}te(t,i,n){return Object.assign(Object.assign({},this.pe(t,i,n)),n.Ws(t))}Ks(){const t=this.zs.W();this.Ns.J({Bn:this.Bs,ee:this.Es.St().ee(),ce:t.openVisible,ae:t.thinBars,tt:this.Vs})}}class Ft extends wt{constructor(){super(...arguments),this.ys=new St}fs(t,i){const n=this.G;return this.ys.vs(t,{bs:i.Me,ws:i.xe,gs:i.Se,Ms:i.ye,xs:t.bitmapSize.height,cs:n.cs})}}class Wt extends Ct{constructor(){super(...arguments),this.ke=new St}Ps(t,i){const n=this.G;return this.ke.vs(t,{bs:i.Ce,ws:i.Ce,gs:i.Te,Ms:i.Te,xs:t.bitmapSize.height,cs:n.cs})}}class jt extends zt{constructor(t,i){super(t,i),this.Ns=new I,this.Pe=new Ft,this.Re=new Wt,this.Ns.X([this.Pe,this.Re])}te(t,i,n){return Object.assign(Object.assign({},this.Js(t,i)),n.Ws(t))}Ks(){const t=this.zs.Ct();if(null===t)return;const i=this.zs.W(),n=this.zs.Dt().Rt(i.baseValue.price,t.Ot),s=this.Es.St().ee();this.Pe.J({it:this.Bs,et:i.lineWidth,Nt:i.lineStyle,us:i.lineType,cs:n,ds:!1,tt:this.Vs,_s:s}),this.Re.J({it:this.Bs,et:i.lineWidth,Nt:i.lineStyle,us:i.lineVisible?i.lineType:void 0,Ts:i.pointMarkersVisible?i.pointMarkersRadius||i.lineWidth/2+2:void 0,cs:n,tt:this.Vs,_s:s})}}class Ht extends L{constructor(){super(...arguments),this.Et=null,this.re=0}J(t){this.Et=t}Z(t){if(null===this.Et||0===this.Et.Bn.length||null===this.Et.tt)return;const{horizontalPixelRatio:i}=t;if(this.re=function(t,i){if(t&gt;=2.5&amp;&amp;t&lt;=4)return Math.floor(3*i);const n=1-.2*Math.atan(Math.max(4,t)-4)/(.5*Math.PI),s=Math.floor(t*n*i),e=Math.floor(t*i),r=Math.min(s,e);return Math.max(Math.floor(i),r)}(this.Et.ee,i),this.re&gt;=2){Math.floor(i)%2!=this.re%2&amp;&amp;this.re--}const n=this.Et.Bn;this.Et.De&amp;&amp;this.Oe(t,n,this.Et.tt),this.Et._i&amp;&amp;this.Ae(t,n,this.Et.tt);const s=this.Be(i);(!this.Et._i||this.re&gt;2*s)&amp;&amp;this.Ve(t,n,this.Et.tt)}Oe(t,i,n){if(null===this.Et)return;const{context:s,horizontalPixelRatio:e,verticalPixelRatio:r}=t;let h=&quot;&quot;,l=Math.min(Math.floor(e),Math.floor(this.Et.ee*e));l=Math.max(Math.floor(e),Math.min(l,this.re));const a=Math.floor(.5*l);let o=null;for(let t=n.from;t&lt;n.to;t++){const n=i[t];n.ze!==h&amp;&amp;(s.fillStyle=n.ze,h=n.ze);const _=Math.round(Math.min(n.de,n.fe)*r),u=Math.round(Math.max(n.de,n.fe)*r),c=Math.round(n._e*r),d=Math.round(n.ue*r);let f=Math.round(e*n.nt)-a;const v=f+l-1;null!==o&amp;&amp;(f=Math.max(o+1,f),f=Math.min(f,v));const p=v-f+1;s.fillRect(f,c,p,_-c),s.fillRect(f,u+1,p,d-u),o=v}}Be(t){let i=Math.floor(1*t);this.re&lt;=2*i&amp;&amp;(i=Math.floor(.5*(this.re-1)));const n=Math.max(Math.floor(t),i);return this.re&lt;=2*n?Math.max(Math.floor(t),Math.floor(1*t)):n}Ae(t,i,n){if(null===this.Et)return;const{context:s,horizontalPixelRatio:e,verticalPixelRatio:r}=t;let h=&quot;&quot;;const l=this.Be(e);let a=null;for(let t=n.from;t&lt;n.to;t++){const n=i[t];n.Ee!==h&amp;&amp;(s.fillStyle=n.Ee,h=n.Ee);let o=Math.round(n.nt*e)-Math.floor(.5*this.re);const _=o+this.re-1,u=Math.round(Math.min(n.de,n.fe)*r),c=Math.round(Math.max(n.de,n.fe)*r);if(null!==a&amp;&amp;(o=Math.max(a+1,o),o=Math.min(o,_)),this.Et.ee*e&gt;2*l)U(s,o,u,_-o+1,c-u+1,l);else{const t=_-o+1;s.fillRect(o,u,t,c-u+1)}a=_}}Ve(t,i,n){if(null===this.Et)return;const{context:s,horizontalPixelRatio:e,verticalPixelRatio:r}=t;let h=&quot;&quot;;const l=this.Be(e);for(let t=n.from;t&lt;n.to;t++){const n=i[t];let a=Math.round(Math.min(n.de,n.fe)*r),o=Math.round(Math.max(n.de,n.fe)*r),_=Math.round(n.nt*e)-Math.floor(.5*this.re),u=_+this.re-1;if(n.oe!==h){const t=n.oe;s.fillStyle=t,h=t}this.Et._i&amp;&amp;(_+=l,a+=l,u-=l,o-=l),a&gt;o||s.fillRect(_,a,u-_+1,o-a+1)}}}class $t extends Lt{constructor(){super(...arguments),this.Ns=new Ht}te(t,i,n){return Object.assign(Object.assign({},this.pe(t,i,n)),n.Ws(t))}Ks(){const t=this.zs.W();this.Ns.J({Bn:this.Bs,ee:this.Es.St().ee(),De:t.wickVisible,_i:t.borderVisible,tt:this.Vs})}}class Ut{constructor(t,i){this.Ie=t,this.Ei=i}K(t,i,n){this.Ie.draw(t,this.Ei,i,n)}}class qt extends Vt{constructor(t,i,n){super(t,i,!1),this.mn=n,this.Ns=new Ut(this.mn.renderer(),(i=&gt;{const n=t.Ct();return null===n?null:t.Dt().Rt(i,n.Ot)}))}Le(t){return this.mn.priceValueBuilder(t)}Ne(t){return this.mn.isWhitespace(t)}$s(){const t=this.zs.js();this.Bs=this.zs.Bn().Qs().map((i=&gt;Object.assign(Object.assign({ot:i.ie,nt:NaN},t.Ws(i.ie)),{Fe:i.We})))}Xs(t,i){i.Zs(this.Bs,B(this.Vs))}Ks(){this.mn.update({bars:this.Bs.map(Yt),barSpacing:this.Es.St().ee(),visibleRange:this.Vs},this.zs.W())}}function Yt(t){return{x:t.nt,time:t.ot,originalData:t.Fe,barColor:t.oe}}class Xt extends L{constructor(){super(...arguments),this.Et=null,this.je=[]}J(t){this.Et=t,this.je=[]}Z({context:t,horizontalPixelRatio:i,verticalPixelRatio:n}){if(null===this.Et||0===this.Et.it.length||null===this.Et.tt)return;this.je.length||this.He(i);const s=Math.max(1,Math.floor(n)),e=Math.round(this.Et.$e*n)-Math.floor(s/2),r=e+s;for(let i=this.Et.tt.from;i&lt;this.Et.tt.to;i++){const h=this.Et.it[i],l=this.je[i-this.Et.tt.from],a=Math.round(h.st*n);let o,_;t.fillStyle=h.oe,a&lt;=e?(o=a,_=r):(o=e,_=a-Math.floor(s/2)+s),t.fillRect(l.Rs,o,l.ui-l.Rs+1,_-o)}}He(t){if(null===this.Et||0===this.Et.it.length||null===this.Et.tt)return void(this.je=[]);const i=Math.ceil(this.Et.ee*t)&lt;=1?0:Math.max(1,Math.floor(t)),n=Math.round(this.Et.ee*t)-i;this.je=new Array(this.Et.tt.to-this.Et.tt.from);for(let i=this.Et.tt.from;i&lt;this.Et.tt.to;i++){const s=this.Et.it[i],e=Math.round(s.nt*t);let r,h;if(n%2){const t=(n-1)/2;r=e-t,h=e+t}else{const t=n/2;r=e-t,h=e+t-1}this.je[i-this.Et.tt.from]={Rs:r,ui:h,Ue:e,qe:s.nt*t,ot:s.ot}}for(let t=this.Et.tt.from+1;t&lt;this.Et.tt.to;t++){const n=this.je[t-this.Et.tt.from],s=this.je[t-this.Et.tt.from-1];n.ot===s.ot+1&amp;&amp;(n.Rs-s.ui!==i+1&amp;&amp;(s.Ue&gt;s.qe?s.ui=n.Rs-i-1:n.Rs=s.ui+i+1))}let s=Math.ceil(this.Et.ee*t);for(let t=this.Et.tt.from;t&lt;this.Et.tt.to;t++){const i=this.je[t-this.Et.tt.from];i.ui&lt;i.Rs&amp;&amp;(i.ui=i.Rs);const n=i.ui-i.Rs+1;s=Math.min(n,s)}if(i&gt;0&amp;&amp;s&lt;4)for(let t=this.Et.tt.from;t&lt;this.Et.tt.to;t++){const i=this.je[t-this.Et.tt.from];i.ui-i.Rs+1&gt;s&amp;&amp;(i.Ue&gt;i.qe?i.ui-=1:i.Rs+=1)}}}class Kt extends zt{constructor(){super(...arguments),this.Ns=new Xt}te(t,i,n){return Object.assign(Object.assign({},this.Js(t,i)),n.Ws(t))}Ks(){const t={it:this.Bs,ee:this.Es.St().ee(),tt:this.Vs,$e:this.zs.Dt().Rt(this.zs.W().base,f(this.zs.Ct()).Ot)};this.Ns.J(t)}}class Zt extends zt{constructor(){super(...arguments),this.Ns=new Tt}te(t,i,n){return Object.assign(Object.assign({},this.Js(t,i)),n.Ws(t))}Ks(){const t=this.zs.W(),i={it:this.Bs,Nt:t.lineStyle,us:t.lineVisible?t.lineType:void 0,et:t.lineWidth,Ts:t.pointMarkersVisible?t.pointMarkersRadius||t.lineWidth/2+2:void 0,tt:this.Vs,_s:this.Es.St().ee()};this.Ns.J(i)}}const Gt=/[2-9]/g;class Jt{constructor(t=50){this.Ye=0,this.Xe=1,this.Ke=1,this.Ze={},this.Ge=new Map,this.Je=t}Qe(){this.Ye=0,this.Ge.clear(),this.Xe=1,this.Ke=1,this.Ze={}}Mi(t,i,n){return this.tr(t,i,n).width}gi(t,i,n){const s=this.tr(t,i,n);return((s.actualBoundingBoxAscent||0)-(s.actualBoundingBoxDescent||0))/2}tr(t,i,n){const s=n||Gt,e=String(i).replace(s,&quot;0&quot;);if(this.Ge.has(e))return d(this.Ge.get(e)).ir;if(this.Ye===this.Je){const t=this.Ze[this.Ke];delete this.Ze[this.Ke],this.Ge.delete(t),this.Ke++,this.Ye--}t.save(),t.textBaseline=&quot;middle&quot;;const r=t.measureText(e);return t.restore(),0===r.width&amp;&amp;i.length||(this.Ge.set(e,{ir:r,nr:this.Xe}),this.Ze[this.Xe]=e,this.Ye++,this.Xe++),r}}class Qt{constructor(t){this.sr=null,this.k=null,this.er=&quot;right&quot;,this.rr=t}hr(t,i,n){this.sr=t,this.k=i,this.er=n}K(t){null!==this.k&amp;&amp;null!==this.sr&amp;&amp;this.sr.K(t,this.k,this.rr,this.er)}}class ti{constructor(t,i,n){this.lr=t,this.rr=new Jt(50),this.ar=i,this.F=n,this.j=-1,this.Wt=new Qt(this.rr)}gt(){const t=this.F._r(this.ar);if(null===t)return null;const i=t.ur(this.ar)?t.cr():this.ar.Dt();if(null===i)return null;const n=t.dr(i);if(&quot;overlay&quot;===n)return null;const s=this.F.vr();return s.P!==this.j&amp;&amp;(this.j=s.P,this.rr.Qe()),this.Wt.hr(this.lr.Vi(),s,n),this.Wt}}class ii extends L{constructor(){super(...arguments),this.Et=null}J(t){this.Et=t}pr(t,i){var n;if(!(null===(n=this.Et)||void 0===n?void 0:n.kt))return null;const{st:s,et:e,mr:r}=this.Et;return i&gt;=s-e-7&amp;&amp;i&lt;=s+e+7?{br:this.Et,mr:r}:null}Z({context:t,bitmapSize:i,horizontalPixelRatio:n,verticalPixelRatio:s}){if(null===this.Et)return;if(!1===this.Et.kt)return;const e=Math.round(this.Et.st*s);e&lt;0||e&gt;i.height||(t.lineCap=&quot;butt&quot;,t.strokeStyle=this.Et.O,t.lineWidth=Math.floor(this.Et.et*n),_(t,this.Et.Nt),u(t,e,0,i.width))}}class ni{constructor(t){this.wr={st:0,O:&quot;rgba(0, 0, 0, 0)&quot;,et:1,Nt:0,kt:!1},this.gr=new ii,this.ft=!0,this.zs=t,this.Es=t.$t(),this.gr.J(this.wr)}bt(){this.ft=!0}gt(){return this.zs.kt()?(this.ft&amp;&amp;(this.Mr(),this.ft=!1),this.gr):null}}class si extends ni{constructor(t){super(t)}Mr(){this.wr.kt=!1;const t=this.zs.Dt(),i=t.Sr().Sr;if(2!==i&amp;&amp;3!==i)return;const n=this.zs.W();if(!n.baseLineVisible||!this.zs.kt())return;const s=this.zs.Ct();null!==s&amp;&amp;(this.wr.kt=!0,this.wr.st=t.Rt(s.Ot,s.Ot),this.wr.O=n.baseLineColor,this.wr.et=n.baseLineWidth,this.wr.Nt=n.baseLineStyle)}}class ei extends L{constructor(){super(...arguments),this.Et=null}J(t){this.Et=t}We(){return this.Et}Z({context:t,horizontalPixelRatio:i,verticalPixelRatio:n}){const s=this.Et;if(null===s)return;const e=Math.max(1,Math.floor(i)),r=e%2/2,h=Math.round(s.qe.x*i)+r,l=s.qe.y*n;t.fillStyle=s.yr,t.beginPath();const a=Math.max(2,1.5*s.kr)*i;t.arc(h,l,a,0,2*Math.PI,!1),t.fill(),t.fillStyle=s.Cr,t.beginPath(),t.arc(h,l,s.ht*i,0,2*Math.PI,!1),t.fill(),t.lineWidth=e,t.strokeStyle=s.Tr,t.beginPath(),t.arc(h,l,s.ht*i+e/2,0,2*Math.PI,!1),t.stroke()}}const ri=[{Pr:0,Rr:.25,Dr:4,Or:10,Ar:.25,Br:0,Vr:.4,zr:.8},{Pr:.25,Rr:.525,Dr:10,Or:14,Ar:0,Br:0,Vr:.8,zr:0},{Pr:.525,Rr:1,Dr:14,Or:14,Ar:0,Br:0,Vr:0,zr:0}];function hi(t,i,n,s){return function(t,i){if(&quot;transparent&quot;===t)return t;const n=S(t),s=n[3];return`rgba(${n[0]}, ${n[1]}, ${n[2]}, ${i*s})`}(t,n+(s-n)*i)}function li(t,i){const n=t%2600/2600;let s;for(const t of ri)if(n&gt;=t.Pr&amp;&amp;n&lt;=t.Rr){s=t;break}c(void 0!==s,&quot;Last price animation internal logic error&quot;);const e=(n-s.Pr)/(s.Rr-s.Pr);return{Cr:hi(i,e,s.Ar,s.Br),Tr:hi(i,e,s.Vr,s.zr),ht:(r=e,h=s.Dr,l=s.Or,h+(l-h)*r)};var r,h,l}class ai{constructor(t){this.Wt=new ei,this.ft=!0,this.Er=!0,this.Ir=performance.now(),this.Lr=this.Ir-1,this.Nr=t}Fr(){this.Lr=this.Ir-1,this.bt()}Wr(){if(this.bt(),2===this.Nr.W().lastPriceAnimation){const t=performance.now(),i=this.Lr-t;if(i&gt;0)return void(i&lt;650&amp;&amp;(this.Lr+=2600));this.Ir=t,this.Lr=t+2600}}bt(){this.ft=!0}jr(){this.Er=!0}kt(){return 0!==this.Nr.W().lastPriceAnimation}Hr(){switch(this.Nr.W().lastPriceAnimation){case 0:return!1;case 1:return!0;case 2:return performance.now()&lt;=this.Lr}}gt(){return this.ft?(this.Mt(),this.ft=!1,this.Er=!1):this.Er&amp;&amp;(this.$r(),this.Er=!1),this.Wt}Mt(){this.Wt.J(null);const t=this.Nr.$t().St(),i=t.qs(),n=this.Nr.Ct();if(null===i||null===n)return;const s=this.Nr.Ur(!0);if(s.qr||!i.Yr(s.ie))return;const e={x:t.zt(s.ie),y:this.Nr.Dt().Rt(s._t,n.Ot)},r=s.O,h=this.Nr.W().lineWidth,l=li(this.Xr(),r);this.Wt.J({yr:r,kr:h,Cr:l.Cr,Tr:l.Tr,ht:l.ht,qe:e})}$r(){const t=this.Wt.We();if(null!==t){const i=li(this.Xr(),t.yr);t.Cr=i.Cr,t.Tr=i.Tr,t.ht=i.ht}}Xr(){return this.Hr()?performance.now()-this.Ir:2599}}function oi(t,i){return xt(Math.min(Math.max(t,12),30)*i)}function _i(t,i){switch(t){case&quot;arrowDown&quot;:case&quot;arrowUp&quot;:return oi(i,1);case&quot;circle&quot;:return oi(i,.8);case&quot;square&quot;:return oi(i,.7)}}function ui(t){return function(t){const i=Math.ceil(t);return i%2!=0?i-1:i}(oi(t,1))}function ci(t){return Math.max(oi(t,.1),3)}function di(t,i,n,s,e){const r=_i(&quot;square&quot;,n),h=(r-1)/2,l=t-h,a=i-h;return s&gt;=l&amp;&amp;s&lt;=l+r&amp;&amp;e&gt;=a&amp;&amp;e&lt;=a+r}function fi(t,i,n,s){const e=(_i(&quot;arrowUp&quot;,s)-1)/2*n.Kr,r=(xt(s/2)-1)/2*n.Kr;i.beginPath(),t?(i.moveTo(n.nt-e,n.st),i.lineTo(n.nt,n.st-e),i.lineTo(n.nt+e,n.st),i.lineTo(n.nt+r,n.st),i.lineTo(n.nt+r,n.st+e),i.lineTo(n.nt-r,n.st+e),i.lineTo(n.nt-r,n.st)):(i.moveTo(n.nt-e,n.st),i.lineTo(n.nt,n.st+e),i.lineTo(n.nt+e,n.st),i.lineTo(n.nt+r,n.st),i.lineTo(n.nt+r,n.st-e),i.lineTo(n.nt-r,n.st-e),i.lineTo(n.nt-r,n.st)),i.fill()}function vi(t,i,n,s,e,r){return di(i,n,s,e,r)}class pi extends L{constructor(){super(...arguments),this.Et=null,this.rr=new Jt,this.j=-1,this.H=&quot;&quot;,this.Zr=&quot;&quot;}J(t){this.Et=t}hr(t,i){this.j===t&amp;&amp;this.H===i||(this.j=t,this.H=i,this.Zr=z(t,i),this.rr.Qe())}pr(t,i){if(null===this.Et||null===this.Et.tt)return null;for(let n=this.Et.tt.from;n&lt;this.Et.tt.to;n++){const s=this.Et.it[n];if(bi(s,t,i))return{br:s.Gr,mr:s.mr}}return null}Z({context:t,horizontalPixelRatio:i,verticalPixelRatio:n},s,e){if(null!==this.Et&amp;&amp;null!==this.Et.tt){t.textBaseline=&quot;middle&quot;,t.font=this.Zr;for(let s=this.Et.tt.from;s&lt;this.Et.tt.to;s++){const e=this.Et.it[s];void 0!==e.Zt&amp;&amp;(e.Zt.ji=this.rr.Mi(t,e.Zt.Jr),e.Zt.Vt=this.j,e.Zt.nt=e.nt-e.Zt.ji/2),mi(e,t,i,n)}}}}function mi(t,i,n,s){i.fillStyle=t.O,void 0!==t.Zt&amp;&amp;function(t,i,n,s,e,r){t.save(),t.scale(e,r),t.fillText(i,n,s),t.restore()}(i,t.Zt.Jr,t.Zt.nt,t.Zt.st,n,s),function(t,i,n){if(0===t.Ys)return;switch(t.Qr){case&quot;arrowDown&quot;:return void fi(!1,i,n,t.Ys);case&quot;arrowUp&quot;:return void fi(!0,i,n,t.Ys);case&quot;circle&quot;:return void function(t,i,n){const s=(_i(&quot;circle&quot;,n)-1)/2;t.beginPath(),t.arc(i.nt,i.st,s*i.Kr,0,2*Math.PI,!1),t.fill()}(i,n,t.Ys);case&quot;square&quot;:return void function(t,i,n){const s=_i(&quot;square&quot;,n),e=(s-1)*i.Kr/2,r=i.nt-e,h=i.st-e;t.fillRect(r,h,s*i.Kr,s*i.Kr)}(i,n,t.Ys)}t.Qr}(t,i,function(t,i,n){const s=Math.max(1,Math.floor(i))%2/2;return{nt:Math.round(t.nt*i)+s,st:t.st*n,Kr:i}}(t,n,s))}function bi(t,i,n){return!(void 0===t.Zt||!function(t,i,n,s,e,r){const h=s/2;return e&gt;=t&amp;&amp;e&lt;=t+n&amp;&amp;r&gt;=i-h&amp;&amp;r&lt;=i+h}(t.Zt.nt,t.Zt.st,t.Zt.ji,t.Zt.Vt,i,n))||function(t,i,n){if(0===t.Ys)return!1;switch(t.Qr){case&quot;arrowDown&quot;:case&quot;arrowUp&quot;:return vi(0,t.nt,t.st,t.Ys,i,n);case&quot;circle&quot;:return function(t,i,n,s,e){const r=2+_i(&quot;circle&quot;,n)/2,h=t-s,l=i-e;return Math.sqrt(h*h+l*l)&lt;=r}(t.nt,t.st,t.Ys,i,n);case&quot;square&quot;:return di(t.nt,t.st,t.Ys,i,n)}}(t,i,n)}function wi(t,i,n,s,e,r,h,l,a){const o=T(n)?n:n.ge,_=T(n)?n:n.be,u=T(n)?n:n.we,c=T(i.size)?Math.max(i.size,0):1,d=ui(l.ee())*c,f=d/2;switch(t.Ys=d,i.position){case&quot;inBar&quot;:return t.st=h.Rt(o,a),void(void 0!==t.Zt&amp;&amp;(t.Zt.st=t.st+f+r+.6*e));case&quot;aboveBar&quot;:return t.st=h.Rt(_,a)-f-s.th,void 0!==t.Zt&amp;&amp;(t.Zt.st=t.st-f-.6*e,s.th+=1.2*e),void(s.th+=d+r);case&quot;belowBar&quot;:return t.st=h.Rt(u,a)+f+s.ih,void 0!==t.Zt&amp;&amp;(t.Zt.st=t.st+f+r+.6*e,s.ih+=1.2*e),void(s.ih+=d+r)}i.position}class gi{constructor(t,i){this.ft=!0,this.nh=!0,this.sh=!0,this.eh=null,this.Wt=new pi,this.Nr=t,this.Hi=i,this.Et={it:[],tt:null}}bt(t){this.ft=!0,this.sh=!0,&quot;data&quot;===t&amp;&amp;(this.nh=!0)}gt(t){if(!this.Nr.kt())return null;this.ft&amp;&amp;this.rh();const i=this.Hi.W().layout;return this.Wt.hr(i.fontSize,i.fontFamily),this.Wt.J(this.Et),this.Wt}hh(){if(this.sh){if(this.Nr.lh().length&gt;0){const t=this.Hi.St().ee(),i=ci(t),n=1.5*ui(t)+2*i;this.eh={above:n,below:n}}else this.eh=null;this.sh=!1}return this.eh}rh(){const t=this.Nr.Dt(),i=this.Hi.St(),n=this.Nr.lh();this.nh&amp;&amp;(this.Et.it=n.map((t=&gt;({ot:t.time,nt:0,st:0,Ys:0,Qr:t.shape,O:t.color,Gr:t.Gr,mr:t.id,Zt:void 0}))),this.nh=!1);const s=this.Hi.W().layout;this.Et.tt=null;const e=i.qs();if(null===e)return;const r=this.Nr.Ct();if(null===r)return;if(0===this.Et.it.length)return;let h=NaN;const l=ci(i.ee()),a={th:l,ih:l};this.Et.tt=Bt(this.Et.it,e,!0);for(let e=this.Et.tt.from;e&lt;this.Et.tt.to;e++){const o=n[e];o.time!==h&amp;&amp;(a.th=l,a.ih=l,h=o.time);const _=this.Et.it[e];_.nt=i.zt(o.time),void 0!==o.text&amp;&amp;o.text.length&gt;0&amp;&amp;(_.Zt={Jr:o.text,nt:0,st:0,ji:0,Vt:0});const u=this.Nr.ah(o.time);null!==u&amp;&amp;wi(_,o,u,a,s.fontSize,l,t,i,r.Ot)}this.ft=!1}}class Mi extends ni{constructor(t){super(t)}Mr(){const t=this.wr;t.kt=!1;const i=this.zs.W();if(!i.priceLineVisible||!this.zs.kt())return;const n=this.zs.Ur(0===i.priceLineSource);n.qr||(t.kt=!0,t.st=n.Si,t.O=this.zs.oh(n.O),t.et=i.priceLineWidth,t.Nt=i.priceLineStyle)}}class xi extends J{constructor(t){super(),this.jt=t}zi(t,i,n){t.kt=!1,i.kt=!1;const s=this.jt;if(!s.kt())return;const e=s.W(),r=e.lastValueVisible,h=&quot;&quot;!==s._h(),l=0===e.seriesLastValueMode,a=s.Ur(!1);if(a.qr)return;r&amp;&amp;(t.Zt=this.uh(a,r,l),t.kt=0!==t.Zt.length),(h||l)&amp;&amp;(i.Zt=this.dh(a,r,h,l),i.kt=i.Zt.length&gt;0);const o=s.oh(a.O),_=y(o);n.t=_.t,n.Si=a.Si,i.At=s.$t().Bt(a.Si/s.Dt().Vt()),t.At=o,t.O=_.i,i.O=_.i}dh(t,i,n,s){let e=&quot;&quot;;const r=this.jt._h();return n&amp;&amp;0!==r.length&amp;&amp;(e+=`${r} `),i&amp;&amp;s&amp;&amp;(e+=this.jt.Dt().fh()?t.ph:t.mh),e.trim()}uh(t,i,n){return i?n?this.jt.Dt().fh()?t.mh:t.ph:t.Zt:&quot;&quot;}}function Si(t,i,n,s){const e=Number.isFinite(i),r=Number.isFinite(n);return e&amp;&amp;r?t(i,n):e||r?e?i:n:s}class yi{constructor(t,i){this.bh=t,this.wh=i}gh(t){return null!==t&amp;&amp;(this.bh===t.bh&amp;&amp;this.wh===t.wh)}Mh(){return new yi(this.bh,this.wh)}xh(){return this.bh}Sh(){return this.wh}yh(){return this.wh-this.bh}Li(){return this.wh===this.bh||Number.isNaN(this.wh)||Number.isNaN(this.bh)}Jn(t){return null===t?this:new yi(Si(Math.min,this.xh(),t.xh(),-1/0),Si(Math.max,this.Sh(),t.Sh(),1/0))}kh(t){if(!T(t))return;if(0===this.wh-this.bh)return;const i=.5*(this.wh+this.bh);let n=this.wh-i,s=this.bh-i;n*=t,s*=t,this.wh=i+n,this.bh=i+s}Ch(t){T(t)&amp;&amp;(this.wh+=t,this.bh+=t)}Th(){return{minValue:this.bh,maxValue:this.wh}}static Ph(t){return null===t?null:new yi(t.minValue,t.maxValue)}}class ki{constructor(t,i){this.Rh=t,this.Dh=i||null}Oh(){return this.Rh}Ah(){return this.Dh}Th(){return null===this.Rh?null:{priceRange:this.Rh.Th(),margins:this.Dh||void 0}}static Ph(t){return null===t?null:new ki(yi.Ph(t.priceRange),t.margins)}}class Ci extends ni{constructor(t,i){super(t),this.Bh=i}Mr(){const t=this.wr;t.kt=!1;const i=this.Bh.W();if(!this.zs.kt()||!i.lineVisible)return;const n=this.Bh.Vh();null!==n&amp;&amp;(t.kt=!0,t.st=n,t.O=i.color,t.et=i.lineWidth,t.Nt=i.lineStyle,t.mr=this.Bh.W().id)}}class Ti extends J{constructor(t,i){super(),this.Nr=t,this.Bh=i}zi(t,i,n){t.kt=!1,i.kt=!1;const s=this.Bh.W(),e=s.axisLabelVisible,r=&quot;&quot;!==s.title,h=this.Nr;if(!e||!h.kt())return;const l=this.Bh.Vh();if(null===l)return;r&amp;&amp;(i.Zt=s.title,i.kt=!0),i.At=h.$t().Bt(l/h.Dt().Vt()),t.Zt=this.zh(s.price),t.kt=!0;const a=y(s.axisLabelColor||s.color);n.t=a.t;const o=s.axisLabelTextColor||a.i;t.O=o,i.O=o,n.Si=l}zh(t){const i=this.Nr.Ct();return null===i?&quot;&quot;:this.Nr.Dt().Ni(t,i.Ot)}}class Pi{constructor(t,i){this.Nr=t,this._n=i,this.Eh=new Ci(t,this),this.lr=new Ti(t,this),this.Ih=new ti(this.lr,t,t.$t())}Lh(t){C(this._n,t),this.bt(),this.Nr.$t().Nh()}W(){return this._n}Fh(){return this.Eh}Wh(){return this.Ih}jh(){return this.lr}bt(){this.Eh.bt(),this.lr.bt()}Vh(){const t=this.Nr,i=t.Dt();if(t.$t().St().Li()||i.Li())return null;const n=t.Ct();return null===n?null:i.Rt(this._n.price,n.Ot)}}class Ri extends st{constructor(t){super(),this.Hi=t}$t(){return this.Hi}}const Di={Bar:(t,i,n,s)=&gt;{var e;const r=i.upColor,h=i.downColor,l=f(t(n,s)),a=v(l.Ot[0])&lt;=v(l.Ot[3]);return{oe:null!==(e=l.O)&amp;&amp;void 0!==e?e:a?r:h}},Candlestick:(t,i,n,s)=&gt;{var e,r,h;const l=i.upColor,a=i.downColor,o=i.borderUpColor,_=i.borderDownColor,u=i.wickUpColor,c=i.wickDownColor,d=f(t(n,s)),p=v(d.Ot[0])&lt;=v(d.Ot[3]);return{oe:null!==(e=d.O)&amp;&amp;void 0!==e?e:p?l:a,Ee:null!==(r=d.At)&amp;&amp;void 0!==r?r:p?o:_,ze:null!==(h=d.Hh)&amp;&amp;void 0!==h?h:p?u:c}},Custom:(t,i,n,s)=&gt;{var e;return{oe:null!==(e=f(t(n,s)).O)&amp;&amp;void 0!==e?e:i.color}},Area:(t,i,n,s)=&gt;{var e,r,h,l;const a=f(t(n,s));return{oe:null!==(e=a.lt)&amp;&amp;void 0!==e?e:i.lineColor,lt:null!==(r=a.lt)&amp;&amp;void 0!==r?r:i.lineColor,ks:null!==(h=a.ks)&amp;&amp;void 0!==h?h:i.topColor,Cs:null!==(l=a.Cs)&amp;&amp;void 0!==l?l:i.bottomColor}},Baseline:(t,i,n,s)=&gt;{var e,r,h,l,a,o;const _=f(t(n,s));return{oe:_.Ot[3]&gt;=i.baseValue.price?i.topLineColor:i.bottomLineColor,Ce:null!==(e=_.Ce)&amp;&amp;void 0!==e?e:i.topLineColor,Te:null!==(r=_.Te)&amp;&amp;void 0!==r?r:i.bottomLineColor,Me:null!==(h=_.Me)&amp;&amp;void 0!==h?h:i.topFillColor1,xe:null!==(l=_.xe)&amp;&amp;void 0!==l?l:i.topFillColor2,Se:null!==(a=_.Se)&amp;&amp;void 0!==a?a:i.bottomFillColor1,ye:null!==(o=_.ye)&amp;&amp;void 0!==o?o:i.bottomFillColor2}},Line:(t,i,n,s)=&gt;{var e,r;const h=f(t(n,s));return{oe:null!==(e=h.O)&amp;&amp;void 0!==e?e:i.color,lt:null!==(r=h.O)&amp;&amp;void 0!==r?r:i.color}},Histogram:(t,i,n,s)=&gt;{var e;return{oe:null!==(e=f(t(n,s)).O)&amp;&amp;void 0!==e?e:i.color}}};class Oi{constructor(t){this.$h=(t,i)=&gt;void 0!==i?i.Ot:this.Nr.Bn().Uh(t),this.Nr=t,this.qh=Di[t.Yh()]}Ws(t,i){return this.qh(this.$h,this.Nr.W(),t,i)}}var Ai;!function(t){t[t.NearestLeft=-1]=&quot;NearestLeft&quot;,t[t.None=0]=&quot;None&quot;,t[t.NearestRight=1]=&quot;NearestRight&quot;}(Ai||(Ai={}));const Bi=30;class Vi{constructor(){this.Xh=[],this.Kh=new Map,this.Zh=new Map}Gh(){return this.Ys()&gt;0?this.Xh[this.Xh.length-1]:null}Jh(){return this.Ys()&gt;0?this.Qh(0):null}An(){return this.Ys()&gt;0?this.Qh(this.Xh.length-1):null}Ys(){return this.Xh.length}Li(){return 0===this.Ys()}Yr(t){return null!==this.tl(t,0)}Uh(t){return this.il(t)}il(t,i=0){const n=this.tl(t,i);return null===n?null:Object.assign(Object.assign({},this.nl(n)),{ie:this.Qh(n)})}Qs(){return this.Xh}sl(t,i,n){if(this.Li())return null;let s=null;for(const e of n){s=zi(s,this.el(t,i,e))}return s}J(t){this.Zh.clear(),this.Kh.clear(),this.Xh=t}Qh(t){return this.Xh[t].ie}nl(t){return this.Xh[t]}tl(t,i){const n=this.rl(t);if(null===n&amp;&amp;0!==i)switch(i){case-1:return this.hl(t);case 1:return this.ll(t);default:throw new TypeError(&quot;Unknown search mode&quot;)}return n}hl(t){let i=this.al(t);return i&gt;0&amp;&amp;(i-=1),i!==this.Xh.length&amp;&amp;this.Qh(i)&lt;t?i:null}ll(t){const i=this.ol(t);return i!==this.Xh.length&amp;&amp;t&lt;this.Qh(i)?i:null}rl(t){const i=this.al(t);return i===this.Xh.length||t&lt;this.Xh[i].ie?null:i}al(t){return Rt(this.Xh,t,((t,i)=&gt;t.ie&lt;i))}ol(t){return Dt(this.Xh,t,((t,i)=&gt;t.ie&gt;i))}_l(t,i,n){let s=null;for(let e=t;e&lt;i;e++){const t=this.Xh[e].Ot[n];Number.isNaN(t)||(null===s?s={ul:t,cl:t}:(t&lt;s.ul&amp;&amp;(s.ul=t),t&gt;s.cl&amp;&amp;(s.cl=t)))}return s}el(t,i,n){if(this.Li())return null;let s=null;const e=f(this.Jh()),r=f(this.An()),h=Math.max(t,e),l=Math.min(i,r),a=Math.ceil(h/Bi)*Bi,o=Math.max(a,Math.floor(l/Bi)*Bi);{const t=this.al(h),e=this.ol(Math.min(l,a,i));s=zi(s,this._l(t,e,n))}let _=this.Kh.get(n);void 0===_&amp;&amp;(_=new Map,this.Kh.set(n,_));for(let t=Math.max(a+1,h);t&lt;o;t+=Bi){const i=Math.floor(t/Bi);let e=_.get(i);if(void 0===e){const t=this.al(i*Bi),s=this.ol((i+1)*Bi-1);e=this._l(t,s,n),_.set(i,e)}s=zi(s,e)}{const t=this.al(o),i=this.ol(l);s=zi(s,this._l(t,i,n))}return s}}function zi(t,i){if(null===t)return i;if(null===i)return t;return{ul:Math.min(t.ul,i.ul),cl:Math.max(t.cl,i.cl)}}class Ei{constructor(t){this.dl=t}K(t,i,n){this.dl.draw(t)}fl(t,i,n){var s,e;null===(e=(s=this.dl).drawBackground)||void 0===e||e.call(s,t)}}class Ii{constructor(t){this.Ge=null,this.mn=t}gt(){var t;const i=this.mn.renderer();if(null===i)return null;if((null===(t=this.Ge)||void 0===t?void 0:t.vl)===i)return this.Ge.pl;const n=new Ei(i);return this.Ge={vl:i,pl:n},n}ml(){var t,i,n;return null!==(n=null===(i=(t=this.mn).zOrder)||void 0===i?void 0:i.call(t))&amp;&amp;void 0!==n?n:&quot;normal&quot;}}function Li(t){var i,n,s,e,r;return{Zt:t.text(),Si:t.coordinate(),xi:null===(i=t.fixedCoordinate)||void 0===i?void 0:i.call(t),O:t.textColor(),t:t.backColor(),kt:null===(s=null===(n=t.visible)||void 0===n?void 0:n.call(t))||void 0===s||s,hi:null===(r=null===(e=t.tickVisible)||void 0===e?void 0:e.call(t))||void 0===r||r}}class Ni{constructor(t,i){this.Wt=new it,this.bl=t,this.wl=i}gt(){return this.Wt.J(Object.assign({ji:this.wl.ji()},Li(this.bl))),this.Wt}}class Fi extends J{constructor(t,i){super(),this.bl=t,this.Ei=i}zi(t,i,n){const s=Li(this.bl);n.t=s.t,t.O=s.O;const e=2/12*this.Ei.P();n.bi=e,n.wi=e,n.Si=s.Si,n.xi=s.xi,t.Zt=s.Zt,t.kt=s.kt,t.hi=s.hi}}class Wi{constructor(t,i){this.gl=null,this.Ml=null,this.xl=null,this.Sl=null,this.yl=null,this.kl=t,this.Nr=i}Cl(){return this.kl}Rn(){var t,i;null===(i=(t=this.kl).updateAllViews)||void 0===i||i.call(t)}Cn(){var t,i,n,s;const e=null!==(n=null===(i=(t=this.kl).paneViews)||void 0===i?void 0:i.call(t))&amp;&amp;void 0!==n?n:[];if((null===(s=this.gl)||void 0===s?void 0:s.vl)===e)return this.gl.pl;const r=e.map((t=&gt;new Ii(t)));return this.gl={vl:e,pl:r},r}Ji(){var t,i,n,s;const e=null!==(n=null===(i=(t=this.kl).timeAxisViews)||void 0===i?void 0:i.call(t))&amp;&amp;void 0!==n?n:[];if((null===(s=this.Ml)||void 0===s?void 0:s.vl)===e)return this.Ml.pl;const r=this.Nr.$t().St(),h=e.map((t=&gt;new Ni(t,r)));return this.Ml={vl:e,pl:h},h}Tn(){var t,i,n,s;const e=null!==(n=null===(i=(t=this.kl).priceAxisViews)||void 0===i?void 0:i.call(t))&amp;&amp;void 0!==n?n:[];if((null===(s=this.xl)||void 0===s?void 0:s.vl)===e)return this.xl.pl;const r=this.Nr.Dt(),h=e.map((t=&gt;new Fi(t,r)));return this.xl={vl:e,pl:h},h}Tl(){var t,i,n,s;const e=null!==(n=null===(i=(t=this.kl).priceAxisPaneViews)||void 0===i?void 0:i.call(t))&amp;&amp;void 0!==n?n:[];if((null===(s=this.Sl)||void 0===s?void 0:s.vl)===e)return this.Sl.pl;const r=e.map((t=&gt;new Ii(t)));return this.Sl={vl:e,pl:r},r}Pl(){var t,i,n,s;const e=null!==(n=null===(i=(t=this.kl).timeAxisPaneViews)||void 0===i?void 0:i.call(t))&amp;&amp;void 0!==n?n:[];if((null===(s=this.yl)||void 0===s?void 0:s.vl)===e)return this.yl.pl;const r=e.map((t=&gt;new Ii(t)));return this.yl={vl:e,pl:r},r}Rl(t,i){var n,s,e;return null!==(e=null===(s=(n=this.kl).autoscaleInfo)||void 0===s?void 0:s.call(n,t,i))&amp;&amp;void 0!==e?e:null}pr(t,i){var n,s,e;return null!==(e=null===(s=(n=this.kl).hitTest)||void 0===s?void 0:s.call(n,t,i))&amp;&amp;void 0!==e?e:null}}function ji(t,i,n,s){t.forEach((t=&gt;{i(t).forEach((t=&gt;{t.ml()===n&amp;&amp;s.push(t)}))}))}function Hi(t){return t.Cn()}function $i(t){return t.Tl()}function Ui(t){return t.Pl()}class qi extends Ri{constructor(t,i,n,s,e){super(t),this.Et=new Vi,this.Eh=new Mi(this),this.Dl=[],this.Ol=new si(this),this.Al=null,this.Bl=null,this.Vl=[],this.zl=[],this.El=null,this.Il=[],this._n=i,this.Ll=n;const r=new xi(this);this.en=[r],this.Ih=new ti(r,this,t),&quot;Area&quot;!==n&amp;&amp;&quot;Line&quot;!==n&amp;&amp;&quot;Baseline&quot;!==n||(this.Al=new ai(this)),this.Nl(),this.Fl(e)}S(){null!==this.El&amp;&amp;clearTimeout(this.El)}oh(t){return this._n.priceLineColor||t}Ur(t){const i={qr:!0},n=this.Dt();if(this.$t().St().Li()||n.Li()||this.Et.Li())return i;const s=this.$t().St().qs(),e=this.Ct();if(null===s||null===e)return i;let r,h;if(t){const t=this.Et.Gh();if(null===t)return i;r=t,h=t.ie}else{const t=this.Et.il(s.ui(),-1);if(null===t)return i;if(r=this.Et.Uh(t.ie),null===r)return i;h=t.ie}const l=r.Ot[3],a=this.js().Ws(h,{Ot:r}),o=n.Rt(l,e.Ot);return{qr:!1,_t:l,Zt:n.Ni(l,e.Ot),ph:n.Wl(l),mh:n.jl(l,e.Ot),O:a.oe,Si:o,ie:h}}js(){return null!==this.Bl||(this.Bl=new Oi(this)),this.Bl}W(){return this._n}Lh(t){const i=t.priceScaleId;void 0!==i&amp;&amp;i!==this._n.priceScaleId&amp;&amp;this.$t().Hl(this,i),C(this._n,t),void 0!==t.priceFormat&amp;&amp;(this.Nl(),this.$t().$l()),this.$t().Ul(this),this.$t().ql(),this.mn.bt(&quot;options&quot;)}J(t,i){this.Et.J(t),this.Yl(),this.mn.bt(&quot;data&quot;),this.un.bt(&quot;data&quot;),null!==this.Al&amp;&amp;(i&amp;&amp;i.Xl?this.Al.Wr():0===t.length&amp;&amp;this.Al.Fr());const n=this.$t()._r(this);this.$t().Kl(n),this.$t().Ul(this),this.$t().ql(),this.$t().Nh()}Zl(t){this.Vl=t,this.Yl();const i=this.$t()._r(this);this.un.bt(&quot;data&quot;),this.$t().Kl(i),this.$t().Ul(this),this.$t().ql(),this.$t().Nh()}Gl(){return this.Vl}lh(){return this.zl}Jl(t){const i=new Pi(this,t);return this.Dl.push(i),this.$t().Ul(this),i}Ql(t){const i=this.Dl.indexOf(t);-1!==i&amp;&amp;this.Dl.splice(i,1),this.$t().Ul(this)}Yh(){return this.Ll}Ct(){const t=this.ta();return null===t?null:{Ot:t.Ot[3],ia:t.ot}}ta(){const t=this.$t().St().qs();if(null===t)return null;const i=t.Rs();return this.Et.il(i,1)}Bn(){return this.Et}ah(t){const i=this.Et.Uh(t);return null===i?null:&quot;Bar&quot;===this.Ll||&quot;Candlestick&quot;===this.Ll||&quot;Custom&quot;===this.Ll?{me:i.Ot[0],be:i.Ot[1],we:i.Ot[2],ge:i.Ot[3]}:i.Ot[3]}na(t){const i=[];ji(this.Il,Hi,&quot;top&quot;,i);const n=this.Al;return null!==n&amp;&amp;n.kt()?(null===this.El&amp;&amp;n.Hr()&amp;&amp;(this.El=setTimeout((()=&gt;{this.El=null,this.$t().sa()}),0)),n.jr(),i.push(n),i):i}Cn(){const t=[];this.ea()||t.push(this.Ol),t.push(this.mn,this.Eh,this.un);const i=this.Dl.map((t=&gt;t.Fh()));return t.push(...i),ji(this.Il,Hi,&quot;normal&quot;,t),t}ra(){return this.ha(Hi,&quot;bottom&quot;)}la(t){return this.ha($i,t)}aa(t){return this.ha(Ui,t)}oa(t,i){return this.Il.map((n=&gt;n.pr(t,i))).filter((t=&gt;null!==t))}Gi(t){return[this.Ih,...this.Dl.map((t=&gt;t.Wh()))]}Tn(t,i){if(i!==this.qi&amp;&amp;!this.ea())return[];const n=[...this.en];for(const t of this.Dl)n.push(t.jh());return this.Il.forEach((t=&gt;{n.push(...t.Tn())})),n}Ji(){const t=[];return this.Il.forEach((i=&gt;{t.push(...i.Ji())})),t}Rl(t,i){if(void 0!==this._n.autoscaleInfoProvider){const n=this._n.autoscaleInfoProvider((()=&gt;{const n=this._a(t,i);return null===n?null:n.Th()}));return ki.Ph(n)}return this._a(t,i)}ua(){return this._n.priceFormat.minMove}ca(){return this.da}Rn(){var t;this.mn.bt(),this.un.bt();for(const t of this.en)t.bt();for(const t of this.Dl)t.bt();this.Eh.bt(),this.Ol.bt(),null===(t=this.Al)||void 0===t||t.bt(),this.Il.forEach((t=&gt;t.Rn()))}Dt(){return f(super.Dt())}yt(t){if(!((&quot;Line&quot;===this.Ll||&quot;Area&quot;===this.Ll||&quot;Baseline&quot;===this.Ll)&amp;&amp;this._n.crosshairMarkerVisible))return null;const i=this.Et.Uh(t);if(null===i)return null;return{_t:i.Ot[3],ht:this.fa(),At:this.va(),Pt:this.pa(),Tt:this.ma(t)}}_h(){return this._n.title}kt(){return this._n.visible}ba(t){this.Il.push(new Wi(t,this))}wa(t){this.Il=this.Il.filter((i=&gt;i.Cl()!==t))}ga(){if(this.mn instanceof qt!=!1)return t=&gt;this.mn.Le(t)}Ma(){if(this.mn instanceof qt!=!1)return t=&gt;this.mn.Ne(t)}ea(){return!ht(this.Dt().xa())}_a(t,i){if(!P(t)||!P(i)||this.Et.Li())return null;const n=&quot;Line&quot;===this.Ll||&quot;Area&quot;===this.Ll||&quot;Baseline&quot;===this.Ll||&quot;Histogram&quot;===this.Ll?[3]:[2,1],s=this.Et.sl(t,i,n);let e=null!==s?new yi(s.ul,s.cl):null;if(&quot;Histogram&quot;===this.Yh()){const t=this._n.base,i=new yi(t,t);e=null!==e?e.Jn(i):i}let r=this.un.hh();return this.Il.forEach((n=&gt;{const s=n.Rl(t,i);if(null==s?void 0:s.priceRange){const t=new yi(s.priceRange.minValue,s.priceRange.maxValue);e=null!==e?e.Jn(t):t}var h,l,a,o;(null==s?void 0:s.margins)&amp;&amp;(h=r,l=s.margins,r={above:Math.max(null!==(a=null==h?void 0:h.above)&amp;&amp;void 0!==a?a:0,l.above),below:Math.max(null!==(o=null==h?void 0:h.below)&amp;&amp;void 0!==o?o:0,l.below)})})),new ki(e,r)}fa(){switch(this.Ll){case&quot;Line&quot;:case&quot;Area&quot;:case&quot;Baseline&quot;:return this._n.crosshairMarkerRadius}return 0}va(){switch(this.Ll){case&quot;Line&quot;:case&quot;Area&quot;:case&quot;Baseline&quot;:{const t=this._n.crosshairMarkerBorderColor;if(0!==t.length)return t}}return null}pa(){switch(this.Ll){case&quot;Line&quot;:case&quot;Area&quot;:case&quot;Baseline&quot;:return this._n.crosshairMarkerBorderWidth}return 0}ma(t){switch(this.Ll){case&quot;Line&quot;:case&quot;Area&quot;:case&quot;Baseline&quot;:{const t=this._n.crosshairMarkerBackgroundColor;if(0!==t.length)return t}}return this.js().Ws(t).oe}Nl(){switch(this._n.priceFormat.type){case&quot;custom&quot;:this.da={format:this._n.priceFormat.formatter};break;case&quot;volume&quot;:this.da=new ct(this._n.priceFormat.precision);break;case&quot;percent&quot;:this.da=new ut(this._n.priceFormat.precision);break;default:{const t=Math.pow(10,this._n.priceFormat.precision);this.da=new _t(t,this._n.priceFormat.minMove*t)}}null!==this.qi&amp;&amp;this.qi.Sa()}Yl(){const t=this.$t().St();if(!t.ya()||this.Et.Li())return void(this.zl=[]);const i=f(this.Et.Jh());this.zl=this.Vl.map(((n,s)=&gt;{const e=f(t.ka(n.time,!0)),r=e&lt;i?1:-1;return{time:f(this.Et.il(e,r)).ie,position:n.position,shape:n.shape,color:n.color,id:n.id,Gr:s,text:n.text,size:n.size,originalTime:n.originalTime}}))}Fl(t){switch(this.un=new gi(this,this.$t()),this.Ll){case&quot;Bar&quot;:this.mn=new Nt(this,this.$t());break;case&quot;Candlestick&quot;:this.mn=new $t(this,this.$t());break;case&quot;Line&quot;:this.mn=new Zt(this,this.$t());break;case&quot;Custom&quot;:this.mn=new qt(this,this.$t(),d(t));break;case&quot;Area&quot;:this.mn=new Et(this,this.$t());break;case&quot;Baseline&quot;:this.mn=new jt(this,this.$t());break;case&quot;Histogram&quot;:this.mn=new Kt(this,this.$t());break;default:throw Error(&quot;Unknown chart style assigned: &quot;+this.Ll)}}ha(t,i){const n=[];return ji(this.Il,t,i,n),n}}class Yi{constructor(t){this._n=t}Ca(t,i,n){let s=t;if(0===this._n.mode)return s;const e=n.dn(),r=e.Ct();if(null===r)return s;const h=e.Rt(t,r),l=n.Ta().filter((t=&gt;t instanceof qi)).reduce(((t,s)=&gt;{if(n.ur(s)||!s.kt())return t;const e=s.Dt(),r=s.Bn();if(e.Li()||!r.Yr(i))return t;const h=r.Uh(i);if(null===h)return t;const l=v(s.Ct());return t.concat([e.Rt(h.Ot[3],l.Ot)])}),[]);if(0===l.length)return s;l.sort(((t,i)=&gt;Math.abs(t-h)-Math.abs(i-h)));const a=l[0];return s=e.fn(a,r),s}}class Xi extends L{constructor(){super(...arguments),this.Et=null}J(t){this.Et=t}Z({context:t,bitmapSize:i,horizontalPixelRatio:n,verticalPixelRatio:s}){if(null===this.Et)return;const e=Math.max(1,Math.floor(n));t.lineWidth=e,function(t,i){t.save(),t.lineWidth%2&amp;&amp;t.translate(.5,.5),i(),t.restore()}(t,(()=&gt;{const r=f(this.Et);if(r.Pa){t.strokeStyle=r.Ra,_(t,r.Da),t.beginPath();for(const s of r.Oa){const r=Math.round(s.Aa*n);t.moveTo(r,-e),t.lineTo(r,i.height+e)}t.stroke()}if(r.Ba){t.strokeStyle=r.Va,_(t,r.za),t.beginPath();for(const n of r.Ea){const r=Math.round(n.Aa*s);t.moveTo(-e,r),t.lineTo(i.width+e,r)}t.stroke()}}))}}class Ki{constructor(t){this.Wt=new Xi,this.ft=!0,this.Qi=t}bt(){this.ft=!0}gt(){if(this.ft){const t=this.Qi.$t().W().grid,i={Ba:t.horzLines.visible,Pa:t.vertLines.visible,Va:t.horzLines.color,Ra:t.vertLines.color,za:t.horzLines.style,Da:t.vertLines.style,Ea:this.Qi.dn().Ia(),Oa:(this.Qi.$t().St().Ia()||[]).map((t=&gt;({Aa:t.coord})))};this.Wt.J(i),this.ft=!1}return this.Wt}}class Zi{constructor(t){this.mn=new Ki(t)}Fh(){return this.mn}}const Gi={La:4,Na:1e-4};function Ji(t,i){const n=100*(t-i)/i;return i&lt;0?-n:n}function Qi(t,i){const n=Ji(t.xh(),i),s=Ji(t.Sh(),i);return new yi(n,s)}function tn(t,i){const n=100*(t-i)/i+100;return i&lt;0?-n:n}function nn(t,i){const n=tn(t.xh(),i),s=tn(t.Sh(),i);return new yi(n,s)}function sn(t,i){const n=Math.abs(t);if(n&lt;1e-15)return 0;const s=Math.log10(n+i.Na)+i.La;return t&lt;0?-s:s}function en(t,i){const n=Math.abs(t);if(n&lt;1e-15)return 0;const s=Math.pow(10,n-i.La)-i.Na;return t&lt;0?-s:s}function rn(t,i){if(null===t)return null;const n=sn(t.xh(),i),s=sn(t.Sh(),i);return new yi(n,s)}function hn(t,i){if(null===t)return null;const n=en(t.xh(),i),s=en(t.Sh(),i);return new yi(n,s)}function ln(t){if(null===t)return Gi;const i=Math.abs(t.Sh()-t.xh());if(i&gt;=1||i&lt;1e-15)return Gi;const n=Math.ceil(Math.abs(Math.log10(i))),s=Gi.La+n;return{La:s,Na:1/Math.pow(10,s)}}class an{constructor(t,i){if(this.Fa=t,this.Wa=i,function(t){if(t&lt;0)return!1;for(let i=t;i&gt;1;i/=10)if(i%10!=0)return!1;return!0}(this.Fa))this.ja=[2,2.5,2];else{this.ja=[];for(let t=this.Fa;1!==t;){if(t%2==0)this.ja.push(2),t/=2;else{if(t%5!=0)throw new Error(&quot;unexpected base&quot;);this.ja.push(2,2.5),t/=5}if(this.ja.length&gt;100)throw new Error(&quot;something wrong with base&quot;)}}}Ha(t,i,n){const s=0===this.Fa?0:1/this.Fa;let e=Math.pow(10,Math.max(0,Math.ceil(Math.log10(t-i)))),r=0,h=this.Wa[0];for(;;){const t=Mt(e,s,1e-14)&amp;&amp;e&gt;s+1e-14,i=Mt(e,n*h,1e-14),l=Mt(e,1,1e-14);if(!(t&amp;&amp;i&amp;&amp;l))break;e/=h,h=this.Wa[++r%this.Wa.length]}if(e&lt;=s+1e-14&amp;&amp;(e=s),e=Math.max(1,e),this.ja.length&gt;0&amp;&amp;(l=e,a=1,o=1e-14,Math.abs(l-a)&lt;o))for(r=0,h=this.ja[0];Mt(e,n*h,1e-14)&amp;&amp;e&gt;s+1e-14;)e/=h,h=this.ja[++r%this.ja.length];var l,a,o;return e}}class on{constructor(t,i,n,s){this.$a=[],this.Ei=t,this.Fa=i,this.Ua=n,this.qa=s}Ha(t,i){if(t&lt;i)throw new Error(&quot;high &lt; low&quot;);const n=this.Ei.Vt(),s=(t-i)*this.Ya()/n,e=new an(this.Fa,[2,2.5,2]),r=new an(this.Fa,[2,2,2.5]),h=new an(this.Fa,[2.5,2,2]),l=[];return l.push(e.Ha(t,i,s),r.Ha(t,i,s),h.Ha(t,i,s)),function(t){if(t.length&lt;1)throw Error(&quot;array is empty&quot;);let i=t[0];for(let n=1;n&lt;t.length;++n)t[n]&lt;i&amp;&amp;(i=t[n]);return i}(l)}Xa(){const t=this.Ei,i=t.Ct();if(null===i)return void(this.$a=[]);const n=t.Vt(),s=this.Ua(n-1,i),e=this.Ua(0,i),r=this.Ei.W().entireTextOnly?this.Ka()/2:0,h=r,l=n-1-r,a=Math.max(s,e),o=Math.min(s,e);if(a===o)return void(this.$a=[]);let _=this.Ha(a,o),u=a%_;u+=u&lt;0?_:0;const c=a&gt;=o?1:-1;let d=null,f=0;for(let n=a-u;n&gt;o;n-=_){const s=this.qa(n,i,!0);null!==d&amp;&amp;Math.abs(s-d)&lt;this.Ya()||(s&lt;h||s&gt;l||(f&lt;this.$a.length?(this.$a[f].Aa=s,this.$a[f].Za=t.Ga(n)):this.$a.push({Aa:s,Za:t.Ga(n)}),f++,d=s,t.Ja()&amp;&amp;(_=this.Ha(n*c,o))))}this.$a.length=f}Ia(){return this.$a}Ka(){return this.Ei.P()}Ya(){return Math.ceil(2.5*this.Ka())}}function _n(t){return t.slice().sort(((t,i)=&gt;f(t.Xi())-f(i.Xi())))}var un;!function(t){t[t.Normal=0]=&quot;Normal&quot;,t[t.Logarithmic=1]=&quot;Logarithmic&quot;,t[t.Percentage=2]=&quot;Percentage&quot;,t[t.IndexedTo100=3]=&quot;IndexedTo100&quot;}(un||(un={}));const cn=new ut,dn=new _t(100,1);class fn{constructor(t,i,n,s){this.Qa=0,this.io=null,this.Rh=null,this.no=null,this.so={eo:!1,ro:null},this.ho=0,this.lo=0,this.ao=new k,this.oo=new k,this._o=[],this.uo=null,this.co=null,this.do=null,this.fo=null,this.da=dn,this.vo=ln(null),this.po=t,this._n=i,this.mo=n,this.bo=s,this.wo=new on(this,100,this.Mo.bind(this),this.xo.bind(this))}xa(){return this.po}W(){return this._n}Lh(t){if(C(this._n,t),this.Sa(),void 0!==t.mode&amp;&amp;this.So({Sr:t.mode}),void 0!==t.scaleMargins){const i=d(t.scaleMargins.top),n=d(t.scaleMargins.bottom);if(i&lt;0||i&gt;1)throw new Error(`Invalid top margin - expect value between 0 and 1, given=${i}`);if(n&lt;0||n&gt;1)throw new Error(`Invalid bottom margin - expect value between 0 and 1, given=${n}`);if(i+n&gt;1)throw new Error(`Invalid margins - sum of margins must be less than 1, given=${i+n}`);this.yo(),this.co=null}}ko(){return this._n.autoScale}Ja(){return 1===this._n.mode}fh(){return 2===this._n.mode}Co(){return 3===this._n.mode}Sr(){return{Nn:this._n.autoScale,To:this._n.invertScale,Sr:this._n.mode}}So(t){const i=this.Sr();let n=null;void 0!==t.Nn&amp;&amp;(this._n.autoScale=t.Nn),void 0!==t.Sr&amp;&amp;(this._n.mode=t.Sr,2!==t.Sr&amp;&amp;3!==t.Sr||(this._n.autoScale=!0),this.so.eo=!1),1===i.Sr&amp;&amp;t.Sr!==i.Sr&amp;&amp;(!function(t,i){if(null===t)return!1;const n=en(t.xh(),i),s=en(t.Sh(),i);return isFinite(n)&amp;&amp;isFinite(s)}(this.Rh,this.vo)?this._n.autoScale=!0:(n=hn(this.Rh,this.vo),null!==n&amp;&amp;this.Po(n))),1===t.Sr&amp;&amp;t.Sr!==i.Sr&amp;&amp;(n=rn(this.Rh,this.vo),null!==n&amp;&amp;this.Po(n));const s=i.Sr!==this._n.mode;s&amp;&amp;(2===i.Sr||this.fh())&amp;&amp;this.Sa(),s&amp;&amp;(3===i.Sr||this.Co())&amp;&amp;this.Sa(),void 0!==t.To&amp;&amp;i.To!==t.To&amp;&amp;(this._n.invertScale=t.To,this.Ro()),this.oo.m(i,this.Sr())}Do(){return this.oo}P(){return this.mo.fontSize}Vt(){return this.Qa}Oo(t){this.Qa!==t&amp;&amp;(this.Qa=t,this.yo(),this.co=null)}Ao(){if(this.io)return this.io;const t=this.Vt()-this.Bo()-this.Vo();return this.io=t,t}Oh(){return this.zo(),this.Rh}Po(t,i){const n=this.Rh;(i||null===n&amp;&amp;null!==t||null!==n&amp;&amp;!n.gh(t))&amp;&amp;(this.co=null,this.Rh=t)}Li(){return this.zo(),0===this.Qa||!this.Rh||this.Rh.Li()}Eo(t){return this.To()?t:this.Vt()-1-t}Rt(t,i){return this.fh()?t=Ji(t,i):this.Co()&amp;&amp;(t=tn(t,i)),this.xo(t,i)}Gs(t,i,n){this.zo();const s=this.Vo(),e=f(this.Oh()),r=e.xh(),h=e.Sh(),l=this.Ao()-1,a=this.To(),o=l/(h-r),_=void 0===n?0:n.from,u=void 0===n?t.length:n.to,c=this.Io();for(let n=_;n&lt;u;n++){const e=t[n],h=e._t;if(isNaN(h))continue;let l=h;null!==c&amp;&amp;(l=c(e._t,i));const _=s+o*(l-r),u=a?_:this.Qa-1-_;e.st=u}}ve(t,i,n){this.zo();const s=this.Vo(),e=f(this.Oh()),r=e.xh(),h=e.Sh(),l=this.Ao()-1,a=this.To(),o=l/(h-r),_=void 0===n?0:n.from,u=void 0===n?t.length:n.to,c=this.Io();for(let n=_;n&lt;u;n++){const e=t[n];let h=e.me,l=e.be,_=e.we,u=e.ge;null!==c&amp;&amp;(h=c(e.me,i),l=c(e.be,i),_=c(e.we,i),u=c(e.ge,i));let d=s+o*(h-r),f=a?d:this.Qa-1-d;e.de=f,d=s+o*(l-r),f=a?d:this.Qa-1-d,e._e=f,d=s+o*(_-r),f=a?d:this.Qa-1-d,e.ue=f,d=s+o*(u-r),f=a?d:this.Qa-1-d,e.fe=f}}fn(t,i){const n=this.Mo(t,i);return this.Lo(n,i)}Lo(t,i){let n=t;return this.fh()?n=function(t,i){return i&lt;0&amp;&amp;(t=-t),t/100*i+i}(n,i):this.Co()&amp;&amp;(n=function(t,i){return t-=100,i&lt;0&amp;&amp;(t=-t),t/100*i+i}(n,i)),n}Ta(){return this._o}No(){if(this.uo)return this.uo;let t=[];for(let i=0;i&lt;this._o.length;i++){const n=this._o[i];null===n.Xi()&amp;&amp;n.Ki(i+1),t.push(n)}return t=_n(t),this.uo=t,this.uo}Fo(t){-1===this._o.indexOf(t)&amp;&amp;(this._o.push(t),this.Sa(),this.Wo())}jo(t){const i=this._o.indexOf(t);if(-1===i)throw new Error(&quot;source is not attached to scale&quot;);this._o.splice(i,1),0===this._o.length&amp;&amp;(this.So({Nn:!0}),this.Po(null)),this.Sa(),this.Wo()}Ct(){let t=null;for(const i of this._o){const n=i.Ct();null!==n&amp;&amp;((null===t||n.ia&lt;t.ia)&amp;&amp;(t=n))}return null===t?null:t.Ot}To(){return this._n.invertScale}Ia(){const t=null===this.Ct();if(null!==this.co&amp;&amp;(t||this.co.Ho===t))return this.co.Ia;this.wo.Xa();const i=this.wo.Ia();return this.co={Ia:i,Ho:t},this.ao.m(),i}$o(){return this.ao}Uo(t){this.fh()||this.Co()||null===this.do&amp;&amp;null===this.no&amp;&amp;(this.Li()||(this.do=this.Qa-t,this.no=f(this.Oh()).Mh()))}qo(t){if(this.fh()||this.Co())return;if(null===this.do)return;this.So({Nn:!1}),(t=this.Qa-t)&lt;0&amp;&amp;(t=0);let i=(this.do+.2*(this.Qa-1))/(t+.2*(this.Qa-1));const n=f(this.no).Mh();i=Math.max(i,.1),n.kh(i),this.Po(n)}Yo(){this.fh()||this.Co()||(this.do=null,this.no=null)}Xo(t){this.ko()||null===this.fo&amp;&amp;null===this.no&amp;&amp;(this.Li()||(this.fo=t,this.no=f(this.Oh()).Mh()))}Ko(t){if(this.ko())return;if(null===this.fo)return;const i=f(this.Oh()).yh()/(this.Ao()-1);let n=t-this.fo;this.To()&amp;&amp;(n*=-1);const s=n*i,e=f(this.no).Mh();e.Ch(s),this.Po(e,!0),this.co=null}Zo(){this.ko()||null!==this.fo&amp;&amp;(this.fo=null,this.no=null)}ca(){return this.da||this.Sa(),this.da}Ni(t,i){switch(this._n.mode){case 2:return this.Go(Ji(t,i));case 3:return this.ca().format(tn(t,i));default:return this.zh(t)}}Ga(t){switch(this._n.mode){case 2:return this.Go(t);case 3:return this.ca().format(t);default:return this.zh(t)}}Wl(t){return this.zh(t,f(this.Jo()).ca())}jl(t,i){return t=Ji(t,i),this.Go(t,cn)}Qo(){return this._o}t_(t){this.so={ro:t,eo:!1}}Rn(){this._o.forEach((t=&gt;t.Rn()))}Sa(){this.co=null;const t=this.Jo();let i=100;null!==t&amp;&amp;(i=Math.round(1/t.ua())),this.da=dn,this.fh()?(this.da=cn,i=100):this.Co()?(this.da=new _t(100,1),i=100):null!==t&amp;&amp;(this.da=t.ca()),this.wo=new on(this,i,this.Mo.bind(this),this.xo.bind(this)),this.wo.Xa()}Wo(){this.uo=null}Jo(){return this._o[0]||null}Bo(){return this.To()?this._n.scaleMargins.bottom*this.Vt()+this.lo:this._n.scaleMargins.top*this.Vt()+this.ho}Vo(){return this.To()?this._n.scaleMargins.top*this.Vt()+this.ho:this._n.scaleMargins.bottom*this.Vt()+this.lo}zo(){this.so.eo||(this.so.eo=!0,this.i_())}yo(){this.io=null}xo(t,i){if(this.zo(),this.Li())return 0;t=this.Ja()&amp;&amp;t?sn(t,this.vo):t;const n=f(this.Oh()),s=this.Vo()+(this.Ao()-1)*(t-n.xh())/n.yh();return this.Eo(s)}Mo(t,i){if(this.zo(),this.Li())return 0;const n=this.Eo(t),s=f(this.Oh()),e=s.xh()+s.yh()*((n-this.Vo())/(this.Ao()-1));return this.Ja()?en(e,this.vo):e}Ro(){this.co=null,this.wo.Xa()}i_(){const t=this.so.ro;if(null===t)return;let i=null;const n=this.Qo();let s=0,e=0;for(const r of n){if(!r.kt())continue;const n=r.Ct();if(null===n)continue;const h=r.Rl(t.Rs(),t.ui());let l=h&amp;&amp;h.Oh();if(null!==l){switch(this._n.mode){case 1:l=rn(l,this.vo);break;case 2:l=Qi(l,n.Ot);break;case 3:l=nn(l,n.Ot)}if(i=null===i?l:i.Jn(f(l)),null!==h){const t=h.Ah();null!==t&amp;&amp;(s=Math.max(s,t.above),e=Math.max(s,t.below))}}}if(s===this.ho&amp;&amp;e===this.lo||(this.ho=s,this.lo=e,this.co=null,this.yo()),null!==i){if(i.xh()===i.Sh()){const t=this.Jo(),n=5*(null===t||this.fh()||this.Co()?1:t.ua());this.Ja()&amp;&amp;(i=hn(i,this.vo)),i=new yi(i.xh()-n,i.Sh()+n),this.Ja()&amp;&amp;(i=rn(i,this.vo))}if(this.Ja()){const t=hn(i,this.vo),n=ln(t);if(r=n,h=this.vo,r.La!==h.La||r.Na!==h.Na){const s=null!==this.no?hn(this.no,this.vo):null;this.vo=n,i=rn(t,n),null!==s&amp;&amp;(this.no=rn(s,n))}}this.Po(i)}else null===this.Rh&amp;&amp;(this.Po(new yi(-.5,.5)),this.vo=ln(null));var r,h;this.so.eo=!0}Io(){return this.fh()?Ji:this.Co()?tn:this.Ja()?t=&gt;sn(t,this.vo):null}n_(t,i,n){return void 0===i?(void 0===n&amp;&amp;(n=this.ca()),n.format(t)):i(t)}zh(t,i){return this.n_(t,this.bo.priceFormatter,i)}Go(t,i){return this.n_(t,this.bo.percentageFormatter,i)}}class vn{constructor(t,i){this._o=[],this.s_=new Map,this.Qa=0,this.e_=0,this.r_=1e3,this.uo=null,this.h_=new k,this.wl=t,this.Hi=i,this.l_=new Zi(this);const n=i.W();this.a_=this.o_(&quot;left&quot;,n.leftPriceScale),this.__=this.o_(&quot;right&quot;,n.rightPriceScale),this.a_.Do().l(this.u_.bind(this,this.a_),this),this.__.Do().l(this.u_.bind(this,this.__),this),this.c_(n)}c_(t){if(t.leftPriceScale&amp;&amp;this.a_.Lh(t.leftPriceScale),t.rightPriceScale&amp;&amp;this.__.Lh(t.rightPriceScale),t.localization&amp;&amp;(this.a_.Sa(),this.__.Sa()),t.overlayPriceScales){const i=Array.from(this.s_.values());for(const n of i){const i=f(n[0].Dt());i.Lh(t.overlayPriceScales),t.localization&amp;&amp;i.Sa()}}}d_(t){switch(t){case&quot;left&quot;:return this.a_;case&quot;right&quot;:return this.__}return this.s_.has(t)?d(this.s_.get(t))[0].Dt():null}S(){this.$t().f_().p(this),this.a_.Do().p(this),this.__.Do().p(this),this._o.forEach((t=&gt;{t.S&amp;&amp;t.S()})),this.h_.m()}v_(){return this.r_}p_(t){this.r_=t}$t(){return this.Hi}ji(){return this.e_}Vt(){return this.Qa}m_(t){this.e_=t,this.b_()}Oo(t){this.Qa=t,this.a_.Oo(t),this.__.Oo(t),this._o.forEach((i=&gt;{if(this.ur(i)){const n=i.Dt();null!==n&amp;&amp;n.Oo(t)}})),this.b_()}Ta(){return this._o}ur(t){const i=t.Dt();return null===i||this.a_!==i&amp;&amp;this.__!==i}Fo(t,i,n){const s=void 0!==n?n:this.g_().w_+1;this.M_(t,i,s)}jo(t){const i=this._o.indexOf(t);c(-1!==i,&quot;removeDataSource: invalid data source&quot;),this._o.splice(i,1);const n=f(t.Dt()).xa();if(this.s_.has(n)){const i=d(this.s_.get(n)),s=i.indexOf(t);-1!==s&amp;&amp;(i.splice(s,1),0===i.length&amp;&amp;this.s_.delete(n))}const s=t.Dt();s&amp;&amp;s.Ta().indexOf(t)&gt;=0&amp;&amp;s.jo(t),null!==s&amp;&amp;(s.Wo(),this.x_(s)),this.uo=null}dr(t){return t===this.a_?&quot;left&quot;:t===this.__?&quot;right&quot;:&quot;overlay&quot;}S_(){return this.a_}y_(){return this.__}k_(t,i){t.Uo(i)}C_(t,i){t.qo(i),this.b_()}T_(t){t.Yo()}P_(t,i){t.Xo(i)}R_(t,i){t.Ko(i),this.b_()}D_(t){t.Zo()}b_(){this._o.forEach((t=&gt;{t.Rn()}))}dn(){let t=null;return this.Hi.W().rightPriceScale.visible&amp;&amp;0!==this.__.Ta().length?t=this.__:this.Hi.W().leftPriceScale.visible&amp;&amp;0!==this.a_.Ta().length?t=this.a_:0!==this._o.length&amp;&amp;(t=this._o[0].Dt()),null===t&amp;&amp;(t=this.__),t}cr(){let t=null;return this.Hi.W().rightPriceScale.visible?t=this.__:this.Hi.W().leftPriceScale.visible&amp;&amp;(t=this.a_),t}x_(t){null!==t&amp;&amp;t.ko()&amp;&amp;this.O_(t)}A_(t){const i=this.wl.qs();t.So({Nn:!0}),null!==i&amp;&amp;t.t_(i),this.b_()}B_(){this.O_(this.a_),this.O_(this.__)}V_(){this.x_(this.a_),this.x_(this.__),this._o.forEach((t=&gt;{this.ur(t)&amp;&amp;this.x_(t.Dt())})),this.b_(),this.Hi.Nh()}No(){return null===this.uo&amp;&amp;(this.uo=_n(this._o)),this.uo}z_(){return this.h_}E_(){return this.l_}O_(t){const i=t.Qo();if(i&amp;&amp;i.length&gt;0&amp;&amp;!this.wl.Li()){const i=this.wl.qs();null!==i&amp;&amp;t.t_(i)}t.Rn()}g_(){const t=this.No();if(0===t.length)return{I_:0,w_:0};let i=0,n=0;for(let s=0;s&lt;t.length;s++){const e=t[s].Xi();null!==e&amp;&amp;(e&lt;i&amp;&amp;(i=e),e&gt;n&amp;&amp;(n=e))}return{I_:i,w_:n}}M_(t,i,n){let s=this.d_(i);if(null===s&amp;&amp;(s=this.o_(i,this.Hi.W().overlayPriceScales)),this._o.push(t),!ht(i)){const n=this.s_.get(i)||[];n.push(t),this.s_.set(i,n)}s.Fo(t),t.Zi(s),t.Ki(n),this.x_(s),this.uo=null}u_(t,i,n){i.Sr!==n.Sr&amp;&amp;this.O_(t)}o_(t,i){const n=Object.assign({visible:!0,autoScale:!0},O(i)),s=new fn(t,n,this.Hi.W().layout,this.Hi.W().localization);return s.Oo(this.Vt()),s}}class pn{constructor(t,i,n=50){this.Ye=0,this.Xe=1,this.Ke=1,this.Ge=new Map,this.Ze=new Map,this.L_=t,this.N_=i,this.Je=n}F_(t){const i=t.time,n=this.N_.cacheKey(i),s=this.Ge.get(n);if(void 0!==s)return s.W_;if(this.Ye===this.Je){const t=this.Ze.get(this.Ke);this.Ze.delete(this.Ke),this.Ge.delete(d(t)),this.Ke++,this.Ye--}const e=this.L_(t);return this.Ge.set(n,{W_:e,nr:this.Xe}),this.Ze.set(this.Xe,n),this.Ye++,this.Xe++,e}}class mn{constructor(t,i){c(t&lt;=i,&quot;right should be &gt;= left&quot;),this.j_=t,this.H_=i}Rs(){return this.j_}ui(){return this.H_}U_(){return this.H_-this.j_+1}Yr(t){return this.j_&lt;=t&amp;&amp;t&lt;=this.H_}gh(t){return this.j_===t.Rs()&amp;&amp;this.H_===t.ui()}}function bn(t,i){return null===t||null===i?t===i:t.gh(i)}class wn{constructor(){this.q_=new Map,this.Ge=null,this.Y_=!1}X_(t){this.Y_=t,this.Ge=null}K_(t,i){this.Z_(i),this.Ge=null;for(let n=i;n&lt;t.length;++n){const i=t[n];let s=this.q_.get(i.timeWeight);void 0===s&amp;&amp;(s=[],this.q_.set(i.timeWeight,s)),s.push({index:n,time:i.time,weight:i.timeWeight,originalTime:i.originalTime})}}G_(t,i){const n=Math.ceil(i/t);return null!==this.Ge&amp;&amp;this.Ge.J_===n||(this.Ge={Ia:this.Q_(n),J_:n}),this.Ge.Ia}Z_(t){if(0===t)return void this.q_.clear();const i=[];this.q_.forEach(((n,s)=&gt;{t&lt;=n[0].index?i.push(s):n.splice(Rt(n,t,(i=&gt;i.index&lt;t)),1/0)}));for(const t of i)this.q_.delete(t)}Q_(t){let i=[];for(const n of Array.from(this.q_.keys()).sort(((t,i)=&gt;i-t))){if(!this.q_.get(n))continue;const s=i;i=[];const e=s.length;let r=0;const h=d(this.q_.get(n)),l=h.length;let a=1/0,o=-1/0;for(let n=0;n&lt;l;n++){const l=h[n],_=l.index;for(;r&lt;e;){const t=s[r],n=t.index;if(!(n&lt;_)){a=n;break}r++,i.push(t),o=n,a=1/0}if(a-_&gt;=t&amp;&amp;_-o&gt;=t)i.push(l),o=_;else if(this.Y_)return s}for(;r&lt;e;r++)i.push(s[r])}return i}}class gn{constructor(t){this.tu=t}iu(){return null===this.tu?null:new mn(Math.floor(this.tu.Rs()),Math.ceil(this.tu.ui()))}nu(){return this.tu}static su(){return new gn(null)}}function Mn(t,i){return t.weight&gt;i.weight?t:i}class xn{constructor(t,i,n,s){this.e_=0,this.eu=null,this.ru=[],this.fo=null,this.do=null,this.hu=new wn,this.lu=new Map,this.au=gn.su(),this.ou=!0,this._u=new k,this.uu=new k,this.cu=new k,this.du=null,this.fu=null,this.vu=[],this._n=i,this.bo=n,this.pu=i.rightOffset,this.mu=i.barSpacing,this.Hi=t,this.N_=s,this.bu(),this.hu.X_(i.uniformDistribution)}W(){return this._n}wu(t){C(this.bo,t),this.gu(),this.bu()}Lh(t,i){var n;C(this._n,t),this._n.fixLeftEdge&amp;&amp;this.Mu(),this._n.fixRightEdge&amp;&amp;this.xu(),void 0!==t.barSpacing&amp;&amp;this.Hi.Kn(t.barSpacing),void 0!==t.rightOffset&amp;&amp;this.Hi.Zn(t.rightOffset),void 0!==t.minBarSpacing&amp;&amp;this.Hi.Kn(null!==(n=t.barSpacing)&amp;&amp;void 0!==n?n:this.mu),this.gu(),this.bu(),this.cu.m()}vn(t){var i,n;return null!==(n=null===(i=this.ru[t])||void 0===i?void 0:i.time)&amp;&amp;void 0!==n?n:null}$i(t){var i;return null!==(i=this.ru[t])&amp;&amp;void 0!==i?i:null}ka(t,i){if(this.ru.length&lt;1)return null;if(this.N_.key(t)&gt;this.N_.key(this.ru[this.ru.length-1].time))return i?this.ru.length-1:null;const n=Rt(this.ru,this.N_.key(t),((t,i)=&gt;this.N_.key(t.time)&lt;i));return this.N_.key(t)&lt;this.N_.key(this.ru[n].time)?i?n:null:n}Li(){return 0===this.e_||0===this.ru.length||null===this.eu}ya(){return this.ru.length&gt;0}qs(){return this.Su(),this.au.iu()}yu(){return this.Su(),this.au.nu()}ku(){const t=this.qs();if(null===t)return null;const i={from:t.Rs(),to:t.ui()};return this.Cu(i)}Cu(t){const i=Math.round(t.from),n=Math.round(t.to),s=f(this.Tu()),e=f(this.Pu());return{from:f(this.$i(Math.max(s,i))),to:f(this.$i(Math.min(e,n)))}}Ru(t){return{from:f(this.ka(t.from,!0)),to:f(this.ka(t.to,!0))}}ji(){return this.e_}m_(t){if(!isFinite(t)||t&lt;=0)return;if(this.e_===t)return;const i=this.yu(),n=this.e_;if(this.e_=t,this.ou=!0,this._n.lockVisibleTimeRangeOnResize&amp;&amp;0!==n){const i=this.mu*t/n;this.mu=i}if(this._n.fixLeftEdge&amp;&amp;null!==i&amp;&amp;i.Rs()&lt;=0){const i=n-t;this.pu-=Math.round(i/this.mu)+1,this.ou=!0}this.Du(),this.Ou()}zt(t){if(this.Li()||!P(t))return 0;const i=this.Au()+this.pu-t;return this.e_-(i+.5)*this.mu-1}Zs(t,i){const n=this.Au(),s=void 0===i?0:i.from,e=void 0===i?t.length:i.to;for(let i=s;i&lt;e;i++){const s=t[i].ot,e=n+this.pu-s,r=this.e_-(e+.5)*this.mu-1;t[i].nt=r}}Bu(t){return Math.ceil(this.Vu(t))}Zn(t){this.ou=!0,this.pu=t,this.Ou(),this.Hi.zu(),this.Hi.Nh()}ee(){return this.mu}Kn(t){this.Eu(t),this.Ou(),this.Hi.zu(),this.Hi.Nh()}Iu(){return this.pu}Ia(){if(this.Li())return null;if(null!==this.fu)return this.fu;const t=this.mu,i=5*(this.Hi.W().layout.fontSize+4)/8*(this._n.tickMarkMaxCharacterLength||8),n=Math.round(i/t),s=f(this.qs()),e=Math.max(s.Rs(),s.Rs()-n),r=Math.max(s.ui(),s.ui()-n),h=this.hu.G_(t,i),l=this.Tu()+n,a=this.Pu()-n,o=this.Lu(),_=this._n.fixLeftEdge||o,u=this._n.fixRightEdge||o;let c=0;for(const t of h){if(!(e&lt;=t.index&amp;&amp;t.index&lt;=r))continue;let n;c&lt;this.vu.length?(n=this.vu[c],n.coord=this.zt(t.index),n.label=this.Nu(t),n.weight=t.weight):(n={needAlignCoordinate:!1,coord:this.zt(t.index),label:this.Nu(t),weight:t.weight},this.vu.push(n)),this.mu&gt;i/2&amp;&amp;!o?n.needAlignCoordinate=!1:n.needAlignCoordinate=_&amp;&amp;t.index&lt;=l||u&amp;&amp;t.index&gt;=a,c++}return this.vu.length=c,this.fu=this.vu,this.vu}Fu(){this.ou=!0,this.Kn(this._n.barSpacing),this.Zn(this._n.rightOffset)}Wu(t){this.ou=!0,this.eu=t,this.Ou(),this.Mu()}ju(t,i){const n=this.Vu(t),s=this.ee(),e=s+i*(s/10);this.Kn(e),this._n.rightBarStaysOnScroll||this.Zn(this.Iu()+(n-this.Vu(t)))}Uo(t){this.fo&amp;&amp;this.Zo(),null===this.do&amp;&amp;null===this.du&amp;&amp;(this.Li()||(this.do=t,this.Hu()))}qo(t){if(null===this.du)return;const i=gt(this.e_-t,0,this.e_),n=gt(this.e_-f(this.do),0,this.e_);0!==i&amp;&amp;0!==n&amp;&amp;this.Kn(this.du.ee*i/n)}Yo(){null!==this.do&amp;&amp;(this.do=null,this.$u())}Xo(t){null===this.fo&amp;&amp;null===this.du&amp;&amp;(this.Li()||(this.fo=t,this.Hu()))}Ko(t){if(null===this.fo)return;const i=(this.fo-t)/this.ee();this.pu=f(this.du).Iu+i,this.ou=!0,this.Ou()}Zo(){null!==this.fo&amp;&amp;(this.fo=null,this.$u())}Uu(){this.qu(this._n.rightOffset)}qu(t,i=400){if(!isFinite(t))throw new RangeError(&quot;offset is required and must be finite number&quot;);if(!isFinite(i)||i&lt;=0)throw new RangeError(&quot;animationDuration (optional) must be finite positive number&quot;);const n=this.pu,s=performance.now();this.Hi.qn({Yu:t=&gt;(t-s)/i&gt;=1,Xu:e=&gt;{const r=(e-s)/i;return r&gt;=1?t:n+(t-n)*r}})}bt(t,i){this.ou=!0,this.ru=t,this.hu.K_(t,i),this.Ou()}Ku(){return this._u}Zu(){return this.uu}Gu(){return this.cu}Au(){return this.eu||0}Ju(t){const i=t.U_();this.Eu(this.e_/i),this.pu=t.ui()-this.Au(),this.Ou(),this.ou=!0,this.Hi.zu(),this.Hi.Nh()}Qu(){const t=this.Tu(),i=this.Pu();null!==t&amp;&amp;null!==i&amp;&amp;this.Ju(new mn(t,i+this._n.rightOffset))}tc(t){const i=new mn(t.from,t.to);this.Ju(i)}Ui(t){return void 0!==this.bo.timeFormatter?this.bo.timeFormatter(t.originalTime):this.N_.formatHorzItem(t.time)}Lu(){const{handleScroll:t,handleScale:i}=this.Hi.W();return!(t.horzTouchDrag||t.mouseWheel||t.pressedMouseMove||t.vertTouchDrag||i.axisDoubleClickReset.time||i.axisPressedMouseMove.time||i.mouseWheel||i.pinch)}Tu(){return 0===this.ru.length?null:0}Pu(){return 0===this.ru.length?null:this.ru.length-1}ic(t){return(this.e_-1-t)/this.mu}Vu(t){const i=this.ic(t),n=this.Au()+this.pu-i;return Math.round(1e6*n)/1e6}Eu(t){const i=this.mu;this.mu=t,this.Du(),i!==this.mu&amp;&amp;(this.ou=!0,this.nc())}Su(){if(!this.ou)return;if(this.ou=!1,this.Li())return void this.sc(gn.su());const t=this.Au(),i=this.e_/this.mu,n=this.pu+t,s=new mn(n-i+1,n);this.sc(new gn(s))}Du(){const t=this.ec();if(this.mu&lt;t&amp;&amp;(this.mu=t,this.ou=!0),0!==this.e_){const t=.5*this.e_;this.mu&gt;t&amp;&amp;(this.mu=t,this.ou=!0)}}ec(){return this._n.fixLeftEdge&amp;&amp;this._n.fixRightEdge&amp;&amp;0!==this.ru.length?this.e_/this.ru.length:this._n.minBarSpacing}Ou(){const t=this.rc();this.pu&gt;t&amp;&amp;(this.pu=t,this.ou=!0);const i=this.hc();null!==i&amp;&amp;this.pu&lt;i&amp;&amp;(this.pu=i,this.ou=!0)}hc(){const t=this.Tu(),i=this.eu;if(null===t||null===i)return null;return t-i-1+(this._n.fixLeftEdge?this.e_/this.mu:Math.min(2,this.ru.length))}rc(){return this._n.fixRightEdge?0:this.e_/this.mu-Math.min(2,this.ru.length)}Hu(){this.du={ee:this.ee(),Iu:this.Iu()}}$u(){this.du=null}Nu(t){let i=this.lu.get(t.weight);return void 0===i&amp;&amp;(i=new pn((t=&gt;this.lc(t)),this.N_),this.lu.set(t.weight,i)),i.F_(t)}lc(t){return this.N_.formatTickmark(t,this.bo)}sc(t){const i=this.au;this.au=t,bn(i.iu(),this.au.iu())||this._u.m(),bn(i.nu(),this.au.nu())||this.uu.m(),this.nc()}nc(){this.fu=null}gu(){this.nc(),this.lu.clear()}bu(){this.N_.updateFormatter(this.bo)}Mu(){if(!this._n.fixLeftEdge)return;const t=this.Tu();if(null===t)return;const i=this.qs();if(null===i)return;const n=i.Rs()-t;if(n&lt;0){const t=this.pu-n-1;this.Zn(t)}this.Du()}xu(){this.Ou(),this.Du()}}class Sn{K(t,i,n){t.useMediaCoordinateSpace((t=&gt;this.Z(t,i,n)))}fl(t,i,n){t.useMediaCoordinateSpace((t=&gt;this.ac(t,i,n)))}ac(t,i,n){}}class yn extends Sn{constructor(t){super(),this.oc=new Map,this.Et=t}Z(t){}ac(t){if(!this.Et.kt)return;const{context:i,mediaSize:n}=t;let s=0;for(const t of this.Et._c){if(0===t.Zt.length)continue;i.font=t.R;const e=this.uc(i,t.Zt);e&gt;n.width?t.ju=n.width/e:t.ju=1,s+=t.cc*t.ju}let e=0;switch(this.Et.dc){case&quot;top&quot;:e=0;break;case&quot;center&quot;:e=Math.max((n.height-s)/2,0);break;case&quot;bottom&quot;:e=Math.max(n.height-s,0)}i.fillStyle=this.Et.O;for(const t of this.Et._c){i.save();let s=0;switch(this.Et.fc){case&quot;left&quot;:i.textAlign=&quot;left&quot;,s=t.cc/2;break;case&quot;center&quot;:i.textAlign=&quot;center&quot;,s=n.width/2;break;case&quot;right&quot;:i.textAlign=&quot;right&quot;,s=n.width-1-t.cc/2}i.translate(s,e),i.textBaseline=&quot;top&quot;,i.font=t.R,i.scale(t.ju,t.ju),i.fillText(t.Zt,0,t.vc),i.restore(),e+=t.cc*t.ju}}uc(t,i){const n=this.mc(t.font);let s=n.get(i);return void 0===s&amp;&amp;(s=t.measureText(i).width,n.set(i,s)),s}mc(t){let i=this.oc.get(t);return void 0===i&amp;&amp;(i=new Map,this.oc.set(t,i)),i}}class kn{constructor(t){this.ft=!0,this.Ft={kt:!1,O:&quot;&quot;,_c:[],dc:&quot;center&quot;,fc:&quot;center&quot;},this.Wt=new yn(this.Ft),this.jt=t}bt(){this.ft=!0}gt(){return this.ft&amp;&amp;(this.Mt(),this.ft=!1),this.Wt}Mt(){const t=this.jt.W(),i=this.Ft;i.kt=t.visible,i.kt&amp;&amp;(i.O=t.color,i.fc=t.horzAlign,i.dc=t.vertAlign,i._c=[{Zt:t.text,R:z(t.fontSize,t.fontFamily,t.fontStyle),cc:1.2*t.fontSize,vc:0,ju:0}])}}class Cn extends st{constructor(t,i){super(),this._n=i,this.mn=new kn(this)}Tn(){return[]}Cn(){return[this.mn]}W(){return this._n}Rn(){this.mn.bt()}}var Tn,Pn,Rn,Dn,On;!function(t){t[t.OnTouchEnd=0]=&quot;OnTouchEnd&quot;,t[t.OnNextTap=1]=&quot;OnNextTap&quot;}(Tn||(Tn={}));class An{constructor(t,i,n){this.bc=[],this.wc=[],this.e_=0,this.gc=null,this.Mc=new k,this.xc=new k,this.Sc=null,this.yc=t,this._n=i,this.N_=n,this.kc=new E(this),this.wl=new xn(this,i.timeScale,this._n.localization,n),this.vt=new rt(this,i.crosshair),this.Cc=new Yi(i.crosshair),this.Tc=new Cn(this,i.watermark),this.Pc(),this.bc[0].p_(2e3),this.Rc=this.Dc(0),this.Oc=this.Dc(1)}$l(){this.Ac(lt.ns())}Nh(){this.Ac(lt.ts())}sa(){this.Ac(new lt(1))}Ul(t){const i=this.Bc(t);this.Ac(i)}Vc(){return this.gc}zc(t){const i=this.gc;this.gc=t,null!==i&amp;&amp;this.Ul(i.Ec),null!==t&amp;&amp;this.Ul(t.Ec)}W(){return this._n}Lh(t){C(this._n,t),this.bc.forEach((i=&gt;i.c_(t))),void 0!==t.timeScale&amp;&amp;this.wl.Lh(t.timeScale),void 0!==t.localization&amp;&amp;this.wl.wu(t.localization),(t.leftPriceScale||t.rightPriceScale)&amp;&amp;this.Mc.m(),this.Rc=this.Dc(0),this.Oc=this.Dc(1),this.$l()}Ic(t,i){if(&quot;left&quot;===t)return void this.Lh({leftPriceScale:i});if(&quot;right&quot;===t)return void this.Lh({rightPriceScale:i});const n=this.Lc(t);null!==n&amp;&amp;(n.Dt.Lh(i),this.Mc.m())}Lc(t){for(const i of this.bc){const n=i.d_(t);if(null!==n)return{Ht:i,Dt:n}}return null}St(){return this.wl}Nc(){return this.bc}Fc(){return this.Tc}Wc(){return this.vt}jc(){return this.xc}Hc(t,i){t.Oo(i),this.zu()}m_(t){this.e_=t,this.wl.m_(this.e_),this.bc.forEach((i=&gt;i.m_(t))),this.zu()}Pc(t){const i=new vn(this.wl,this);void 0!==t?this.bc.splice(t,0,i):this.bc.push(i);const n=void 0===t?this.bc.length-1:t,s=lt.ns();return s.In(n,{Ln:0,Nn:!0}),this.Ac(s),i}k_(t,i,n){t.k_(i,n)}C_(t,i,n){t.C_(i,n),this.ql(),this.Ac(this.$c(t,2))}T_(t,i){t.T_(i),this.Ac(this.$c(t,2))}P_(t,i,n){i.ko()||t.P_(i,n)}R_(t,i,n){i.ko()||(t.R_(i,n),this.ql(),this.Ac(this.$c(t,2)))}D_(t,i){i.ko()||(t.D_(i),this.Ac(this.$c(t,2)))}A_(t,i){t.A_(i),this.Ac(this.$c(t,2))}Uc(t){this.wl.Uo(t)}qc(t,i){const n=this.St();if(n.Li()||0===i)return;const s=n.ji();t=Math.max(1,Math.min(t,s)),n.ju(t,i),this.zu()}Yc(t){this.Xc(0),this.Kc(t),this.Zc()}Gc(t){this.wl.qo(t),this.zu()}Jc(){this.wl.Yo(),this.Nh()}Xc(t){this.wl.Xo(t)}Kc(t){this.wl.Ko(t),this.zu()}Zc(){this.wl.Zo(),this.Nh()}wt(){return this.wc}Qc(t,i,n,s,e){this.vt.bn(t,i);let r=NaN,h=this.wl.Bu(t);const l=this.wl.qs();null!==l&amp;&amp;(h=Math.min(Math.max(l.Rs(),h),l.ui()));const a=s.dn(),o=a.Ct();null!==o&amp;&amp;(r=a.fn(i,o)),r=this.Cc.Ca(r,h,s),this.vt.xn(h,r,s),this.sa(),e||this.xc.m(this.vt.xt(),{x:t,y:i},n)}td(t,i,n){const s=n.dn(),e=s.Ct(),r=s.Rt(t,f(e)),h=this.wl.ka(i,!0),l=this.wl.zt(f(h));this.Qc(l,r,null,n,!0)}nd(t){this.Wc().yn(),this.sa(),t||this.xc.m(null,null,null)}ql(){const t=this.vt.Ht();if(null!==t){const i=this.vt.gn(),n=this.vt.Mn();this.Qc(i,n,null,t)}this.vt.Rn()}sd(t,i,n){const s=this.wl.vn(0);void 0!==i&amp;&amp;void 0!==n&amp;&amp;this.wl.bt(i,n);const e=this.wl.vn(0),r=this.wl.Au(),h=this.wl.qs();if(null!==h&amp;&amp;null!==s&amp;&amp;null!==e){const i=h.Yr(r),l=this.N_.key(s)&gt;this.N_.key(e),a=null!==t&amp;&amp;t&gt;r&amp;&amp;!l,o=this.wl.W().allowShiftVisibleRangeOnWhitespaceReplacement,_=i&amp;&amp;(!(void 0===n)||o)&amp;&amp;this.wl.W().shiftVisibleRangeOnNewBar;if(a&amp;&amp;!_){const i=t-r;this.wl.Zn(this.wl.Iu()-i)}}this.wl.Wu(t)}Kl(t){null!==t&amp;&amp;t.V_()}_r(t){const i=this.bc.find((i=&gt;i.No().includes(t)));return void 0===i?null:i}zu(){this.Tc.Rn(),this.bc.forEach((t=&gt;t.V_())),this.ql()}S(){this.bc.forEach((t=&gt;t.S())),this.bc.length=0,this._n.localization.priceFormatter=void 0,this._n.localization.percentageFormatter=void 0,this._n.localization.timeFormatter=void 0}ed(){return this.kc}vr(){return this.kc.W()}f_(){return this.Mc}rd(t,i,n){const s=this.bc[0],e=this.hd(i,t,s,n);return this.wc.push(e),1===this.wc.length?this.$l():this.Nh(),e}ld(t){const i=this._r(t),n=this.wc.indexOf(t);c(-1!==n,&quot;Series not found&quot;),this.wc.splice(n,1),f(i).jo(t),t.S&amp;&amp;t.S()}Hl(t,i){const n=f(this._r(t));n.jo(t);const s=this.Lc(i);if(null===s){const s=t.Xi();n.Fo(t,i,s)}else{const e=s.Ht===n?t.Xi():void 0;s.Ht.Fo(t,i,e)}}Qu(){const t=lt.ts();t.jn(),this.Ac(t)}ad(t){const i=lt.ts();i.Un(t),this.Ac(i)}Xn(){const t=lt.ts();t.Xn(),this.Ac(t)}Kn(t){const i=lt.ts();i.Kn(t),this.Ac(i)}Zn(t){const i=lt.ts();i.Zn(t),this.Ac(i)}qn(t){const i=lt.ts();i.qn(t),this.Ac(i)}Hn(){const t=lt.ts();t.Hn(),this.Ac(t)}od(){return this._n.rightPriceScale.visible?&quot;right&quot;:&quot;left&quot;}_d(){return this.Oc}q(){return this.Rc}Bt(t){const i=this.Oc,n=this.Rc;if(i===n)return i;if(t=Math.max(0,Math.min(100,Math.round(100*t))),null===this.Sc||this.Sc.ks!==n||this.Sc.Cs!==i)this.Sc={ks:n,Cs:i,ud:new Map};else{const i=this.Sc.ud.get(t);if(void 0!==i)return i}const s=function(t,i,n){const[s,e,r,h]=S(t),[l,a,o,_]=S(i),u=[m(s+n*(l-s)),m(e+n*(a-e)),m(r+n*(o-r)),b(h+n*(_-h))];return`rgba(${u[0]}, ${u[1]}, ${u[2]}, ${u[3]})`}(n,i,t/100);return this.Sc.ud.set(t,s),s}$c(t,i){const n=new lt(i);if(null!==t){const s=this.bc.indexOf(t);n.In(s,{Ln:i})}return n}Bc(t,i){return void 0===i&amp;&amp;(i=2),this.$c(this._r(t),i)}Ac(t){this.yc&amp;&amp;this.yc(t),this.bc.forEach((t=&gt;t.E_().Fh().bt()))}hd(t,i,n,s){const e=new qi(this,t,i,n,s),r=void 0!==t.priceScaleId?t.priceScaleId:this.od();return n.Fo(e,r),ht(r)||e.Lh(t),e}Dc(t){const i=this._n.layout;return&quot;gradient&quot;===i.background.type?0===t?i.background.topColor:i.background.bottomColor:i.background.color}}function Bn(t){return!T(t)&amp;&amp;!R(t)}function Vn(t){return T(t)}!function(t){t[t.Disabled=0]=&quot;Disabled&quot;,t[t.Continuous=1]=&quot;Continuous&quot;,t[t.OnDataUpdate=2]=&quot;OnDataUpdate&quot;}(Pn||(Pn={})),function(t){t[t.LastBar=0]=&quot;LastBar&quot;,t[t.LastVisible=1]=&quot;LastVisible&quot;}(Rn||(Rn={})),function(t){t.Solid=&quot;solid&quot;,t.VerticalGradient=&quot;gradient&quot;}(Dn||(Dn={})),function(t){t[t.Year=0]=&quot;Year&quot;,t[t.Month=1]=&quot;Month&quot;,t[t.DayOfMonth=2]=&quot;DayOfMonth&quot;,t[t.Time=3]=&quot;Time&quot;,t[t.TimeWithSeconds=4]=&quot;TimeWithSeconds&quot;}(On||(On={}));const zn=t=&gt;t.getUTCFullYear();function En(t,i,n){return i.replace(/yyyy/g,(t=&gt;ot(zn(t),4))(t)).replace(/yy/g,(t=&gt;ot(zn(t)%100,2))(t)).replace(/MMMM/g,((t,i)=&gt;new Date(t.getUTCFullYear(),t.getUTCMonth(),1).toLocaleString(i,{month:&quot;long&quot;}))(t,n)).replace(/MMM/g,((t,i)=&gt;new Date(t.getUTCFullYear(),t.getUTCMonth(),1).toLocaleString(i,{month:&quot;short&quot;}))(t,n)).replace(/MM/g,(t=&gt;ot((t=&gt;t.getUTCMonth()+1)(t),2))(t)).replace(/dd/g,(t=&gt;ot((t=&gt;t.getUTCDate())(t),2))(t))}class In{constructor(t=&quot;yyyy-MM-dd&quot;,i=&quot;default&quot;){this.dd=t,this.fd=i}F_(t){return En(t,this.dd,this.fd)}}class Ln{constructor(t){this.vd=t||&quot;%h:%m:%s&quot;}F_(t){return this.vd.replace(&quot;%h&quot;,ot(t.getUTCHours(),2)).replace(&quot;%m&quot;,ot(t.getUTCMinutes(),2)).replace(&quot;%s&quot;,ot(t.getUTCSeconds(),2))}}const Nn={pd:&quot;yyyy-MM-dd&quot;,md:&quot;%h:%m:%s&quot;,bd:&quot; &quot;,wd:&quot;default&quot;};class Fn{constructor(t={}){const i=Object.assign(Object.assign({},Nn),t);this.gd=new In(i.pd,i.wd),this.Md=new Ln(i.md),this.xd=i.bd}F_(t){return`${this.gd.F_(t)}${this.xd}${this.Md.F_(t)}`}}function Wn(t){return 60*t*60*1e3}function jn(t){return 60*t*1e3}const Hn=[{Sd:($n=1,1e3*$n),yd:10},{Sd:jn(1),yd:20},{Sd:jn(5),yd:21},{Sd:jn(30),yd:22},{Sd:Wn(1),yd:30},{Sd:Wn(3),yd:31},{Sd:Wn(6),yd:32},{Sd:Wn(12),yd:33}];var $n;function Un(t,i){if(t.getUTCFullYear()!==i.getUTCFullYear())return 70;if(t.getUTCMonth()!==i.getUTCMonth())return 60;if(t.getUTCDate()!==i.getUTCDate())return 50;for(let n=Hn.length-1;n&gt;=0;--n)if(Math.floor(i.getTime()/Hn[n].Sd)!==Math.floor(t.getTime()/Hn[n].Sd))return Hn[n].yd;return 0}function qn(t){let i=t;if(R(t)&amp;&amp;(i=Xn(t)),!Bn(i))throw new Error(&quot;time must be of type BusinessDay&quot;);const n=new Date(Date.UTC(i.year,i.month-1,i.day,0,0,0,0));return{kd:Math.round(n.getTime()/1e3),Cd:i}}function Yn(t){if(!Vn(t))throw new Error(&quot;time must be of type isUTCTimestamp&quot;);return{kd:t}}function Xn(t){const i=new Date(t);if(isNaN(i.getTime()))throw new Error(`Invalid date string=${t}, expected format=yyyy-mm-dd`);return{day:i.getUTCDate(),month:i.getUTCMonth()+1,year:i.getUTCFullYear()}}function Kn(t){R(t.time)&amp;&amp;(t.time=Xn(t.time))}class Zn{options(){return this._n}setOptions(t){this._n=t,this.updateFormatter(t.localization)}preprocessData(t){Array.isArray(t)?function(t){t.forEach(Kn)}(t):Kn(t)}createConverterToInternalObj(t){return f(function(t){return 0===t.length?null:Bn(t[0].time)||R(t[0].time)?qn:Yn}(t))}key(t){return&quot;object&quot;==typeof t&amp;&amp;&quot;kd&quot;in t?t.kd:this.key(this.convertHorzItemToInternal(t))}cacheKey(t){const i=t;return void 0===i.Cd?new Date(1e3*i.kd).getTime():new Date(Date.UTC(i.Cd.year,i.Cd.month-1,i.Cd.day)).getTime()}convertHorzItemToInternal(t){return Vn(i=t)?Yn(i):Bn(i)?qn(i):qn(Xn(i));var i}updateFormatter(t){if(!this._n)return;const i=t.dateFormat;this._n.timeScale.timeVisible?this.Td=new Fn({pd:i,md:this._n.timeScale.secondsVisible?&quot;%h:%m:%s&quot;:&quot;%h:%m&quot;,bd:&quot;   &quot;,wd:t.locale}):this.Td=new In(i,t.locale)}formatHorzItem(t){const i=t;return this.Td.F_(new Date(1e3*i.kd))}formatTickmark(t,i){const n=function(t,i,n){switch(t){case 0:case 10:return i?n?4:3:2;case 20:case 21:case 22:case 30:case 31:case 32:case 33:return i?3:2;case 50:return 2;case 60:return 1;case 70:return 0}}(t.weight,this._n.timeScale.timeVisible,this._n.timeScale.secondsVisible),s=this._n.timeScale;if(void 0!==s.tickMarkFormatter){const e=s.tickMarkFormatter(t.originalTime,n,i.locale);if(null!==e)return e}return function(t,i,n){const s={};switch(i){case 0:s.year=&quot;numeric&quot;;break;case 1:s.month=&quot;short&quot;;break;case 2:s.day=&quot;numeric&quot;;break;case 3:s.hour12=!1,s.hour=&quot;2-digit&quot;,s.minute=&quot;2-digit&quot;;break;case 4:s.hour12=!1,s.hour=&quot;2-digit&quot;,s.minute=&quot;2-digit&quot;,s.second=&quot;2-digit&quot;}const e=void 0===t.Cd?new Date(1e3*t.kd):new Date(Date.UTC(t.Cd.year,t.Cd.month-1,t.Cd.day));return new Date(e.getUTCFullYear(),e.getUTCMonth(),e.getUTCDate(),e.getUTCHours(),e.getUTCMinutes(),e.getUTCSeconds(),e.getUTCMilliseconds()).toLocaleString(n,s)}(t.time,n,i.locale)}maxTickMarkWeight(t){let i=t.reduce(Mn,t[0]).weight;return i&gt;30&amp;&amp;i&lt;50&amp;&amp;(i=30),i}fillWeightsForPoints(t,i){!function(t,i=0){if(0===t.length)return;let n=0===i?null:t[i-1].time.kd,s=null!==n?new Date(1e3*n):null,e=0;for(let r=i;r&lt;t.length;++r){const i=t[r],h=new Date(1e3*i.time.kd);null!==s&amp;&amp;(i.timeWeight=Un(h,s)),e+=i.time.kd-(n||i.time.kd),n=i.time.kd,s=h}if(0===i&amp;&amp;t.length&gt;1){const i=Math.ceil(e/(t.length-1)),n=new Date(1e3*(t[0].time.kd-i));t[0].timeWeight=Un(new Date(1e3*t[0].time.kd),n)}}(t,i)}static Pd(t){return C({localization:{dateFormat:&quot;dd MMM &#x27;yy&quot;}},null!=t?t:{})}}function Gn(t){var i=t.width,n=t.height;if(i&lt;0)throw new Error(&quot;Negative width is not allowed for Size&quot;);if(n&lt;0)throw new Error(&quot;Negative height is not allowed for Size&quot;);return{width:i,height:n}}function Jn(t,i){return t.width===i.width&amp;&amp;t.height===i.height}var Qn=function(){function t(t){var i=this;this._resolutionListener=function(){return i._onResolutionChanged()},this._resolutionMediaQueryList=null,this._observers=[],this._window=t,this._installResolutionListener()}return t.prototype.dispose=function(){this._uninstallResolutionListener(),this._window=null},Object.defineProperty(t.prototype,&quot;value&quot;,{get:function(){return this._window.devicePixelRatio},enumerable:!1,configurable:!0}),t.prototype.subscribe=function(t){var i=this,n={next:t};return this._observers.push(n),{unsubscribe:function(){i._observers=i._observers.filter((function(t){return t!==n}))}}},t.prototype._installResolutionListener=function(){if(null!==this._resolutionMediaQueryList)throw new Error(&quot;Resolution listener is already installed&quot;);var t=this._window.devicePixelRatio;this._resolutionMediaQueryList=this._window.matchMedia(&quot;all and (resolution: &quot;.concat(t,&quot;dppx)&quot;)),this._resolutionMediaQueryList.addListener(this._resolutionListener)},t.prototype._uninstallResolutionListener=function(){null!==this._resolutionMediaQueryList&amp;&amp;(this._resolutionMediaQueryList.removeListener(this._resolutionListener),this._resolutionMediaQueryList=null)},t.prototype._reinstallResolutionListener=function(){this._uninstallResolutionListener(),this._installResolutionListener()},t.prototype._onResolutionChanged=function(){var t=this;this._observers.forEach((function(i){return i.next(t._window.devicePixelRatio)})),this._reinstallResolutionListener()},t}();var ts=function(){function t(t,i,n){var s;this._canvasElement=null,this._bitmapSizeChangedListeners=[],this._suggestedBitmapSize=null,this._suggestedBitmapSizeChangedListeners=[],this._devicePixelRatioObservable=null,this._canvasElementResizeObserver=null,this._canvasElement=t,this._canvasElementClientSize=Gn({width:this._canvasElement.clientWidth,height:this._canvasElement.clientHeight}),this._transformBitmapSize=null!=i?i:function(t){return t},this._allowResizeObserver=null===(s=null==n?void 0:n.allowResizeObserver)||void 0===s||s,this._chooseAndInitObserver()}return t.prototype.dispose=function(){var t,i;if(null===this._canvasElement)throw new Error(&quot;Object is disposed&quot;);null===(t=this._canvasElementResizeObserver)||void 0===t||t.disconnect(),this._canvasElementResizeObserver=null,null===(i=this._devicePixelRatioObservable)||void 0===i||i.dispose(),this._devicePixelRatioObservable=null,this._suggestedBitmapSizeChangedListeners.length=0,this._bitmapSizeChangedListeners.length=0,this._canvasElement=null},Object.defineProperty(t.prototype,&quot;canvasElement&quot;,{get:function(){if(null===this._canvasElement)throw new Error(&quot;Object is disposed&quot;);return this._canvasElement},enumerable:!1,configurable:!0}),Object.defineProperty(t.prototype,&quot;canvasElementClientSize&quot;,{get:function(){return this._canvasElementClientSize},enumerable:!1,configurable:!0}),Object.defineProperty(t.prototype,&quot;bitmapSize&quot;,{get:function(){return Gn({width:this.canvasElement.width,height:this.canvasElement.height})},enumerable:!1,configurable:!0}),t.prototype.resizeCanvasElement=function(t){this._canvasElementClientSize=Gn(t),this.canvasElement.style.width=&quot;&quot;.concat(this._canvasElementClientSize.width,&quot;px&quot;),this.canvasElement.style.height=&quot;&quot;.concat(this._canvasElementClientSize.height,&quot;px&quot;),this._invalidateBitmapSize()},t.prototype.subscribeBitmapSizeChanged=function(t){this._bitmapSizeChangedListeners.push(t)},t.prototype.unsubscribeBitmapSizeChanged=function(t){this._bitmapSizeChangedListeners=this._bitmapSizeChangedListeners.filter((function(i){return i!==t}))},Object.defineProperty(t.prototype,&quot;suggestedBitmapSize&quot;,{get:function(){return this._suggestedBitmapSize},enumerable:!1,configurable:!0}),t.prototype.subscribeSuggestedBitmapSizeChanged=function(t){this._suggestedBitmapSizeChangedListeners.push(t)},t.prototype.unsubscribeSuggestedBitmapSizeChanged=function(t){this._suggestedBitmapSizeChangedListeners=this._suggestedBitmapSizeChangedListeners.filter((function(i){return i!==t}))},t.prototype.applySuggestedBitmapSize=function(){if(null!==this._suggestedBitmapSize){var t=this._suggestedBitmapSize;this._suggestedBitmapSize=null,this._resizeBitmap(t),this._emitSuggestedBitmapSizeChanged(t,this._suggestedBitmapSize)}},t.prototype._resizeBitmap=function(t){var i=this.bitmapSize;Jn(i,t)||(this.canvasElement.width=t.width,this.canvasElement.height=t.height,this._emitBitmapSizeChanged(i,t))},t.prototype._emitBitmapSizeChanged=function(t,i){var n=this;this._bitmapSizeChangedListeners.forEach((function(s){return s.call(n,t,i)}))},t.prototype._suggestNewBitmapSize=function(t){var i=this._suggestedBitmapSize,n=Gn(this._transformBitmapSize(t,this._canvasElementClientSize)),s=Jn(this.bitmapSize,n)?null:n;null===i&amp;&amp;null===s||null!==i&amp;&amp;null!==s&amp;&amp;Jn(i,s)||(this._suggestedBitmapSize=s,this._emitSuggestedBitmapSizeChanged(i,s))},t.prototype._emitSuggestedBitmapSizeChanged=function(t,i){var n=this;this._suggestedBitmapSizeChangedListeners.forEach((function(s){return s.call(n,t,i)}))},t.prototype._chooseAndInitObserver=function(){var t=this;this._allowResizeObserver?new Promise((function(t){var i=new ResizeObserver((function(n){t(n.every((function(t){return&quot;devicePixelContentBoxSize&quot;in t}))),i.disconnect()}));i.observe(document.body,{box:&quot;device-pixel-content-box&quot;})})).catch((function(){return!1})).then((function(i){return i?t._initResizeObserver():t._initDevicePixelRatioObservable()})):this._initDevicePixelRatioObservable()},t.prototype._initDevicePixelRatioObservable=function(){var t=this;if(null!==this._canvasElement){var i=is(this._canvasElement);if(null===i)throw new Error(&quot;No window is associated with the canvas&quot;);this._devicePixelRatioObservable=function(t){return new Qn(t)}(i),this._devicePixelRatioObservable.subscribe((function(){return t._invalidateBitmapSize()})),this._invalidateBitmapSize()}},t.prototype._invalidateBitmapSize=function(){var t,i;if(null!==this._canvasElement){var n=is(this._canvasElement);if(null!==n){var s=null!==(i=null===(t=this._devicePixelRatioObservable)||void 0===t?void 0:t.value)&amp;&amp;void 0!==i?i:n.devicePixelRatio,e=this._canvasElement.getClientRects(),r=void 0!==e[0]?function(t,i){return Gn({width:Math.round(t.left*i+t.width*i)-Math.round(t.left*i),height:Math.round(t.top*i+t.height*i)-Math.round(t.top*i)})}(e[0],s):Gn({width:this._canvasElementClientSize.width*s,height:this._canvasElementClientSize.height*s});this._suggestNewBitmapSize(r)}}},t.prototype._initResizeObserver=function(){var t=this;null!==this._canvasElement&amp;&amp;(this._canvasElementResizeObserver=new ResizeObserver((function(i){var n=i.find((function(i){return i.target===t._canvasElement}));if(n&amp;&amp;n.devicePixelContentBoxSize&amp;&amp;n.devicePixelContentBoxSize[0]){var s=n.devicePixelContentBoxSize[0],e=Gn({width:s.inlineSize,height:s.blockSize});t._suggestNewBitmapSize(e)}})),this._canvasElementResizeObserver.observe(this._canvasElement,{box:&quot;device-pixel-content-box&quot;}))},t}();function is(t){return t.ownerDocument.defaultView}var ns=function(){function t(t,i,n){if(0===i.width||0===i.height)throw new TypeError(&quot;Rendering target could only be created on a media with positive width and height&quot;);if(this._mediaSize=i,0===n.width||0===n.height)throw new TypeError(&quot;Rendering target could only be created using a bitmap with positive integer width and height&quot;);this._bitmapSize=n,this._context=t}return t.prototype.useMediaCoordinateSpace=function(t){try{return this._context.save(),this._context.setTransform(1,0,0,1,0,0),this._context.scale(this._horizontalPixelRatio,this._verticalPixelRatio),t({context:this._context,mediaSize:this._mediaSize})}finally{this._context.restore()}},t.prototype.useBitmapCoordinateSpace=function(t){try{return this._context.save(),this._context.setTransform(1,0,0,1,0,0),t({context:this._context,mediaSize:this._mediaSize,bitmapSize:this._bitmapSize,horizontalPixelRatio:this._horizontalPixelRatio,verticalPixelRatio:this._verticalPixelRatio})}finally{this._context.restore()}},Object.defineProperty(t.prototype,&quot;_horizontalPixelRatio&quot;,{get:function(){return this._bitmapSize.width/this._mediaSize.width},enumerable:!1,configurable:!0}),Object.defineProperty(t.prototype,&quot;_verticalPixelRatio&quot;,{get:function(){return this._bitmapSize.height/this._mediaSize.height},enumerable:!1,configurable:!0}),t}();function ss(t,i){var n=t.canvasElementClientSize;if(0===n.width||0===n.height)return null;var s=t.bitmapSize;if(0===s.width||0===s.height)return null;var e=t.canvasElement.getContext(&quot;2d&quot;,i);return null===e?null:new ns(e,n,s)}const es=&quot;undefined&quot;!=typeof window;function rs(){return!!es&amp;&amp;window.navigator.userAgent.toLowerCase().indexOf(&quot;firefox&quot;)&gt;-1}function hs(){return!!es&amp;&amp;/iPhone|iPad|iPod/.test(window.navigator.platform)}function ls(t){return t+t%2}function as(t,i){return t.Rd-i.Rd}function os(t,i,n){const s=(t.Rd-i.Rd)/(t.ot-i.ot);return Math.sign(s)*Math.min(Math.abs(s),n)}class _s{constructor(t,i,n,s){this.Dd=null,this.Od=null,this.Ad=null,this.Bd=null,this.Vd=null,this.zd=0,this.Ed=0,this.Id=t,this.Ld=i,this.Nd=n,this.ss=s}Fd(t,i){if(null!==this.Dd){if(this.Dd.ot===i)return void(this.Dd.Rd=t);if(Math.abs(this.Dd.Rd-t)&lt;this.ss)return}this.Bd=this.Ad,this.Ad=this.Od,this.Od=this.Dd,this.Dd={ot:i,Rd:t}}Pr(t,i){if(null===this.Dd||null===this.Od)return;if(i-this.Dd.ot&gt;50)return;let n=0;const s=os(this.Dd,this.Od,this.Ld),e=as(this.Dd,this.Od),r=[s],h=[e];if(n+=e,null!==this.Ad){const t=os(this.Od,this.Ad,this.Ld);if(Math.sign(t)===Math.sign(s)){const i=as(this.Od,this.Ad);if(r.push(t),h.push(i),n+=i,null!==this.Bd){const t=os(this.Ad,this.Bd,this.Ld);if(Math.sign(t)===Math.sign(s)){const i=as(this.Ad,this.Bd);r.push(t),h.push(i),n+=i}}}}let l=0;for(let t=0;t&lt;r.length;++t)l+=h[t]/n*r[t];Math.abs(l)&lt;this.Id||(this.Vd={Rd:t,ot:i},this.Ed=l,this.zd=function(t,i){const n=Math.log(i);return Math.log(1*n/-t)/n}(Math.abs(l),this.Nd))}Xu(t){const i=f(this.Vd),n=t-i.ot;return i.Rd+this.Ed*(Math.pow(this.Nd,n)-1)/Math.log(this.Nd)}Yu(t){return null===this.Vd||this.Wd(t)===this.zd}Wd(t){const i=t-f(this.Vd).ot;return Math.min(i,this.zd)}}function us(t,i){const n=f(t.ownerDocument).createElement(&quot;canvas&quot;);t.appendChild(n);const s=function(t,i){if(&quot;device-pixel-content-box&quot;===i.type)return new ts(t,i.transform,i.options);throw new Error(&quot;Unsupported binding target&quot;)}(n,{type:&quot;device-pixel-content-box&quot;,options:{allowResizeObserver:!1},transform:(t,i)=&gt;({width:Math.max(t.width,i.width),height:Math.max(t.height,i.height)})});return s.resizeCanvasElement(i),s}function cs(t){var i;t.width=1,t.height=1,null===(i=t.getContext(&quot;2d&quot;))||void 0===i||i.clearRect(0,0,1,1)}function ds(t,i,n,s){t.fl&amp;&amp;t.fl(i,n,s)}function fs(t,i,n,s){t.K(i,n,s)}function vs(t,i,n,s){const e=t(n,s);for(const t of e){const n=t.gt();null!==n&amp;&amp;i(n)}}function ps(t){es&amp;&amp;void 0!==window.chrome&amp;&amp;t.addEventListener(&quot;mousedown&quot;,(t=&gt;{if(1===t.button)return t.preventDefault(),!1}))}class ms{constructor(t,i,n){this.jd=0,this.Hd=null,this.$d={nt:Number.NEGATIVE_INFINITY,st:Number.POSITIVE_INFINITY},this.Ud=0,this.qd=null,this.Yd={nt:Number.NEGATIVE_INFINITY,st:Number.POSITIVE_INFINITY},this.Xd=null,this.Kd=!1,this.Zd=null,this.Gd=null,this.Jd=!1,this.Qd=!1,this.tf=!1,this.if=null,this.nf=null,this.sf=null,this.ef=null,this.rf=null,this.hf=null,this.lf=null,this.af=0,this._f=!1,this.uf=!1,this.cf=!1,this.df=0,this.ff=null,this.vf=!hs(),this.pf=t=&gt;{this.mf(t)},this.bf=t=&gt;{if(this.wf(t)){const i=this.gf(t);if(++this.Ud,this.qd&amp;&amp;this.Ud&gt;1){const{Mf:n}=this.xf(gs(t),this.Yd);n&lt;30&amp;&amp;!this.tf&amp;&amp;this.Sf(i,this.kf.yf),this.Cf()}}else{const i=this.gf(t);if(++this.jd,this.Hd&amp;&amp;this.jd&gt;1){const{Mf:n}=this.xf(gs(t),this.$d);n&lt;5&amp;&amp;!this.Qd&amp;&amp;this.Tf(i,this.kf.Pf),this.Rf()}}},this.Df=t,this.kf=i,this._n=n,this.Of()}S(){null!==this.if&amp;&amp;(this.if(),this.if=null),null!==this.nf&amp;&amp;(this.nf(),this.nf=null),null!==this.ef&amp;&amp;(this.ef(),this.ef=null),null!==this.rf&amp;&amp;(this.rf(),this.rf=null),null!==this.hf&amp;&amp;(this.hf(),this.hf=null),null!==this.sf&amp;&amp;(this.sf(),this.sf=null),this.Af(),this.Rf()}Bf(t){this.ef&amp;&amp;this.ef();const i=this.Vf.bind(this);if(this.ef=()=&gt;{this.Df.removeEventListener(&quot;mousemove&quot;,i)},this.Df.addEventListener(&quot;mousemove&quot;,i),this.wf(t))return;const n=this.gf(t);this.Tf(n,this.kf.zf),this.vf=!0}Rf(){null!==this.Hd&amp;&amp;clearTimeout(this.Hd),this.jd=0,this.Hd=null,this.$d={nt:Number.NEGATIVE_INFINITY,st:Number.POSITIVE_INFINITY}}Cf(){null!==this.qd&amp;&amp;clearTimeout(this.qd),this.Ud=0,this.qd=null,this.Yd={nt:Number.NEGATIVE_INFINITY,st:Number.POSITIVE_INFINITY}}Vf(t){if(this.cf||null!==this.Gd)return;if(this.wf(t))return;const i=this.gf(t);this.Tf(i,this.kf.Ef),this.vf=!0}If(t){const i=xs(t.changedTouches,f(this.ff));if(null===i)return;if(this.df=Ms(t),null!==this.lf)return;if(this.uf)return;this._f=!0;const n=this.xf(gs(i),f(this.Gd)),{Lf:s,Nf:e,Mf:r}=n;if(this.Jd||!(r&lt;5)){if(!this.Jd){const t=.5*s,i=e&gt;=t&amp;&amp;!this._n.Ff(),n=t&gt;e&amp;&amp;!this._n.Wf();i||n||(this.uf=!0),this.Jd=!0,this.tf=!0,this.Af(),this.Cf()}if(!this.uf){const n=this.gf(t,i);this.Sf(n,this.kf.jf),ws(t)}}}Hf(t){if(0!==t.button)return;const i=this.xf(gs(t),f(this.Zd)),{Mf:n}=i;if(n&gt;=5&amp;&amp;(this.Qd=!0,this.Rf()),this.Qd){const i=this.gf(t);this.Tf(i,this.kf.$f)}}xf(t,i){const n=Math.abs(i.nt-t.nt),s=Math.abs(i.st-t.st);return{Lf:n,Nf:s,Mf:n+s}}Uf(t){let i=xs(t.changedTouches,f(this.ff));if(null===i&amp;&amp;0===t.touches.length&amp;&amp;(i=t.changedTouches[0]),null===i)return;this.ff=null,this.df=Ms(t),this.Af(),this.Gd=null,this.hf&amp;&amp;(this.hf(),this.hf=null);const n=this.gf(t,i);if(this.Sf(n,this.kf.qf),++this.Ud,this.qd&amp;&amp;this.Ud&gt;1){const{Mf:t}=this.xf(gs(i),this.Yd);t&lt;30&amp;&amp;!this.tf&amp;&amp;this.Sf(n,this.kf.yf),this.Cf()}else this.tf||(this.Sf(n,this.kf.Yf),this.kf.Yf&amp;&amp;ws(t));0===this.Ud&amp;&amp;ws(t),0===t.touches.length&amp;&amp;this.Kd&amp;&amp;(this.Kd=!1,ws(t))}mf(t){if(0!==t.button)return;const i=this.gf(t);if(this.Zd=null,this.cf=!1,this.rf&amp;&amp;(this.rf(),this.rf=null),rs()){this.Df.ownerDocument.documentElement.removeEventListener(&quot;mouseleave&quot;,this.pf)}if(!this.wf(t))if(this.Tf(i,this.kf.Xf),++this.jd,this.Hd&amp;&amp;this.jd&gt;1){const{Mf:n}=this.xf(gs(t),this.$d);n&lt;5&amp;&amp;!this.Qd&amp;&amp;this.Tf(i,this.kf.Pf),this.Rf()}else this.Qd||this.Tf(i,this.kf.Kf)}Af(){null!==this.Xd&amp;&amp;(clearTimeout(this.Xd),this.Xd=null)}Zf(t){if(null!==this.ff)return;const i=t.changedTouches[0];this.ff=i.identifier,this.df=Ms(t);const n=this.Df.ownerDocument.documentElement;this.tf=!1,this.Jd=!1,this.uf=!1,this.Gd=gs(i),this.hf&amp;&amp;(this.hf(),this.hf=null);{const i=this.If.bind(this),s=this.Uf.bind(this);this.hf=()=&gt;{n.removeEventListener(&quot;touchmove&quot;,i),n.removeEventListener(&quot;touchend&quot;,s)},n.addEventListener(&quot;touchmove&quot;,i,{passive:!1}),n.addEventListener(&quot;touchend&quot;,s,{passive:!1}),this.Af(),this.Xd=setTimeout(this.Gf.bind(this,t),240)}const s=this.gf(t,i);this.Sf(s,this.kf.Jf),this.qd||(this.Ud=0,this.qd=setTimeout(this.Cf.bind(this),500),this.Yd=gs(i))}Qf(t){if(0!==t.button)return;const i=this.Df.ownerDocument.documentElement;rs()&amp;&amp;i.addEventListener(&quot;mouseleave&quot;,this.pf),this.Qd=!1,this.Zd=gs(t),this.rf&amp;&amp;(this.rf(),this.rf=null);{const t=this.Hf.bind(this),n=this.mf.bind(this);this.rf=()=&gt;{i.removeEventListener(&quot;mousemove&quot;,t),i.removeEventListener(&quot;mouseup&quot;,n)},i.addEventListener(&quot;mousemove&quot;,t),i.addEventListener(&quot;mouseup&quot;,n)}if(this.cf=!0,this.wf(t))return;const n=this.gf(t);this.Tf(n,this.kf.tv),this.Hd||(this.jd=0,this.Hd=setTimeout(this.Rf.bind(this),500),this.$d=gs(t))}Of(){this.Df.addEventListener(&quot;mouseenter&quot;,this.Bf.bind(this)),this.Df.addEventListener(&quot;touchcancel&quot;,this.Af.bind(this));{const t=this.Df.ownerDocument,i=t=&gt;{this.kf.iv&amp;&amp;(t.composed&amp;&amp;this.Df.contains(t.composedPath()[0])||t.target&amp;&amp;this.Df.contains(t.target)||this.kf.iv())};this.nf=()=&gt;{t.removeEventListener(&quot;touchstart&quot;,i)},this.if=()=&gt;{t.removeEventListener(&quot;mousedown&quot;,i)},t.addEventListener(&quot;mousedown&quot;,i),t.addEventListener(&quot;touchstart&quot;,i,{passive:!0})}hs()&amp;&amp;(this.sf=()=&gt;{this.Df.removeEventListener(&quot;dblclick&quot;,this.bf)},this.Df.addEventListener(&quot;dblclick&quot;,this.bf)),this.Df.addEventListener(&quot;mouseleave&quot;,this.nv.bind(this)),this.Df.addEventListener(&quot;touchstart&quot;,this.Zf.bind(this),{passive:!0}),ps(this.Df),this.Df.addEventListener(&quot;mousedown&quot;,this.Qf.bind(this)),this.sv(),this.Df.addEventListener(&quot;touchmove&quot;,(()=&gt;{}),{passive:!1})}sv(){void 0===this.kf.ev&amp;&amp;void 0===this.kf.rv&amp;&amp;void 0===this.kf.hv||(this.Df.addEventListener(&quot;touchstart&quot;,(t=&gt;this.lv(t.touches)),{passive:!0}),this.Df.addEventListener(&quot;touchmove&quot;,(t=&gt;{if(2===t.touches.length&amp;&amp;null!==this.lf&amp;&amp;void 0!==this.kf.rv){const i=bs(t.touches[0],t.touches[1])/this.af;this.kf.rv(this.lf,i),ws(t)}}),{passive:!1}),this.Df.addEventListener(&quot;touchend&quot;,(t=&gt;{this.lv(t.touches)})))}lv(t){1===t.length&amp;&amp;(this._f=!1),2!==t.length||this._f||this.Kd?this.av():this.ov(t)}ov(t){const i=this.Df.getBoundingClientRect()||{left:0,top:0};this.lf={nt:(t[0].clientX-i.left+(t[1].clientX-i.left))/2,st:(t[0].clientY-i.top+(t[1].clientY-i.top))/2},this.af=bs(t[0],t[1]),void 0!==this.kf.ev&amp;&amp;this.kf.ev(),this.Af()}av(){null!==this.lf&amp;&amp;(this.lf=null,void 0!==this.kf.hv&amp;&amp;this.kf.hv())}nv(t){if(this.ef&amp;&amp;this.ef(),this.wf(t))return;if(!this.vf)return;const i=this.gf(t);this.Tf(i,this.kf._v),this.vf=!hs()}Gf(t){const i=xs(t.touches,f(this.ff));if(null===i)return;const n=this.gf(t,i);this.Sf(n,this.kf.uv),this.tf=!0,this.Kd=!0}wf(t){return t.sourceCapabilities&amp;&amp;void 0!==t.sourceCapabilities.firesTouchEvents?t.sourceCapabilities.firesTouchEvents:Ms(t)&lt;this.df+500}Sf(t,i){i&amp;&amp;i.call(this.kf,t)}Tf(t,i){i&amp;&amp;i.call(this.kf,t)}gf(t,i){const n=i||t,s=this.Df.getBoundingClientRect()||{left:0,top:0};return{clientX:n.clientX,clientY:n.clientY,pageX:n.pageX,pageY:n.pageY,screenX:n.screenX,screenY:n.screenY,localX:n.clientX-s.left,localY:n.clientY-s.top,ctrlKey:t.ctrlKey,altKey:t.altKey,shiftKey:t.shiftKey,metaKey:t.metaKey,cv:!t.type.startsWith(&quot;mouse&quot;)&amp;&amp;&quot;contextmenu&quot;!==t.type&amp;&amp;&quot;click&quot;!==t.type,dv:t.type,fv:n.target,vv:t.view,pv:()=&gt;{&quot;touchstart&quot;!==t.type&amp;&amp;ws(t)}}}}function bs(t,i){const n=t.clientX-i.clientX,s=t.clientY-i.clientY;return Math.sqrt(n*n+s*s)}function ws(t){t.cancelable&amp;&amp;t.preventDefault()}function gs(t){return{nt:t.pageX,st:t.pageY}}function Ms(t){return t.timeStamp||performance.now()}function xs(t,i){for(let n=0;n&lt;t.length;++n)if(t[n].identifier===i)return t[n];return null}function Ss(t){return{Ec:t.Ec,mv:{mr:t.bv.externalId},wv:t.bv.cursorStyle}}function ys(t,i,n){for(const s of t){const t=s.gt();if(null!==t&amp;&amp;t.pr){const e=t.pr(i,n);if(null!==e)return{vv:s,mv:e}}}return null}function ks(t,i){return n=&gt;{var s,e,r,h;return(null!==(e=null===(s=n.Dt())||void 0===s?void 0:s.xa())&amp;&amp;void 0!==e?e:&quot;&quot;)!==i?[]:null!==(h=null===(r=n.la)||void 0===r?void 0:r.call(n,t))&amp;&amp;void 0!==h?h:[]}}class Cs{constructor(t,i,n,s){this.Ei=null,this.gv=null,this.Mv=!1,this.xv=new Jt(200),this.Zr=null,this.Sv=0,this.yv=!1,this.kv=()=&gt;{this.yv||this.Qi.Cv().$t().Nh()},this.Tv=()=&gt;{this.yv||this.Qi.Cv().$t().Nh()},this.Qi=t,this._n=i,this.mo=i.layout,this.kc=n,this.Pv=&quot;left&quot;===s,this.Rv=ks(&quot;normal&quot;,s),this.Dv=ks(&quot;top&quot;,s),this.Ov=ks(&quot;bottom&quot;,s),this.Av=document.createElement(&quot;div&quot;),this.Av.style.height=&quot;100%&quot;,this.Av.style.overflow=&quot;hidden&quot;,this.Av.style.width=&quot;25px&quot;,this.Av.style.left=&quot;0&quot;,this.Av.style.position=&quot;relative&quot;,this.Bv=us(this.Av,Gn({width:16,height:16})),this.Bv.subscribeSuggestedBitmapSizeChanged(this.kv);const e=this.Bv.canvasElement;e.style.position=&quot;absolute&quot;,e.style.zIndex=&quot;1&quot;,e.style.left=&quot;0&quot;,e.style.top=&quot;0&quot;,this.Vv=us(this.Av,Gn({width:16,height:16})),this.Vv.subscribeSuggestedBitmapSizeChanged(this.Tv);const r=this.Vv.canvasElement;r.style.position=&quot;absolute&quot;,r.style.zIndex=&quot;2&quot;,r.style.left=&quot;0&quot;,r.style.top=&quot;0&quot;;const h={tv:this.zv.bind(this),Jf:this.zv.bind(this),$f:this.Ev.bind(this),jf:this.Ev.bind(this),iv:this.Iv.bind(this),Xf:this.Lv.bind(this),qf:this.Lv.bind(this),Pf:this.Nv.bind(this),yf:this.Nv.bind(this),zf:this.Fv.bind(this),_v:this.Wv.bind(this)};this.jv=new ms(this.Vv.canvasElement,h,{Ff:()=&gt;!this._n.handleScroll.vertTouchDrag,Wf:()=&gt;!0})}S(){this.jv.S(),this.Vv.unsubscribeSuggestedBitmapSizeChanged(this.Tv),cs(this.Vv.canvasElement),this.Vv.dispose(),this.Bv.unsubscribeSuggestedBitmapSizeChanged(this.kv),cs(this.Bv.canvasElement),this.Bv.dispose(),null!==this.Ei&amp;&amp;this.Ei.$o().p(this),this.Ei=null}Hv(){return this.Av}P(){return this.mo.fontSize}$v(){const t=this.kc.W();return this.Zr!==t.R&amp;&amp;(this.xv.Qe(),this.Zr=t.R),t}Uv(){if(null===this.Ei)return 0;let t=0;const i=this.$v(),n=f(this.Bv.canvasElement.getContext(&quot;2d&quot;));n.save();const s=this.Ei.Ia();n.font=this.qv(),s.length&gt;0&amp;&amp;(t=Math.max(this.xv.Mi(n,s[0].Za),this.xv.Mi(n,s[s.length-1].Za)));const e=this.Yv();for(let i=e.length;i--;){const s=this.xv.Mi(n,e[i].Zt());s&gt;t&amp;&amp;(t=s)}const r=this.Ei.Ct();if(null!==r&amp;&amp;null!==this.gv){const i=this.Ei.fn(1,r),s=this.Ei.fn(this.gv.height-2,r);t=Math.max(t,this.xv.Mi(n,this.Ei.Ni(Math.floor(Math.min(i,s))+.11111111111111,r)),this.xv.Mi(n,this.Ei.Ni(Math.ceil(Math.max(i,s))-.11111111111111,r)))}n.restore();const h=t||34;return ls(Math.ceil(i.C+i.T+i.V+i.I+5+h))}Xv(t){null!==this.gv&amp;&amp;Jn(this.gv,t)||(this.gv=t,this.yv=!0,this.Bv.resizeCanvasElement(t),this.Vv.resizeCanvasElement(t),this.yv=!1,this.Av.style.width=`${t.width}px`,this.Av.style.height=`${t.height}px`)}Kv(){return f(this.gv).width}Zi(t){this.Ei!==t&amp;&amp;(null!==this.Ei&amp;&amp;this.Ei.$o().p(this),this.Ei=t,t.$o().l(this.ao.bind(this),this))}Dt(){return this.Ei}Qe(){const t=this.Qi.Zv();this.Qi.Cv().$t().A_(t,f(this.Dt()))}Gv(t){if(null===this.gv)return;if(1!==t){this.Jv(),this.Bv.applySuggestedBitmapSize();const t=ss(this.Bv);null!==t&amp;&amp;(t.useBitmapCoordinateSpace((t=&gt;{this.Qv(t),this.Ae(t)})),this.Qi.tp(t,this.Ov),this.ip(t),this.Qi.tp(t,this.Rv),this.np(t))}this.Vv.applySuggestedBitmapSize();const i=ss(this.Vv);null!==i&amp;&amp;(i.useBitmapCoordinateSpace((({context:t,bitmapSize:i})=&gt;{t.clearRect(0,0,i.width,i.height)})),this.sp(i),this.Qi.tp(i,this.Dv))}ep(){return this.Bv.bitmapSize}rp(t,i,n){const s=this.ep();s.width&gt;0&amp;&amp;s.height&gt;0&amp;&amp;t.drawImage(this.Bv.canvasElement,i,n)}bt(){var t;null===(t=this.Ei)||void 0===t||t.Ia()}zv(t){if(null===this.Ei||this.Ei.Li()||!this._n.handleScale.axisPressedMouseMove.price)return;const i=this.Qi.Cv().$t(),n=this.Qi.Zv();this.Mv=!0,i.k_(n,this.Ei,t.localY)}Ev(t){if(null===this.Ei||!this._n.handleScale.axisPressedMouseMove.price)return;const i=this.Qi.Cv().$t(),n=this.Qi.Zv(),s=this.Ei;i.C_(n,s,t.localY)}Iv(){if(null===this.Ei||!this._n.handleScale.axisPressedMouseMove.price)return;const t=this.Qi.Cv().$t(),i=this.Qi.Zv(),n=this.Ei;this.Mv&amp;&amp;(this.Mv=!1,t.T_(i,n))}Lv(t){if(null===this.Ei||!this._n.handleScale.axisPressedMouseMove.price)return;const i=this.Qi.Cv().$t(),n=this.Qi.Zv();this.Mv=!1,i.T_(n,this.Ei)}Nv(t){this._n.handleScale.axisDoubleClickReset.price&amp;&amp;this.Qe()}Fv(t){if(null===this.Ei)return;!this.Qi.Cv().$t().W().handleScale.axisPressedMouseMove.price||this.Ei.fh()||this.Ei.Co()||this.hp(1)}Wv(t){this.hp(0)}Yv(){const t=[],i=null===this.Ei?void 0:this.Ei;return(n=&gt;{for(let s=0;s&lt;n.length;++s){const e=n[s].Tn(this.Qi.Zv(),i);for(let i=0;i&lt;e.length;i++)t.push(e[i])}})(this.Qi.Zv().No()),t}Qv({context:t,bitmapSize:i}){const{width:n,height:s}=i,e=this.Qi.Zv().$t(),r=e.q(),h=e._d();r===h?q(t,0,0,n,s,r):Z(t,0,0,n,s,r,h)}Ae({context:t,bitmapSize:i,horizontalPixelRatio:n}){if(null===this.gv||null===this.Ei||!this.Ei.W().borderVisible)return;t.fillStyle=this.Ei.W().borderColor;const s=Math.max(1,Math.floor(this.$v().C*n));let e;e=this.Pv?i.width-s:0,t.fillRect(e,0,s,i.height)}ip(t){if(null===this.gv||null===this.Ei)return;const i=this.Ei.Ia(),n=this.Ei.W(),s=this.$v(),e=this.Pv?this.gv.width-s.T:0;n.borderVisible&amp;&amp;n.ticksVisible&amp;&amp;t.useBitmapCoordinateSpace((({context:t,horizontalPixelRatio:r,verticalPixelRatio:h})=&gt;{t.fillStyle=n.borderColor;const l=Math.max(1,Math.floor(h)),a=Math.floor(.5*h),o=Math.round(s.T*r);t.beginPath();for(const n of i)t.rect(Math.floor(e*r),Math.round(n.Aa*h)-a,o,l);t.fill()})),t.useMediaCoordinateSpace((({context:t})=&gt;{var r;t.font=this.qv(),t.fillStyle=null!==(r=n.textColor)&amp;&amp;void 0!==r?r:this.mo.textColor,t.textAlign=this.Pv?&quot;right&quot;:&quot;left&quot;,t.textBaseline=&quot;middle&quot;;const h=this.Pv?Math.round(e-s.V):Math.round(e+s.T+s.V),l=i.map((i=&gt;this.xv.gi(t,i.Za)));for(let n=i.length;n--;){const s=i[n];t.fillText(s.Za,h,s.Aa+l[n])}}))}Jv(){if(null===this.gv||null===this.Ei)return;let t=this.gv.height/2;const i=[],n=this.Ei.No().slice(),s=this.Qi.Zv(),e=this.$v();this.Ei===s.cr()&amp;&amp;this.Qi.Zv().No().forEach((t=&gt;{s.ur(t)&amp;&amp;n.push(t)}));const r=this.Ei.Ta()[0],h=this.Ei;n.forEach((n=&gt;{const e=n.Tn(s,h);e.forEach((t=&gt;{t.Oi(null),t.Ai()&amp;&amp;i.push(t)})),r===n&amp;&amp;e.length&gt;0&amp;&amp;(t=e[0].Si())})),i.forEach((t=&gt;t.Oi(t.Si())));this.Ei.W().alignLabels&amp;&amp;this.lp(i,e,t)}lp(t,i,n){if(null===this.gv)return;const s=t.filter((t=&gt;t.Si()&lt;=n)),e=t.filter((t=&gt;t.Si()&gt;n));s.sort(((t,i)=&gt;i.Si()-t.Si())),s.length&amp;&amp;e.length&amp;&amp;e.push(s[0]),e.sort(((t,i)=&gt;t.Si()-i.Si()));for(const n of t){const t=Math.floor(n.Vt(i)/2),s=n.Si();s&gt;-t&amp;&amp;s&lt;t&amp;&amp;n.Oi(t),s&gt;this.gv.height-t&amp;&amp;s&lt;this.gv.height+t&amp;&amp;n.Oi(this.gv.height-t)}for(let t=1;t&lt;s.length;t++){const n=s[t],e=s[t-1],r=e.Vt(i,!1),h=n.Si(),l=e.Di();h&gt;l-r&amp;&amp;n.Oi(l-r)}for(let t=1;t&lt;e.length;t++){const n=e[t],s=e[t-1],r=s.Vt(i,!0),h=n.Si(),l=s.Di();h&lt;l+r&amp;&amp;n.Oi(l+r)}}np(t){if(null===this.gv)return;const i=this.Yv(),n=this.$v(),s=this.Pv?&quot;right&quot;:&quot;left&quot;;i.forEach((i=&gt;{if(i.Bi()){i.gt(f(this.Ei)).K(t,n,this.xv,s)}}))}sp(t){if(null===this.gv||null===this.Ei)return;const i=this.Qi.Cv().$t(),n=[],s=this.Qi.Zv(),e=i.Wc().Tn(s,this.Ei);e.length&amp;&amp;n.push(e);const r=this.$v(),h=this.Pv?&quot;right&quot;:&quot;left&quot;;n.forEach((i=&gt;{i.forEach((i=&gt;{i.gt(f(this.Ei)).K(t,r,this.xv,h)}))}))}hp(t){this.Av.style.cursor=1===t?&quot;ns-resize&quot;:&quot;default&quot;}ao(){const t=this.Uv();this.Sv&lt;t&amp;&amp;this.Qi.Cv().$t().$l(),this.Sv=t}qv(){return z(this.mo.fontSize,this.mo.fontFamily)}}function Ts(t,i){var n,s;return null!==(s=null===(n=t.ra)||void 0===n?void 0:n.call(t,i))&amp;&amp;void 0!==s?s:[]}function Ps(t,i){var n,s;return null!==(s=null===(n=t.Cn)||void 0===n?void 0:n.call(t,i))&amp;&amp;void 0!==s?s:[]}function Rs(t,i){var n,s;return null!==(s=null===(n=t.Gi)||void 0===n?void 0:n.call(t,i))&amp;&amp;void 0!==s?s:[]}function Ds(t,i){var n,s;return null!==(s=null===(n=t.na)||void 0===n?void 0:n.call(t,i))&amp;&amp;void 0!==s?s:[]}class Os{constructor(t,i){this.gv=Gn({width:0,height:0}),this.ap=null,this.op=null,this._p=null,this.up=!1,this.cp=new k,this.dp=new k,this.fp=0,this.vp=!1,this.pp=null,this.mp=!1,this.bp=null,this.wp=null,this.yv=!1,this.kv=()=&gt;{this.yv||null===this.gp||this.Hi().Nh()},this.Tv=()=&gt;{this.yv||null===this.gp||this.Hi().Nh()},this.Mp=t,this.gp=i,this.gp.z_().l(this.xp.bind(this),this,!0),this.Sp=document.createElement(&quot;td&quot;),this.Sp.style.padding=&quot;0&quot;,this.Sp.style.position=&quot;relative&quot;;const n=document.createElement(&quot;div&quot;);n.style.width=&quot;100%&quot;,n.style.height=&quot;100%&quot;,n.style.position=&quot;relative&quot;,n.style.overflow=&quot;hidden&quot;,this.yp=document.createElement(&quot;td&quot;),this.yp.style.padding=&quot;0&quot;,this.kp=document.createElement(&quot;td&quot;),this.kp.style.padding=&quot;0&quot;,this.Sp.appendChild(n),this.Bv=us(n,Gn({width:16,height:16})),this.Bv.subscribeSuggestedBitmapSizeChanged(this.kv);const s=this.Bv.canvasElement;s.style.position=&quot;absolute&quot;,s.style.zIndex=&quot;1&quot;,s.style.left=&quot;0&quot;,s.style.top=&quot;0&quot;,this.Vv=us(n,Gn({width:16,height:16})),this.Vv.subscribeSuggestedBitmapSizeChanged(this.Tv);const e=this.Vv.canvasElement;e.style.position=&quot;absolute&quot;,e.style.zIndex=&quot;2&quot;,e.style.left=&quot;0&quot;,e.style.top=&quot;0&quot;,this.Cp=document.createElement(&quot;tr&quot;),this.Cp.appendChild(this.yp),this.Cp.appendChild(this.Sp),this.Cp.appendChild(this.kp),this.Tp(),this.jv=new ms(this.Vv.canvasElement,this,{Ff:()=&gt;null===this.pp&amp;&amp;!this.Mp.W().handleScroll.vertTouchDrag,Wf:()=&gt;null===this.pp&amp;&amp;!this.Mp.W().handleScroll.horzTouchDrag})}S(){null!==this.ap&amp;&amp;this.ap.S(),null!==this.op&amp;&amp;this.op.S(),this.Vv.unsubscribeSuggestedBitmapSizeChanged(this.Tv),cs(this.Vv.canvasElement),this.Vv.dispose(),this.Bv.unsubscribeSuggestedBitmapSizeChanged(this.kv),cs(this.Bv.canvasElement),this.Bv.dispose(),null!==this.gp&amp;&amp;this.gp.z_().p(this),this.jv.S()}Zv(){return f(this.gp)}Pp(t){null!==this.gp&amp;&amp;this.gp.z_().p(this),this.gp=t,null!==this.gp&amp;&amp;this.gp.z_().l(Os.prototype.xp.bind(this),this,!0),this.Tp()}Cv(){return this.Mp}Hv(){return this.Cp}Tp(){if(null!==this.gp&amp;&amp;(this.Rp(),0!==this.Hi().wt().length)){if(null!==this.ap){const t=this.gp.S_();this.ap.Zi(f(t))}if(null!==this.op){const t=this.gp.y_();this.op.Zi(f(t))}}}Dp(){null!==this.ap&amp;&amp;this.ap.bt(),null!==this.op&amp;&amp;this.op.bt()}v_(){return null!==this.gp?this.gp.v_():0}p_(t){this.gp&amp;&amp;this.gp.p_(t)}zf(t){if(!this.gp)return;this.Op();const i=t.localX,n=t.localY;this.Ap(i,n,t)}tv(t){this.Op(),this.Bp(),this.Ap(t.localX,t.localY,t)}Ef(t){var i;if(!this.gp)return;this.Op();const n=t.localX,s=t.localY;this.Ap(n,s,t);const e=this.pr(n,s);this.Mp.Vp(null!==(i=null==e?void 0:e.wv)&amp;&amp;void 0!==i?i:null),this.Hi().zc(e&amp;&amp;{Ec:e.Ec,mv:e.mv})}Kf(t){null!==this.gp&amp;&amp;(this.Op(),this.zp(t))}Pf(t){null!==this.gp&amp;&amp;this.Ep(this.dp,t)}yf(t){this.Pf(t)}$f(t){this.Op(),this.Ip(t),this.Ap(t.localX,t.localY,t)}Xf(t){null!==this.gp&amp;&amp;(this.Op(),this.vp=!1,this.Lp(t))}Yf(t){null!==this.gp&amp;&amp;this.zp(t)}uv(t){if(this.vp=!0,null===this.pp){const i={x:t.localX,y:t.localY};this.Np(i,i,t)}}_v(t){null!==this.gp&amp;&amp;(this.Op(),this.gp.$t().zc(null),this.Fp())}Wp(){return this.cp}jp(){return this.dp}ev(){this.fp=1,this.Hi().Hn()}rv(t,i){if(!this.Mp.W().handleScale.pinch)return;const n=5*(i-this.fp);this.fp=i,this.Hi().qc(t.nt,n)}Jf(t){this.vp=!1,this.mp=null!==this.pp,this.Bp();const i=this.Hi().Wc();null!==this.pp&amp;&amp;i.kt()&amp;&amp;(this.bp={x:i.Yt(),y:i.Xt()},this.pp={x:t.localX,y:t.localY})}jf(t){if(null===this.gp)return;const i=t.localX,n=t.localY;if(null===this.pp)this.Ip(t);else{this.mp=!1;const s=f(this.bp),e=s.x+(i-this.pp.x),r=s.y+(n-this.pp.y);this.Ap(e,r,t)}}qf(t){0===this.Cv().W().trackingMode.exitMode&amp;&amp;(this.mp=!0),this.Hp(),this.Lp(t)}pr(t,i){const n=this.gp;return null===n?null:function(t,i,n){const s=t.No(),e=function(t,i,n){var s,e;let r,h;for(const o of t){const t=null!==(e=null===(s=o.oa)||void 0===s?void 0:s.call(o,i,n))&amp;&amp;void 0!==e?e:[];for(const i of t)l=i.zOrder,(!(a=null==r?void 0:r.zOrder)||&quot;top&quot;===l&amp;&amp;&quot;top&quot;!==a||&quot;normal&quot;===l&amp;&amp;&quot;bottom&quot;===a)&amp;&amp;(r=i,h=o)}var l,a;return r&amp;&amp;h?{bv:r,Ec:h}:null}(s,i,n);if(&quot;top&quot;===(null==e?void 0:e.bv.zOrder))return Ss(e);for(const r of s){if(e&amp;&amp;e.Ec===r&amp;&amp;&quot;bottom&quot;!==e.bv.zOrder&amp;&amp;!e.bv.isBackground)return Ss(e);const s=ys(r.Cn(t),i,n);if(null!==s)return{Ec:r,vv:s.vv,mv:s.mv};if(e&amp;&amp;e.Ec===r&amp;&amp;&quot;bottom&quot;!==e.bv.zOrder&amp;&amp;e.bv.isBackground)return Ss(e)}return(null==e?void 0:e.bv)?Ss(e):null}(n,t,i)}$p(t,i){f(&quot;left&quot;===i?this.ap:this.op).Xv(Gn({width:t,height:this.gv.height}))}Up(){return this.gv}Xv(t){Jn(this.gv,t)||(this.gv=t,this.yv=!0,this.Bv.resizeCanvasElement(t),this.Vv.resizeCanvasElement(t),this.yv=!1,this.Sp.style.width=t.width+&quot;px&quot;,this.Sp.style.height=t.height+&quot;px&quot;)}qp(){const t=f(this.gp);t.x_(t.S_()),t.x_(t.y_());for(const i of t.Ta())if(t.ur(i)){const n=i.Dt();null!==n&amp;&amp;t.x_(n),i.Rn()}}ep(){return this.Bv.bitmapSize}rp(t,i,n){const s=this.ep();s.width&gt;0&amp;&amp;s.height&gt;0&amp;&amp;t.drawImage(this.Bv.canvasElement,i,n)}Gv(t){if(0===t)return;if(null===this.gp)return;if(t&gt;1&amp;&amp;this.qp(),null!==this.ap&amp;&amp;this.ap.Gv(t),null!==this.op&amp;&amp;this.op.Gv(t),1!==t){this.Bv.applySuggestedBitmapSize();const t=ss(this.Bv);null!==t&amp;&amp;(t.useBitmapCoordinateSpace((t=&gt;{this.Qv(t)})),this.gp&amp;&amp;(this.Yp(t,Ts),this.Xp(t),this.Kp(t),this.Yp(t,Ps),this.Yp(t,Rs)))}this.Vv.applySuggestedBitmapSize();const i=ss(this.Vv);null!==i&amp;&amp;(i.useBitmapCoordinateSpace((({context:t,bitmapSize:i})=&gt;{t.clearRect(0,0,i.width,i.height)})),this.Zp(i),this.Yp(i,Ds))}Gp(){return this.ap}Jp(){return this.op}tp(t,i){this.Yp(t,i)}xp(){null!==this.gp&amp;&amp;this.gp.z_().p(this),this.gp=null}zp(t){this.Ep(this.cp,t)}Ep(t,i){const n=i.localX,s=i.localY;t.M()&amp;&amp;t.m(this.Hi().St().Bu(n),{x:n,y:s},i)}Qv({context:t,bitmapSize:i}){const{width:n,height:s}=i,e=this.Hi(),r=e.q(),h=e._d();r===h?q(t,0,0,n,s,h):Z(t,0,0,n,s,r,h)}Xp(t){const i=f(this.gp).E_().Fh().gt();null!==i&amp;&amp;i.K(t,!1)}Kp(t){const i=this.Hi().Fc();this.Qp(t,Ps,ds,i),this.Qp(t,Ps,fs,i)}Zp(t){this.Qp(t,Ps,fs,this.Hi().Wc())}Yp(t,i){const n=f(this.gp).No();for(const s of n)this.Qp(t,i,ds,s);for(const s of n)this.Qp(t,i,fs,s)}Qp(t,i,n,s){const e=f(this.gp),r=e.$t().Vc(),h=null!==r&amp;&amp;r.Ec===s,l=null!==r&amp;&amp;h&amp;&amp;void 0!==r.mv?r.mv.br:void 0;vs(i,(i=&gt;n(i,t,h,l)),s,e)}Rp(){if(null===this.gp)return;const t=this.Mp,i=this.gp.S_().W().visible,n=this.gp.y_().W().visible;i||null===this.ap||(this.yp.removeChild(this.ap.Hv()),this.ap.S(),this.ap=null),n||null===this.op||(this.kp.removeChild(this.op.Hv()),this.op.S(),this.op=null);const s=t.$t().ed();i&amp;&amp;null===this.ap&amp;&amp;(this.ap=new Cs(this,t.W(),s,&quot;left&quot;),this.yp.appendChild(this.ap.Hv())),n&amp;&amp;null===this.op&amp;&amp;(this.op=new Cs(this,t.W(),s,&quot;right&quot;),this.kp.appendChild(this.op.Hv()))}tm(t){return t.cv&amp;&amp;this.vp||null!==this.pp}im(t){return Math.max(0,Math.min(t,this.gv.width-1))}nm(t){return Math.max(0,Math.min(t,this.gv.height-1))}Ap(t,i,n){this.Hi().Qc(this.im(t),this.nm(i),n,f(this.gp))}Fp(){this.Hi().nd()}Hp(){this.mp&amp;&amp;(this.pp=null,this.Fp())}Np(t,i,n){this.pp=t,this.mp=!1,this.Ap(i.x,i.y,n);const s=this.Hi().Wc();this.bp={x:s.Yt(),y:s.Xt()}}Hi(){return this.Mp.$t()}Lp(t){if(!this.up)return;const i=this.Hi(),n=this.Zv();if(i.D_(n,n.dn()),this._p=null,this.up=!1,i.Zc(),null!==this.wp){const t=performance.now(),n=i.St();this.wp.Pr(n.Iu(),t),this.wp.Yu(t)||i.qn(this.wp)}}Op(){this.pp=null}Bp(){if(!this.gp)return;if(this.Hi().Hn(),document.activeElement!==document.body&amp;&amp;document.activeElement!==document.documentElement)f(document.activeElement).blur();else{const t=document.getSelection();null!==t&amp;&amp;t.removeAllRanges()}!this.gp.dn().Li()&amp;&amp;this.Hi().St().Li()}Ip(t){if(null===this.gp)return;const i=this.Hi(),n=i.St();if(n.Li())return;const s=this.Mp.W(),e=s.handleScroll,r=s.kineticScroll;if((!e.pressedMouseMove||t.cv)&amp;&amp;(!e.horzTouchDrag&amp;&amp;!e.vertTouchDrag||!t.cv))return;const h=this.gp.dn(),l=performance.now();if(null!==this._p||this.tm(t)||(this._p={x:t.clientX,y:t.clientY,kd:l,sm:t.localX,rm:t.localY}),null!==this._p&amp;&amp;!this.up&amp;&amp;(this._p.x!==t.clientX||this._p.y!==t.clientY)){if(t.cv&amp;&amp;r.touch||!t.cv&amp;&amp;r.mouse){const t=n.ee();this.wp=new _s(.2/t,7/t,.997,15/t),this.wp.Fd(n.Iu(),this._p.kd)}else this.wp=null;h.Li()||i.P_(this.gp,h,t.localY),i.Xc(t.localX),this.up=!0}this.up&amp;&amp;(h.Li()||i.R_(this.gp,h,t.localY),i.Kc(t.localX),null!==this.wp&amp;&amp;this.wp.Fd(n.Iu(),l))}}class As{constructor(t,i,n,s,e){this.ft=!0,this.gv=Gn({width:0,height:0}),this.kv=()=&gt;this.Gv(3),this.Pv=&quot;left&quot;===t,this.kc=n.ed,this._n=i,this.hm=s,this.lm=e,this.Av=document.createElement(&quot;div&quot;),this.Av.style.width=&quot;25px&quot;,this.Av.style.height=&quot;100%&quot;,this.Av.style.overflow=&quot;hidden&quot;,this.Bv=us(this.Av,Gn({width:16,height:16})),this.Bv.subscribeSuggestedBitmapSizeChanged(this.kv)}S(){this.Bv.unsubscribeSuggestedBitmapSizeChanged(this.kv),cs(this.Bv.canvasElement),this.Bv.dispose()}Hv(){return this.Av}Up(){return this.gv}Xv(t){Jn(this.gv,t)||(this.gv=t,this.Bv.resizeCanvasElement(t),this.Av.style.width=`${t.width}px`,this.Av.style.height=`${t.height}px`,this.ft=!0)}Gv(t){if(t&lt;3&amp;&amp;!this.ft)return;if(0===this.gv.width||0===this.gv.height)return;this.ft=!1,this.Bv.applySuggestedBitmapSize();const i=ss(this.Bv);null!==i&amp;&amp;i.useBitmapCoordinateSpace((t=&gt;{this.Qv(t),this.Ae(t)}))}ep(){return this.Bv.bitmapSize}rp(t,i,n){const s=this.ep();s.width&gt;0&amp;&amp;s.height&gt;0&amp;&amp;t.drawImage(this.Bv.canvasElement,i,n)}Ae({context:t,bitmapSize:i,horizontalPixelRatio:n,verticalPixelRatio:s}){if(!this.hm())return;t.fillStyle=this._n.timeScale.borderColor;const e=Math.floor(this.kc.W().C*n),r=Math.floor(this.kc.W().C*s),h=this.Pv?i.width-e:0;t.fillRect(h,0,e,r)}Qv({context:t,bitmapSize:i}){q(t,0,0,i.width,i.height,this.lm())}}function Bs(t){return i=&gt;{var n,s;return null!==(s=null===(n=i.aa)||void 0===n?void 0:n.call(i,t))&amp;&amp;void 0!==s?s:[]}}const Vs=Bs(&quot;normal&quot;),zs=Bs(&quot;top&quot;),Es=Bs(&quot;bottom&quot;);class Is{constructor(t,i){this.am=null,this.om=null,this.k=null,this._m=!1,this.gv=Gn({width:0,height:0}),this.um=new k,this.xv=new Jt(5),this.yv=!1,this.kv=()=&gt;{this.yv||this.Mp.$t().Nh()},this.Tv=()=&gt;{this.yv||this.Mp.$t().Nh()},this.Mp=t,this.N_=i,this._n=t.W().layout,this.dm=document.createElement(&quot;tr&quot;),this.fm=document.createElement(&quot;td&quot;),this.fm.style.padding=&quot;0&quot;,this.vm=document.createElement(&quot;td&quot;),this.vm.style.padding=&quot;0&quot;,this.Av=document.createElement(&quot;td&quot;),this.Av.style.height=&quot;25px&quot;,this.Av.style.padding=&quot;0&quot;,this.pm=document.createElement(&quot;div&quot;),this.pm.style.width=&quot;100%&quot;,this.pm.style.height=&quot;100%&quot;,this.pm.style.position=&quot;relative&quot;,this.pm.style.overflow=&quot;hidden&quot;,this.Av.appendChild(this.pm),this.Bv=us(this.pm,Gn({width:16,height:16})),this.Bv.subscribeSuggestedBitmapSizeChanged(this.kv);const n=this.Bv.canvasElement;n.style.position=&quot;absolute&quot;,n.style.zIndex=&quot;1&quot;,n.style.left=&quot;0&quot;,n.style.top=&quot;0&quot;,this.Vv=us(this.pm,Gn({width:16,height:16})),this.Vv.subscribeSuggestedBitmapSizeChanged(this.Tv);const s=this.Vv.canvasElement;s.style.position=&quot;absolute&quot;,s.style.zIndex=&quot;2&quot;,s.style.left=&quot;0&quot;,s.style.top=&quot;0&quot;,this.dm.appendChild(this.fm),this.dm.appendChild(this.Av),this.dm.appendChild(this.vm),this.bm(),this.Mp.$t().f_().l(this.bm.bind(this),this),this.jv=new ms(this.Vv.canvasElement,this,{Ff:()=&gt;!0,Wf:()=&gt;!this.Mp.W().handleScroll.horzTouchDrag})}S(){this.jv.S(),null!==this.am&amp;&amp;this.am.S(),null!==this.om&amp;&amp;this.om.S(),this.Vv.unsubscribeSuggestedBitmapSizeChanged(this.Tv),cs(this.Vv.canvasElement),this.Vv.dispose(),this.Bv.unsubscribeSuggestedBitmapSizeChanged(this.kv),cs(this.Bv.canvasElement),this.Bv.dispose()}Hv(){return this.dm}wm(){return this.am}gm(){return this.om}tv(t){if(this._m)return;this._m=!0;const i=this.Mp.$t();!i.St().Li()&amp;&amp;this.Mp.W().handleScale.axisPressedMouseMove.time&amp;&amp;i.Uc(t.localX)}Jf(t){this.tv(t)}iv(){const t=this.Mp.$t();!t.St().Li()&amp;&amp;this._m&amp;&amp;(this._m=!1,this.Mp.W().handleScale.axisPressedMouseMove.time&amp;&amp;t.Jc())}$f(t){const i=this.Mp.$t();!i.St().Li()&amp;&amp;this.Mp.W().handleScale.axisPressedMouseMove.time&amp;&amp;i.Gc(t.localX)}jf(t){this.$f(t)}Xf(){this._m=!1;const t=this.Mp.$t();t.St().Li()&amp;&amp;!this.Mp.W().handleScale.axisPressedMouseMove.time||t.Jc()}qf(){this.Xf()}Pf(){this.Mp.W().handleScale.axisDoubleClickReset.time&amp;&amp;this.Mp.$t().Xn()}yf(){this.Pf()}zf(){this.Mp.$t().W().handleScale.axisPressedMouseMove.time&amp;&amp;this.hp(1)}_v(){this.hp(0)}Up(){return this.gv}Mm(){return this.um}xm(t,i,n){Jn(this.gv,t)||(this.gv=t,this.yv=!0,this.Bv.resizeCanvasElement(t),this.Vv.resizeCanvasElement(t),this.yv=!1,this.Av.style.width=`${t.width}px`,this.Av.style.height=`${t.height}px`,this.um.m(t)),null!==this.am&amp;&amp;this.am.Xv(Gn({width:i,height:t.height})),null!==this.om&amp;&amp;this.om.Xv(Gn({width:n,height:t.height}))}Sm(){const t=this.ym();return Math.ceil(t.C+t.T+t.P+t.L+t.B+t.km)}bt(){this.Mp.$t().St().Ia()}ep(){return this.Bv.bitmapSize}rp(t,i,n){const s=this.ep();s.width&gt;0&amp;&amp;s.height&gt;0&amp;&amp;t.drawImage(this.Bv.canvasElement,i,n)}Gv(t){if(0===t)return;if(1!==t){this.Bv.applySuggestedBitmapSize();const i=ss(this.Bv);null!==i&amp;&amp;(i.useBitmapCoordinateSpace((t=&gt;{this.Qv(t),this.Ae(t),this.Cm(i,Es)})),this.ip(i),this.Cm(i,Vs)),null!==this.am&amp;&amp;this.am.Gv(t),null!==this.om&amp;&amp;this.om.Gv(t)}this.Vv.applySuggestedBitmapSize();const i=ss(this.Vv);null!==i&amp;&amp;(i.useBitmapCoordinateSpace((({context:t,bitmapSize:i})=&gt;{t.clearRect(0,0,i.width,i.height)})),this.Tm([...this.Mp.$t().wt(),this.Mp.$t().Wc()],i),this.Cm(i,zs))}Cm(t,i){const n=this.Mp.$t().wt();for(const s of n)vs(i,(i=&gt;ds(i,t,!1,void 0)),s,void 0);for(const s of n)vs(i,(i=&gt;fs(i,t,!1,void 0)),s,void 0)}Qv({context:t,bitmapSize:i}){q(t,0,0,i.width,i.height,this.Mp.$t()._d())}Ae({context:t,bitmapSize:i,verticalPixelRatio:n}){if(this.Mp.W().timeScale.borderVisible){t.fillStyle=this.Pm();const s=Math.max(1,Math.floor(this.ym().C*n));t.fillRect(0,0,i.width,s)}}ip(t){const i=this.Mp.$t().St(),n=i.Ia();if(!n||0===n.length)return;const s=this.N_.maxTickMarkWeight(n),e=this.ym(),r=i.W();r.borderVisible&amp;&amp;r.ticksVisible&amp;&amp;t.useBitmapCoordinateSpace((({context:t,horizontalPixelRatio:i,verticalPixelRatio:s})=&gt;{t.strokeStyle=this.Pm(),t.fillStyle=this.Pm();const r=Math.max(1,Math.floor(i)),h=Math.floor(.5*i);t.beginPath();const l=Math.round(e.T*s);for(let s=n.length;s--;){const e=Math.round(n[s].coord*i);t.rect(e-h,0,r,l)}t.fill()})),t.useMediaCoordinateSpace((({context:t})=&gt;{const i=e.C+e.T+e.L+e.P/2;t.textAlign=&quot;center&quot;,t.textBaseline=&quot;middle&quot;,t.fillStyle=this.$(),t.font=this.qv();for(const e of n)if(e.weight&lt;s){const n=e.needAlignCoordinate?this.Rm(t,e.coord,e.label):e.coord;t.fillText(e.label,n,i)}this.Mp.W().timeScale.allowBoldLabels&amp;&amp;(t.font=this.Dm());for(const e of n)if(e.weight&gt;=s){const n=e.needAlignCoordinate?this.Rm(t,e.coord,e.label):e.coord;t.fillText(e.label,n,i)}}))}Rm(t,i,n){const s=this.xv.Mi(t,n),e=s/2,r=Math.floor(i-e)+.5;return r&lt;0?i+=Math.abs(0-r):r+s&gt;this.gv.width&amp;&amp;(i-=Math.abs(this.gv.width-(r+s))),i}Tm(t,i){const n=this.ym();for(const s of t)for(const t of s.Ji())t.gt().K(i,n)}Pm(){return this.Mp.W().timeScale.borderColor}$(){return this._n.textColor}j(){return this._n.fontSize}qv(){return z(this.j(),this._n.fontFamily)}Dm(){return z(this.j(),this._n.fontFamily,&quot;bold&quot;)}ym(){null===this.k&amp;&amp;(this.k={C:1,N:NaN,L:NaN,B:NaN,Wi:NaN,T:5,P:NaN,R:&quot;&quot;,Fi:new Jt,km:0});const t=this.k,i=this.qv();if(t.R!==i){const n=this.j();t.P=n,t.R=i,t.L=3*n/12,t.B=3*n/12,t.Wi=9*n/12,t.N=0,t.km=4*n/12,t.Fi.Qe()}return this.k}hp(t){this.Av.style.cursor=1===t?&quot;ew-resize&quot;:&quot;default&quot;}bm(){const t=this.Mp.$t(),i=t.W();i.leftPriceScale.visible||null===this.am||(this.fm.removeChild(this.am.Hv()),this.am.S(),this.am=null),i.rightPriceScale.visible||null===this.om||(this.vm.removeChild(this.om.Hv()),this.om.S(),this.om=null);const n={ed:this.Mp.$t().ed()},s=()=&gt;i.leftPriceScale.borderVisible&amp;&amp;t.St().W().borderVisible,e=()=&gt;t._d();i.leftPriceScale.visible&amp;&amp;null===this.am&amp;&amp;(this.am=new As(&quot;left&quot;,i,n,s,e),this.fm.appendChild(this.am.Hv())),i.rightPriceScale.visible&amp;&amp;null===this.om&amp;&amp;(this.om=new As(&quot;right&quot;,i,n,s,e),this.vm.appendChild(this.om.Hv()))}}const Ls=!!es&amp;&amp;!!navigator.userAgentData&amp;&amp;navigator.userAgentData.brands.some((t=&gt;t.brand.includes(&quot;Chromium&quot;)))&amp;&amp;!!es&amp;&amp;((null===(Ns=null===navigator||void 0===navigator?void 0:navigator.userAgentData)||void 0===Ns?void 0:Ns.platform)?&quot;Windows&quot;===navigator.userAgentData.platform:navigator.userAgent.toLowerCase().indexOf(&quot;win&quot;)&gt;=0);var Ns;class Fs{constructor(t,i,n){var s;this.Om=[],this.Am=0,this.Qa=0,this.e_=0,this.Bm=0,this.Vm=0,this.zm=null,this.Em=!1,this.cp=new k,this.dp=new k,this.xc=new k,this.Im=null,this.Lm=null,this.Nm=t,this._n=i,this.N_=n,this.dm=document.createElement(&quot;div&quot;),this.dm.classList.add(&quot;tv-lightweight-charts&quot;),this.dm.style.overflow=&quot;hidden&quot;,this.dm.style.direction=&quot;ltr&quot;,this.dm.style.width=&quot;100%&quot;,this.dm.style.height=&quot;100%&quot;,(s=this.dm).style.userSelect=&quot;none&quot;,s.style.webkitUserSelect=&quot;none&quot;,s.style.msUserSelect=&quot;none&quot;,s.style.MozUserSelect=&quot;none&quot;,s.style.webkitTapHighlightColor=&quot;transparent&quot;,this.Fm=document.createElement(&quot;table&quot;),this.Fm.setAttribute(&quot;cellspacing&quot;,&quot;0&quot;),this.dm.appendChild(this.Fm),this.Wm=this.jm.bind(this),Ws(this._n)&amp;&amp;this.Hm(!0),this.Hi=new An(this.yc.bind(this),this._n,n),this.$t().jc().l(this.$m.bind(this),this),this.Um=new Is(this,this.N_),this.Fm.appendChild(this.Um.Hv());const e=i.autoSize&amp;&amp;this.qm();let r=this._n.width,h=this._n.height;if(e||0===r||0===h){const i=t.getBoundingClientRect();r=r||i.width,h=h||i.height}this.Ym(r,h),this.Xm(),t.appendChild(this.dm),this.Km(),this.Hi.St().Gu().l(this.Hi.$l.bind(this.Hi),this),this.Hi.f_().l(this.Hi.$l.bind(this.Hi),this)}$t(){return this.Hi}W(){return this._n}Zm(){return this.Om}Gm(){return this.Um}S(){this.Hm(!1),0!==this.Am&amp;&amp;window.cancelAnimationFrame(this.Am),this.Hi.jc().p(this),this.Hi.St().Gu().p(this),this.Hi.f_().p(this),this.Hi.S();for(const t of this.Om)this.Fm.removeChild(t.Hv()),t.Wp().p(this),t.jp().p(this),t.S();this.Om=[],f(this.Um).S(),null!==this.dm.parentElement&amp;&amp;this.dm.parentElement.removeChild(this.dm),this.xc.S(),this.cp.S(),this.dp.S(),this.Jm()}Ym(t,i,n=!1){if(this.Qa===i&amp;&amp;this.e_===t)return;const s=function(t){const i=Math.floor(t.width),n=Math.floor(t.height);return Gn({width:i-i%2,height:n-n%2})}(Gn({width:t,height:i}));this.Qa=s.height,this.e_=s.width;const e=this.Qa+&quot;px&quot;,r=this.e_+&quot;px&quot;;f(this.dm).style.height=e,f(this.dm).style.width=r,this.Fm.style.height=e,this.Fm.style.width=r,n?this.Qm(lt.ns(),performance.now()):this.Hi.$l()}Gv(t){void 0===t&amp;&amp;(t=lt.ns());for(let i=0;i&lt;this.Om.length;i++)this.Om[i].Gv(t.Wn(i).Ln);this._n.timeScale.visible&amp;&amp;this.Um.Gv(t.Fn())}Lh(t){const i=Ws(this._n);this.Hi.Lh(t);const n=Ws(this._n);n!==i&amp;&amp;this.Hm(n),this.Km(),this.tb(t)}Wp(){return this.cp}jp(){return this.dp}jc(){return this.xc}ib(){null!==this.zm&amp;&amp;(this.Qm(this.zm,performance.now()),this.zm=null);const t=this.nb(null),i=document.createElement(&quot;canvas&quot;);i.width=t.width,i.height=t.height;const n=f(i.getContext(&quot;2d&quot;));return this.nb(n),i}sb(t){if(&quot;left&quot;===t&amp;&amp;!this.eb())return 0;if(&quot;right&quot;===t&amp;&amp;!this.rb())return 0;if(0===this.Om.length)return 0;return f(&quot;left&quot;===t?this.Om[0].Gp():this.Om[0].Jp()).Kv()}hb(){return this._n.autoSize&amp;&amp;null!==this.Im}lb(){return this.dm}Vp(t){this.Lm=t,this.Lm?this.lb().style.setProperty(&quot;cursor&quot;,t):this.lb().style.removeProperty(&quot;cursor&quot;)}ab(){return this.Lm}ob(){return d(this.Om[0]).Up()}tb(t){(void 0!==t.autoSize||!this.Im||void 0===t.width&amp;&amp;void 0===t.height)&amp;&amp;(t.autoSize&amp;&amp;!this.Im&amp;&amp;this.qm(),!1===t.autoSize&amp;&amp;null!==this.Im&amp;&amp;this.Jm(),t.autoSize||void 0===t.width&amp;&amp;void 0===t.height||this.Ym(t.width||this.e_,t.height||this.Qa))}nb(t){let i=0,n=0;const s=this.Om[0],e=(i,n)=&gt;{let s=0;for(let e=0;e&lt;this.Om.length;e++){const r=this.Om[e],h=f(&quot;left&quot;===i?r.Gp():r.Jp()),l=h.ep();null!==t&amp;&amp;h.rp(t,n,s),s+=l.height}};if(this.eb()){e(&quot;left&quot;,0);i+=f(s.Gp()).ep().width}for(let s=0;s&lt;this.Om.length;s++){const e=this.Om[s],r=e.ep();null!==t&amp;&amp;e.rp(t,i,n),n+=r.height}if(i+=s.ep().width,this.rb()){e(&quot;right&quot;,i);i+=f(s.Jp()).ep().width}const r=(i,n,s)=&gt;{f(&quot;left&quot;===i?this.Um.wm():this.Um.gm()).rp(f(t),n,s)};if(this._n.timeScale.visible){const i=this.Um.ep();if(null!==t){let e=0;this.eb()&amp;&amp;(r(&quot;left&quot;,e,n),e=f(s.Gp()).ep().width),this.Um.rp(t,e,n),e+=i.width,this.rb()&amp;&amp;r(&quot;right&quot;,e,n)}n+=i.height}return Gn({width:i,height:n})}_b(){let t=0,i=0,n=0;for(const s of this.Om)this.eb()&amp;&amp;(i=Math.max(i,f(s.Gp()).Uv(),this._n.leftPriceScale.minimumWidth)),this.rb()&amp;&amp;(n=Math.max(n,f(s.Jp()).Uv(),this._n.rightPriceScale.minimumWidth)),t+=s.v_();i=ls(i),n=ls(n);const s=this.e_,e=this.Qa,r=Math.max(s-i-n,0),h=this._n.timeScale.visible;let l=h?Math.max(this.Um.Sm(),this._n.timeScale.minimumHeight):0;var a;l=(a=l)+a%2;const o=0+l,_=e&lt;o?0:e-o,u=_/t;let c=0;for(let t=0;t&lt;this.Om.length;++t){const s=this.Om[t];s.Pp(this.Hi.Nc()[t]);let e=0,h=0;h=t===this.Om.length-1?_-c:Math.round(s.v_()*u),e=Math.max(h,2),c+=e,s.Xv(Gn({width:r,height:e})),this.eb()&amp;&amp;s.$p(i,&quot;left&quot;),this.rb()&amp;&amp;s.$p(n,&quot;right&quot;),s.Zv()&amp;&amp;this.Hi.Hc(s.Zv(),e)}this.Um.xm(Gn({width:h?r:0,height:l}),h?i:0,h?n:0),this.Hi.m_(r),this.Bm!==i&amp;&amp;(this.Bm=i),this.Vm!==n&amp;&amp;(this.Vm=n)}Hm(t){t?this.dm.addEventListener(&quot;wheel&quot;,this.Wm,{passive:!1}):this.dm.removeEventListener(&quot;wheel&quot;,this.Wm)}ub(t){switch(t.deltaMode){case t.DOM_DELTA_PAGE:return 120;case t.DOM_DELTA_LINE:return 32}return Ls?1/window.devicePixelRatio:1}jm(t){if(!(0!==t.deltaX&amp;&amp;this._n.handleScroll.mouseWheel||0!==t.deltaY&amp;&amp;this._n.handleScale.mouseWheel))return;const i=this.ub(t),n=i*t.deltaX/100,s=-i*t.deltaY/100;if(t.cancelable&amp;&amp;t.preventDefault(),0!==s&amp;&amp;this._n.handleScale.mouseWheel){const i=Math.sign(s)*Math.min(1,Math.abs(s)),n=t.clientX-this.dm.getBoundingClientRect().left;this.$t().qc(n,i)}0!==n&amp;&amp;this._n.handleScroll.mouseWheel&amp;&amp;this.$t().Yc(-80*n)}Qm(t,i){var n;const s=t.Fn();3===s&amp;&amp;this.cb(),3!==s&amp;&amp;2!==s||(this.fb(t),this.vb(t,i),this.Um.bt(),this.Om.forEach((t=&gt;{t.Dp()})),3===(null===(n=this.zm)||void 0===n?void 0:n.Fn())&amp;&amp;(this.zm.Jn(t),this.cb(),this.fb(this.zm),this.vb(this.zm,i),t=this.zm,this.zm=null)),this.Gv(t)}vb(t,i){for(const n of t.Gn())this.Qn(n,i)}fb(t){const i=this.Hi.Nc();for(let n=0;n&lt;i.length;n++)t.Wn(n).Nn&amp;&amp;i[n].B_()}Qn(t,i){const n=this.Hi.St();switch(t.$n){case 0:n.Qu();break;case 1:n.tc(t.Ot);break;case 2:n.Kn(t.Ot);break;case 3:n.Zn(t.Ot);break;case 4:n.Fu();break;case 5:t.Ot.Yu(i)||n.Zn(t.Ot.Xu(i))}}yc(t){null!==this.zm?this.zm.Jn(t):this.zm=t,this.Em||(this.Em=!0,this.Am=window.requestAnimationFrame((t=&gt;{if(this.Em=!1,this.Am=0,null!==this.zm){const i=this.zm;this.zm=null,this.Qm(i,t);for(const n of i.Gn())if(5===n.$n&amp;&amp;!n.Ot.Yu(t)){this.$t().qn(n.Ot);break}}})))}cb(){this.Xm()}Xm(){const t=this.Hi.Nc(),i=t.length,n=this.Om.length;for(let t=i;t&lt;n;t++){const t=d(this.Om.pop());this.Fm.removeChild(t.Hv()),t.Wp().p(this),t.jp().p(this),t.S()}for(let s=n;s&lt;i;s++){const i=new Os(this,t[s]);i.Wp().l(this.pb.bind(this),this),i.jp().l(this.mb.bind(this),this),this.Om.push(i),this.Fm.insertBefore(i.Hv(),this.Um.Hv())}for(let n=0;n&lt;i;n++){const i=t[n],s=this.Om[n];s.Zv()!==i?s.Pp(i):s.Tp()}this.Km(),this._b()}bb(t,i,n){var s;const e=new Map;if(null!==t){this.Hi.wt().forEach((i=&gt;{const n=i.Bn().il(t);null!==n&amp;&amp;e.set(i,n)}))}let r;if(null!==t){const i=null===(s=this.Hi.St().$i(t))||void 0===s?void 0:s.originalTime;void 0!==i&amp;&amp;(r=i)}const h=this.$t().Vc(),l=null!==h&amp;&amp;h.Ec instanceof qi?h.Ec:void 0,a=null!==h&amp;&amp;void 0!==h.mv?h.mv.mr:void 0;return{wb:r,ie:null!=t?t:void 0,gb:null!=i?i:void 0,Mb:l,xb:e,Sb:a,yb:null!=n?n:void 0}}pb(t,i,n){this.cp.m((()=&gt;this.bb(t,i,n)))}mb(t,i,n){this.dp.m((()=&gt;this.bb(t,i,n)))}$m(t,i,n){this.xc.m((()=&gt;this.bb(t,i,n)))}Km(){const t=this._n.timeScale.visible?&quot;&quot;:&quot;none&quot;;this.Um.Hv().style.display=t}eb(){return this.Om[0].Zv().S_().W().visible}rb(){return this.Om[0].Zv().y_().W().visible}qm(){return&quot;ResizeObserver&quot;in window&amp;&amp;(this.Im=new ResizeObserver((t=&gt;{const i=t.find((t=&gt;t.target===this.Nm));i&amp;&amp;this.Ym(i.contentRect.width,i.contentRect.height)})),this.Im.observe(this.Nm,{box:&quot;border-box&quot;}),!0)}Jm(){null!==this.Im&amp;&amp;this.Im.disconnect(),this.Im=null}}function Ws(t){return Boolean(t.handleScroll.mouseWheel||t.handleScale.mouseWheel)}function js(t,i){var n={};for(var s in t)Object.prototype.hasOwnProperty.call(t,s)&amp;&amp;i.indexOf(s)&lt;0&amp;&amp;(n[s]=t[s]);if(null!=t&amp;&amp;&quot;function&quot;==typeof Object.getOwnPropertySymbols){var e=0;for(s=Object.getOwnPropertySymbols(t);e&lt;s.length;e++)i.indexOf(s[e])&lt;0&amp;&amp;Object.prototype.propertyIsEnumerable.call(t,s[e])&amp;&amp;(n[s[e]]=t[s[e]])}return n}function Hs(t,i,n,s){const e=n.value,r={ie:i,ot:t,Ot:[e,e,e,e],wb:s};return void 0!==n.color&amp;&amp;(r.O=n.color),r}function $s(t,i,n,s){const e=n.value,r={ie:i,ot:t,Ot:[e,e,e,e],wb:s};return void 0!==n.lineColor&amp;&amp;(r.lt=n.lineColor),void 0!==n.topColor&amp;&amp;(r.ks=n.topColor),void 0!==n.bottomColor&amp;&amp;(r.Cs=n.bottomColor),r}function Us(t,i,n,s){const e=n.value,r={ie:i,ot:t,Ot:[e,e,e,e],wb:s};return void 0!==n.topLineColor&amp;&amp;(r.Ce=n.topLineColor),void 0!==n.bottomLineColor&amp;&amp;(r.Te=n.bottomLineColor),void 0!==n.topFillColor1&amp;&amp;(r.Me=n.topFillColor1),void 0!==n.topFillColor2&amp;&amp;(r.xe=n.topFillColor2),void 0!==n.bottomFillColor1&amp;&amp;(r.Se=n.bottomFillColor1),void 0!==n.bottomFillColor2&amp;&amp;(r.ye=n.bottomFillColor2),r}function qs(t,i,n,s){const e={ie:i,ot:t,Ot:[n.open,n.high,n.low,n.close],wb:s};return void 0!==n.color&amp;&amp;(e.O=n.color),e}function Ys(t,i,n,s){const e={ie:i,ot:t,Ot:[n.open,n.high,n.low,n.close],wb:s};return void 0!==n.color&amp;&amp;(e.O=n.color),void 0!==n.borderColor&amp;&amp;(e.At=n.borderColor),void 0!==n.wickColor&amp;&amp;(e.Hh=n.wickColor),e}function Xs(t,i,n,s,e){const r=d(e)(n),h=Math.max(...r),l=Math.min(...r),a=r[r.length-1],o=[a,h,l,a],_=n,{time:u,color:c}=_;return{ie:i,ot:t,Ot:o,wb:s,We:js(_,[&quot;time&quot;,&quot;color&quot;]),O:c}}function Ks(t){return void 0!==t.Ot}function Zs(t,i){return void 0!==i.customValues&amp;&amp;(t.kb=i.customValues),t}function Gs(t){return(i,n,s,e,r,h)=&gt;function(t,i){return i?i(t):void 0===(n=t).open&amp;&amp;void 0===n.value;var n}(s,h)?Zs({ot:i,ie:n,wb:e},s):Zs(t(i,n,s,e,r),s)}function Js(t){return{Candlestick:Gs(Ys),Bar:Gs(qs),Area:Gs($s),Baseline:Gs(Us),Histogram:Gs(Hs),Line:Gs(Hs),Custom:Gs(Xs)}[t]}function Qs(t){return{ie:0,Cb:new Map,ia:t}}function te(t,i){if(void 0!==t&amp;&amp;0!==t.length)return{Tb:i.key(t[0].ot),Pb:i.key(t[t.length-1].ot)}}function ie(t){let i;return t.forEach((t=&gt;{void 0===i&amp;&amp;(i=t.wb)})),d(i)}class ne{constructor(t){this.Rb=new Map,this.Db=new Map,this.Ob=new Map,this.Ab=[],this.N_=t}S(){this.Rb.clear(),this.Db.clear(),this.Ob.clear(),this.Ab=[]}Bb(t,i){let n=0!==this.Rb.size,s=!1;const e=this.Db.get(t);if(void 0!==e)if(1===this.Db.size)n=!1,s=!0,this.Rb.clear();else for(const i of this.Ab)i.pointData.Cb.delete(t)&amp;&amp;(s=!0);let r=[];if(0!==i.length){const n=i.map((t=&gt;t.time)),e=this.N_.createConverterToInternalObj(i),h=Js(t.Yh()),l=t.ga(),a=t.Ma();r=i.map(((i,r)=&gt;{const o=e(i.time),_=this.N_.key(o);let u=this.Rb.get(_);void 0===u&amp;&amp;(u=Qs(o),this.Rb.set(_,u),s=!0);const c=h(o,u.ie,i,n[r],l,a);return u.Cb.set(t,c),c}))}n&amp;&amp;this.Vb(),this.zb(t,r);let h=-1;if(s){const t=[];this.Rb.forEach((i=&gt;{t.push({timeWeight:0,time:i.ia,pointData:i,originalTime:ie(i.Cb)})})),t.sort(((t,i)=&gt;this.N_.key(t.time)-this.N_.key(i.time))),h=this.Eb(t)}return this.Ib(t,h,function(t,i,n){const s=te(t,n),e=te(i,n);if(void 0!==s&amp;&amp;void 0!==e)return{Xl:s.Pb&gt;=e.Pb&amp;&amp;s.Tb&gt;=e.Tb}}(this.Db.get(t),e,this.N_))}ld(t){return this.Bb(t,[])}Lb(t,i){const n=i;!function(t){void 0===t.wb&amp;&amp;(t.wb=t.time)}(n),this.N_.preprocessData(i);const s=this.N_.createConverterToInternalObj([i])(i.time),e=this.Ob.get(t);if(void 0!==e&amp;&amp;this.N_.key(s)&lt;this.N_.key(e))throw new Error(`Cannot update oldest data, last time=${e}, new time=${s}`);let r=this.Rb.get(this.N_.key(s));const h=void 0===r;void 0===r&amp;&amp;(r=Qs(s),this.Rb.set(this.N_.key(s),r));const l=Js(t.Yh()),a=t.ga(),o=t.Ma(),_=l(s,r.ie,i,n.wb,a,o);r.Cb.set(t,_),this.Nb(t,_);const u={Xl:Ks(_)};if(!h)return this.Ib(t,-1,u);const c={timeWeight:0,time:r.ia,pointData:r,originalTime:ie(r.Cb)},d=Rt(this.Ab,this.N_.key(c.time),((t,i)=&gt;this.N_.key(t.time)&lt;i));this.Ab.splice(d,0,c);for(let t=d;t&lt;this.Ab.length;++t)se(this.Ab[t].pointData,t);return this.N_.fillWeightsForPoints(this.Ab,d),this.Ib(t,d,u)}Nb(t,i){let n=this.Db.get(t);void 0===n&amp;&amp;(n=[],this.Db.set(t,n));const s=0!==n.length?n[n.length-1]:null;null===s||this.N_.key(i.ot)&gt;this.N_.key(s.ot)?Ks(i)&amp;&amp;n.push(i):Ks(i)?n[n.length-1]=i:n.splice(-1,1),this.Ob.set(t,i.ot)}zb(t,i){0!==i.length?(this.Db.set(t,i.filter(Ks)),this.Ob.set(t,i[i.length-1].ot)):(this.Db.delete(t),this.Ob.delete(t))}Vb(){for(const t of this.Ab)0===t.pointData.Cb.size&amp;&amp;this.Rb.delete(this.N_.key(t.time))}Eb(t){let i=-1;for(let n=0;n&lt;this.Ab.length&amp;&amp;n&lt;t.length;++n){const s=this.Ab[n],e=t[n];if(this.N_.key(s.time)!==this.N_.key(e.time)){i=n;break}e.timeWeight=s.timeWeight,se(e.pointData,n)}if(-1===i&amp;&amp;this.Ab.length!==t.length&amp;&amp;(i=Math.min(this.Ab.length,t.length)),-1===i)return-1;for(let n=i;n&lt;t.length;++n)se(t[n].pointData,n);return this.N_.fillWeightsForPoints(t,i),this.Ab=t,i}Fb(){if(0===this.Db.size)return null;let t=0;return this.Db.forEach((i=&gt;{0!==i.length&amp;&amp;(t=Math.max(t,i[i.length-1].ie))})),t}Ib(t,i,n){const s={Wb:new Map,St:{Au:this.Fb()}};if(-1!==i)this.Db.forEach(((i,e)=&gt;{s.Wb.set(e,{We:i,jb:e===t?n:void 0})})),this.Db.has(t)||s.Wb.set(t,{We:[],jb:n}),s.St.Hb=this.Ab,s.St.$b=i;else{const i=this.Db.get(t);s.Wb.set(t,{We:i||[],jb:n})}return s}}function se(t,i){t.ie=i,t.Cb.forEach((t=&gt;{t.ie=i}))}function ee(t){const i={value:t.Ot[3],time:t.wb};return void 0!==t.kb&amp;&amp;(i.customValues=t.kb),i}function re(t){const i=ee(t);return void 0!==t.O&amp;&amp;(i.color=t.O),i}function he(t){const i=ee(t);return void 0!==t.lt&amp;&amp;(i.lineColor=t.lt),void 0!==t.ks&amp;&amp;(i.topColor=t.ks),void 0!==t.Cs&amp;&amp;(i.bottomColor=t.Cs),i}function le(t){const i=ee(t);return void 0!==t.Ce&amp;&amp;(i.topLineColor=t.Ce),void 0!==t.Te&amp;&amp;(i.bottomLineColor=t.Te),void 0!==t.Me&amp;&amp;(i.topFillColor1=t.Me),void 0!==t.xe&amp;&amp;(i.topFillColor2=t.xe),void 0!==t.Se&amp;&amp;(i.bottomFillColor1=t.Se),void 0!==t.ye&amp;&amp;(i.bottomFillColor2=t.ye),i}function ae(t){const i={open:t.Ot[0],high:t.Ot[1],low:t.Ot[2],close:t.Ot[3],time:t.wb};return void 0!==t.kb&amp;&amp;(i.customValues=t.kb),i}function oe(t){const i=ae(t);return void 0!==t.O&amp;&amp;(i.color=t.O),i}function _e(t){const i=ae(t),{O:n,At:s,Hh:e}=t;return void 0!==n&amp;&amp;(i.color=n),void 0!==s&amp;&amp;(i.borderColor=s),void 0!==e&amp;&amp;(i.wickColor=e),i}function ue(t){return{Area:he,Line:re,Baseline:le,Histogram:re,Bar:oe,Candlestick:_e,Custom:ce}[t]}function ce(t){const i=t.wb;return Object.assign(Object.assign({},t.We),{time:i})}const de={vertLine:{color:&quot;#9598A1&quot;,width:1,style:3,visible:!0,labelVisible:!0,labelBackgroundColor:&quot;#131722&quot;},horzLine:{color:&quot;#9598A1&quot;,width:1,style:3,visible:!0,labelVisible:!0,labelBackgroundColor:&quot;#131722&quot;},mode:1},fe={vertLines:{color:&quot;#D6DCDE&quot;,style:0,visible:!0},horzLines:{color:&quot;#D6DCDE&quot;,style:0,visible:!0}},ve={background:{type:&quot;solid&quot;,color:&quot;#FFFFFF&quot;},textColor:&quot;#191919&quot;,fontSize:12,fontFamily:V},pe={autoScale:!0,mode:0,invertScale:!1,alignLabels:!0,borderVisible:!0,borderColor:&quot;#2B2B43&quot;,entireTextOnly:!1,visible:!1,ticksVisible:!1,scaleMargins:{bottom:.1,top:.2},minimumWidth:0},me={rightOffset:0,barSpacing:6,minBarSpacing:.5,fixLeftEdge:!1,fixRightEdge:!1,lockVisibleTimeRangeOnResize:!1,rightBarStaysOnScroll:!1,borderVisible:!0,borderColor:&quot;#2B2B43&quot;,visible:!0,timeVisible:!1,secondsVisible:!0,shiftVisibleRangeOnNewBar:!0,allowShiftVisibleRangeOnWhitespaceReplacement:!1,ticksVisible:!1,uniformDistribution:!1,minimumHeight:0,allowBoldLabels:!0},be={color:&quot;rgba(0, 0, 0, 0)&quot;,visible:!1,fontSize:48,fontFamily:V,fontStyle:&quot;&quot;,text:&quot;&quot;,horzAlign:&quot;center&quot;,vertAlign:&quot;center&quot;};function we(){return{width:0,height:0,autoSize:!1,layout:ve,crosshair:de,grid:fe,overlayPriceScales:Object.assign({},pe),leftPriceScale:Object.assign(Object.assign({},pe),{visible:!1}),rightPriceScale:Object.assign(Object.assign({},pe),{visible:!0}),timeScale:me,watermark:be,localization:{locale:es?navigator.language:&quot;&quot;,dateFormat:&quot;dd MMM &#x27;yy&quot;},handleScroll:{mouseWheel:!0,pressedMouseMove:!0,horzTouchDrag:!0,vertTouchDrag:!0},handleScale:{axisPressedMouseMove:{time:!0,price:!0},axisDoubleClickReset:{time:!0,price:!0},mouseWheel:!0,pinch:!0},kineticScroll:{mouse:!1,touch:!0},trackingMode:{exitMode:1}}}class ge{constructor(t,i){this.Ub=t,this.qb=i}applyOptions(t){this.Ub.$t().Ic(this.qb,t)}options(){return this.Ei().W()}width(){return ht(this.qb)?this.Ub.sb(this.qb):0}Ei(){return f(this.Ub.$t().Lc(this.qb)).Dt}}function Me(t,i,n){const s=js(t,[&quot;time&quot;,&quot;originalTime&quot;]),e=Object.assign({time:i},s);return void 0!==n&amp;&amp;(e.originalTime=n),e}const xe={color:&quot;#FF0000&quot;,price:0,lineStyle:2,lineWidth:1,lineVisible:!0,axisLabelVisible:!0,title:&quot;&quot;,axisLabelColor:&quot;&quot;,axisLabelTextColor:&quot;&quot;};class Se{constructor(t){this.Bh=t}applyOptions(t){this.Bh.Lh(t)}options(){return this.Bh.W()}Yb(){return this.Bh}}class ye{constructor(t,i,n,s,e){this.Xb=new k,this.zs=t,this.Kb=i,this.Zb=n,this.N_=e,this.Gb=s}S(){this.Xb.S()}priceFormatter(){return this.zs.ca()}priceToCoordinate(t){const i=this.zs.Ct();return null===i?null:this.zs.Dt().Rt(t,i.Ot)}coordinateToPrice(t){const i=this.zs.Ct();return null===i?null:this.zs.Dt().fn(t,i.Ot)}barsInLogicalRange(t){if(null===t)return null;const i=new gn(new mn(t.from,t.to)).iu(),n=this.zs.Bn();if(n.Li())return null;const s=n.il(i.Rs(),1),e=n.il(i.ui(),-1),r=f(n.Jh()),h=f(n.An());if(null!==s&amp;&amp;null!==e&amp;&amp;s.ie&gt;e.ie)return{barsBefore:t.from-r,barsAfter:h-t.to};const l={barsBefore:null===s||s.ie===r?t.from-r:s.ie-r,barsAfter:null===e||e.ie===h?h-t.to:h-e.ie};return null!==s&amp;&amp;null!==e&amp;&amp;(l.from=s.wb,l.to=e.wb),l}setData(t){this.N_,this.zs.Yh(),this.Kb.Jb(this.zs,t),this.Qb(&quot;full&quot;)}update(t){this.zs.Yh(),this.Kb.tw(this.zs,t),this.Qb(&quot;update&quot;)}dataByIndex(t,i){const n=this.zs.Bn().il(t,i);if(null===n)return null;return ue(this.seriesType())(n)}data(){const t=ue(this.seriesType());return this.zs.Bn().Qs().map((i=&gt;t(i)))}subscribeDataChanged(t){this.Xb.l(t)}unsubscribeDataChanged(t){this.Xb.v(t)}setMarkers(t){this.N_;const i=t.map((t=&gt;Me(t,this.N_.convertHorzItemToInternal(t.time),t.time)));this.zs.Zl(i)}markers(){return this.zs.Gl().map((t=&gt;Me(t,t.originalTime,void 0)))}applyOptions(t){this.zs.Lh(t)}options(){return O(this.zs.W())}priceScale(){return this.Zb.priceScale(this.zs.Dt().xa())}createPriceLine(t){const i=C(O(xe),t),n=this.zs.Jl(i);return new Se(n)}removePriceLine(t){this.zs.Ql(t.Yb())}seriesType(){return this.zs.Yh()}attachPrimitive(t){this.zs.ba(t),t.attached&amp;&amp;t.attached({chart:this.Gb,series:this,requestUpdate:()=&gt;this.zs.$t().$l()})}detachPrimitive(t){this.zs.wa(t),t.detached&amp;&amp;t.detached()}Qb(t){this.Xb.M()&amp;&amp;this.Xb.m(t)}}class ke{constructor(t,i,n){this.iw=new k,this.uu=new k,this.um=new k,this.Hi=t,this.wl=t.St(),this.Um=i,this.wl.Ku().l(this.nw.bind(this)),this.wl.Zu().l(this.sw.bind(this)),this.Um.Mm().l(this.ew.bind(this)),this.N_=n}S(){this.wl.Ku().p(this),this.wl.Zu().p(this),this.Um.Mm().p(this),this.iw.S(),this.uu.S(),this.um.S()}scrollPosition(){return this.wl.Iu()}scrollToPosition(t,i){i?this.wl.qu(t,1e3):this.Hi.Zn(t)}scrollToRealTime(){this.wl.Uu()}getVisibleRange(){const t=this.wl.ku();return null===t?null:{from:t.from.originalTime,to:t.to.originalTime}}setVisibleRange(t){const i={from:this.N_.convertHorzItemToInternal(t.from),to:this.N_.convertHorzItemToInternal(t.to)},n=this.wl.Ru(i);this.Hi.ad(n)}getVisibleLogicalRange(){const t=this.wl.yu();return null===t?null:{from:t.Rs(),to:t.ui()}}setVisibleLogicalRange(t){c(t.from&lt;=t.to,&quot;The from index cannot be after the to index.&quot;),this.Hi.ad(t)}resetTimeScale(){this.Hi.Xn()}fitContent(){this.Hi.Qu()}logicalToCoordinate(t){const i=this.Hi.St();return i.Li()?null:i.zt(t)}coordinateToLogical(t){return this.wl.Li()?null:this.wl.Bu(t)}timeToCoordinate(t){const i=this.N_.convertHorzItemToInternal(t),n=this.wl.ka(i,!1);return null===n?null:this.wl.zt(n)}coordinateToTime(t){const i=this.Hi.St(),n=i.Bu(t),s=i.$i(n);return null===s?null:s.originalTime}width(){return this.Um.Up().width}height(){return this.Um.Up().height}subscribeVisibleTimeRangeChange(t){this.iw.l(t)}unsubscribeVisibleTimeRangeChange(t){this.iw.v(t)}subscribeVisibleLogicalRangeChange(t){this.uu.l(t)}unsubscribeVisibleLogicalRangeChange(t){this.uu.v(t)}subscribeSizeChange(t){this.um.l(t)}unsubscribeSizeChange(t){this.um.v(t)}applyOptions(t){this.wl.Lh(t)}options(){return Object.assign(Object.assign({},O(this.wl.W())),{barSpacing:this.wl.ee()})}nw(){this.iw.M()&amp;&amp;this.iw.m(this.getVisibleRange())}sw(){this.uu.M()&amp;&amp;this.uu.m(this.getVisibleLogicalRange())}ew(t){this.um.m(t.width,t.height)}}function Ce(t){if(void 0===t||&quot;custom&quot;===t.type)return;const i=t;void 0!==i.minMove&amp;&amp;void 0===i.precision&amp;&amp;(i.precision=function(t){if(t&gt;=1)return 0;let i=0;for(;i&lt;8;i++){const n=Math.round(t);if(Math.abs(n-t)&lt;1e-8)return i;t*=10}return i}(i.minMove))}function Te(t){return function(t){if(D(t.handleScale)){const i=t.handleScale;t.handleScale={axisDoubleClickReset:{time:i,price:i},axisPressedMouseMove:{time:i,price:i},mouseWheel:i,pinch:i}}else if(void 0!==t.handleScale){const{axisPressedMouseMove:i,axisDoubleClickReset:n}=t.handleScale;D(i)&amp;&amp;(t.handleScale.axisPressedMouseMove={time:i,price:i}),D(n)&amp;&amp;(t.handleScale.axisDoubleClickReset={time:n,price:n})}const i=t.handleScroll;D(i)&amp;&amp;(t.handleScroll={horzTouchDrag:i,vertTouchDrag:i,mouseWheel:i,pressedMouseMove:i})}(t),t}class Pe{constructor(t,i,n){this.rw=new Map,this.hw=new Map,this.lw=new k,this.aw=new k,this.ow=new k,this._w=new ne(i);const s=void 0===n?O(we()):C(O(we()),Te(n));this.N_=i,this.Ub=new Fs(t,s,i),this.Ub.Wp().l((t=&gt;{this.lw.M()&amp;&amp;this.lw.m(this.uw(t()))}),this),this.Ub.jp().l((t=&gt;{this.aw.M()&amp;&amp;this.aw.m(this.uw(t()))}),this),this.Ub.jc().l((t=&gt;{this.ow.M()&amp;&amp;this.ow.m(this.uw(t()))}),this);const e=this.Ub.$t();this.cw=new ke(e,this.Ub.Gm(),this.N_)}remove(){this.Ub.Wp().p(this),this.Ub.jp().p(this),this.Ub.jc().p(this),this.cw.S(),this.Ub.S(),this.rw.clear(),this.hw.clear(),this.lw.S(),this.aw.S(),this.ow.S(),this._w.S()}resize(t,i,n){this.autoSizeActive()||this.Ub.Ym(t,i,n)}addCustomSeries(t,i){const n=v(t),s=Object.assign(Object.assign({},h),n.defaultOptions());return this.dw(&quot;Custom&quot;,s,i,n)}addAreaSeries(t){return this.dw(&quot;Area&quot;,s,t)}addBaselineSeries(t){return this.dw(&quot;Baseline&quot;,e,t)}addBarSeries(t){return this.dw(&quot;Bar&quot;,i,t)}addCandlestickSeries(i={}){return function(t){void 0!==t.borderColor&amp;&amp;(t.borderUpColor=t.borderColor,t.borderDownColor=t.borderColor),void 0!==t.wickColor&amp;&amp;(t.wickUpColor=t.wickColor,t.wickDownColor=t.wickColor)}(i),this.dw(&quot;Candlestick&quot;,t,i)}addHistogramSeries(t){return this.dw(&quot;Histogram&quot;,r,t)}addLineSeries(t){return this.dw(&quot;Line&quot;,n,t)}removeSeries(t){const i=d(this.rw.get(t)),n=this._w.ld(i);this.Ub.$t().ld(i),this.fw(n),this.rw.delete(t),this.hw.delete(i)}Jb(t,i){this.fw(this._w.Bb(t,i))}tw(t,i){this.fw(this._w.Lb(t,i))}subscribeClick(t){this.lw.l(t)}unsubscribeClick(t){this.lw.v(t)}subscribeCrosshairMove(t){this.ow.l(t)}unsubscribeCrosshairMove(t){this.ow.v(t)}subscribeDblClick(t){this.aw.l(t)}unsubscribeDblClick(t){this.aw.v(t)}priceScale(t){return new ge(this.Ub,t)}timeScale(){return this.cw}applyOptions(t){this.Ub.Lh(Te(t))}options(){return this.Ub.W()}takeScreenshot(){return this.Ub.ib()}autoSizeActive(){return this.Ub.hb()}chartElement(){return this.Ub.lb()}paneSize(){const t=this.Ub.ob();return{height:t.height,width:t.width}}setCrosshairPosition(t,i,n){const s=this.rw.get(n);if(void 0===s)return;const e=this.Ub.$t()._r(s);null!==e&amp;&amp;this.Ub.$t().td(t,i,e)}clearCrosshairPosition(){this.Ub.$t().nd(!0)}dw(t,i,n={},s){Ce(n.priceFormat);const e=C(O(l),O(i),n),r=this.Ub.$t().rd(t,e,s),h=new ye(r,this,this,this,this.N_);return this.rw.set(h,r),this.hw.set(r,h),h}fw(t){const i=this.Ub.$t();i.sd(t.St.Au,t.St.Hb,t.St.$b),t.Wb.forEach(((t,i)=&gt;i.J(t.We,t.jb))),i.zu()}pw(t){return d(this.hw.get(t))}uw(t){const i=new Map;t.xb.forEach(((t,n)=&gt;{const s=n.Yh(),e=ue(s)(t);if(&quot;Custom&quot;!==s)c(function(t){return void 0!==t.open||void 0!==t.value}(e));else{const t=n.Ma();c(!t||!1===t(e))}i.set(this.pw(n),e)}));const n=void 0===t.Mb?void 0:this.pw(t.Mb);return{time:t.wb,logical:t.ie,point:t.gb,hoveredSeries:n,hoveredObjectId:t.Sb,seriesData:i,sourceEvent:t.yb}}}function Re(t,i,n){let s;if(R(t)){const i=document.getElementById(t);c(null!==i,`Cannot find element in DOM with id=${t}`),s=i}else s=t;const e=new Pe(s,i,n);return i.setOptions(e.options()),e}const De=Object.assign(Object.assign({},l),h);var Oe=Object.freeze({__proto__:null,get ColorType(){return Dn},get CrosshairMode(){return et},get LastPriceAnimationMode(){return Pn},get LineStyle(){return o},get LineType(){return a},get MismatchDirection(){return Ai},get PriceLineSource(){return Rn},get PriceScaleMode(){return un},get TickMarkType(){return On},get TrackingModeExitMode(){return Tn},createChart:function(t,i){return Re(t,new Zn,Zn.Pd(i))},createChartEx:Re,customSeriesDefaultOptions:De,isBusinessDay:Bn,isUTCTimestamp:Vn,version:function(){return&quot;4.1.3&quot;}});window.LightweightCharts=Oe}();&lt;/script&gt;\n",
       "    &lt;meta name=&quot;viewport&quot; content =&quot;width=device-width, initial-scale=1&quot;&gt;\n",
       "    &lt;meta charset=&quot;UTF-8&quot;&gt;\n",
       "    &lt;style&gt;\n",
       "    body {\n",
       "        margin: 0;\n",
       "        padding: 0;\n",
       "        overflow: hidden;\n",
       "        font-family: -apple-system, BlinkMacSystemFont, &quot;Segoe UI&quot;, Roboto, Oxygen, Ubuntu,\n",
       "            Cantarell, &quot;Helvetica Neue&quot;, sans-serif;\n",
       "    }\n",
       "    &lt;/style&gt;\n",
       "&lt;/head&gt;\n",
       "&lt;body&gt;\n",
       "    &lt;div id=&quot;container&quot;&gt;&lt;/div&gt;\n",
       "    &lt;script&gt;var Lib=function(t,e){&quot;use strict&quot;;const i={backgroundColor:&quot;#0c0d0f&quot;,hoverBackgroundColor:&quot;#3c434c&quot;,clickBackgroundColor:&quot;#50565E&quot;,activeBackgroundColor:&quot;rgba(0, 122, 255, 0.7)&quot;,mutedBackgroundColor:&quot;rgba(0, 122, 255, 0.3)&quot;,borderColor:&quot;#3C434C&quot;,color:&quot;#d8d9db&quot;,activeColor:&quot;#ececed&quot;};function s(){window.pane={...i},window.containerDiv=document.getElementById(&quot;container&quot;)||document.createElement(&quot;div&quot;),window.setCursor=t=&gt;{t&amp;&amp;(window.cursor=t),document.body.style.cursor=window.cursor},window.cursor=&quot;default&quot;,window.textBoxFocused=!1}class o{handler;div;ohlcEnabled=!1;percentEnabled=!1;linesEnabled=!1;colorBasedOnCandle=!1;text;candle;_lines=[];constructor(t){this.legendHandler=this.legendHandler.bind(this),this.handler=t,this.ohlcEnabled=!1,this.percentEnabled=!1,this.linesEnabled=!1,this.colorBasedOnCandle=!1,this.div=document.createElement(&quot;div&quot;),this.div.classList.add(&quot;legend&quot;),this.div.style.maxWidth=100*t.scale.width-8+&quot;vw&quot;,this.div.style.display=&quot;none&quot;,this.text=document.createElement(&quot;span&quot;),this.text.style.lineHeight=&quot;1.8&quot;,this.candle=document.createElement(&quot;div&quot;),this.div.appendChild(this.text),this.div.appendChild(this.candle),t.div.appendChild(this.div),t.chart.subscribeCrosshairMove(this.legendHandler)}toJSON(){const{_lines:t,handler:e,...i}=this;return i}makeSeriesRow(t,e){const i=e.options().color;let s=`\\n    &lt;path style=&quot;fill:none;stroke-width:2;stroke-linecap:round;stroke-linejoin:round;stroke:${i};stroke-opacity:1;stroke-miterlimit:4;&quot; d=&quot;M 21.998437 12 C 21.998437 12 18.998437 18 12 18 C 5.001562 18 2.001562 12 2.001562 12 C 2.001562 12 5.001562 6 12 6 C 18.998437 6 21.998437 12 21.998437 12 Z M 21.998437 12 &quot; transform=&quot;matrix(0.833333,0,0,0.833333,0,0)&quot;/&gt;\\n    &lt;path style=&quot;fill:none;stroke-width:2;stroke-linecap:round;stroke-linejoin:round;stroke:${i};stroke-opacity:1;stroke-miterlimit:4;&quot; d=&quot;M 15 12 C 15 13.654687 13.654687 15 12 15 C 10.345312 15 9 13.654687 9 12 C 9 10.345312 10.345312 9 12 9 C 13.654687 9 15 10.345312 15 12 Z M 15 12 &quot; transform=&quot;matrix(0.833333,0,0,0.833333,0,0)&quot;/&gt;\\`\\n    `,o=`\\n    &lt;path style=&quot;fill:none;stroke-width:2;stroke-linecap:round;stroke-linejoin:round;stroke:${i};stroke-opacity:1;stroke-miterlimit:4;&quot; d=&quot;M 20.001562 9 C 20.001562 9 19.678125 9.665625 18.998437 10.514062 M 12 14.001562 C 10.392187 14.001562 9.046875 13.589062 7.95 12.998437 M 12 14.001562 C 13.607812 14.001562 14.953125 13.589062 16.05 12.998437 M 12 14.001562 L 12 17.498437 M 3.998437 9 C 3.998437 9 4.354687 9.735937 5.104687 10.645312 M 7.95 12.998437 L 5.001562 15.998437 M 7.95 12.998437 C 6.689062 12.328125 5.751562 11.423437 5.104687 10.645312 M 16.05 12.998437 L 18.501562 15.998437 M 16.05 12.998437 C 17.38125 12.290625 18.351562 11.320312 18.998437 10.514062 M 5.104687 10.645312 L 2.001562 12 M 18.998437 10.514062 L 21.998437 12 &quot; transform=&quot;matrix(0.833333,0,0,0.833333,0,0)&quot;/&gt;\\n    `,n=document.createElement(&quot;div&quot;);n.style.display=&quot;flex&quot;,n.style.alignItems=&quot;center&quot;;let r=document.createElement(&quot;div&quot;),a=document.createElement(&quot;div&quot;);a.classList.add(&quot;legend-toggle-switch&quot;);let l=document.createElementNS(&quot;http://www.w3.org/2000/svg&quot;,&quot;svg&quot;);l.setAttribute(&quot;width&quot;,&quot;22&quot;),l.setAttribute(&quot;height&quot;,&quot;16&quot;);let h=document.createElementNS(&quot;http://www.w3.org/2000/svg&quot;,&quot;g&quot;);h.innerHTML=s;let d=!0;a.addEventListener(&quot;click&quot;,(()=&gt;{d?(d=!1,h.innerHTML=o,e.applyOptions({visible:!1})):(d=!0,e.applyOptions({visible:!0}),h.innerHTML=s)})),l.appendChild(h),a.appendChild(l),n.appendChild(r),n.appendChild(a),this.div.appendChild(n);const c=e.options().color;this._lines.push({name:t,div:r,row:n,toggle:a,series:e,solid:c.startsWith(&quot;rgba&quot;)?c.replace(/[^,]+(?=\\))/,&quot;1&quot;):c})}legendItemFormat(t,e){return t.toFixed(e).toString().padStart(8,&quot; &quot;)}shorthandFormat(t){const e=Math.abs(t);return e&gt;=1e6?(t/1e6).toFixed(1)+&quot;M&quot;:e&gt;=1e3?(t/1e3).toFixed(1)+&quot;K&quot;:t.toString().padStart(8,&quot; &quot;)}legendHandler(t,e=!1){if(!this.ohlcEnabled&amp;&amp;!this.linesEnabled&amp;&amp;!this.percentEnabled)return;const i=this.handler.series.options();if(!t.time)return this.candle.style.color=&quot;transparent&quot;,void(this.candle.innerHTML=this.candle.innerHTML.replace(i.upColor,&quot;&quot;).replace(i.downColor,&quot;&quot;));let s,o=null;if(e){const e=this.handler.chart.timeScale();let i=e.timeToCoordinate(t.time);i&amp;&amp;(o=e.coordinateToLogical(i.valueOf())),o&amp;&amp;(s=this.handler.series.dataByIndex(o.valueOf()))}else s=t.seriesData.get(this.handler.series);this.candle.style.color=&quot;&quot;;let n=&#x27;&lt;span style=&quot;line-height: 1.8;&quot;&gt;&#x27;;if(s){if(this.ohlcEnabled&amp;&amp;(n+=`O ${this.legendItemFormat(s.open,this.handler.precision)} `,n+=`| H ${this.legendItemFormat(s.high,this.handler.precision)} `,n+=`| L ${this.legendItemFormat(s.low,this.handler.precision)} `,n+=`| C ${this.legendItemFormat(s.close,this.handler.precision)} `),this.percentEnabled){let t=(s.close-s.open)/s.open*100,e=t&gt;0?i.upColor:i.downColor,o=`${t&gt;=0?&quot;+&quot;:&quot;&quot;}${t.toFixed(2)} %`;this.colorBasedOnCandle?n+=`| &lt;span style=&quot;color: ${e};&quot;&gt;${o}&lt;/span&gt;`:n+=&quot;| &quot;+o}if(this.handler.volumeSeries){let e;e=o?this.handler.volumeSeries.dataByIndex(o):t.seriesData.get(this.handler.volumeSeries),e&amp;&amp;(n+=this.ohlcEnabled?`&lt;br&gt;V ${this.shorthandFormat(e.value)}`:&quot;&quot;)}}this.candle.innerHTML=n+&quot;&lt;/span&gt;&quot;,this._lines.forEach((i=&gt;{if(!this.linesEnabled)return void(i.row.style.display=&quot;none&quot;);let s,n;if(i.row.style.display=&quot;flex&quot;,s=e&amp;&amp;o?i.series.dataByIndex(o):t.seriesData.get(i.series),s?.value){if(&quot;Histogram&quot;==i.series.seriesType())n=this.shorthandFormat(s.value);else{const t=i.series.options().priceFormat;n=this.legendItemFormat(s.value,t.precision)}i.div.innerHTML=`&lt;span style=&quot;color: ${i.solid};&quot;&gt;▨ ${i.name} : ${n}&lt;/span&gt;`}}))}}function n(t){if(void 0===t)throw new Error(&quot;Value is undefined&quot;);return t}class r{_chart=void 0;_series=void 0;requestUpdate(){this._requestUpdate&amp;&amp;this._requestUpdate()}_requestUpdate;attached({chart:t,series:e,requestUpdate:i}){this._chart=t,this._series=e,this._series.subscribeDataChanged(this._fireDataUpdated),this._requestUpdate=i,this.requestUpdate()}detached(){this._chart=void 0,this._series=void 0,this._requestUpdate=void 0}get chart(){return n(this._chart)}get series(){return n(this._series)}_fireDataUpdated(t){this.dataUpdated&amp;&amp;this.dataUpdated(t)}}const a={lineColor:&quot;#1E80F0&quot;,lineStyle:e.LineStyle.Solid,width:4};var l;!function(t){t[t.NONE=0]=&quot;NONE&quot;,t[t.HOVERING=1]=&quot;HOVERING&quot;,t[t.DRAGGING=2]=&quot;DRAGGING&quot;,t[t.DRAGGINGP1=3]=&quot;DRAGGINGP1&quot;,t[t.DRAGGINGP2=4]=&quot;DRAGGINGP2&quot;,t[t.DRAGGINGP3=5]=&quot;DRAGGINGP3&quot;,t[t.DRAGGINGP4=6]=&quot;DRAGGINGP4&quot;}(l||(l={}));class h extends r{_paneViews=[];_options;_points=[];_state=l.NONE;_startDragPoint=null;_latestHoverPoint=null;static _mouseIsDown=!1;static hoveredObject=null;static lastHoveredObject=null;_listeners=[];constructor(t){super(),this._options={...a,...t}}updateAllViews(){this._paneViews.forEach((t=&gt;t.update()))}paneViews(){return this._paneViews}applyOptions(t){this._options={...this._options,...t},this.requestUpdate()}updatePoints(...t){for(let e=0;e&lt;this.points.length;e++)null!=t[e]&amp;&amp;(this.points[e]=t[e]);this.requestUpdate()}detach(){this._options.lineColor=&quot;transparent&quot;,this.requestUpdate(),this.series.detachPrimitive(this);for(const t of this._listeners)document.body.removeEventListener(t.name,t.listener)}get points(){return this._points}_subscribe(t,e){document.body.addEventListener(t,e),this._listeners.push({name:t,listener:e})}_unsubscribe(t,e){document.body.removeEventListener(t,e);const i=this._listeners.find((i=&gt;i.name===t&amp;&amp;i.listener===e));this._listeners.splice(this._listeners.indexOf(i),1)}_handleHoverInteraction(t){if(this._latestHoverPoint=t.point,h._mouseIsDown)this._handleDragInteraction(t);else if(this._mouseIsOverDrawing(t)){if(this._state!=l.NONE)return;this._moveToState(l.HOVERING),h.hoveredObject=h.lastHoveredObject=this}else{if(this._state==l.NONE)return;this._moveToState(l.NONE),h.hoveredObject===this&amp;&amp;(h.hoveredObject=null)}}static _eventToPoint(t,e){if(!e||!t.point||!t.logical)return null;const i=e.coordinateToPrice(t.point.y);return null==i?null:{time:t.time||null,logical:t.logical,price:i.valueOf()}}static _getDiff(t,e){return{logical:t.logical-e.logical,price:t.price-e.price}}_addDiffToPoint(t,e,i){t&amp;&amp;(t.logical=t.logical+e,t.price=t.price+i,t.time=this.series.dataByIndex(t.logical)?.time||null)}_handleMouseDownInteraction=()=&gt;{h._mouseIsDown=!0,this._onMouseDown()};_handleMouseUpInteraction=()=&gt;{h._mouseIsDown=!1,this._moveToState(l.HOVERING)};_handleDragInteraction(t){if(this._state!=l.DRAGGING&amp;&amp;this._state!=l.DRAGGINGP1&amp;&amp;this._state!=l.DRAGGINGP2&amp;&amp;this._state!=l.DRAGGINGP3&amp;&amp;this._state!=l.DRAGGINGP4)return;const e=h._eventToPoint(t,this.series);if(!e)return;this._startDragPoint=this._startDragPoint||e;const i=h._getDiff(e,this._startDragPoint);this._onDrag(i),this.requestUpdate(),this._startDragPoint=e}}class d{_options;constructor(t){this._options=t}}class c extends d{_p1;_p2;_hovered;constructor(t,e,i,s){super(i),this._p1=t,this._p2=e,this._hovered=s}_getScaledCoordinates(t){return null===this._p1.x||null===this._p1.y||null===this._p2.x||null===this._p2.y?null:{x1:Math.round(this._p1.x*t.horizontalPixelRatio),y1:Math.round(this._p1.y*t.verticalPixelRatio),x2:Math.round(this._p2.x*t.horizontalPixelRatio),y2:Math.round(this._p2.y*t.verticalPixelRatio)}}_drawEndCircle(t,e,i){t.context.fillStyle=&quot;#000&quot;,t.context.beginPath(),t.context.arc(e,i,9,0,2*Math.PI),t.context.stroke(),t.context.fill()}}function p(t,i){const s={[e.LineStyle.Solid]:[],[e.LineStyle.Dotted]:[t.lineWidth,t.lineWidth],[e.LineStyle.Dashed]:[2*t.lineWidth,2*t.lineWidth],[e.LineStyle.LargeDashed]:[6*t.lineWidth,6*t.lineWidth],[e.LineStyle.SparseDotted]:[t.lineWidth,4*t.lineWidth]}[i];t.setLineDash(s)}class u extends d{_point={x:null,y:null};constructor(t,e){super(e),this._point=t}draw(t){t.useBitmapCoordinateSpace((t=&gt;{if(null==this._point.y)return;const e=t.context,i=Math.round(this._point.y*t.verticalPixelRatio),s=this._point.x?this._point.x*t.horizontalPixelRatio:0;e.lineWidth=this._options.width,e.strokeStyle=this._options.lineColor,p(e,this._options.lineStyle),e.beginPath(),e.moveTo(s,i),e.lineTo(t.bitmapSize.width,i),e.stroke()}))}}class _{_source;constructor(t){this._source=t}}class m extends _{_p1={x:null,y:null};_p2={x:null,y:null};_source;constructor(t){super(t),this._source=t}update(){if(!this._source.p1||!this._source.p2)return;const t=this._source.series,e=t.priceToCoordinate(this._source.p1.price),i=t.priceToCoordinate(this._source.p2.price),s=this._getX(this._source.p1),o=this._getX(this._source.p2);this._p1={x:s,y:e},this._p2={x:o,y:i}}_getX(t){return this._source.chart.timeScale().logicalToCoordinate(t.logical)}}class v extends _{_source;_point={x:null,y:null};constructor(t){super(t),this._source=t}update(){const t=this._source._point,e=this._source.chart.timeScale(),i=this._source.series;&quot;RayLine&quot;==this._source._type&amp;&amp;(this._point.x=t.time?e.timeToCoordinate(t.time):e.logicalToCoordinate(t.logical)),this._point.y=i.priceToCoordinate(t.price)}renderer(){return new u(this._point,this._source._options)}}class g{_source;_y=null;_price=null;constructor(t){this._source=t}update(){if(!this._source.series||!this._source._point)return;this._y=this._source.series.priceToCoordinate(this._source._point.price);const t=this._source.series.options().priceFormat.precision;this._price=this._source._point.price.toFixed(t).toString()}visible(){return!0}tickVisible(){return!0}coordinate(){return this._y??0}text(){return this._source._options.text||this._price||&quot;&quot;}textColor(){return&quot;white&quot;}backColor(){return this._source._options.lineColor}}class w extends h{_type=&quot;HorizontalLine&quot;;_paneViews;_point;_callbackName;_priceAxisViews;_startDragPoint=null;constructor(t,e,i=null){super(e),this._point=t,this._point.time=null,this._paneViews=[new v(this)],this._priceAxisViews=[new g(this)],this._callbackName=i}get points(){return[this._point]}updatePoints(...t){for(const e of t)e&amp;&amp;(this._point.price=e.price);this.requestUpdate()}updateAllViews(){this._paneViews.forEach((t=&gt;t.update())),this._priceAxisViews.forEach((t=&gt;t.update()))}priceAxisViews(){return this._priceAxisViews}_moveToState(t){switch(t){case l.NONE:document.body.style.cursor=&quot;default&quot;,this._unsubscribe(&quot;mousedown&quot;,this._handleMouseDownInteraction);break;case l.HOVERING:document.body.style.cursor=&quot;pointer&quot;,this._unsubscribe(&quot;mouseup&quot;,this._childHandleMouseUpInteraction),this._subscribe(&quot;mousedown&quot;,this._handleMouseDownInteraction),this.chart.applyOptions({handleScroll:!0});break;case l.DRAGGING:document.body.style.cursor=&quot;grabbing&quot;,this._subscribe(&quot;mouseup&quot;,this._childHandleMouseUpInteraction),this.chart.applyOptions({handleScroll:!1})}this._state=t}_onDrag(t){this._addDiffToPoint(this._point,0,t.price),this.requestUpdate()}_mouseIsOverDrawing(t,e=4){if(!t.point)return!1;const i=this.series.priceToCoordinate(this._point.price);return!!i&amp;&amp;Math.abs(i-t.point.y)&lt;e}_onMouseDown(){this._startDragPoint=null;if(this._latestHoverPoint)return this._moveToState(l.DRAGGING)}_childHandleMouseUpInteraction=()=&gt;{this._handleMouseUpInteraction(),this._callbackName&amp;&amp;window.callbackFunction(`${this._callbackName}_~_${this._point.price.toFixed(8)}`)}}class y{_chart;_series;_finishDrawingCallback=null;_drawings=[];_activeDrawing=null;_isDrawing=!1;_drawingType=null;constructor(t,e,i=null){this._chart=t,this._series=e,this._finishDrawingCallback=i,this._chart.subscribeClick(this._clickHandler),this._chart.subscribeCrosshairMove(this._moveHandler)}_clickHandler=t=&gt;this._onClick(t);_moveHandler=t=&gt;this._onMouseMove(t);beginDrawing(t){this._drawingType=t,this._isDrawing=!0}stopDrawing(){this._isDrawing=!1,this._activeDrawing=null}get drawings(){return this._drawings}addNewDrawing(t){this._series.attachPrimitive(t),this._drawings.push(t)}delete(t){if(null==t)return;const e=this._drawings.indexOf(t);-1!=e&amp;&amp;(this._drawings.splice(e,1),t.detach())}clearDrawings(){for(const t of this._drawings)t.detach();this._drawings=[]}repositionOnTime(){for(const t of this.drawings){const e=[];for(const i of t.points){if(!i){e.push(i);continue}const t=i.time?this._chart.timeScale().coordinateToLogical(this._chart.timeScale().timeToCoordinate(i.time)||0):i.logical;e.push({time:i.time,logical:t,price:i.price})}t.updatePoints(...e)}}_onClick(t){if(!this._isDrawing)return;const e=h._eventToPoint(t,this._series);if(e)if(null==this._activeDrawing){if(null==this._drawingType)return;this._activeDrawing=new this._drawingType(e,e),this._series.attachPrimitive(this._activeDrawing),this._drawingType==w&amp;&amp;this._onClick(t)}else{if(this._drawings.push(this._activeDrawing),this.stopDrawing(),!this._finishDrawingCallback)return;this._finishDrawingCallback()}}_onMouseMove(t){if(!t)return;for(const e of this._drawings)e._handleHoverInteraction(t);if(!this._isDrawing||!this._activeDrawing)return;const e=h._eventToPoint(t,this._series);e&amp;&amp;this._activeDrawing.updatePoints(null,e)}}class b extends c{constructor(t,e,i,s){super(t,e,i,s)}draw(t){t.useBitmapCoordinateSpace((t=&gt;{if(null===this._p1.x||null===this._p1.y||null===this._p2.x||null===this._p2.y)return;const e=t.context,i=this._getScaledCoordinates(t);i&amp;&amp;(e.lineWidth=this._options.width,e.strokeStyle=this._options.lineColor,p(e,this._options.lineStyle),e.beginPath(),e.moveTo(i.x1,i.y1),e.lineTo(i.x2,i.y2),e.stroke(),this._hovered&amp;&amp;(this._drawEndCircle(t,i.x1,i.y1),this._drawEndCircle(t,i.x2,i.y2)))}))}}class x extends m{constructor(t){super(t)}renderer(){return new b(this._p1,this._p2,this._source._options,this._source.hovered)}}class f extends h{_paneViews=[];_hovered=!1;constructor(t,e,i){super(),this.points.push(t),this.points.push(e),this._options={...a,...i}}setFirstPoint(t){this.updatePoints(t)}setSecondPoint(t){this.updatePoints(null,t)}get p1(){return this.points[0]}get p2(){return this.points[1]}get hovered(){return this._hovered}}class C extends f{_type=&quot;TrendLine&quot;;constructor(t,e,i){super(t,e,i),this._paneViews=[new x(this)]}_moveToState(t){switch(t){case l.NONE:document.body.style.cursor=&quot;default&quot;,this._hovered=!1,this.requestUpdate(),this._unsubscribe(&quot;mousedown&quot;,this._handleMouseDownInteraction);break;case l.HOVERING:document.body.style.cursor=&quot;pointer&quot;,this._hovered=!0,this.requestUpdate(),this._subscribe(&quot;mousedown&quot;,this._handleMouseDownInteraction),this._unsubscribe(&quot;mouseup&quot;,this._handleMouseDownInteraction),this.chart.applyOptions({handleScroll:!0});break;case l.DRAGGINGP1:case l.DRAGGINGP2:case l.DRAGGING:document.body.style.cursor=&quot;grabbing&quot;,this._subscribe(&quot;mouseup&quot;,this._handleMouseUpInteraction),this.chart.applyOptions({handleScroll:!1})}this._state=t}_onDrag(t){this._state!=l.DRAGGING&amp;&amp;this._state!=l.DRAGGINGP1||this._addDiffToPoint(this.p1,t.logical,t.price),this._state!=l.DRAGGING&amp;&amp;this._state!=l.DRAGGINGP2||this._addDiffToPoint(this.p2,t.logical,t.price)}_onMouseDown(){this._startDragPoint=null;const t=this._latestHoverPoint;if(!t)return;const e=this._paneViews[0]._p1,i=this._paneViews[0]._p2;if(!(e.x&amp;&amp;i.x&amp;&amp;e.y&amp;&amp;i.y))return this._moveToState(l.DRAGGING);Math.abs(t.x-e.x)&lt;10&amp;&amp;Math.abs(t.y-e.y)&lt;10?this._moveToState(l.DRAGGINGP1):Math.abs(t.x-i.x)&lt;10&amp;&amp;Math.abs(t.y-i.y)&lt;10?this._moveToState(l.DRAGGINGP2):this._moveToState(l.DRAGGING)}_mouseIsOverDrawing(t,e=4){if(!t.point)return!1;const i=this._paneViews[0]._p1.x,s=this._paneViews[0]._p1.y,o=this._paneViews[0]._p2.x,n=this._paneViews[0]._p2.y;if(!(i&amp;&amp;o&amp;&amp;s&amp;&amp;n))return!1;const r=t.point.x,a=t.point.y;if(r&lt;=Math.min(i,o)-e||r&gt;=Math.max(i,o)+e)return!1;return Math.abs((n-s)*r-(o-i)*a+o*s-n*i)/Math.sqrt((n-s)**2+(o-i)**2)&lt;=e}}class D extends c{constructor(t,e,i,s){super(t,e,i,s)}draw(t){t.useBitmapCoordinateSpace((t=&gt;{const e=t.context,i=this._getScaledCoordinates(t);if(!i)return;e.lineWidth=this._options.width,e.strokeStyle=this._options.lineColor,p(e,this._options.lineStyle),e.fillStyle=this._options.fillColor;const s=Math.min(i.x1,i.x2),o=Math.min(i.y1,i.y2),n=Math.abs(i.x1-i.x2),r=Math.abs(i.y1-i.y2);e.strokeRect(s,o,n,r),e.fillRect(s,o,n,r),this._hovered&amp;&amp;(this._drawEndCircle(t,s,o),this._drawEndCircle(t,s+n,o),this._drawEndCircle(t,s+n,o+r),this._drawEndCircle(t,s,o+r))}))}}class E extends m{constructor(t){super(t)}renderer(){return new D(this._p1,this._p2,this._source._options,this._source.hovered)}}const k={fillEnabled:!0,fillColor:&quot;rgba(255, 255, 255, 0.2)&quot;,...a};class L extends f{_type=&quot;Box&quot;;constructor(t,e,i){super(t,e,i),this._options={...k,...i},this._paneViews=[new E(this)]}_moveToState(t){switch(t){case l.NONE:document.body.style.cursor=&quot;default&quot;,this._hovered=!1,this._unsubscribe(&quot;mousedown&quot;,this._handleMouseDownInteraction);break;case l.HOVERING:document.body.style.cursor=&quot;pointer&quot;,this._hovered=!0,this._unsubscribe(&quot;mouseup&quot;,this._handleMouseUpInteraction),this._subscribe(&quot;mousedown&quot;,this._handleMouseDownInteraction),this.chart.applyOptions({handleScroll:!0});break;case l.DRAGGINGP1:case l.DRAGGINGP2:case l.DRAGGINGP3:case l.DRAGGINGP4:case l.DRAGGING:document.body.style.cursor=&quot;grabbing&quot;,document.body.addEventListener(&quot;mouseup&quot;,this._handleMouseUpInteraction),this._subscribe(&quot;mouseup&quot;,this._handleMouseUpInteraction),this.chart.applyOptions({handleScroll:!1})}this._state=t}_onDrag(t){this._state!=l.DRAGGING&amp;&amp;this._state!=l.DRAGGINGP1||this._addDiffToPoint(this.p1,t.logical,t.price),this._state!=l.DRAGGING&amp;&amp;this._state!=l.DRAGGINGP2||this._addDiffToPoint(this.p2,t.logical,t.price),this._state!=l.DRAGGING&amp;&amp;(this._state==l.DRAGGINGP3&amp;&amp;(this._addDiffToPoint(this.p1,t.logical,0),this._addDiffToPoint(this.p2,0,t.price)),this._state==l.DRAGGINGP4&amp;&amp;(this._addDiffToPoint(this.p1,0,t.price),this._addDiffToPoint(this.p2,t.logical,0)))}_onMouseDown(){this._startDragPoint=null;const t=this._latestHoverPoint,e=this._paneViews[0]._p1,i=this._paneViews[0]._p2;if(!(e.x&amp;&amp;i.x&amp;&amp;e.y&amp;&amp;i.y))return this._moveToState(l.DRAGGING);const s=10;Math.abs(t.x-e.x)&lt;s&amp;&amp;Math.abs(t.y-e.y)&lt;s?this._moveToState(l.DRAGGINGP1):Math.abs(t.x-i.x)&lt;s&amp;&amp;Math.abs(t.y-i.y)&lt;s?this._moveToState(l.DRAGGINGP2):Math.abs(t.x-e.x)&lt;s&amp;&amp;Math.abs(t.y-i.y)&lt;s?this._moveToState(l.DRAGGINGP3):Math.abs(t.x-i.x)&lt;s&amp;&amp;Math.abs(t.y-e.y)&lt;s?this._moveToState(l.DRAGGINGP4):this._moveToState(l.DRAGGING)}_mouseIsOverDrawing(t,e=4){if(!t.point)return!1;const i=this._paneViews[0]._p1.x,s=this._paneViews[0]._p1.y,o=this._paneViews[0]._p2.x,n=this._paneViews[0]._p2.y;if(!(i&amp;&amp;o&amp;&amp;s&amp;&amp;n))return!1;const r=t.point.x,a=t.point.y,l=Math.min(i,o),h=Math.min(s,n),d=Math.abs(i-o),c=Math.abs(s-n),p=e/2;return r&gt;l-p&amp;&amp;r&lt;l+d+p&amp;&amp;a&gt;h-p&amp;&amp;a&lt;h+c+p}}class S{colorOption;static colors=[&quot;#EBB0B0&quot;,&quot;#E9CEA1&quot;,&quot;#E5DF80&quot;,&quot;#ADEB97&quot;,&quot;#A3C3EA&quot;,&quot;#D8BDED&quot;,&quot;#E15F5D&quot;,&quot;#E1B45F&quot;,&quot;#E2D947&quot;,&quot;#4BE940&quot;,&quot;#639AE1&quot;,&quot;#D7A0E8&quot;,&quot;#E42C2A&quot;,&quot;#E49D30&quot;,&quot;#E7D827&quot;,&quot;#3CFF0A&quot;,&quot;#3275E4&quot;,&quot;#B06CE3&quot;,&quot;#F3000D&quot;,&quot;#EE9A14&quot;,&quot;#F1DA13&quot;,&quot;#2DFC0F&quot;,&quot;#1562EE&quot;,&quot;#BB00EF&quot;,&quot;#B50911&quot;,&quot;#E3860E&quot;,&quot;#D2BD11&quot;,&quot;#48DE0E&quot;,&quot;#1455B4&quot;,&quot;#6E009F&quot;,&quot;#7C1713&quot;,&quot;#B76B12&quot;,&quot;#8D7A13&quot;,&quot;#479C12&quot;,&quot;#165579&quot;,&quot;#51007E&quot;];_div;saveDrawings;opacity=0;_opacitySlider;_opacityLabel;rgba;constructor(t,e){this.colorOption=e,this.saveDrawings=t,this._div=document.createElement(&quot;div&quot;),this._div.classList.add(&quot;color-picker&quot;);let i=document.createElement(&quot;div&quot;);i.style.margin=&quot;10px&quot;,i.style.display=&quot;flex&quot;,i.style.flexWrap=&quot;wrap&quot;,S.colors.forEach((t=&gt;i.appendChild(this.makeColorBox(t))));let s=document.createElement(&quot;div&quot;);s.style.backgroundColor=window.pane.borderColor,s.style.height=&quot;1px&quot;,s.style.width=&quot;130px&quot;;let o=document.createElement(&quot;div&quot;);o.style.margin=&quot;10px&quot;;let n=document.createElement(&quot;div&quot;);n.style.color=&quot;lightgray&quot;,n.style.fontSize=&quot;12px&quot;,n.innerText=&quot;Opacity&quot;,this._opacityLabel=document.createElement(&quot;div&quot;),this._opacityLabel.style.color=&quot;lightgray&quot;,this._opacityLabel.style.fontSize=&quot;12px&quot;,this._opacitySlider=document.createElement(&quot;input&quot;),this._opacitySlider.type=&quot;range&quot;,this._opacitySlider.value=(100*this.opacity).toString(),this._opacityLabel.innerText=this._opacitySlider.value+&quot;%&quot;,this._opacitySlider.oninput=()=&gt;{this._opacityLabel.innerText=this._opacitySlider.value+&quot;%&quot;,this.opacity=parseInt(this._opacitySlider.value)/100,this.updateColor()},o.appendChild(n),o.appendChild(this._opacitySlider),o.appendChild(this._opacityLabel),this._div.appendChild(i),this._div.appendChild(s),this._div.appendChild(o),window.containerDiv.appendChild(this._div)}_updateOpacitySlider(){this._opacitySlider.value=(100*this.opacity).toString(),this._opacityLabel.innerText=this._opacitySlider.value+&quot;%&quot;}makeColorBox(t){const e=document.createElement(&quot;div&quot;);e.style.width=&quot;18px&quot;,e.style.height=&quot;18px&quot;,e.style.borderRadius=&quot;3px&quot;,e.style.margin=&quot;3px&quot;,e.style.boxSizing=&quot;border-box&quot;,e.style.backgroundColor=t,e.addEventListener(&quot;mouseover&quot;,(()=&gt;e.style.border=&quot;2px solid lightgray&quot;)),e.addEventListener(&quot;mouseout&quot;,(()=&gt;e.style.border=&quot;none&quot;));const i=S.extractRGBA(t);return e.addEventListener(&quot;click&quot;,(()=&gt;{this.rgba=i,this.updateColor()})),e}static extractRGBA(t){const e=document.createElement(&quot;div&quot;);e.style.color=t,document.body.appendChild(e);const i=getComputedStyle(e).color;document.body.removeChild(e);const s=i.match(/\\d+/g)?.map(Number);if(!s)return[];let o=i.includes(&quot;rgba&quot;)?parseFloat(i.split(&quot;,&quot;)[3]):1;return[s[0],s[1],s[2],o]}updateColor(){if(!h.lastHoveredObject||!this.rgba)return;const t=`rgba(${this.rgba[0]}, ${this.rgba[1]}, ${this.rgba[2]}, ${this.opacity})`;h.lastHoveredObject.applyOptions({[this.colorOption]:t}),this.saveDrawings()}openMenu(t){h.lastHoveredObject&amp;&amp;(this.rgba=S.extractRGBA(h.lastHoveredObject._options[this.colorOption]),this.opacity=this.rgba[3],this._updateOpacitySlider(),this._div.style.top=t.top-30+&quot;px&quot;,this._div.style.left=t.right+&quot;px&quot;,this._div.style.display=&quot;flex&quot;,setTimeout((()=&gt;document.addEventListener(&quot;mousedown&quot;,(t=&gt;{this._div.contains(t.target)||this.closeMenu()}))),10))}closeMenu(){document.body.removeEventListener(&quot;click&quot;,this.closeMenu),this._div.style.display=&quot;none&quot;}}class G{static _styles=[{name:&quot;Solid&quot;,var:e.LineStyle.Solid},{name:&quot;Dotted&quot;,var:e.LineStyle.Dotted},{name:&quot;Dashed&quot;,var:e.LineStyle.Dashed},{name:&quot;Large Dashed&quot;,var:e.LineStyle.LargeDashed},{name:&quot;Sparse Dotted&quot;,var:e.LineStyle.SparseDotted}];_div;_saveDrawings;constructor(t){this._saveDrawings=t,this._div=document.createElement(&quot;div&quot;),this._div.classList.add(&quot;context-menu&quot;),G._styles.forEach((t=&gt;{this._div.appendChild(this._makeTextBox(t.name,t.var))})),window.containerDiv.appendChild(this._div)}_makeTextBox(t,e){const i=document.createElement(&quot;span&quot;);return i.classList.add(&quot;context-menu-item&quot;),i.innerText=t,i.addEventListener(&quot;click&quot;,(()=&gt;{h.lastHoveredObject?.applyOptions({lineStyle:e}),this._saveDrawings()})),i}openMenu(t){this._div.style.top=t.top-30+&quot;px&quot;,this._div.style.left=t.right+&quot;px&quot;,this._div.style.display=&quot;block&quot;,setTimeout((()=&gt;document.addEventListener(&quot;mousedown&quot;,(t=&gt;{this._div.contains(t.target)||this.closeMenu()}))),10)}closeMenu(){document.removeEventListener(&quot;click&quot;,this.closeMenu),this._div.style.display=&quot;none&quot;}}function T(t){const e=[];for(const i of t)0==e.length?e.push(i.toUpperCase()):i==i.toUpperCase()?e.push(&quot; &quot;+i):e.push(i);return e.join(&quot;&quot;)}class I{saveDrawings;drawingTool;div;hoverItem;items=[];constructor(t,e){this.saveDrawings=t,this.drawingTool=e,this._onRightClick=this._onRightClick.bind(this),this.div=document.createElement(&quot;div&quot;),this.div.classList.add(&quot;context-menu&quot;),document.body.appendChild(this.div),this.hoverItem=null,document.body.addEventListener(&quot;contextmenu&quot;,this._onRightClick)}_handleClick=t=&gt;this._onClick(t);_onClick(t){t.target&amp;&amp;(this.div.contains(t.target)||(this.div.style.display=&quot;none&quot;,document.body.removeEventListener(&quot;click&quot;,this._handleClick)))}_onRightClick(t){if(!h.hoveredObject)return;for(const t of this.items)this.div.removeChild(t);this.items=[];for(const t of Object.keys(h.hoveredObject._options)){let e;if(t.toLowerCase().includes(&quot;color&quot;))e=new S(this.saveDrawings,t);else{if(&quot;lineStyle&quot;!==t)continue;e=new G(this.saveDrawings)}let i=t=&gt;e.openMenu(t);this.menuItem(T(t),i,(()=&gt;{document.removeEventListener(&quot;click&quot;,e.closeMenu),e._div.style.display=&quot;none&quot;}))}this.separator(),this.menuItem(&quot;Delete Drawing&quot;,(()=&gt;this.drawingTool.delete(h.lastHoveredObject))),t.preventDefault(),this.div.style.left=t.clientX+&quot;px&quot;,this.div.style.top=t.clientY+&quot;px&quot;,this.div.style.display=&quot;block&quot;,document.body.addEventListener(&quot;click&quot;,this._handleClick)}menuItem(t,e,i=null){const s=document.createElement(&quot;span&quot;);s.classList.add(&quot;context-menu-item&quot;),this.div.appendChild(s);const o=document.createElement(&quot;span&quot;);if(o.innerText=t,o.style.pointerEvents=&quot;none&quot;,s.appendChild(o),i){let t=document.createElement(&quot;span&quot;);t.innerText=&quot;►&quot;,t.style.fontSize=&quot;8px&quot;,t.style.pointerEvents=&quot;none&quot;,s.appendChild(t)}if(s.addEventListener(&quot;mouseover&quot;,(()=&gt;{this.hoverItem&amp;&amp;this.hoverItem.closeAction&amp;&amp;this.hoverItem.closeAction(),this.hoverItem={elem:o,action:e,closeAction:i}})),i){let t;s.addEventListener(&quot;mouseover&quot;,(()=&gt;t=setTimeout((()=&gt;e(s.getBoundingClientRect())),100))),s.addEventListener(&quot;mouseout&quot;,(()=&gt;clearTimeout(t)))}else s.addEventListener(&quot;click&quot;,(t=&gt;{e(t),this.div.style.display=&quot;none&quot;}));this.items.push(s)}separator(){const t=document.createElement(&quot;div&quot;);t.style.width=&quot;90%&quot;,t.style.height=&quot;1px&quot;,t.style.margin=&quot;3px 0px&quot;,t.style.backgroundColor=window.pane.borderColor,this.div.appendChild(t),this.items.push(t)}}class M extends w{_type=&quot;RayLine&quot;;constructor(t,e){super({...t},e),this._point.time=t.time}updatePoints(...t){for(const e of t)e&amp;&amp;(this._point=e);this.requestUpdate()}_onDrag(t){this._addDiffToPoint(this._point,t.logical,t.price),this.requestUpdate()}_mouseIsOverDrawing(t,e=4){if(!t.point)return!1;const i=this.series.priceToCoordinate(this._point.price),s=this._point.time?this.chart.timeScale().timeToCoordinate(this._point.time):null;return!(!i||!s)&amp;&amp;(Math.abs(i-t.point.y)&lt;e&amp;&amp;t.point.x&gt;s-e)}}class N extends d{_point={x:null,y:null};constructor(t,e){super(e),this._point=t}draw(t){t.useBitmapCoordinateSpace((t=&gt;{if(null==this._point.x)return;const e=t.context,i=this._point.x*t.horizontalPixelRatio;e.lineWidth=this._options.width,e.strokeStyle=this._options.lineColor,p(e,this._options.lineStyle),e.beginPath(),e.moveTo(i,0),e.lineTo(i,t.bitmapSize.height),e.stroke()}))}}class R extends _{_source;_point={x:null,y:null};constructor(t){super(t),this._source=t}update(){const t=this._source._point,e=this._source.chart.timeScale(),i=this._source.series;this._point.x=t.time?e.timeToCoordinate(t.time):e.logicalToCoordinate(t.logical),this._point.y=i.priceToCoordinate(t.price)}renderer(){return new N(this._point,this._source._options)}}class B{_source;_x=null;constructor(t){this._source=t}update(){if(!this._source.chart||!this._source._point)return;const t=this._source._point,e=this._source.chart.timeScale();this._x=t.time?e.timeToCoordinate(t.time):e.logicalToCoordinate(t.logical)}visible(){return!!this._source._options.text}tickVisible(){return!0}coordinate(){return this._x??0}text(){return this._source._options.text||&quot;&quot;}textColor(){return&quot;white&quot;}backColor(){return this._source._options.lineColor}}class A extends h{_type=&quot;VerticalLine&quot;;_paneViews;_timeAxisViews;_point;_callbackName;_startDragPoint=null;constructor(t,e,i=null){super(e),this._point=t,this._paneViews=[new R(this)],this._callbackName=i,this._timeAxisViews=[new B(this)]}updateAllViews(){this._paneViews.forEach((t=&gt;t.update())),this._timeAxisViews.forEach((t=&gt;t.update()))}timeAxisViews(){return this._timeAxisViews}updatePoints(...t){for(const e of t)e&amp;&amp;(!e.time&amp;&amp;e.logical&amp;&amp;(e.time=this.series.dataByIndex(e.logical)?.time||null),this._point=e);this.requestUpdate()}get points(){return[this._point]}_moveToState(t){switch(t){case l.NONE:document.body.style.cursor=&quot;default&quot;,this._unsubscribe(&quot;mousedown&quot;,this._handleMouseDownInteraction);break;case l.HOVERING:document.body.style.cursor=&quot;pointer&quot;,this._unsubscribe(&quot;mouseup&quot;,this._childHandleMouseUpInteraction),this._subscribe(&quot;mousedown&quot;,this._handleMouseDownInteraction),this.chart.applyOptions({handleScroll:!0});break;case l.DRAGGING:document.body.style.cursor=&quot;grabbing&quot;,this._subscribe(&quot;mouseup&quot;,this._childHandleMouseUpInteraction),this.chart.applyOptions({handleScroll:!1})}this._state=t}_onDrag(t){this._addDiffToPoint(this._point,t.logical,0),this.requestUpdate()}_mouseIsOverDrawing(t,e=4){if(!t.point)return!1;const i=this.chart.timeScale();let s;return s=this._point.time?i.timeToCoordinate(this._point.time):i.logicalToCoordinate(this._point.logical),!!s&amp;&amp;Math.abs(s-t.point.x)&lt;e}_onMouseDown(){this._startDragPoint=null;if(this._latestHoverPoint)return this._moveToState(l.DRAGGING)}_childHandleMouseUpInteraction=()=&gt;{this._handleMouseUpInteraction(),this._callbackName&amp;&amp;window.callbackFunction(`${this._callbackName}_~_${this._point.price.toFixed(8)}`)}}class P{static TREND_SVG=&#x27;&lt;rect x=&quot;3.84&quot; y=&quot;13.67&quot; transform=&quot;matrix(0.7071 -0.7071 0.7071 0.7071 -5.9847 14.4482)&quot; width=&quot;21.21&quot; height=&quot;1.56&quot;/&gt;&lt;path d=&quot;M23,3.17L20.17,6L23,8.83L25.83,6L23,3.17z M23,7.41L21.59,6L23,4.59L24.41,6L23,7.41z&quot;/&gt;&lt;path d=&quot;M6,20.17L3.17,23L6,25.83L8.83,23L6,20.17z M6,24.41L4.59,23L6,21.59L7.41,23L6,24.41z&quot;/&gt;&#x27;;static HORZ_SVG=&#x27;&lt;rect x=&quot;4&quot; y=&quot;14&quot; width=&quot;9&quot; height=&quot;1&quot;/&gt;&lt;rect x=&quot;16&quot; y=&quot;14&quot; width=&quot;9&quot; height=&quot;1&quot;/&gt;&lt;path d=&quot;M11.67,14.5l2.83,2.83l2.83-2.83l-2.83-2.83L11.67,14.5z M15.91,14.5l-1.41,1.41l-1.41-1.41l1.41-1.41L15.91,14.5z&quot;/&gt;&#x27;;static RAY_SVG=&#x27;&lt;rect x=&quot;8&quot; y=&quot;14&quot; width=&quot;17&quot; height=&quot;1&quot;/&gt;&lt;path d=&quot;M3.67,14.5l2.83,2.83l2.83-2.83L6.5,11.67L3.67,14.5z M7.91,14.5L6.5,15.91L5.09,14.5l1.41-1.41L7.91,14.5z&quot;/&gt;&#x27;;static BOX_SVG=&#x27;&lt;rect x=&quot;8&quot; y=&quot;6&quot; width=&quot;12&quot; height=&quot;1&quot;/&gt;&lt;rect x=&quot;9&quot; y=&quot;22&quot; width=&quot;11&quot; height=&quot;1&quot;/&gt;&lt;path d=&quot;M3.67,6.5L6.5,9.33L9.33,6.5L6.5,3.67L3.67,6.5z M7.91,6.5L6.5,7.91L5.09,6.5L6.5,5.09L7.91,6.5z&quot;/&gt;&lt;path d=&quot;M19.67,6.5l2.83,2.83l2.83-2.83L22.5,3.67L19.67,6.5z M23.91,6.5L22.5,7.91L21.09,6.5l1.41-1.41L23.91,6.5z&quot;/&gt;&lt;path d=&quot;M19.67,22.5l2.83,2.83l2.83-2.83l-2.83-2.83L19.67,22.5z M23.91,22.5l-1.41,1.41l-1.41-1.41l1.41-1.41L23.91,22.5z&quot;/&gt;&lt;path d=&quot;M3.67,22.5l2.83,2.83l2.83-2.83L6.5,19.67L3.67,22.5z M7.91,22.5L6.5,23.91L5.09,22.5l1.41-1.41L7.91,22.5z&quot;/&gt;&lt;rect x=&quot;22&quot; y=&quot;9&quot; width=&quot;1&quot; height=&quot;11&quot;/&gt;&lt;rect x=&quot;6&quot; y=&quot;9&quot; width=&quot;1&quot; height=&quot;11&quot;/&gt;&#x27;;static VERT_SVG=P.RAY_SVG;div;activeIcon=null;buttons=[];_commandFunctions;_handlerID;_drawingTool;constructor(t,e,i,s){this._handlerID=t,this._commandFunctions=s,this._drawingTool=new y(e,i,(()=&gt;this.removeActiveAndSave())),this.div=this._makeToolBox(),new I(this.saveDrawings,this._drawingTool),s.push((t=&gt;{if((t.metaKey||t.ctrlKey)&amp;&amp;&quot;KeyZ&quot;===t.code){const t=this._drawingTool.drawings.pop();return t&amp;&amp;this._drawingTool.delete(t),!0}return!1}))}toJSON(){const{...t}=this;return t}_makeToolBox(){let t=document.createElement(&quot;div&quot;);t.classList.add(&quot;toolbox&quot;),this.buttons.push(this._makeToolBoxElement(C,&quot;KeyT&quot;,P.TREND_SVG)),this.buttons.push(this._makeToolBoxElement(w,&quot;KeyH&quot;,P.HORZ_SVG)),this.buttons.push(this._makeToolBoxElement(M,&quot;KeyR&quot;,P.RAY_SVG)),this.buttons.push(this._makeToolBoxElement(L,&quot;KeyB&quot;,P.BOX_SVG)),this.buttons.push(this._makeToolBoxElement(A,&quot;KeyV&quot;,P.VERT_SVG,!0));for(const e of this.buttons)t.appendChild(e);return t}_makeToolBoxElement(t,e,i,s=!1){const o=document.createElement(&quot;div&quot;);o.classList.add(&quot;toolbox-button&quot;);const n=document.createElementNS(&quot;http://www.w3.org/2000/svg&quot;,&quot;svg&quot;);n.setAttribute(&quot;width&quot;,&quot;29&quot;),n.setAttribute(&quot;height&quot;,&quot;29&quot;);const r=document.createElementNS(&quot;http://www.w3.org/2000/svg&quot;,&quot;g&quot;);r.innerHTML=i,r.setAttribute(&quot;fill&quot;,window.pane.color),n.appendChild(r),o.appendChild(n);const a={div:o,group:r,type:t};return o.addEventListener(&quot;click&quot;,(()=&gt;this._onIconClick(a))),this._commandFunctions.push((t=&gt;this._handlerID===window.handlerInFocus&amp;&amp;(!(!t.altKey||t.code!==e)&amp;&amp;(t.preventDefault(),this._onIconClick(a),!0)))),1==s&amp;&amp;(n.style.transform=&quot;rotate(90deg)&quot;,n.style.transformBox=&quot;fill-box&quot;,n.style.transformOrigin=&quot;center&quot;),o}_onIconClick(t){this.activeIcon&amp;&amp;(this.activeIcon.div.classList.remove(&quot;active-toolbox-button&quot;),window.setCursor(&quot;crosshair&quot;),this._drawingTool?.stopDrawing(),this.activeIcon===t)?this.activeIcon=null:(this.activeIcon=t,this.activeIcon.div.classList.add(&quot;active-toolbox-button&quot;),window.setCursor(&quot;crosshair&quot;),this._drawingTool?.beginDrawing(this.activeIcon.type))}removeActiveAndSave=()=&gt;{window.setCursor(&quot;default&quot;),this.activeIcon&amp;&amp;this.activeIcon.div.classList.remove(&quot;active-toolbox-button&quot;),this.activeIcon=null,this.saveDrawings()};addNewDrawing(t){this._drawingTool.addNewDrawing(t)}clearDrawings(){this._drawingTool.clearDrawings()}saveDrawings=()=&gt;{const t=[];for(const e of this._drawingTool.drawings)t.push({type:e._type,points:e.points,options:e._options});const e=JSON.stringify(t);window.callbackFunction(`save_drawings${this._handlerID}_~_${e}`)};loadDrawings(t){t.forEach((t=&gt;{switch(t.type){case&quot;Box&quot;:this._drawingTool.addNewDrawing(new L(t.points[0],t.points[1],t.options));break;case&quot;TrendLine&quot;:this._drawingTool.addNewDrawing(new C(t.points[0],t.points[1],t.options));break;case&quot;HorizontalLine&quot;:this._drawingTool.addNewDrawing(new w(t.points[0],t.options));break;case&quot;RayLine&quot;:this._drawingTool.addNewDrawing(new M(t.points[0],t.options));break;case&quot;VerticalLine&quot;:this._drawingTool.addNewDrawing(new A(t.points[0],t.options))}}))}}class O{makeButton;callbackName;div;isOpen=!1;widget;constructor(t,e,i,s,o,n){this.makeButton=t,this.callbackName=e,this.div=document.createElement(&quot;div&quot;),this.div.classList.add(&quot;topbar-menu&quot;),this.widget=this.makeButton(s+&quot; ↓&quot;,null,o,!0,n),this.updateMenuItems(i),this.widget.elem.addEventListener(&quot;click&quot;,(()=&gt;{if(this.isOpen=!this.isOpen,!this.isOpen)return void(this.div.style.display=&quot;none&quot;);let t=this.widget.elem.getBoundingClientRect();this.div.style.display=&quot;flex&quot;,this.div.style.flexDirection=&quot;column&quot;;let e=t.x+t.width/2;this.div.style.left=e-this.div.clientWidth/2+&quot;px&quot;,this.div.style.top=t.y+t.height+&quot;px&quot;})),document.body.appendChild(this.div)}updateMenuItems(t){this.div.innerHTML=&quot;&quot;,t.forEach((t=&gt;{let e=this.makeButton(t,null,!1,!1);e.elem.addEventListener(&quot;click&quot;,(()=&gt;{this.widget.elem.innerText=e.elem.innerText+&quot; ↓&quot;,window.callbackFunction(`${this.callbackName}_~_${e.elem.innerText}`),this.div.style.display=&quot;none&quot;,this.isOpen=!1})),e.elem.style.margin=&quot;4px 4px&quot;,e.elem.style.padding=&quot;2px 2px&quot;,this.div.appendChild(e.elem)})),this.widget.elem.innerText=t[0]+&quot; ↓&quot;}}class V{_handler;_div;left;right;constructor(t){this._handler=t,this._div=document.createElement(&quot;div&quot;),this._div.classList.add(&quot;topbar&quot;);const e=t=&gt;{const e=document.createElement(&quot;div&quot;);return e.classList.add(&quot;topbar-container&quot;),e.style.justifyContent=t,this._div.appendChild(e),e};this.left=e(&quot;flex-start&quot;),this.right=e(&quot;flex-end&quot;)}makeSwitcher(t,e,i,s=&quot;left&quot;){const o=document.createElement(&quot;div&quot;);let n;o.style.margin=&quot;4px 12px&quot;;const r={elem:o,callbackName:i,intervalElements:t.map((t=&gt;{const i=document.createElement(&quot;button&quot;);i.classList.add(&quot;topbar-button&quot;),i.classList.add(&quot;switcher-button&quot;),i.style.margin=&quot;0px 2px&quot;,i.innerText=t,t==e&amp;&amp;(n=i,i.classList.add(&quot;active-switcher-button&quot;));const s=V.getClientWidth(i);return i.style.minWidth=s+1+&quot;px&quot;,i.addEventListener(&quot;click&quot;,(()=&gt;r.onItemClicked(i))),o.appendChild(i),i})),onItemClicked:t=&gt;{t!=n&amp;&amp;(n.classList.remove(&quot;active-switcher-button&quot;),t.classList.add(&quot;active-switcher-button&quot;),n=t,window.callbackFunction(`${r.callbackName}_~_${t.innerText}`))}};return this.appendWidget(o,s,!0),r}makeTextBoxWidget(t,e=&quot;left&quot;,i=null){if(i){const s=document.createElement(&quot;input&quot;);return s.classList.add(&quot;topbar-textbox-input&quot;),s.value=t,s.style.width=`${s.value.length+2}ch`,s.addEventListener(&quot;focus&quot;,(()=&gt;{window.textBoxFocused=!0})),s.addEventListener(&quot;input&quot;,(t=&gt;{t.preventDefault(),s.style.width=`${s.value.length+2}ch`})),s.addEventListener(&quot;keydown&quot;,(t=&gt;{&quot;Enter&quot;==t.key&amp;&amp;(t.preventDefault(),s.blur())})),s.addEventListener(&quot;blur&quot;,(()=&gt;{window.callbackFunction(`${i}_~_${s.value}`),window.textBoxFocused=!1})),this.appendWidget(s,e,!0),s}{const i=document.createElement(&quot;div&quot;);return i.classList.add(&quot;topbar-textbox&quot;),i.innerText=t,this.appendWidget(i,e,!0),i}}makeMenu(t,e,i,s,o){return new O(this.makeButton.bind(this),s,t,e,i,o)}makeButton(t,e,i,s=!0,o=&quot;left&quot;,n=!1){let r=document.createElement(&quot;button&quot;);r.classList.add(&quot;topbar-button&quot;),r.innerText=t,document.body.appendChild(r),r.style.minWidth=r.clientWidth+1+&quot;px&quot;,document.body.removeChild(r);let a={elem:r,callbackName:e};if(e){let t;if(n){let e=!1;t=()=&gt;{e=!e,window.callbackFunction(`${a.callbackName}_~_${e}`),r.style.backgroundColor=e?&quot;var(--active-bg-color)&quot;:&quot;&quot;,r.style.color=e?&quot;var(--active-color)&quot;:&quot;&quot;}}else t=()=&gt;window.callbackFunction(`${a.callbackName}_~_${r.innerText}`);r.addEventListener(&quot;click&quot;,t)}return s&amp;&amp;this.appendWidget(r,o,i),a}makeSeparator(t=&quot;left&quot;){const e=document.createElement(&quot;div&quot;);e.classList.add(&quot;topbar-seperator&quot;);(&quot;left&quot;==t?this.left:this.right).appendChild(e)}appendWidget(t,e,i){const s=&quot;left&quot;==e?this.left:this.right;i?(&quot;left&quot;==e&amp;&amp;s.appendChild(t),this.makeSeparator(e),&quot;right&quot;==e&amp;&amp;s.appendChild(t)):s.appendChild(t),this._handler.reSize()}static getClientWidth(t){document.body.appendChild(t);const e=t.clientWidth;return document.body.removeChild(t),e}}s();return t.Box=L,t.Handler=class{id;commandFunctions=[];wrapper;div;chart;scale;precision=2;series;volumeSeries;legend;_topBar;toolBox;spinner;_seriesList=[];constructor(t,e,i,s,n,r=!1){this.reSize=this.reSize.bind(this),this.id=t,this.scale={width:e,height:i},this.wrapper=document.createElement(&quot;div&quot;),this.wrapper.classList.add(&quot;handler&quot;),this.wrapper.style.float=s,this.div=document.createElement(&quot;div&quot;),this.div.style.position=&quot;relative&quot;,this.wrapper.appendChild(this.div),window.containerDiv.append(this.wrapper),this.chart=this._createChart(r),this.series=this.createCandlestickSeries(),this.volumeSeries=this.createVolumeSeries(),this.legend=new o(this),document.addEventListener(&quot;keydown&quot;,(t=&gt;{for(let e=0;e&lt;this.commandFunctions.length&amp;&amp;!this.commandFunctions[e](t);e++);})),window.handlerInFocus=this.id,this.wrapper.addEventListener(&quot;mouseover&quot;,(()=&gt;window.handlerInFocus=this.id)),this.reSize(),n&amp;&amp;window.addEventListener(&quot;resize&quot;,(()=&gt;this.reSize()))}reSize(){let t=0!==this.scale.height&amp;&amp;this._topBar?._div.offsetHeight||0;this.chart.resize(window.innerWidth*this.scale.width,window.innerHeight*this.scale.height-t),this.wrapper.style.width=100*this.scale.width+&quot;%&quot;,this.wrapper.style.height=100*this.scale.height+&quot;%&quot;,0===this.scale.height||0===this.scale.width?this.toolBox&amp;&amp;(this.toolBox.div.style.display=&quot;none&quot;):this.toolBox&amp;&amp;(this.toolBox.div.style.display=&quot;flex&quot;)}_createChart(t=!1){return e.createChart(this.div,{width:window.innerWidth*this.scale.width,height:window.innerHeight*this.scale.height,layout:{textColor:window.pane.color,background:{color:&quot;#000000&quot;,type:e.ColorType.Solid},fontSize:12},rightPriceScale:{scaleMargins:{top:.3,bottom:.25}},leftPriceScale:{visible:t,scaleMargins:{top:.3,bottom:.25}},timeScale:{timeVisible:!0,secondsVisible:!0,minBarSpacing:.005},crosshair:{mode:e.CrosshairMode.Normal,vertLine:{labelBackgroundColor:&quot;rgb(46, 46, 46)&quot;},horzLine:{labelBackgroundColor:&quot;rgb(55, 55, 55)&quot;}},grid:{vertLines:{color:&quot;rgba(29, 30, 38, 5)&quot;},horzLines:{color:&quot;rgba(29, 30, 58, 5)&quot;}},handleScroll:{vertTouchDrag:!0}})}createCandlestickSeries(){const t=&quot;rgba(39, 157, 130, 100)&quot;,e=&quot;rgba(200, 97, 100, 100)&quot;,i=this.chart.addCandlestickSeries({upColor:t,borderUpColor:t,wickUpColor:t,downColor:e,borderDownColor:e,wickDownColor:e});return i.priceScale().applyOptions({scaleMargins:{top:.2,bottom:.2}}),i}createVolumeSeries(){const t=this.chart.addHistogramSeries({color:&quot;#26a69a&quot;,priceFormat:{type:&quot;volume&quot;},priceScaleId:&quot;volume_scale&quot;});return t.priceScale().applyOptions({scaleMargins:{top:.8,bottom:0}}),t}createLineSeries(t,e){const i=this.chart.addLineSeries({...e});return this._seriesList.push(i),this.legend.makeSeriesRow(t,i),{name:t,series:i}}createHistogramSeries(t,e){const i=this.chart.addHistogramSeries({...e});return this._seriesList.push(i),this.legend.makeSeriesRow(t,i),{name:t,series:i}}createToolBox(){this.toolBox=new P(this.id,this.chart,this.series,this.commandFunctions),this.div.appendChild(this.toolBox.div)}createTopBar(){return this._topBar=new V(this),this.wrapper.prepend(this._topBar._div),this._topBar}toJSON(){const{chart:t,...e}=this;return e}static syncCharts(t,e,i=!1){function s(t,e){e?(t.chart.setCrosshairPosition(e.value||e.close,e.time,t.series),t.legend.legendHandler(e,!0)):t.chart.clearCrosshairPosition()}function o(t,e){return e.time&amp;&amp;e.seriesData.get(t)||null}const n=t.chart.timeScale(),r=e.chart.timeScale(),a=t=&gt;{t&amp;&amp;n.setVisibleLogicalRange(t)},l=t=&gt;{t&amp;&amp;r.setVisibleLogicalRange(t)},h=i=&gt;{s(e,o(t.series,i))},d=i=&gt;{s(t,o(e.series,i))};let c=e;function p(t,e,s,o,n,r){t.wrapper.addEventListener(&quot;mouseover&quot;,(()=&gt;{c!==t&amp;&amp;(c=t,e.chart.unsubscribeCrosshairMove(s),t.chart.subscribeCrosshairMove(o),i||(e.chart.timeScale().unsubscribeVisibleLogicalRangeChange(n),t.chart.timeScale().subscribeVisibleLogicalRangeChange(r)))}))}p(e,t,h,d,l,a),p(t,e,d,h,a,l),e.chart.subscribeCrosshairMove(d);const u=r.getVisibleLogicalRange();u&amp;&amp;n.setVisibleLogicalRange(u),i||e.chart.timeScale().subscribeVisibleLogicalRangeChange(a)}static makeSearchBox(t){const e=document.createElement(&quot;div&quot;);e.classList.add(&quot;searchbox&quot;),e.style.display=&quot;none&quot;;const i=document.createElement(&quot;div&quot;);i.innerHTML=&#x27;&lt;svg xmlns=&quot;http://www.w3.org/2000/svg&quot; xmlns:xlink=&quot;http://www.w3.org/1999/xlink&quot; width=&quot;24px&quot; height=&quot;24px&quot; viewBox=&quot;0 0 24 24&quot; version=&quot;1.1&quot;&gt;&lt;path style=&quot;fill:none;stroke-width:2;stroke-linecap:round;stroke-linejoin:round;stroke:lightgray;stroke-opacity:1;stroke-miterlimit:4;&quot; d=&quot;M 15 15 L 21 21 M 10 17 C 6.132812 17 3 13.867188 3 10 C 3 6.132812 6.132812 3 10 3 C 13.867188 3 17 6.132812 17 10 C 17 13.867188 13.867188 17 10 17 Z M 10 17 &quot;/&gt;&lt;/svg&gt;&#x27;;const s=document.createElement(&quot;input&quot;);return s.type=&quot;text&quot;,e.appendChild(i),e.appendChild(s),t.div.appendChild(e),t.commandFunctions.push((i=&gt;window.handlerInFocus===t.id&amp;&amp;!window.textBoxFocused&amp;&amp;(&quot;none&quot;===e.style.display?!!/^[a-zA-Z0-9]$/.test(i.key)&amp;&amp;(e.style.display=&quot;flex&quot;,s.focus(),!0):(&quot;Enter&quot;===i.key||&quot;Escape&quot;===i.key)&amp;&amp;(&quot;Enter&quot;===i.key&amp;&amp;window.callbackFunction(`search${t.id}_~_${s.value}`),e.style.display=&quot;none&quot;,s.value=&quot;&quot;,!0)))),s.addEventListener(&quot;input&quot;,(()=&gt;s.value=s.value.toUpperCase())),{window:e,box:s}}static makeSpinner(t){t.spinner=document.createElement(&quot;div&quot;),t.spinner.classList.add(&quot;spinner&quot;),t.wrapper.appendChild(t.spinner);let e=0;!function i(){t.spinner&amp;&amp;(e+=10,t.spinner.style.transform=`translate(-50%, -50%) rotate(${e}deg)`,requestAnimationFrame(i))}()}static _styleMap={&quot;--bg-color&quot;:&quot;backgroundColor&quot;,&quot;--hover-bg-color&quot;:&quot;hoverBackgroundColor&quot;,&quot;--click-bg-color&quot;:&quot;clickBackgroundColor&quot;,&quot;--active-bg-color&quot;:&quot;activeBackgroundColor&quot;,&quot;--muted-bg-color&quot;:&quot;mutedBackgroundColor&quot;,&quot;--border-color&quot;:&quot;borderColor&quot;,&quot;--color&quot;:&quot;color&quot;,&quot;--active-color&quot;:&quot;activeColor&quot;};static setRootStyles(t){const e=document.documentElement.style;for(const[i,s]of Object.entries(this._styleMap))e.setProperty(i,t[s])}},t.HorizontalLine=w,t.Legend=o,t.RayLine=M,t.Table=class{_div;callbackName;borderColor;borderWidth;table;rows={};headings;widths;alignments;footer;header;constructor(t,e,i,s,o,n,r=!1,a,l,h,d,c){this._div=document.createElement(&quot;div&quot;),this.callbackName=null,this.borderColor=l,this.borderWidth=h,r?(this._div.style.position=&quot;absolute&quot;,this._div.style.cursor=&quot;move&quot;):(this._div.style.position=&quot;relative&quot;,this._div.style.float=n),this._div.style.zIndex=&quot;2000&quot;,this.reSize(t,e),this._div.style.display=&quot;flex&quot;,this._div.style.flexDirection=&quot;column&quot;,this._div.style.borderRadius=&quot;5px&quot;,this._div.style.color=&quot;white&quot;,this._div.style.fontSize=&quot;12px&quot;,this._div.style.fontVariantNumeric=&quot;tabular-nums&quot;,this.table=document.createElement(&quot;table&quot;),this.table.style.width=&quot;100%&quot;,this.table.style.borderCollapse=&quot;collapse&quot;,this._div.style.overflow=&quot;hidden&quot;,this.headings=i,this.widths=s.map((t=&gt;100*t+&quot;%&quot;)),this.alignments=o;let p=this.table.createTHead().insertRow();for(let t=0;t&lt;this.headings.length;t++){let e=document.createElement(&quot;th&quot;);e.textContent=this.headings[t],e.style.width=this.widths[t],e.style.letterSpacing=&quot;0.03rem&quot;,e.style.padding=&quot;0.2rem 0px&quot;,e.style.fontWeight=&quot;500&quot;,e.style.textAlign=&quot;center&quot;,0!==t&amp;&amp;(e.style.borderLeft=h+&quot;px solid &quot;+l),e.style.position=&quot;sticky&quot;,e.style.top=&quot;0&quot;,e.style.backgroundColor=c.length&gt;0?c[t]:a,e.style.color=d[t],p.appendChild(e)}let u,_,m=document.createElement(&quot;div&quot;);if(m.style.overflowY=&quot;auto&quot;,m.style.overflowX=&quot;hidden&quot;,m.style.backgroundColor=a,m.appendChild(this.table),this._div.appendChild(m),window.containerDiv.appendChild(this._div),!r)return;let v=t=&gt;{this._div.style.left=t.clientX-u+&quot;px&quot;,this._div.style.top=t.clientY-_+&quot;px&quot;},g=()=&gt;{document.removeEventListener(&quot;mousemove&quot;,v),document.removeEventListener(&quot;mouseup&quot;,g)};this._div.addEventListener(&quot;mousedown&quot;,(t=&gt;{u=t.clientX-this._div.offsetLeft,_=t.clientY-this._div.offsetTop,document.addEventListener(&quot;mousemove&quot;,v),document.addEventListener(&quot;mouseup&quot;,g)}))}divToButton(t,e){t.addEventListener(&quot;mouseover&quot;,(()=&gt;t.style.backgroundColor=&quot;rgba(60, 60, 60, 0.6)&quot;)),t.addEventListener(&quot;mouseout&quot;,(()=&gt;t.style.backgroundColor=&quot;transparent&quot;)),t.addEventListener(&quot;mousedown&quot;,(()=&gt;t.style.backgroundColor=&quot;rgba(60, 60, 60)&quot;)),t.addEventListener(&quot;click&quot;,(()=&gt;window.callbackFunction(e))),t.addEventListener(&quot;mouseup&quot;,(()=&gt;t.style.backgroundColor=&quot;rgba(60, 60, 60, 0.6)&quot;))}newRow(t,e=!1){let i=this.table.insertRow();i.style.cursor=&quot;default&quot;;for(let s=0;s&lt;this.headings.length;s++){let o=i.insertCell();o.style.width=this.widths[s],o.style.textAlign=this.alignments[s],o.style.border=this.borderWidth+&quot;px solid &quot;+this.borderColor,e&amp;&amp;this.divToButton(o,`${this.callbackName}_~_${t};;;${this.headings[s]}`)}e||this.divToButton(i,`${this.callbackName}_~_${t}`),this.rows[t]=i}deleteRow(t){this.table.deleteRow(this.rows[t].rowIndex),delete this.rows[t]}clearRows(){let t=Object.keys(this.rows).length;for(let e=0;e&lt;t;e++)this.table.deleteRow(-1);this.rows={}}_getCell(t,e){return this.rows[t].cells[this.headings.indexOf(e)]}updateCell(t,e,i){this._getCell(t,e).textContent=i}styleCell(t,e,i,s){this._getCell(t,e).style[i]=s}makeSection(t,e,i,s=!1){let o=document.createElement(&quot;div&quot;);o.style.display=&quot;flex&quot;,o.style.width=&quot;100%&quot;,o.style.padding=&quot;3px 0px&quot;,o.style.backgroundColor=&quot;rgb(30, 30, 30)&quot;,&quot;footer&quot;===e?this._div.appendChild(o):this._div.prepend(o);const n=[];for(let e=0;e&lt;i;e++){let i=document.createElement(&quot;div&quot;);o.appendChild(i),i.style.flex=&quot;1&quot;,i.style.textAlign=&quot;center&quot;,s&amp;&amp;(this.divToButton(i,`${t}_~_${e}`),i.style.borderRadius=&quot;2px&quot;),n.push(i)}&quot;footer&quot;===e?this.footer=n:this.header=n}reSize(t,e){this._div.style.width=t&lt;=1?100*t+&quot;%&quot;:t+&quot;px&quot;,this._div.style.height=e&lt;=1?100*e+&quot;%&quot;:e+&quot;px&quot;}},t.ToolBox=P,t.TopBar=V,t.TrendLine=C,t.VerticalLine=A,t.globalParamInit=s,t.paneStyleDefault=i,t.setCursor=t=&gt;{t&amp;&amp;(window.cursor=t),document.body.style.cursor=window.cursor},t}({},LightweightCharts);\n",
       "&lt;/script&gt;\n",
       "&lt;script&gt;\n",
       "\n",
       "\n",
       "window.hveuekqz = new Lib.Handler(&quot;window.hveuekqz&quot;, 1, 1.0, &quot;left&quot;, false, false)\n",
       "\n",
       "            for (var i = 0; i &lt; document.getElementsByClassName(&quot;tv-lightweight-charts&quot;).length; i++) {\n",
       "                    var element = document.getElementsByClassName(&quot;tv-lightweight-charts&quot;)[i];\n",
       "                    element.style.overflow = &quot;visible&quot;\n",
       "                }\n",
       "            document.getElementById(&#x27;container&#x27;).style.overflow = &#x27;hidden&#x27;\n",
       "            document.getElementById(&#x27;container&#x27;).style.borderRadius = &#x27;10px&#x27;\n",
       "            document.getElementById(&#x27;container&#x27;).style.width = &#x27;800px&#x27;\n",
       "            document.getElementById(&#x27;container&#x27;).style.height = &#x27;100%&#x27;\n",
       "            \n",
       "window.hveuekqz.chart.resize(800, 400)\n",
       "\n",
       "            window.wgdlvbtw = window.hveuekqz.createLineSeries(\n",
       "                &quot;Time series main&quot;,\n",
       "                {\n",
       "                    color: &#x27;rgba(99, 170, 87, 0.5)&#x27;,\n",
       "                    lineStyle: 0,\n",
       "                    lineWidth: 2,\n",
       "                    lastValueVisible: false,\n",
       "                    priceScaleId: &#x27;right&#x27;,\n",
       "                    priceLineVisible: false,\n",
       "                    crosshairMarkerVisible: true,\n",
       "                    \n",
       "                }\n",
       "            )\n",
       "        null\n",
       "window.wgdlvbtw.series.setData([{&quot;value&quot;:33.03356327371006,&quot;time&quot;:1707748200.0},{&quot;value&quot;:33.154076006554305,&quot;time&quot;:1707748260.0},{&quot;value&quot;:33.19376462356638,&quot;time&quot;:1707748320.0},{&quot;value&quot;:33.127904020870545,&quot;time&quot;:1707748380.0},{&quot;value&quot;:33.054544458119665,&quot;time&quot;:1707748440.0},{&quot;value&quot;:33.01870615468889,&quot;time&quot;:1707748500.0},{&quot;value&quot;:33.00088138525633,&quot;time&quot;:1707748560.0},{&quot;value&quot;:33.05991038219437,&quot;time&quot;:1707748620.0},{&quot;value&quot;:33.086451920633195,&quot;time&quot;:1707748680.0},{&quot;value&quot;:33.123607411303226,&quot;time&quot;:1707748740.0},{&quot;value&quot;:33.16059419149751,&quot;time&quot;:1707748800.0},{&quot;value&quot;:33.22972826334716,&quot;time&quot;:1707748860.0},{&quot;value&quot;:33.269008237611935,&quot;time&quot;:1707748920.0},{&quot;value&quot;:33.30192962208808,&quot;time&quot;:1707748980.0},{&quot;value&quot;:33.295586734491124,&quot;time&quot;:1707749040.0},{&quot;value&quot;:33.29644859228363,&quot;time&quot;:1707749100.0},{&quot;value&quot;:33.272086782296654,&quot;time&quot;:1707749160.0},{&quot;value&quot;:33.26150372089134,&quot;time&quot;:1707749220.0},{&quot;value&quot;:33.28934524501852,&quot;time&quot;:1707749280.0},{&quot;value&quot;:33.28872202319509,&quot;time&quot;:1707749340.0},{&quot;value&quot;:33.33406154184893,&quot;time&quot;:1707749400.0},{&quot;value&quot;:33.37501070078234,&quot;time&quot;:1707749460.0},{&quot;value&quot;:33.38469443725465,&quot;time&quot;:1707749520.0},{&quot;value&quot;:33.38570780003143,&quot;time&quot;:1707749580.0},{&quot;value&quot;:33.37166820972671,&quot;time&quot;:1707749640.0},{&quot;value&quot;:33.36245846501129,&quot;time&quot;:1707749700.0},{&quot;value&quot;:33.40279762828578,&quot;time&quot;:1707749760.0},{&quot;value&quot;:33.410837514911535,&quot;time&quot;:1707749820.0},{&quot;value&quot;:33.42186285000247,&quot;time&quot;:1707749880.0},{&quot;value&quot;:33.407009276907694,&quot;time&quot;:1707749940.0},{&quot;value&quot;:33.40432078560437,&quot;time&quot;:1707750000.0},{&quot;value&quot;:33.40513464482127,&quot;time&quot;:1707750060.0},{&quot;value&quot;:33.392224841067325,&quot;time&quot;:1707750120.0},{&quot;value&quot;:33.373546385632416,&quot;time&quot;:1707750180.0},{&quot;value&quot;:33.36972634633521,&quot;time&quot;:1707750240.0},{&quot;value&quot;:33.342726236093945,&quot;time&quot;:1707750300.0},{&quot;value&quot;:33.2933129099873,&quot;time&quot;:1707750360.0},{&quot;value&quot;:33.2831024027437,&quot;time&quot;:1707750420.0},{&quot;value&quot;:33.31578142970003,&quot;time&quot;:1707750480.0},{&quot;value&quot;:33.337231373987024,&quot;time&quot;:1707750540.0},{&quot;value&quot;:33.33547845704528,&quot;time&quot;:1707750600.0},{&quot;value&quot;:33.3244014826661,&quot;time&quot;:1707750660.0},{&quot;value&quot;:33.30342742801067,&quot;time&quot;:1707750720.0},{&quot;value&quot;:33.31090447684685,&quot;time&quot;:1707750780.0},{&quot;value&quot;:33.304402560894836,&quot;time&quot;:1707750840.0},{&quot;value&quot;:33.285364928666496,&quot;time&quot;:1707750900.0},{&quot;value&quot;:33.2842513233769,&quot;time&quot;:1707750960.0},{&quot;value&quot;:33.3266922462381,&quot;time&quot;:1707751020.0},{&quot;value&quot;:33.355210012201724,&quot;time&quot;:1707751080.0},{&quot;value&quot;:33.36101417827298,&quot;time&quot;:1707751140.0},{&quot;value&quot;:33.37236668980128,&quot;time&quot;:1707751200.0},{&quot;value&quot;:33.367214578074645,&quot;time&quot;:1707751260.0},{&quot;value&quot;:33.367391066939035,&quot;time&quot;:1707751320.0},{&quot;value&quot;:33.35150861265595,&quot;time&quot;:1707751380.0},{&quot;value&quot;:33.34428939870336,&quot;time&quot;:1707751440.0},{&quot;value&quot;:33.33117337212524,&quot;time&quot;:1707751500.0},{&quot;value&quot;:33.360064113879,&quot;time&quot;:1707751560.0},{&quot;value&quot;:33.37273394751016,&quot;time&quot;:1707751620.0},{&quot;value&quot;:33.36157259331426,&quot;time&quot;:1707751680.0},{&quot;value&quot;:33.3515965484657,&quot;time&quot;:1707751740.0},{&quot;value&quot;:33.387679200761184,&quot;time&quot;:1707751800.0},{&quot;value&quot;:33.38785756260433,&quot;time&quot;:1707751860.0},{&quot;value&quot;:33.39560771063361,&quot;time&quot;:1707751920.0},{&quot;value&quot;:33.3818848410758,&quot;time&quot;:1707751980.0},{&quot;value&quot;:33.357859663364366,&quot;time&quot;:1707752040.0},{&quot;value&quot;:33.38721248193307,&quot;time&quot;:1707752100.0},{&quot;value&quot;:33.387856937475114,&quot;time&quot;:1707752160.0},{&quot;value&quot;:33.39903128629342,&quot;time&quot;:1707752220.0},{&quot;value&quot;:33.41285339957097,&quot;time&quot;:1707752280.0},{&quot;value&quot;:33.41514575204299,&quot;time&quot;:1707752340.0},{&quot;value&quot;:33.421919275209234,&quot;time&quot;:1707752400.0},{&quot;value&quot;:33.40555696708545,&quot;time&quot;:1707752460.0},{&quot;value&quot;:33.4001268923439,&quot;time&quot;:1707752520.0},{&quot;value&quot;:33.43876171224733,&quot;time&quot;:1707752580.0},{&quot;value&quot;:33.426467158062486,&quot;time&quot;:1707752640.0},{&quot;value&quot;:33.42027452601018,&quot;time&quot;:1707752700.0},{&quot;value&quot;:33.41855995132339,&quot;time&quot;:1707752760.0},{&quot;value&quot;:33.43499392659786,&quot;time&quot;:1707752820.0},{&quot;value&quot;:33.441382620512094,&quot;time&quot;:1707752880.0},{&quot;value&quot;:33.44246917808219,&quot;time&quot;:1707752940.0},{&quot;value&quot;:33.45075038087482,&quot;time&quot;:1707753000.0},{&quot;value&quot;:33.470723749975996,&quot;time&quot;:1707753060.0},{&quot;value&quot;:33.467557883527945,&quot;time&quot;:1707753120.0},{&quot;value&quot;:33.481541144315244,&quot;time&quot;:1707753180.0},{&quot;value&quot;:33.49013051801476,&quot;time&quot;:1707753240.0},{&quot;value&quot;:33.49034754580645,&quot;time&quot;:1707753300.0},{&quot;value&quot;:33.4853994969527,&quot;time&quot;:1707753360.0},{&quot;value&quot;:33.47636039898133,&quot;time&quot;:1707753420.0},{&quot;value&quot;:33.464276726761064,&quot;time&quot;:1707753480.0},{&quot;value&quot;:33.480197204875104,&quot;time&quot;:1707753540.0},{&quot;value&quot;:33.52070434902073,&quot;time&quot;:1707753600.0},{&quot;value&quot;:33.5724957593852,&quot;time&quot;:1707753660.0},{&quot;value&quot;:33.58827549593459,&quot;time&quot;:1707753720.0},{&quot;value&quot;:33.56865150634869,&quot;time&quot;:1707753780.0},{&quot;value&quot;:33.57249072707618,&quot;time&quot;:1707753840.0},{&quot;value&quot;:33.59563129178537,&quot;time&quot;:1707753900.0},{&quot;value&quot;:33.5963762252718,&quot;time&quot;:1707753960.0},{&quot;value&quot;:33.60500536006217,&quot;time&quot;:1707754020.0},{&quot;value&quot;:33.63225590685634,&quot;time&quot;:1707754080.0},{&quot;value&quot;:33.625616187476844,&quot;time&quot;:1707754140.0},{&quot;value&quot;:33.601839255296895,&quot;time&quot;:1707754200.0},{&quot;value&quot;:33.5918816875919,&quot;time&quot;:1707754260.0},{&quot;value&quot;:33.59328726565454,&quot;time&quot;:1707754320.0},{&quot;value&quot;:33.59500708777501,&quot;time&quot;:1707754380.0},{&quot;value&quot;:33.581123191619874,&quot;time&quot;:1707754440.0},{&quot;value&quot;:33.580820476474614,&quot;time&quot;:1707754500.0},{&quot;value&quot;:33.5949077618099,&quot;time&quot;:1707754560.0},{&quot;value&quot;:33.625859939637614,&quot;time&quot;:1707754620.0},{&quot;value&quot;:33.64138125144777,&quot;time&quot;:1707754680.0},{&quot;value&quot;:33.61047885977957,&quot;time&quot;:1707754740.0},{&quot;value&quot;:33.61125447143548,&quot;time&quot;:1707754800.0},{&quot;value&quot;:33.61883460153084,&quot;time&quot;:1707754860.0},{&quot;value&quot;:33.62625129449114,&quot;time&quot;:1707754920.0},{&quot;value&quot;:33.65386323798461,&quot;time&quot;:1707754980.0},{&quot;value&quot;:33.66670194036751,&quot;time&quot;:1707755040.0},{&quot;value&quot;:33.65421252772302,&quot;time&quot;:1707755100.0},{&quot;value&quot;:33.659634433830384,&quot;time&quot;:1707755160.0},{&quot;value&quot;:33.641040975900154,&quot;time&quot;:1707755220.0},{&quot;value&quot;:33.641256443848626,&quot;time&quot;:1707755280.0},{&quot;value&quot;:33.655200690427314,&quot;time&quot;:1707755340.0},{&quot;value&quot;:33.654980334461555,&quot;time&quot;:1707755400.0},{&quot;value&quot;:33.696399623996236,&quot;time&quot;:1707755460.0},{&quot;value&quot;:33.72411421605186,&quot;time&quot;:1707755520.0},{&quot;value&quot;:33.7219520424523,&quot;time&quot;:1707755580.0},{&quot;value&quot;:33.71312331701346,&quot;time&quot;:1707755640.0},{&quot;value&quot;:33.70562240456654,&quot;time&quot;:1707755700.0},{&quot;value&quot;:33.72187585208735,&quot;time&quot;:1707755760.0},{&quot;value&quot;:33.702356674126236,&quot;time&quot;:1707755820.0},{&quot;value&quot;:33.702191935058075,&quot;time&quot;:1707755880.0},{&quot;value&quot;:33.697067509712205,&quot;time&quot;:1707755940.0},{&quot;value&quot;:33.69920536695368,&quot;time&quot;:1707756000.0},{&quot;value&quot;:33.7069757533405,&quot;time&quot;:1707756060.0},{&quot;value&quot;:33.71143365580341,&quot;time&quot;:1707756120.0},{&quot;value&quot;:33.70472906705016,&quot;time&quot;:1707756180.0},{&quot;value&quot;:33.70681880496534,&quot;time&quot;:1707756240.0},{&quot;value&quot;:33.69980324982153,&quot;time&quot;:1707756300.0},{&quot;value&quot;:33.69284417156035,&quot;time&quot;:1707756360.0},{&quot;value&quot;:33.69026104746318,&quot;time&quot;:1707756420.0},{&quot;value&quot;:33.70178192977969,&quot;time&quot;:1707756480.0},{&quot;value&quot;:33.708112891181855,&quot;time&quot;:1707756540.0},{&quot;value&quot;:33.71817857619599,&quot;time&quot;:1707756600.0},{&quot;value&quot;:33.70956457115733,&quot;time&quot;:1707756660.0},{&quot;value&quot;:33.70788251906922,&quot;time&quot;:1707756720.0},{&quot;value&quot;:33.71943094847674,&quot;time&quot;:1707756780.0},{&quot;value&quot;:33.71861117754888,&quot;time&quot;:1707756840.0},{&quot;value&quot;:33.73701717063229,&quot;time&quot;:1707756900.0},{&quot;value&quot;:33.74077013104464,&quot;time&quot;:1707756960.0},{&quot;value&quot;:33.7325449143034,&quot;time&quot;:1707757020.0},{&quot;value&quot;:33.73874195698487,&quot;time&quot;:1707757080.0},{&quot;value&quot;:33.74468978096618,&quot;time&quot;:1707757140.0},{&quot;value&quot;:33.73322311280838,&quot;time&quot;:1707757200.0},{&quot;value&quot;:33.72233153073066,&quot;time&quot;:1707757260.0},{&quot;value&quot;:33.69665314931878,&quot;time&quot;:1707757320.0},{&quot;value&quot;:33.709544821689256,&quot;time&quot;:1707757380.0},{&quot;value&quot;:33.69363897411557,&quot;time&quot;:1707757440.0},{&quot;value&quot;:33.73597459584296,&quot;time&quot;:1707757500.0},{&quot;value&quot;:33.75215853975804,&quot;time&quot;:1707757560.0},{&quot;value&quot;:33.73362479484313,&quot;time&quot;:1707757620.0},{&quot;value&quot;:33.73251516012397,&quot;time&quot;:1707757680.0},{&quot;value&quot;:33.70831092928112,&quot;time&quot;:1707757740.0},{&quot;value&quot;:33.711681982311674,&quot;time&quot;:1707757800.0},{&quot;value&quot;:33.701848578073005,&quot;time&quot;:1707757860.0},{&quot;value&quot;:33.691826434108535,&quot;time&quot;:1707757920.0},{&quot;value&quot;:33.693858137810885,&quot;time&quot;:1707757980.0},{&quot;value&quot;:33.688685784403205,&quot;time&quot;:1707758040.0},{&quot;value&quot;:33.68799089276552,&quot;time&quot;:1707758100.0},{&quot;value&quot;:33.655657575444756,&quot;time&quot;:1707758160.0},{&quot;value&quot;:33.64972290103072,&quot;time&quot;:1707758220.0},{&quot;value&quot;:33.672331468952734,&quot;time&quot;:1707758280.0},{&quot;value&quot;:33.69321547369828,&quot;time&quot;:1707758340.0},{&quot;value&quot;:33.683140420481514,&quot;time&quot;:1707758400.0},{&quot;value&quot;:33.671635919688505,&quot;time&quot;:1707758460.0},{&quot;value&quot;:33.65964066085538,&quot;time&quot;:1707758520.0},{&quot;value&quot;:33.6705919853134,&quot;time&quot;:1707758580.0},{&quot;value&quot;:33.673023560467605,&quot;time&quot;:1707758640.0},{&quot;value&quot;:33.67799037303142,&quot;time&quot;:1707758700.0},{&quot;value&quot;:33.676940986946356,&quot;time&quot;:1707758760.0},{&quot;value&quot;:33.6780586324929,&quot;time&quot;:1707758820.0},{&quot;value&quot;:33.687346005758094,&quot;time&quot;:1707758880.0},{&quot;value&quot;:33.708497707127684,&quot;time&quot;:1707758940.0},{&quot;value&quot;:33.702392390097955,&quot;time&quot;:1707759000.0},{&quot;value&quot;:33.700926592130216,&quot;time&quot;:1707759060.0},{&quot;value&quot;:33.69378902771412,&quot;time&quot;:1707759120.0},{&quot;value&quot;:33.69325573967339,&quot;time&quot;:1707759180.0},{&quot;value&quot;:33.70812634854243,&quot;time&quot;:1707759240.0},{&quot;value&quot;:33.69980246765213,&quot;time&quot;:1707759300.0},{&quot;value&quot;:33.69585538983051,&quot;time&quot;:1707759360.0},{&quot;value&quot;:33.6947388685709,&quot;time&quot;:1707759420.0},{&quot;value&quot;:33.7171998291338,&quot;time&quot;:1707759480.0},{&quot;value&quot;:33.728914361352736,&quot;time&quot;:1707759540.0},{&quot;value&quot;:33.71120265350653,&quot;time&quot;:1707759600.0},{&quot;value&quot;:33.70998318936579,&quot;time&quot;:1707759660.0},{&quot;value&quot;:33.7054162474137,&quot;time&quot;:1707759720.0},{&quot;value&quot;:33.71402765870586,&quot;time&quot;:1707759780.0},{&quot;value&quot;:33.713753004537864,&quot;time&quot;:1707759840.0},{&quot;value&quot;:33.719807346207446,&quot;time&quot;:1707759900.0},{&quot;value&quot;:33.71260267096391,&quot;time&quot;:1707759960.0},{&quot;value&quot;:33.70859286584305,&quot;time&quot;:1707760020.0},{&quot;value&quot;:33.709798712474765,&quot;time&quot;:1707760080.0},{&quot;value&quot;:33.724287439613526,&quot;time&quot;:1707760140.0},{&quot;value&quot;:33.7224414093716,&quot;time&quot;:1707760200.0},{&quot;value&quot;:33.73179995422332,&quot;time&quot;:1707760260.0},{&quot;value&quot;:33.7363269703173,&quot;time&quot;:1707760320.0},{&quot;value&quot;:33.73289959764135,&quot;time&quot;:1707760380.0},{&quot;value&quot;:33.720908259770276,&quot;time&quot;:1707760440.0},{&quot;value&quot;:33.73019054084611,&quot;time&quot;:1707760500.0},{&quot;value&quot;:33.72670040196375,&quot;time&quot;:1707760560.0},{&quot;value&quot;:33.72877566725687,&quot;time&quot;:1707760620.0},{&quot;value&quot;:33.72567421236874,&quot;time&quot;:1707760680.0},{&quot;value&quot;:33.731216024325356,&quot;time&quot;:1707760740.0},{&quot;value&quot;:33.741748210551116,&quot;time&quot;:1707760800.0},{&quot;value&quot;:33.74716369354132,&quot;time&quot;:1707760860.0},{&quot;value&quot;:33.75493869965835,&quot;time&quot;:1707760920.0},{&quot;value&quot;:33.75980706218943,&quot;time&quot;:1707760980.0},{&quot;value&quot;:33.751706257814185,&quot;time&quot;:1707761040.0},{&quot;value&quot;:33.75453111301737,&quot;time&quot;:1707761100.0},{&quot;value&quot;:33.75689257929384,&quot;time&quot;:1707761160.0},{&quot;value&quot;:33.768184177136455,&quot;time&quot;:1707761220.0},{&quot;value&quot;:33.771344384094796,&quot;time&quot;:1707761280.0},{&quot;value&quot;:33.761925285661235,&quot;time&quot;:1707761340.0},{&quot;value&quot;:33.768792641617594,&quot;time&quot;:1707761400.0},{&quot;value&quot;:33.78224043063672,&quot;time&quot;:1707761460.0},{&quot;value&quot;:33.78827603191637,&quot;time&quot;:1707761520.0},{&quot;value&quot;:33.782925079848475,&quot;time&quot;:1707761580.0},{&quot;value&quot;:33.78370598258799,&quot;time&quot;:1707761640.0},{&quot;value&quot;:33.783675868662584,&quot;time&quot;:1707761700.0},{&quot;value&quot;:33.7836383253351,&quot;time&quot;:1707761760.0},{&quot;value&quot;:33.785375013517886,&quot;time&quot;:1707761820.0},{&quot;value&quot;:33.78880656292287,&quot;time&quot;:1707761880.0},{&quot;value&quot;:33.795388852170085,&quot;time&quot;:1707761940.0},{&quot;value&quot;:33.79044600349666,&quot;time&quot;:1707762000.0},{&quot;value&quot;:33.78140729407987,&quot;time&quot;:1707762060.0},{&quot;value&quot;:33.771846958863286,&quot;time&quot;:1707762120.0},{&quot;value&quot;:33.74474198531412,&quot;time&quot;:1707762180.0},{&quot;value&quot;:33.763162610138245,&quot;time&quot;:1707762240.0},{&quot;value&quot;:33.75667732166891,&quot;time&quot;:1707762300.0},{&quot;value&quot;:33.754637234489124,&quot;time&quot;:1707762360.0},{&quot;value&quot;:33.75034009106158,&quot;time&quot;:1707762420.0},{&quot;value&quot;:33.759526748576796,&quot;time&quot;:1707762480.0},{&quot;value&quot;:33.77472495251876,&quot;time&quot;:1707762540.0},{&quot;value&quot;:33.785029321879904,&quot;time&quot;:1707762600.0},{&quot;value&quot;:33.80008441222409,&quot;time&quot;:1707762660.0},{&quot;value&quot;:33.81036298762015,&quot;time&quot;:1707762720.0},{&quot;value&quot;:33.82846656923244,&quot;time&quot;:1707762780.0},{&quot;value&quot;:33.828058860173726,&quot;time&quot;:1707762840.0},{&quot;value&quot;:33.8187378288857,&quot;time&quot;:1707762900.0},{&quot;value&quot;:33.83299080287055,&quot;time&quot;:1707762960.0},{&quot;value&quot;:33.83667461059898,&quot;time&quot;:1707763020.0},{&quot;value&quot;:33.836848784531625,&quot;time&quot;:1707763080.0},{&quot;value&quot;:33.81972518764182,&quot;time&quot;:1707763140.0},{&quot;value&quot;:33.800364234620886,&quot;time&quot;:1707763200.0},{&quot;value&quot;:33.81665525407871,&quot;time&quot;:1707763260.0},{&quot;value&quot;:33.85289651613313,&quot;time&quot;:1707763320.0},{&quot;value&quot;:33.862291732217884,&quot;time&quot;:1707763380.0},{&quot;value&quot;:33.84536325461092,&quot;time&quot;:1707763440.0},{&quot;value&quot;:33.848932189062836,&quot;time&quot;:1707763500.0},{&quot;value&quot;:33.85306792166701,&quot;time&quot;:1707763560.0},{&quot;value&quot;:33.84852732745167,&quot;time&quot;:1707763620.0},{&quot;value&quot;:33.84438351394307,&quot;time&quot;:1707763680.0},{&quot;value&quot;:33.857102779030136,&quot;time&quot;:1707763740.0},{&quot;value&quot;:33.86994334552617,&quot;time&quot;:1707763800.0},{&quot;value&quot;:33.87714060378423,&quot;time&quot;:1707763860.0},{&quot;value&quot;:33.880544094944035,&quot;time&quot;:1707763920.0},{&quot;value&quot;:33.89246695005776,&quot;time&quot;:1707763980.0},{&quot;value&quot;:33.89042373056994,&quot;time&quot;:1707764040.0},{&quot;value&quot;:33.8880672554658,&quot;time&quot;:1707764100.0},{&quot;value&quot;:33.89405179005422,&quot;time&quot;:1707764160.0},{&quot;value&quot;:33.89195914474248,&quot;time&quot;:1707764220.0},{&quot;value&quot;:33.89454944493393,&quot;time&quot;:1707764280.0},{&quot;value&quot;:33.89345651964715,&quot;time&quot;:1707764340.0},{&quot;value&quot;:33.89888938788589,&quot;time&quot;:1707764400.0},{&quot;value&quot;:33.91212524025973,&quot;time&quot;:1707764460.0},{&quot;value&quot;:33.91953482715636,&quot;time&quot;:1707764520.0},{&quot;value&quot;:33.93432240215925,&quot;time&quot;:1707764580.0},{&quot;value&quot;:33.92040557120785,&quot;time&quot;:1707764640.0},{&quot;value&quot;:33.91863468281847,&quot;time&quot;:1707764700.0},{&quot;value&quot;:33.91620342184717,&quot;time&quot;:1707764760.0},{&quot;value&quot;:33.92118446605796,&quot;time&quot;:1707764820.0},{&quot;value&quot;:33.92949571045577,&quot;time&quot;:1707764880.0},{&quot;value&quot;:33.93115903639641,&quot;time&quot;:1707764940.0},{&quot;value&quot;:33.93298726812596,&quot;time&quot;:1707765000.0},{&quot;value&quot;:33.943910620786276,&quot;time&quot;:1707765060.0},{&quot;value&quot;:33.93931196369138,&quot;time&quot;:1707765120.0},{&quot;value&quot;:33.9453328300285,&quot;time&quot;:1707765180.0},{&quot;value&quot;:33.95939788451428,&quot;time&quot;:1707765240.0},{&quot;value&quot;:33.95307316763299,&quot;time&quot;:1707765300.0},{&quot;value&quot;:33.90587353099184,&quot;time&quot;:1707765360.0},{&quot;value&quot;:33.88637774059954,&quot;time&quot;:1707765420.0},{&quot;value&quot;:33.8466689390812,&quot;time&quot;:1707765480.0},{&quot;value&quot;:33.78582445357,&quot;time&quot;:1707765540.0},{&quot;value&quot;:33.75269903282308,&quot;time&quot;:1707765600.0},{&quot;value&quot;:33.78453322209217,&quot;time&quot;:1707765660.0},{&quot;value&quot;:33.809523081225024,&quot;time&quot;:1707765720.0},{&quot;value&quot;:33.80393701757565,&quot;time&quot;:1707765780.0},{&quot;value&quot;:33.79913725292863,&quot;time&quot;:1707765840.0},{&quot;value&quot;:33.80029341955115,&quot;time&quot;:1707765900.0},{&quot;value&quot;:33.791835421818526,&quot;time&quot;:1707765960.0},{&quot;value&quot;:33.80162534879507,&quot;time&quot;:1707766020.0},{&quot;value&quot;:33.80451938127974,&quot;time&quot;:1707766080.0},{&quot;value&quot;:33.81988223957806,&quot;time&quot;:1707766140.0},{&quot;value&quot;:33.81353404443952,&quot;time&quot;:1707766200.0},{&quot;value&quot;:33.813506124795474,&quot;time&quot;:1707766260.0},{&quot;value&quot;:33.80267521320555,&quot;time&quot;:1707766320.0},{&quot;value&quot;:33.80531060737152,&quot;time&quot;:1707766380.0},{&quot;value&quot;:33.783799804706575,&quot;time&quot;:1707766440.0},{&quot;value&quot;:33.788140318680284,&quot;time&quot;:1707766500.0},{&quot;value&quot;:33.79467846992015,&quot;time&quot;:1707766560.0},{&quot;value&quot;:33.79161013711383,&quot;time&quot;:1707766620.0},{&quot;value&quot;:33.78537255127101,&quot;time&quot;:1707766680.0},{&quot;value&quot;:33.78561169761809,&quot;time&quot;:1707766740.0},{&quot;value&quot;:33.78387927223195,&quot;time&quot;:1707766800.0},{&quot;value&quot;:33.79117717794916,&quot;time&quot;:1707766860.0},{&quot;value&quot;:33.79074341214299,&quot;time&quot;:1707766920.0},{&quot;value&quot;:33.776180604734805,&quot;time&quot;:1707766980.0},{&quot;value&quot;:33.783647709996195,&quot;time&quot;:1707767040.0},{&quot;value&quot;:33.779538475177304,&quot;time&quot;:1707767100.0},{&quot;value&quot;:33.76801429889298,&quot;time&quot;:1707767160.0},{&quot;value&quot;:33.75973196963798,&quot;time&quot;:1707767220.0},{&quot;value&quot;:33.75977238997526,&quot;time&quot;:1707767280.0},{&quot;value&quot;:33.76466735097795,&quot;time&quot;:1707767340.0},{&quot;value&quot;:33.756631782275605,&quot;time&quot;:1707767400.0},{&quot;value&quot;:33.75313023770337,&quot;time&quot;:1707767460.0},{&quot;value&quot;:33.756595834654824,&quot;time&quot;:1707767520.0},{&quot;value&quot;:33.74854422451381,&quot;time&quot;:1707767580.0},{&quot;value&quot;:33.75876189956899,&quot;time&quot;:1707767640.0},{&quot;value&quot;:33.75177150864082,&quot;time&quot;:1707767700.0},{&quot;value&quot;:33.761056551592596,&quot;time&quot;:1707767760.0},{&quot;value&quot;:33.76097929495251,&quot;time&quot;:1707767820.0},{&quot;value&quot;:33.76917234900838,&quot;time&quot;:1707767880.0},{&quot;value&quot;:33.76547847609307,&quot;time&quot;:1707767940.0},{&quot;value&quot;:33.77136826378735,&quot;time&quot;:1707768000.0},{&quot;value&quot;:33.77515170624697,&quot;time&quot;:1707768060.0},{&quot;value&quot;:33.77032212202749,&quot;time&quot;:1707768120.0},{&quot;value&quot;:33.77535508269251,&quot;time&quot;:1707768180.0},{&quot;value&quot;:33.7699760286645,&quot;time&quot;:1707768240.0},{&quot;value&quot;:33.76500719275317,&quot;time&quot;:1707768300.0},{&quot;value&quot;:33.76105283445446,&quot;time&quot;:1707768360.0},{&quot;value&quot;:33.75721427341227,&quot;time&quot;:1707768420.0},{&quot;value&quot;:33.754895813185975,&quot;time&quot;:1707768480.0},{&quot;value&quot;:33.736962954223685,&quot;time&quot;:1707768540.0},{&quot;value&quot;:33.72394626617989,&quot;time&quot;:1707768600.0},{&quot;value&quot;:33.725247500267635,&quot;time&quot;:1707768660.0},{&quot;value&quot;:33.73845392979778,&quot;time&quot;:1707768720.0},{&quot;value&quot;:33.73010291448468,&quot;time&quot;:1707768780.0},{&quot;value&quot;:33.74592676249144,&quot;time&quot;:1707768840.0},{&quot;value&quot;:33.73515182867928,&quot;time&quot;:1707768900.0},{&quot;value&quot;:33.71646868584686,&quot;time&quot;:1707768960.0},{&quot;value&quot;:33.72181700374927,&quot;time&quot;:1707769020.0},{&quot;value&quot;:33.71980585825618,&quot;time&quot;:1707769080.0},{&quot;value&quot;:33.71058345220281,&quot;time&quot;:1707769140.0},{&quot;value&quot;:33.698254323873705,&quot;time&quot;:1707769200.0},{&quot;value&quot;:33.69353542020394,&quot;time&quot;:1707769260.0},{&quot;value&quot;:33.68491822959243,&quot;time&quot;:1707769320.0},{&quot;value&quot;:33.673860853593105,&quot;time&quot;:1707769380.0},{&quot;value&quot;:33.672400082579195,&quot;time&quot;:1707769440.0},{&quot;value&quot;:33.665237360900875,&quot;time&quot;:1707769500.0},{&quot;value&quot;:33.68538863677742,&quot;time&quot;:1707769560.0},{&quot;value&quot;:33.680467286783326,&quot;time&quot;:1707769620.0},{&quot;value&quot;:33.69064674649796,&quot;time&quot;:1707769680.0},{&quot;value&quot;:33.67280550072249,&quot;time&quot;:1707769740.0},{&quot;value&quot;:33.6656650532998,&quot;time&quot;:1707769800.0},{&quot;value&quot;:33.667450862226985,&quot;time&quot;:1707769860.0},{&quot;value&quot;:33.66260446066351,&quot;time&quot;:1707769920.0},{&quot;value&quot;:33.663849378700846,&quot;time&quot;:1707769980.0},{&quot;value&quot;:33.67234095122722,&quot;time&quot;:1707770040.0},{&quot;value&quot;:33.66696866930858,&quot;time&quot;:1707770100.0},{&quot;value&quot;:33.65152937771543,&quot;time&quot;:1707770160.0},{&quot;value&quot;:33.6588229684584,&quot;time&quot;:1707770220.0},{&quot;value&quot;:33.68182025586764,&quot;time&quot;:1707770280.0},{&quot;value&quot;:33.68264451575262,&quot;time&quot;:1707770340.0},{&quot;value&quot;:33.68024463086533,&quot;time&quot;:1707770400.0},{&quot;value&quot;:33.68217979950673,&quot;time&quot;:1707770460.0},{&quot;value&quot;:33.69793629252859,&quot;time&quot;:1707770520.0},{&quot;value&quot;:33.71417029125806,&quot;time&quot;:1707770580.0},{&quot;value&quot;:33.718169200104455,&quot;time&quot;:1707770640.0},{&quot;value&quot;:33.717492372668815,&quot;time&quot;:1707770700.0},{&quot;value&quot;:33.729737110039274,&quot;time&quot;:1707770760.0},{&quot;value&quot;:33.69723475856753,&quot;time&quot;:1707770820.0},{&quot;value&quot;:33.659491143635805,&quot;time&quot;:1707770880.0},{&quot;value&quot;:33.64937361055896,&quot;time&quot;:1707770940.0},{&quot;value&quot;:33.636665416755584,&quot;time&quot;:1707771000.0},{&quot;value&quot;:33.61758712857165,&quot;time&quot;:1707771060.0},{&quot;value&quot;:33.63547319873466,&quot;time&quot;:1707771120.0},{&quot;value&quot;:33.6395838947815,&quot;time&quot;:1707771180.0},{&quot;value&quot;:33.6518501400355,&quot;time&quot;:1707771240.0},{&quot;value&quot;:33.63285685663184,&quot;time&quot;:1707771300.0},{&quot;value&quot;:33.625390291238986,&quot;time&quot;:1707771360.0},{&quot;value&quot;:33.613502620551756,&quot;time&quot;:1707771420.0},{&quot;value&quot;:33.624587147785384,&quot;time&quot;:1707771480.0},{&quot;value&quot;:33.620787370827536,&quot;time&quot;:1707771540.0},{&quot;value&quot;:33.16594928867696,&quot;time&quot;:1707834600.0},{&quot;value&quot;:33.19049916237986,&quot;time&quot;:1707834660.0},{&quot;value&quot;:33.13951359434475,&quot;time&quot;:1707834720.0},{&quot;value&quot;:33.09602336775251,&quot;time&quot;:1707834780.0},{&quot;value&quot;:33.059386022508605,&quot;time&quot;:1707834840.0},{&quot;value&quot;:33.043136085698215,&quot;time&quot;:1707834900.0},{&quot;value&quot;:32.95044012911249,&quot;time&quot;:1707834960.0},{&quot;value&quot;:32.96395415462296,&quot;time&quot;:1707835020.0},{&quot;value&quot;:32.941644231562165,&quot;time&quot;:1707835080.0},{&quot;value&quot;:32.90262620108549,&quot;time&quot;:1707835140.0},{&quot;value&quot;:32.8108163979839,&quot;time&quot;:1707835200.0},{&quot;value&quot;:32.84043771236774,&quot;time&quot;:1707835260.0},{&quot;value&quot;:32.88539692028138,&quot;time&quot;:1707835320.0},{&quot;value&quot;:32.93815494272739,&quot;time&quot;:1707835380.0},{&quot;value&quot;:32.87594425914381,&quot;time&quot;:1707835440.0},{&quot;value&quot;:32.89073311044082,&quot;time&quot;:1707835500.0},{&quot;value&quot;:32.8718037150541,&quot;time&quot;:1707835560.0},{&quot;value&quot;:32.81371309759952,&quot;time&quot;:1707835620.0},{&quot;value&quot;:32.80832484272996,&quot;time&quot;:1707835680.0},{&quot;value&quot;:32.78327341854485,&quot;time&quot;:1707835740.0},{&quot;value&quot;:32.812651338787894,&quot;time&quot;:1707835800.0},{&quot;value&quot;:32.801944472461464,&quot;time&quot;:1707835860.0},{&quot;value&quot;:32.792646780147976,&quot;time&quot;:1707835920.0},{&quot;value&quot;:32.7455404727847,&quot;time&quot;:1707835980.0},{&quot;value&quot;:32.748814583215434,&quot;time&quot;:1707836040.0},{&quot;value&quot;:32.767240009295165,&quot;time&quot;:1707836100.0},{&quot;value&quot;:32.725098600484976,&quot;time&quot;:1707836160.0},{&quot;value&quot;:32.70358738712913,&quot;time&quot;:1707836220.0},{&quot;value&quot;:32.706575928625696,&quot;time&quot;:1707836280.0},{&quot;value&quot;:32.71467135881769,&quot;time&quot;:1707836340.0},{&quot;value&quot;:32.71341976168038,&quot;time&quot;:1707836400.0},{&quot;value&quot;:32.717173507541254,&quot;time&quot;:1707836460.0},{&quot;value&quot;:32.76107074086769,&quot;time&quot;:1707836520.0},{&quot;value&quot;:32.80064851256729,&quot;time&quot;:1707836580.0},{&quot;value&quot;:32.78687882018201,&quot;time&quot;:1707836640.0},{&quot;value&quot;:32.768208820468764,&quot;time&quot;:1707836700.0},{&quot;value&quot;:32.735166089145565,&quot;time&quot;:1707836760.0},{&quot;value&quot;:32.742334566854744,&quot;time&quot;:1707836820.0},{&quot;value&quot;:32.74335831446266,&quot;time&quot;:1707836880.0},{&quot;value&quot;:32.76237553206713,&quot;time&quot;:1707836940.0},{&quot;value&quot;:32.77599776130298,&quot;time&quot;:1707837000.0},{&quot;value&quot;:32.782927326579674,&quot;time&quot;:1707837060.0},{&quot;value&quot;:32.789256221961985,&quot;time&quot;:1707837120.0},{&quot;value&quot;:32.78767033484042,&quot;time&quot;:1707837180.0},{&quot;value&quot;:32.818834423559075,&quot;time&quot;:1707837240.0},{&quot;value&quot;:32.779791442944266,&quot;time&quot;:1707837300.0},{&quot;value&quot;:32.777200816089255,&quot;time&quot;:1707837360.0},{&quot;value&quot;:32.79116603806653,&quot;time&quot;:1707837420.0},{&quot;value&quot;:32.814182660362455,&quot;time&quot;:1707837480.0},{&quot;value&quot;:32.813420084503065,&quot;time&quot;:1707837540.0},{&quot;value&quot;:32.82080582069305,&quot;time&quot;:1707837600.0},{&quot;value&quot;:32.83031123706983,&quot;time&quot;:1707837660.0},{&quot;value&quot;:32.85933771547795,&quot;time&quot;:1707837720.0},{&quot;value&quot;:32.83603859065181,&quot;time&quot;:1707837780.0},{&quot;value&quot;:32.820667720431075,&quot;time&quot;:1707837840.0},{&quot;value&quot;:32.81823806994998,&quot;time&quot;:1707837900.0},{&quot;value&quot;:32.84990638283948,&quot;time&quot;:1707837960.0},{&quot;value&quot;:32.84130056418155,&quot;time&quot;:1707838020.0},{&quot;value&quot;:32.82863392234486,&quot;time&quot;:1707838080.0},{&quot;value&quot;:32.84367553674025,&quot;time&quot;:1707838140.0},{&quot;value&quot;:32.86736358897141,&quot;time&quot;:1707838200.0},{&quot;value&quot;:32.86366914644274,&quot;time&quot;:1707838260.0},{&quot;value&quot;:32.830362792356695,&quot;time&quot;:1707838320.0},{&quot;value&quot;:32.815946101113965,&quot;time&quot;:1707838380.0},{&quot;value&quot;:32.81592125066625,&quot;time&quot;:1707838440.0},{&quot;value&quot;:32.81526275023444,&quot;time&quot;:1707838500.0},{&quot;value&quot;:32.81720716366271,&quot;time&quot;:1707838560.0},{&quot;value&quot;:32.84262129568509,&quot;time&quot;:1707838620.0},{&quot;value&quot;:32.83441293162477,&quot;time&quot;:1707838680.0},{&quot;value&quot;:32.84355367165144,&quot;time&quot;:1707838740.0},{&quot;value&quot;:32.82380782581708,&quot;time&quot;:1707838800.0},{&quot;value&quot;:32.81647556052438,&quot;time&quot;:1707838860.0},{&quot;value&quot;:32.84306456276768,&quot;time&quot;:1707838920.0},{&quot;value&quot;:32.884219212133544,&quot;time&quot;:1707838980.0},{&quot;value&quot;:32.90313755247929,&quot;time&quot;:1707839040.0},{&quot;value&quot;:32.87066783034493,&quot;time&quot;:1707839100.0},{&quot;value&quot;:32.86549829846789,&quot;time&quot;:1707839160.0},{&quot;value&quot;:32.86994535420638,&quot;time&quot;:1707839220.0},{&quot;value&quot;:32.86891201645268,&quot;time&quot;:1707839280.0},{&quot;value&quot;:32.883019949755905,&quot;time&quot;:1707839340.0},{&quot;value&quot;:32.87103609378556,&quot;time&quot;:1707839400.0},{&quot;value&quot;:32.84499903866595,&quot;time&quot;:1707839460.0},{&quot;value&quot;:32.838736826547006,&quot;time&quot;:1707839520.0},{&quot;value&quot;:32.85774698202972,&quot;time&quot;:1707839580.0},{&quot;value&quot;:32.852837011399124,&quot;time&quot;:1707839640.0},{&quot;value&quot;:32.82976757780907,&quot;time&quot;:1707839700.0},{&quot;value&quot;:32.82079833472542,&quot;time&quot;:1707839760.0},{&quot;value&quot;:32.794557970922156,&quot;time&quot;:1707839820.0},{&quot;value&quot;:32.79811331433721,&quot;time&quot;:1707839880.0},{&quot;value&quot;:32.80042146691204,&quot;time&quot;:1707839940.0},{&quot;value&quot;:32.81150275576169,&quot;time&quot;:1707840000.0},{&quot;value&quot;:32.81187661381453,&quot;time&quot;:1707840060.0},{&quot;value&quot;:32.81400551245956,&quot;time&quot;:1707840120.0},{&quot;value&quot;:32.82969509953254,&quot;time&quot;:1707840180.0},{&quot;value&quot;:32.84249988085955,&quot;time&quot;:1707840240.0},{&quot;value&quot;:32.828721457141405,&quot;time&quot;:1707840300.0},{&quot;value&quot;:32.82090720601967,&quot;time&quot;:1707840360.0},{&quot;value&quot;:32.79194657579644,&quot;time&quot;:1707840420.0},{&quot;value&quot;:32.80301966568338,&quot;time&quot;:1707840480.0},{&quot;value&quot;:32.81124668031589,&quot;time&quot;:1707840540.0},{&quot;value&quot;:32.80271838961701,&quot;time&quot;:1707840600.0},{&quot;value&quot;:32.82619448494842,&quot;time&quot;:1707840660.0},{&quot;value&quot;:32.829626209355794,&quot;time&quot;:1707840720.0},{&quot;value&quot;:32.82452947186031,&quot;time&quot;:1707840780.0},{&quot;value&quot;:32.823220959264134,&quot;time&quot;:1707840840.0},{&quot;value&quot;:32.846309539888686,&quot;time&quot;:1707840900.0},{&quot;value&quot;:32.85625580849451,&quot;time&quot;:1707840960.0},{&quot;value&quot;:32.86719799338113,&quot;time&quot;:1707841020.0},{&quot;value&quot;:32.853491586094684,&quot;time&quot;:1707841080.0},{&quot;value&quot;:32.83654379109644,&quot;time&quot;:1707841140.0},{&quot;value&quot;:32.841161052827616,&quot;time&quot;:1707841200.0},{&quot;value&quot;:32.86242119373543,&quot;time&quot;:1707841260.0},{&quot;value&quot;:32.893295984281764,&quot;time&quot;:1707841320.0},{&quot;value&quot;:32.896820891079905,&quot;time&quot;:1707841380.0},{&quot;value&quot;:32.8968040243146,&quot;time&quot;:1707841440.0},{&quot;value&quot;:32.924784690499834,&quot;time&quot;:1707841500.0},{&quot;value&quot;:32.9138649189919,&quot;time&quot;:1707841560.0},{&quot;value&quot;:32.91230409513725,&quot;time&quot;:1707841620.0},{&quot;value&quot;:32.91242004921615,&quot;time&quot;:1707841680.0},{&quot;value&quot;:32.89224445358563,&quot;time&quot;:1707841740.0},{&quot;value&quot;:32.871763237160216,&quot;time&quot;:1707841800.0},{&quot;value&quot;:32.87550601679559,&quot;time&quot;:1707841860.0},{&quot;value&quot;:32.903742543978346,&quot;time&quot;:1707841920.0},{&quot;value&quot;:32.911741215884945,&quot;time&quot;:1707841980.0},{&quot;value&quot;:32.920988772831365,&quot;time&quot;:1707842040.0},{&quot;value&quot;:32.89842091731798,&quot;time&quot;:1707842100.0},{&quot;value&quot;:32.892957387216164,&quot;time&quot;:1707842160.0},{&quot;value&quot;:32.88872107085922,&quot;time&quot;:1707842220.0},{&quot;value&quot;:32.871586726155925,&quot;time&quot;:1707842280.0},{&quot;value&quot;:32.88283845072436,&quot;time&quot;:1707842340.0},{&quot;value&quot;:32.89718301158301,&quot;time&quot;:1707842400.0},{&quot;value&quot;:32.88855017848248,&quot;time&quot;:1707842460.0},{&quot;value&quot;:32.90444856202414,&quot;time&quot;:1707842520.0},{&quot;value&quot;:32.88779281794397,&quot;time&quot;:1707842580.0},{&quot;value&quot;:32.874946208896766,&quot;time&quot;:1707842640.0},{&quot;value&quot;:32.868504732463656,&quot;time&quot;:1707842700.0},{&quot;value&quot;:32.87469445326454,&quot;time&quot;:1707842760.0},{&quot;value&quot;:32.87069731511789,&quot;time&quot;:1707842820.0},{&quot;value&quot;:32.87255067469501,&quot;time&quot;:1707842880.0},{&quot;value&quot;:32.874553509040766,&quot;time&quot;:1707842940.0},{&quot;value&quot;:32.870239824153096,&quot;time&quot;:1707843000.0},{&quot;value&quot;:32.870639226519344,&quot;time&quot;:1707843060.0},{&quot;value&quot;:32.85888225133215,&quot;time&quot;:1707843120.0},{&quot;value&quot;:32.84730523499581,&quot;time&quot;:1707843180.0},{&quot;value&quot;:32.84162926914617,&quot;time&quot;:1707843240.0},{&quot;value&quot;:32.848404700388315,&quot;time&quot;:1707843300.0},{&quot;value&quot;:32.836762422210036,&quot;time&quot;:1707843360.0},{&quot;value&quot;:32.843627753813784,&quot;time&quot;:1707843420.0},{&quot;value&quot;:32.85115448150669,&quot;time&quot;:1707843480.0},{&quot;value&quot;:32.86043928235153,&quot;time&quot;:1707843540.0},{&quot;value&quot;:32.86158318687756,&quot;time&quot;:1707843600.0},{&quot;value&quot;:32.85406100707884,&quot;time&quot;:1707843660.0},{&quot;value&quot;:32.8606574976967,&quot;time&quot;:1707843720.0},{&quot;value&quot;:32.85893056926621,&quot;time&quot;:1707843780.0},{&quot;value&quot;:32.84835500109076,&quot;time&quot;:1707843840.0},{&quot;value&quot;:32.83771824613609,&quot;time&quot;:1707843900.0},{&quot;value&quot;:32.82565762156429,&quot;time&quot;:1707843960.0},{&quot;value&quot;:32.81426199694944,&quot;time&quot;:1707844020.0},{&quot;value&quot;:32.81920124392614,&quot;time&quot;:1707844080.0},{&quot;value&quot;:32.82201932910166,&quot;time&quot;:1707844140.0},{&quot;value&quot;:32.814402084394004,&quot;time&quot;:1707844200.0},{&quot;value&quot;:32.81822984005332,&quot;time&quot;:1707844260.0},{&quot;value&quot;:32.82395208223838,&quot;time&quot;:1707844320.0},{&quot;value&quot;:32.830673286235545,&quot;time&quot;:1707844380.0},{&quot;value&quot;:32.843976159807426,&quot;time&quot;:1707844440.0},{&quot;value&quot;:32.85335295039749,&quot;time&quot;:1707844500.0},{&quot;value&quot;:32.84781026591364,&quot;time&quot;:1707844560.0},{&quot;value&quot;:32.84800016202426,&quot;time&quot;:1707844620.0},{&quot;value&quot;:32.81901905714066,&quot;time&quot;:1707844680.0},{&quot;value&quot;:32.81853427127013,&quot;time&quot;:1707844740.0},{&quot;value&quot;:32.8171354719861,&quot;time&quot;:1707844800.0},{&quot;value&quot;:32.817115682339455,&quot;time&quot;:1707844860.0},{&quot;value&quot;:32.81006450032658,&quot;time&quot;:1707844920.0},{&quot;value&quot;:32.80998269048197,&quot;time&quot;:1707844980.0},{&quot;value&quot;:32.79895642554734,&quot;time&quot;:1707845040.0},{&quot;value&quot;:32.7912382585885,&quot;time&quot;:1707845100.0},{&quot;value&quot;:32.80136089337837,&quot;time&quot;:1707845160.0},{&quot;value&quot;:32.80169761539024,&quot;time&quot;:1707845220.0},{&quot;value&quot;:32.81256060825489,&quot;time&quot;:1707845280.0},{&quot;value&quot;:32.81301607767458,&quot;time&quot;:1707845340.0},{&quot;value&quot;:32.80632426994941,&quot;time&quot;:1707845400.0},{&quot;value&quot;:32.82049360736351,&quot;time&quot;:1707845460.0},{&quot;value&quot;:32.83381715120052,&quot;time&quot;:1707845520.0},{&quot;value&quot;:32.84149103470309,&quot;time&quot;:1707845580.0},{&quot;value&quot;:32.840356936370775,&quot;time&quot;:1707845640.0},{&quot;value&quot;:32.84004809024891,&quot;time&quot;:1707845700.0},{&quot;value&quot;:32.843305050121145,&quot;time&quot;:1707845760.0},{&quot;value&quot;:32.8570806621881,&quot;time&quot;:1707845820.0},{&quot;value&quot;:32.86699263917526,&quot;time&quot;:1707845880.0},{&quot;value&quot;:32.87139839971813,&quot;time&quot;:1707845940.0},{&quot;value&quot;:32.86699231833602,&quot;time&quot;:1707846000.0},{&quot;value&quot;:32.862107863839086,&quot;time&quot;:1707846060.0},{&quot;value&quot;:32.869471538681125,&quot;time&quot;:1707846120.0},{&quot;value&quot;:32.88029436525152,&quot;time&quot;:1707846180.0},{&quot;value&quot;:32.88309855484897,&quot;time&quot;:1707846240.0},{&quot;value&quot;:32.89009929567692,&quot;time&quot;:1707846300.0},{&quot;value&quot;:32.87255342813422,&quot;time&quot;:1707846360.0},{&quot;value&quot;:32.87111014041134,&quot;time&quot;:1707846420.0},{&quot;value&quot;:32.877679983918036,&quot;time&quot;:1707846480.0},{&quot;value&quot;:32.8695390978668,&quot;time&quot;:1707846540.0},{&quot;value&quot;:32.8639275382221,&quot;time&quot;:1707846600.0},{&quot;value&quot;:32.85385952912019,&quot;time&quot;:1707846660.0},{&quot;value&quot;:32.867604205885264,&quot;time&quot;:1707846720.0},{&quot;value&quot;:32.84548727222145,&quot;time&quot;:1707846780.0},{&quot;value&quot;:32.834185983035596,&quot;time&quot;:1707846840.0},{&quot;value&quot;:32.82085636764456,&quot;time&quot;:1707846900.0},{&quot;value&quot;:32.82180933668131,&quot;time&quot;:1707846960.0},{&quot;value&quot;:32.817403803106,&quot;time&quot;:1707847020.0},{&quot;value&quot;:32.81803437970578,&quot;time&quot;:1707847080.0},{&quot;value&quot;:32.81982760344828,&quot;time&quot;:1707847140.0},{&quot;value&quot;:32.80823569514069,&quot;time&quot;:1707847200.0},{&quot;value&quot;:32.782750519008694,&quot;time&quot;:1707847260.0},{&quot;value&quot;:32.77594623520222,&quot;time&quot;:1707847320.0},{&quot;value&quot;:32.77340155772454,&quot;time&quot;:1707847380.0},{&quot;value&quot;:32.77814585759698,&quot;time&quot;:1707847440.0},{&quot;value&quot;:32.760790610347776,&quot;time&quot;:1707847500.0},{&quot;value&quot;:32.76643579515878,&quot;time&quot;:1707847560.0},{&quot;value&quot;:32.76288626146789,&quot;time&quot;:1707847620.0},{&quot;value&quot;:32.758601989931286,&quot;time&quot;:1707847680.0},{&quot;value&quot;:32.74982478647624,&quot;time&quot;:1707847740.0},{&quot;value&quot;:32.73170806083255,&quot;time&quot;:1707847800.0},{&quot;value&quot;:32.7394544947461,&quot;time&quot;:1707847860.0},{&quot;value&quot;:32.74688096460272,&quot;time&quot;:1707847920.0},{&quot;value&quot;:32.735565117475566,&quot;time&quot;:1707847980.0},{&quot;value&quot;:32.74380548478124,&quot;time&quot;:1707848040.0},{&quot;value&quot;:32.7463484643377,&quot;time&quot;:1707848100.0},{&quot;value&quot;:32.74357122545572,&quot;time&quot;:1707848160.0},{&quot;value&quot;:32.74176586022259,&quot;time&quot;:1707848220.0},{&quot;value&quot;:32.739266475004754,&quot;time&quot;:1707848280.0},{&quot;value&quot;:32.73107617366675,&quot;time&quot;:1707848340.0},{&quot;value&quot;:32.71913548273156,&quot;time&quot;:1707848400.0},{&quot;value&quot;:32.704141205663404,&quot;time&quot;:1707848460.0},{&quot;value&quot;:32.695142359903755,&quot;time&quot;:1707848520.0},{&quot;value&quot;:32.69061458171275,&quot;time&quot;:1707848580.0},{&quot;value&quot;:32.68442619761839,&quot;time&quot;:1707848640.0},{&quot;value&quot;:32.68664152480984,&quot;time&quot;:1707848700.0},{&quot;value&quot;:32.69023299069995,&quot;time&quot;:1707848760.0},{&quot;value&quot;:32.69067791125115,&quot;time&quot;:1707848820.0},{&quot;value&quot;:32.704283466774896,&quot;time&quot;:1707848880.0},{&quot;value&quot;:32.7004431943662,&quot;time&quot;:1707848940.0},{&quot;value&quot;:32.68890991650799,&quot;time&quot;:1707849000.0},{&quot;value&quot;:32.706387568555755,&quot;time&quot;:1707849060.0},{&quot;value&quot;:32.70797615679224,&quot;time&quot;:1707849120.0},{&quot;value&quot;:32.698283255944844,&quot;time&quot;:1707849180.0},{&quot;value&quot;:32.700797116611376,&quot;time&quot;:1707849240.0},{&quot;value&quot;:32.70916734490866,&quot;time&quot;:1707849300.0},{&quot;value&quot;:32.71685582420201,&quot;time&quot;:1707849360.0},{&quot;value&quot;:32.70749769585254,&quot;time&quot;:1707849420.0},{&quot;value&quot;:32.6928356861083,&quot;time&quot;:1707849480.0},{&quot;value&quot;:32.70114563954931,&quot;time&quot;:1707849540.0},{&quot;value&quot;:32.70531309598723,&quot;time&quot;:1707849600.0},{&quot;value&quot;:32.69093124086855,&quot;time&quot;:1707849660.0},{&quot;value&quot;:32.69366827880513,&quot;time&quot;:1707849720.0},{&quot;value&quot;:32.684384936179576,&quot;time&quot;:1707849780.0},{&quot;value&quot;:32.68136035450037,&quot;time&quot;:1707849840.0},{&quot;value&quot;:32.684378527088036,&quot;time&quot;:1707849900.0},{&quot;value&quot;:32.67177237632257,&quot;time&quot;:1707849960.0},{&quot;value&quot;:32.66829747279748,&quot;time&quot;:1707850020.0},{&quot;value&quot;:32.68066779182156,&quot;time&quot;:1707850080.0},{&quot;value&quot;:32.66963953033989,&quot;time&quot;:1707850140.0},{&quot;value&quot;:32.666134636871504,&quot;time&quot;:1707850200.0},{&quot;value&quot;:32.65957213854965,&quot;time&quot;:1707850260.0},{&quot;value&quot;:32.6509704946175,&quot;time&quot;:1707850320.0},{&quot;value&quot;:32.64828819527811,&quot;time&quot;:1707850380.0},{&quot;value&quot;:32.646521794871795,&quot;time&quot;:1707850440.0},{&quot;value&quot;:32.64065466770861,&quot;time&quot;:1707850500.0},{&quot;value&quot;:32.644257398389435,&quot;time&quot;:1707850560.0},{&quot;value&quot;:32.65942935420207,&quot;time&quot;:1707850620.0},{&quot;value&quot;:32.66333228429836,&quot;time&quot;:1707850680.0},{&quot;value&quot;:32.66470230911103,&quot;time&quot;:1707850740.0},{&quot;value&quot;:32.65605376176799,&quot;time&quot;:1707850800.0},{&quot;value&quot;:32.64946830942242,&quot;time&quot;:1707850860.0},{&quot;value&quot;:32.64689605953837,&quot;time&quot;:1707850920.0},{&quot;value&quot;:32.64591089969462,&quot;time&quot;:1707850980.0},{&quot;value&quot;:32.6354512428959,&quot;time&quot;:1707851040.0},{&quot;value&quot;:32.612763351656824,&quot;time&quot;:1707851100.0},{&quot;value&quot;:32.61980465656641,&quot;time&quot;:1707851160.0},{&quot;value&quot;:32.60230994668281,&quot;time&quot;:1707851220.0},{&quot;value&quot;:32.610892609893114,&quot;time&quot;:1707851280.0},{&quot;value&quot;:32.60495113059818,&quot;time&quot;:1707851340.0},{&quot;value&quot;:32.59443573494124,&quot;time&quot;:1707851400.0},{&quot;value&quot;:32.58124096369189,&quot;time&quot;:1707851460.0},{&quot;value&quot;:32.563766678307836,&quot;time&quot;:1707851520.0},{&quot;value&quot;:32.54085656131255,&quot;time&quot;:1707851580.0},{&quot;value&quot;:32.55371595464797,&quot;time&quot;:1707851640.0},{&quot;value&quot;:32.52818551842331,&quot;time&quot;:1707851700.0},{&quot;value&quot;:32.51562109482673,&quot;time&quot;:1707851760.0},{&quot;value&quot;:32.48936868586561,&quot;time&quot;:1707851820.0},{&quot;value&quot;:32.51866903951417,&quot;time&quot;:1707851880.0},{&quot;value&quot;:32.53143314447939,&quot;time&quot;:1707851940.0},{&quot;value&quot;:32.527961041084026,&quot;time&quot;:1707852000.0},{&quot;value&quot;:32.51600953853767,&quot;time&quot;:1707852060.0},{&quot;value&quot;:32.511103190165535,&quot;time&quot;:1707852120.0},{&quot;value&quot;:32.49242781796327,&quot;time&quot;:1707852180.0},{&quot;value&quot;:32.48964281048177,&quot;time&quot;:1707852240.0},{&quot;value&quot;:32.472592463049274,&quot;time&quot;:1707852300.0},{&quot;value&quot;:32.467653185117236,&quot;time&quot;:1707852360.0},{&quot;value&quot;:32.48357907752052,&quot;time&quot;:1707852420.0},{&quot;value&quot;:32.50883785544141,&quot;time&quot;:1707852480.0},{&quot;value&quot;:32.4992648156682,&quot;time&quot;:1707852540.0},{&quot;value&quot;:32.51034829853732,&quot;time&quot;:1707852600.0},{&quot;value&quot;:32.49880704523144,&quot;time&quot;:1707852660.0},{&quot;value&quot;:32.50437860500133,&quot;time&quot;:1707852720.0},{&quot;value&quot;:32.52260783152048,&quot;time&quot;:1707852780.0},{&quot;value&quot;:32.55374396946143,&quot;time&quot;:1707852840.0},{&quot;value&quot;:32.55840010095585,&quot;time&quot;:1707852900.0},{&quot;value&quot;:32.57936221321708,&quot;time&quot;:1707852960.0},{&quot;value&quot;:32.56359971739843,&quot;time&quot;:1707853020.0},{&quot;value&quot;:32.56616441219918,&quot;time&quot;:1707853080.0},{&quot;value&quot;:32.56975821944723,&quot;time&quot;:1707853140.0},{&quot;value&quot;:32.58964525218734,&quot;time&quot;:1707853200.0},{&quot;value&quot;:32.57675468337086,&quot;time&quot;:1707853260.0},{&quot;value&quot;:32.575774363031485,&quot;time&quot;:1707853320.0},{&quot;value&quot;:32.55143418160536,&quot;time&quot;:1707853380.0},{&quot;value&quot;:32.50510289626909,&quot;time&quot;:1707853440.0},{&quot;value&quot;:32.496343144385406,&quot;time&quot;:1707853500.0},{&quot;value&quot;:32.48427455137265,&quot;time&quot;:1707853560.0},{&quot;value&quot;:32.47359229094974,&quot;time&quot;:1707853620.0},{&quot;value&quot;:32.456977361509345,&quot;time&quot;:1707853680.0},{&quot;value&quot;:32.44183843930636,&quot;time&quot;:1707853740.0},{&quot;value&quot;:32.44537621728674,&quot;time&quot;:1707853800.0},{&quot;value&quot;:32.456537452602035,&quot;time&quot;:1707853860.0},{&quot;value&quot;:32.461027429824405,&quot;time&quot;:1707853920.0},{&quot;value&quot;:32.45078445755985,&quot;time&quot;:1707853980.0},{&quot;value&quot;:32.452755434530104,&quot;time&quot;:1707854040.0},{&quot;value&quot;:32.459670709016386,&quot;time&quot;:1707854100.0},{&quot;value&quot;:32.47388258391666,&quot;time&quot;:1707854160.0},{&quot;value&quot;:32.48121134370155,&quot;time&quot;:1707854220.0},{&quot;value&quot;:32.49228209909366,&quot;time&quot;:1707854280.0},{&quot;value&quot;:32.47205659967945,&quot;time&quot;:1707854340.0},{&quot;value&quot;:32.48124594710631,&quot;time&quot;:1707854400.0},{&quot;value&quot;:32.46043135882897,&quot;time&quot;:1707854460.0},{&quot;value&quot;:32.44182846499918,&quot;time&quot;:1707854520.0},{&quot;value&quot;:32.44989088999533,&quot;time&quot;:1707854580.0},{&quot;value&quot;:32.441175851411074,&quot;time&quot;:1707854640.0},{&quot;value&quot;:32.44464050208206,&quot;time&quot;:1707854700.0},{&quot;value&quot;:32.4506498521906,&quot;time&quot;:1707854760.0},{&quot;value&quot;:32.44910471408749,&quot;time&quot;:1707854820.0},{&quot;value&quot;:32.44006243099879,&quot;time&quot;:1707854880.0},{&quot;value&quot;:32.42857008135073,&quot;time&quot;:1707854940.0},{&quot;value&quot;:32.447489740698984,&quot;time&quot;:1707855000.0},{&quot;value&quot;:32.43361136392365,&quot;time&quot;:1707855060.0},{&quot;value&quot;:32.423735480935335,&quot;time&quot;:1707855120.0},{&quot;value&quot;:32.42993561100276,&quot;time&quot;:1707855180.0},{&quot;value&quot;:32.419195943761245,&quot;time&quot;:1707855240.0},{&quot;value&quot;:32.410885538522805,&quot;time&quot;:1707855300.0},{&quot;value&quot;:32.4229449954448,&quot;time&quot;:1707855360.0},{&quot;value&quot;:32.425617162090006,&quot;time&quot;:1707855420.0},{&quot;value&quot;:32.41215305097211,&quot;time&quot;:1707855480.0},{&quot;value&quot;:32.408828723624325,&quot;time&quot;:1707855540.0},{&quot;value&quot;:32.40981856000777,&quot;time&quot;:1707855600.0},{&quot;value&quot;:32.39952924297384,&quot;time&quot;:1707855660.0},{&quot;value&quot;:32.385118379563046,&quot;time&quot;:1707855720.0},{&quot;value&quot;:32.37743350753245,&quot;time&quot;:1707855780.0},{&quot;value&quot;:32.36091869988219,&quot;time&quot;:1707855840.0},{&quot;value&quot;:32.36107350616975,&quot;time&quot;:1707855900.0},{&quot;value&quot;:32.36934271085283,&quot;time&quot;:1707855960.0},{&quot;value&quot;:32.369775082408445,&quot;time&quot;:1707856020.0},{&quot;value&quot;:32.40399866357188,&quot;time&quot;:1707856080.0},{&quot;value&quot;:32.42461211646429,&quot;time&quot;:1707856140.0},{&quot;value&quot;:32.42558184321316,&quot;time&quot;:1707856200.0},{&quot;value&quot;:32.44390850543766,&quot;time&quot;:1707856260.0},{&quot;value&quot;:32.46593333869811,&quot;time&quot;:1707856320.0},{&quot;value&quot;:32.480172684668375,&quot;time&quot;:1707856380.0},{&quot;value&quot;:32.519822363440035,&quot;time&quot;:1707856440.0},{&quot;value&quot;:32.56164864522799,&quot;time&quot;:1707856500.0},{&quot;value&quot;:32.56862425228768,&quot;time&quot;:1707856560.0},{&quot;value&quot;:32.57815413236412,&quot;time&quot;:1707856620.0},{&quot;value&quot;:32.5739868042846,&quot;time&quot;:1707856680.0},{&quot;value&quot;:32.57294467876075,&quot;time&quot;:1707856740.0},{&quot;value&quot;:32.589517243054786,&quot;time&quot;:1707856800.0},{&quot;value&quot;:32.606696302361605,&quot;time&quot;:1707856860.0},{&quot;value&quot;:32.61562188168211,&quot;time&quot;:1707856920.0},{&quot;value&quot;:32.62629619855483,&quot;time&quot;:1707856980.0},{&quot;value&quot;:32.634422333604725,&quot;time&quot;:1707857040.0},{&quot;value&quot;:32.63582128845768,&quot;time&quot;:1707857100.0},{&quot;value&quot;:32.633479436170916,&quot;time&quot;:1707857160.0},{&quot;value&quot;:32.63074622799782,&quot;time&quot;:1707857220.0},{&quot;value&quot;:32.650042660066724,&quot;time&quot;:1707857280.0},{&quot;value&quot;:32.64906742396567,&quot;time&quot;:1707857340.0},{&quot;value&quot;:32.65366485541837,&quot;time&quot;:1707857400.0},{&quot;value&quot;:32.616943768447946,&quot;time&quot;:1707857460.0},{&quot;value&quot;:32.62984195860411,&quot;time&quot;:1707857520.0},{&quot;value&quot;:32.66422785702531,&quot;time&quot;:1707857580.0},{&quot;value&quot;:32.668271586790375,&quot;time&quot;:1707857640.0},{&quot;value&quot;:32.705608158334286,&quot;time&quot;:1707857700.0},{&quot;value&quot;:32.72634385164201,&quot;time&quot;:1707857760.0},{&quot;value&quot;:32.72728251621019,&quot;time&quot;:1707857820.0},{&quot;value&quot;:32.7292185344072,&quot;time&quot;:1707857880.0},{&quot;value&quot;:32.737291234881816,&quot;time&quot;:1707857940.0},{&quot;value&quot;:33.03360607721062,&quot;time&quot;:1707921000.0},{&quot;value&quot;:33.026050770325305,&quot;time&quot;:1707921060.0},{&quot;value&quot;:33.030542274804056,&quot;time&quot;:1707921120.0},{&quot;value&quot;:32.8987923544494,&quot;time&quot;:1707921180.0},{&quot;value&quot;:32.937553278926984,&quot;time&quot;:1707921240.0},{&quot;value&quot;:32.99244711356586,&quot;time&quot;:1707921300.0},{&quot;value&quot;:32.98434649446494,&quot;time&quot;:1707921360.0},{&quot;value&quot;:32.97407696426924,&quot;time&quot;:1707921420.0},{&quot;value&quot;:33.00976313682908,&quot;time&quot;:1707921480.0},{&quot;value&quot;:33.01800110125202,&quot;time&quot;:1707921540.0},{&quot;value&quot;:33.028642579081904,&quot;time&quot;:1707921600.0},{&quot;value&quot;:33.01614243641985,&quot;time&quot;:1707921660.0},{&quot;value&quot;:33.039765202065645,&quot;time&quot;:1707921720.0},{&quot;value&quot;:33.07305276275731,&quot;time&quot;:1707921780.0},{&quot;value&quot;:33.08537894133094,&quot;time&quot;:1707921840.0},{&quot;value&quot;:33.07206618102869,&quot;time&quot;:1707921900.0},{&quot;value&quot;:33.07436516180908,&quot;time&quot;:1707921960.0},{&quot;value&quot;:33.018811944268656,&quot;time&quot;:1707922020.0},{&quot;value&quot;:33.02144125717377,&quot;time&quot;:1707922080.0},{&quot;value&quot;:33.03722842469941,&quot;time&quot;:1707922140.0},{&quot;value&quot;:33.064059299294975,&quot;time&quot;:1707922200.0},{&quot;value&quot;:33.041331914678025,&quot;time&quot;:1707922260.0},{&quot;value&quot;:33.04736936240151,&quot;time&quot;:1707922320.0},{&quot;value&quot;:33.071388646561616,&quot;time&quot;:1707922380.0},{&quot;value&quot;:33.0849972178184,&quot;time&quot;:1707922440.0},{&quot;value&quot;:33.098468435754185,&quot;time&quot;:1707922500.0},{&quot;value&quot;:33.100600486080424,&quot;time&quot;:1707922560.0},{&quot;value&quot;:33.10740277045564,&quot;time&quot;:1707922620.0},{&quot;value&quot;:33.107059001073154,&quot;time&quot;:1707922680.0},{&quot;value&quot;:33.09717263464338,&quot;time&quot;:1707922740.0},{&quot;value&quot;:33.09642832057316,&quot;time&quot;:1707922800.0},{&quot;value&quot;:33.0663036020676,&quot;time&quot;:1707922860.0},{&quot;value&quot;:33.02626722681037,&quot;time&quot;:1707922920.0},{&quot;value&quot;:33.0332687558395,&quot;time&quot;:1707922980.0},{&quot;value&quot;:33.07030509689987,&quot;time&quot;:1707923040.0},{&quot;value&quot;:33.061386707310184,&quot;time&quot;:1707923100.0},{&quot;value&quot;:33.0467996405505,&quot;time&quot;:1707923160.0},{&quot;value&quot;:33.013673512787264,&quot;time&quot;:1707923220.0},{&quot;value&quot;:33.00960867044043,&quot;time&quot;:1707923280.0},{&quot;value&quot;:32.99676008556117,&quot;time&quot;:1707923340.0},{&quot;value&quot;:33.00730656136088,&quot;time&quot;:1707923400.0},{&quot;value&quot;:33.01118056638087,&quot;time&quot;:1707923460.0},{&quot;value&quot;:33.03652978657929,&quot;time&quot;:1707923520.0},{&quot;value&quot;:33.01106850539032,&quot;time&quot;:1707923580.0},{&quot;value&quot;:33.00471753583146,&quot;time&quot;:1707923640.0},{&quot;value&quot;:33.00980581058987,&quot;time&quot;:1707923700.0},{&quot;value&quot;:33.031584420780696,&quot;time&quot;:1707923760.0},{&quot;value&quot;:33.05637447728699,&quot;time&quot;:1707923820.0},{&quot;value&quot;:33.0781724680522,&quot;time&quot;:1707923880.0},{&quot;value&quot;:33.07795980076535,&quot;time&quot;:1707923940.0},{&quot;value&quot;:33.09411613243318,&quot;time&quot;:1707924000.0},{&quot;value&quot;:33.12972397120541,&quot;time&quot;:1707924060.0},{&quot;value&quot;:33.15516870043681,&quot;time&quot;:1707924120.0},{&quot;value&quot;:33.16785393960364,&quot;time&quot;:1707924180.0},{&quot;value&quot;:33.15263868158413,&quot;time&quot;:1707924240.0},{&quot;value&quot;:33.142556078207654,&quot;time&quot;:1707924300.0},{&quot;value&quot;:33.155059743214686,&quot;time&quot;:1707924360.0},{&quot;value&quot;:33.15858707406995,&quot;time&quot;:1707924420.0},{&quot;value&quot;:33.14701360738566,&quot;time&quot;:1707924480.0},{&quot;value&quot;:33.136546867346354,&quot;time&quot;:1707924540.0},{&quot;value&quot;:33.11352721803776,&quot;time&quot;:1707924600.0},{&quot;value&quot;:33.10781991529242,&quot;time&quot;:1707924660.0},{&quot;value&quot;:33.12276284463559,&quot;time&quot;:1707924720.0},{&quot;value&quot;:33.13389152297419,&quot;time&quot;:1707924780.0},{&quot;value&quot;:33.11750213544845,&quot;time&quot;:1707924840.0},{&quot;value&quot;:33.11763728593873,&quot;time&quot;:1707924900.0},{&quot;value&quot;:33.10995826852071,&quot;time&quot;:1707924960.0},{&quot;value&quot;:33.109292309307214,&quot;time&quot;:1707925020.0},{&quot;value&quot;:33.09456931842161,&quot;time&quot;:1707925080.0},{&quot;value&quot;:33.09493553746287,&quot;time&quot;:1707925140.0},{&quot;value&quot;:33.0690138337842,&quot;time&quot;:1707925200.0},{&quot;value&quot;:33.03952210932564,&quot;time&quot;:1707925260.0},{&quot;value&quot;:33.016701409648796,&quot;time&quot;:1707925320.0},{&quot;value&quot;:33.01798880992272,&quot;time&quot;:1707925380.0},{&quot;value&quot;:33.04474150887183,&quot;time&quot;:1707925440.0},{&quot;value&quot;:33.05905519505502,&quot;time&quot;:1707925500.0},{&quot;value&quot;:33.060985948633416,&quot;time&quot;:1707925560.0},{&quot;value&quot;:33.078320829385206,&quot;time&quot;:1707925620.0},{&quot;value&quot;:33.09871093209164,&quot;time&quot;:1707925680.0},{&quot;value&quot;:33.073536857345786,&quot;time&quot;:1707925740.0},{&quot;value&quot;:33.06794472663717,&quot;time&quot;:1707925800.0},{&quot;value&quot;:33.03474966305812,&quot;time&quot;:1707925860.0},{&quot;value&quot;:33.028269854929924,&quot;time&quot;:1707925920.0},{&quot;value&quot;:33.00965219498761,&quot;time&quot;:1707925980.0},{&quot;value&quot;:32.99404985810858,&quot;time&quot;:1707926040.0},{&quot;value&quot;:32.98685842535879,&quot;time&quot;:1707926100.0},{&quot;value&quot;:33.01309945849903,&quot;time&quot;:1707926160.0},{&quot;value&quot;:33.001844233851465,&quot;time&quot;:1707926220.0},{&quot;value&quot;:33.01222126152834,&quot;time&quot;:1707926280.0},{&quot;value&quot;:33.013009521744785,&quot;time&quot;:1707926340.0},{&quot;value&quot;:32.98571503861741,&quot;time&quot;:1707926400.0},{&quot;value&quot;:32.96035433635425,&quot;time&quot;:1707926460.0},{&quot;value&quot;:32.975395927481756,&quot;time&quot;:1707926520.0},{&quot;value&quot;:32.96550666074975,&quot;time&quot;:1707926580.0},{&quot;value&quot;:32.98603665710186,&quot;time&quot;:1707926640.0},{&quot;value&quot;:33.01508733255245,&quot;time&quot;:1707926700.0},{&quot;value&quot;:33.0022551908397,&quot;time&quot;:1707926760.0},{&quot;value&quot;:33.02694384304409,&quot;time&quot;:1707926820.0},{&quot;value&quot;:33.00975876213752,&quot;time&quot;:1707926880.0},{&quot;value&quot;:33.027022548477795,&quot;time&quot;:1707926940.0},{&quot;value&quot;:33.028192802212835,&quot;time&quot;:1707927000.0},{&quot;value&quot;:33.03665648691939,&quot;time&quot;:1707927060.0},{&quot;value&quot;:33.04517074266632,&quot;time&quot;:1707927120.0},{&quot;value&quot;:33.04334391102952,&quot;time&quot;:1707927180.0},{&quot;value&quot;:33.0391685111836,&quot;time&quot;:1707927240.0},{&quot;value&quot;:33.02930928837642,&quot;time&quot;:1707927300.0},{&quot;value&quot;:33.04310274560437,&quot;time&quot;:1707927360.0},{&quot;value&quot;:33.04951111657045,&quot;time&quot;:1707927420.0},{&quot;value&quot;:33.0484635824468,&quot;time&quot;:1707927480.0},{&quot;value&quot;:33.04793558929491,&quot;time&quot;:1707927540.0},{&quot;value&quot;:33.05038451109109,&quot;time&quot;:1707927600.0},{&quot;value&quot;:33.023991409179665,&quot;time&quot;:1707927660.0},{&quot;value&quot;:33.036606918403685,&quot;time&quot;:1707927720.0},{&quot;value&quot;:33.049439464004195,&quot;time&quot;:1707927780.0},{&quot;value&quot;:33.07641883075348,&quot;time&quot;:1707927840.0},{&quot;value&quot;:33.088177048499325,&quot;time&quot;:1707927900.0},{&quot;value&quot;:33.09594663529791,&quot;time&quot;:1707927960.0},{&quot;value&quot;:33.08056094170602,&quot;time&quot;:1707928020.0},{&quot;value&quot;:33.09449046099413,&quot;time&quot;:1707928080.0},{&quot;value&quot;:33.09259315135526,&quot;time&quot;:1707928140.0},{&quot;value&quot;:33.098354704455076,&quot;time&quot;:1707928200.0},{&quot;value&quot;:33.083294390130874,&quot;time&quot;:1707928260.0},{&quot;value&quot;:33.086775466675654,&quot;time&quot;:1707928320.0},{&quot;value&quot;:33.08348060281964,&quot;time&quot;:1707928380.0},{&quot;value&quot;:33.09102738966512,&quot;time&quot;:1707928440.0},{&quot;value&quot;:33.08956086015215,&quot;time&quot;:1707928500.0},{&quot;value&quot;:33.10022545288902,&quot;time&quot;:1707928560.0},{&quot;value&quot;:33.091750960469305,&quot;time&quot;:1707928620.0},{&quot;value&quot;:33.088005338507976,&quot;time&quot;:1707928680.0},{&quot;value&quot;:33.08825211831107,&quot;time&quot;:1707928740.0},{&quot;value&quot;:33.080387981805124,&quot;time&quot;:1707928800.0},{&quot;value&quot;:33.073743338455195,&quot;time&quot;:1707928860.0},{&quot;value&quot;:33.05839960288545,&quot;time&quot;:1707928920.0},{&quot;value&quot;:33.01791546180709,&quot;time&quot;:1707928980.0},{&quot;value&quot;:33.016685077927555,&quot;time&quot;:1707929040.0},{&quot;value&quot;:33.03197555754486,&quot;time&quot;:1707929100.0},{&quot;value&quot;:33.047258235270164,&quot;time&quot;:1707929160.0},{&quot;value&quot;:33.05212220371252,&quot;time&quot;:1707929220.0},{&quot;value&quot;:33.06289274471985,&quot;time&quot;:1707929280.0},{&quot;value&quot;:33.077221229625124,&quot;time&quot;:1707929340.0},{&quot;value&quot;:33.07843153210091,&quot;time&quot;:1707929400.0},{&quot;value&quot;:33.07046230636833,&quot;time&quot;:1707929460.0},{&quot;value&quot;:33.08525273124964,&quot;time&quot;:1707929520.0},{&quot;value&quot;:33.080230984970484,&quot;time&quot;:1707929580.0},{&quot;value&quot;:33.079816035126534,&quot;time&quot;:1707929640.0},{&quot;value&quot;:33.06865888301061,&quot;time&quot;:1707929700.0},{&quot;value&quot;:33.05009987918814,&quot;time&quot;:1707929760.0},{&quot;value&quot;:33.02642772622297,&quot;time&quot;:1707929820.0},{&quot;value&quot;:33.02757605221858,&quot;time&quot;:1707929880.0},{&quot;value&quot;:33.023637564390434,&quot;time&quot;:1707929940.0},{&quot;value&quot;:33.00304611834759,&quot;time&quot;:1707930000.0},{&quot;value&quot;:32.994256406662714,&quot;time&quot;:1707930060.0},{&quot;value&quot;:32.97571780890602,&quot;time&quot;:1707930120.0},{&quot;value&quot;:32.96622881793759,&quot;time&quot;:1707930180.0},{&quot;value&quot;:32.963857277550495,&quot;time&quot;:1707930240.0},{&quot;value&quot;:32.92925238646341,&quot;time&quot;:1707930300.0},{&quot;value&quot;:32.92384808713957,&quot;time&quot;:1707930360.0},{&quot;value&quot;:32.93631629224895,&quot;time&quot;:1707930420.0},{&quot;value&quot;:32.94370153243848,&quot;time&quot;:1707930480.0},{&quot;value&quot;:32.96221706906232,&quot;time&quot;:1707930540.0},{&quot;value&quot;:32.98075469367589,&quot;time&quot;:1707930600.0},{&quot;value&quot;:32.97366153538584,&quot;time&quot;:1707930660.0},{&quot;value&quot;:32.98934064035163,&quot;time&quot;:1707930720.0},{&quot;value&quot;:32.99554969977105,&quot;time&quot;:1707930780.0},{&quot;value&quot;:32.99383868767413,&quot;time&quot;:1707930840.0},{&quot;value&quot;:32.99987854492806,&quot;time&quot;:1707930900.0},{&quot;value&quot;:33.01782289588657,&quot;time&quot;:1707930960.0},{&quot;value&quot;:33.02057044139527,&quot;time&quot;:1707931020.0},{&quot;value&quot;:33.02551111409877,&quot;time&quot;:1707931080.0},{&quot;value&quot;:33.03988195339614,&quot;time&quot;:1707931140.0},{&quot;value&quot;:33.03177529563188,&quot;time&quot;:1707931200.0},{&quot;value&quot;:33.03522517701891,&quot;time&quot;:1707931260.0},{&quot;value&quot;:33.0248984669728,&quot;time&quot;:1707931320.0},{&quot;value&quot;:33.037453673627226,&quot;time&quot;:1707931380.0},{&quot;value&quot;:33.03798992665295,&quot;time&quot;:1707931440.0},{&quot;value&quot;:33.03173289675352,&quot;time&quot;:1707931500.0},{&quot;value&quot;:33.02525071943569,&quot;time&quot;:1707931560.0},{&quot;value&quot;:33.02348470517293,&quot;time&quot;:1707931620.0},{&quot;value&quot;:33.0212609240168,&quot;time&quot;:1707931680.0},{&quot;value&quot;:33.03896335818977,&quot;time&quot;:1707931740.0},{&quot;value&quot;:33.04145617326057,&quot;time&quot;:1707931800.0},{&quot;value&quot;:33.038552743867655,&quot;time&quot;:1707931860.0},{&quot;value&quot;:33.029648964088395,&quot;time&quot;:1707931920.0},{&quot;value&quot;:33.03392206266318,&quot;time&quot;:1707931980.0},{&quot;value&quot;:33.024374153204796,&quot;time&quot;:1707932040.0},{&quot;value&quot;:33.01939371624939,&quot;time&quot;:1707932100.0},{&quot;value&quot;:33.01007047806801,&quot;time&quot;:1707932160.0},{&quot;value&quot;:33.000381508652644,&quot;time&quot;:1707932220.0},{&quot;value&quot;:33.01164123314066,&quot;time&quot;:1707932280.0},{&quot;value&quot;:33.00387145645409,&quot;time&quot;:1707932340.0},{&quot;value&quot;:32.99920705451214,&quot;time&quot;:1707932400.0},{&quot;value&quot;:33.00260015112825,&quot;time&quot;:1707932460.0},{&quot;value&quot;:33.01978997772829,&quot;time&quot;:1707932520.0},{&quot;value&quot;:33.02069137938492,&quot;time&quot;:1707932580.0},{&quot;value&quot;:33.018137005270226,&quot;time&quot;:1707932640.0},{&quot;value&quot;:33.008078877460115,&quot;time&quot;:1707932700.0},{&quot;value&quot;:33.0210008542368,&quot;time&quot;:1707932760.0},{&quot;value&quot;:33.00954937704073,&quot;time&quot;:1707932820.0},{&quot;value&quot;:33.015595083946,&quot;time&quot;:1707932880.0},{&quot;value&quot;:33.02587982768865,&quot;time&quot;:1707932940.0},{&quot;value&quot;:33.020582508341086,&quot;time&quot;:1707933000.0},{&quot;value&quot;:33.03427014407303,&quot;time&quot;:1707933060.0},{&quot;value&quot;:33.035594570338795,&quot;time&quot;:1707933120.0},{&quot;value&quot;:33.03335671145076,&quot;time&quot;:1707933180.0},{&quot;value&quot;:33.03937966065672,&quot;time&quot;:1707933240.0},{&quot;value&quot;:33.04008225574713,&quot;time&quot;:1707933300.0},{&quot;value&quot;:33.04169005353135,&quot;time&quot;:1707933360.0},{&quot;value&quot;:33.041106381534284,&quot;time&quot;:1707933420.0},{&quot;value&quot;:33.03892400642593,&quot;time&quot;:1707933480.0},{&quot;value&quot;:33.04594540311174,&quot;time&quot;:1707933540.0},{&quot;value&quot;:33.04749671534521,&quot;time&quot;:1707933600.0},{&quot;value&quot;:33.024647009226854,&quot;time&quot;:1707933660.0},{&quot;value&quot;:33.03207612847843,&quot;time&quot;:1707933720.0},{&quot;value&quot;:33.041891962377086,&quot;time&quot;:1707933780.0},{&quot;value&quot;:33.063231242427065,&quot;time&quot;:1707933840.0},{&quot;value&quot;:33.05822580513156,&quot;time&quot;:1707933900.0},{&quot;value&quot;:33.050947007056216,&quot;time&quot;:1707933960.0},{&quot;value&quot;:33.056063040400225,&quot;time&quot;:1707934020.0},{&quot;value&quot;:33.05103916230366,&quot;time&quot;:1707934080.0},{&quot;value&quot;:33.04296475292774,&quot;time&quot;:1707934140.0},{&quot;value&quot;:33.011097283723565,&quot;time&quot;:1707934200.0},{&quot;value&quot;:33.01830475019415,&quot;time&quot;:1707934260.0},{&quot;value&quot;:33.01957293078413,&quot;time&quot;:1707934320.0},{&quot;value&quot;:32.991609452989714,&quot;time&quot;:1707934380.0},{&quot;value&quot;:32.99144255815107,&quot;time&quot;:1707934440.0},{&quot;value&quot;:32.99729015253477,&quot;time&quot;:1707934500.0},{&quot;value&quot;:33.009323638022416,&quot;time&quot;:1707934560.0},{&quot;value&quot;:33.01917689072199,&quot;time&quot;:1707934620.0},{&quot;value&quot;:32.99868573174579,&quot;time&quot;:1707934680.0},{&quot;value&quot;:32.9905827896129,&quot;time&quot;:1707934740.0},{&quot;value&quot;:32.991941075499525,&quot;time&quot;:1707934800.0},{&quot;value&quot;:32.99478199075201,&quot;time&quot;:1707934860.0},{&quot;value&quot;:32.998497726119176,&quot;time&quot;:1707934920.0},{&quot;value&quot;:32.98465212912088,&quot;time&quot;:1707934980.0},{&quot;value&quot;:32.98069738894541,&quot;time&quot;:1707935040.0},{&quot;value&quot;:32.988511678704576,&quot;time&quot;:1707935100.0},{&quot;value&quot;:32.98977351397483,&quot;time&quot;:1707935160.0},{&quot;value&quot;:32.98643753385602,&quot;time&quot;:1707935220.0},{&quot;value&quot;:32.981781442809684,&quot;time&quot;:1707935280.0},{&quot;value&quot;:32.99079013641133,&quot;time&quot;:1707935340.0},{&quot;value&quot;:32.99912934290199,&quot;time&quot;:1707935400.0},{&quot;value&quot;:32.990274649045986,&quot;time&quot;:1707935460.0},{&quot;value&quot;:32.99040977767152,&quot;time&quot;:1707935520.0},{&quot;value&quot;:32.99325288061121,&quot;time&quot;:1707935580.0},{&quot;value&quot;:33.01317463983407,&quot;time&quot;:1707935640.0},{&quot;value&quot;:33.02286097334016,&quot;time&quot;:1707935700.0},{&quot;value&quot;:33.03986452804062,&quot;time&quot;:1707935760.0},{&quot;value&quot;:33.047121621523885,&quot;time&quot;:1707935820.0},{&quot;value&quot;:33.061279519462374,&quot;time&quot;:1707935880.0},{&quot;value&quot;:33.05385175079986,&quot;time&quot;:1707935940.0},{&quot;value&quot;:33.04515333186717,&quot;time&quot;:1707936000.0},{&quot;value&quot;:33.01548020587114,&quot;time&quot;:1707936060.0},{&quot;value&quot;:33.011272206653736,&quot;time&quot;:1707936120.0},{&quot;value&quot;:33.009085528282775,&quot;time&quot;:1707936180.0},{&quot;value&quot;:32.99949486999297,&quot;time&quot;:1707936240.0},{&quot;value&quot;:32.99476345053915,&quot;time&quot;:1707936300.0},{&quot;value&quot;:32.9817998992697,&quot;time&quot;:1707936360.0},{&quot;value&quot;:32.97818561071118,&quot;time&quot;:1707936420.0},{&quot;value&quot;:32.97425474031655,&quot;time&quot;:1707936480.0},{&quot;value&quot;:32.97495984207156,&quot;time&quot;:1707936540.0},{&quot;value&quot;:32.96806792248062,&quot;time&quot;:1707936600.0},{&quot;value&quot;:32.97087349643221,&quot;time&quot;:1707936660.0},{&quot;value&quot;:32.98173141853932,&quot;time&quot;:1707936720.0},{&quot;value&quot;:32.98425872835651,&quot;time&quot;:1707936780.0},{&quot;value&quot;:32.98166056110932,&quot;time&quot;:1707936840.0},{&quot;value&quot;:32.97945792392256,&quot;time&quot;:1707936900.0},{&quot;value&quot;:32.95607577294917,&quot;time&quot;:1707936960.0},{&quot;value&quot;:32.955121217121224,&quot;time&quot;:1707937020.0},{&quot;value&quot;:32.96331375647533,&quot;time&quot;:1707937080.0},{&quot;value&quot;:32.96756838905775,&quot;time&quot;:1707937140.0},{&quot;value&quot;:32.96287943176988,&quot;time&quot;:1707937200.0},{&quot;value&quot;:32.95403379620035,&quot;time&quot;:1707937260.0},{&quot;value&quot;:32.9570588750245,&quot;time&quot;:1707937320.0},{&quot;value&quot;:32.9453394353984,&quot;time&quot;:1707937380.0},{&quot;value&quot;:32.93493757527594,&quot;time&quot;:1707937440.0},{&quot;value&quot;:32.897589265217526,&quot;time&quot;:1707937500.0},{&quot;value&quot;:32.90687931352223,&quot;time&quot;:1707937560.0},{&quot;value&quot;:32.91373256304293,&quot;time&quot;:1707937620.0},{&quot;value&quot;:32.902778626322124,&quot;time&quot;:1707937680.0},{&quot;value&quot;:32.91036188190261,&quot;time&quot;:1707937740.0},{&quot;value&quot;:32.91043294390236,&quot;time&quot;:1707937800.0},{&quot;value&quot;:32.90914770375884,&quot;time&quot;:1707937860.0},{&quot;value&quot;:32.93003151730221,&quot;time&quot;:1707937920.0},{&quot;value&quot;:32.95945595451302,&quot;time&quot;:1707937980.0},{&quot;value&quot;:32.96827899409816,&quot;time&quot;:1707938040.0},{&quot;value&quot;:32.97294343016699,&quot;time&quot;:1707938100.0},{&quot;value&quot;:32.97991967644085,&quot;time&quot;:1707938160.0},{&quot;value&quot;:32.97355108334487,&quot;time&quot;:1707938220.0},{&quot;value&quot;:32.988097152330795,&quot;time&quot;:1707938280.0},{&quot;value&quot;:32.9873888884896,&quot;time&quot;:1707938340.0},{&quot;value&quot;:32.990047549165865,&quot;time&quot;:1707938400.0},{&quot;value&quot;:32.99301946117994,&quot;time&quot;:1707938460.0},{&quot;value&quot;:32.98839238824218,&quot;time&quot;:1707938520.0},{&quot;value&quot;:32.99339241281139,&quot;time&quot;:1707938580.0},{&quot;value&quot;:32.99985169924459,&quot;time&quot;:1707938640.0},{&quot;value&quot;:33.02139769414478,&quot;time&quot;:1707938700.0},{&quot;value&quot;:33.039571710373636,&quot;time&quot;:1707938760.0},{&quot;value&quot;:33.048837416564496,&quot;time&quot;:1707938820.0},{&quot;value&quot;:33.04724187305135,&quot;time&quot;:1707938880.0},{&quot;value&quot;:33.04878350978909,&quot;time&quot;:1707938940.0},{&quot;value&quot;:33.05240539791291,&quot;time&quot;:1707939000.0},{&quot;value&quot;:33.05225815407244,&quot;time&quot;:1707939060.0},{&quot;value&quot;:33.03852955233927,&quot;time&quot;:1707939120.0},{&quot;value&quot;:33.03732664374731,&quot;time&quot;:1707939180.0},{&quot;value&quot;:33.047971636363634,&quot;time&quot;:1707939240.0},{&quot;value&quot;:33.060616979906996,&quot;time&quot;:1707939300.0},{&quot;value&quot;:33.07032908657093,&quot;time&quot;:1707939360.0},{&quot;value&quot;:33.082161984317736,&quot;time&quot;:1707939420.0},{&quot;value&quot;:33.08694820154011,&quot;time&quot;:1707939480.0},{&quot;value&quot;:33.072868845464626,&quot;time&quot;:1707939540.0},{&quot;value&quot;:33.063444613359955,&quot;time&quot;:1707939600.0},{&quot;value&quot;:33.077916565648124,&quot;time&quot;:1707939660.0},{&quot;value&quot;:33.086022744533196,&quot;time&quot;:1707939720.0},{&quot;value&quot;:33.09157227246489,&quot;time&quot;:1707939780.0},{&quot;value&quot;:33.09225783096708,&quot;time&quot;:1707939840.0},{&quot;value&quot;:33.097210613626274,&quot;time&quot;:1707939900.0},{&quot;value&quot;:33.08625809196041,&quot;time&quot;:1707939960.0},{&quot;value&quot;:33.06054269175419,&quot;time&quot;:1707940020.0},{&quot;value&quot;:33.03508459432179,&quot;time&quot;:1707940080.0},{&quot;value&quot;:33.04016843573795,&quot;time&quot;:1707940140.0},{&quot;value&quot;:33.037503908995305,&quot;time&quot;:1707940200.0},{&quot;value&quot;:33.04919666169896,&quot;time&quot;:1707940260.0},{&quot;value&quot;:33.051100135518574,&quot;time&quot;:1707940320.0},{&quot;value&quot;:33.05839810457516,&quot;time&quot;:1707940380.0},{&quot;value&quot;:33.06820142406281,&quot;time&quot;:1707940440.0},{&quot;value&quot;:33.05376273571167,&quot;time&quot;:1707940500.0},{&quot;value&quot;:33.05378885924608,&quot;time&quot;:1707940560.0},{&quot;value&quot;:33.06748200977913,&quot;time&quot;:1707940620.0},{&quot;value&quot;:33.05652928419021,&quot;time&quot;:1707940680.0},{&quot;value&quot;:33.05654492408454,&quot;time&quot;:1707940740.0},{&quot;value&quot;:33.06023719929653,&quot;time&quot;:1707940800.0},{&quot;value&quot;:33.05288257726011,&quot;time&quot;:1707940860.0},{&quot;value&quot;:33.04121250934463,&quot;time&quot;:1707940920.0},{&quot;value&quot;:33.04402449291694,&quot;time&quot;:1707940980.0},{&quot;value&quot;:33.05540047798151,&quot;time&quot;:1707941040.0},{&quot;value&quot;:33.056628222323255,&quot;time&quot;:1707941100.0},{&quot;value&quot;:33.0478745553687,&quot;time&quot;:1707941160.0},{&quot;value&quot;:33.05144783427495,&quot;time&quot;:1707941220.0},{&quot;value&quot;:33.052404025527736,&quot;time&quot;:1707941280.0},{&quot;value&quot;:33.05978921113429,&quot;time&quot;:1707941340.0},{&quot;value&quot;:33.05695689959839,&quot;time&quot;:1707941400.0},{&quot;value&quot;:33.04529297391672,&quot;time&quot;:1707941460.0},{&quot;value&quot;:33.05152150365976,&quot;time&quot;:1707941520.0},{&quot;value&quot;:33.06191927303466,&quot;time&quot;:1707941580.0},{&quot;value&quot;:33.05685983099573,&quot;time&quot;:1707941640.0},{&quot;value&quot;:33.05317314181818,&quot;time&quot;:1707941700.0},{&quot;value&quot;:33.062200339354,&quot;time&quot;:1707941760.0},{&quot;value&quot;:33.0786916905917,&quot;time&quot;:1707941820.0},{&quot;value&quot;:33.08300461514436,&quot;time&quot;:1707941880.0},{&quot;value&quot;:33.07759390773128,&quot;time&quot;:1707941940.0},{&quot;value&quot;:33.07825677672956,&quot;time&quot;:1707942000.0},{&quot;value&quot;:33.07911680208939,&quot;time&quot;:1707942060.0},{&quot;value&quot;:33.08384960658582,&quot;time&quot;:1707942120.0},{&quot;value&quot;:33.090450473334656,&quot;time&quot;:1707942180.0},{&quot;value&quot;:33.08068747069273,&quot;time&quot;:1707942240.0},{&quot;value&quot;:33.08808395139544,&quot;time&quot;:1707942300.0},{&quot;value&quot;:33.107831300383246,&quot;time&quot;:1707942360.0},{&quot;value&quot;:33.11967515711293,&quot;time&quot;:1707942420.0},{&quot;value&quot;:33.112030628809364,&quot;time&quot;:1707942480.0},{&quot;value&quot;:33.11038752213536,&quot;time&quot;:1707942540.0},{&quot;value&quot;:33.09500309125338,&quot;time&quot;:1707942600.0},{&quot;value&quot;:33.08043879498121,&quot;time&quot;:1707942660.0},{&quot;value&quot;:33.07466875493848,&quot;time&quot;:1707942720.0},{&quot;value&quot;:33.06310125136557,&quot;time&quot;:1707942780.0},{&quot;value&quot;:33.05807667106469,&quot;time&quot;:1707942840.0},{&quot;value&quot;:33.059544748597446,&quot;time&quot;:1707942900.0},{&quot;value&quot;:33.055904585471374,&quot;time&quot;:1707942960.0},{&quot;value&quot;:33.05248561519405,&quot;time&quot;:1707943020.0},{&quot;value&quot;:33.05027005105762,&quot;time&quot;:1707943080.0},{&quot;value&quot;:33.05670335428276,&quot;time&quot;:1707943140.0},{&quot;value&quot;:33.06280969108379,&quot;time&quot;:1707943200.0},{&quot;value&quot;:33.048095244816565,&quot;time&quot;:1707943260.0},{&quot;value&quot;:33.03963060603361,&quot;time&quot;:1707943320.0},{&quot;value&quot;:33.05561830762219,&quot;time&quot;:1707943380.0},{&quot;value&quot;:33.04759015681358,&quot;time&quot;:1707943440.0},{&quot;value&quot;:33.04615032701441,&quot;time&quot;:1707943500.0},{&quot;value&quot;:33.039548205516255,&quot;time&quot;:1707943560.0},{&quot;value&quot;:33.036565299059426,&quot;time&quot;:1707943620.0},{&quot;value&quot;:33.03788897664447,&quot;time&quot;:1707943680.0},{&quot;value&quot;:33.020034836845575,&quot;time&quot;:1707943740.0},{&quot;value&quot;:33.03119713873902,&quot;time&quot;:1707943800.0},{&quot;value&quot;:33.02902127853361,&quot;time&quot;:1707943860.0},{&quot;value&quot;:33.02994455800821,&quot;time&quot;:1707943920.0},{&quot;value&quot;:33.03812303489491,&quot;time&quot;:1707943980.0},{&quot;value&quot;:33.04912006384345,&quot;time&quot;:1707944040.0},{&quot;value&quot;:33.0630965721695,&quot;time&quot;:1707944100.0},{&quot;value&quot;:33.08102517819599,&quot;time&quot;:1707944160.0},{&quot;value&quot;:33.080961331322705,&quot;time&quot;:1707944220.0},{&quot;value&quot;:33.09214618333788,&quot;time&quot;:1707944280.0},{&quot;value&quot;:33.12442786471141,&quot;time&quot;:1707944340.0},{&quot;value&quot;:33.34489578969512,&quot;time&quot;:1708007400.0},{&quot;value&quot;:33.49416240568406,&quot;time&quot;:1708007460.0},{&quot;value&quot;:33.59843468386761,&quot;time&quot;:1708007520.0},{&quot;value&quot;:33.661862139417124,&quot;time&quot;:1708007580.0},{&quot;value&quot;:33.726097092023394,&quot;time&quot;:1708007640.0},{&quot;value&quot;:33.70766556339769,&quot;time&quot;:1708007700.0},{&quot;value&quot;:33.72398510694609,&quot;time&quot;:1708007760.0},{&quot;value&quot;:33.731149197064575,&quot;time&quot;:1708007820.0},{&quot;value&quot;:33.780517350380784,&quot;time&quot;:1708007880.0},{&quot;value&quot;:33.75767016502127,&quot;time&quot;:1708007940.0},{&quot;value&quot;:33.7191391747075,&quot;time&quot;:1708008000.0},{&quot;value&quot;:33.748173366663266,&quot;time&quot;:1708008060.0},{&quot;value&quot;:33.79552313474576,&quot;time&quot;:1708008120.0},{&quot;value&quot;:33.831480453226455,&quot;time&quot;:1708008180.0},{&quot;value&quot;:33.80551121403569,&quot;time&quot;:1708008240.0},{&quot;value&quot;:33.85723629831271,&quot;time&quot;:1708008300.0},{&quot;value&quot;:33.9089895769847,&quot;time&quot;:1708008360.0},{&quot;value&quot;:33.95180332911819,&quot;time&quot;:1708008420.0},{&quot;value&quot;:34.00853591728985,&quot;time&quot;:1708008480.0},{&quot;value&quot;:34.05695039308669,&quot;time&quot;:1708008540.0},{&quot;value&quot;:34.03215561098019,&quot;time&quot;:1708008600.0},{&quot;value&quot;:34.040174040249326,&quot;time&quot;:1708008660.0},{&quot;value&quot;:34.014517262371136,&quot;time&quot;:1708008720.0},{&quot;value&quot;:33.96645015365117,&quot;time&quot;:1708008780.0},{&quot;value&quot;:33.96426949415164,&quot;time&quot;:1708008840.0},{&quot;value&quot;:33.969209235378685,&quot;time&quot;:1708008900.0},{&quot;value&quot;:34.04701082628173,&quot;time&quot;:1708008960.0},{&quot;value&quot;:34.08623303344028,&quot;time&quot;:1708009020.0},{&quot;value&quot;:34.102583840227965,&quot;time&quot;:1708009080.0},{&quot;value&quot;:34.09353457718011,&quot;time&quot;:1708009140.0},{&quot;value&quot;:34.132209879092926,&quot;time&quot;:1708009200.0},{&quot;value&quot;:34.15590650402496,&quot;time&quot;:1708009260.0},{&quot;value&quot;:34.20281821469887,&quot;time&quot;:1708009320.0},{&quot;value&quot;:34.21544522238766,&quot;time&quot;:1708009380.0},{&quot;value&quot;:34.13271215647557,&quot;time&quot;:1708009440.0},{&quot;value&quot;:34.03186700830709,&quot;time&quot;:1708009500.0},{&quot;value&quot;:34.05688940176413,&quot;time&quot;:1708009560.0},{&quot;value&quot;:34.023396364158145,&quot;time&quot;:1708009620.0},{&quot;value&quot;:33.99992244883802,&quot;time&quot;:1708009680.0},{&quot;value&quot;:33.96896885446081,&quot;time&quot;:1708009740.0},{&quot;value&quot;:34.03083800290165,&quot;time&quot;:1708009800.0},{&quot;value&quot;:33.998111093518695,&quot;time&quot;:1708009860.0},{&quot;value&quot;:33.98421036706516,&quot;time&quot;:1708009920.0},{&quot;value&quot;:33.95410774076776,&quot;time&quot;:1708009980.0},{&quot;value&quot;:33.92920020540605,&quot;time&quot;:1708010040.0},{&quot;value&quot;:33.93478624689826,&quot;time&quot;:1708010100.0},{&quot;value&quot;:33.977088605812476,&quot;time&quot;:1708010160.0},{&quot;value&quot;:33.95441215399959,&quot;time&quot;:1708010220.0},{&quot;value&quot;:33.98212329841976,&quot;time&quot;:1708010280.0},{&quot;value&quot;:33.950795219390685,&quot;time&quot;:1708010340.0},{&quot;value&quot;:33.92561841991387,&quot;time&quot;:1708010400.0},{&quot;value&quot;:33.91640662919217,&quot;time&quot;:1708010460.0},{&quot;value&quot;:33.910006559342975,&quot;time&quot;:1708010520.0},{&quot;value&quot;:33.947799662009125,&quot;time&quot;:1708010580.0},{&quot;value&quot;:33.957603543829904,&quot;time&quot;:1708010640.0},{&quot;value&quot;:33.92286536548981,&quot;time&quot;:1708010700.0},{&quot;value&quot;:33.915847529886214,&quot;time&quot;:1708010760.0},{&quot;value&quot;:33.9050532988252,&quot;time&quot;:1708010820.0},{&quot;value&quot;:33.85008153908407,&quot;time&quot;:1708010880.0},{&quot;value&quot;:33.859407476684346,&quot;time&quot;:1708010940.0},{&quot;value&quot;:33.86663458873491,&quot;time&quot;:1708011000.0},{&quot;value&quot;:33.854857529531046,&quot;time&quot;:1708011060.0},{&quot;value&quot;:33.83303185891919,&quot;time&quot;:1708011120.0},{&quot;value&quot;:33.84780440397479,&quot;time&quot;:1708011180.0},{&quot;value&quot;:33.87932528062806,&quot;time&quot;:1708011240.0},{&quot;value&quot;:33.89538625708669,&quot;time&quot;:1708011300.0},{&quot;value&quot;:33.92884268281159,&quot;time&quot;:1708011360.0},{&quot;value&quot;:33.946458572763376,&quot;time&quot;:1708011420.0},{&quot;value&quot;:33.91758687830688,&quot;time&quot;:1708011480.0},{&quot;value&quot;:33.92012543338874,&quot;time&quot;:1708011540.0},{&quot;value&quot;:33.905663804343476,&quot;time&quot;:1708011600.0},{&quot;value&quot;:33.89208303250449,&quot;time&quot;:1708011660.0},{&quot;value&quot;:33.86051596272898,&quot;time&quot;:1708011720.0},{&quot;value&quot;:33.87558282162711,&quot;time&quot;:1708011780.0},{&quot;value&quot;:33.897069295124155,&quot;time&quot;:1708011840.0},{&quot;value&quot;:33.920220420252605,&quot;time&quot;:1708011900.0},{&quot;value&quot;:33.91863089792184,&quot;time&quot;:1708011960.0},{&quot;value&quot;:33.91405275372113,&quot;time&quot;:1708012020.0},{&quot;value&quot;:33.9135198570995,&quot;time&quot;:1708012080.0},{&quot;value&quot;:33.891466483216604,&quot;time&quot;:1708012140.0},{&quot;value&quot;:33.84736629399447,&quot;time&quot;:1708012200.0},{&quot;value&quot;:33.849161599456686,&quot;time&quot;:1708012260.0},{&quot;value&quot;:33.847319824802014,&quot;time&quot;:1708012320.0},{&quot;value&quot;:33.86574268812115,&quot;time&quot;:1708012380.0},{&quot;value&quot;:33.85665496105742,&quot;time&quot;:1708012440.0},{&quot;value&quot;:33.86276746056432,&quot;time&quot;:1708012500.0},{&quot;value&quot;:33.882282136978105,&quot;time&quot;:1708012560.0},{&quot;value&quot;:33.86636424462377,&quot;time&quot;:1708012620.0},{&quot;value&quot;:33.86302303359485,&quot;time&quot;:1708012680.0},{&quot;value&quot;:33.8480596166792,&quot;time&quot;:1708012740.0},{&quot;value&quot;:33.83254501125281,&quot;time&quot;:1708012800.0},{&quot;value&quot;:33.834947141410424,&quot;time&quot;:1708012860.0},{&quot;value&quot;:33.83309570591622,&quot;time&quot;:1708012920.0},{&quot;value&quot;:33.84386715595447,&quot;time&quot;:1708012980.0},{&quot;value&quot;:33.836297533575475,&quot;time&quot;:1708013040.0},{&quot;value&quot;:33.849722735797386,&quot;time&quot;:1708013100.0},{&quot;value&quot;:33.848871788016986,&quot;time&quot;:1708013160.0},{&quot;value&quot;:33.85169995695222,&quot;time&quot;:1708013220.0},{&quot;value&quot;:33.85284199194416,&quot;time&quot;:1708013280.0},{&quot;value&quot;:33.869465194646054,&quot;time&quot;:1708013340.0},{&quot;value&quot;:33.88354111881712,&quot;time&quot;:1708013400.0},{&quot;value&quot;:33.88034412918362,&quot;time&quot;:1708013460.0},{&quot;value&quot;:33.87410458487395,&quot;time&quot;:1708013520.0},{&quot;value&quot;:33.88689987770461,&quot;time&quot;:1708013580.0},{&quot;value&quot;:33.887560661726695,&quot;time&quot;:1708013640.0},{&quot;value&quot;:33.873406811346634,&quot;time&quot;:1708013700.0},{&quot;value&quot;:33.86775641694297,&quot;time&quot;:1708013760.0},{&quot;value&quot;:33.86844630783187,&quot;time&quot;:1708013820.0},{&quot;value&quot;:33.87432244572794,&quot;time&quot;:1708013880.0},{&quot;value&quot;:33.86165180230947,&quot;time&quot;:1708013940.0},{&quot;value&quot;:33.84142849413443,&quot;time&quot;:1708014000.0},{&quot;value&quot;:33.83722627732781,&quot;time&quot;:1708014060.0},{&quot;value&quot;:33.83696050047087,&quot;time&quot;:1708014120.0},{&quot;value&quot;:33.832340609644376,&quot;time&quot;:1708014180.0},{&quot;value&quot;:33.8252329961859,&quot;time&quot;:1708014240.0},{&quot;value&quot;:33.83730481334091,&quot;time&quot;:1708014300.0},{&quot;value&quot;:33.8334582482021,&quot;time&quot;:1708014360.0},{&quot;value&quot;:33.824705103959595,&quot;time&quot;:1708014420.0},{&quot;value&quot;:33.83987861848008,&quot;time&quot;:1708014480.0},{&quot;value&quot;:33.84382424284524,&quot;time&quot;:1708014540.0},{&quot;value&quot;:33.834491142261726,&quot;time&quot;:1708014600.0},{&quot;value&quot;:33.87404834741887,&quot;time&quot;:1708014660.0},{&quot;value&quot;:33.88245541072916,&quot;time&quot;:1708014720.0},{&quot;value&quot;:33.87243868497039,&quot;time&quot;:1708014780.0},{&quot;value&quot;:33.91354005842777,&quot;time&quot;:1708014840.0},{&quot;value&quot;:33.97983731851106,&quot;time&quot;:1708014900.0},{&quot;value&quot;:33.99601384463413,&quot;time&quot;:1708014960.0},{&quot;value&quot;:33.99504310863286,&quot;time&quot;:1708015020.0},{&quot;value&quot;:33.987262826073675,&quot;time&quot;:1708015080.0},{&quot;value&quot;:33.973048456099754,&quot;time&quot;:1708015140.0},{&quot;value&quot;:33.94079485611805,&quot;time&quot;:1708015200.0},{&quot;value&quot;:33.91312293424601,&quot;time&quot;:1708015260.0},{&quot;value&quot;:33.941001230716886,&quot;time&quot;:1708015320.0},{&quot;value&quot;:33.95815671611716,&quot;time&quot;:1708015380.0},{&quot;value&quot;:33.97967668603837,&quot;time&quot;:1708015440.0},{&quot;value&quot;:34.01856611647198,&quot;time&quot;:1708015500.0},{&quot;value&quot;:34.03202794382268,&quot;time&quot;:1708015560.0},{&quot;value&quot;:34.02264278279826,&quot;time&quot;:1708015620.0},{&quot;value&quot;:34.064139482934436,&quot;time&quot;:1708015680.0},{&quot;value&quot;:34.036109401205756,&quot;time&quot;:1708015740.0},{&quot;value&quot;:34.05042262173279,&quot;time&quot;:1708015800.0},{&quot;value&quot;:34.03801225038446,&quot;time&quot;:1708015860.0},{&quot;value&quot;:34.01242708503309,&quot;time&quot;:1708015920.0},{&quot;value&quot;:34.001532188515704,&quot;time&quot;:1708015980.0},{&quot;value&quot;:34.024064733863696,&quot;time&quot;:1708016040.0},{&quot;value&quot;:33.96278155038117,&quot;time&quot;:1708016100.0},{&quot;value&quot;:33.949381691372565,&quot;time&quot;:1708016160.0},{&quot;value&quot;:33.937256742470694,&quot;time&quot;:1708016220.0},{&quot;value&quot;:33.96326837606049,&quot;time&quot;:1708016280.0},{&quot;value&quot;:33.970173077372614,&quot;time&quot;:1708016340.0},{&quot;value&quot;:33.984577559863745,&quot;time&quot;:1708016400.0},{&quot;value&quot;:33.98337248336679,&quot;time&quot;:1708016460.0},{&quot;value&quot;:33.993634503037356,&quot;time&quot;:1708016520.0},{&quot;value&quot;:34.0112983588462,&quot;time&quot;:1708016580.0},{&quot;value&quot;:34.012105611452874,&quot;time&quot;:1708016640.0},{&quot;value&quot;:34.007875083898206,&quot;time&quot;:1708016700.0},{&quot;value&quot;:33.99674263121017,&quot;time&quot;:1708016760.0},{&quot;value&quot;:33.99965903873174,&quot;time&quot;:1708016820.0},{&quot;value&quot;:33.984254629343084,&quot;time&quot;:1708016880.0},{&quot;value&quot;:33.95855858404021,&quot;time&quot;:1708016940.0},{&quot;value&quot;:33.979895460951,&quot;time&quot;:1708017000.0},{&quot;value&quot;:33.98412736228388,&quot;time&quot;:1708017060.0},{&quot;value&quot;:33.97069334434688,&quot;time&quot;:1708017120.0},{&quot;value&quot;:33.98719379869172,&quot;time&quot;:1708017180.0},{&quot;value&quot;:33.98906388114771,&quot;time&quot;:1708017240.0},{&quot;value&quot;:33.96781457746724,&quot;time&quot;:1708017300.0},{&quot;value&quot;:33.942256393074246,&quot;time&quot;:1708017360.0},{&quot;value&quot;:33.93015006934813,&quot;time&quot;:1708017420.0},{&quot;value&quot;:33.94783027356998,&quot;time&quot;:1708017480.0},{&quot;value&quot;:33.96350427511252,&quot;time&quot;:1708017540.0},{&quot;value&quot;:33.96484366833004,&quot;time&quot;:1708017600.0},{&quot;value&quot;:33.9953776242832,&quot;time&quot;:1708017660.0},{&quot;value&quot;:33.98412359651972,&quot;time&quot;:1708017720.0},{&quot;value&quot;:33.980504218709875,&quot;time&quot;:1708017780.0},{&quot;value&quot;:33.98962392568962,&quot;time&quot;:1708017840.0},{&quot;value&quot;:33.986103343130054,&quot;time&quot;:1708017900.0},{&quot;value&quot;:33.977881063109855,&quot;time&quot;:1708017960.0},{&quot;value&quot;:33.969065547996976,&quot;time&quot;:1708018020.0},{&quot;value&quot;:33.94471168775962,&quot;time&quot;:1708018080.0},{&quot;value&quot;:33.94479832616216,&quot;time&quot;:1708018140.0},{&quot;value&quot;:33.951007195656445,&quot;time&quot;:1708018200.0},{&quot;value&quot;:33.94085618094004,&quot;time&quot;:1708018260.0},{&quot;value&quot;:33.92800060048253,&quot;time&quot;:1708018320.0},{&quot;value&quot;:33.93831523663229,&quot;time&quot;:1708018380.0},{&quot;value&quot;:33.94299103901121,&quot;time&quot;:1708018440.0},{&quot;value&quot;:33.93433114268241,&quot;time&quot;:1708018500.0},{&quot;value&quot;:33.92822298031788,&quot;time&quot;:1708018560.0},{&quot;value&quot;:33.922271269542755,&quot;time&quot;:1708018620.0},{&quot;value&quot;:33.92712651677482,&quot;time&quot;:1708018680.0},{&quot;value&quot;:33.92509878015505,&quot;time&quot;:1708018740.0},{&quot;value&quot;:33.9064673869652,&quot;time&quot;:1708018800.0},{&quot;value&quot;:33.9248654498326,&quot;time&quot;:1708018860.0},{&quot;value&quot;:33.921677295274996,&quot;time&quot;:1708018920.0},{&quot;value&quot;:33.93271461970998,&quot;time&quot;:1708018980.0},{&quot;value&quot;:33.93406923312884,&quot;time&quot;:1708019040.0},{&quot;value&quot;:33.93764943283864,&quot;time&quot;:1708019100.0},{&quot;value&quot;:33.91477062589487,&quot;time&quot;:1708019160.0},{&quot;value&quot;:33.90678898448824,&quot;time&quot;:1708019220.0},{&quot;value&quot;:33.90227595918367,&quot;time&quot;:1708019280.0},{&quot;value&quot;:33.900140541656086,&quot;time&quot;:1708019340.0},{&quot;value&quot;:33.91174554520308,&quot;time&quot;:1708019400.0},{&quot;value&quot;:33.90421884884696,&quot;time&quot;:1708019460.0},{&quot;value&quot;:33.90697508725452,&quot;time&quot;:1708019520.0},{&quot;value&quot;:33.90798033275536,&quot;time&quot;:1708019580.0},{&quot;value&quot;:33.90494570567704,&quot;time&quot;:1708019640.0},{&quot;value&quot;:33.90736694969325,&quot;time&quot;:1708019700.0},{&quot;value&quot;:33.88853508839651,&quot;time&quot;:1708019760.0},{&quot;value&quot;:33.88856695156695,&quot;time&quot;:1708019820.0},{&quot;value&quot;:33.86710513931133,&quot;time&quot;:1708019880.0},{&quot;value&quot;:33.8073030203077,&quot;time&quot;:1708019940.0},{&quot;value&quot;:33.815093628748045,&quot;time&quot;:1708020000.0},{&quot;value&quot;:33.806424834918126,&quot;time&quot;:1708020060.0},{&quot;value&quot;:33.807680585390145,&quot;time&quot;:1708020120.0},{&quot;value&quot;:33.78955483331785,&quot;time&quot;:1708020180.0},{&quot;value&quot;:33.79200596408756,&quot;time&quot;:1708020240.0},{&quot;value&quot;:33.81231891809928,&quot;time&quot;:1708020300.0},{&quot;value&quot;:33.83019323071784,&quot;time&quot;:1708020360.0},{&quot;value&quot;:33.81382483093628,&quot;time&quot;:1708020420.0},{&quot;value&quot;:33.81930354701943,&quot;time&quot;:1708020480.0},{&quot;value&quot;:33.84485901881161,&quot;time&quot;:1708020540.0},{&quot;value&quot;:33.85660751503466,&quot;time&quot;:1708020600.0},{&quot;value&quot;:33.89290631525437,&quot;time&quot;:1708020660.0},{&quot;value&quot;:33.91048590686275,&quot;time&quot;:1708020720.0},{&quot;value&quot;:33.881539540106,&quot;time&quot;:1708020780.0},{&quot;value&quot;:33.87409428531895,&quot;time&quot;:1708020840.0},{&quot;value&quot;:33.89087111954776,&quot;time&quot;:1708020900.0},{&quot;value&quot;:33.891778036500945,&quot;time&quot;:1708020960.0},{&quot;value&quot;:33.87632935064935,&quot;time&quot;:1708021020.0},{&quot;value&quot;:33.8785544184166,&quot;time&quot;:1708021080.0},{&quot;value&quot;:33.880656991045946,&quot;time&quot;:1708021140.0},{&quot;value&quot;:33.888351335337056,&quot;time&quot;:1708021200.0},{&quot;value&quot;:33.89893621340888,&quot;time&quot;:1708021260.0},{&quot;value&quot;:33.90411082009807,&quot;time&quot;:1708021320.0},{&quot;value&quot;:33.89312883412746,&quot;time&quot;:1708021380.0},{&quot;value&quot;:33.897201390217454,&quot;time&quot;:1708021440.0},{&quot;value&quot;:33.88727960385439,&quot;time&quot;:1708021500.0},{&quot;value&quot;:33.885516579294375,&quot;time&quot;:1708021560.0},{&quot;value&quot;:33.87579151614389,&quot;time&quot;:1708021620.0},{&quot;value&quot;:33.88948285990962,&quot;time&quot;:1708021680.0},{&quot;value&quot;:33.88650798439532,&quot;time&quot;:1708021740.0},{&quot;value&quot;:33.904895195225066,&quot;time&quot;:1708021800.0},{&quot;value&quot;:33.89212292743539,&quot;time&quot;:1708021860.0},{&quot;value&quot;:33.88493814889598,&quot;time&quot;:1708021920.0},{&quot;value&quot;:33.8711173642812,&quot;time&quot;:1708021980.0},{&quot;value&quot;:33.86795208216847,&quot;time&quot;:1708022040.0},{&quot;value&quot;:33.855786374545,&quot;time&quot;:1708022100.0},{&quot;value&quot;:33.835212675832466,&quot;time&quot;:1708022160.0},{&quot;value&quot;:33.849220002542694,&quot;time&quot;:1708022220.0},{&quot;value&quot;:33.85736278724403,&quot;time&quot;:1708022280.0},{&quot;value&quot;:33.87600758158197,&quot;time&quot;:1708022340.0},{&quot;value&quot;:33.889593051460984,&quot;time&quot;:1708022400.0},{&quot;value&quot;:33.88601058636107,&quot;time&quot;:1708022460.0},{&quot;value&quot;:33.87980117820324,&quot;time&quot;:1708022520.0},{&quot;value&quot;:33.8755589531095,&quot;time&quot;:1708022580.0},{&quot;value&quot;:33.882944050015894,&quot;time&quot;:1708022640.0},{&quot;value&quot;:33.88792446919596,&quot;time&quot;:1708022700.0},{&quot;value&quot;:33.89675448166291,&quot;time&quot;:1708022760.0},{&quot;value&quot;:33.901089934281366,&quot;time&quot;:1708022820.0},{&quot;value&quot;:33.90776392223161,&quot;time&quot;:1708022880.0},{&quot;value&quot;:33.90837303578947,&quot;time&quot;:1708022940.0},{&quot;value&quot;:33.92527201532121,&quot;time&quot;:1708023000.0},{&quot;value&quot;:33.93886530958904,&quot;time&quot;:1708023060.0},{&quot;value&quot;:33.93737244058797,&quot;time&quot;:1708023120.0},{&quot;value&quot;:33.94606101559666,&quot;time&quot;:1708023180.0},{&quot;value&quot;:33.96541207152488,&quot;time&quot;:1708023240.0},{&quot;value&quot;:33.95648120388483,&quot;time&quot;:1708023300.0},{&quot;value&quot;:33.950398693144116,&quot;time&quot;:1708023360.0},{&quot;value&quot;:33.949375123797246,&quot;time&quot;:1708023420.0},{&quot;value&quot;:33.94122427370531,&quot;time&quot;:1708023480.0},{&quot;value&quot;:33.94547828202332,&quot;time&quot;:1708023540.0},{&quot;value&quot;:33.95081252386202,&quot;time&quot;:1708023600.0},{&quot;value&quot;:33.950855160517705,&quot;time&quot;:1708023660.0},{&quot;value&quot;:33.94678168894906,&quot;time&quot;:1708023720.0},{&quot;value&quot;:33.945148246735705,&quot;time&quot;:1708023780.0},{&quot;value&quot;:33.95164323227243,&quot;time&quot;:1708023840.0},{&quot;value&quot;:33.96528407901622,&quot;time&quot;:1708023900.0},{&quot;value&quot;:33.959832454298734,&quot;time&quot;:1708023960.0},{&quot;value&quot;:33.97130744033692,&quot;time&quot;:1708024020.0},{&quot;value&quot;:33.98811398722173,&quot;time&quot;:1708024080.0},{&quot;value&quot;:33.98275651109946,&quot;time&quot;:1708024140.0},{&quot;value&quot;:33.97526312991282,&quot;time&quot;:1708024200.0},{&quot;value&quot;:33.95100432808757,&quot;time&quot;:1708024260.0},{&quot;value&quot;:33.9375049619866,&quot;time&quot;:1708024320.0},{&quot;value&quot;:33.92565608572584,&quot;time&quot;:1708024380.0},{&quot;value&quot;:33.91740632409492,&quot;time&quot;:1708024440.0},{&quot;value&quot;:33.93012688156402,&quot;time&quot;:1708024500.0},{&quot;value&quot;:33.94939525621277,&quot;time&quot;:1708024560.0},{&quot;value&quot;:33.96446187140665,&quot;time&quot;:1708024620.0},{&quot;value&quot;:33.96113793410905,&quot;time&quot;:1708024680.0},{&quot;value&quot;:33.98095046503782,&quot;time&quot;:1708024740.0},{&quot;value&quot;:33.99058626525214,&quot;time&quot;:1708024800.0},{&quot;value&quot;:33.99125504976108,&quot;time&quot;:1708024860.0},{&quot;value&quot;:33.98155418348498,&quot;time&quot;:1708024920.0},{&quot;value&quot;:33.985990633876796,&quot;time&quot;:1708024980.0},{&quot;value&quot;:33.97759066062121,&quot;time&quot;:1708025040.0},{&quot;value&quot;:33.962884254687204,&quot;time&quot;:1708025100.0},{&quot;value&quot;:33.96749222103363,&quot;time&quot;:1708025160.0},{&quot;value&quot;:33.96957313614553,&quot;time&quot;:1708025220.0},{&quot;value&quot;:33.96682021084128,&quot;time&quot;:1708025280.0},{&quot;value&quot;:33.975088679740516,&quot;time&quot;:1708025340.0},{&quot;value&quot;:33.97257768108108,&quot;time&quot;:1708025400.0},{&quot;value&quot;:33.981496203693695,&quot;time&quot;:1708025460.0},{&quot;value&quot;:33.98156483772129,&quot;time&quot;:1708025520.0},{&quot;value&quot;:33.98233606167933,&quot;time&quot;:1708025580.0},{&quot;value&quot;:33.988709521190096,&quot;time&quot;:1708025640.0},{&quot;value&quot;:33.987971554367476,&quot;time&quot;:1708025700.0},{&quot;value&quot;:33.99005963604473,&quot;time&quot;:1708025760.0},{&quot;value&quot;:33.99612697329955,&quot;time&quot;:1708025820.0},{&quot;value&quot;:33.99119387234778,&quot;time&quot;:1708025880.0},{&quot;value&quot;:33.99278607720382,&quot;time&quot;:1708025940.0},{&quot;value&quot;:33.9687928148123,&quot;time&quot;:1708026000.0},{&quot;value&quot;:33.97427348241624,&quot;time&quot;:1708026060.0},{&quot;value&quot;:33.96726721020837,&quot;time&quot;:1708026120.0},{&quot;value&quot;:33.97013234242138,&quot;time&quot;:1708026180.0},{&quot;value&quot;:33.980542773743416,&quot;time&quot;:1708026240.0},{&quot;value&quot;:33.98177706816244,&quot;time&quot;:1708026300.0},{&quot;value&quot;:34.005443026778906,&quot;time&quot;:1708026360.0},{&quot;value&quot;:34.03569292256128,&quot;time&quot;:1708026420.0},{&quot;value&quot;:34.04452960119828,&quot;time&quot;:1708026480.0},{&quot;value&quot;:34.04160670493024,&quot;time&quot;:1708026540.0},{&quot;value&quot;:34.04101167019027,&quot;time&quot;:1708026600.0},{&quot;value&quot;:34.04171524966262,&quot;time&quot;:1708026660.0},{&quot;value&quot;:34.05681831755106,&quot;time&quot;:1708026720.0},{&quot;value&quot;:34.07566673043365,&quot;time&quot;:1708026780.0},{&quot;value&quot;:34.07946260915387,&quot;time&quot;:1708026840.0},{&quot;value&quot;:34.084616769911506,&quot;time&quot;:1708026900.0},{&quot;value&quot;:34.08168743845322,&quot;time&quot;:1708026960.0},{&quot;value&quot;:34.079913092909536,&quot;time&quot;:1708027020.0},{&quot;value&quot;:34.06262182075857,&quot;time&quot;:1708027080.0},{&quot;value&quot;:34.05531518107294,&quot;time&quot;:1708027140.0},{&quot;value&quot;:34.04401340058497,&quot;time&quot;:1708027200.0},{&quot;value&quot;:34.03969747205503,&quot;time&quot;:1708027260.0},{&quot;value&quot;:34.044945222835004,&quot;time&quot;:1708027320.0},{&quot;value&quot;:34.04844527828687,&quot;time&quot;:1708027380.0},{&quot;value&quot;:34.04873371502426,&quot;time&quot;:1708027440.0},{&quot;value&quot;:34.05864456260316,&quot;time&quot;:1708027500.0},{&quot;value&quot;:34.05952781734557,&quot;time&quot;:1708027560.0},{&quot;value&quot;:34.055934967227124,&quot;time&quot;:1708027620.0},{&quot;value&quot;:34.078861210395004,&quot;time&quot;:1708027680.0},{&quot;value&quot;:34.07804841532039,&quot;time&quot;:1708027740.0},{&quot;value&quot;:34.084221755849576,&quot;time&quot;:1708027800.0},{&quot;value&quot;:34.090184833839125,&quot;time&quot;:1708027860.0},{&quot;value&quot;:34.10943289758721,&quot;time&quot;:1708027920.0},{&quot;value&quot;:34.11355138949983,&quot;time&quot;:1708027980.0},{&quot;value&quot;:34.131654159988656,&quot;time&quot;:1708028040.0},{&quot;value&quot;:34.13617259114971,&quot;time&quot;:1708028100.0},{&quot;value&quot;:34.13375505500674,&quot;time&quot;:1708028160.0},{&quot;value&quot;:34.10714582325376,&quot;time&quot;:1708028220.0},{&quot;value&quot;:34.087392232847456,&quot;time&quot;:1708028280.0},{&quot;value&quot;:34.07009614126284,&quot;time&quot;:1708028340.0},{&quot;value&quot;:34.06533585831315,&quot;time&quot;:1708028400.0},{&quot;value&quot;:34.07556930343643,&quot;time&quot;:1708028460.0},{&quot;value&quot;:34.06446067578533,&quot;time&quot;:1708028520.0},{&quot;value&quot;:34.068418187954464,&quot;time&quot;:1708028580.0},{&quot;value&quot;:34.06633265680152,&quot;time&quot;:1708028640.0},{&quot;value&quot;:34.069354586072514,&quot;time&quot;:1708028700.0},{&quot;value&quot;:34.08972558061145,&quot;time&quot;:1708028760.0},{&quot;value&quot;:34.11577216725954,&quot;time&quot;:1708028820.0},{&quot;value&quot;:34.10973430896465,&quot;time&quot;:1708028880.0},{&quot;value&quot;:34.09897162669541,&quot;time&quot;:1708028940.0},{&quot;value&quot;:34.09017057438214,&quot;time&quot;:1708029000.0},{&quot;value&quot;:34.09460881603387,&quot;time&quot;:1708029060.0},{&quot;value&quot;:34.08955644334846,&quot;time&quot;:1708029120.0},{&quot;value&quot;:34.07859177171866,&quot;time&quot;:1708029180.0},{&quot;value&quot;:34.088596378304985,&quot;time&quot;:1708029240.0},{&quot;value&quot;:34.073389938170706,&quot;time&quot;:1708029300.0},{&quot;value&quot;:34.05266115314732,&quot;time&quot;:1708029360.0},{&quot;value&quot;:34.04214841480804,&quot;time&quot;:1708029420.0},{&quot;value&quot;:34.04795228938742,&quot;time&quot;:1708029480.0},{&quot;value&quot;:34.042935994681166,&quot;time&quot;:1708029540.0},{&quot;value&quot;:34.04375788888456,&quot;time&quot;:1708029600.0},{&quot;value&quot;:34.050095844016454,&quot;time&quot;:1708029660.0},{&quot;value&quot;:34.04568521652222,&quot;time&quot;:1708029720.0},{&quot;value&quot;:34.04821586084224,&quot;time&quot;:1708029780.0},{&quot;value&quot;:34.041091065016495,&quot;time&quot;:1708029840.0},{&quot;value&quot;:34.02669149015741,&quot;time&quot;:1708029900.0},{&quot;value&quot;:34.00546600269844,&quot;time&quot;:1708029960.0},{&quot;value&quot;:34.00689991726162,&quot;time&quot;:1708030020.0},{&quot;value&quot;:33.986840332218414,&quot;time&quot;:1708030080.0},{&quot;value&quot;:33.97902050224362,&quot;time&quot;:1708030140.0},{&quot;value&quot;:33.98044897558031,&quot;time&quot;:1708030200.0},{&quot;value&quot;:34.01089476608953,&quot;time&quot;:1708030260.0},{&quot;value&quot;:34.03238011972385,&quot;time&quot;:1708030320.0},{&quot;value&quot;:34.035496731831074,&quot;time&quot;:1708030380.0},{&quot;value&quot;:34.03998993492642,&quot;time&quot;:1708030440.0},{&quot;value&quot;:34.039029062016226,&quot;time&quot;:1708030500.0},{&quot;value&quot;:34.03079619452128,&quot;time&quot;:1708030560.0},{&quot;value&quot;:34.044382758706725,&quot;time&quot;:1708030620.0},{&quot;value&quot;:34.055753457998215,&quot;time&quot;:1708030680.0},{&quot;value&quot;:34.06804647482647,&quot;time&quot;:1708030740.0},{&quot;value&quot;:33.94609259863141,&quot;time&quot;:1708093800.0},{&quot;value&quot;:33.8448527232562,&quot;time&quot;:1708093860.0},{&quot;value&quot;:33.88099834787638,&quot;time&quot;:1708093920.0},{&quot;value&quot;:33.809150516560074,&quot;time&quot;:1708093980.0},{&quot;value&quot;:33.744002425845025,&quot;time&quot;:1708094040.0},{&quot;value&quot;:33.68663066038212,&quot;time&quot;:1708094100.0},{&quot;value&quot;:33.69397591723392,&quot;time&quot;:1708094160.0},{&quot;value&quot;:33.67953521415472,&quot;time&quot;:1708094220.0},{&quot;value&quot;:33.70549505915101,&quot;time&quot;:1708094280.0},{&quot;value&quot;:33.689633611605466,&quot;time&quot;:1708094340.0},{&quot;value&quot;:33.71470732870701,&quot;time&quot;:1708094400.0},{&quot;value&quot;:33.75322636150054,&quot;time&quot;:1708094460.0},{&quot;value&quot;:33.74920103684761,&quot;time&quot;:1708094520.0},{&quot;value&quot;:33.74209593430804,&quot;time&quot;:1708094580.0},{&quot;value&quot;:33.75170261804958,&quot;time&quot;:1708094640.0},{&quot;value&quot;:33.7634636645659,&quot;time&quot;:1708094700.0},{&quot;value&quot;:33.786257951213294,&quot;time&quot;:1708094760.0},{&quot;value&quot;:33.84324839145202,&quot;time&quot;:1708094820.0},{&quot;value&quot;:33.87420361650204,&quot;time&quot;:1708094880.0},{&quot;value&quot;:33.903184719133286,&quot;time&quot;:1708094940.0},{&quot;value&quot;:33.922996668761066,&quot;time&quot;:1708095000.0},{&quot;value&quot;:33.92606159211139,&quot;time&quot;:1708095060.0},{&quot;value&quot;:33.94420656311079,&quot;time&quot;:1708095120.0},{&quot;value&quot;:33.92706576311779,&quot;time&quot;:1708095180.0},{&quot;value&quot;:33.89550692174751,&quot;time&quot;:1708095240.0},{&quot;value&quot;:33.87547696398265,&quot;time&quot;:1708095300.0},{&quot;value&quot;:33.918774685462274,&quot;time&quot;:1708095360.0},{&quot;value&quot;:33.92225043040235,&quot;time&quot;:1708095420.0},{&quot;value&quot;:33.953139573512075,&quot;time&quot;:1708095480.0},{&quot;value&quot;:33.950769161558014,&quot;time&quot;:1708095540.0},{&quot;value&quot;:33.9631440437702,&quot;time&quot;:1708095600.0},{&quot;value&quot;:34.04333269030241,&quot;time&quot;:1708095660.0},{&quot;value&quot;:34.05793795634503,&quot;time&quot;:1708095720.0},{&quot;value&quot;:34.06548748597487,&quot;time&quot;:1708095780.0},{&quot;value&quot;:34.0463129488613,&quot;time&quot;:1708095840.0},{&quot;value&quot;:34.04120536198495,&quot;time&quot;:1708095900.0},{&quot;value&quot;:34.02019556523718,&quot;time&quot;:1708095960.0},{&quot;value&quot;:33.985270628432744,&quot;time&quot;:1708096020.0},{&quot;value&quot;:33.945967297460705,&quot;time&quot;:1708096080.0},{&quot;value&quot;:33.94333074254502,&quot;time&quot;:1708096140.0},{&quot;value&quot;:33.972440070441614,&quot;time&quot;:1708096200.0},{&quot;value&quot;:34.03608502846512,&quot;time&quot;:1708096260.0},{&quot;value&quot;:34.073369607096936,&quot;time&quot;:1708096320.0},{&quot;value&quot;:34.0799993643226,&quot;time&quot;:1708096380.0},{&quot;value&quot;:34.07352563259279,&quot;time&quot;:1708096440.0},{&quot;value&quot;:34.06577596500257,&quot;time&quot;:1708096500.0},{&quot;value&quot;:34.01696908380484,&quot;time&quot;:1708096560.0},{&quot;value&quot;:34.009799886826,&quot;time&quot;:1708096620.0},{&quot;value&quot;:33.99856556649295,&quot;time&quot;:1708096680.0},{&quot;value&quot;:33.97111173365691,&quot;time&quot;:1708096740.0},{&quot;value&quot;:33.95837871498277,&quot;time&quot;:1708096800.0},{&quot;value&quot;:33.96046857602513,&quot;time&quot;:1708096860.0},{&quot;value&quot;:33.92598167426843,&quot;time&quot;:1708096920.0},{&quot;value&quot;:33.918538640661936,&quot;time&quot;:1708096980.0},{&quot;value&quot;:33.926133012948874,&quot;time&quot;:1708097040.0},{&quot;value&quot;:33.89452935318477,&quot;time&quot;:1708097100.0},{&quot;value&quot;:33.894146440793975,&quot;time&quot;:1708097160.0},{&quot;value&quot;:33.88412334658068,&quot;time&quot;:1708097220.0},{&quot;value&quot;:33.9174203272924,&quot;time&quot;:1708097280.0},{&quot;value&quot;:33.92550619402104,&quot;time&quot;:1708097340.0},{&quot;value&quot;:33.918091876697616,&quot;time&quot;:1708097400.0},{&quot;value&quot;:33.93087307348199,&quot;time&quot;:1708097460.0},{&quot;value&quot;:33.93407314055397,&quot;time&quot;:1708097520.0},{&quot;value&quot;:33.93228105286192,&quot;time&quot;:1708097580.0},{&quot;value&quot;:33.95129104765846,&quot;time&quot;:1708097640.0},{&quot;value&quot;:33.943395752023584,&quot;time&quot;:1708097700.0},{&quot;value&quot;:33.924054173885146,&quot;time&quot;:1708097760.0},{&quot;value&quot;:33.95560984567901,&quot;time&quot;:1708097820.0},{&quot;value&quot;:33.94035513701946,&quot;time&quot;:1708097880.0},{&quot;value&quot;:33.93061490800757,&quot;time&quot;:1708097940.0},{&quot;value&quot;:33.930582500822915,&quot;time&quot;:1708098000.0},{&quot;value&quot;:33.92317236428122,&quot;time&quot;:1708098060.0},{&quot;value&quot;:33.92939015484255,&quot;time&quot;:1708098120.0},{&quot;value&quot;:33.94721529185449,&quot;time&quot;:1708098180.0},{&quot;value&quot;:33.95499097723716,&quot;time&quot;:1708098240.0},{&quot;value&quot;:33.94446264331025,&quot;time&quot;:1708098300.0},{&quot;value&quot;:33.985883364408025,&quot;time&quot;:1708098360.0},{&quot;value&quot;:33.98969366423671,&quot;time&quot;:1708098420.0},{&quot;value&quot;:33.98605527454763,&quot;time&quot;:1708098480.0},{&quot;value&quot;:33.96238678330772,&quot;time&quot;:1708098540.0},{&quot;value&quot;:33.95932241665701,&quot;time&quot;:1708098600.0},{&quot;value&quot;:33.960978754522365,&quot;time&quot;:1708098660.0},{&quot;value&quot;:33.95874368503572,&quot;time&quot;:1708098720.0},{&quot;value&quot;:33.97489786829761,&quot;time&quot;:1708098780.0},{&quot;value&quot;:33.978374295377684,&quot;time&quot;:1708098840.0},{&quot;value&quot;:33.97584580351334,&quot;time&quot;:1708098900.0},{&quot;value&quot;:33.989952725809694,&quot;time&quot;:1708098960.0},{&quot;value&quot;:33.95449516291506,&quot;time&quot;:1708099020.0},{&quot;value&quot;:33.932145112736684,&quot;time&quot;:1708099080.0},{&quot;value&quot;:33.926493548946,&quot;time&quot;:1708099140.0},{&quot;value&quot;:33.924541022700126,&quot;time&quot;:1708099200.0},{&quot;value&quot;:33.92814457104051,&quot;time&quot;:1708099260.0},{&quot;value&quot;:33.911839635985444,&quot;time&quot;:1708099320.0},{&quot;value&quot;:33.89926795584457,&quot;time&quot;:1708099380.0},{&quot;value&quot;:33.91290176767678,&quot;time&quot;:1708099440.0},{&quot;value&quot;:33.91162769545222,&quot;time&quot;:1708099500.0},{&quot;value&quot;:33.91084087066153,&quot;time&quot;:1708099560.0},{&quot;value&quot;:33.92170598087447,&quot;time&quot;:1708099620.0},{&quot;value&quot;:33.91653285630841,&quot;time&quot;:1708099680.0},{&quot;value&quot;:33.93262559061118,&quot;time&quot;:1708099740.0},{&quot;value&quot;:33.95423515882659,&quot;time&quot;:1708099800.0},{&quot;value&quot;:33.97716251576861,&quot;time&quot;:1708099860.0},{&quot;value&quot;:33.9926219194466,&quot;time&quot;:1708099920.0},{&quot;value&quot;:33.978516091576616,&quot;time&quot;:1708099980.0},{&quot;value&quot;:33.9626926025878,&quot;time&quot;:1708100040.0},{&quot;value&quot;:33.95604814327965,&quot;time&quot;:1708100100.0},{&quot;value&quot;:33.954803877769834,&quot;time&quot;:1708100160.0},{&quot;value&quot;:33.991191052149226,&quot;time&quot;:1708100220.0},{&quot;value&quot;:33.99629767425243,&quot;time&quot;:1708100280.0},{&quot;value&quot;:33.98554896614406,&quot;time&quot;:1708100340.0},{&quot;value&quot;:33.994608197943656,&quot;time&quot;:1708100400.0},{&quot;value&quot;:33.98544630558921,&quot;time&quot;:1708100460.0},{&quot;value&quot;:33.99894336850941,&quot;time&quot;:1708100520.0},{&quot;value&quot;:33.71637023354214,&quot;time&quot;:1708100580.0},{&quot;value&quot;:33.918154661662165,&quot;time&quot;:1708100640.0},{&quot;value&quot;:33.92518241161418,&quot;time&quot;:1708100700.0},{&quot;value&quot;:33.93022651863195,&quot;time&quot;:1708100760.0},{&quot;value&quot;:33.947125456855275,&quot;time&quot;:1708100820.0},{&quot;value&quot;:33.96010089227243,&quot;time&quot;:1708100880.0},{&quot;value&quot;:33.961741931970806,&quot;time&quot;:1708100940.0},{&quot;value&quot;:34.01254216826676,&quot;time&quot;:1708101000.0},{&quot;value&quot;:34.00067646662787,&quot;time&quot;:1708101060.0},{&quot;value&quot;:33.992364150417046,&quot;time&quot;:1708101120.0},{&quot;value&quot;:33.972327320172454,&quot;time&quot;:1708101180.0},{&quot;value&quot;:33.978831918427936,&quot;time&quot;:1708101240.0},{&quot;value&quot;:33.95146021718485,&quot;time&quot;:1708101300.0},{&quot;value&quot;:33.969643982415306,&quot;time&quot;:1708101360.0},{&quot;value&quot;:33.97961162228079,&quot;time&quot;:1708101420.0},{&quot;value&quot;:34.00356853673619,&quot;time&quot;:1708101480.0},{&quot;value&quot;:34.02234229258714,&quot;time&quot;:1708101540.0},{&quot;value&quot;:34.03890187118611,&quot;time&quot;:1708101600.0},{&quot;value&quot;:34.037021504047466,&quot;time&quot;:1708101660.0},{&quot;value&quot;:34.06337957959641,&quot;time&quot;:1708101720.0},{&quot;value&quot;:34.06513475102643,&quot;time&quot;:1708101780.0},{&quot;value&quot;:34.06389368349778,&quot;time&quot;:1708101840.0},{&quot;value&quot;:34.05498312171152,&quot;time&quot;:1708101900.0},{&quot;value&quot;:34.02709222144513,&quot;time&quot;:1708101960.0},{&quot;value&quot;:34.0159303319729,&quot;time&quot;:1708102020.0},{&quot;value&quot;:34.026947491715234,&quot;time&quot;:1708102080.0},{&quot;value&quot;:34.024548936977986,&quot;time&quot;:1708102140.0},{&quot;value&quot;:34.03135094106503,&quot;time&quot;:1708102200.0},{&quot;value&quot;:34.01755930483951,&quot;time&quot;:1708102260.0},{&quot;value&quot;:34.03562629889843,&quot;time&quot;:1708102320.0},{&quot;value&quot;:34.04606318477817,&quot;time&quot;:1708102380.0},{&quot;value&quot;:34.050050188433104,&quot;time&quot;:1708102440.0},{&quot;value&quot;:34.02744526106697,&quot;time&quot;:1708102500.0},{&quot;value&quot;:34.030476907808605,&quot;time&quot;:1708102560.0},{&quot;value&quot;:34.02255633992427,&quot;time&quot;:1708102620.0},{&quot;value&quot;:34.029990636254496,&quot;time&quot;:1708102680.0},{&quot;value&quot;:34.03087412202908,&quot;time&quot;:1708102740.0},{&quot;value&quot;:34.02540660907621,&quot;time&quot;:1708102800.0},{&quot;value&quot;:34.03102598969543,&quot;time&quot;:1708102860.0},{&quot;value&quot;:34.02662104180468,&quot;time&quot;:1708102920.0},{&quot;value&quot;:34.01806982985369,&quot;time&quot;:1708102980.0},{&quot;value&quot;:34.00614869706487,&quot;time&quot;:1708103040.0},{&quot;value&quot;:33.998490330399285,&quot;time&quot;:1708103100.0},{&quot;value&quot;:33.991545575593264,&quot;time&quot;:1708103160.0},{&quot;value&quot;:33.99316530612244,&quot;time&quot;:1708103220.0},{&quot;value&quot;:34.00128978595178,&quot;time&quot;:1708103280.0},{&quot;value&quot;:34.014512580632704,&quot;time&quot;:1708103340.0},{&quot;value&quot;:34.00837968155794,&quot;time&quot;:1708103400.0},{&quot;value&quot;:34.000643498637075,&quot;time&quot;:1708103460.0},{&quot;value&quot;:34.00674128109566,&quot;time&quot;:1708103520.0},{&quot;value&quot;:33.99885342728573,&quot;time&quot;:1708103580.0},{&quot;value&quot;:33.9978829256284,&quot;time&quot;:1708103640.0},{&quot;value&quot;:34.002438917835676,&quot;time&quot;:1708103700.0},{&quot;value&quot;:33.992464445241716,&quot;time&quot;:1708103760.0},{&quot;value&quot;:33.99090269286991,&quot;time&quot;:1708103820.0},{&quot;value&quot;:34.00012435878206,&quot;time&quot;:1708103880.0},{&quot;value&quot;:34.0074068857773,&quot;time&quot;:1708103940.0},{&quot;value&quot;:34.030973610294595,&quot;time&quot;:1708104000.0},{&quot;value&quot;:34.026027404165006,&quot;time&quot;:1708104060.0},{&quot;value&quot;:34.01633275533699,&quot;time&quot;:1708104120.0},{&quot;value&quot;:34.017293055139355,&quot;time&quot;:1708104180.0},{&quot;value&quot;:34.02432855721393,&quot;time&quot;:1708104240.0},{&quot;value&quot;:34.020534735677955,&quot;time&quot;:1708104300.0},{&quot;value&quot;:34.02624069733656,&quot;time&quot;:1708104360.0},{&quot;value&quot;:34.01718696145601,&quot;time&quot;:1708104420.0},{&quot;value&quot;:34.02867845561743,&quot;time&quot;:1708104480.0},{&quot;value&quot;:34.028893956043945,&quot;time&quot;:1708104540.0},{&quot;value&quot;:34.034976003548465,&quot;time&quot;:1708104600.0},{&quot;value&quot;:34.047691577455616,&quot;time&quot;:1708104660.0},{&quot;value&quot;:34.04195702269846,&quot;time&quot;:1708104720.0},{&quot;value&quot;:34.043170347212985,&quot;time&quot;:1708104780.0},{&quot;value&quot;:34.04217315169473,&quot;time&quot;:1708104840.0},{&quot;value&quot;:34.056129309990304,&quot;time&quot;:1708104900.0},{&quot;value&quot;:34.073550468037446,&quot;time&quot;:1708104960.0},{&quot;value&quot;:34.073046129306356,&quot;time&quot;:1708105020.0},{&quot;value&quot;:34.08179178318558,&quot;time&quot;:1708105080.0},{&quot;value&quot;:34.085146976475684,&quot;time&quot;:1708105140.0},{&quot;value&quot;:34.077935349330474,&quot;time&quot;:1708105200.0},{&quot;value&quot;:34.0591369978166,&quot;time&quot;:1708105260.0},{&quot;value&quot;:34.05508230277185,&quot;time&quot;:1708105320.0},{&quot;value&quot;:34.04907743052153,&quot;time&quot;:1708105380.0},{&quot;value&quot;:34.052816949661896,&quot;time&quot;:1708105440.0},{&quot;value&quot;:34.058372814678904,&quot;time&quot;:1708105500.0},{&quot;value&quot;:34.06701008158948,&quot;time&quot;:1708105560.0},{&quot;value&quot;:34.06327093452217,&quot;time&quot;:1708105620.0},{&quot;value&quot;:34.06643945757224,&quot;time&quot;:1708105680.0},{&quot;value&quot;:34.06086567764647,&quot;time&quot;:1708105740.0},{&quot;value&quot;:34.05666642311797,&quot;time&quot;:1708105800.0},{&quot;value&quot;:34.05178359778244,&quot;time&quot;:1708105860.0},{&quot;value&quot;:34.04519345105953,&quot;time&quot;:1708105920.0},{&quot;value&quot;:34.04609603806564,&quot;time&quot;:1708105980.0},{&quot;value&quot;:34.061409731323714,&quot;time&quot;:1708106040.0},{&quot;value&quot;:34.063204671519806,&quot;time&quot;:1708106100.0},{&quot;value&quot;:34.06140239888908,&quot;time&quot;:1708106160.0},{&quot;value&quot;:34.04434991390855,&quot;time&quot;:1708106220.0},{&quot;value&quot;:34.029971268852705,&quot;time&quot;:1708106280.0},{&quot;value&quot;:34.026045403940174,&quot;time&quot;:1708106340.0},{&quot;value&quot;:34.03079782374037,&quot;time&quot;:1708106400.0},{&quot;value&quot;:34.025866187609246,&quot;time&quot;:1708106460.0},{&quot;value&quot;:34.02759892677925,&quot;time&quot;:1708106520.0},{&quot;value&quot;:34.01372051423324,&quot;time&quot;:1708106580.0},{&quot;value&quot;:33.99253305356244,&quot;time&quot;:1708106640.0},{&quot;value&quot;:33.966055468891994,&quot;time&quot;:1708106700.0},{&quot;value&quot;:33.97566624453143,&quot;time&quot;:1708106760.0},{&quot;value&quot;:33.97279613128666,&quot;time&quot;:1708106820.0},{&quot;value&quot;:33.97453277066152,&quot;time&quot;:1708106880.0},{&quot;value&quot;:33.97001819595645,&quot;time&quot;:1708106940.0},{&quot;value&quot;:33.95804312383323,&quot;time&quot;:1708107000.0},{&quot;value&quot;:33.94091243300053,&quot;time&quot;:1708107060.0},{&quot;value&quot;:33.94763693855417,&quot;time&quot;:1708107120.0},{&quot;value&quot;:33.96017741074513,&quot;time&quot;:1708107180.0},{&quot;value&quot;:33.97143805095541,&quot;time&quot;:1708107240.0},{&quot;value&quot;:33.96461808571978,&quot;time&quot;:1708107300.0},{&quot;value&quot;:33.96098190354445,&quot;time&quot;:1708107360.0},{&quot;value&quot;:33.97288279948158,&quot;time&quot;:1708107420.0},{&quot;value&quot;:33.97317327279273,&quot;time&quot;:1708107480.0},{&quot;value&quot;:33.99834960123413,&quot;time&quot;:1708107540.0},{&quot;value&quot;:33.994513705188815,&quot;time&quot;:1708107600.0},{&quot;value&quot;:34.008297047295535,&quot;time&quot;:1708107660.0},{&quot;value&quot;:34.011876514100784,&quot;time&quot;:1708107720.0},{&quot;value&quot;:34.03376242787074,&quot;time&quot;:1708107780.0},{&quot;value&quot;:34.03683667337137,&quot;time&quot;:1708107840.0},{&quot;value&quot;:34.03774363531743,&quot;time&quot;:1708107900.0},{&quot;value&quot;:34.04029150113507,&quot;time&quot;:1708107960.0},{&quot;value&quot;:34.03011799489835,&quot;time&quot;:1708108020.0},{&quot;value&quot;:34.030889491811806,&quot;time&quot;:1708108080.0},{&quot;value&quot;:34.03445415224913,&quot;time&quot;:1708108140.0},{&quot;value&quot;:34.039400247218786,&quot;time&quot;:1708108200.0},{&quot;value&quot;:34.044695556701484,&quot;time&quot;:1708108260.0},{&quot;value&quot;:34.043283453908984,&quot;time&quot;:1708108320.0},{&quot;value&quot;:34.046169288910725,&quot;time&quot;:1708108380.0},{&quot;value&quot;:34.0448137808418,&quot;time&quot;:1708108440.0},{&quot;value&quot;:34.04449415558243,&quot;time&quot;:1708108500.0},{&quot;value&quot;:34.04664444524082,&quot;time&quot;:1708108560.0},{&quot;value&quot;:34.0422409157402,&quot;time&quot;:1708108620.0},{&quot;value&quot;:34.037220401704815,&quot;time&quot;:1708108680.0},{&quot;value&quot;:34.03183614772521,&quot;time&quot;:1708108740.0},{&quot;value&quot;:34.03410988690685,&quot;time&quot;:1708108800.0},{&quot;value&quot;:34.02888407798789,&quot;time&quot;:1708108860.0},{&quot;value&quot;:34.02741906805641,&quot;time&quot;:1708108920.0},{&quot;value&quot;:34.03243800367595,&quot;time&quot;:1708108980.0},{&quot;value&quot;:34.039827772628975,&quot;time&quot;:1708109040.0},{&quot;value&quot;:34.041850203691595,&quot;time&quot;:1708109100.0},{&quot;value&quot;:34.03202714913764,&quot;time&quot;:1708109160.0},{&quot;value&quot;:34.0325346632078,&quot;time&quot;:1708109220.0},{&quot;value&quot;:34.02185660691954,&quot;time&quot;:1708109280.0},{&quot;value&quot;:34.01382030277544,&quot;time&quot;:1708109340.0},{&quot;value&quot;:34.013066608996546,&quot;time&quot;:1708109400.0},{&quot;value&quot;:34.00736910808962,&quot;time&quot;:1708109460.0},{&quot;value&quot;:34.004646425713524,&quot;time&quot;:1708109520.0},{&quot;value&quot;:34.00704904629932,&quot;time&quot;:1708109580.0},{&quot;value&quot;:33.994514007942335,&quot;time&quot;:1708109640.0},{&quot;value&quot;:34.004889747433324,&quot;time&quot;:1708109700.0},{&quot;value&quot;:34.017505305651675,&quot;time&quot;:1708109760.0},{&quot;value&quot;:34.01306851423616,&quot;time&quot;:1708109820.0},{&quot;value&quot;:34.019883184392704,&quot;time&quot;:1708109880.0},{&quot;value&quot;:34.03628207885304,&quot;time&quot;:1708109940.0},{&quot;value&quot;:34.051988378911865,&quot;time&quot;:1708110000.0},{&quot;value&quot;:34.06585071848964,&quot;time&quot;:1708110060.0},{&quot;value&quot;:34.087301792636104,&quot;time&quot;:1708110120.0},{&quot;value&quot;:34.09088378474192,&quot;time&quot;:1708110180.0},{&quot;value&quot;:34.0894866530993,&quot;time&quot;:1708110240.0},{&quot;value&quot;:34.10030821266876,&quot;time&quot;:1708110300.0},{&quot;value&quot;:34.100636065122046,&quot;time&quot;:1708110360.0},{&quot;value&quot;:34.08798104798077,&quot;time&quot;:1708110420.0},{&quot;value&quot;:34.09660946837298,&quot;time&quot;:1708110480.0},{&quot;value&quot;:34.108613783889695,&quot;time&quot;:1708110540.0},{&quot;value&quot;:34.1208314562922,&quot;time&quot;:1708110600.0},{&quot;value&quot;:34.12562953250331,&quot;time&quot;:1708110660.0},{&quot;value&quot;:34.14173197709966,&quot;time&quot;:1708110720.0},{&quot;value&quot;:34.14144859970643,&quot;time&quot;:1708110780.0},{&quot;value&quot;:34.1234234482111,&quot;time&quot;:1708110840.0},{&quot;value&quot;:34.12715814380562,&quot;time&quot;:1708110900.0},{&quot;value&quot;:34.12848212584926,&quot;time&quot;:1708110960.0},{&quot;value&quot;:34.1220877720039,&quot;time&quot;:1708111020.0},{&quot;value&quot;:34.116333061756556,&quot;time&quot;:1708111080.0},{&quot;value&quot;:34.105149598698475,&quot;time&quot;:1708111140.0},{&quot;value&quot;:34.109330420570934,&quot;time&quot;:1708111200.0},{&quot;value&quot;:34.11835214007782,&quot;time&quot;:1708111260.0},{&quot;value&quot;:34.11904118680951,&quot;time&quot;:1708111320.0},{&quot;value&quot;:34.10693219948502,&quot;time&quot;:1708111380.0},{&quot;value&quot;:34.116593359206554,&quot;time&quot;:1708111440.0},{&quot;value&quot;:34.12007814757433,&quot;time&quot;:1708111500.0},{&quot;value&quot;:34.112477277900915,&quot;time&quot;:1708111560.0},{&quot;value&quot;:34.11405668440021,&quot;time&quot;:1708111620.0},{&quot;value&quot;:34.13447116063138,&quot;time&quot;:1708111680.0},{&quot;value&quot;:34.12993503264792,&quot;time&quot;:1708111740.0},{&quot;value&quot;:34.13443782042495,&quot;time&quot;:1708111800.0},{&quot;value&quot;:34.12103003555611,&quot;time&quot;:1708111860.0},{&quot;value&quot;:34.11842368098615,&quot;time&quot;:1708111920.0},{&quot;value&quot;:34.10064590380712,&quot;time&quot;:1708111980.0},{&quot;value&quot;:34.09030757852225,&quot;time&quot;:1708112040.0},{&quot;value&quot;:34.091468792710714,&quot;time&quot;:1708112100.0},{&quot;value&quot;:34.089563270916706,&quot;time&quot;:1708112160.0},{&quot;value&quot;:34.10005797748034,&quot;time&quot;:1708112220.0},{&quot;value&quot;:34.101224375512636,&quot;time&quot;:1708112280.0},{&quot;value&quot;:34.11536567394303,&quot;time&quot;:1708112340.0},{&quot;value&quot;:34.11882080881432,&quot;time&quot;:1708112400.0},{&quot;value&quot;:34.10552251538221,&quot;time&quot;:1708112460.0},{&quot;value&quot;:34.0997416075524,&quot;time&quot;:1708112520.0},{&quot;value&quot;:34.10181831883559,&quot;time&quot;:1708112580.0},{&quot;value&quot;:34.09839935434002,&quot;time&quot;:1708112640.0},{&quot;value&quot;:34.075485906376166,&quot;time&quot;:1708112700.0},{&quot;value&quot;:34.044451801619914,&quot;time&quot;:1708112760.0},{&quot;value&quot;:34.004112932263816,&quot;time&quot;:1708112820.0},{&quot;value&quot;:33.98698096044377,&quot;time&quot;:1708112880.0},{&quot;value&quot;:34.019747790262166,&quot;time&quot;:1708112940.0},{&quot;value&quot;:33.996082818698625,&quot;time&quot;:1708113000.0},{&quot;value&quot;:34.00749668628058,&quot;time&quot;:1708113060.0},{&quot;value&quot;:33.99994513589253,&quot;time&quot;:1708113120.0},{&quot;value&quot;:33.99284377201178,&quot;time&quot;:1708113180.0},{&quot;value&quot;:34.005695805686386,&quot;time&quot;:1708113240.0},{&quot;value&quot;:34.020781017057665,&quot;time&quot;:1708113300.0},{&quot;value&quot;:34.032677411053925,&quot;time&quot;:1708113360.0},{&quot;value&quot;:34.04985615141956,&quot;time&quot;:1708113420.0},{&quot;value&quot;:34.050615582486785,&quot;time&quot;:1708113480.0},{&quot;value&quot;:34.06309974160207,&quot;time&quot;:1708113540.0},{&quot;value&quot;:34.08051703910615,&quot;time&quot;:1708113600.0},{&quot;value&quot;:34.08398019045908,&quot;time&quot;:1708113660.0},{&quot;value&quot;:34.06973219980246,&quot;time&quot;:1708113720.0},{&quot;value&quot;:34.08039751274019,&quot;time&quot;:1708113780.0},{&quot;value&quot;:34.073344475179205,&quot;time&quot;:1708113840.0},{&quot;value&quot;:34.069127401867284,&quot;time&quot;:1708113900.0},{&quot;value&quot;:34.07552297132398,&quot;time&quot;:1708113960.0},{&quot;value&quot;:34.0829874800638,&quot;time&quot;:1708114020.0},{&quot;value&quot;:34.090664106043214,&quot;time&quot;:1708114080.0},{&quot;value&quot;:34.083080933388004,&quot;time&quot;:1708114140.0},{&quot;value&quot;:34.079247982488745,&quot;time&quot;:1708114200.0},{&quot;value&quot;:34.064434298262185,&quot;time&quot;:1708114260.0},{&quot;value&quot;:34.06988607722592,&quot;time&quot;:1708114320.0},{&quot;value&quot;:34.07863654839247,&quot;time&quot;:1708114380.0},{&quot;value&quot;:34.08002843836205,&quot;time&quot;:1708114440.0},{&quot;value&quot;:34.08005568615077,&quot;time&quot;:1708114500.0},{&quot;value&quot;:34.07164556351083,&quot;time&quot;:1708114560.0},{&quot;value&quot;:34.07212080336546,&quot;time&quot;:1708114620.0},{&quot;value&quot;:34.067663391360405,&quot;time&quot;:1708114680.0},{&quot;value&quot;:34.07132365021467,&quot;time&quot;:1708114740.0},{&quot;value&quot;:34.07120249520154,&quot;time&quot;:1708114800.0},{&quot;value&quot;:34.06093824813768,&quot;time&quot;:1708114860.0},{&quot;value&quot;:34.04867686374195,&quot;time&quot;:1708114920.0},{&quot;value&quot;:34.068978066767635,&quot;time&quot;:1708114980.0},{&quot;value&quot;:34.07670239700374,&quot;time&quot;:1708115040.0},{&quot;value&quot;:34.07419510514606,&quot;time&quot;:1708115100.0},{&quot;value&quot;:34.06979592715231,&quot;time&quot;:1708115160.0},{&quot;value&quot;:34.07668070477444,&quot;time&quot;:1708115220.0},{&quot;value&quot;:34.08709567559005,&quot;time&quot;:1708115280.0},{&quot;value&quot;:34.091458033098725,&quot;time&quot;:1708115340.0},{&quot;value&quot;:34.10151876632663,&quot;time&quot;:1708115400.0},{&quot;value&quot;:34.11003389229772,&quot;time&quot;:1708115460.0},{&quot;value&quot;:34.09921509638236,&quot;time&quot;:1708115520.0},{&quot;value&quot;:34.09917425487964,&quot;time&quot;:1708115580.0},{&quot;value&quot;:34.08898840614213,&quot;time&quot;:1708115640.0},{&quot;value&quot;:34.08195276982934,&quot;time&quot;:1708115700.0},{&quot;value&quot;:34.0838292226038,&quot;time&quot;:1708115760.0},{&quot;value&quot;:34.080701180268335,&quot;time&quot;:1708115820.0},{&quot;value&quot;:34.07010179374353,&quot;time&quot;:1708115880.0},{&quot;value&quot;:34.0616132358349,&quot;time&quot;:1708115940.0},{&quot;value&quot;:34.04355762291253,&quot;time&quot;:1708116000.0},{&quot;value&quot;:34.043839261983855,&quot;time&quot;:1708116060.0},{&quot;value&quot;:34.043117684533534,&quot;time&quot;:1708116120.0},{&quot;value&quot;:34.01250222559592,&quot;time&quot;:1708116180.0},{&quot;value&quot;:34.00540098968642,&quot;time&quot;:1708116240.0},{&quot;value&quot;:34.014990704456835,&quot;time&quot;:1708116300.0},{&quot;value&quot;:34.01925819850936,&quot;time&quot;:1708116360.0},{&quot;value&quot;:34.005632921503675,&quot;time&quot;:1708116420.0},{&quot;value&quot;:34.00247969112658,&quot;time&quot;:1708116480.0},{&quot;value&quot;:33.9947154313322,&quot;time&quot;:1708116540.0},{&quot;value&quot;:34.030768091494984,&quot;time&quot;:1708116600.0},{&quot;value&quot;:34.058145211099294,&quot;time&quot;:1708116660.0},{&quot;value&quot;:34.03365580013179,&quot;time&quot;:1708116720.0},{&quot;value&quot;:34.02051281362341,&quot;time&quot;:1708116780.0},{&quot;value&quot;:34.04884400978916,&quot;time&quot;:1708116840.0},{&quot;value&quot;:34.071430557390734,&quot;time&quot;:1708116900.0},{&quot;value&quot;:34.07745604820519,&quot;time&quot;:1708116960.0},{&quot;value&quot;:34.081176394486164,&quot;time&quot;:1708117020.0},{&quot;value&quot;:34.0902651817012,&quot;time&quot;:1708117080.0},{&quot;value&quot;:34.09614872459005,&quot;time&quot;:1708117140.0}]); \n",
       "\n",
       "            window.afiiimeb = window.hveuekqz.createLineSeries(\n",
       "                &quot;Motif 1&quot;,\n",
       "                {\n",
       "                    color: &#x27;rgba(143, 138, 176, 0.5)&#x27;,\n",
       "                    lineStyle: 0,\n",
       "                    lineWidth: 2,\n",
       "                    lastValueVisible: false,\n",
       "                    priceScaleId: &#x27;right&#x27;,\n",
       "                    priceLineVisible: false,\n",
       "                    crosshairMarkerVisible: true,\n",
       "                    \n",
       "                }\n",
       "            )\n",
       "        null\n",
       "window.afiiimeb.series.setData([{&quot;value&quot;:33.59563129178537,&quot;time&quot;:1707753900.0},{&quot;value&quot;:33.5963762252718,&quot;time&quot;:1707753960.0},{&quot;value&quot;:33.60500536006217,&quot;time&quot;:1707754020.0},{&quot;value&quot;:33.63225590685634,&quot;time&quot;:1707754080.0},{&quot;value&quot;:33.625616187476844,&quot;time&quot;:1707754140.0},{&quot;value&quot;:33.601839255296895,&quot;time&quot;:1707754200.0},{&quot;value&quot;:33.5918816875919,&quot;time&quot;:1707754260.0},{&quot;value&quot;:33.59328726565454,&quot;time&quot;:1707754320.0},{&quot;value&quot;:33.59500708777501,&quot;time&quot;:1707754380.0},{&quot;value&quot;:33.581123191619874,&quot;time&quot;:1707754440.0},{&quot;value&quot;:33.580820476474614,&quot;time&quot;:1707754500.0},{&quot;value&quot;:33.5949077618099,&quot;time&quot;:1707754560.0},{&quot;value&quot;:33.625859939637614,&quot;time&quot;:1707754620.0},{&quot;value&quot;:33.64138125144777,&quot;time&quot;:1707754680.0},{&quot;value&quot;:33.61047885977957,&quot;time&quot;:1707754740.0},{&quot;value&quot;:33.61125447143548,&quot;time&quot;:1707754800.0},{&quot;value&quot;:33.61883460153084,&quot;time&quot;:1707754860.0},{&quot;value&quot;:33.62625129449114,&quot;time&quot;:1707754920.0},{&quot;value&quot;:33.65386323798461,&quot;time&quot;:1707754980.0},{&quot;value&quot;:33.66670194036751,&quot;time&quot;:1707755040.0}]); \n",
       "\n",
       "            window.tvhytpap = window.hveuekqz.createLineSeries(\n",
       "                &quot;Motif 2&quot;,\n",
       "                {\n",
       "                    color: &#x27;rgba(226, 74, 238, 0.5)&#x27;,\n",
       "                    lineStyle: 0,\n",
       "                    lineWidth: 2,\n",
       "                    lastValueVisible: false,\n",
       "                    priceScaleId: &#x27;right&#x27;,\n",
       "                    priceLineVisible: false,\n",
       "                    crosshairMarkerVisible: true,\n",
       "                    \n",
       "                }\n",
       "            )\n",
       "        null\n",
       "window.tvhytpap.series.setData([{&quot;value&quot;:33.702356674126236,&quot;time&quot;:1707755820.0},{&quot;value&quot;:33.702191935058075,&quot;time&quot;:1707755880.0},{&quot;value&quot;:33.697067509712205,&quot;time&quot;:1707755940.0},{&quot;value&quot;:33.69920536695368,&quot;time&quot;:1707756000.0},{&quot;value&quot;:33.7069757533405,&quot;time&quot;:1707756060.0},{&quot;value&quot;:33.71143365580341,&quot;time&quot;:1707756120.0},{&quot;value&quot;:33.70472906705016,&quot;time&quot;:1707756180.0},{&quot;value&quot;:33.70681880496534,&quot;time&quot;:1707756240.0},{&quot;value&quot;:33.69980324982153,&quot;time&quot;:1707756300.0},{&quot;value&quot;:33.69284417156035,&quot;time&quot;:1707756360.0},{&quot;value&quot;:33.69026104746318,&quot;time&quot;:1707756420.0},{&quot;value&quot;:33.70178192977969,&quot;time&quot;:1707756480.0},{&quot;value&quot;:33.708112891181855,&quot;time&quot;:1707756540.0},{&quot;value&quot;:33.71817857619599,&quot;time&quot;:1707756600.0},{&quot;value&quot;:33.70956457115733,&quot;time&quot;:1707756660.0},{&quot;value&quot;:33.70788251906922,&quot;time&quot;:1707756720.0},{&quot;value&quot;:33.71943094847674,&quot;time&quot;:1707756780.0},{&quot;value&quot;:33.71861117754888,&quot;time&quot;:1707756840.0},{&quot;value&quot;:33.73701717063229,&quot;time&quot;:1707756900.0},{&quot;value&quot;:33.74077013104464,&quot;time&quot;:1707756960.0}]); \n",
       "\n",
       "            window.fkzdndnc = window.hveuekqz.createLineSeries(\n",
       "                &quot;Motif 3&quot;,\n",
       "                {\n",
       "                    color: &#x27;rgba(208, 106, 166, 0.5)&#x27;,\n",
       "                    lineStyle: 0,\n",
       "                    lineWidth: 2,\n",
       "                    lastValueVisible: false,\n",
       "                    priceScaleId: &#x27;right&#x27;,\n",
       "                    priceLineVisible: false,\n",
       "                    crosshairMarkerVisible: true,\n",
       "                    \n",
       "                }\n",
       "            )\n",
       "        null\n",
       "window.fkzdndnc.series.setData([{&quot;value&quot;:32.61562188168211,&quot;time&quot;:1707856920.0},{&quot;value&quot;:32.62629619855483,&quot;time&quot;:1707856980.0},{&quot;value&quot;:32.634422333604725,&quot;time&quot;:1707857040.0},{&quot;value&quot;:32.63582128845768,&quot;time&quot;:1707857100.0},{&quot;value&quot;:32.633479436170916,&quot;time&quot;:1707857160.0},{&quot;value&quot;:32.63074622799782,&quot;time&quot;:1707857220.0},{&quot;value&quot;:32.650042660066724,&quot;time&quot;:1707857280.0},{&quot;value&quot;:32.64906742396567,&quot;time&quot;:1707857340.0},{&quot;value&quot;:32.65366485541837,&quot;time&quot;:1707857400.0},{&quot;value&quot;:32.616943768447946,&quot;time&quot;:1707857460.0},{&quot;value&quot;:32.62984195860411,&quot;time&quot;:1707857520.0},{&quot;value&quot;:32.66422785702531,&quot;time&quot;:1707857580.0},{&quot;value&quot;:32.668271586790375,&quot;time&quot;:1707857640.0},{&quot;value&quot;:32.705608158334286,&quot;time&quot;:1707857700.0},{&quot;value&quot;:32.72634385164201,&quot;time&quot;:1707857760.0},{&quot;value&quot;:32.72728251621019,&quot;time&quot;:1707857820.0},{&quot;value&quot;:32.7292185344072,&quot;time&quot;:1707857880.0},{&quot;value&quot;:32.737291234881816,&quot;time&quot;:1707857940.0},{&quot;value&quot;:33.03360607721062,&quot;time&quot;:1707921000.0},{&quot;value&quot;:33.026050770325305,&quot;time&quot;:1707921060.0}]); \n",
       "\n",
       "            window.zegntkpb = window.hveuekqz.createLineSeries(\n",
       "                &quot;Motif 4&quot;,\n",
       "                {\n",
       "                    color: &#x27;rgba(120, 145, 186, 0.5)&#x27;,\n",
       "                    lineStyle: 0,\n",
       "                    lineWidth: 2,\n",
       "                    lastValueVisible: false,\n",
       "                    priceScaleId: &#x27;right&#x27;,\n",
       "                    priceLineVisible: false,\n",
       "                    crosshairMarkerVisible: true,\n",
       "                    \n",
       "                }\n",
       "            )\n",
       "        null\n",
       "window.zegntkpb.series.setData([{&quot;value&quot;:33.03963060603361,&quot;time&quot;:1707943320.0},{&quot;value&quot;:33.05561830762219,&quot;time&quot;:1707943380.0},{&quot;value&quot;:33.04759015681358,&quot;time&quot;:1707943440.0},{&quot;value&quot;:33.04615032701441,&quot;time&quot;:1707943500.0},{&quot;value&quot;:33.039548205516255,&quot;time&quot;:1707943560.0},{&quot;value&quot;:33.036565299059426,&quot;time&quot;:1707943620.0},{&quot;value&quot;:33.03788897664447,&quot;time&quot;:1707943680.0},{&quot;value&quot;:33.020034836845575,&quot;time&quot;:1707943740.0},{&quot;value&quot;:33.03119713873902,&quot;time&quot;:1707943800.0},{&quot;value&quot;:33.02902127853361,&quot;time&quot;:1707943860.0},{&quot;value&quot;:33.02994455800821,&quot;time&quot;:1707943920.0},{&quot;value&quot;:33.03812303489491,&quot;time&quot;:1707943980.0},{&quot;value&quot;:33.04912006384345,&quot;time&quot;:1707944040.0},{&quot;value&quot;:33.0630965721695,&quot;time&quot;:1707944100.0},{&quot;value&quot;:33.08102517819599,&quot;time&quot;:1707944160.0},{&quot;value&quot;:33.080961331322705,&quot;time&quot;:1707944220.0},{&quot;value&quot;:33.09214618333788,&quot;time&quot;:1707944280.0},{&quot;value&quot;:33.12442786471141,&quot;time&quot;:1707944340.0},{&quot;value&quot;:33.34489578969512,&quot;time&quot;:1708007400.0},{&quot;value&quot;:33.49416240568406,&quot;time&quot;:1708007460.0}]); \n",
       "\n",
       "        window.hveuekqz.legend.div.style.display = &#x27;flex&#x27;\n",
       "        window.hveuekqz.legend.ohlcEnabled = true\n",
       "        window.hveuekqz.legend.percentEnabled = true\n",
       "        window.hveuekqz.legend.linesEnabled = true\n",
       "        window.hveuekqz.legend.colorBasedOnCandle = false\n",
       "        window.hveuekqz.legend.div.style.color = &#x27;rgb(191, 195, 203)&#x27;\n",
       "        window.hveuekqz.legend.color = &#x27;rgb(191, 195, 203)&#x27;\n",
       "        window.hveuekqz.legend.div.style.fontSize = &#x27;11px&#x27;\n",
       "        window.hveuekqz.legend.div.style.fontFamily = &#x27;Monaco&#x27;\n",
       "        window.hveuekqz.legend.text.innerText = &#x27;&#x27;\n",
       "        \n",
       "window.hveuekqz.chart.timeScale().fitContent()\n",
       "window.dbrtbena = window.hveuekqz.createTopBar()\n",
       "window.xwbxqlgq = window.dbrtbena.makeTextBoxWidget(&quot;&quot;, &quot;left&quot;, )\n",
       "\n",
       "        window.hveuekqz.legend.div.style.display = &#x27;flex&#x27;\n",
       "        window.hveuekqz.legend.ohlcEnabled = true\n",
       "        window.hveuekqz.legend.percentEnabled = true\n",
       "        window.hveuekqz.legend.linesEnabled = true\n",
       "        window.hveuekqz.legend.colorBasedOnCandle = false\n",
       "        window.hveuekqz.legend.div.style.color = &#x27;rgb(191, 195, 203)&#x27;\n",
       "        window.hveuekqz.legend.color = &#x27;rgb(191, 195, 203)&#x27;\n",
       "        window.hveuekqz.legend.div.style.fontSize = &#x27;11px&#x27;\n",
       "        window.hveuekqz.legend.div.style.fontFamily = &#x27;Monaco&#x27;\n",
       "        window.hveuekqz.legend.text.innerText = &#x27;&#x27;\n",
       "        \n",
       "window.hveuekqz.chart.timeScale().fitContent()&lt;/script&gt;&lt;/body&gt;&lt;/html&gt;\"></iframe>"
      ],
      "text/plain": [
       "<IPython.core.display.HTML object>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "#Charting with lightweight-chart for better interactivity\n",
    "\n",
    "#!pip install git+https://github.com/drew2323/lightweight-charts-python.git\n",
    "from lightweight_charts import JupyterChart, chart, Panel\n",
    "\n",
    "motifs = []\n",
    "for i in range(unanchored_chain.shape[0]):\n",
    "    new_df = timeseries_sr_trending.iloc[unanchored_chain[i]:unanchored_chain[i]+m]\n",
    "    motifs.append((new_df.to_frame(name=f\"Motif {i+1}\"), f\"Motif {i+1}\"))\n",
    "\n",
    "pane1 = Panel(\n",
    "    right = [(timeseries_sr_trending.to_frame(name=\"Time series main\"),\"Time series main\")]+motifs\n",
    ")\n",
    "\n",
    "ch = chart([pane1], sync=False, size=\"s\", session=None)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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",
      "text/plain": [
       "<Figure size 640x480 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "#Standard charting\n",
    "\n",
    "import itertools\n",
    "\n",
    "plt.plot(timeseries_sr_trending, linewidth=1, color='black')\n",
    "for i in range(unanchored_chain.shape[0]):\n",
    "    y = timeseries_sr_trending.iloc[unanchored_chain[i]:unanchored_chain[i]+m]\n",
    "    x = y.index.values\n",
    "    plt.plot(x, y, linewidth=3)\n",
    "# color = itertools.cycle(['white', 'gainsboro'])\n",
    "# for i, x in enumerate(range(0, ohlcv_df.shape[0], 52)):\n",
    "#     plt.text(x+12, 0.9, str(2004+i), color=\"black\", fontsize=20)\n",
    "#     rect = Rectangle((x, -1), 52, 2.5, facecolor=next(color))\n",
    "#     plt.gca().add_patch(rect)\n",
    "\n",
    "plt.show()"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### another approach for visualization of 1D motifs"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "metadata": {},
   "outputs": [],
   "source": [
    "matrix_profile = stumpy.stump(timeseries_sr, m)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 14,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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",
      "text/plain": [
       "<Figure size 1000x600 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "\n",
    "# Extract the matrix profile values (first column) and the corresponding index (second column)\n",
    "mp = matrix_profile[:, 0]\n",
    "mpi = matrix_profile[:, 1]\n",
    "\n",
    "# Sort matrix profile to get indices of top motifs\n",
    "sorted_indices = np.argsort(mp)\n",
    "\n",
    "# Top motifs: first, second, and third\n",
    "top_1_idx = sorted_indices[0]\n",
    "top_2_idx = sorted_indices[1]\n",
    "top_3_idx = sorted_indices[2]\n",
    "\n",
    "# Get the nearest neighbor indices for the top motifs\n",
    "top_1_nn_idx = mpi[top_1_idx]\n",
    "top_2_nn_idx = mpi[top_2_idx]\n",
    "top_3_nn_idx = mpi[top_3_idx]\n",
    "\n",
    "# Plot the time series\n",
    "plt.figure(figsize=(10, 6))\n",
    "plt.plot(timeseries_sr.values, label=\"Time Series\", alpha=0.5)\n",
    "\n",
    "# Highlight the motifs with different colors\n",
    "plt.plot(range(top_1_idx, top_1_idx + m), timeseries_sr[top_1_idx:top_1_idx + m], color='red', label=f'Top Motif 1 (Index: {top_1_idx})')\n",
    "plt.plot(range(top_1_nn_idx, top_1_nn_idx + m), timeseries_sr[top_1_nn_idx:top_1_nn_idx + m], color='red', linestyle='dashed', label=f'Top Motif 1 NN (Index: {top_1_nn_idx})')\n",
    "\n",
    "plt.plot(range(top_2_idx, top_2_idx + m), timeseries_sr[top_2_idx:top_2_idx + m], color='green', label=f'Top Motif 2 (Index: {top_2_idx})')\n",
    "plt.plot(range(top_2_nn_idx, top_2_nn_idx + m), timeseries_sr[top_2_nn_idx:top_2_nn_idx + m], color='green', linestyle='dashed', label=f'Top Motif 2 NN (Index: {top_2_nn_idx})')\n",
    "\n",
    "plt.plot(range(top_3_idx, top_3_idx + m), timeseries_sr[top_3_idx:top_3_idx + m], color='blue', label=f'Top Motif 3 (Index: {top_3_idx})')\n",
    "plt.plot(range(top_3_nn_idx, top_3_nn_idx + m), timeseries_sr[top_3_nn_idx:top_3_nn_idx + m], color='blue', linestyle='dashed', label=f'Top Motif 3 NN (Index: {top_3_nn_idx})')\n",
    "\n",
    "# Add title and labels\n",
    "plt.title('Top 3 Motifs in Time Series')\n",
    "plt.xlabel('Index')\n",
    "plt.ylabel('Value')\n",
    "\n",
    "# Display legend\n",
    "plt.legend()\n",
    "\n",
    "# Show plot\n",
    "plt.show()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 15,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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",
      "text/plain": [
       "<Figure size 1000x600 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "\n",
    "# Extract the matrix profile values (first column) and the corresponding index (second column)\n",
    "profile_values = matrix_profile[:, 0]\n",
    "motif_indices = matrix_profile[:, 1]\n",
    "\n",
    "# Find the index of the most prominent motif (the smallest value in the matrix profile)\n",
    "motif_1_index = np.argmin(profile_values)\n",
    "motif_2_index = motif_indices[motif_1_index]\n",
    "\n",
    "# Extract the actual subsequences from the OHLCV data\n",
    "motif_1 = timeseries_sr[motif_1_index:motif_1_index + m]\n",
    "motif_2 = timeseries_sr[motif_2_index:motif_2_index + m]\n",
    "\n",
    "# Plot the motifs side by side for comparison\n",
    "plt.figure(figsize=(10, 6))\n",
    "plt.plot(motif_1, label=f'Motif 1 (index {motif_1_index})', color='blue')\n",
    "plt.plot(motif_2, label=f'Motif 2 (index {motif_2_index})', color='red', linestyle='--')\n",
    "plt.title('Most Prominent Motifs')\n",
    "plt.xlabel('Time')\n",
    "plt.ylabel('OHLCV Value')\n",
    "plt.legend()\n",
    "plt.grid(True)\n",
    "plt.show()\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Multivariate"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 16,
   "metadata": {},
   "outputs": [],
   "source": [
    "labels = [\"open\",\"close\",\"vwap\", \"trades\", \"volume\"]\n",
    "mp_m, indices = stumpy.mstump(t1data.get(labels), m)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 17,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/vnd.plotly.v1+json": {
       "config": {
        "plotlyServerURL": "https://plot.ly"
       },
       "data": [
        {
         "mode": "lines",
         "name": "open Matrix Profile",
         "type": "scatter",
         "y": [
          1.5567092260873072,
          1.2243968809281913,
          1.216143407997776,
          1.003743352647006,
          0.9308766114363918,
          0.8723556501255925,
          0.9360133558831097,
          0.8171960587273897,
          0.9945204018018772,
          1.1181163914692724,
          1.1648224693746156,
          1.068141384905062,
          1.0635247434756887,
          0.9398728216681617,
          0.9772075063162003,
          0.9670620521348158,
          1.0830606626568582,
          1.6860589920191336,
          1.6395550283517155,
          1.922911894352929,
          1.8411997607994717,
          1.4975066186566082,
          1.4296257767911194,
          1.4081904154804723,
          1.3726678449045537,
          1.308928114326428,
          1.181911366224581,
          1.180567079719636,
          1.3444573238165207,
          1.8189272655589401,
          2.012095096210229,
          2.345443428956238,
          2.3852767417315195,
          2.41568912968436,
          2.2390473322651334,
          2.1415785288372504,
          2.1097384111573003,
          2.169850452160308,
          2.211347517039495,
          2.0740598409968856,
          2.209607867263807,
          1.8764429682988397,
          1.7961935393219794,
          1.7861169790222777,
          1.8949125415223202,
          1.9862630217469515,
          2.293393430121581,
          2.816434326446983,
          2.6849183172165336,
          1.671766969585882,
          1.8455533207324812,
          1.8559402112265122,
          1.8723209787131436,
          1.6728387731836452,
          1.734575071445788,
          1.8959298858184046,
          1.9561701827357363,
          1.9916930406725302,
          1.6815718698831144,
          1.8004148833327092,
          1.8581099484742543,
          1.7100708643185285,
          1.5822457306363427,
          1.5042968037396272,
          1.4652200396803194,
          1.3850739655400612,
          1.2222136381875122,
          1.0963172594390003,
          1.1075794728716217,
          1.1168708295669505,
          1.161826083676764,
          1.4204615416327453,
          1.505488708306709,
          1.5644109753507964,
          1.3315117180889695,
          1.1941072564311335,
          1.0640923462792382,
          1.1839781160744802,
          1.0842351871135814,
          1.0782479729355359,
          1.0290162302945025,
          0.9921209546579277,
          1.037367061927128,
          1.100938788287835,
          1.127167218339988,
          1.1568601697522303,
          1.2364641809366557,
          1.36596113461628,
          1.8302060951639558,
          2.1217656400694422,
          1.8847283084983788,
          2.64697867848667,
          2.6890426452153022,
          2.798311813054817,
          2.6444050038451636,
          2.3863369172747557,
          2.0315954800537908,
          1.6865788742798904,
          2.0382372025712416,
          1.8370264540970322,
          1.8305692183005517,
          1.8152595465271553,
          1.9635708206858389,
          1.702042614830369,
          1.5556123803806379,
          1.4820750216185057,
          1.5133814379236024,
          1.480251836148212,
          1.415621098188314,
          1.3286452979830874,
          1.3867676449983855,
          1.5786821474536241,
          1.4627356409231826,
          1.5305486770750922,
          1.6733282074281577,
          1.682137197898378,
          1.7594666179517418,
          1.9035385047234448,
          1.8988444607294066,
          2.267292539608237,
          2.55428422841888,
          3.0671540618473876,
          2.569394507797547,
          2.915059910623834,
          2.8834467793684326,
          2.8144059538845547,
          2.7449808541124323,
          2.0076242839771177,
          1.928697084173158,
          1.686183040523898,
          1.4306340625256981,
          1.387164502124529,
          1.7200655617740455,
          1.9462731843933507,
          2.014538891999091,
          2.1158545723236757,
          2.4388649053966773,
          2.533495366457299,
          2.531455042656838,
          2.429060476134708,
          3.1157826301594143,
          2.7268115743383157,
          3.055166721922928,
          2.8404965297150713,
          2.738373377487956,
          2.570181101632076,
          2.2995672335269357,
          1.9027173932411867,
          1.9585133418912926,
          2.037369215639503,
          2.3167074351626464,
          2.083784754114019,
          1.7861837245505228,
          1.9203235390816453,
          1.8793992790679195,
          1.60621742777613,
          1.7430796744957093,
          1.8999403608922987,
          2.0604963803585217,
          2.180730350360158,
          2.496364548619558,
          2.658168506486155,
          2.6914351804172343,
          2.5004809729615274,
          2.4805967133428055,
          2.4586853608862578,
          2.016672982343296,
          2.0208351384967984,
          1.8763844559639073,
          1.8084688222088439,
          1.583946461049096,
          1.6469250533252717,
          1.658085856603416,
          1.6175537461485823,
          1.959786294148516,
          2.0786685247624406,
          2.1274090572638555,
          2.294850197373819,
          2.6883375480232763,
          2.7177475602283048,
          2.7140023231946526,
          2.573080647173,
          2.500916835827716,
          2.4201396467463203,
          2.47818219558637,
          2.356379695373071,
          2.638494121271213,
          2.8527826160734753,
          2.630288159810821,
          2.477516447915056,
          2.0144836814436355,
          2.0307716511458924,
          1.9273720791547186,
          1.6077994063948642,
          1.7494311143552774,
          1.6085939191369034,
          1.3277598695071393,
          1.323751240838114,
          1.5873684712214369,
          1.1773974091845225,
          1.1962551017469076,
          0.9607103637923595,
          1.133622635711037,
          0.9744477972813702,
          1.1012150090248387,
          1.1078927100198188,
          1.1061568332209628,
          1.1442938220657937,
          1.197790624694744,
          1.1419366079193238,
          1.1054102186251638,
          1.1615777693597098,
          1.2871560831251438,
          1.6689437536393217,
          1.8718847451216607,
          1.975504842113068,
          1.9030313010771296,
          2.0156975753979345,
          1.8647949203470167,
          1.887775893700436,
          1.8740711072762921,
          1.7355044907859019,
          1.9828720352341127,
          1.9517194696554343,
          1.7170127602961707,
          1.447888856333835,
          1.5160892579126506,
          1.5051806187150314,
          1.2897485397852155,
          1.0924773472740552,
          1.1789932540601722,
          1.3861144822995968,
          1.194236278781602,
          1.1197606580774595,
          1.0844922890177982,
          1.3860866003303791,
          1.4295339052459188,
          1.5376855294724165,
          1.735144023318552,
          1.8022820423530386,
          1.9873063355527507,
          2.1627415678890833,
          2.1736127938586893,
          2.106934996207122,
          2.1309751201960947,
          1.910521046843938,
          1.5964773404321455,
          1.535292902756649,
          1.3893293898444923,
          1.3636343721126238,
          1.1648224693746156,
          1.3594937037940287,
          1.076508127052019,
          0.9744477972813702,
          0.8834066326451196,
          0.9767898618763571,
          0.9766337473421027,
          0.9470600762244614,
          1.0226346481117488,
          1.203042028082772,
          1.3204113997608486,
          1.2594048461243763,
          1.339584150833365,
          1.1236641592664163,
          1.1526745509620306,
          1.3454639849973462,
          1.3439079068791653,
          1.601093311840921,
          2.211238301943821,
          2.3587341710140612,
          1.9158520762466982,
          1.4615189420454726,
          1.365869224881955,
          1.2974051014997612,
          1.206641964479072,
          1.055934700374899,
          1.0605028811112611,
          1.0364462042894256,
          1.0543483057002978,
          1.1187165531527665,
          1.2597976554147654,
          1.342512039585246,
          1.4192387947718923,
          1.6381672409134163,
          1.8480412675742328,
          2.132320241819145,
          2.3063880551095988,
          2.554962551110461,
          2.9050019353389276,
          2.825200539522048,
          2.8224485260777925,
          2.237640896886574,
          2.2256717861302944,
          2.0167953935162264,
          1.865017898710432,
          1.8592130023267197,
          1.8788983536688477,
          1.919186468560951,
          1.6735237445868163,
          1.5506915983265666,
          1.738899048980066,
          1.6825945660193233,
          1.5413095624634892,
          1.575463171847197,
          1.2623214910364136,
          1.4224280837222691,
          1.4273866719469297,
          1.4738692261622044,
          1.385942889484153,
          1.5784926879032566,
          1.6501150060084953,
          1.7199861943145907,
          1.9725492937812388,
          2.0077304579814874,
          1.9474657983022743,
          2.1515514696522398,
          2.3671424675888972,
          2.063138373646512,
          2.0734475861751807,
          2.069295515624922,
          2.2220507097596065,
          2.2288110970083523,
          1.8648922041957148,
          1.5202402920495675,
          1.4182572556691402,
          1.5214064254991821,
          1.2670712306574166,
          1.4669492697297595,
          1.4702205961730053,
          1.4200838397658866,
          1.181911366224581,
          1.2976585211580358,
          1.3163326909639197,
          1.2440991981005722,
          1.1779338893762468,
          1.2006182860064645,
          1.090141430156576,
          1.1833976572008165,
          1.21343953155778,
          1.2461700968904905,
          1.3662765995542134,
          1.3321600014717778,
          1.2060275026538323,
          1.2098162272375508,
          1.1886286423238666,
          1.3444573238165207,
          1.5507148942657822,
          1.5370873238642808,
          1.724016625219926,
          1.8212012776358295,
          2.4042515236737105,
          2.738147325663085,
          2.8684520557821,
          2.34382720869062,
          1.8894835922424893,
          1.6744031632995975,
          1.4634879647274888,
          1.3958650017234113,
          1.5472665751161627,
          1.9625694260548845,
          2.164342825932114,
          2.3360352030392586,
          2.00801106464034,
          1.698664472980189,
          1.4699623966276267,
          1.6096709643393767,
          1.6197157750167852,
          1.5133833162966714,
          1.5689829003421114,
          1.4666506552742171,
          1.3399865602923042,
          1.7511955220455397,
          1.422500549487675,
          1.1698080784974954,
          1.0584011191768752,
          0.9749228033342778,
          0.8924289735620481,
          0.8546161718464197,
          1.1494998163741916,
          1.1150113900264258,
          0.9897981412139523,
          1.0240713812047633,
          1.0918226446399668,
          1.0098123413242317,
          1.0056887623732298,
          1.048058033448908,
          1.0996716777219244,
          1.0267939058245916,
          1.132867408331426,
          1.3599177683363175,
          1.0098726091221841,
          1.0234612890760357,
          1.1626382340780324,
          1.3267151446866348,
          1.5370873238642808,
          1.7307450755175415,
          1.9215271442638526,
          1.9714732530881496,
          1.7240256257074582,
          1.774859789679008,
          1.4856015134582647,
          1.4026430787698159,
          1.304809643985547,
          1.4305869173038124,
          1.5270907508771214,
          1.5603129227336279,
          1.7106058711501853,
          1.996257495512537,
          2.2604866802840293,
          2.156716139826996,
          2.370015194225567,
          2.678713406007508,
          2.5173810540226547,
          2.4277263794652604,
          2.2126178982961355,
          1.7369366042931857,
          1.872928698289677,
          2.1138623693334644,
          2.111964317513311,
          2.2567358460734166,
          2.016672982343296,
          2.2572338084234405,
          2.178083446140043,
          1.9099627731780295,
          1.8138902747250953,
          1.646000017996062,
          1.4545261984815951,
          1.6022726229731235,
          1.6713966460900598,
          2.0237376159699667,
          2.0840712305125972,
          2.0964912710365184,
          1.9370633753993312,
          2.2713034903788833,
          2.4034259951267734,
          2.3092387567231234,
          2.705343974732044,
          2.703261985154762,
          2.7852990032163945,
          3.205554130105411,
          2.9530474633887125,
          2.6968582431733497,
          2.757273258290792,
          2.949262555925515,
          2.905295150165974,
          2.9063301978369993,
          2.655091401798177,
          2.6111226460892034,
          2.516411610198814,
          2.4215920036934815,
          2.293475531226633,
          2.129899558087288,
          2.100962421711296,
          2.1861301193857434,
          2.351914223264868,
          2.5769747377721655,
          2.746392105925337,
          2.777813909838915,
          2.467693287404206,
          2.2568582998582833,
          2.107590132965126,
          2.0000083073425934,
          1.381584995462687,
          1.4159274517400826,
          1.5647631926056473,
          1.5481710272954272,
          1.6649579135375432,
          1.6856254137970053,
          1.5522467114391028,
          1.6054364149147275,
          2.0019577906710078,
          2.168916265604674,
          2.293424041935676,
          2.542582524113999,
          3.3074888795930915,
          3.138033258065494,
          2.6487584685068097,
          2.4738457680947565,
          2.338500813870563,
          2.2994800291762205,
          2.431930111567403,
          2.4340772951630627,
          2.318616898246177,
          2.1438985719392183,
          1.9759805981798386,
          1.640790997580749,
          1.404583480055737,
          1.3407571291369385,
          1.3343014320450244,
          1.3200521361159916,
          1.165125271835606,
          1.3529305302314347,
          1.6964913736316132,
          1.7686985927130523,
          1.8147180757627142,
          1.9209987688894443,
          1.7890158174957316,
          1.9293596138505362,
          1.9637713802707275,
          2.0195290673113475,
          2.0185253449145524,
          2.7223673785601035,
          2.9104173539319973,
          3.150573530304309,
          3.113393712982426,
          2.890405913972276,
          2.9609156064903437,
          2.976416507408073,
          2.9947148485340858,
          2.7290399432670855,
          2.8224259911156606,
          2.2995672335269357,
          2.1540013041194377,
          2.010924284674413,
          1.7364189794470977,
          1.8935463443038731,
          1.7257931336052543,
          1.5384368601592808,
          1.4786844831740251,
          1.3829803765559467,
          1.41332915415795,
          1.42768190499971,
          1.627072010729589,
          1.5031640235183354,
          1.383955071704466,
          1.5399801923670722,
          1.573796089705932,
          1.7854214271246625,
          1.6093891924549044,
          1.6492213377954097,
          1.6628213695334986,
          1.5897469375389917,
          1.432420219167151,
          1.5224004781084945,
          1.5770929478847733,
          1.8194020240095952,
          1.9828720352341127,
          1.8305309214905723,
          1.9114364653439526,
          2.0774605641766497,
          2.0226723957926307,
          2.109381512278997,
          2.048018435735944,
          2.196124543070039,
          2.30316792709193,
          2.0384422867774528,
          1.7124512679659103,
          1.5206587879357847,
          1.4988506642783908,
          1.5983063032295222,
          1.4975615491055858,
          1.4723885309371,
          1.6760570130821577,
          1.7042374591539946,
          1.707104526135448,
          1.7008397293728954,
          1.7162310277084252,
          1.7818504131195736,
          1.4540209708526501,
          1.317492731430883,
          1.1413726269725895,
          1.059884735433254,
          1.0178874253622283,
          0.9672222650668137,
          1.0303455897143172,
          1.0586028542388457,
          0.9597548410326354,
          1.0222452273346077,
          1.1815157209329783,
          1.2728968604783426,
          1.446392314368113,
          1.448875038660423,
          1.4717894638271711,
          1.6368607137179867,
          1.7008654372084215,
          1.6395550283517155,
          1.971188561259605,
          1.8046977480696558,
          1.4606693698043995,
          1.3883310709983316,
          1.3125204112391717,
          1.103189393137511,
          1.0167088240007554,
          1.0962076185605836,
          1.1147274167058954,
          1.0993513770752812,
          0.9185814831855459,
          1.0466454543949442,
          1.148137350180749,
          1.154367308566532,
          1.06031133242961,
          1.0653999380434676,
          1.0873659468507675,
          1.1325450828444892,
          1.0098123413242317,
          1.0056887623732298,
          1.048058033448908,
          1.1172201208560992,
          1.2056478205086434,
          1.3449980270599315,
          1.623860027632621,
          1.3759775224443385,
          1.3169150494454411,
          1.2554376234020383,
          1.2480981739340733,
          1.0752245660977346,
          1.0269379708099047,
          0.9940677544286357,
          1.015628245324899,
          0.9411427878220179,
          0.9212069211458274,
          0.9313395906267484,
          0.9774279379815733,
          1.1030969845376857,
          1.342512039585246,
          1.4192387947718923,
          1.6381672409134163,
          1.8766198776081193,
          2.4334200368912318,
          2.928622965411797,
          3.2639069959648612,
          2.931928252795955,
          2.9995162906115853,
          2.840817887556754,
          2.7255711810690744,
          2.734617354936667,
          2.6556649650913484,
          2.3952656078989327,
          2.082548058581937,
          2.0255110546142223,
          1.7889714730105548,
          1.628200604236301,
          1.5543612094670434,
          1.4693199275860276,
          1.3440198776279253,
          1.247480434211405,
          1.2358142155921987,
          1.1556038772290433,
          1.3213526766992243,
          1.4226276946942022,
          1.4613809396335466,
          1.4225077187140047,
          1.6741460316120325,
          1.6714816078484178,
          1.8211349259629408,
          1.7902784889435785,
          1.4814448877019113,
          1.6441714925971893,
          1.5897963996408475,
          1.364099571216623,
          1.2893601646047401,
          1.3258384998658113,
          1.3992227311079186,
          1.2270296546288957,
          1.1162204177148454,
          0.9881115211700938,
          1.0507541663746747,
          0.9185814831855459,
          1.0719148288558902,
          1.114522735208235,
          1.073560652540903,
          1.0605301672972336,
          1.1765252473665961,
          1.1231618814559454,
          1.0350295675322807,
          1.2286167410932995,
          1.1160809868243542,
          1.0098726091221841,
          1.0234612890760357,
          1.2664231228213556,
          1.521400702905956,
          1.8212372398424135,
          1.9335354126031443,
          1.8301121588948326,
          1.869766375469717,
          1.8601380703320216,
          1.7962150317663026,
          1.7177394759554756,
          1.7553813078778018,
          1.7272107521323683,
          1.54015627888124,
          1.371217112719698,
          1.2549277858997094,
          1.0956614869469778,
          1.2820330230415922,
          1.433926800757237,
          1.5575471615603182,
          1.621617226873632,
          1.670772836484645,
          1.673098925264037,
          1.0484670617053211,
          0.9989918479287792,
          1.1131492387213833,
          0.9339433772216444,
          0.7558917285708906,
          0.8023327735179915,
          0.7941377142960854,
          0.8203552363720162,
          0.864572057689916,
          0.969394841201762,
          1.0646205046918633,
          1.2624353908157486,
          1.8480412675742328,
          2.132320241819145,
          2.120287650872699,
          2.048018435735944,
          2.196124543070039,
          2.3655384036323115,
          2.2548931185188206,
          1.989796361154608,
          1.9897963560532694,
          2.04721389416548,
          2.034189133365328,
          1.8760058976209222,
          1.7763094239132502,
          1.4856015134582647,
          1.4765038442966771,
          1.3601885566699454,
          1.494538916174724,
          1.9201937303905476,
          1.905546729193913,
          1.6970424299454308,
          1.447215868439957,
          1.5487703633874472,
          1.4446684472235727,
          1.2938177371667734,
          1.1691878073597963,
          1.1591451288342567,
          1.338422376313564,
          1.3631789822852627,
          1.450751756269825,
          1.6296287803221878,
          1.999955183810417,
          1.7490625862609286,
          1.447888856333835,
          1.4452895496604408,
          1.3447776263509676,
          1.206447246750208,
          1.0171520091303623,
          0.9031167495271066,
          0.8565890940995533,
          0.8438159651573413,
          0.807410047619517,
          0.7803937854246279,
          0.7670528090726367,
          0.7558228465788233,
          0.7936098205890293,
          0.7863652448072673,
          0.8159939732210482,
          0.8912502025105803,
          0.8206889423133941,
          0.7615808534123653,
          0.8778238134927359,
          0.9887883180210795,
          1.1197606580774595,
          1.0844922890177982,
          1.3162594703529753,
          1.4273245291273415,
          1.3315117180889695,
          1.1941072564311335,
          1.0640923462792382,
          1.0270562947794424,
          0.8786249418615849,
          1.185318011025018,
          1.2852244358839093,
          1.1512386795724123,
          1.3224599807910569,
          1.5156404228258944,
          1.3998629751555312,
          1.3794584128637557,
          1.4156547564789288,
          1.463608426978169,
          1.5172089885913866,
          1.606774088990193,
          1.6425475475299,
          1.6707258577985764,
          1.5023488857943352,
          1.552988470500375,
          1.594728564730045,
          1.163935563788504,
          1.3164854634575476,
          2.72539014794016,
          2.5420175948607766,
          1.8129829412787017,
          1.9293864310212094,
          2.0270447238103935,
          1.9755581279272507,
          2.0647076690412467,
          2.2320630290343813,
          2.2076849839742363,
          2.2323350406202476,
          2.3313996632443774,
          2.38450892210431,
          2.45172253338786,
          2.3690670963504314,
          2.290211657433276,
          2.1615178265124837,
          2.141302824651405,
          2.3742682500779386,
          2.1725229487310225,
          2.0838576170884497,
          1.853136329110725,
          1.7642145454585856,
          1.381584995462687,
          1.4159274517400826,
          1.5775774422815616,
          1.5481710272954272,
          1.9287839790424033,
          2.0998253088902326,
          2.2941506754198153,
          2.4197038556878936,
          2.2209815067603444,
          2.0143706270041455,
          1.5589374296498586,
          1.190164736913241,
          1.0870764291047241,
          1.0122187760276942,
          0.931273860888855,
          0.8827011795582742,
          0.878124097181621,
          0.8895324715472525,
          1.030394655319164,
          1.252144844515212,
          1.2953411860037984,
          1.4000946067705704,
          1.842165092912196,
          2.172281989503881,
          2.1224549396096672,
          1.9474626329484925,
          2.18455674261221,
          1.853136329110725,
          1.6994541104736274,
          1.34123017921982,
          1.2859924773987823,
          1.1530131604311016,
          1.190534916745128,
          1.3092096427423234,
          1.482854726010209,
          1.5647631926056473,
          1.5405346565949045,
          1.4440433204372072,
          1.5687435559146659,
          1.5522467114391028,
          1.6054364149147275,
          1.9719888227135636,
          1.9259529941713718,
          1.8363653079924913,
          1.9461887191684157,
          2.025378448301984,
          1.9934091086771413,
          1.9455196395865086,
          1.842206833778341,
          1.6485159299796577,
          1.6054838421987856,
          1.440755034060686,
          1.4291714438372924,
          1.4023353649984556,
          1.594927902983381,
          1.880674968832382,
          2.171866888019303,
          2.345261147755709,
          2.0091267530218215,
          2.1711124712762473,
          2.2609221095916174,
          2.2996758590901996,
          2.1686146262639676,
          1.7318097808775212,
          1.6148175618712515,
          1.4802886316952708,
          1.4049389262786087,
          1.2749269792767635,
          1.1514180536274523,
          1.3574099933003163,
          1.446392314368113,
          1.5892967845866854,
          2.0451254896732007,
          1.7987313139993268,
          1.8662177234203519,
          1.756909268559283,
          1.639898630918046,
          1.5626945734526896,
          1.506254082172882,
          1.532208059861394,
          1.4746619907340281,
          1.3891371893462439,
          1.411658385639506,
          1.5305486770750922,
          1.6016419885235484,
          1.630829891628278,
          1.4809351547640561,
          1.4186612452400351,
          1.5128974619665951,
          1.8301121588948326,
          1.869766375469717,
          1.8601380703320216,
          1.5671677905484693,
          1.3791552493034722,
          1.2996083014125779,
          1.2566739295824005,
          1.2996908750848242,
          1.5405346565949045,
          1.6115653209156733,
          1.4440433204372072,
          1.822478576453644,
          1.7132691674087164,
          1.6481677066206903,
          1.5646826392409545,
          1.4791279703791094,
          1.6701890795364918,
          2.1205459913167797,
          2.559354311852331,
          2.4344430592072084,
          1.7027720022682322,
          1.0484670617053211,
          0.9989918479287792,
          1.1131492387213833,
          0.961384981339233,
          0.9881115211700938,
          1.063680448585498,
          0.9261119014995121,
          1.0605301672972336,
          0.9329301634633571,
          0.917909575149003,
          1.0442794731978187,
          1.2357488112248673,
          1.3933625428204823,
          1.563379317903545,
          1.8195334990854577,
          2.0207443053527125,
          1.948439272470536,
          1.6146869070482937,
          1.5053103905497414,
          1.2920732147688545,
          1.27243958947348,
          1.0988669802163349,
          0.8206889423133941,
          0.7615808534123653,
          0.8778238134927359,
          0.9887883180210795,
          1.2416451698261088,
          1.381078324545307,
          1.4601435433413161,
          1.6160515507890563,
          1.9172531030395008,
          2.1555070407823114,
          2.7251480782007773,
          3.1419244798868946,
          2.9037468229822387,
          2.5794642300508537,
          2.3472982287252764,
          2.226497083866712,
          1.969660148484835,
          1.783177375270379,
          1.4616561856914734,
          1.5996897471373788,
          1.66400086989382,
          2.1590640214107224,
          2.2512513164648773,
          2.0483146449352363,
          1.9341647944617821,
          2.1514017559204146,
          2.4256420870648956,
          2.4674862492819885,
          2.3821065544725384,
          2.0420267563501073,
          1.9172328084151666,
          1.6778810760870926,
          1.591856064870741,
          1.3893293898444923,
          1.3636343721126238,
          1.366472443132257,
          1.4437889649091693,
          1.6304951820615643,
          1.8659001367172932,
          1.9516574217160123,
          1.6945402185297163,
          1.9301743456912963,
          2.056231723660147,
          2.1359331351559767,
          2.0718780955187794,
          2.252126461255872,
          2.9451520470324373,
          2.937543993743318,
          2.822337878295163,
          2.2052087278750943,
          1.8785344664712238,
          1.8802153484511581,
          1.8846408758023165,
          1.6033787057156694,
          1.554070487483762,
          1.4552642369710582,
          1.3884691086059144,
          1.3262083053583462,
          1.3987712959818748,
          1.3220624732439352,
          1.421531355302921,
          1.4790124650617404,
          1.572844607644749,
          1.899513929692146,
          2.13189335188928,
          2.416017272843725,
          2.774524079088776,
          2.891633807076987,
          2.6075850110291494,
          2.5968440358150264,
          2.4536090750955997,
          2.1680430590218753,
          2.0065699634907253,
          1.2469834136096754,
          1.009504574651503,
          0.9091621743051882,
          0.8993315941796601,
          1.287083176822312,
          1.2564217714168877,
          1.2376976566161992,
          1.2945346081044786,
          1.5318454898542677,
          1.6033577511303587,
          1.7196968010563358,
          1.8348937584865679,
          1.5206587879357847,
          1.4245183727430757,
          1.2071468520282622,
          1.1905036006072114,
          1.1787291354464637,
          1.1280330221342152,
          0.9821669100999725,
          1.2034594577614675,
          1.3460400431852435,
          1.4099463266688719,
          1.4604175066276268,
          1.546269605118556,
          1.6983297617984348,
          1.875871270849211,
          2.0692032762303456,
          1.8782360346038292,
          2.116063763627228,
          1.8935463443038731,
          1.6700882776042287,
          1.4898834256302422,
          1.35117723462802,
          1.3244853638379523,
          1.3373376447557168,
          1.3893855323030353,
          1.5390236347794966,
          1.8007623321699722,
          1.8305309214905723,
          1.7170127602961707,
          1.8835954359241802,
          1.6704677705946507,
          1.3291347222089662,
          1.0924773472740552,
          1.1789932540601722,
          1.2243968809281913,
          0.9675785731961184,
          0.6003762721138366,
          0.8291960217474219,
          0.8834066326451196,
          0.9860543347730638,
          1.0641269721726279,
          1.1895976992314239,
          1.0446896961030092,
          1.1184761217379988,
          0.6625847378500863,
          0.5994808485437649,
          0.5799214650107206,
          0.6797534879177709,
          0.7251372137702106,
          0.8369880897987148,
          0.8525999319928286,
          0.8467516424105976,
          0.9118992859596726,
          0.9093455626756852,
          0.9945204018018772,
          1.1181163914692724,
          1.3354323447445335,
          1.3763444310557873,
          1.4014494608376262,
          1.6075321583472553,
          2.0790230096224986,
          2.147855486601819,
          2.061908820680178,
          2.0139774119136824,
          2.194726283939111,
          1.887775893700436,
          1.9190260202910352,
          2.034193568132531,
          1.687527040847643,
          2.0328674104661903,
          1.9653930281255572,
          1.9552837267524914,
          2.0390368400232197,
          2.0014201585563725,
          2.121543118849008,
          2.201399641439063,
          2.2743360333671347,
          1.9551562746514053,
          1.8997621078025417,
          1.8840566871041153,
          2.6424849653338103,
          3.342221366213063,
          3.2743195649447974,
          3.4580088146920995,
          3.286427380968737,
          3.470191794503502,
          3.3183797609435493,
          3.5211894799747063,
          3.0012769516882902,
          2.9373178652522807,
          2.3417630334166737,
          2.1178961918740695,
          1.9368766849799346,
          1.7737388149643856,
          1.6953502734491337,
          1.5475219942416885,
          1.5479675411072493,
          1.4618035870918926,
          1.6055597688385879,
          1.505488708306709,
          1.4697280264397052,
          1.2164153006657534,
          1.345258525293724,
          1.8260951671414412,
          1.7187779225143276,
          1.8964049188303447,
          2.0312530290841417,
          1.698664472980189,
          1.4699623966276267,
          1.6096709643393767,
          1.6197157750167852,
          1.5133833162966714,
          1.5770929478847733,
          1.535074106804486,
          1.5410698558312133,
          1.5421074400665893,
          1.4442671325405625,
          1.2155616757190162,
          1.3149889707251357,
          1.4178388823636656,
          1.6095909588683104,
          1.8227241417275744,
          1.7355649880273936,
          1.705810773477175,
          1.7195397487122333,
          1.879513469864437,
          2.0910595581576197,
          2.237763420176222,
          2.201583111433914,
          1.9424856999237117,
          1.6468389867597175,
          1.4045156974886022,
          1.0270562947794424,
          0.8786249418615849,
          1.185318011025018,
          1.0592669383611766,
          1.009504574651503,
          0.9091621743051882,
          0.8993315941796601,
          0.8878984475139167,
          0.8148135786853251,
          0.7881622670551349,
          0.868475004619601,
          0.8555746673576429,
          0.6003762721138366,
          0.8291960217474219,
          0.958907448292483,
          1.0409969574739124,
          1.1044624070059597,
          1.209985852629589,
          1.2655150082274134,
          1.2350735259400882,
          1.0419997850667329,
          1.0963172594390003,
          0.931273860888855,
          0.8827011795582742,
          0.9326539605153152,
          0.9672180298306442,
          1.1642905751582364,
          1.1575493613076175,
          1.0662995197567935,
          1.0935746364237404,
          1.031088003060809,
          1.0530266639574088,
          1.0588001197443326,
          1.1084457702830677,
          1.293006056804295,
          1.6370227857968276,
          1.7665683994716401,
          2.1314165847689317,
          2.069295515624922,
          2.1190425789440845,
          2.070515315229631,
          1.7329267904254013,
          1.6736657780710769,
          1.9351957644536368,
          1.719411869233454,
          1.4666506552742171,
          1.3399865602923042,
          1.3982421139834804,
          1.3165075279890668,
          1.186739019628259,
          1.0267939058245916,
          1.132867408331426,
          1.3599177683363175,
          1.7801642252915828,
          2.019413284080814,
          2.0685654836076015,
          2.1711037366485995,
          1.9027173932411867,
          1.9585133418912926,
          1.7364189794470977,
          1.9030989330426822,
          1.8542235132038114,
          1.703194075238987,
          1.6414229621057217,
          1.6158440141949642,
          1.5983172487311688,
          1.6764755210173008,
          1.7208801676904482,
          1.7376602408770934,
          1.959052198047138,
          1.9508882693395846,
          1.960732162372335,
          1.9189813914413802,
          2.0720085736502547,
          2.3894196762497106,
          2.4756497441570096,
          2.338861226901511,
          1.7890158174957316,
          1.9293596138505362,
          1.9637713802707275,
          2.0195290673113475,
          2.0185253449145524,
          2.305767819696656,
          2.4969241794431913,
          2.147254375861075,
          2.0636434846934533,
          2.2394700465796826,
          2.034193568132531,
          1.687527040847643,
          2.0373260451293107,
          2.238613354519393,
          2.0281767169757603,
          1.8894984786021718,
          1.931464491061288,
          1.5553294363972803,
          1.895642500706649,
          2.185941023086419,
          2.4712721248415965,
          2.810929769715797,
          2.411022432165827,
          2.3800116488979732,
          2.020070748622906,
          2.049417249343052,
          1.815120804362782,
          1.693458348060988,
          1.8155096832011943,
          1.51185575488728,
          1.460255128024778,
          1.3258992272683185,
          1.4095278607765642,
          1.8925261212969566,
          2.0754299753318715,
          1.8786193904405326,
          1.8868694581070766,
          1.7288052984369804,
          1.7361903574348918,
          1.6716786392519882,
          1.4937096387370699,
          1.1923640118215626,
          1.2824432658594556,
          1.2616434159723489,
          0.8757594301475304,
          0.9767465137033832,
          0.9780211709573983,
          0.9887312240744016,
          1.3948846282796001,
          1.3788034607909578,
          1.1637687167228765,
          1.0745450354447312,
          1.0703854060982325,
          1.0767850081842545,
          1.1458054402845255,
          1.2326509343360244,
          1.2594692583569653,
          1.2999176397809535,
          1.2763654595688712,
          1.3258056370407847,
          1.328690454006852,
          1.2753456410083635,
          1.4020570771312606,
          1.472960260052833,
          1.4905626547975928,
          1.6370227857968276,
          1.5747626878006005,
          1.5797279873130903,
          1.7209298146466172,
          1.7425789942105687,
          2.1190425789440845,
          2.1007756266476365,
          2.1076383176238522,
          2.18901453061469,
          2.3685235190119216,
          2.5474912778624894,
          2.096441610961933,
          1.546674386554479,
          1.5687435559146659,
          1.7132691674087164,
          1.6481677066206903,
          1.5646826392409545,
          1.4791279703791094,
          1.6701890795364918,
          2.1205459913167797,
          2.597984001553214,
          2.4619146876970652,
          2.0648753544079,
          2.4722612640478263,
          2.504269487735327,
          2.562447142043827,
          2.274365690620166,
          1.999378717246041,
          1.886644952939944,
          2.0996533850776347,
          2.139773164202901,
          1.9654712677548878,
          2.104286334969171,
          2.0091267530218215,
          2.1711124712762473,
          2.416337512194134,
          2.556045165309529,
          2.410389486284385,
          2.371393002067437,
          2.3064513107324838,
          1.965637218465218,
          1.9384313337330268,
          2.0653743976217105,
          1.8469452674446116,
          1.7853005732817981,
          1.7210889384558001,
          1.6093952392621222,
          1.4077752047025611,
          1.0135579422609384,
          1.077518131435153,
          1.1246201196412202,
          1.2790696202684968,
          1.4730639400474064,
          1.9097277326413262,
          2.135436581874248,
          2.389328984736637,
          2.3247144594242872,
          2.195237141432326,
          2.0934658449936885,
          2.147254375861075,
          2.0636434846934533,
          2.2394700465796826,
          2.3508846221901867,
          2.310808079327299,
          2.338227173168996,
          2.1426969270363045,
          1.8743392879053793,
          1.4466961596480612,
          1.1698080784974954,
          1.0584011191768752,
          0.9749228033342778,
          0.8924289735620481,
          0.9012404506604068,
          0.8546161718464197,
          0.9411427878220179,
          0.9212069211458274,
          0.9313395906267484,
          0.9774279379815733,
          1.1030969845376857,
          1.5431842991073883,
          1.617734599075969,
          1.6902390962243792,
          1.7631223876714182,
          1.824173505234821,
          1.651620165890856,
          1.4693509525486748,
          1.2615846140958271,
          1.3163453236239486,
          1.2793613157650445,
          1.3143768180347926,
          1.3208423840019408,
          1.5454386676373917,
          1.4809351547640561,
          1.4186612452400351,
          1.5128974619665951,
          1.8911264236007237,
          2.3512490286926147,
          2.5333213155346344,
          2.6818384158944064,
          3.0540655039172253,
          2.929566794943612,
          3.4890069856013453,
          3.0058888569627507,
          2.418950163375443,
          2.369273020771961,
          2.082077344912059,
          1.9137924445617391,
          1.9593312955677982,
          1.950957155573239,
          1.7529658816673277,
          1.8665834175603424,
          1.9248945441295098,
          1.9179981779384998,
          1.9605249333996855,
          1.9275822177790536,
          1.937366508267182,
          1.948439272470536,
          1.6146869070482937,
          1.5493273753618808,
          1.4865479459600563,
          1.4823643065206724,
          1.4267424315571071,
          1.288075617421076,
          1.0419997850667329,
          1.100515361037237,
          1.15169573414095,
          1.092885620162782,
          1.132599422421244,
          0.9936026170338021,
          1.059007223072406,
          1.1884386680422097,
          1.2416451698261088,
          1.3906753509568128,
          1.4601435433413161,
          1.5764230098319227,
          1.719796121152479,
          1.9374062323969254,
          1.9763293715077723,
          2.1227131624484876,
          2.3249512968319808,
          2.5721932787754485,
          2.5553197883663135,
          2.00801106464034,
          1.80022448276499,
          1.8975133869571406,
          2.1785914009492395,
          2.231705351285051,
          2.743620718672575,
          2.649793229745654,
          2.267106637108335,
          2.237640896886574,
          2.2256717861302944,
          2.1467054368519016,
          2.5121224935356916,
          2.3266862200367853,
          2.3894196762497106,
          2.0683401799190677,
          1.869706800305063,
          1.6054977438087936,
          1.4657162545035836,
          1.5115281587870468,
          1.6542994121233219,
          2.0123191029018126,
          1.9319795560112265,
          2.5810608846710075,
          2.505011356569466,
          2.133547427317866,
          1.9281001786037504,
          1.626781928286017,
          1.9084743531667712,
          1.9005098548650614,
          1.938013260060196,
          2.054272246968639,
          2.0332690044532757,
          2.3095329216113103,
          2.4523219410648007,
          2.0249556641144904,
          1.7618125999252137,
          1.6464565163444955,
          1.6202748750349827,
          1.5512489125895597,
          1.3789137925741926,
          1.1773974091845225,
          1.08277609069697,
          0.9607103637923595,
          0.9824675735070877,
          0.9398728216681617,
          0.9772075063162003,
          0.9670620521348158,
          1.0830606626568582,
          1.36596113461628,
          1.6484195404905664,
          1.9378539231054424,
          1.826045943359666,
          1.948140601979269,
          2.026040271837675,
          2.1696455912608608,
          2.126171104478744,
          2.3655468899873564,
          1.939753208559202,
          1.8310120583916818,
          1.5947146019404157,
          1.3122824811095037,
          1.190164736913241,
          0.9504456713415749,
          1.06251340728634,
          1.0212017487682339,
          1.2526731034679246,
          1.484711537361037,
          1.5926433527876132,
          1.6033577511303587,
          1.7196968010563358,
          1.7329267904254013,
          1.6736657780710769,
          1.9351957644536368,
          2.1696455912608608,
          2.072544456158676,
          2.0342021694452024,
          2.03718041633358,
          1.9508882693395846,
          1.960732162372335,
          1.9189813914413802,
          2.0720085736502547,
          2.521121642939899,
          2.6860343446760773,
          2.1675043025992333,
          2.034135376537224,
          1.6251564293355898,
          1.9093143627851792,
          1.8207334231052543,
          1.7065419707174616,
          1.643107667508099,
          1.6145938822917398,
          1.0653999380434676,
          1.0873659468507675,
          1.193352791159771,
          1.3163326909639197,
          1.1691878073597963,
          1.1591451288342567,
          1.224865333652131,
          1.3631789822852627,
          1.450751756269825,
          1.6296287803221878,
          1.8665834175603424,
          1.9248945441295098,
          1.9179981779384998,
          1.9605249333996855,
          1.6394725610354888,
          1.626781928286017,
          1.7804668336288982,
          1.8932018755291609,
          1.9158520762466982,
          1.4615189420454726,
          1.365869224881955,
          1.4624495554768773,
          1.252904934953952,
          0.961384981339233,
          0.9339433772216444,
          0.7558917285708906,
          0.8023327735179915,
          0.7941377142960854,
          0.8203552363720162,
          0.864572057689916,
          0.969394841201762,
          1.0646205046918633,
          1.2624353908157486,
          1.163935563788504,
          1.1303608680999346,
          1.609696020056214,
          1.4275727584385398,
          0.9504456713415749,
          0.9060157379364787,
          0.6625847378500863,
          0.5994808485437649,
          0.5799214650107206,
          0.6797534879177709,
          0.7251372137702106,
          0.9573270639943839,
          0.9505270623693131,
          1.080671740835715,
          1.0530266639574088,
          1.0588001197443326,
          1.1084457702830677,
          1.293006056804295,
          1.4048781799087384,
          1.4420334444558145,
          1.7241534756489243,
          1.9405548858576311,
          1.946962529203426,
          2.0573117176052587,
          1.8544903503070518,
          1.7806072087571188,
          1.991954386599319,
          2.1311997592373575,
          1.9162959143696305,
          1.933940155355877,
          2.0123191029018126,
          1.4028020252181528,
          2.0434564992212243,
          2.3288462652997057,
          2.2951666585933497,
          1.965637218465218,
          1.9384313337330268,
          1.7192679783169147,
          1.4245183727430757,
          1.2071468520282622,
          1.1905036006072114,
          1.1787291354464637,
          0.9329301634633571,
          0.917909575149003,
          1.0442794731978187,
          1.2357488112248673,
          1.3933625428204823,
          1.513126123132878,
          1.7864846588519339,
          2.134214884851863,
          2.4506329679457406,
          2.6185780324414214,
          2.691535688543191,
          2.586759891586016,
          2.512013433381634,
          2.5890608486215565,
          2.276176007900321,
          2.4466687570044443,
          2.396352633601953,
          2.486203146163857,
          2.188224598087149,
          2.3471873520659776,
          2.393142331417954,
          2.222375074441876,
          2.284307322454638,
          2.4505293506860264,
          2.347120554254188,
          2.274638195795599,
          2.1240921304334335,
          2.2272241755455315,
          2.237333136914294,
          2.2907312329499576,
          2.2978456911041323,
          2.284576779205631,
          1.8582344757068914,
          1.8242696491176056,
          1.783177375270379,
          1.5838641997306342,
          1.567099726860388,
          1.460751030493166,
          1.211653608935747,
          1.3883532172785966,
          1.733227902964648,
          1.7042374591539946,
          1.6621035772615058,
          1.7139560796695368,
          1.7162310277084252,
          1.8919234956549642,
          1.923986285924876,
          1.897792619272361,
          1.821857693166,
          1.7323258981785368,
          1.441642174878952,
          1.1236641592664163,
          1.1526745509620306,
          0.8757594301475304,
          0.9767465137033832,
          0.9780211709573983,
          0.9887312240744016,
          1.3948846282796001,
          1.3788034607909578,
          1.6098971045836503,
          1.5613299095020343,
          1.7208801676904482,
          1.424600071037704,
          1.4201907844876795,
          1.4166337546702346,
          1.4880129336506485,
          1.4735823637955727,
          1.7005210607894798,
          1.82527208031461,
          1.9192972650699405,
          1.8929506725879544,
          1.8910944328962467,
          1.1303608680999346,
          1.331736185755131,
          1.3272199186209885,
          1.323751240838114,
          1.5693763777306742,
          1.5747626878006005,
          1.5797279873130903,
          1.7209298146466172,
          1.869706800305063,
          1.6054977438087936,
          1.6235720332527146,
          1.4657162545035836,
          1.5115281587870468,
          1.8179382898718117,
          2.49598399959269,
          2.681662230640795,
          2.5575417646779477,
          2.569421595710241,
          2.4856195584532768,
          2.278076646572548,
          2.476796998064116,
          2.988329548851492,
          3.1816460004766673,
          2.7915121351606107,
          2.311118047993809,
          2.0216402846522397,
          1.9054267788815895,
          2.0744136531381847,
          2.0855174898102598,
          1.7297593921873098,
          1.7240027509879374,
          1.8364078337291594,
          1.5624217029809606,
          1.6070502315288637,
          1.7495895829181725,
          1.8242125643816847,
          1.9740075613329837,
          2.3232399189510264,
          2.819245408617872,
          2.666846791191518,
          3.0933452787949043,
          2.542800699016799,
          2.289855705051803,
          2.31898057359818,
          2.215339532317924,
          2.201118709064245,
          2.0950348334792444,
          1.9015901318553257,
          1.7798747951573237,
          1.6368601566475358,
          1.4082690577407404,
          1.4041419832498756,
          1.5156969300801821,
          1.5721310437413145,
          1.6491810169735472,
          1.63027974302709,
          1.5164328658402564,
          1.2496563240571654,
          1.147498410098983,
          1.1103287700973,
          1.204836767926743,
          1.2260664144421909,
          1.2945346081044786,
          1.5318454898542677,
          1.7380340390509073,
          1.8544903503070518,
          1.7806072087571188,
          1.948140601979269,
          2.026040271837675,
          2.2867949687739353,
          2.279295756910529,
          2.2173749551188777,
          2.30274827040204,
          2.2781679758995157,
          2.353424295752732,
          2.435445989520222,
          2.7562571556606086,
          2.6554916460554607,
          2.297463447566983,
          2.157734228081826,
          1.9878268665817143,
          1.7866500401150858,
          1.5082688560104676,
          1.6603456890762909,
          1.5603811057935306,
          1.4159168467340493,
          1.3523137398182055,
          1.2201739022388318,
          1.219188859573403,
          1.0167088240007554,
          1.079704766151089,
          1.06031133242961,
          1.272518780206738,
          1.4421911298621106,
          1.3658134863518172,
          1.454506074798944,
          1.521209373253666,
          1.6137073485013032,
          1.7008397293728954,
          1.7728533322250026,
          1.7818504131195736,
          1.696412433625281,
          1.317492731430883,
          1.1413726269725895,
          1.059884735433254,
          1.0122187760276942,
          0.9672222650668137,
          0.9653156032983484,
          0.9689181904288648,
          0.9782699249963156,
          0.8145234124750977,
          0.915946963036324,
          1.042248892276621,
          1.082240487408251,
          1.08054177255201,
          1.2568608622696045,
          1.4515100609009275,
          1.8917056348154568,
          2.2586953143189676,
          2.701993564366797,
          2.480071751281461,
          2.367996166493317,
          2.437784863194132,
          2.117410669111654,
          2.136751721445216,
          2.2925477282296494,
          2.20347872026417,
          2.3475941515620566,
          1.7266146473030763,
          1.5007664264752885,
          1.3579609868788105,
          1.2719925245905408,
          1.2640357705652476,
          1.2430556011144016,
          1.4616561856914734,
          1.512728166646719,
          1.66400086989382,
          2.024778111914175,
          2.1404231595045946,
          1.9756582890522678,
          1.5636953378269747,
          1.3447776263509676,
          1.206447246750208,
          1.0171520091303623,
          0.9031167495271066,
          0.8565890940995533,
          0.8148135786853251,
          0.7881622670551349,
          0.7803937854246279,
          0.7558228465788233,
          0.7936098205890293,
          0.7863652448072673,
          0.8159939732210482,
          0.8912502025105803,
          0.8171960587273897,
          1.098287938871312,
          1.2368923422457598,
          1.5678599517635776,
          1.8942377205362309,
          1.9627519352126983,
          2.0916430920124474,
          2.2268968980534156,
          2.342512570089988,
          2.1224549396096672,
          1.9474626329484925,
          2.3155006896681005,
          2.8256034517421993,
          2.713535436089467,
          2.631327446084966,
          2.6784245750399487,
          2.77747908975374,
          3.1125655258176717,
          2.692965360524194,
          2.4075559077393143,
          2.2198350451475797,
          2.236014410838153,
          2.307310264078798,
          2.338981984337355,
          2.4142254897948376,
          2.2557511053213797,
          2.194195184394722,
          2.0328674104661903,
          1.9653930281255572,
          1.9552837267524914,
          1.4814448877019113,
          1.6093891924549044,
          1.5897963996408475,
          1.364099571216623,
          1.2893601646047401,
          1.206641964479072,
          1.055934700374899,
          1.0605028811112611,
          1.0364462042894256,
          1.0543483057002978,
          1.1187165531527665,
          1.2597976554147654,
          1.3804653917665584,
          1.5431842991073883,
          1.617734599075969,
          1.6902390962243792,
          1.76504831362741,
          1.824173505234821,
          1.7167858578219073,
          1.4660257251971367,
          1.0981702220644725,
          1.0944720229537763,
          1.0847320302281627,
          0.8145234124750977,
          0.915946963036324,
          1.2114555165309315,
          1.4327849870691698,
          1.6587274145177513,
          1.9097888984372209,
          2.3308395463987566,
          2.86002449503448,
          2.528238466528171,
          2.6069381313946787,
          2.9748974089267275,
          3.2334873536474036,
          3.262704131432856,
          2.7794924607377616,
          2.9548408154983408,
          3.1173671364704707,
          2.9058454728907117,
          2.8786260471800746,
          2.99080069533495,
          3.2853144434233097,
          2.695494414310468,
          2.109332832758,
          1.6780587436154741,
          1.4036177863806918,
          1.4866411674151547,
          1.824187938049286,
          1.8711660287523388,
          1.9227987309961607,
          1.9094955021013356,
          1.86865201299702,
          1.8604854801115316,
          1.8786193904405326,
          1.8813433656666332,
          1.5202402920495675,
          1.6774003740082426,
          1.4465076448864551,
          1.2283098715657512,
          1.2172145011659412,
          1.103189393137511,
          1.1765252473665961,
          1.063680448585498,
          0.9643845587751677,
          1.3902403401622059,
          1.6067301361665702,
          1.7510512727128436,
          1.763236245661212,
          2.1624361612847407,
          2.168245882203562,
          2.281320032946239,
          1.6780587436154741,
          1.4036177863806918
         ]
        },
        {
         "mode": "lines",
         "name": "close Matrix Profile",
         "type": "scatter",
         "y": [
          1.8823497942495466,
          1.4433371812162685,
          1.2566571098501915,
          1.0832707456408204,
          0.9704084717284308,
          0.9758447275950041,
          1.0362746963220675,
          1.0114851940693996,
          1.1704101147017332,
          1.2191420279692706,
          1.4298848828320414,
          1.1528040077865085,
          1.0810965624906284,
          1.1335758256658168,
          1.151255245526143,
          1.1845258123922984,
          1.2606151542036397,
          1.8469202767838642,
          1.8417848983532843,
          2.036958364745193,
          2.1694518407231547,
          1.8669060203685997,
          1.7846453443362726,
          1.724333538214069,
          1.6406662951355102,
          1.5273471706053576,
          1.45737450769854,
          1.326454387917133,
          1.5385611187267152,
          1.8422568087105071,
          2.114516623065418,
          2.4498240830223614,
          2.564347559646485,
          2.573612310097544,
          2.504187994497851,
          2.444700111207639,
          2.1865547797945375,
          2.1956690750199988,
          2.220398336881549,
          2.2041162880442045,
          2.2754283290601927,
          1.9455898910578462,
          1.8266461076934157,
          1.8320990968357558,
          1.8965428729218314,
          2.221338666608771,
          2.6204492179923715,
          2.886403373280829,
          2.7224021677529606,
          2.4167365549541193,
          2.1261058160988267,
          1.9217935962403114,
          1.8805014520916092,
          1.9681519973228336,
          1.942422314837404,
          2.1271709774782117,
          2.1888257271547333,
          2.1253203826705294,
          1.9888964075353932,
          2.1501008881612,
          1.998120695596986,
          1.8998720517785999,
          1.6995246787813576,
          1.565599409257521,
          1.4806101311457045,
          1.4177666675463012,
          1.4099389218725995,
          1.2870412968451825,
          1.3250473222392416,
          1.3348987903789107,
          1.3774950503072425,
          1.463250641845144,
          1.5762364406600904,
          1.622966432253778,
          1.523212170145004,
          1.38869149409557,
          1.29933732634199,
          1.3065999487665223,
          1.1912539293480977,
          1.0816270245007198,
          1.0356615250617747,
          1.0246353657318275,
          1.0793717047096383,
          1.1335758256658168,
          1.1960739755760286,
          1.2417377260807738,
          1.3159787191494723,
          1.5019822413952921,
          1.8413153375058418,
          2.240956784623102,
          2.1969733049372158,
          2.8148234612164,
          2.9143436763912876,
          2.9291510365923203,
          2.8250412283526787,
          2.5471412387358123,
          2.236761934280614,
          1.6890132607047441,
          2.2171070816899343,
          2.198415925579835,
          2.0005344319702694,
          2.05256178897857,
          2.1594675506782774,
          1.887529653707431,
          1.7317788269887724,
          1.6205232651794623,
          1.6187834332125925,
          1.6280367540048428,
          1.4877512089897125,
          1.3601111375648245,
          1.4968657207576888,
          1.6299687571893018,
          1.689808703657817,
          1.7753700810388269,
          1.9623938727579606,
          1.9872443742590504,
          2.066676075634814,
          2.179819709735351,
          2.2346533504898405,
          2.605654070150999,
          2.9683176016330663,
          3.495753383394197,
          2.942116264686593,
          2.94124617079901,
          3.329642310951642,
          3.3219655759894016,
          3.03562638672823,
          2.537893408960963,
          2.3594179197886516,
          2.1059223811969523,
          1.6433213517933694,
          1.6110256982619782,
          1.835045819790023,
          2.1381466356329226,
          2.2132209468017767,
          2.326144495306731,
          2.498381532741709,
          2.544014845501982,
          2.5508767978742206,
          2.584349540268107,
          3.4009048927152565,
          3.325720822445545,
          3.291475603983498,
          3.055259120961287,
          2.805853348388724,
          2.669513328833982,
          2.6108899810651325,
          2.323769029159148,
          2.1433023637276123,
          2.1934092068999558,
          2.4156818223484855,
          2.159603073984213,
          2.1005410941451848,
          2.0196198953227213,
          1.9368756694513287,
          1.868999460617275,
          1.9321352274142738,
          2.1222300770992355,
          2.3727082048554857,
          2.44293219421405,
          2.6706014085503327,
          2.8844743943220617,
          2.8792172635856392,
          2.7896737144561876,
          2.689213108860871,
          2.547799003325732,
          2.2050401188608437,
          2.0534027120629066,
          1.9806465213954743,
          1.8305884915180444,
          1.7446200458355072,
          1.7794188286186996,
          1.8081896873793433,
          1.987352908858349,
          2.14660332327704,
          2.310779795995332,
          2.3934087182634065,
          2.5323576849449476,
          2.8969768003786953,
          3.225736461708072,
          2.977973035947933,
          2.796225104253625,
          2.6736235935391788,
          2.516194952362415,
          2.521262477282731,
          2.785116859525524,
          2.941570956699814,
          3.1276244607936654,
          2.930023215409418,
          2.9687235528630356,
          2.6457860661154733,
          2.5362177719522387,
          2.481510540011401,
          2.2755797811740544,
          2.1696964085744765,
          2.045394493441336,
          1.9197308837387537,
          1.7455716934177303,
          1.978739528726102,
          1.642962383031294,
          1.5552769408838085,
          1.4213059536414738,
          1.4054781249148913,
          1.2652325677380147,
          1.3082563853792641,
          1.3209982511957277,
          1.3315868934030077,
          1.3950873178620773,
          1.4386679995003688,
          1.3264593865392595,
          1.319233647262049,
          1.364270344425107,
          1.2928695036107374,
          1.6945540196356825,
          1.9076495816715244,
          2.0214178870917987,
          2.0385349453411368,
          2.0505146106155356,
          1.9221575608180874,
          1.953545329269649,
          1.9765729869225843,
          1.979448841924472,
          2.074500860287778,
          2.078100069841636,
          1.8133262194662465,
          1.4514718651606882,
          1.6975886298496743,
          1.5916061616261459,
          1.3788316997960997,
          1.2943284237203354,
          1.3267558106568733,
          1.4201442640902302,
          1.2735618612980317,
          1.2693066757756584,
          1.1146015719794982,
          1.4156899583513831,
          1.465531373773011,
          1.5867026304935918,
          1.8194675743213384,
          2.055579429805394,
          2.3191889794371034,
          2.499078125657136,
          2.549549568021776,
          2.5078040571759272,
          2.2014339776382092,
          2.035711637532688,
          1.815170130954527,
          1.7289929708389065,
          1.571934293435095,
          1.5295946887682519,
          1.4323986462454896,
          1.6317073454785644,
          1.4035416135166845,
          1.234367581782465,
          1.1577612986611383,
          1.1593549277950694,
          1.1317574309171494,
          1.119347759172639,
          1.1731059299209652,
          1.4136397340726117,
          1.52919613407819,
          1.399439121419555,
          1.3923295364139205,
          1.4576441253746673,
          1.3644686569333446,
          1.3657039543975984,
          1.445325100867763,
          2.103397531272984,
          2.500973517320574,
          2.3756209759633364,
          2.023790025824449,
          1.5323560477007956,
          1.410645187273452,
          1.302907715394817,
          1.2982503755555777,
          1.1580855159826555,
          1.1295787476740058,
          1.0998054130385881,
          1.172785387310494,
          1.268592750210626,
          1.3915291328256245,
          1.5364834627609045,
          1.6725558965276552,
          1.7863947460854317,
          1.8672651065883574,
          2.1923339030219027,
          2.530761286165224,
          2.8147306405306165,
          3.5664589413520345,
          3.080134414550773,
          2.939977340770835,
          2.877082414458717,
          2.4355704188331404,
          2.3922809107343697,
          2.1814294138501187,
          2.1354003808266118,
          2.1423772114206354,
          2.181191062766021,
          1.7619899232809617,
          1.6285353702874548,
          1.894475856451984,
          1.9666804210643791,
          1.8932684269339073,
          1.835220774670713,
          1.7861080647003456,
          1.7920778847111907,
          1.7429637972945393,
          1.789981107050024,
          1.8541251045323603,
          1.9521441309053953,
          2.011637641127845,
          2.113635308710749,
          2.401417555024768,
          2.5234458713216363,
          2.331349493127047,
          2.3261670314026848,
          2.4304780895752662,
          2.4054115167275345,
          2.3240506083716,
          2.595265915127432,
          2.620832487406312,
          2.397031520624072,
          2.2755277818230324,
          2.110611615715724,
          1.7906263380037386,
          1.9074682093862183,
          1.7547773450499415,
          1.7576435475427008,
          1.7254548354154617,
          1.792806293012192,
          1.7137357413250154,
          1.608072553330183,
          1.604659649703902,
          1.5264934031519815,
          1.4077123695781772,
          1.493648620907525,
          1.5564792032608818,
          1.5686490189034408,
          1.4788367378006413,
          1.5055145460036243,
          1.521454752511843,
          1.498501419510411,
          1.460016202331814,
          1.5030194557362835,
          1.469519927712613,
          1.5307750219593883,
          1.639235829062218,
          1.6442015282515525,
          1.8103174093791758,
          1.9561126051758655,
          2.6959934857341503,
          3.004686638977951,
          3.055169916649217,
          2.7230641225856758,
          2.110035837239487,
          1.786004769763057,
          1.596016207428852,
          1.4841704993033584,
          1.622781657088532,
          2.2408584912212524,
          2.3898187239817648,
          2.3756209759633364,
          2.1081008148759777,
          1.8342909751106182,
          1.6357793849815698,
          1.6477257499395723,
          1.87366553414821,
          1.756450264978279,
          1.7520195793672753,
          1.5687955263797189,
          1.4799402521314025,
          1.8183969486072706,
          1.4541636047731732,
          1.214510849350872,
          1.1151089816272415,
          1.0149674314222685,
          0.9136401602129078,
          0.9961825773938582,
          1.204908573564483,
          1.245315895918421,
          1.1384255311275846,
          1.2539772902993747,
          1.2255136165190195,
          1.1497508809031318,
          1.144457589217709,
          1.1620407154781494,
          1.266944953503827,
          1.2771098759305048,
          1.3139335684241102,
          1.5386207277507382,
          1.161846688118945,
          1.1834641229429175,
          1.2331775871905761,
          1.3813909237765423,
          1.6698398846130444,
          1.8693903024123792,
          1.9619711578288945,
          2.0948110264612323,
          1.8996386838993722,
          1.831002762094284,
          1.6922003987687164,
          1.4685198995670312,
          1.4035172680278944,
          1.4988835744352462,
          1.530262565076487,
          1.633999132229488,
          1.8347051145015825,
          2.274615391655906,
          2.505047165138618,
          2.596015602309061,
          2.7403597530542987,
          3.058892836832216,
          2.94713438276624,
          2.609791801529195,
          2.481225215390084,
          2.2203881992023993,
          1.9720542497164577,
          2.1389166319869393,
          2.2045479984641987,
          2.4215468946183107,
          2.2050401188608437,
          2.4992890733321182,
          2.3970147280176546,
          1.9547786376223784,
          1.9120388687825358,
          2.061271047267917,
          1.8627683035417324,
          1.9797291968872024,
          2.163831232343105,
          2.4430531284681916,
          2.6564787985582097,
          2.637857771025531,
          2.652084457356171,
          2.69425370509928,
          2.77330268267606,
          2.590581104810764,
          2.7494321543221742,
          3.2759384688240694,
          3.3995805984025194,
          3.4887968475544637,
          3.188076830662925,
          3.177141657330437,
          3.1981503196794083,
          3.205294527133465,
          3.197845849603941,
          3.147189728360585,
          2.8918467928104192,
          2.8103353138768288,
          2.7608084729762328,
          2.728361830500033,
          2.6256158708767305,
          2.3817188663612616,
          2.2265091657890963,
          2.4713201146832917,
          2.6487781660580354,
          2.849323228908337,
          2.9333477648995876,
          2.8362972650923117,
          2.697703871472159,
          2.4733651255732765,
          2.3330981620642994,
          2.2254569898243695,
          1.680517806581265,
          1.4790711556759724,
          1.6001026406504804,
          1.866605126365649,
          1.9183236904662073,
          1.9350156097473659,
          1.9046521244218857,
          1.9381115212873363,
          2.1166479114716994,
          2.4339894866562624,
          2.928632503721799,
          3.064092824776324,
          3.5225886181391317,
          3.517365256303736,
          3.15465087538578,
          2.7148308686555356,
          2.6226179641248755,
          2.5730369392345454,
          2.652484198600906,
          2.623766694577296,
          2.47982868381232,
          2.1530603138035325,
          2.073172872587106,
          1.6832374516341235,
          1.4799035395001128,
          1.341717198812502,
          1.3376040862939567,
          1.3680590454903916,
          1.3915272683380937,
          1.6161190066203037,
          1.783130903843243,
          2.017144121357728,
          2.0310190269547,
          2.090911952078825,
          2.140109448719153,
          2.1831147405654314,
          2.2826402134798207,
          2.2041752271324904,
          2.154795167450786,
          2.859159378612964,
          3.1867457834927126,
          3.2710051797078954,
          3.192555577500295,
          2.9239357272414157,
          2.9914225994531205,
          3.140743617457869,
          3.053572926380361,
          2.947251738188322,
          2.962340105261889,
          2.799123525970648,
          2.246041418874255,
          2.222404906998375,
          1.8783038913017847,
          1.9187013897777834,
          1.8568509904727413,
          1.7192834237141792,
          1.5514427038078944,
          1.4083074242719866,
          1.514019423675228,
          1.5508171119619052,
          1.9036130805933407,
          1.7042815550996624,
          1.6161312443193125,
          1.6292430650841778,
          1.924321013022607,
          1.9557575479162495,
          1.8525435642783354,
          1.775524063324256,
          1.7583837045985777,
          1.590775664404116,
          1.503289862712543,
          1.7028299062553958,
          1.9121386785218122,
          2.0964377868107804,
          2.074500860287778,
          2.0363179552227457,
          2.036338870062654,
          2.110730375356512,
          2.126343789223708,
          2.1665636410694944,
          2.357077606003558,
          2.4515405611312,
          2.5773483197342024,
          2.113506051214202,
          1.874064618514875,
          1.6985456034255555,
          1.684810421445658,
          1.767526917160482,
          1.771630376087558,
          1.7604919022893442,
          1.9177050496700934,
          2.009056720506755,
          1.848845139659562,
          1.7837751845435914,
          1.9740373558577446,
          2.008182153118739,
          1.7136711973606142,
          1.5335757764683693,
          1.2948088695773983,
          1.2721477481326704,
          1.2473652846983687,
          1.2403059577245403,
          1.2302635168142881,
          1.1868130615326462,
          1.092864506176882,
          1.219464185551968,
          1.2928695036107374,
          1.4123987061752883,
          1.514479401720656,
          1.759076929698944,
          1.6631276863762925,
          1.8375201322021777,
          1.8469202767838642,
          1.8417848983532843,
          2.1528179893211132,
          1.91677721779935,
          1.6765264173642869,
          1.5916205851024179,
          1.3962970674198196,
          1.2046820053509493,
          1.2741796354986215,
          1.169630006009283,
          1.1155955179040946,
          1.15832224637747,
          0.9733528812298157,
          1.0589098737520568,
          1.1855116816496156,
          1.2794918918852982,
          1.1378162226510469,
          1.15309666213812,
          1.1183021003870768,
          1.2143820273138024,
          1.1497508809031318,
          1.144457589217709,
          1.207079436310956,
          1.2884674479674851,
          1.398210892325305,
          1.5565079012788816,
          1.8352203648450862,
          1.755734050528451,
          1.6781642249654096,
          1.479851765984079,
          1.3862286486809139,
          1.1484830209687278,
          1.1100508778502305,
          1.0814925283464993,
          1.1191689071711126,
          1.0765200392121972,
          1.0962107335423898,
          1.1613514665671099,
          1.2872677507464196,
          1.4089315990376612,
          1.6046754070991702,
          1.643137977292374,
          1.76916462932265,
          2.1245600816698285,
          2.539988629166663,
          3.0090243823028224,
          3.510391235406832,
          3.1169940249762442,
          3.0066880547253216,
          3.0589988613001005,
          3.1115245685241115,
          3.2285561048960822,
          3.141804130775096,
          2.7776125547536887,
          2.5555765495160583,
          2.4555709072596703,
          2.195224005939468,
          1.8996386838993722,
          1.8019498987274605,
          1.5670102933761203,
          1.4251972845342737,
          1.3942466201040982,
          1.4109608309755204,
          1.2678937221081097,
          1.4015292292355943,
          1.5111602212555835,
          1.521728539660307,
          1.4628856770691738,
          1.7181810418266883,
          1.8106761013658426,
          1.8672189992416999,
          1.8947622490973672,
          1.6422447500517734,
          1.7471631023901537,
          1.775524063324256,
          1.5887512063564215,
          1.4486295846379336,
          1.382205039101337,
          1.4649972069252972,
          1.2761697525651667,
          1.1923972918412848,
          1.0928894837546228,
          1.0774924910176262,
          0.9733528812298157,
          1.1161228312954616,
          1.1155955179040946,
          1.1513126081410248,
          1.1946822891484479,
          1.2360906947079255,
          1.1331488027267858,
          1.2453653225459735,
          1.365401417593946,
          1.161846688118945,
          1.1795412412952482,
          1.1834641229429175,
          1.3262396848824602,
          1.6281812018409387,
          1.8917811106899358,
          2.1667370655752065,
          2.442494160573488,
          2.3877813171370947,
          2.5676467501326456,
          2.4838902275180965,
          1.9554521602018813,
          1.9383296421515654,
          1.8499889186268494,
          1.6509182829346574,
          1.493928844864557,
          1.3816769460323217,
          1.2304135790288262,
          1.4185260969261373,
          1.5969696054389146,
          1.6033515382188044,
          1.6824259712923504,
          1.8225574854667288,
          1.744502772519213,
          1.2389863208781904,
          1.169248902279913,
          1.2136353879281225,
          1.139884351954751,
          1.006370341188834,
          1.0065431111454926,
          1.0230335539209594,
          1.051001331433198,
          1.1303638241415996,
          1.187198645892721,
          1.2609181972243224,
          1.4492988210707285,
          1.8672651065883574,
          2.1923339030219027,
          2.547853136857752,
          2.357077606003558,
          2.4515405611312,
          2.635459426626908,
          2.41629017125665,
          2.0102900308404053,
          2.278598372732163,
          2.158361178007361,
          2.0865728444073106,
          1.9398207844372377,
          1.813246301848184,
          1.764869289505501,
          1.7569368868956123,
          1.714550237058043,
          1.776858642144616,
          2.047204913163255,
          2.1006154273191857,
          1.8405193514903688,
          1.6522875384074251,
          1.6632635422207738,
          1.6181077535951367,
          1.4482640933873085,
          1.2616110645400362,
          1.26187945503082,
          1.416842054440985,
          1.5355596540482455,
          1.6235751777791338,
          1.8425287744812224,
          2.1151310447280487,
          1.8133262194662465,
          1.4514718651606882,
          1.6241057897555007,
          1.3963847074979023,
          1.224249222009846,
          1.0721467568165899,
          0.9694111698755074,
          0.934152779085119,
          0.9504708823134702,
          0.8852576005044821,
          0.8983185819456525,
          0.8725906689562828,
          0.9016633256578968,
          0.9479083335958525,
          1.0120303165223632,
          0.9787376296179446,
          0.9243704350831758,
          0.9132752856721925,
          0.9630275009234126,
          1.08287847074538,
          1.2115239443729644,
          1.2693066757756584,
          1.1146015719794982,
          1.5309384195425468,
          1.6582493155662164,
          1.523212170145004,
          1.38869149409557,
          1.29933732634199,
          1.0934635725116755,
          1.032347886315987,
          1.2778568735045646,
          1.5198572436291906,
          1.429656153850905,
          1.5127100370513196,
          1.559183602480156,
          1.5167606268094649,
          1.4790297870613378,
          1.4427359414924172,
          1.485182528891095,
          1.648253243985066,
          1.746105048714111,
          1.8208526052813,
          1.9414975213619723,
          1.8871836847779402,
          1.9625867139145767,
          2.0048016411279295,
          1.920505539736368,
          2.042991510536586,
          2.9032852008017915,
          2.6845375593421084,
          2.0996135461562404,
          2.2473665072685574,
          2.1932938481647826,
          2.182499296407437,
          2.2784056873340015,
          2.359040319778139,
          2.435604115795097,
          2.405072452249555,
          2.392652391511931,
          2.503196223066456,
          2.6016275740742216,
          2.5170825437077324,
          2.611488128766889,
          2.4829248373079253,
          2.5062804655745143,
          2.6306658732202166,
          2.414757731384232,
          2.151210432673998,
          2.0290541619719535,
          2.027701932687517,
          1.680517806581265,
          1.4790711556759724,
          1.6001026406504804,
          1.866605126365649,
          2.057916664528719,
          2.2035614877554526,
          2.4539248880720947,
          2.5695888336914208,
          2.4092168555069398,
          2.084117321606274,
          1.6810267085647204,
          1.2972696483429917,
          1.1578125527294596,
          1.1229611614262878,
          1.0068530173882912,
          0.9544339137423741,
          1.0068296267716632,
          1.0224005405296912,
          1.2041377710358034,
          1.4610648300649753,
          1.5304708728529748,
          1.557015695751235,
          1.9066448403926413,
          2.296410605663916,
          2.2799387517489906,
          2.2939728087794258,
          2.2020047311366353,
          2.0793636793060863,
          1.7068902831208816,
          1.4185133216685575,
          1.3650180210619385,
          1.3468202714680726,
          1.4031136886455464,
          1.4649726022755987,
          1.558570282769971,
          1.8180674496612854,
          1.8213734132901225,
          1.6351479070076103,
          1.67518840864648,
          1.879695991946387,
          1.9381115212873363,
          2.0268691203213773,
          2.0018330389651346,
          1.89274043333872,
          2.111950591256337,
          2.1477322276128277,
          2.216393521605064,
          2.0759660984105173,
          1.9977812888681925,
          1.7992769024193427,
          1.7348645354194803,
          1.6411435468578355,
          1.5358774101540225,
          1.5858577062418724,
          1.6906145777057735,
          1.9725757829109445,
          2.2501159855668424,
          2.386214476499383,
          2.2230250713444697,
          2.559639025728995,
          2.505313524036918,
          2.4198862260136105,
          2.2613565009929104,
          1.9687395069364202,
          1.8696423605151384,
          1.7030563066204756,
          1.633467170615643,
          1.4463329501349074,
          1.401336901358953,
          1.5181742823337305,
          1.58678514872958,
          1.8807869322221442,
          2.2308755419360544,
          2.0141284882898844,
          1.8917381956887587,
          1.8053204679355401,
          1.6801989589357647,
          1.6173161208867426,
          1.6035465091632761,
          1.60380509986538,
          1.5496718129531692,
          1.5774768548117248,
          1.5975669887699435,
          1.6558876427888718,
          1.6673036404774861,
          1.6791987298466635,
          1.7015466495303901,
          1.8020942122594326,
          1.9362412585009285,
          2.113622756499778,
          2.1114313227962107,
          2.023790025824449,
          1.626246540157754,
          1.410645187273452,
          1.302907715394817,
          1.2982503755555777,
          1.4473784399340845,
          1.8180674496612854,
          1.8213734132901225,
          1.66605350793213,
          1.8757259993329423,
          1.8507751633758707,
          1.797506290093351,
          1.7626275242466187,
          1.764929563997263,
          2.011832919978679,
          2.380217519898416,
          2.568062264785969,
          2.4554661067001655,
          1.744502772519213,
          1.2389863208781904,
          1.169248902279913,
          1.2136353879281225,
          1.152778897103012,
          1.0928894837546228,
          1.085880988113746,
          1.0700710044148432,
          1.1513126081410248,
          1.1077134028465385,
          1.132747034087739,
          1.2776081717146601,
          1.4231520846455696,
          1.6280752056546999,
          1.8707328657377,
          2.0063537260317292,
          2.0661368666852162,
          2.010684292686208,
          1.7287924505130428,
          1.5520351794530263,
          1.2938544087869877,
          1.314443356514364,
          1.201312559552697,
          0.9132752856721925,
          0.9630275009234126,
          1.08287847074538,
          1.2115239443729644,
          1.4859296254995882,
          1.5339493944890525,
          1.7200453388335135,
          1.7844858598862023,
          2.0438392167603094,
          2.3965525211686907,
          2.9705765776393225,
          3.291475603983498,
          3.0782537388060573,
          2.740260856529893,
          2.5551115667255777,
          2.4393719163760386,
          2.27191169661165,
          1.977871699544891,
          1.8080148763230832,
          1.885133400840089,
          2.0061893219118887,
          2.2873372110265042,
          2.407439293680918,
          2.2796154020922184,
          2.189961677653683,
          2.201197783772776,
          2.4769437549972593,
          2.5381733153962562,
          2.3836379520055697,
          2.1147755320304205,
          2.0110782320317,
          1.815170130954527,
          1.7289929708389065,
          1.571934293435095,
          1.5295946887682519,
          1.5224195002522871,
          1.6761170530059895,
          1.8873682712720288,
          1.9878971068759168,
          2.07795499002062,
          1.8139847733775494,
          1.9535386278793427,
          2.2672812621398704,
          2.278014268975645,
          2.1943720217878955,
          2.607584801395438,
          3.3488654759489,
          3.0952484166849112,
          2.9057884806233965,
          2.335007501423199,
          1.9648476039509681,
          1.9334791485106209,
          1.9483432429697696,
          1.9073815853417813,
          1.8475985325529836,
          1.7345734781673072,
          1.6406662951355102,
          1.5423967108009078,
          1.5403063591630304,
          1.4339974914372804,
          1.4664606001665381,
          1.5571441586614672,
          1.6317593543133206,
          1.94812053264872,
          2.146983979326419,
          2.514150189995344,
          2.9454002203226803,
          3.069517655020441,
          2.8885864710503517,
          2.8094468761939746,
          2.622935236307905,
          2.3167937080125993,
          2.238864301295844,
          1.3659454997662968,
          1.1073020951971602,
          1.0305794566305098,
          1.0358021777304103,
          1.3076528534524576,
          1.311815334846726,
          1.3416812236682971,
          1.495120521602023,
          1.6933448631132815,
          1.791387300764482,
          1.9037782554444984,
          1.9572048000687907,
          1.6985456034255555,
          1.559283379363702,
          1.396105969179252,
          1.3296875708906943,
          1.3269564295321037,
          1.2401590263957227,
          1.1340536860002195,
          1.3230713145793556,
          1.4891946668135116,
          1.6769315437996624,
          1.7171949105882827,
          1.7505681375008277,
          1.9315723116692134,
          2.0721749166033137,
          2.0942607029061326,
          2.1048662248626675,
          2.165033472915696,
          1.9555287946430813,
          1.7823261124837426,
          1.5453593711229077,
          1.4245666593096027,
          1.4083074242719866,
          1.4596659232673006,
          1.4823547041590244,
          1.5991463784743296,
          1.8043447468944822,
          2.0167411743797468,
          1.9641460377296172,
          2.0506313833522123,
          1.8002252370730663,
          1.5130868563676363,
          1.3458753640458991,
          1.2943284237203354,
          1.3267558106568733,
          1.0190616831178159,
          0.6380065222033973,
          0.9012639347452334,
          1.1011819110711345,
          1.2019751021853615,
          1.2805305226514707,
          1.2956307339446842,
          1.1950616600738269,
          1.235802635466941,
          0.9957273891119112,
          0.9704521959035033,
          0.9587867631911906,
          1.0168007106171575,
          1.0612538391024047,
          0.9557069324535915,
          0.9337201432282123,
          0.9587105905429206,
          1.0260038478920595,
          1.0114851940693996,
          1.1704101147017332,
          1.2191420279692706,
          1.399439121419555,
          1.3923295364139205,
          1.4576441253746673,
          1.7879796075604484,
          2.343516154789084,
          2.2886230250117947,
          2.0894651937610362,
          2.2153663792102716,
          2.3871798557528194,
          1.953545329269649,
          1.9765729869225843,
          2.3254894509330084,
          2.3071169595022676,
          2.152237215324991,
          2.0121537063296926,
          2.2605681590429305,
          2.2076612827041195,
          2.0817381379816284,
          2.170371451582106,
          2.309367605930132,
          2.555339454274944,
          2.9951135004451124,
          2.875220775489195,
          2.8135029386644312,
          3.1838481318857226,
          3.4722610703184627,
          3.6529295198496494,
          3.8178878436130375,
          3.3066653830582915,
          3.4778545529134584,
          3.5256328615100143,
          3.6983387547180526,
          3.350524216171199,
          3.186804486029425,
          2.596091062543424,
          2.4507553384586176,
          2.255060556182048,
          2.1177269538647274,
          2.0586378981163738,
          1.956868701343177,
          1.7653837050983914,
          1.610110065819944,
          1.7834554292490528,
          1.5762364406600904,
          1.622966432253778,
          1.5917346118071756,
          1.6841570395083514,
          1.8979889634090952,
          1.8854602098231874,
          1.9951463424197569,
          2.240277334644597,
          1.86420835754114,
          1.6357793849815698,
          1.6477257499395723,
          1.8322287350551796,
          1.756450264978279,
          1.7454005269625577,
          1.709892829435352,
          1.6741822385648177,
          1.6263654009169581,
          1.518381583060462,
          1.4731978759868656,
          1.4660773942022505,
          1.609166102514636,
          1.8212279552426334,
          1.9988146676443797,
          2.0498260178095764,
          2.0167277356149658,
          2.0555849065516725,
          2.2916730311998794,
          2.388666398886421,
          2.656912291196944,
          2.5310627886499852,
          2.169467810537708,
          1.900571061215964,
          1.632025833461746,
          1.0934635725116755,
          1.032347886315987,
          1.2778568735045646,
          1.278243208731806,
          1.1073020951971602,
          1.0305794566305098,
          1.0358021777304103,
          1.0316271817622917,
          0.9504708823134702,
          0.8852576005044821,
          0.9506013992293891,
          0.97170963664336,
          0.6380065222033973,
          0.9012639347452334,
          1.0304370132879552,
          1.08018577228574,
          1.1520290126782045,
          1.2570372166109758,
          1.3755147061096538,
          1.3365700406733492,
          1.0817806819952414,
          1.1335864261692234,
          1.0068530173882912,
          0.9544339137423741,
          1.0068296267716632,
          1.0426472800021802,
          1.230818420208455,
          1.3200652352195485,
          1.2687307197210207,
          1.2035629968863053,
          1.169392930981644,
          1.2041789930643385,
          1.158494650407229,
          1.1715011727511464,
          1.3216523846476873,
          1.647491404998048,
          1.9142479647437174,
          2.1789662584819522,
          2.4142731174404273,
          2.3294952294103215,
          2.0795168256867216,
          1.8132899468938672,
          1.7710521572455042,
          2.07124108841571,
          1.9715244445437474,
          1.5687955263797189,
          1.4799402521314025,
          1.5442790139825555,
          1.4807132371544016,
          1.404815215744685,
          1.2771098759305048,
          1.3139335684241102,
          1.5386207277507382,
          1.9036165689288649,
          2.1637391758040128,
          2.1709004220248804,
          2.1983444702763553,
          2.246041418874255,
          2.152396033855025,
          1.8783038913017847,
          1.9187013897777834,
          1.929822529881936,
          1.7446305190637266,
          1.6769183238090197,
          1.7022345227493312,
          1.63158026695264,
          1.7574043038495832,
          1.8043447468944822,
          2.0167411743797468,
          2.1305677501783045,
          2.2559441519857715,
          2.2715079579133377,
          2.2538018369047563,
          2.4463369461309474,
          2.463953175150084,
          2.5712566210286836,
          2.5752195189763416,
          2.2116874121458543,
          2.2581789355534387,
          2.2826402134798207,
          2.2041752271324904,
          2.154795167450786,
          2.859159378612964,
          2.767756247398955,
          2.3713346104654525,
          2.3246129156560524,
          2.424536999855504,
          2.5078855657075874,
          2.3071169595022676,
          2.4414229691562377,
          2.340260862847682,
          2.275251583485246,
          2.1835159963745725,
          2.0910923807824897,
          1.9963274661513752,
          2.0467987313782467,
          2.282610164168428,
          2.5994532794516827,
          2.9055199482403,
          2.6701845009802394,
          2.5476020292864887,
          2.407443262406308,
          2.2116655695051186,
          2.0099745272648715,
          1.9712633411142506,
          1.9516289696458207,
          1.5966308884214535,
          1.5726549436834532,
          1.4805530488571725,
          1.6613846454103114,
          2.0415511111040963,
          2.1636466270492587,
          1.9257553400961063,
          1.957819465200208,
          1.8900241928694903,
          1.8066854975286422,
          1.7312167834696397,
          1.494725624040377,
          1.2348685062319786,
          1.3032003404557881,
          1.2964607388244342,
          1.2405140534512478,
          1.3328888031290531,
          1.3622112971415672,
          1.3730059756110415,
          1.6797640840108006,
          1.4364701930478905,
          1.3010133456508313,
          1.2030990274596074,
          1.1699622394344815,
          1.1114173412592379,
          1.2625986675041365,
          1.3194472554541496,
          1.3287184549295614,
          1.357882832437526,
          1.3394636433232439,
          1.3615432924236193,
          1.379296158613672,
          1.3784224835727132,
          1.4537473497125388,
          1.4739994543524624,
          1.5202260142409643,
          1.6862888120994355,
          1.6789792168731397,
          1.7381722904166945,
          1.9042731126083978,
          2.32141613740462,
          2.369546916347281,
          2.264714498225545,
          2.3388436169626368,
          2.4825071090221025,
          2.480507770076293,
          2.6060987810104326,
          2.34162069944004,
          1.6351479070076103,
          1.67518840864648,
          1.8507751633758707,
          1.797506290093351,
          1.7626275242466187,
          1.764929563997263,
          2.011832919978679,
          2.380217519898416,
          2.764035025570258,
          2.8571899067882702,
          2.2736499313112715,
          2.5298747764121168,
          2.685886017468601,
          2.835515509360948,
          2.4082810458826023,
          2.0695663190557236,
          2.2079145753961695,
          2.2790315166262873,
          2.234666525486161,
          2.2253546596634832,
          2.3745770718255974,
          2.2230250713444697,
          2.540604334023429,
          2.718676406892457,
          2.677910788358003,
          2.5951491850084927,
          2.490746630629093,
          2.4604041355385293,
          2.2623823988284064,
          2.239725183612719,
          2.3238821577876503,
          2.24148246945306,
          2.0162616880774005,
          1.9317664135149157,
          1.8558128578406659,
          1.512011351940061,
          1.282397756363878,
          1.3330197608943515,
          1.4083160321809856,
          1.4929214649646512,
          1.6973577209321982,
          1.9901321052210568,
          2.386338982745815,
          2.831676729596465,
          2.537441624645375,
          2.2728097255711255,
          2.4516439803906644,
          2.3713346104654525,
          2.3246129156560524,
          2.424536999855504,
          2.591104979401167,
          2.4086023262412253,
          2.6425864870329896,
          2.308241041363602,
          2.1734850520395277,
          1.8183969486072706,
          1.4541636047731732,
          1.214510849350872,
          1.1151089816272415,
          1.0149674314222685,
          0.9136401602129078,
          0.9961825773938582,
          1.0765200392121972,
          1.0962107335423898,
          1.1613514665671099,
          1.2872677507464196,
          1.4089315990376612,
          1.7509210327277667,
          1.8220369515146362,
          1.865265018082274,
          1.9042803219729234,
          2.0457187353994026,
          1.7486551661583045,
          1.531361611107368,
          1.4198120000832084,
          1.4094992823100068,
          1.4199538927208364,
          1.4220832137586414,
          1.4429956296365185,
          1.5976155649158024,
          1.6789340521108111,
          1.8020942122594326,
          1.9362412585009285,
          2.244722512318843,
          2.7558096844068594,
          2.7793872309753143,
          2.894901525030895,
          3.4484708569385063,
          3.4740267295786165,
          3.6101076597656485,
          3.140743617457869,
          2.863697813470637,
          2.5561745602151666,
          2.201958319883053,
          2.125744670770486,
          2.1007804502929583,
          2.0648682698371505,
          1.9476891787230726,
          2.0168890446096075,
          2.115243998290121,
          2.113601865008362,
          2.0923789110391198,
          1.9837996315424913,
          2.2328635308895066,
          2.028321626787715,
          1.7427802023567394,
          1.5520351794530263,
          1.5253552624118885,
          1.6334557261089655,
          1.5833158518802306,
          1.375117906646661,
          1.0817806819952414,
          1.1335864261692234,
          1.1896236363518273,
          1.164656439012435,
          1.1730980892878216,
          1.1701466884244804,
          1.230818420208455,
          1.398710747653947,
          1.4293505497936083,
          1.4532813352046194,
          1.6230019595748382,
          1.6235837216377031,
          1.8291876878776652,
          1.9714710288632427,
          2.0401606357183866,
          2.234177908297614,
          2.514804027965052,
          2.779519933664973,
          2.5597556661414846,
          2.1081008148759777,
          1.8342909751106182,
          1.9641866970964525,
          2.3125628173255492,
          2.5692390876356868,
          2.922621285084129,
          2.953706954424926,
          2.496816810038806,
          2.5340471595838583,
          2.5890203704061907,
          2.379233593313701,
          2.783872954184213,
          2.647838056125697,
          2.463953175150084,
          2.092038274649394,
          1.9527640453607888,
          1.8249325541599584,
          1.8058087488518861,
          1.6235837216377031,
          1.8291876878776652,
          2.3389280908937886,
          2.7109669660227773,
          3.07848174788445,
          2.766555368167209,
          2.32251565297244,
          2.163471603610544,
          2.4585169204917654,
          2.7670150345063576,
          2.4325816174321653,
          2.3838084327763935,
          2.3648740587639576,
          2.4884327150813546,
          3.068438122877356,
          2.8000073873087943,
          2.1726208570187913,
          1.876092822805333,
          1.7324677189432287,
          1.6590746239280862,
          1.562607577133928,
          1.6239933432141886,
          1.5051493885380425,
          1.3850520401000093,
          1.3002330193109755,
          1.2030456317070022,
          1.1440574938220724,
          1.151255245526143,
          1.1845258123922984,
          1.2606151542036397,
          1.44865283645587,
          1.7176114033281848,
          1.9519868287619322,
          2.296410605663916,
          2.1791296237230426,
          2.326561887634794,
          2.4817440782697844,
          2.462306470942574,
          2.5757304207416762,
          2.2294658761766417,
          1.9554380352734486,
          1.7258354607963104,
          1.5651898779618976,
          1.2972696483429917,
          1.0639372199911588,
          1.1229611614262878,
          1.257384379280952,
          1.5163821943650042,
          1.6601478961649319,
          1.6933448631132815,
          1.708213226229142,
          1.791387300764482,
          1.8132899468938672,
          1.7710521572455042,
          2.0715378216968228,
          2.4817440782697844,
          2.260345719636719,
          2.13868263838086,
          2.133436698694949,
          2.110730375356512,
          2.126343789223708,
          2.1665636410694944,
          2.40822705574777,
          2.652892903172906,
          2.814265114692599,
          2.438220387495333,
          2.0753986904703305,
          1.7450779954268933,
          1.9146261548451027,
          1.849483858858198,
          1.7616082777770263,
          1.7025905754225406,
          1.7191362939347141,
          1.15309666213812,
          1.1183021003870768,
          1.2805531209796672,
          1.4482640933873085,
          1.2616110645400362,
          1.2477540563103062,
          1.336688887279042,
          1.5355596540482455,
          1.6235751777791338,
          1.8425287744812224,
          2.0168890446096075,
          2.115243998290121,
          2.113601865008362,
          2.0923789110391198,
          1.8340139026359723,
          2.1001864886952113,
          2.195828035131986,
          2.1817292141741467,
          2.0306824775817987,
          1.5323560477007956,
          1.5045363175242208,
          1.577788355366089,
          1.270167530032803,
          1.152778897103012,
          1.139884351954751,
          1.006370341188834,
          1.0065431111454926,
          1.0230335539209594,
          1.051001331433198,
          1.1303638241415996,
          1.187198645892721,
          1.2609181972243224,
          1.4492988210707285,
          1.920505539736368,
          2.0238825404662775,
          1.6162292114545727,
          1.445101151211571,
          1.0639372199911588,
          1.0596316746522279,
          0.9957273891119112,
          0.9704521959035033,
          0.9587867631911906,
          1.0168007106171575,
          1.0595855277581006,
          1.1014369374614832,
          1.0139778898041156,
          1.169392930981644,
          1.2041789930643385,
          1.158494650407229,
          1.1715011727511464,
          1.3216523846476873,
          1.629010930381376,
          1.5511554272051327,
          1.7735811339683292,
          1.9960004539703942,
          2.057795680940189,
          2.106372358416396,
          1.8927904302731244,
          1.9292391896610472,
          2.0872582779216375,
          2.234093591610656,
          2.589427666455057,
          2.4230027623895567,
          2.3750843059183815,
          1.9657380665574016,
          2.479170808336878,
          2.347991843322911,
          2.316940855660383,
          2.2623823988284064,
          2.239725183612719,
          1.859830955685824,
          1.559283379363702,
          1.396105969179252,
          1.3296875708906943,
          1.3269564295321037,
          1.1077134028465385,
          1.132747034087739,
          1.2836324132680608,
          1.4699589031841749,
          1.6071415423048774,
          1.738244050367974,
          2.102392835181903,
          2.3706077191520785,
          2.6161429733671753,
          2.8593259004317795,
          2.774186854218855,
          2.656404937834384,
          2.766913825366186,
          2.656733144372412,
          2.631943291220657,
          2.6792093404382635,
          2.7159076131747124,
          2.6694139510214536,
          2.4462176533563547,
          2.46927302649024,
          2.5088620728714255,
          2.309536059024648,
          2.2941209331324037,
          2.596314329003251,
          2.3835761236859114,
          2.3541517242033954,
          2.300984789534283,
          2.384112433303808,
          2.627214026640225,
          2.7801464025923917,
          2.7170741113312618,
          2.639988268457955,
          2.295274709856452,
          1.9835576807506488,
          1.977871699544891,
          1.8197196169533765,
          1.7362571896201986,
          1.6653069930550322,
          1.50539979295645,
          1.5963248304408655,
          1.869611771318458,
          2.0345306916898207,
          1.8592374595948464,
          1.865265018082274,
          1.9042803219729234,
          2.108351312424443,
          2.13696549614186,
          2.17756046817714,
          2.090194093693918,
          1.9774647984441014,
          1.8297210883048,
          1.5182290678995818,
          1.518473467933544,
          1.2405140534512478,
          1.3328888031290531,
          1.3622112971415672,
          1.3730059756110415,
          1.7242431379933407,
          1.7083759365963094,
          1.7745521962788273,
          1.8711541020034412,
          1.8831907803498118,
          2.040048804994124,
          1.891377205266151,
          1.8847934322057074,
          1.9424376196976048,
          1.696734003496515,
          1.7871755843921047,
          1.9232700952592112,
          2.0473479287816536,
          2.087331338031009,
          2.0676578464942397,
          1.7398081411493425,
          1.6044814708357742,
          1.4739994543524624,
          1.425069328397138,
          1.647491404998048,
          1.6789792168731397,
          1.7381722904166945,
          1.9042731126083978,
          1.9527640453607888,
          1.8249325541599584,
          1.8645947278543031,
          1.9141518487762768,
          1.98770824659672,
          2.3043439944200594,
          3.0509648004341132,
          3.2473146000194437,
          2.859201512651225,
          2.909620189727285,
          2.882048616282929,
          2.851797111701029,
          2.957660096078773,
          3.395407389271245,
          3.7598728188527657,
          3.22955891061444,
          2.7041896804766905,
          2.430625034043977,
          2.4133544337215893,
          2.4812984559869227,
          2.472429579970489,
          1.9999933481361587,
          2.056858372632257,
          2.037704729939489,
          1.9132466780132527,
          1.9687780760930549,
          1.974139543193262,
          1.9383460663357426,
          2.149201888373597,
          2.356396628437023,
          2.9270836704340457,
          3.136863711020106,
          3.2528304049124843,
          2.837694503440554,
          2.6161677849496714,
          2.5329214714166124,
          2.4208072965071548,
          2.3708162252791367,
          2.159514965960284,
          2.0751739654233994,
          1.8311096757041732,
          1.6507852688014077,
          1.450855366264577,
          1.4833355211219612,
          1.6112360850575898,
          1.6427921750708838,
          1.6940770626288841,
          1.810356510511423,
          1.6906554446354938,
          1.4054834616636285,
          1.1855134659810531,
          1.1499878238305201,
          1.240012283821617,
          1.3416812236682971,
          1.495120521602023,
          1.7543548145956143,
          2.001516612377639,
          1.8927904302731244,
          1.9292391896610472,
          2.1791296237230426,
          2.326561887634794,
          2.7237286346390825,
          2.8433019731558513,
          2.6908328990500454,
          2.671565778555051,
          2.4622822345242064,
          2.356396628437023,
          2.8477674287417596,
          2.8383942067287453,
          2.7647329182999925,
          2.4347801947778627,
          2.2819228780562173,
          2.0172904544539727,
          1.8177496480161122,
          1.8006861505437406,
          1.7278503256285904,
          1.645288016155836,
          1.498783171037503,
          1.374797426602202,
          1.3138929430665822,
          1.3610304713187609,
          1.2887126585196904,
          1.1378162226510469,
          1.1737689477898439,
          1.2732915602938792,
          1.4852853229106542,
          1.4136565809786354,
          1.509374201648096,
          1.6075680537187913,
          1.6261907384069578,
          1.738244050367974,
          1.9740373558577446,
          2.008182153118739,
          1.8009033401328594,
          1.4850702487089438,
          1.2583825985681218,
          1.1004674618395884,
          1.0720427011007443,
          1.1831211997292832,
          1.1068516985701682,
          1.0527034378239781,
          1.0595855277581006,
          1.068249954776633,
          1.0990516473401533,
          1.1543758041515,
          1.1929968501391066,
          1.228751539325421,
          1.3683270977943582,
          1.5737695153658606,
          2.144251926159891,
          2.6372815764988404,
          2.836924255118582,
          2.7398229343794807,
          2.761137579917201,
          2.6240659558754853,
          2.447375114152222,
          2.434183581487744,
          2.5468160940631788,
          2.621444174722175,
          2.6633766398929426,
          2.1232975772951543,
          1.8781233934110348,
          1.7788054918669438,
          1.6638677892080351,
          1.6950762872050413,
          1.6529535018128803,
          1.690898165638008,
          1.6949680762477002,
          1.8585588251651006,
          2.174861257433922,
          2.216985742512792,
          1.9958208202794285,
          1.6241057897555007,
          1.3963847074979023,
          1.224249222009846,
          1.0721467568165899,
          0.9694111698755074,
          0.934152779085119,
          0.9730794199595731,
          0.9259529214395358,
          0.8983185819456525,
          0.8725906689562828,
          0.9016633256578968,
          0.9337201432282123,
          0.9587105905429206,
          1.0260038478920595,
          1.0492186580702465,
          1.2799525592434047,
          1.5079020842276885,
          1.8072205452211745,
          2.017144121357728,
          2.2338908177740135,
          2.369857902455678,
          2.419264494773716,
          2.580468968275796,
          2.2799387517489906,
          2.2939728087794258,
          2.6785230267719085,
          3.0494933066549645,
          3.1139768125990797,
          2.848899660136082,
          2.7394987323756435,
          2.8362972650923117,
          3.397136766221632,
          2.907980925985244,
          2.6776023435808654,
          2.5286099911480218,
          2.522252795815298,
          2.4084698207018933,
          2.432662745611503,
          2.464308963001272,
          2.515534768328739,
          2.4634987506338026,
          2.152237215324991,
          2.0121537063296926,
          2.2605681590429305,
          1.6422447500517734,
          1.7471631023901537,
          1.7336159562922195,
          1.5670026141507307,
          1.3948291143591605,
          1.3051720545468315,
          1.1580855159826555,
          1.1295787476740058,
          1.0998054130385881,
          1.172785387310494,
          1.268592750210626,
          1.3915291328256245,
          1.5575759314666227,
          1.7509210327277667,
          1.8220369515146362,
          1.9052477451740852,
          1.9946166378719186,
          1.9516289696458207,
          1.8605006627820773,
          1.7525489783819803,
          1.307841005691396,
          1.2644378222519823,
          1.1735027114899204,
          1.0507539850399696,
          1.0949190117822163,
          1.3589162374549963,
          1.615694538983389,
          1.8569598480665506,
          2.1547079366014876,
          2.6888152896922928,
          3.096130022999668,
          2.8629214690217317,
          2.8753662574549814,
          3.3916032880111633,
          3.5908342943751217,
          3.573387210393678,
          3.1801211383192585,
          3.279069953084216,
          3.4125024644609456,
          3.191287691084042,
          3.0871114350505406,
          3.133939830069127,
          3.4450012943500163,
          2.7825429416889325,
          2.3204865749777293,
          1.9549167635314773,
          1.5060437282029182,
          1.7370273696422975,
          1.9936402181292197,
          1.9588936284130527,
          1.9642378846177952,
          1.9521090265554752,
          1.9503056072678966,
          1.8781243474982752,
          1.9257553400961063,
          1.957819465200208,
          1.7450779954268933,
          1.7179019597005856,
          1.451544867120022,
          1.4089916087235088,
          1.3602362780605077,
          1.2046820053509493,
          1.2360906947079255,
          1.1254883552689634,
          1.230431114802733,
          1.5712847035588284,
          1.7250160022681031,
          1.8476755485715688,
          2.059799218434075,
          2.2111371247529688,
          2.196733045140003,
          2.2889858439235344,
          1.9968626589244285,
          1.5060437282029182
         ]
        },
        {
         "mode": "lines",
         "name": "vwap Matrix Profile",
         "type": "scatter",
         "y": [
          1.9140112086020735,
          1.5252040042157873,
          1.380539279746241,
          1.1982613393619357,
          0.9985732864236407,
          0.9925334645079517,
          1.061755367158951,
          1.154478415001199,
          1.3002383230225336,
          1.4166700165353507,
          1.576938411469583,
          1.2526749666025185,
          1.1390807630177333,
          1.1839710421683565,
          1.2533242742567978,
          1.3306676168563374,
          1.4658277029700324,
          1.9350408111874007,
          1.9316172255670143,
          2.185025318157994,
          2.3724350323970587,
          1.992160124683014,
          1.906508971359587,
          1.8408369355058227,
          1.729368241780519,
          1.6148396467115227,
          1.6206768902799153,
          1.487436949111804,
          1.6788474333311145,
          2.0659070000349833,
          2.293127646027401,
          2.5183896181429684,
          2.696893323160619,
          2.782580118482161,
          2.806802333232616,
          2.7502768004036473,
          2.4653116662848404,
          2.3137205804075562,
          2.2727644085036025,
          2.2741450613643575,
          2.34503281597912,
          2.0513213256230083,
          1.8590253076677652,
          1.8918341577748663,
          2.1187791160026825,
          2.3553004806932107,
          2.792345190143567,
          3.19294269634746,
          2.887020951212777,
          2.4968822820356373,
          2.2219135122356577,
          1.9924486282635154,
          2.1261642709723874,
          2.097612086928175,
          2.1198375841659662,
          2.29854547088772,
          2.2784127661510394,
          2.255998896816907,
          2.1393471173209213,
          2.2683082271240766,
          2.0922237665688903,
          1.9261178777161467,
          1.789972958858087,
          1.669107445166629,
          1.6017981118671647,
          1.4380166752871333,
          1.4746079495530005,
          1.410958316305358,
          1.3989848219421965,
          1.4520153076003517,
          1.4494078458978452,
          1.7623100443838975,
          1.6247323755460437,
          1.664796597491847,
          1.649678830276278,
          1.5165659105415956,
          1.4140485711599642,
          1.4132449839037207,
          1.2828133014186764,
          1.1845055597078331,
          1.1152853849390485,
          1.1050015124867494,
          1.1390807630177333,
          1.1839710421683565,
          1.2533242742567978,
          1.3407563781905436,
          1.4881245638452647,
          1.6841619104306667,
          1.9927078435812842,
          2.3590746421765987,
          2.547652954486367,
          2.9552250152353214,
          3.026032222036587,
          2.996310491150155,
          2.8795845599067,
          2.614087366388824,
          2.400694506370798,
          1.9334374885746086,
          2.3007401557887697,
          2.283058690353517,
          2.002715750089663,
          2.103870694729649,
          2.237671129341281,
          2.020612535953786,
          1.8410439251673676,
          1.7307862482765373,
          1.701322813697469,
          1.6853585426296107,
          1.5279045411053458,
          1.4621860400301596,
          1.53972553936243,
          1.6937922996077697,
          1.815260419778569,
          1.952181924371276,
          2.086198888503293,
          2.1416325694079315,
          2.212428455230734,
          2.3012113341935048,
          2.4457066909558147,
          2.8230359868307526,
          3.659731256844959,
          3.7091722158468747,
          3.453811870299474,
          3.6257027390243906,
          3.729985928855724,
          3.6697684919297786,
          3.2573252512165323,
          2.721020730537903,
          2.514401182560414,
          2.294291850270703,
          1.8966669784869499,
          1.7712532547731783,
          1.9504340400662157,
          2.239480544104177,
          2.305472722952794,
          2.4071429901577144,
          2.6563562939756067,
          2.6205164732010675,
          2.621889102055525,
          2.9623289086398548,
          3.5053215070172157,
          3.473677556176623,
          3.3392895714105606,
          3.148020538853283,
          2.9793851554367077,
          2.7518933250057382,
          2.7098327386123935,
          2.5676083271052956,
          2.269840650996494,
          2.2814570858800813,
          2.5069112206476123,
          2.241087303961221,
          2.1602836458251757,
          2.097262330512187,
          2.033884465938771,
          1.9290024395512004,
          2.095643893335001,
          2.3541169357113905,
          2.563894060563493,
          2.658270181279931,
          2.818971900489387,
          2.987302297391206,
          2.9954303344558806,
          2.9006320793471905,
          2.806802333232616,
          2.7431602133023616,
          2.3772580952090365,
          2.0884617143740036,
          2.0480307599799064,
          1.8656858884978116,
          1.8123170168880591,
          1.8539715233595064,
          1.9518807277273347,
          2.0596171948466306,
          2.189944834258591,
          2.3757148067152114,
          2.4506292166686627,
          2.8646821824905615,
          3.183429460282987,
          3.369478913291836,
          3.1031546574313995,
          2.924095570123304,
          2.848583276524305,
          2.622681810593981,
          2.724393079488411,
          2.9486905297999435,
          3.1162222564135162,
          3.282471274301057,
          3.0589937612537317,
          3.055775118542354,
          2.927770768821387,
          2.7131602218323465,
          2.6943237724225653,
          2.573054471185024,
          2.3511296485789797,
          2.2880694232654974,
          2.048230744012111,
          2.0877987834839193,
          2.107482572171446,
          1.7993844981191478,
          1.7253053910032434,
          1.5796757405907123,
          1.650256573809797,
          1.3624785518126508,
          1.377122970518089,
          1.3989687773010118,
          1.4331404782184107,
          1.493810141067203,
          1.5587574583612576,
          1.4923906455846476,
          1.4606354738310259,
          1.4941265817488703,
          1.4914822667080874,
          1.816098408979861,
          1.9551336099431766,
          2.082924758539845,
          2.0958733762460455,
          2.0665956418781612,
          1.9859072348278097,
          2.0809986407170276,
          2.0753683051830802,
          2.1618664277522077,
          2.2043073019785475,
          2.1241228506161303,
          1.8826631417140376,
          1.591650587970489,
          1.8609236132982083,
          1.6243230888913749,
          1.4423507846343384,
          1.3166437423003694,
          1.3963773371730817,
          1.5222007406613727,
          1.370866625553037,
          1.3366869776442736,
          1.198504392207642,
          1.4482552221102871,
          1.5160404292971812,
          1.6218987563557086,
          1.8583438692053598,
          2.2143192809986387,
          2.5155535138356666,
          2.615314767961466,
          2.7247417297930476,
          2.58793658551742,
          2.3609546558624785,
          2.1088421436327507,
          2.0057239812036336,
          1.8005446336344184,
          1.6737970027499012,
          1.6465134228069616,
          1.6318162928330864,
          1.8238317517924567,
          1.5227772673631215,
          1.3624785518126508,
          1.2268581318086103,
          1.2247249784079324,
          1.2041356559713685,
          1.1916287056191879,
          1.2679528975403278,
          1.5553393971362544,
          1.6635418021198431,
          1.5036547657104127,
          1.5520339377849919,
          1.6373167093480003,
          1.4300423314200816,
          1.4675262252031456,
          1.5894703065493196,
          2.297797722311261,
          2.6675583938521688,
          2.46520457924335,
          2.4108970941281442,
          1.7192739580600769,
          1.484561107648463,
          1.3103313797716947,
          1.3217179312324256,
          1.2758915682715588,
          1.2105069935487311,
          1.171503599054774,
          1.220633421849098,
          1.325927268932782,
          1.4471653798949797,
          1.6260747738589103,
          1.7515602861461856,
          1.867773178516311,
          2.0261555402825606,
          2.446156453589788,
          2.6920482088487057,
          3.2570046090009406,
          3.6812239922711254,
          3.485764471072254,
          3.1977202937062366,
          3.004907553160065,
          2.583558104882781,
          2.5235458561048403,
          2.445696895918251,
          2.2978304947434673,
          2.263038284546522,
          2.293552636265078,
          1.8594300906508705,
          1.8186893737423488,
          2.0667612225573584,
          2.2164125583137158,
          2.0877661013983766,
          2.0586058858841407,
          2.0140009829435304,
          2.0191744948261374,
          2.059203776655476,
          2.0578414231315647,
          2.121073540646431,
          2.1644946920773958,
          2.215422255650348,
          2.330801767605004,
          2.6243252393070966,
          2.8644373130188296,
          2.7618644884792407,
          2.9249740999699028,
          2.9901144942961007,
          2.879668660924493,
          2.855631114508265,
          3.265432537944131,
          3.2542072283614054,
          2.739598815142804,
          2.4914589525389217,
          2.2717084576821303,
          1.9972462304492324,
          2.115028704014517,
          1.9829132958400988,
          1.955508268188937,
          1.9266122023786545,
          1.9974241595520297,
          1.9007951462350003,
          1.781626668929731,
          1.7303401160855552,
          1.6383190374035885,
          1.5342513654394594,
          1.598640134237498,
          1.6428667918406858,
          1.6484283682972214,
          1.5795729216834593,
          1.6124527044855164,
          1.613811157848409,
          1.6203499543481028,
          1.5900638514184788,
          1.624932562231977,
          1.5639180850390135,
          1.6410523001357573,
          1.6800644317926317,
          1.7231593782686645,
          1.8455049801004006,
          2.059789845137509,
          2.8019673976398423,
          3.0528654548312617,
          3.2036750739576085,
          2.8537287779048444,
          2.31702047492028,
          1.9479419939362506,
          1.74338199616645,
          1.5670054762574663,
          1.908868586502597,
          2.3779509181897436,
          2.500059849723717,
          2.46520457924335,
          2.154779758488219,
          1.910740866037728,
          1.7897483060335968,
          1.9627812050598443,
          2.079408037056209,
          1.9768570878689147,
          1.819709627250208,
          1.7155258173641588,
          1.5593171708567102,
          2.2046276767856514,
          1.780710328268382,
          1.5292372652878898,
          1.404723295421289,
          1.277703055648816,
          1.2004943394670036,
          1.2936049423046345,
          1.3285435777995955,
          1.378746905083873,
          1.3322297205680658,
          1.3306495676372563,
          1.3031664326573693,
          1.216638158586771,
          1.254559806528956,
          1.317860594887622,
          1.372150320940487,
          1.5104768646796316,
          1.6504827990751696,
          1.7256053077429865,
          1.170450592500213,
          1.2620722989270634,
          1.27519510299486,
          1.574677582161918,
          1.7362236873115073,
          1.931832203398663,
          2.1545348763874475,
          2.18959756705762,
          2.1694503412200037,
          1.8732133432109412,
          1.8707278115803236,
          1.6468527902661538,
          1.4912256116054572,
          1.515150534357022,
          1.5407118938541338,
          1.6602219226998853,
          1.88549909567228,
          2.388702170913531,
          2.623959246971188,
          2.7500948291636362,
          2.8193564965664955,
          3.298407678449196,
          3.3883728953819294,
          2.8312843960003065,
          2.6017373966885735,
          2.4010477845019054,
          2.054811555955459,
          2.2587184167012357,
          2.365364928379019,
          2.5561893238148867,
          2.495075022677765,
          2.6038386428497997,
          2.608332129620519,
          2.0573934160528666,
          2.019131733343343,
          2.219471262799603,
          2.0888051782052077,
          2.151368539122665,
          2.4089446643618966,
          2.755668849938145,
          2.83206481092335,
          2.8470924498187866,
          2.82114715509042,
          2.793410032634403,
          2.834842888500972,
          2.7174078176875565,
          2.9446804602709,
          3.549177650245254,
          3.8985057347092145,
          4.072679117929359,
          4.067969051548094,
          4.053527258781482,
          4.00629016865535,
          4.0695613958318235,
          3.8796380791598466,
          3.294946152169075,
          2.988019149297506,
          3.0700816317121014,
          2.9924249162743926,
          2.9000865474787667,
          2.7482870230429803,
          2.550425876010367,
          2.611718880113429,
          2.6113511306480723,
          2.755758552614857,
          3.005294299425062,
          3.08458041771418,
          3.0475011104865537,
          2.7749649174663364,
          2.563584140679765,
          2.415700975042754,
          2.3393505295571697,
          1.9279638506516878,
          1.610426443124134,
          1.7334984013722476,
          1.9899061846866586,
          2.015227421239183,
          2.0111174294596594,
          1.9695693769796054,
          2.0273134580261236,
          2.37714362525252,
          2.675137081724616,
          3.0911475685769623,
          3.4191601085930183,
          3.6002787619556877,
          3.873759099583962,
          3.3551144561599586,
          3.0071906316897965,
          2.688822643702037,
          2.676944159143869,
          2.764226428791399,
          2.7450686394057917,
          2.7783629007380917,
          2.4171732086273683,
          2.2594458707996,
          1.8912267025140308,
          1.616147896287667,
          1.4383943951645486,
          1.4132449839037207,
          1.4375713109969406,
          1.5583224489570604,
          1.8280792407453,
          1.8170404409454057,
          2.06937457464053,
          2.1606990997363202,
          2.175090317293788,
          2.3524377695746526,
          2.273829149208277,
          2.413048602564247,
          2.3442866536127247,
          2.413274786527959,
          3.0479627583879796,
          3.3271366577995827,
          3.405923348332528,
          3.2307169966979754,
          2.9695463051630058,
          3.090357839230041,
          3.1943441886833024,
          3.265928419974213,
          3.06472923164385,
          3.069915304670738,
          2.912830243735605,
          2.518683614279281,
          2.34014146950249,
          1.9485215257123532,
          2.0191267971901055,
          1.9374201174662165,
          1.7849720571555059,
          1.6616285416746024,
          1.4565245546059262,
          1.5479320919565316,
          1.6569217553460671,
          1.9645026156910668,
          1.8412549372557496,
          1.7270014276633436,
          1.7546429940703028,
          2.224795855730496,
          2.1623313860813957,
          1.974437988596678,
          1.9535655992904786,
          1.9231932927049211,
          1.7401791692331063,
          1.6421077554795398,
          1.8119972854598387,
          2.041074011763188,
          2.1993116074021883,
          2.2043073019785475,
          2.1376788551591512,
          2.201802606100623,
          2.1906245700957157,
          2.204129985782417,
          2.2401178641856534,
          2.431711563079452,
          2.67119735616158,
          2.795935746495133,
          2.488039242307528,
          1.9787560414019818,
          1.8856268461202184,
          1.8695587878920437,
          1.882909281912194,
          1.9372972110864162,
          1.9295962536999447,
          2.0253160164751502,
          2.0563093655885414,
          2.092033266754649,
          2.11797806112629,
          2.1532676552630106,
          2.1750511216830057,
          1.80587758642012,
          1.6062090993900124,
          1.4182863784631083,
          1.3797282392616292,
          1.406140410585433,
          1.3955529460949077,
          1.3632683902084182,
          1.331327810605713,
          1.2057691861716193,
          1.3144441493512369,
          1.4405857261036406,
          1.5027039647709641,
          1.6474077019766566,
          1.9578643542660303,
          1.8165921050083016,
          1.8965938935415654,
          1.9350408111874007,
          1.9316172255670143,
          2.239881861999642,
          2.080718371756956,
          1.7882056215575728,
          1.6644423445741907,
          1.4838868174229782,
          1.3102067621217526,
          1.320594977908799,
          1.2128244675898225,
          1.1841852950566212,
          1.2045654151703886,
          1.0330561550322657,
          1.1792780174464086,
          1.2126429466860504,
          1.30892485897775,
          1.1652882705022167,
          1.199951396615262,
          1.1503899744030328,
          1.3031664326573693,
          1.216638158586771,
          1.254559806528956,
          1.317860594887622,
          1.4139810582785246,
          1.5217623205797415,
          1.6504827990751696,
          2.0253606185870487,
          1.9460828413669804,
          1.8260358854150631,
          1.6360307645642773,
          1.5330462878760631,
          1.4109886706939163,
          1.3064583690419809,
          1.2734078571232008,
          1.2448182854624938,
          1.2251684296307725,
          1.2140270953954622,
          1.2961434044116187,
          1.4221403589742987,
          1.571519462087954,
          1.6893373253202213,
          1.7483603561361303,
          1.9135690123458957,
          2.3040768681911232,
          2.6823258218350348,
          3.1985808189261538,
          3.707335552156978,
          3.4745530098310744,
          3.3956313440060995,
          3.4998111591420322,
          3.4363709924384147,
          3.47534102842531,
          3.3784498636751024,
          3.1011940207441846,
          2.766124826331115,
          2.6883048125917433,
          2.5489194206654404,
          2.2376419227663913,
          1.8732133432109412,
          1.7487739912009002,
          1.5106692837983484,
          1.4178799358995129,
          1.4689299508555136,
          1.445317962074288,
          1.4411072193338121,
          1.5320536363994475,
          1.554623340377175,
          1.5731066594104248,
          1.8604685881657266,
          1.8947534766968774,
          1.9533616961933788,
          2.060146929106029,
          1.8987772270901644,
          1.9574151435480214,
          1.9535655992904786,
          1.628663685760478,
          1.500343889759123,
          1.5290526375858067,
          1.5579871987045844,
          1.3198921718258896,
          1.2315710058036393,
          1.1632037496447292,
          1.095127951475061,
          1.0330561550322657,
          1.194030781302513,
          1.1583874330029504,
          1.1913545164198813,
          1.2888776277722422,
          1.2623481647131403,
          1.142472979640833,
          1.2859177339621952,
          1.4840257145147566,
          1.170450592500213,
          1.2576946619220795,
          1.2620722989270634,
          1.4572925996648685,
          1.8138221259821732,
          1.977593424891021,
          2.3098537346479784,
          2.60159145358211,
          2.704037202590913,
          2.7110894439752102,
          2.585988798040974,
          2.2273123828812906,
          2.0409320299817715,
          1.8914221923702315,
          1.739859647304202,
          1.5262699959882697,
          1.4322281521605185,
          1.289111479012453,
          1.488048666108953,
          1.816098408979861,
          1.9551336099431766,
          2.082924758539845,
          2.0958733762460455,
          1.957684000241726,
          1.4212746198268462,
          1.2553749659206221,
          1.3299242010973564,
          1.2140396378340517,
          1.110812380916663,
          1.1180678877066097,
          1.142309245609322,
          1.1907540975107607,
          1.247359732908186,
          1.3227186722141357,
          1.4220638522706535,
          1.653259062845309,
          2.0261555402825606,
          2.404452466170538,
          2.7999367001585127,
          2.6571783360537022,
          2.7813106245353136,
          2.854588931922391,
          2.4778188246158215,
          2.193539485071369,
          2.3701064584878484,
          2.32020924271754,
          2.2458104167176445,
          2.0595555606947893,
          2.0000507299044927,
          1.884106982765939,
          1.8810900600633198,
          1.769293205545697,
          1.907998368565855,
          2.2199845824804503,
          2.2027266615864316,
          1.9448814508891514,
          1.724131071964953,
          1.7516627364343567,
          1.765206178687017,
          1.569021801479905,
          1.3844515407903508,
          1.331441829760361,
          1.4675964016785585,
          1.6176064177958438,
          1.7423357911362423,
          1.972007889730276,
          2.21250226353444,
          1.8826631417140376,
          1.591650587970489,
          1.7376717577817267,
          1.4261279404330465,
          1.2469871030133015,
          1.1016906583131885,
          1.017682056356977,
          1.0480111321560603,
          0.9794868531829902,
          0.9439901436082909,
          0.9822445176617468,
          0.9694835802046903,
          1.0059192386030678,
          1.0422477483787045,
          1.067072892255769,
          0.9925334645079517,
          1.013954151578629,
          0.991616601127999,
          1.0353325159812565,
          1.1594258790715364,
          1.3603849162748594,
          1.5930463786987827,
          1.198504392207642,
          1.6737621857057636,
          1.7873978351972255,
          1.649678830276278,
          1.5165659105415956,
          1.4140485711599642,
          1.2657635570492118,
          1.1164163960967228,
          1.3884345704098378,
          1.6096346534351973,
          1.5644488617183496,
          1.678354080181492,
          1.6160565605788717,
          1.5688723838173655,
          1.5183372745337005,
          1.488833669490397,
          1.5591502392090202,
          1.7325878570710271,
          1.8278573617701903,
          1.8947170222392815,
          2.029417391763444,
          2.1412863062288077,
          2.3553004806932107,
          2.792345190143567,
          2.9156877869084075,
          3.1617647407688376,
          3.051127674258769,
          2.8861309629408303,
          2.3018075152898185,
          2.40108819578971,
          2.3222705933453907,
          2.2876331896157263,
          2.389573847504764,
          2.464657396526425,
          2.489895675605793,
          2.4735217265637686,
          2.4189828535754767,
          2.6089903914327777,
          2.656539862999605,
          2.646272079504476,
          2.7238658553982042,
          2.6360778852483446,
          2.6228654716857083,
          2.831020283202696,
          2.488871735704301,
          2.2856502813753665,
          2.160380220088419,
          2.0573172593430806,
          1.9279638506516878,
          1.610426443124134,
          1.7334984013722476,
          1.9659304596929026,
          2.127086090724433,
          2.2847179776186146,
          2.5095390762133185,
          2.6176007305723044,
          2.526195036570814,
          2.188329970329063,
          1.7586652085046024,
          1.3724307912410414,
          1.2018268258899973,
          1.1942163975539175,
          1.0746075032858062,
          1.006726752370751,
          1.0267838408121666,
          1.0750223170921334,
          1.2836691978310122,
          1.5575047242888165,
          1.5631220636738477,
          1.713148903178916,
          2.048171913894857,
          2.5079383442082204,
          2.5341467261741073,
          2.4534503480970637,
          2.2668679397392935,
          2.1845258715521907,
          1.9889990618458502,
          1.5509899554642386,
          1.412393113368856,
          1.3809171291549702,
          1.4825903519213677,
          1.5570345447284595,
          1.682249304923289,
          1.8976052372962446,
          1.905477581981226,
          1.8134458000825184,
          1.7927184948636394,
          2.0758550758423016,
          2.051998087007113,
          2.060146929106029,
          2.0779626208367,
          1.9794444714890487,
          2.187185993160279,
          2.281179655579144,
          2.3280512225710464,
          2.136508930460144,
          2.0611014790089914,
          1.9618872689168676,
          1.8203750808338857,
          1.6850907738036487,
          1.5509344729192485,
          1.6409905735732853,
          1.7783085754729562,
          2.0818618931493114,
          2.3293377455932838,
          2.415264882867556,
          2.340791524054851,
          2.7165453526524264,
          2.6126336836282937,
          2.542218365334962,
          2.4301430429032593,
          2.099351337809687,
          1.9948330236828047,
          1.8353350647226163,
          1.7392196386829741,
          1.6498582421506869,
          1.4405857261036406,
          1.6189383811565845,
          1.7244579611340647,
          2.0490875494570155,
          2.45632677618352,
          2.154496347107352,
          1.9223854160973783,
          1.8411531625676834,
          1.7158263866957641,
          1.644085369725332,
          1.6332348626430002,
          1.6362430486215096,
          1.6205162138199982,
          1.6692131103690786,
          1.6824251201957818,
          1.7244103379999647,
          1.7583858371928365,
          1.776713728544095,
          1.8161649589032625,
          1.9376288858393378,
          2.1353096445167754,
          2.693005044645261,
          3.3896409103719223,
          2.4108970941281442,
          1.7192739580600769,
          1.484561107648463,
          1.3103313797716947,
          1.3217179312324256,
          1.6833741153913966,
          2.0336004216886177,
          1.905477581981226,
          1.8134458000825184,
          1.9607631727267618,
          1.9409046267143044,
          1.9287705386319711,
          1.8516653920932509,
          1.8945308651409565,
          2.145284199813298,
          2.4910305641270383,
          2.587780142667297,
          2.692335960856443,
          1.957684000241726,
          1.4212746198268462,
          1.2553749659206221,
          1.2917333576023302,
          1.2346773654209862,
          1.1632037496447292,
          1.185753856919104,
          1.1583874330029504,
          1.1913545164198813,
          1.2105238732535408,
          1.2333674194611133,
          1.3203216852922166,
          1.5309738371387498,
          1.7743657528256975,
          1.997066368658788,
          2.0585735635270566,
          2.104983489043542,
          2.109258490697498,
          1.8644851540851661,
          1.6357186266875139,
          1.3853477038732107,
          1.338062760841965,
          1.269995411959358,
          1.013954151578629,
          0.991616601127999,
          1.1594258790715364,
          1.3492383808493844,
          1.568369813628004,
          1.5964789711565388,
          1.7714807256742333,
          1.8656619676090305,
          2.3407228257537476,
          2.61797372747925,
          3.275123459282868,
          3.4265072269926518,
          3.2971034823902983,
          2.902191771202816,
          2.6507492591542903,
          2.563653545047623,
          2.345263440438563,
          2.1402218190913715,
          1.9809964380970506,
          2.0517927314586353,
          2.276498949634133,
          2.4048127099392054,
          2.4527332152671786,
          2.3850195175881814,
          2.323279781063158,
          2.3410822024671503,
          2.5579982411964948,
          2.6561081487570495,
          2.4031556384589314,
          2.1866946720288767,
          2.073453423089496,
          1.9429866759778653,
          1.796746871270097,
          1.6737970027499012,
          1.6465134228069616,
          1.576938411469583,
          1.7204828630529223,
          2.015930342912305,
          2.0885571574783346,
          2.2042865069263224,
          2.0244471776560187,
          2.284378207521016,
          2.459356327188679,
          2.39764418284771,
          2.2990623218974924,
          2.9792065413331055,
          3.4584930624552577,
          3.1503217166477433,
          2.974784286841023,
          2.5860757561038326,
          2.155965407603016,
          2.0455988277664514,
          2.0337773912362818,
          2.038063172316249,
          1.9710054719333947,
          1.8408369355058227,
          1.729368241780519,
          1.6148396467115227,
          1.6393441357425236,
          1.4904963381046306,
          1.540793816311094,
          1.6194816346180634,
          1.7702964486666672,
          2.07871385675081,
          2.2703046873610115,
          2.770553196870426,
          3.1470928762652384,
          3.301857357329155,
          3.145649041002853,
          2.9477050789946895,
          2.752527596941423,
          2.521009325785178,
          2.4843927837557946,
          1.7102915842326956,
          1.2714718299989851,
          1.1209441864245744,
          1.101140615793487,
          1.4115759206513727,
          1.4428262228501858,
          1.3986559180169873,
          1.5954695480291408,
          1.7560385625670794,
          1.8149207688161797,
          1.9540432029523007,
          2.0429388040030254,
          1.8856268461202184,
          1.7192180557119852,
          1.4771339133157266,
          1.4021672153525164,
          1.3893765348094254,
          1.27197765170224,
          1.2146449953424645,
          1.3936857561034433,
          1.5799698282457992,
          1.7602889459760636,
          1.8202620682676998,
          1.9708312205952752,
          2.113897857554898,
          2.25396276091042,
          2.4967092172037084,
          2.230396362655004,
          2.2168139202705395,
          1.9951117542878913,
          1.8458975803797568,
          1.6729376931183788,
          1.5368631358758538,
          1.4565245546059262,
          1.510450019404501,
          1.5577331502400973,
          1.742939853173026,
          1.8103709496720244,
          2.050010289201571,
          2.0829701506993747,
          2.107541952130729,
          1.8609236132982083,
          1.6243230888913749,
          1.4423507846343384,
          1.3166437423003694,
          1.3963773371730817,
          1.2339299968364965,
          0.838072663274108,
          1.0024460005138094,
          1.210109755776795,
          1.2963335210123181,
          1.3296517498205531,
          1.324087438273401,
          1.2928735766845951,
          1.352472593126558,
          1.2045872098464252,
          1.0977049769639549,
          1.0965345267818645,
          1.1285198993747787,
          1.1826601284692504,
          1.0994332744961366,
          1.0886338245745855,
          1.1094947920508813,
          1.1512635334292864,
          1.1725980100524234,
          1.3002383230225336,
          1.4166700165353507,
          1.5036547657104127,
          1.5520339377849919,
          1.64445105432908,
          1.8980443433024867,
          2.3928377766700373,
          2.302908830974462,
          2.214272251640777,
          2.402034878226871,
          2.5296899057437106,
          2.193135717385696,
          2.0753683051830802,
          2.4122526317251145,
          2.3947064893123304,
          2.3633787764681577,
          2.1054003435389372,
          2.351948421784729,
          2.258725309751907,
          2.1885653811987695,
          2.267566422383559,
          2.5000022576919716,
          3.0075622681254415,
          3.527337826420558,
          3.4049147485918017,
          3.293863137065997,
          3.5279174824280624,
          4.157402838664404,
          4.303559167340055,
          4.193219401676857,
          4.036968655452709,
          4.122331564713071,
          4.22712436527192,
          3.879276585366027,
          4.06914016141299,
          3.6115929929313837,
          2.998480226664815,
          2.6761178830100576,
          2.5386963562906146,
          2.2539447780827766,
          2.088895337868306,
          2.1013451370898646,
          1.9359616683627248,
          1.6971178532061166,
          1.9024812938060942,
          1.6247323755460437,
          1.664796597491847,
          1.6974141161748246,
          1.8374452771874719,
          1.941741968670336,
          1.9507419227043659,
          2.1343995969911487,
          2.3248874060476976,
          1.986178969491026,
          1.7897483060335968,
          1.9627812050598443,
          1.9327912490595367,
          1.8524271648045805,
          1.8635246734243143,
          1.7740947066127457,
          1.758314203130422,
          1.683853777479153,
          1.6568314988073733,
          1.5917686523786647,
          1.6280381678938873,
          1.7231593782686645,
          1.8592482431231758,
          2.1634027437615253,
          2.2075806982077792,
          2.2035425593869506,
          2.281733148876925,
          2.4656356562162904,
          2.677827924394298,
          2.860754880445576,
          2.694581088462767,
          2.3798879647067523,
          2.040453929838098,
          1.8603100264641508,
          1.2657635570492118,
          1.1164163960967228,
          1.3884345704098378,
          1.4150027954922964,
          1.2714718299989851,
          1.1209441864245744,
          1.101140615793487,
          1.068458678745478,
          0.9794868531829902,
          0.9439901436082909,
          0.9977442847016036,
          1.0460665975904668,
          0.838072663274108,
          1.0024460005138094,
          1.0435328996566529,
          1.0908859274310103,
          1.1701574977190494,
          1.3610666716994893,
          1.516848023533332,
          1.391409996421918,
          1.2186708897591438,
          1.1538419954917007,
          1.0923334622749739,
          1.006726752370751,
          1.0509126533663402,
          1.0897699470413518,
          1.292538607468874,
          1.3859036278482566,
          1.3485056330141878,
          1.2660635064484407,
          1.2563741095845942,
          1.255329084542127,
          1.203140088862111,
          1.2496050007843693,
          1.4594368496035723,
          1.7277172827977736,
          1.9700138500765796,
          2.229608175007018,
          2.497777183815949,
          2.4180998967638385,
          2.164819756504516,
          1.8952230156904253,
          1.8310806833078266,
          2.159455773162904,
          2.009654730421877,
          1.8610321138858257,
          1.5593171708567102,
          1.6313469907121843,
          1.5556718860251697,
          1.54368717419322,
          1.5187026048527263,
          1.5767880751855383,
          1.7256053077429865,
          2.1423452462518906,
          2.2516234650498372,
          2.350994458905387,
          2.339078720293658,
          2.407686414194775,
          2.3561109972553163,
          1.9485215257123532,
          2.0191267971901055,
          1.9564917014449972,
          1.8296058241843733,
          1.808593147443682,
          1.7980309535915655,
          1.7215098980534382,
          1.77563452852203,
          1.8103709496720244,
          2.050010289201571,
          2.193814429264879,
          2.36951937870976,
          2.431857387504634,
          2.4234119458851127,
          2.5932695450710574,
          2.5698191259121255,
          2.6416481370544944,
          2.660842047884868,
          2.3599153479468544,
          2.385360997498369,
          2.413048602564247,
          2.3442866536127247,
          2.413274786527959,
          3.0479627583879796,
          2.9325599706462007,
          2.6923551653302966,
          2.4556462975224513,
          2.61040575040528,
          2.861454212899073,
          2.5389892651510046,
          2.7571984880123073,
          2.463825915144312,
          2.398575530440757,
          2.284994390550224,
          2.147962651277876,
          2.109494459216247,
          2.193040791698259,
          2.4652906455609376,
          2.657691629088215,
          3.174812817940962,
          2.789488690938171,
          2.7113214314824394,
          2.5390922982162007,
          2.35752078996132,
          2.170071051659336,
          2.0854013616681724,
          2.003401426957025,
          1.7663273983368175,
          1.6407002250606644,
          1.572281519952508,
          1.8287278713025863,
          2.1485147166825964,
          2.3052437799321672,
          2.2713954335028235,
          2.2230961371926745,
          1.9705845310078374,
          1.8757960589428981,
          1.8259964459198086,
          1.5017835102062758,
          1.3397674497872238,
          1.4023756235257965,
          1.4789891090916132,
          2.0334039549870937,
          2.6414498456130544,
          2.658550656986735,
          2.185878577305124,
          1.7969263767519745,
          1.4791701120948308,
          1.331077265461217,
          1.2136501143028482,
          1.1833223306452794,
          1.1475764180182493,
          1.3990529718890254,
          1.4097762204185909,
          1.417373581176812,
          1.4275550239079562,
          1.409317851531328,
          1.4336535984023655,
          1.4616177173984832,
          1.4550260446131293,
          1.5284336080374743,
          1.6115444541616857,
          1.5931001877353062,
          1.710803104825889,
          1.7730277496703337,
          1.8282229648964767,
          2.0935825317080745,
          2.464526575514587,
          2.5020397084947943,
          2.3509899779587355,
          2.5216689707316458,
          2.612245997564553,
          2.6290425660683847,
          2.643911012780057,
          2.451701439443354,
          1.8605270914550935,
          1.7927184948636394,
          1.9409046267143044,
          1.9287705386319711,
          1.8516653920932509,
          1.8945308651409565,
          2.145284199813298,
          2.4910305641270383,
          2.8717947692325905,
          2.981515374224552,
          2.4527985505688896,
          2.650699595552771,
          2.8695796626021526,
          2.9181681817499965,
          2.5010385315480677,
          2.198382065352894,
          2.4871876808059006,
          2.4532122236689573,
          2.407717190019214,
          2.385545959589354,
          2.415264882867556,
          2.340791524054851,
          2.7165453526524264,
          3.0380295566692137,
          3.0098557015505096,
          2.7336582006358867,
          2.603171489531482,
          2.527963986148841,
          2.3813364585086134,
          2.3529866884888118,
          2.4219017186728222,
          2.2900511891998883,
          2.1428941285284857,
          2.029509785680885,
          1.8963044999697622,
          1.7407146160379348,
          1.4050000496756645,
          1.440660448312569,
          1.5121868911970715,
          1.621467724651925,
          1.844176610635695,
          2.1908057688985667,
          2.6890528256937265,
          3.062466206596117,
          2.807660816038215,
          2.4454877953024794,
          2.6175064867121454,
          2.6854558366425176,
          2.4556462975224513,
          2.5487004729082634,
          2.82112226308493,
          2.790577839549537,
          2.71572791398991,
          2.3857264232192725,
          2.5323167576753103,
          2.2046276767856514,
          1.7388411083223874,
          1.4388710090472507,
          1.404723295421289,
          1.277703055648816,
          1.2004943394670036,
          1.2448182854624938,
          1.2251684296307725,
          1.2140270953954622,
          1.2961434044116187,
          1.4221403589742987,
          1.571519462087954,
          1.8305104730948758,
          1.8991043014744358,
          1.9280774560661846,
          2.009364000788715,
          2.14022672864392,
          1.8429777882404117,
          1.6020514542236046,
          1.4670838422881038,
          1.4549926490594995,
          1.4680372282190213,
          1.4758988991402626,
          1.4898330929030632,
          1.6840756603133815,
          1.7771658040335396,
          1.93046121152104,
          2.2756553248694913,
          2.693005044645261,
          3.0548639069218027,
          3.2525942285132223,
          3.5204576419006752,
          3.669551710381196,
          3.7773494384347526,
          3.8235486182129095,
          3.1943441886833024,
          3.1310814658416617,
          2.790373848676033,
          2.365061713904653,
          2.2100746333961436,
          2.22023975519182,
          2.1199646241836945,
          2.0706399421005113,
          2.171150461534399,
          2.20184956121529,
          2.1824007009921385,
          2.16011643604393,
          2.0529336978195194,
          2.339369690523416,
          2.207492065180272,
          1.8821348423138586,
          1.681547334149639,
          1.575295929509054,
          1.6821536829444141,
          1.6684399314618765,
          1.4328467874572282,
          1.2186708897591438,
          1.1538419954917007,
          1.209771048974306,
          1.1843041004268862,
          1.1761871073004404,
          1.1812518814551864,
          1.2872526900064178,
          1.4114703383138973,
          1.5148755304830919,
          1.5022535375184594,
          1.666907373289825,
          1.6685326588439482,
          1.9671523727690996,
          2.057504058771286,
          2.190156221649785,
          2.3733846159499556,
          2.623212770482439,
          2.8803354057779416,
          2.6823811356708105,
          2.154779758488219,
          1.910740866037728,
          2.1175986300972522,
          2.361881698724442,
          2.824085784509451,
          3.0731378911663154,
          3.0712129374535126,
          2.6378171546651843,
          2.6849455059534235,
          2.6730747375392547,
          2.446134100561278,
          2.89167126465302,
          2.7754874786758506,
          2.5698191259121255,
          2.3205392373597324,
          2.0170836632467943,
          1.9168108845764429,
          1.867118949462318,
          1.6685326588439482,
          1.9671523727690996,
          2.4094739928868845,
          2.974436789616888,
          3.2682360146135316,
          3.1167761573372217,
          2.708730264306945,
          2.3574872439431083,
          2.8240755397501247,
          2.981998816233487,
          2.76034235057244,
          2.5504396174140855,
          2.5231031729083977,
          2.682167315931203,
          3.326216452104117,
          3.0111986139557896,
          2.403793492770059,
          2.0179754927428903,
          1.82199419552498,
          1.7176020732732535,
          1.6127672825393307,
          1.6446230200748182,
          1.5873984662161453,
          1.4317784793618695,
          1.385164708028103,
          1.2339299968364965,
          1.2613632869658926,
          1.2719425941570792,
          1.3306676168563374,
          1.4554341795564623,
          1.539672122436677,
          1.9408323783349664,
          2.2032634610046524,
          2.543206089866529,
          2.4832274001517445,
          2.555239834438154,
          2.612801572672261,
          2.618205224923329,
          2.7113214314824394,
          2.472166657526035,
          2.028889978407715,
          1.7971112146949035,
          1.6119033309396051,
          1.3724307912410414,
          1.2018268258899973,
          1.187917876971041,
          1.4415940408292371,
          1.6189303925973124,
          1.7044258050317682,
          1.7690740735477137,
          1.7560385625670794,
          1.8149207688161797,
          1.8952230156904253,
          1.8310806833078266,
          2.3162783981273143,
          2.612801572672261,
          2.376270529380181,
          2.2846630769604315,
          2.2077905180560573,
          2.1906245700957157,
          2.204129985782417,
          2.2401178641856534,
          2.431711563079452,
          2.67119735616158,
          2.8662431262395356,
          2.7674715942029517,
          2.3324779002973615,
          2.019358941553651,
          2.0871499494891186,
          1.9771114219753956,
          1.82775913994381,
          1.7627415317211854,
          1.7531225123098793,
          1.4769137310465557,
          1.1503899744030328,
          1.441665567569369,
          1.4992320651166036,
          1.356272185006907,
          1.291272192213868,
          1.4542928708364193,
          1.5970274128745132,
          1.7423357911362423,
          1.972007889730276,
          2.171150461534399,
          2.20184956121529,
          2.1824007009921385,
          2.16011643604393,
          2.0529336978195194,
          2.8535263273709375,
          2.5324227355542033,
          2.264770072785795,
          2.1050941098876206,
          1.775609066046611,
          1.5881627889216612,
          1.6858193976765135,
          1.2917333576023302,
          1.2346773654209862,
          1.2140396378340517,
          1.110812380916663,
          1.1180678877066097,
          1.142309245609322,
          1.1907540975107607,
          1.2146449953424645,
          1.3227186722141357,
          1.4220638522706535,
          1.653259062845309,
          2.2713329073149318,
          2.1377902575001193,
          1.7791276450439106,
          1.5779699542275631,
          1.2231995074841617,
          1.1689821381655061,
          1.2045872098464252,
          1.0977049769639549,
          1.0965345267818645,
          1.1212233164772025,
          1.1371436611088883,
          1.1741005732993142,
          1.0475753291629857,
          1.271430751546992,
          1.255329084542127,
          1.203140088862111,
          1.2496050007843693,
          1.4594368496035723,
          1.6737711264661204,
          1.6581324669278732,
          1.8970694996689765,
          2.0824884748056443,
          2.187267141083816,
          2.139835268590774,
          1.9239605787180958,
          2.014935644389956,
          2.1550384434616956,
          2.3408478448365915,
          2.781871522275603,
          2.9754811544035573,
          2.9213053330440872,
          2.9319245623531605,
          2.7336582006358867,
          2.4495536790515575,
          2.417450966355608,
          2.3471196739053255,
          2.3307254865113367,
          2.0215679069563564,
          1.7192180557119852,
          1.4771339133157266,
          1.4021672153525164,
          1.3893765348094254,
          1.2105238732535408,
          1.2333674194611133,
          1.3731965158284696,
          1.5725078578754907,
          1.6795042231540684,
          1.8509779750661235,
          2.2232069025735464,
          2.4915427663751673,
          2.7401666174041712,
          2.917145376485967,
          2.82656504127468,
          2.723088657094285,
          2.864173009108074,
          2.781566353621448,
          2.80136318150959,
          2.8679175271941,
          2.8231628537732547,
          2.874430995040574,
          2.625082046882462,
          2.7089738138751245,
          2.7594815801561037,
          2.5780061732892214,
          2.357963784554396,
          2.637525485954496,
          2.654292420124692,
          2.4938954398399407,
          2.429236901658763,
          2.4919877878443955,
          2.8606087445158175,
          2.9382724132522746,
          2.8633505265279147,
          2.801546465339433,
          2.5201719532168902,
          2.1695183085087755,
          2.1402218190913715,
          2.1059778074455937,
          1.9429242054974705,
          1.802395553266826,
          1.638469987958495,
          1.795530670279479,
          2.048129809378259,
          2.1481395843341233,
          1.9754620396355864,
          1.9280774560661846,
          2.009364000788715,
          2.1873578766706356,
          2.2440753009983663,
          2.304389752385404,
          2.176513109681544,
          2.042026148619637,
          1.927561469429362,
          1.7730268784644316,
          1.6696191195124983,
          2.1199613774171673,
          2.208261752391447,
          2.2831646550824924,
          2.5247397233176248,
          2.5329729461042567,
          2.6315907528231652,
          2.6132696500419947,
          2.828294436765839,
          3.000222682753165,
          3.23044907217151,
          3.2671898002752364,
          3.243679599213712,
          3.3139031681481455,
          3.2199752626572615,
          3.234958379229482,
          3.259998234370373,
          3.2634064694627867,
          3.351327436422732,
          3.1077118886108757,
          2.407480888881419,
          1.6880310396297167,
          1.62363755866825,
          1.5862315030814458,
          1.710803104825889,
          1.7730277496703337,
          1.8282229648964767,
          2.0935825317080745,
          2.0170836632467943,
          1.9168108845764429,
          1.9770268158670152,
          2.023658822889886,
          2.1774492915473354,
          2.756549462313228,
          3.272141194450502,
          3.501165869922039,
          2.965993336011407,
          3.029103159260155,
          3.0438204492566867,
          2.967030279129162,
          3.0894271661999455,
          3.5702541921076296,
          4.082008253167415,
          3.611300441817711,
          2.976894086417168,
          2.6645830451524444,
          2.5692497891388415,
          2.763109273678202,
          2.6868913897478635,
          2.2804343005020757,
          2.123855982031037,
          2.2265172553175496,
          2.1752659340884866,
          2.2098822515277914,
          2.196553009556572,
          2.140069364247235,
          2.255472961468177,
          2.69553719879673,
          3.063975683859337,
          3.3536269969449823,
          3.320847990331829,
          3.176853159222492,
          2.8825884670817103,
          2.7806020553971216,
          2.592773226567877,
          2.5192908800277007,
          2.250148003048191,
          2.1424719926258704,
          1.9545371230051904,
          1.7720826632902742,
          1.5906292307196666,
          1.5596784407956852,
          1.7092093330248268,
          1.6645046336109033,
          1.7100558916233843,
          1.819351329012693,
          1.7635441150022964,
          1.4206593934416452,
          1.237878245042139,
          1.1728063641170143,
          1.2828187918343332,
          1.3986559180169873,
          1.5954695480291408,
          1.917260641258619,
          2.122335032942046,
          1.9239605787180958,
          2.014935644389956,
          2.48213955996235,
          2.629077205426163,
          2.784194740215247,
          3.033012837503522,
          2.941370568294428,
          2.7807770061558714,
          2.5626478404264343,
          2.7173309565093735,
          2.985960926172922,
          2.90138792137895,
          2.899587665704596,
          2.603089498695758,
          2.375027725223036,
          2.041428844946576,
          2.057997818427806,
          1.9100791404036583,
          1.76559320067569,
          1.6566620557059262,
          1.5300670369821807,
          1.4627094578126458,
          1.3839003840255721,
          1.4384087462195965,
          1.3349835281948979,
          1.1652882705022167,
          1.199951396615262,
          1.3617669323959392,
          1.551822035521438,
          1.5288866387739057,
          1.6665313758281435,
          1.7571338666415055,
          1.8098476912873604,
          2.122937367511289,
          2.194683135635322,
          2.3728151338896555,
          1.9051139830204538,
          1.5228159811422348,
          1.2789435233093123,
          1.1691892337715166,
          1.178792913362658,
          1.2505619766464917,
          1.2359055281343936,
          1.1212233164772025,
          1.1371436611088883,
          1.162698411510534,
          1.2178065038345585,
          1.243006687728044,
          1.2551834461448597,
          1.2907486456506458,
          1.4224669915831754,
          1.8915470256326508,
          2.358243802979031,
          3.165443197653234,
          3.5617878506029332,
          3.56074557248709,
          3.4113028377613888,
          3.231385232097564,
          3.404468706532159,
          3.307080665912387,
          3.371105503914181,
          3.1691806363310047,
          2.938575477416917,
          2.3467816115042037,
          2.003877051654151,
          1.8586339104659757,
          1.7456949748739692,
          1.8448688646173117,
          1.8620709481978086,
          1.8802426835539379,
          1.8724621408929558,
          2.0651682475910254,
          2.260278425287678,
          2.3011938971739787,
          2.0584513002337737,
          1.7376717577817267,
          1.4261279404330465,
          1.2469871030133015,
          1.1016906583131885,
          1.017682056356977,
          1.0480111321560603,
          1.0551908706716273,
          1.0044345925971359,
          0.9822445176617468,
          0.9694835802046903,
          1.0059192386030678,
          0.9985732864236407,
          1.0174424409005378,
          1.0947345380373703,
          1.1757641334160573,
          1.395524628720678,
          1.639461008705335,
          1.8982884905723008,
          2.06937457464053,
          2.3176120850221444,
          2.3972011894010907,
          2.541348431486252,
          2.66140448348168,
          2.5341467261741073,
          2.4534503480970637,
          2.817615862391376,
          3.145286086235311,
          3.217996508852797,
          2.984855404212205,
          2.880183328477491,
          3.0888701461505725,
          3.4396885230746044,
          3.196960373121336,
          2.816865422965654,
          2.6452418901469383,
          2.5661393980235956,
          2.6145180032809168,
          2.6681320469266296,
          2.676164872660483,
          2.6814221281311137,
          2.5700170220848464,
          2.3633787764681577,
          2.1054003435389372,
          2.5789235634808385,
          1.8987772270901644,
          1.974437988596678,
          1.8357438204276255,
          1.6968736020744986,
          1.5151710278033672,
          1.406122927662854,
          1.2758915682715588,
          1.2105069935487311,
          1.171503599054774,
          1.220633421849098,
          1.325927268932782,
          1.4471653798949797,
          1.647570890602155,
          1.8305104730948758,
          1.8991043014744358,
          1.9814785380595623,
          2.073308336592173,
          2.003401426957025,
          2.0231186157900964,
          1.8575969082034838,
          1.5232128561446316,
          1.3888430450324705,
          1.306439328711132,
          1.1645724571243468,
          1.2677349832413098,
          1.567785612864858,
          1.7918896772365274,
          2.1768828804838787,
          2.530640348914362,
          2.906124618993555,
          3.4475255114059826,
          3.83242706496164,
          3.9621350359236978,
          3.7362534274819006,
          3.8962559437599524,
          3.7212694947024425,
          3.2950168371168136,
          3.464611080939816,
          3.5477636127922274,
          3.3581543849029747,
          3.3087332430545913,
          3.400954033069635,
          3.6348044620136406,
          3.027346976430356,
          2.4562835269616268,
          2.108427211722782,
          1.597127715701661,
          1.9069851726447944,
          2.100137716250535,
          2.006862606406527,
          2.025111932902878,
          2.089611649622855,
          2.093130541880717,
          2.0290438609788652,
          2.068662826608417,
          2.0817589158326655,
          2.019358941553651,
          1.7964773841648718,
          1.4931249744658412,
          1.4616979980146505,
          1.424439016136982,
          1.3102067621217526,
          1.2623481647131403,
          1.142472979640833,
          1.3439464067166325,
          1.6902349781483477,
          1.8165483281903896,
          1.9137040690746787,
          2.143694389277966,
          2.242818874779434,
          2.2436765374803778,
          2.339676337775302,
          2.0483816900762934,
          1.597127715701661
         ]
        },
        {
         "mode": "lines",
         "name": "trades Matrix Profile",
         "type": "scatter",
         "y": [
          2.3875745899778584,
          2.228270274606432,
          2.1354957610337486,
          2.1134029683162687,
          2.0233040063163,
          2.092850384795315,
          2.105156347892726,
          2.249346993115509,
          2.354201284022114,
          2.4903244776807067,
          2.510419357374714,
          2.377889223099512,
          2.378085877342807,
          2.2986191699890117,
          2.428871126283396,
          2.4926798140972877,
          2.576215417388713,
          2.9106376663386193,
          2.948108499196103,
          3.0516192397388497,
          2.9904525246239357,
          2.608135984641435,
          2.452323705635448,
          2.3430231280940195,
          2.4280706270744483,
          2.4490571913948838,
          2.4382132024690826,
          2.116213126732764,
          2.342107529665533,
          2.595651121374443,
          2.894540337803499,
          2.9226364749951617,
          3.2759884197398637,
          3.266902245665052,
          3.1671703370824593,
          2.9241835658898925,
          2.964172560987707,
          2.7280303528013032,
          2.833473435676819,
          2.814216696678653,
          2.621946661077583,
          2.4180609369814987,
          2.4680023485808684,
          2.595042526513552,
          2.6113753192272187,
          2.8150468417105072,
          3.153094265657403,
          3.667670719245269,
          3.6394453035477596,
          3.0625586884316918,
          2.8518583455370745,
          2.6765182346909864,
          2.7652104175146794,
          2.716003388932985,
          2.7165088869230156,
          2.805696324200908,
          2.7150748163395213,
          2.7121202519953123,
          2.524389843161226,
          2.495586558747351,
          2.54372623783806,
          2.5607562208204597,
          2.4395981423462114,
          2.2698928069586937,
          2.3154746057468243,
          2.3862742190644823,
          2.424685219074988,
          2.3418267387347163,
          2.3397409426468423,
          2.1489083062868324,
          2.1442745461644357,
          2.4381676282169567,
          2.372079358933708,
          2.3911232719311446,
          2.3053496240443336,
          2.2807798778944885,
          2.128848947582809,
          1.97512935536184,
          1.8780746225792697,
          1.8178219256894597,
          1.7399342122021069,
          1.656891415076584,
          1.6887258658085187,
          1.753351452229657,
          1.7633013565801452,
          1.832264713924855,
          1.9953138045462937,
          2.1574549622904655,
          2.3368419947854937,
          2.636179680990105,
          2.6908934086505507,
          3.61236354898133,
          3.591799359607279,
          3.49893311720153,
          3.583850865103349,
          3.314097292078311,
          3.1009407766311154,
          2.938951770887485,
          3.032534391791056,
          3.0008101354269403,
          2.83978595413968,
          2.8382482741209314,
          2.9625633789054446,
          2.8963644649164744,
          2.745635033436363,
          2.707963308067993,
          2.6978257656494797,
          2.745983771897969,
          2.531152524375398,
          2.3868865701430604,
          2.277876579433169,
          2.413145032034125,
          2.5440006170744995,
          2.700314434120249,
          2.789766409630281,
          2.9674607179552535,
          3.0406951055433065,
          3.1873801289293615,
          3.3633430175781425,
          3.6423975104287276,
          4.259215175965091,
          4.107695552500229,
          4.041114152389884,
          4.165199427337279,
          4.288562978360361,
          4.110315684754461,
          3.750344765338797,
          3.2627353354777053,
          2.9849167549264832,
          2.965690312773945,
          2.7269233105039126,
          2.703346625085406,
          2.771549013246296,
          3.04213424505596,
          2.9338703658291596,
          2.8432657721971886,
          3.309950408056145,
          3.605015302971375,
          3.630378457531328,
          3.8892385778867866,
          4.138377966963757,
          4.215568649782675,
          3.9854805668591786,
          3.7630667680808445,
          3.5678970914821404,
          3.354653723368799,
          3.318667270637281,
          3.2742838531521095,
          3.032589756032852,
          3.1903200441605737,
          3.220510023837779,
          3.236419316402643,
          3.1090951028272706,
          2.9441455251514714,
          2.8663059408029277,
          2.706815414416223,
          2.675653271526751,
          2.8362925908492276,
          3.098443898964349,
          3.1538875233644976,
          3.2384701478275835,
          3.357197185186977,
          3.31892364840703,
          3.266902245665052,
          3.1671703370824593,
          2.9241835658898925,
          2.8384477022006847,
          2.3875745899778584,
          2.7555719468068465,
          2.6624613025923827,
          2.6134149377508047,
          2.603567254634526,
          2.7675369286124223,
          2.8193733033252775,
          2.980490556740757,
          3.0794562984184393,
          3.067532400859304,
          3.3230687210636916,
          3.5022343089678083,
          3.5976386643924956,
          3.414030962151933,
          3.2615877632941257,
          3.390628053870448,
          3.2345392722662867,
          3.286008998294812,
          3.441181315280072,
          3.590841169638308,
          3.86488434168694,
          3.8534292481206203,
          3.686857162925072,
          3.3217422148820948,
          3.1533368010597362,
          3.2139708838564225,
          3.19004952741557,
          2.9675568510281214,
          2.903255800766462,
          2.671648926849679,
          2.6627392469384104,
          2.6727568352072697,
          2.4275130025276774,
          2.482963748513777,
          2.3885065808020594,
          2.3130793363220397,
          2.322265117772789,
          2.3696736225328374,
          2.46091748633075,
          2.4242131855887803,
          2.4390955910381,
          2.3281396288988145,
          2.3199566368939095,
          2.3303915932432435,
          2.3730246365348258,
          2.2982609349378778,
          2.566455190516111,
          2.6268215408724114,
          2.737515167924588,
          2.770642663362982,
          2.779469206922059,
          2.732355901167467,
          2.6951126688367015,
          2.3863053143431356,
          2.754367653279663,
          2.8898566974276245,
          2.8040780411081423,
          2.7704320383591936,
          2.806753532642699,
          2.6564056943934986,
          2.5073944660614647,
          2.3794516713029346,
          2.29721106747599,
          2.3320045915977214,
          2.2662820526473384,
          2.218444702605397,
          2.3561006519057024,
          2.3289394095633695,
          2.408403693721998,
          2.466865613388676,
          2.4711629942417783,
          2.664608041861963,
          2.9954347205191922,
          3.2566886646238826,
          3.218939481658763,
          3.171619456741304,
          3.001146721893818,
          2.8749203407084587,
          2.689153854451836,
          2.5158346157616327,
          2.4106626256729218,
          2.3865575385343556,
          2.331860785211595,
          2.337409217487245,
          2.4943605854310427,
          2.578213031282386,
          2.4290914647938893,
          2.279468089495743,
          2.133334869220357,
          2.092850384795315,
          2.4612489396150705,
          2.4569795548820093,
          2.5589284294063295,
          2.501273121674808,
          2.471307725990189,
          2.402022374315959,
          2.3378230739627703,
          2.253358467032545,
          2.3369332986491163,
          2.538319261422523,
          2.913033272705325,
          3.2772247737275144,
          3.104961150982919,
          3.0333401048433037,
          2.3764111181150946,
          2.2626274344272477,
          2.3361991708863687,
          2.3198109727012666,
          2.270387341476218,
          2.1800822940501354,
          2.192495925290868,
          2.2042509232305076,
          2.198246769694096,
          2.172316166057981,
          2.2801498096097372,
          2.362358057682087,
          2.4496261580836958,
          2.556686155554927,
          2.87616825481444,
          3.360345053595987,
          3.992038091786063,
          4.236939246333313,
          4.093163684005489,
          3.910661758028641,
          3.364608731812904,
          3.011906843444452,
          3.1566433538584646,
          3.093809381062118,
          3.037932539925229,
          2.9207025122394485,
          2.6764309580497843,
          2.520130288109103,
          2.5367777598451644,
          3.069625433845633,
          3.127486250438295,
          3.0943534619088924,
          3.1051690691236886,
          2.8685443414879783,
          2.9315867520788275,
          2.963427522695456,
          2.9878389955786497,
          2.962555717636497,
          2.9467893186649725,
          3.0328059017365194,
          3.182610653326689,
          3.0854966269625455,
          3.159234668177132,
          3.13569262512748,
          3.2556807102378422,
          3.6820517511232347,
          3.6336219031815675,
          3.6515620013985868,
          3.978961492527261,
          3.77314147223212,
          3.3587272879228687,
          3.156452366456353,
          3.0178270819104265,
          2.645431255128183,
          2.6866245060278597,
          2.580776463604942,
          2.5472707699375916,
          2.532326546301542,
          2.5919708075917574,
          2.7164018763449356,
          2.675190376465787,
          2.196051985738773,
          2.2333333428411173,
          2.2086526176134216,
          2.092375535030292,
          2.3596004841594924,
          2.3912959998819763,
          2.3875309911098253,
          2.435727680623393,
          2.369118214880855,
          2.4006184016922636,
          2.4242628852352452,
          2.4135523163378165,
          2.4449489777861197,
          2.437219623131939,
          2.5897534269518756,
          2.6055483906053416,
          2.781073758351366,
          2.756180448547979,
          3.4117362455375275,
          3.6258256124625436,
          3.8510036734828748,
          3.365910960975222,
          2.9362517847623857,
          2.713933879966722,
          2.518633304736285,
          2.421860363823561,
          2.5636063570027874,
          3.0091449472016976,
          3.0858444527999342,
          2.8592460001082527,
          2.4951557264384796,
          2.400969631884082,
          2.229047660172771,
          2.648261662547395,
          2.894224922654752,
          2.7642099496326886,
          2.90848164357464,
          2.759077418982254,
          2.716954263483295,
          2.6264918311872307,
          2.3947805458997036,
          2.2803402044406695,
          2.141354764703472,
          2.053163175654533,
          1.9772779234636717,
          1.897163000140873,
          1.7735006092809136,
          1.6327306684262202,
          1.530792997292653,
          1.4958964797121939,
          1.5819403328839874,
          1.6266516709070231,
          1.6512526238940861,
          1.6834042051608278,
          1.8171634085053365,
          1.8993157591169931,
          1.8400994261485757,
          1.8459535505093854,
          2.112164493985607,
          2.1745367364216257,
          2.3054179609018277,
          2.557860986822546,
          2.779004290235126,
          2.8844936781445796,
          2.8732168876973563,
          2.9321304368682077,
          2.89578908089638,
          2.8590429094462255,
          2.631231946810357,
          2.5024584949449626,
          2.3788957987079518,
          2.464099094332157,
          2.626680873557063,
          2.752597332892847,
          2.917959291496559,
          3.2231121614371325,
          3.610677923111678,
          3.649249275258345,
          3.6257286398295587,
          4.034101605871419,
          3.76359565995733,
          3.5206117431335544,
          3.341356893138181,
          3.0144015746821435,
          2.8207366206630295,
          2.8142061333593693,
          2.996088038916115,
          3.1377876414686305,
          2.8384477022006847,
          2.9360455787125685,
          3.27026683854231,
          3.0729214327312246,
          2.980095850503271,
          2.9372687518803766,
          2.9068210670804,
          2.853853966504156,
          2.9463141349556965,
          3.148544197790488,
          3.3856301715271258,
          3.4402426749223203,
          3.4526830134380546,
          3.562935000110535,
          3.567630118640696,
          3.583025854324292,
          3.788374106057365,
          4.15173852532548,
          4.371310778769863,
          4.43510149138986,
          4.433456753753364,
          4.478124528337606,
          4.354515576582623,
          4.60467311762865,
          4.2381667189016206,
          3.7336459292230804,
          3.5729806548562766,
          3.43672529114355,
          3.3761379564032024,
          3.409517185569321,
          3.4087960407120352,
          3.4195210882596996,
          3.354403759966105,
          3.493574228073263,
          3.568568818103336,
          3.687400960215346,
          3.7901067331618874,
          3.7424858265706935,
          3.643581244028467,
          3.491851397997091,
          3.225192797199137,
          3.1562985038057016,
          2.846984514012612,
          2.6343427060232827,
          2.685479978733958,
          2.7993621195205987,
          2.8954997192143788,
          2.8558067702409944,
          2.824407139661036,
          2.8291301692772093,
          3.043034434619038,
          3.22112256971369,
          3.5226198540392444,
          3.8040406734859253,
          3.9327857858975257,
          4.248597804646485,
          4.020591848080341,
          3.7494117172415637,
          3.535202106064929,
          3.475061240546105,
          3.53622998115997,
          3.385120039552114,
          3.1857645201183846,
          3.1861768024989123,
          3.0345067414325184,
          2.82960038789592,
          2.537553607645136,
          2.337802652052195,
          2.261682496876599,
          2.115927368960502,
          2.0906225483688807,
          2.548197018736283,
          2.806029429340472,
          2.8658793534092477,
          3.0680479246238535,
          2.886680287003095,
          2.9054579293433056,
          2.9031267243588044,
          3.0446376304452865,
          3.0912588312427047,
          3.138094630284658,
          3.432158436283836,
          3.8200401802024273,
          4.03326531670656,
          4.074021794261146,
          3.836767280390691,
          3.9257025675990604,
          4.024693132580247,
          4.036617160300896,
          3.8255916663209533,
          3.8986602078927373,
          3.8044409149543763,
          3.247264223194124,
          2.935702694586234,
          3.0645542443558194,
          3.125002083942511,
          3.075370382110342,
          3.002618363847601,
          2.889108037585906,
          2.6777940777020874,
          2.5784686353509025,
          2.694655278884789,
          2.7967646393527588,
          2.9074165793391873,
          2.8073856264099586,
          2.76039002080102,
          3.0842663020419114,
          2.8574916604242473,
          2.697028373169811,
          2.5466602493455697,
          2.7299029363879037,
          2.6930511226975664,
          2.780616649385026,
          2.7516092255653426,
          2.7492839555865896,
          2.8534721019787628,
          2.9929385280729797,
          2.91318311295006,
          3.0456390731782688,
          3.296997561947362,
          3.215648052457098,
          3.152087062997058,
          3.376266338063002,
          3.4524864096105885,
          3.409495203981266,
          3.1932119058039063,
          2.879262358387458,
          2.6451687579911356,
          2.621335462959897,
          2.657879191078213,
          2.6381167004219224,
          2.668491748456101,
          2.611152138927194,
          3.0591544784299813,
          2.971049210993767,
          2.8593429814498945,
          2.9028840692264355,
          2.94544792126612,
          2.654017159469176,
          2.4977304148331596,
          2.485664949565913,
          2.4154140749465682,
          2.3763496116308773,
          2.3329102894252687,
          2.223038026397089,
          2.3199566368939095,
          2.2414726454593614,
          2.264647616633545,
          2.2982609349378778,
          2.3386832525838317,
          2.444280691344737,
          2.728245022463965,
          2.918144766991208,
          2.9707008964802624,
          2.9106376663386193,
          2.948108499196103,
          3.148115511772786,
          2.6966535088180708,
          2.426970658814745,
          2.6278072652168754,
          2.384499667819508,
          2.2062653438944277,
          2.277557943388218,
          2.298565057843968,
          2.3277920939123176,
          2.1808931952670214,
          2.045156542981082,
          2.1594027044254234,
          2.2150813100344515,
          2.2286639460200792,
          2.3171321611950786,
          2.4485937726753915,
          2.2337543809804257,
          2.278513315586845,
          2.203592176028728,
          2.234120350124317,
          2.2294143315891493,
          2.349867046081146,
          2.426517668056538,
          2.5377106472435678,
          2.7085561240132683,
          2.449529576572275,
          2.3439211043629733,
          2.2138109844172353,
          2.2902244821414106,
          2.295509067532849,
          2.2201294607948556,
          2.200651420960424,
          2.152800965638447,
          2.1182745724751637,
          2.0341129392578523,
          2.0741630037829837,
          2.185633691245539,
          2.3299812046252413,
          2.686450643890754,
          2.7246445459067807,
          2.912629608152007,
          3.171965425766791,
          3.417855025390415,
          3.7897343993056243,
          4.0673996529266585,
          3.9775105900969514,
          3.9862493922997437,
          3.888995573372767,
          3.844351803907525,
          3.9847157735648073,
          3.9716401756032584,
          3.6479789607267645,
          3.2672530095337655,
          3.3063412436570148,
          3.204899363061707,
          2.830144317462135,
          2.6098166616502083,
          2.506722067207637,
          2.4056146309158812,
          2.496921663060835,
          2.1996744889814215,
          2.094010255077725,
          2.1189044903903502,
          2.2457109323066247,
          2.4383065482320063,
          2.676908388228033,
          2.8011900105804104,
          2.686871456369561,
          2.751921115078038,
          2.969102183207221,
          2.8092656114411483,
          2.697028373169811,
          2.5466602493455697,
          2.428200310659141,
          2.351554476196645,
          2.3710932662949515,
          2.405498573089318,
          2.4951408834396887,
          2.360075711310549,
          2.287905266757205,
          2.2452876571536233,
          2.132819998733832,
          1.974949186362473,
          2.014848544726784,
          2.089685849278492,
          2.194561806580708,
          2.2963532466690726,
          2.4941757779180183,
          2.408632261583644,
          2.3014992506048593,
          2.2875149743240195,
          2.224213956248472,
          2.116213126732764,
          2.3054179609018277,
          2.557860986822546,
          2.8568173432094133,
          2.985695852512748,
          3.1461245138972322,
          3.41632403821143,
          3.5992783991426918,
          3.322722197245393,
          2.9122500198451133,
          2.9735034273254195,
          2.475138914106335,
          2.531389059490757,
          2.436465194834408,
          2.2978786875970822,
          2.2749713566230603,
          2.4608473725283893,
          2.4381676282169567,
          2.537451991663592,
          2.7049428080443367,
          2.6126563982349156,
          2.587668486521844,
          2.468727635489856,
          2.234875679710741,
          2.088607983514674,
          1.9650415968613926,
          1.930765860682567,
          1.8964718197996047,
          1.9095931082869533,
          1.9680362852735227,
          2.172316166057981,
          2.2801498096097372,
          2.362358057682087,
          2.4496261580836958,
          2.556686155554927,
          2.87616825481444,
          3.351708355471536,
          3.376266338063002,
          3.4524864096105885,
          3.593890518138729,
          3.4461573518312303,
          3.219684210942005,
          3.055434207433673,
          3.0382224293181608,
          3.0552457173808643,
          2.977826966814529,
          2.8398121657247404,
          2.6764309580497843,
          2.520130288109103,
          2.5367777598451644,
          2.756180448547979,
          2.9599265277907527,
          2.9700532084577977,
          2.60809977077738,
          2.446834942498559,
          2.424568489838097,
          2.360075711310549,
          2.3477368067381623,
          2.287237821463626,
          2.1968014089184567,
          2.537652122995808,
          2.7166273277681903,
          2.7963566642993722,
          3.017175488832752,
          3.164463544681663,
          2.8562158032421125,
          2.5198931120613897,
          2.380242044141486,
          2.1505353251183,
          2.0060859421752153,
          1.8290689513146603,
          1.6861196716482838,
          1.7655454082961572,
          1.7139237905227236,
          1.6146975445043852,
          1.664436799533847,
          1.726103152498371,
          1.7811507583567996,
          1.7934895952342786,
          1.8744405257954493,
          1.8851960135074182,
          1.916657180861546,
          1.9659324847967614,
          2.0489332880191564,
          2.206375931610622,
          2.3228046643625238,
          2.54214967791355,
          2.331831542567155,
          2.7149638776581684,
          2.630240035304671,
          2.4784867974969984,
          2.2046121837171997,
          2.2755926769832726,
          1.6490609138540417,
          1.6045317818776894,
          1.8377034017846958,
          2.2795950548406996,
          2.3106064352619735,
          2.2272953282944448,
          2.2021913354117264,
          2.2435143061148666,
          2.3019004419681686,
          2.294521964686442,
          2.2565753147347545,
          2.307888374901421,
          2.3587139534379014,
          2.4084779983915077,
          2.485079302442019,
          2.586208786399191,
          2.7494803496373206,
          3.153094265657403,
          3.276250774163443,
          3.57405887297475,
          3.794319097187148,
          3.4319673947354543,
          3.208865187579704,
          2.9718496383089805,
          2.83017044541626,
          2.7316347210485024,
          2.798404352946654,
          2.8498550119324877,
          2.970237361866828,
          2.9335851459947024,
          3.1288182520548524,
          3.277344683661436,
          3.396248864248376,
          3.3976794555094942,
          3.3458886040623437,
          3.309950408056145,
          3.1668186588510707,
          3.2304317089177643,
          3.016397067987463,
          2.952137769631997,
          2.8562822921220525,
          2.821666567751472,
          2.6102660063885375,
          2.559879498262127,
          2.54155014591573,
          2.6078084300490563,
          2.758997139087406,
          3.16284134328963,
          3.334243230818438,
          3.341268587638492,
          3.0925081398432623,
          2.7293118282306277,
          2.22861889371583,
          1.9135972924011395,
          1.8855977080794326,
          1.7772394252747263,
          1.87619390192424,
          1.9867678804587996,
          1.9731361070704334,
          1.9817141175196586,
          2.1637083429756965,
          2.3891097393265537,
          2.4505979658581714,
          2.5550027849912587,
          2.815407465051602,
          3.062729221911903,
          3.291138108222446,
          3.2855833705846154,
          3.0269956966000873,
          2.9486630259845956,
          2.8747023145198254,
          2.597730207229739,
          2.482679191246204,
          2.1255883206226462,
          2.426058705653964,
          2.4646893377824624,
          2.5761612206166467,
          2.740973762335297,
          2.771762703834731,
          2.708032188511142,
          2.486291143819052,
          2.6852178734586136,
          2.8291301692772093,
          3.043034434619038,
          3.086262146551308,
          2.9838695176459495,
          3.239008216734567,
          3.0849818382751355,
          2.9437663561179894,
          2.860791211196381,
          2.848556273639685,
          2.852499140233153,
          2.7120679251841078,
          2.5249292381031534,
          2.488096705499494,
          2.6205479214806675,
          2.597496189079489,
          2.783678500193013,
          2.9968191758534726,
          3.0761635129447433,
          3.0191438953509504,
          3.308825490521663,
          3.4358457311770545,
          3.3080515021639423,
          3.221625723543972,
          2.9122468390273157,
          2.7992111308274015,
          2.742650028952962,
          2.6376867750414643,
          2.4789787758989945,
          2.3215862184350717,
          2.5600212885602573,
          2.6971161717198067,
          2.8586376680993055,
          2.895067291080996,
          2.8266363946374433,
          2.840023492092746,
          2.742448122854211,
          2.6855456842347896,
          2.6992157579826306,
          2.591720715921915,
          2.6050894670308313,
          2.4877450213446566,
          2.60307761542014,
          2.633893652825186,
          2.7297865270625934,
          2.6889294484354322,
          2.6152422945283353,
          2.6250691844159704,
          2.7743911491283164,
          2.954992653901,
          3.100956695454083,
          3.6261575447518064,
          3.4659958396617796,
          2.8944188428469726,
          2.761475910325057,
          2.5542542690848764,
          2.5553982139251987,
          2.845446267213158,
          2.771762703834731,
          2.7349546879783553,
          2.913720416203593,
          3.1278169731593732,
          3.0889989385849894,
          3.04004818308017,
          3.053127112128326,
          3.0419814416783284,
          3.22852565699589,
          3.4076246739211062,
          3.491110462493306,
          3.391640963319431,
          3.039343893303021,
          2.612423158584926,
          2.4914992250948322,
          2.3701900073680076,
          2.37501229237919,
          2.298565057843968,
          2.1808931952670214,
          2.045156542981082,
          2.089685849278492,
          2.2633807874206555,
          2.282937151736053,
          2.2809969346292878,
          2.416973695155177,
          2.5609931912695734,
          2.8396176349207973,
          2.8500731643385455,
          2.9028840692264355,
          2.878196861918928,
          2.475138914106335,
          2.505306340367552,
          2.54333607561653,
          2.494814622899832,
          2.3763496116308773,
          2.0780877243826503,
          2.0718965033309558,
          2.0489332880191564,
          2.206375931610622,
          2.402262534500451,
          2.5519855012423567,
          2.71859527797002,
          2.7881961893422287,
          2.9792711232016087,
          3.3484605213463388,
          3.928093132105579,
          3.884755847098126,
          3.7803188001331334,
          3.5696999032831727,
          3.308159186825561,
          3.1642204219298895,
          3.034824524400501,
          2.928896274642085,
          2.879674028439271,
          2.9811271028168136,
          3.1326155340034134,
          3.1541245351808627,
          3.0967207044401244,
          3.222690339868825,
          3.2331985223887623,
          3.220486507598645,
          3.433992034100374,
          3.2401248889050254,
          3.0672028068968373,
          2.7416538621537168,
          2.6585926238099944,
          2.5575214440517025,
          2.438143466233202,
          2.3865575385343556,
          2.3281396288988145,
          2.327983736960057,
          2.4943605854310427,
          2.8038236600432236,
          2.961071544812477,
          3.008738691622874,
          2.9329582676062866,
          3.0626226470474442,
          3.112338530123091,
          3.1772574664473012,
          3.2343671170811517,
          3.502230857303576,
          3.8591158222164994,
          3.9015546775617684,
          3.829684590795707,
          3.540889034700222,
          3.1508390677033447,
          3.087493973640207,
          2.905068561123325,
          2.8626342711586625,
          2.965815475945506,
          2.848556273639685,
          2.7054101278986895,
          2.650649873975051,
          2.5178664029023956,
          2.112164493985607,
          2.6713134163799683,
          2.693042110523428,
          2.763832036992372,
          2.935702694586234,
          3.0399436694814668,
          3.374813442841896,
          3.4965183218127325,
          3.8266207013884586,
          3.9438257516719633,
          3.7609510125410326,
          3.697321051595182,
          3.43778442373328,
          3.1026123755914536,
          2.566808327066915,
          2.225556018082618,
          2.117094953845981,
          2.137694912299457,
          2.3314437282316702,
          2.348364064783523,
          2.3809440771566655,
          2.573942819688214,
          2.608637211367186,
          2.688797120388733,
          2.839815183074271,
          2.9049009548383804,
          2.6451687579911356,
          2.621335462959897,
          2.5049381122121526,
          2.425600448289751,
          2.4718793926524376,
          2.2460206464203987,
          2.1140884770023307,
          2.3215553517904226,
          2.4743191348672107,
          2.4954445748247673,
          2.4449489777861197,
          2.672371003475339,
          2.7213656376489794,
          2.7569376366218195,
          2.9979698179253904,
          3.0358639715675704,
          2.648661107479448,
          2.379525957204721,
          2.3232439249649373,
          2.2281456166481446,
          2.248864984949016,
          2.286156368226445,
          2.2150813100344515,
          2.3701083116031256,
          2.6351310381716275,
          2.797730452060132,
          2.8040780411081423,
          2.7702953436999933,
          2.778609685406991,
          2.6564056943934986,
          2.5073944660614647,
          2.29721106747599,
          2.317498129259445,
          2.228270274606432,
          2.114817160558942,
          1.9388187630931684,
          1.8567654601328325,
          2.1377733970878263,
          2.176928577392802,
          2.2603655429606695,
          2.26689251891058,
          2.261682496876599,
          2.115927368960502,
          2.0906225483688807,
          2.277876579433169,
          2.3001196465444003,
          2.289523262643502,
          2.212406242209176,
          2.1384318092161942,
          2.176928577392802,
          2.2281443753542565,
          2.26689251891058,
          2.346847165553135,
          2.4569795548820093,
          2.622302047909554,
          2.6165345969437204,
          2.6003522861721278,
          2.628215746121278,
          2.8368540147200774,
          2.781394452868154,
          2.830200025578206,
          2.793033668995668,
          2.8151707886840134,
          2.91811707171835,
          2.6951126688367015,
          2.3863053143431356,
          2.885868046744469,
          3.120577077144629,
          2.960393072520065,
          2.7790525485056303,
          3.2017642172811795,
          3.0376695145923933,
          3.000017197066401,
          3.0722946011066377,
          3.25465674537472,
          3.530294028267141,
          3.972464106205024,
          3.953451390266603,
          3.5406197423951045,
          4.151068708983717,
          4.550019842457972,
          4.6262424200459105,
          4.3600945903566215,
          4.293834824029571,
          4.3242370197008375,
          4.4241492773961495,
          4.196580566032728,
          4.24805481493814,
          3.9208956506841988,
          3.5663220489878924,
          3.3690578145332264,
          3.174568458725018,
          2.7092127331294993,
          2.591720715921915,
          2.6050894670308313,
          2.4877450213446566,
          2.292130657813731,
          2.427798440575469,
          2.372079358933708,
          2.3911232719311446,
          2.3968090651438665,
          2.6812736494624185,
          2.6721639045924093,
          2.688693398840749,
          2.879178219954797,
          2.6954318258185603,
          2.455033877190969,
          2.229047660172771,
          2.698010120414284,
          2.601064178063675,
          2.5443849723617262,
          2.7246613602182874,
          2.6266364060472664,
          2.7054101278986895,
          2.650649873975051,
          2.4158076303147578,
          2.450125201904053,
          2.6079858211447196,
          2.6713134163799683,
          2.693042110523428,
          2.8240305843001963,
          2.900684608593824,
          2.8590069484177407,
          2.825895315567336,
          3.038280320809127,
          3.2870315908466785,
          3.357664415584952,
          3.0961172603805864,
          2.967855076951321,
          2.7384557171147446,
          2.518633304736285,
          1.6490609138540417,
          1.6045317818776894,
          1.8377034017846958,
          2.0169862136095627,
          2.040015662790227,
          1.8290689513146603,
          1.6861196716482838,
          1.7655454082961572,
          1.7139237905227236,
          1.6146975445043852,
          1.656891415076584,
          1.6887258658085187,
          1.753351452229657,
          1.7633013565801452,
          1.832264713924855,
          1.8851960135074182,
          1.916657180861546,
          1.9659324847967614,
          2.0952849765960955,
          2.354201284022114,
          2.422176559134059,
          2.2046121837171997,
          2.037996919115679,
          1.9867678804587996,
          2.013796817816578,
          2.0090607842436246,
          2.2759658968726146,
          2.4453826290729794,
          2.4424819803331848,
          2.4027216265203597,
          2.271089399307897,
          2.2982192870664826,
          2.313336463476126,
          2.249346993115509,
          2.3965304602646604,
          2.59426032984652,
          2.830860303260769,
          3.053376776964809,
          3.125450269909919,
          3.161180991051318,
          3.0579531858055375,
          2.7711168085992712,
          2.6943903813521595,
          3.013753163209107,
          2.9076351499709583,
          2.5857311693718463,
          2.2574207314329207,
          2.15050840897184,
          2.170317317621538,
          2.0007537966629156,
          1.8993157591169931,
          1.8400994261485757,
          1.8459535505093854,
          2.2754604852604956,
          2.8746656925856735,
          2.8732120457649053,
          2.9656238802477892,
          3.191289664700326,
          3.0664933088836714,
          2.853215559448941,
          2.7373934215912703,
          2.5032305660052283,
          2.30865592626594,
          2.2773685369061476,
          2.286156368226445,
          2.4229438387894717,
          2.5190648893317267,
          2.8159211503888564,
          2.9984388988016253,
          3.057078345737546,
          3.254034990951701,
          3.215648052457098,
          3.152087062997058,
          3.461553653497041,
          3.572450418764666,
          3.7262520394823913,
          3.3188351880648175,
          2.9054579293433056,
          2.9031267243588044,
          3.1614659955129367,
          3.0912588312427047,
          3.138094630284658,
          3.432158436283836,
          3.729695058290348,
          3.4769185369821565,
          3.280338670107013,
          3.3853335934654734,
          3.493605668635947,
          3.464446997043519,
          3.5864356465899485,
          3.3738735071793955,
          3.1869709782499642,
          3.0697376557881473,
          2.95491612498971,
          2.789592341557249,
          2.9636462604855813,
          3.220728166431987,
          3.3294334943289616,
          3.7024920126420993,
          3.625417764540923,
          3.4438858351393975,
          3.285542231994535,
          3.106221705006813,
          3.009936961609422,
          2.93092801057593,
          2.8853763842797324,
          2.654610330117893,
          2.5486712293458487,
          2.4728441286879974,
          2.6717582935059037,
          2.884575924961226,
          3.128070429274322,
          2.839815183074271,
          2.910151839945129,
          2.817816899206953,
          2.711313325648211,
          2.679027476873946,
          2.581521425890446,
          2.574950151154937,
          2.5216495634793166,
          2.369118214880855,
          2.645826663246141,
          2.797730452060132,
          2.828332919610858,
          2.7702953436999933,
          2.5984642669006615,
          2.22861889371583,
          1.9135972924011395,
          1.8855977080794326,
          1.7772394252747263,
          1.87619390192424,
          2.0044305135473026,
          2.118444499012017,
          2.1233534355228416,
          2.162241894439944,
          2.148031609417422,
          2.193685684764308,
          2.292527544072079,
          2.2905704140020466,
          2.377640949937996,
          2.400897797015032,
          2.3965304602646604,
          2.5687285527374017,
          2.6224477365703502,
          2.653249326264504,
          2.8081245374209813,
          3.021761913683226,
          3.1649306419734056,
          3.097656932343166,
          3.1400005619489395,
          3.2267315607363987,
          3.211869851173909,
          3.1197807107008626,
          3.160819308899166,
          2.708032188511142,
          2.486291143819052,
          2.6852178734586136,
          2.9648980421622886,
          3.053127112128326,
          3.0419814416783284,
          3.22852565699589,
          3.4076246739211062,
          3.537376584187501,
          3.72419559166792,
          3.1813812838103073,
          3.3375359076211284,
          3.6615296094931944,
          3.511417767994495,
          3.0770473393538333,
          2.9595497360861573,
          3.128747495310196,
          3.100905741447309,
          3.0984824389074106,
          2.9968191758534726,
          3.0761635129447433,
          3.0191438953509504,
          3.308825490521663,
          3.363132054425958,
          3.6121316775630388,
          3.5478399335118898,
          3.291595695492873,
          3.1933485477422856,
          3.0968393031132213,
          3.0793552242030646,
          3.126972301248721,
          3.111548178165136,
          2.9934711682680133,
          2.8969996914382374,
          2.7580458652695885,
          2.608721201642613,
          2.4848730249923996,
          2.546565048755019,
          2.5771391603127625,
          2.6359576421422757,
          2.597496189079489,
          2.783678500193013,
          3.3777883470783143,
          3.57052955331593,
          3.382427625228234,
          3.3267532022820587,
          3.4057427805531666,
          3.4328152310690925,
          3.2013751225577485,
          3.080058281046301,
          3.25767801311892,
          3.4831759482627156,
          3.2467056201207942,
          3.040297513685312,
          3.0192317449992485,
          2.6264918311872307,
          2.3947805458997036,
          2.2803402044406695,
          2.141354764703472,
          2.053163175654533,
          1.9772779234636717,
          1.9996940219240782,
          2.048541279412377,
          1.9722314599296422,
          1.9607956827492283,
          2.1697352469825164,
          2.2809969346292878,
          2.500209247380216,
          2.7185075764266156,
          2.7819740899166105,
          2.8860416893406073,
          2.9058251384323004,
          2.565309853633565,
          2.409534240586959,
          2.2662820526473384,
          2.218444702605397,
          2.3840415901526857,
          2.4497366761405077,
          2.419142465855267,
          2.457623370913195,
          2.4745888016117856,
          2.643788111655605,
          2.8777179983319745,
          3.175995727299796,
          3.24310656388141,
          3.606121498188356,
          4.002495271488241,
          4.259669158072637,
          4.181745825743352,
          4.216293482943868,
          3.718435773639106,
          3.5881223894632104,
          3.110179546486955,
          2.6852378028842967,
          2.6216156430814612,
          2.767105230997987,
          3.033150239083815,
          3.1502097560658253,
          3.3112210302467946,
          3.3054398182443574,
          3.3456956317980184,
          3.2743936024317124,
          3.336997364068883,
          3.289603309406678,
          3.0819994859514077,
          2.7959335371614706,
          2.7416538621537168,
          2.6170392205349113,
          2.450231092283106,
          2.279468089495743,
          2.316365220379411,
          2.3459983240604734,
          2.327983736960057,
          2.138936690836428,
          2.0013865933839776,
          1.8965040639963031,
          1.9816695278522212,
          2.1856384000800575,
          2.3592012232128985,
          2.3638089972146856,
          2.4130113675158875,
          2.3918161277875214,
          2.422797752289235,
          2.5404674677090737,
          2.650810032133168,
          2.696842640142616,
          3.0041707632196855,
          3.3765582759091592,
          3.2519666602591366,
          3.0081942621459477,
          2.4951557264384796,
          2.400969631884082,
          2.523545080419398,
          2.648261662547395,
          3.064137596097314,
          3.703450361006341,
          3.7522625183662894,
          3.514715862057617,
          3.447786892620501,
          3.361605079814492,
          3.41515008090819,
          3.5386485934595697,
          3.294030487506631,
          3.205766007828826,
          3.185948219936503,
          3.016798456089542,
          2.9071697046368157,
          2.678676753843219,
          2.588712402158177,
          2.751648018012069,
          2.92333720747981,
          3.18513624610641,
          3.563951592838862,
          3.5613752576370343,
          3.4444858847288238,
          3.172919276805356,
          3.380213302014366,
          3.456154852760526,
          3.242820209692368,
          3.0837720345515773,
          3.2130081022496992,
          3.1668186588510707,
          3.787551223672983,
          3.512583325140773,
          3.024601550214824,
          2.785327201028985,
          2.649346071792211,
          2.558846912706266,
          2.405242347569456,
          2.3407187053280554,
          2.183979171544366,
          2.1500203095229518,
          2.13417061338735,
          2.1108754162586187,
          2.081300799227442,
          1.9667370837502856,
          1.961611654387963,
          2.0799617768579894,
          2.172411313209844,
          2.688623908980645,
          3.0772202439734566,
          3.4062975101737587,
          3.3636848118707956,
          3.412032089191408,
          3.5054820897031047,
          3.454371836572512,
          3.541205899723617,
          3.1570454671509687,
          2.895147094907493,
          2.6530022000641464,
          2.324968212011925,
          2.225828245466828,
          2.064341284763991,
          1.9577080458718998,
          2.0044305135473026,
          2.30798501014202,
          2.559563523274729,
          2.6230509419732857,
          2.608637211367186,
          2.688797120388733,
          2.7711168085992712,
          2.6943903813521595,
          3.0722028955296112,
          3.5054820897031047,
          3.3977122030312836,
          3.309995650598391,
          3.350009994910317,
          3.2732034416319564,
          3.1569662413646853,
          3.052199740277673,
          3.120394150754546,
          3.572450418764666,
          3.8725444856998785,
          3.5389542695653162,
          3.0739333718412727,
          2.7673468819450333,
          2.83647487890818,
          2.819790286506348,
          2.8937416441336685,
          2.8540769312544656,
          2.781147099682753,
          2.4592002287112944,
          2.2337543809804257,
          2.342896762972425,
          2.2138109844172353,
          2.1255883206226462,
          1.9855450959102168,
          2.1442163386349646,
          2.3840506353014606,
          2.4830584450121855,
          2.8045239749182187,
          2.9756185977122236,
          3.086513383620673,
          3.1709985145438098,
          3.2338501572176304,
          2.7893930028684326,
          3.0297668071861747,
          2.643483181251068,
          2.359520794055854,
          2.1491381066924804,
          2.0809917928587125,
          2.027984143247753,
          1.897163000140873,
          1.7735006092809136,
          1.6327306684262202,
          1.530792997292653,
          1.4958964797121939,
          1.5819403328839874,
          1.6266516709070231,
          1.6512526238940861,
          1.6834042051608278,
          1.8171634085053365,
          2.0128751611856224,
          2.390616389429526,
          2.8791114802117725,
          3.104780992436134,
          2.8380236903054854,
          2.6332539380764466,
          2.2519854787044773,
          2.047562510697153,
          2.037860851153426,
          2.056883440701169,
          2.041813337957637,
          2.067854510597708,
          2.116718389324379,
          2.148031609417422,
          2.193685684764308,
          2.292527544072079,
          2.2905704140020466,
          2.377640949937996,
          2.36760287123397,
          2.4342566714903873,
          2.4464508502095943,
          2.4878137841697816,
          2.6341612276908015,
          2.573942819688214,
          2.6997692340317667,
          3.016798456089542,
          2.958196389111275,
          2.6847522096317675,
          2.6723776682833824,
          2.8002451407583564,
          3.0533861081604154,
          3.244131527722649,
          3.2374841276473614,
          3.196233162360221,
          3.5478399335118898,
          3.291595695492873,
          3.1933485477422856,
          3.0968393031132213,
          3.0793552242030646,
          2.8084782916332767,
          2.544257149791223,
          2.425600448289751,
          2.4718793926524376,
          2.2460206464203987,
          2.1140884770023307,
          2.3141096258525957,
          2.383838627417914,
          2.44481247784425,
          2.416973695155177,
          2.5609931912695734,
          2.8396176349207973,
          3.064505539738713,
          3.27559564416002,
          3.294030487506631,
          3.205766007828826,
          3.1428757915239673,
          3.2712064853943663,
          3.296965165979536,
          3.3650183453568845,
          3.4423043206999844,
          3.4576479905992796,
          3.5830933101588727,
          3.4029836302824723,
          3.3326810509958866,
          3.326947568456784,
          3.0620243219896826,
          3.084680414229329,
          3.0720223146482555,
          2.8905740934955126,
          2.7492138131402806,
          2.711806385724261,
          3.098060098402013,
          3.149604503863568,
          3.27730943876011,
          3.3211920894303977,
          3.356991768701285,
          3.146254642677567,
          2.9709209871277285,
          2.7267476260170773,
          2.4485312397070076,
          2.318250430657219,
          2.2476471724134424,
          2.214382180743695,
          2.301826312949013,
          2.542881928184083,
          2.8013564922112995,
          2.8142913416160593,
          2.8500731643385455,
          2.926001076903203,
          3.0402970697690535,
          3.120380747157574,
          3.0546009619795695,
          2.8537920366212575,
          2.770923492779363,
          2.634781893777156,
          2.485365999564911,
          2.5005457014384413,
          2.4546369620668615,
          2.537451991663592,
          2.7049428080443367,
          2.8784885825848847,
          2.9691013414983214,
          3.0645767047081147,
          3.1294471870925276,
          3.339059380723925,
          3.6313476149873276,
          3.6623320184857846,
          3.7031258561715523,
          3.630612114312191,
          3.6291353220545233,
          3.6428964077127137,
          3.745379399771987,
          3.9104753475781493,
          3.852360933118645,
          3.718884028099308,
          3.267239091696079,
          2.6908934086505507,
          2.5495044101839266,
          2.4302890090769784,
          2.4624538328116605,
          2.5086400213234543,
          2.6224477365703502,
          2.653249326264504,
          2.8081245374209813,
          2.89515188774536,
          2.8114084831433126,
          2.921185199143138,
          2.9731597763676447,
          3.0809689787097483,
          3.4102772619325377,
          3.8068184815381474,
          3.9872530311718037,
          3.5091944382955425,
          3.643584455458199,
          3.68915127525391,
          3.656566210403291,
          3.8707385737981026,
          4.115743790038777,
          4.322512508138099,
          3.8691245767255937,
          3.4798879225218995,
          3.3257752363547897,
          3.1541370291546675,
          3.363917640273786,
          3.41816209529704,
          3.121261522071869,
          2.952399807386467,
          3.283185843806757,
          3.0720856123813096,
          3.1117319819108737,
          2.9870021259966526,
          2.9602496526652455,
          3.0872547238808545,
          3.335462313284836,
          3.746643878701666,
          3.842978002165812,
          3.884933427139841,
          3.8111855836298414,
          3.511476507376651,
          3.3962976715199207,
          3.1352932389578703,
          3.1049352258381235,
          2.8516034674134287,
          2.820948918713608,
          2.6432928294684337,
          2.576834585584912,
          2.434394312378944,
          2.3746295229123726,
          2.4865968034705777,
          2.433986988822215,
          2.5567007607675016,
          2.5629343111344736,
          2.2443574640443575,
          1.9259224805086887,
          2.140763366939899,
          2.1088928713018413,
          2.2158082121984273,
          2.3278640295813977,
          2.6442743944526286,
          2.721115483002887,
          2.8515137405902475,
          2.892349142200218,
          3.0548518712618655,
          3.3978449087185973,
          3.620479601747177,
          3.653789511176336,
          3.6492762244039545,
          3.327446780320942,
          3.4768783462257344,
          3.2649025141703856,
          3.335462313284836,
          3.5912405566526364,
          3.594147426913842,
          3.4578294536930496,
          3.1302563653860123,
          2.9595497360861573,
          3.045375007637454,
          2.862794226313021,
          2.830883100259117,
          2.478762433184317,
          2.287905266757205,
          2.2452876571536233,
          2.2281456166481446,
          2.248864984949016,
          2.2864127101363536,
          2.263413279504709,
          2.349300113563719,
          2.282459394432332,
          2.341177023714157,
          2.396957907749408,
          2.478068201022065,
          2.6469083478626567,
          2.6112930831237007,
          2.726457240377674,
          2.9846410488019828,
          3.1018856781614144,
          3.1136482993298973,
          2.786978889420454,
          2.3948790329058713,
          2.2963112768512866,
          2.1741071426668417,
          2.115349994727385,
          2.1008870327768,
          1.9731361070704334,
          1.9817141175196586,
          2.1637083429756965,
          1.9797926315995904,
          2.0013725533545896,
          2.017910486991056,
          2.085767828211081,
          2.295667180369956,
          2.5452935410744404,
          2.8240742780418504,
          3.0890192318671095,
          3.5544188419294187,
          3.9106093522600536,
          3.9257199204043536,
          3.9682629159628857,
          4.056058068214716,
          4.025523529087614,
          3.9898633652890085,
          3.810514319838343,
          3.4039882797879426,
          3.4659958396617796,
          3.0353472674744095,
          2.670328578239402,
          2.782680628680734,
          2.8338514974288147,
          2.687681570145224,
          2.7364694007450634,
          2.8622202754443293,
          2.904981428617978,
          2.966002144315385,
          2.985643588980899,
          2.8562158032421125,
          2.5198931120613897,
          2.380242044141486,
          2.1505353251183,
          2.0060859421752153,
          1.9324490414619047,
          1.8605865529159935,
          1.9915275185602068,
          2.0115046647585997,
          2.0104016646885263,
          2.0337628993961943,
          2.0379917962988405,
          2.0233040063163,
          2.0940186366020273,
          2.1551028433564827,
          2.208919322908189,
          2.273952934431431,
          2.245317917439192,
          2.447767775240629,
          2.780576487032503,
          3.0449885612021257,
          2.89515188774536,
          3.1233475854047557,
          3.2008203878864707,
          3.291138108222446,
          3.435208115113097,
          3.4102772619325377,
          3.7837256650767337,
          3.7609510125410326,
          3.662564918633395,
          3.3929717090637452,
          3.3415051451995312,
          3.6927283878317008,
          4.027866075446763,
          3.896039407567347,
          3.6102982325883985,
          3.5000509840977148,
          3.2290875424079957,
          3.124750650687276,
          3.3025836747122814,
          3.3395581885904937,
          3.251054031586716,
          3.120577077144629,
          2.960393072520065,
          2.7790525485056303,
          3.232827084187066,
          2.8092656114411483,
          2.7873455520381105,
          2.428550734520189,
          2.397119302320853,
          2.162811161743674,
          2.1249266548110124,
          2.050953755014694,
          1.9996940219240782,
          2.1583314019363344,
          2.273026425314746,
          2.3117765171234286,
          2.396957907749408,
          2.4990905104909418,
          2.596668024429837,
          2.7100597073039925,
          2.7628309156435025,
          2.857608293426736,
          2.947061432076536,
          2.863714012435712,
          2.509448270913854,
          2.3759299400378175,
          2.290230518657645,
          2.1241723778037085,
          2.026171982460309,
          2.103059679407479,
          2.341586676594839,
          2.633588594861348,
          3.0493433821046247,
          3.244997612241514,
          3.5307480442664767,
          3.976226195985789,
          4.179197920898415,
          4.384951767346642,
          4.1867953614832345,
          4.202092934351281,
          4.232815446779747,
          3.950479452953116,
          3.9427248809525937,
          4.037968257363222,
          3.9147756052358442,
          3.846916363131439,
          3.8510036734828748,
          4.025292063362548,
          3.554298508335971,
          3.1024360028510016,
          2.735056975795321,
          2.5616740591462595,
          2.693572890734379,
          2.9002268821919497,
          3.0178351200821965,
          2.993506686450294,
          2.8900486139478767,
          2.930590452978282,
          2.865732784030449,
          2.9760219048229297,
          2.9772164802565735,
          2.7673468819450333,
          2.6966535088180708,
          2.426970658814745,
          2.384499667819508,
          2.3359312118909075,
          2.132819998733832,
          1.974949186362473,
          2.014848544726784,
          2.2761210467975204,
          2.538034100303621,
          2.5651809106488277,
          2.6331239613609076,
          3.0549005350822345,
          3.2115598383970996,
          3.2813195165163385,
          2.9995757096164883,
          2.7186056312387694,
          2.6533252383882537
         ]
        },
        {
         "mode": "lines",
         "name": "volume Matrix Profile",
         "type": "scatter",
         "y": [
          2.8796702107945356,
          2.838305646093699,
          2.7885248768601576,
          2.740548459225807,
          2.6970963356596336,
          2.7232648988115957,
          2.700523834372641,
          2.6253032708842348,
          2.8874912266325494,
          3.054871186183044,
          3.056291935859472,
          2.9020553493575676,
          2.710463057379563,
          2.7559711348965465,
          2.7977375253648966,
          2.9312942800405426,
          3.0120197339756696,
          3.3511014042134386,
          3.427351300845465,
          3.3892516114545126,
          3.357371594154406,
          3.1371455974041984,
          3.0153768646141623,
          2.918558792699,
          3.057066140247038,
          3.086491280281288,
          2.694180720050419,
          2.2560201021737103,
          2.5503326213175175,
          2.757667827868761,
          3.003275300690487,
          3.05410418674662,
          3.3237011785614974,
          3.35003831746024,
          3.405965806133641,
          3.1749083773508007,
          3.207653320687762,
          3.051633164038559,
          3.0238996665001348,
          2.9894953212598603,
          2.8248662417243544,
          2.639091639015214,
          2.6901238478397413,
          2.884750579734314,
          2.9435301687698296,
          3.107937030204848,
          3.3947091410184704,
          3.8854889489087476,
          3.9776408663552068,
          3.7397031422188194,
          3.5628856143264995,
          3.421619308382655,
          3.4729499307836718,
          3.382435262123849,
          3.448014168920537,
          3.4659862732859943,
          3.347137380085951,
          3.3445003318643765,
          3.1992894400362313,
          3.2321148720112554,
          3.257328373041395,
          3.270136433573982,
          3.2912376296701913,
          3.147161095526589,
          3.160088816977219,
          3.0743982226859377,
          3.054871186183044,
          2.9833771340060493,
          2.9020553493575676,
          2.8080857499674927,
          2.7703125555431405,
          2.7042268832252354,
          2.9371157841017133,
          2.831336347635438,
          2.7028376010968627,
          2.6875753685974035,
          2.713198593761348,
          2.6482236106961885,
          2.627450099971468,
          2.5405253326637403,
          2.4009205935728715,
          2.335291713643322,
          2.3544206625765645,
          2.435658674584372,
          2.5038285217860716,
          2.367383465168661,
          2.45555744753603,
          2.506059238765735,
          2.9642704605965626,
          3.212827040903556,
          3.101045188786201,
          4.020755276195118,
          3.9934312016858655,
          3.9357369093279417,
          3.9253158024011428,
          3.7785042102352273,
          3.6019904509420213,
          3.469101210981363,
          3.4749189256677395,
          3.530648700080029,
          3.255035566421401,
          3.2337388852675515,
          3.3038741276909085,
          3.1465016054315527,
          3.0257994614058106,
          3.045260206091858,
          3.088406947680862,
          3.1152652975568236,
          3.165505098654434,
          3.031800670889987,
          2.7918956881491424,
          2.9365278916309534,
          3.0491856338137056,
          3.1759973038465468,
          3.186045716992311,
          3.224428154761207,
          3.309071770236577,
          3.346530266451815,
          3.732994193113347,
          4.11840788024167,
          4.415892802884839,
          4.414995475247903,
          4.129436106229679,
          4.234041035549178,
          4.346229023166609,
          4.179694586196636,
          3.943384647747398,
          3.490922289407827,
          3.1722936559203982,
          3.07184363684929,
          2.926007583964735,
          2.9918147016110916,
          3.17980827571695,
          3.1249279173062603,
          3.0543231547075296,
          2.9537364068600866,
          3.6618439832065746,
          3.7482846605439564,
          3.9232406044281456,
          4.178569886064689,
          4.350132329186346,
          4.516225142674865,
          4.267483394206046,
          4.079586540400095,
          3.890536540404291,
          3.488946135383041,
          3.478031955758277,
          3.688173424153061,
          3.5161671994966595,
          3.46576142129826,
          3.4556156405069864,
          3.480757273536786,
          3.4637998738712916,
          3.45680996651352,
          3.406216878052797,
          3.24864280904549,
          3.1548511559154253,
          3.098739952714279,
          3.4421673038761336,
          3.482162754342217,
          3.498715846582283,
          3.599232337854263,
          3.535727641018574,
          3.512206103050853,
          3.4241636231890467,
          3.1749083773508007,
          3.16229811757655,
          2.8796702107945356,
          3.2022858035970048,
          3.215482155836181,
          2.9963845228961192,
          3.067576533117828,
          3.2417374751359747,
          3.2605194093825296,
          3.295160545437434,
          3.310530812882991,
          3.2939337906179285,
          3.508373264236881,
          3.7185678457279074,
          3.7866387198264633,
          3.692756512587527,
          3.557914003318333,
          3.628157949803962,
          3.6960963679724963,
          3.7277798204855825,
          3.832223376526487,
          3.81717791998003,
          4.00578470442719,
          3.919631582828309,
          3.742630494232359,
          3.4856742980597546,
          3.444752497757127,
          3.5200055645364614,
          3.46409353367374,
          3.2674399918963792,
          3.2301827812992405,
          3.097403603666419,
          3.0371134271631584,
          2.9135331777902875,
          2.7084692740028147,
          2.7598812752884916,
          2.692217641953004,
          2.6621223264658513,
          2.7277489605669687,
          2.7800187119730113,
          2.8401977321527774,
          2.996736110220889,
          2.9838763822753465,
          3.027678182593518,
          3.0613756874862625,
          3.040500042523817,
          3.061027127575595,
          2.9892425065423383,
          3.0552349369143466,
          3.043981404013618,
          3.136109474591535,
          3.179556147406387,
          3.209338007970132,
          3.1905161133048168,
          3.1237609209772157,
          2.7804541093177146,
          3.123697977089889,
          3.25200628530333,
          3.2971794695698913,
          3.3138887023151313,
          3.1993197357920673,
          3.198813863155401,
          3.065149585422957,
          2.8119988263769558,
          2.799006798235252,
          2.7998814217792303,
          2.7612942493509345,
          2.7482629482720107,
          2.8021329486891355,
          2.8157961183613094,
          2.908398448710482,
          3.0894862686103464,
          3.113500568645887,
          3.1313845838458656,
          3.285647088016957,
          3.6160686267060074,
          3.5239620187149443,
          3.462033551821981,
          3.2640196995481467,
          3.12766568686427,
          2.948974621113303,
          2.807509733320767,
          2.7052772455445924,
          2.8842825996474954,
          2.9107634589073985,
          2.939047377103307,
          2.842568656306688,
          2.9102791339773204,
          2.7667253269050205,
          2.5659003753585905,
          2.718337522603234,
          2.6821298721407554,
          2.996085505403959,
          3.0881261337812043,
          3.0893814947984017,
          2.995163864946794,
          2.9790768603197475,
          2.9414118475404143,
          2.960700674651931,
          2.934985809145918,
          2.934955203643522,
          2.896383216763939,
          3.3509790865995805,
          3.514202979491104,
          3.519216176024905,
          3.5569616820412904,
          3.0036959107511203,
          2.929971065151283,
          2.8701919981282544,
          2.681363212459214,
          2.7832815838518816,
          2.7307738166214035,
          2.7151186904526545,
          2.7459199952654454,
          2.7949056251114603,
          2.8566825466569625,
          2.948320672191676,
          2.993637529411897,
          3.0456725291129096,
          3.198686121234986,
          3.3940367022727935,
          3.7826550778223025,
          4.398328931176219,
          4.652154744357615,
          4.190113073448765,
          4.293058173258773,
          3.7573105877459083,
          3.467522642373651,
          3.5907107277892107,
          3.7257362675478225,
          3.686115734410511,
          3.578824090495327,
          3.314292896484422,
          3.1998645721657852,
          2.9130295305385636,
          3.5556144697513736,
          3.556290380422733,
          3.5521802095268233,
          3.596812317240592,
          3.530613127235118,
          3.526988182634306,
          3.5316971785687,
          3.4965219113232093,
          3.5237608620644805,
          3.461518340480872,
          3.5031058928981738,
          3.6227960079720405,
          3.3503267726406314,
          3.452130197423061,
          3.3957754444503676,
          3.6683822351723614,
          4.14758828047538,
          4.0008919910837815,
          3.997031628191529,
          4.2201046454856055,
          4.027874320829929,
          3.6815490332209704,
          3.5460197085690544,
          3.5010610628555363,
          3.2245214954326458,
          3.272880923934158,
          3.2113415975776674,
          3.19769197967243,
          3.1760813668340857,
          3.1548591668808887,
          3.0164274113497105,
          3.046376687805851,
          2.4368211534697446,
          2.4783842448140465,
          2.6002266046869744,
          2.398705710196058,
          2.6459454555205566,
          2.828110590279219,
          2.9215322906204593,
          2.952528237065286,
          2.7502506493980707,
          3.0264985988868913,
          2.9440396867120358,
          2.9173455150964687,
          2.9870844523615636,
          3.0331664058123047,
          3.03868275720125,
          3.1138537756697304,
          3.3172005426756273,
          3.3052991849915285,
          3.770702965157907,
          4.022203708773782,
          4.16392452556801,
          3.9646869459417404,
          3.6384653429030807,
          3.4587932226873392,
          2.615824471709696,
          2.9109371180988552,
          2.9765489914677543,
          3.4666985613610093,
          3.3517843973965427,
          3.078865506505288,
          2.7753884249098144,
          2.727900323746507,
          2.7681175954871216,
          2.8524359786445355,
          3.241421129311873,
          3.3945178721825884,
          3.431619217947818,
          3.194301240409583,
          3.204218027104491,
          3.1760367033769383,
          2.7324474013915774,
          2.481711490472642,
          2.3034268936295286,
          2.2655419109674826,
          2.2222482157580794,
          2.129484482196943,
          2.0324601688655703,
          1.872167746024326,
          1.8475934821315043,
          1.7208654680460682,
          1.7689835503047084,
          1.7933237015108188,
          1.80072006046103,
          1.8680951882127317,
          2.039740294252994,
          2.1119601526141096,
          2.0088948338122012,
          2.012329368518114,
          2.864906551277997,
          2.806186232732741,
          2.892525488702501,
          3.0476490418877176,
          3.292251444189577,
          3.3250131048174696,
          3.243192367557903,
          3.5189519672654206,
          3.365631518590115,
          3.34382651318749,
          3.063121953286011,
          2.985065999831022,
          2.7664453237513986,
          2.7883146964325145,
          3.0511979198840096,
          2.98581196298135,
          3.127287021514639,
          3.4143564376174482,
          3.9180398248766606,
          4.101307655636797,
          4.177079262926517,
          4.338326445083667,
          4.020736056567189,
          3.7247519388751664,
          3.491367707038755,
          3.2263588785716353,
          2.9857129690640916,
          3.0444035333622836,
          3.2535905515953436,
          3.3653424777354806,
          3.16229811757655,
          3.1609697718296488,
          3.6159840480364993,
          3.4351576534051396,
          3.2199261081939214,
          3.269268499385487,
          3.3115660258360116,
          3.366480298146949,
          3.407050395087859,
          3.4422513108030754,
          3.7473828423354236,
          3.7405270730138236,
          3.734650645786939,
          3.6884682885135747,
          3.7226070817943273,
          3.75608071351229,
          4.039587720492828,
          4.391377891502911,
          4.677670426263273,
          4.589622270275008,
          4.695214837815756,
          4.746768094550267,
          4.559032690520808,
          4.888292993694234,
          4.513274312355957,
          3.9775542280261447,
          3.8176612513741404,
          3.6976203895985917,
          3.6721644039669754,
          3.7285407235210193,
          3.7739478869978327,
          3.795779881837588,
          3.7157492317967025,
          3.665585520712336,
          3.702566449932303,
          3.7840713352511868,
          3.9840174413790046,
          4.079468562233162,
          4.179799563144225,
          4.020288466994556,
          3.799906266316003,
          3.620668221619885,
          3.1304444396740774,
          2.9515241431041885,
          2.983864057947885,
          3.0670488259546618,
          3.173993161988821,
          3.251140265338114,
          3.30729084976216,
          3.27285216529589,
          3.5272205339332006,
          3.6342289633950613,
          3.777359748870108,
          4.023502274596123,
          4.208072700572403,
          4.451308136527028,
          4.177367326364452,
          4.100031557547628,
          3.960911965295162,
          3.8522034122214732,
          3.8857671431424494,
          3.7629120478545763,
          3.59335830079169,
          3.6231171408213116,
          3.5074111500542537,
          3.151228367436877,
          2.9491686464151825,
          2.78168075713259,
          2.7181379924213926,
          2.5813283131851597,
          2.5454558853656453,
          3.0955876485134164,
          3.296721976155413,
          3.2591008896184603,
          3.4326530639496324,
          3.2191937307004976,
          3.2985298996746666,
          3.454875971794986,
          3.552466238361075,
          3.601102460878579,
          3.7256183220500567,
          3.853267968092301,
          4.138346673747835,
          4.281139195835658,
          4.243295704396092,
          4.061030947445011,
          4.134354771302834,
          4.320906696831738,
          4.362243784133364,
          4.181963752916904,
          4.347632180027771,
          4.167923974238653,
          3.609053983918938,
          3.3742185285431354,
          3.47634520684772,
          3.7978175042553692,
          3.581250800971479,
          3.4799358673936696,
          3.446545595853009,
          3.287305822318568,
          3.2324764651675095,
          3.347709574110122,
          3.3179728875601837,
          3.4412931325310616,
          3.5640701271315876,
          3.5332074472374955,
          3.6735815932585667,
          3.3959800359868533,
          3.2465160345167234,
          3.083369211514269,
          3.274497839609475,
          3.236373017701441,
          3.2727921097470443,
          3.125934185123561,
          3.123697977089889,
          3.25200628530333,
          3.2971794695698913,
          3.407652025385315,
          3.5029949649106285,
          3.7036662962941933,
          3.716069733948603,
          3.7825185618077577,
          3.845375244182371,
          3.9021419753005473,
          3.909663162891769,
          3.6895593759546434,
          3.5594421703817813,
          3.3094010261581297,
          3.2864047888448575,
          3.301178624960354,
          3.2672465429340654,
          3.268770014917505,
          3.1670226980787035,
          3.295680401488436,
          3.4167453219957777,
          3.366216850443602,
          3.415481334595617,
          3.423811769148604,
          3.065149585422957,
          2.8119988263769558,
          2.8766805022310757,
          2.7998814217792303,
          2.7612942493509345,
          2.7482629482720107,
          2.7181981783464524,
          3.045767759575136,
          2.941619987749275,
          2.9256168448227635,
          2.8113112557909985,
          2.7085549589173272,
          2.736815011612028,
          3.257056451247009,
          3.4376960724887184,
          3.3730014075767114,
          3.7176791615667426,
          3.581582128076208,
          3.4940911246500144,
          3.139541872423481,
          3.0140580169538453,
          3.2015555522176045,
          2.770178462392018,
          2.741361866574051,
          2.7556883164340533,
          2.8544547722217635,
          2.801689338815914,
          2.6480832794389157,
          2.6493747758815913,
          2.713944143218805,
          2.7849952312449373,
          2.823096999876762,
          2.932469951670078,
          2.9174703341999297,
          2.884676792820703,
          2.9031569025483117,
          2.8418059592656357,
          2.885592487952156,
          2.8341184981903593,
          3.002696719578548,
          3.0476490418877176,
          3.1452491980258106,
          3.029535280433695,
          2.875945708135052,
          2.7532338801686445,
          2.64789970460045,
          2.7467812754228134,
          2.765645736565351,
          2.670331221211671,
          2.6090330524084284,
          2.755314679586939,
          2.731133007526659,
          2.593790235239209,
          2.643154772150976,
          2.7242168140334555,
          2.7949056251114603,
          3.054147865444105,
          3.098771843612528,
          3.292993997515108,
          3.46103197453522,
          3.6370968001259465,
          3.949607537825554,
          4.203607695713087,
          4.203872666506955,
          4.320540944629204,
          4.229057624305956,
          4.19075161541482,
          4.347554739733416,
          4.324868330892013,
          3.862191730273272,
          3.601047155520566,
          3.617354237632418,
          3.6179293087984306,
          3.2068530548957055,
          3.0833981877204844,
          3.052833685540432,
          2.9326515272144302,
          2.9726555691102687,
          2.7742758512807315,
          2.6232185388610842,
          2.6869111562735504,
          2.792086767754562,
          2.948530347104093,
          3.1609823660495047,
          3.2048632305202807,
          3.2627693101647495,
          3.294676266874707,
          3.390040437781978,
          3.2397022473040034,
          3.092737281098028,
          3.0099583056966885,
          2.8515341228006683,
          2.7420583131777354,
          2.783038301885555,
          2.9070660656343215,
          3.005653340578214,
          2.640725950629304,
          2.7878719600639954,
          2.7539083468292938,
          2.6968838259321517,
          2.337181910438093,
          2.4665379378701906,
          2.6715420724109613,
          2.763013040926874,
          2.948530347104093,
          3.048631455379347,
          2.79530321236268,
          2.661121728181027,
          2.652192179429398,
          2.694180720050419,
          2.2560201021737103,
          2.5503326213175175,
          2.757667827868761,
          3.003275300690487,
          3.185035490089368,
          3.3134194631416043,
          3.6062318398052726,
          3.7971222500711406,
          3.611149343803259,
          3.224637297010889,
          3.4325228244315107,
          2.8707432344497716,
          2.8919082872363786,
          2.8029142103022826,
          2.6857686943518715,
          2.70518162974579,
          2.84462172165654,
          2.7681485125453436,
          2.8986631441785553,
          2.9537364068600866,
          2.8650022090218754,
          2.87462155446539,
          3.0102435845914166,
          3.0028176275636596,
          2.7434456672386593,
          2.4920383670810806,
          2.41958922595905,
          2.363618765875399,
          2.4277031430455933,
          2.544728197107317,
          2.8566825466569625,
          2.948320672191676,
          3.0216828708920693,
          3.124528924971134,
          3.198686121234986,
          3.4825126498204177,
          3.6985681751847146,
          3.845375244182371,
          3.9021419753005473,
          3.907953512409191,
          3.769417021712731,
          3.6695859471230223,
          3.524048186819712,
          3.5345483062974834,
          3.5992859979996212,
          3.519342929435409,
          3.3870152185453635,
          3.1706461429706705,
          3.0164274113497105,
          3.069819720357474,
          3.2501488079026912,
          3.339427690254933,
          3.4920255663865674,
          3.061549450471948,
          2.9180833193477795,
          2.853088550381918,
          2.640725950629304,
          2.7982611896626977,
          2.799116043130529,
          2.7010852628083284,
          2.932469951670078,
          3.317096314789918,
          3.436047616707017,
          3.65669917190865,
          3.8142069080094614,
          3.387923722581995,
          3.3395180960626534,
          3.212534238426926,
          2.9466271939319517,
          2.7786034437814964,
          2.633603373066732,
          2.481163450920841,
          2.6569217314291924,
          2.4456721718933068,
          2.248001636402871,
          2.298810281016535,
          2.352865309214446,
          2.4325785923716374,
          2.3750740260008163,
          2.4977397941767263,
          2.5080778988959596,
          2.51953618362861,
          2.574302894903938,
          2.5308484760145027,
          2.721977423099575,
          2.9279444140544544,
          3.043336998865861,
          3.105995092569253,
          3.2230477049659543,
          3.092527302970357,
          2.9664780319248734,
          2.609233260844958,
          2.629860345020934,
          2.2073385037245483,
          2.2696277279798367,
          2.518287643884448,
          2.6875753685974035,
          2.713198593761348,
          2.6482236106961885,
          2.658414289485998,
          2.8311493969307904,
          2.8639350053036394,
          2.825061161131189,
          2.8371950695169117,
          2.8354157314911577,
          2.8356070188596583,
          2.9036952027848875,
          2.931778943780269,
          2.9505969760392565,
          3.107937030204848,
          3.3947091410184704,
          3.82094843340622,
          3.7903655479273626,
          4.191178738694296,
          3.859773419565594,
          3.6511130305632817,
          3.410291057449227,
          3.2799266415362345,
          3.197528933646832,
          3.2321889346714476,
          3.2658465741617597,
          3.371989104464025,
          3.3307823862141204,
          3.5603184916797495,
          3.681522454949852,
          3.8297249431089555,
          3.7829332475967576,
          3.662248575713799,
          3.6618439832065746,
          3.6309828695055573,
          3.4207272702651155,
          3.2535668371906397,
          3.2072837010052146,
          3.096970443940699,
          3.122960507257651,
          3.0402183424137617,
          2.9933941846274896,
          3.010578866228738,
          3.0665480889042884,
          3.248544276180957,
          3.526049102692138,
          3.6689575135677863,
          3.7971222500711406,
          3.5881959836251,
          3.224637297010889,
          2.6782951553505256,
          2.3818588849747035,
          2.4583542696442935,
          2.424580050140343,
          2.4957495193421586,
          2.5880963567161457,
          2.513832965356305,
          2.525400909161834,
          2.698267962553483,
          2.937151342496662,
          2.917941485211408,
          3.049030537151882,
          3.2653118781494515,
          3.462500658694579,
          3.669875723144495,
          3.653567528361319,
          3.563049513067246,
          3.4868403891003537,
          3.2682461329725117,
          2.984717235517389,
          3.073809885668254,
          2.7569164073682337,
          2.9585816468599573,
          3.082950512307555,
          3.1922502073828367,
          3.2145321531266005,
          3.2827142702029706,
          3.225816238702982,
          3.0181893940900344,
          3.149389332251515,
          3.3095775003366974,
          3.5272205339332006,
          3.4831698539250753,
          3.593895003122525,
          3.619761879641034,
          3.575989809620021,
          3.4620920203256746,
          3.3813546286426375,
          3.324180171793544,
          3.170023314186511,
          3.0270563579962975,
          2.870118013715886,
          2.910042861562448,
          2.989110452516971,
          3.0640695599919328,
          3.1946331699768584,
          3.376071995158339,
          3.473407309147448,
          3.4372867959912625,
          3.6772828639070823,
          3.8920950547208832,
          3.7626583822975377,
          3.744150153760381,
          3.473072870306499,
          3.4826693358597196,
          3.411234557889158,
          3.298936947614557,
          3.0386603235454586,
          2.967867027168649,
          3.1584431551702608,
          3.190143545283078,
          3.1591733817969674,
          3.1369289063105175,
          3.2463029888915953,
          3.2733994020759027,
          3.331585633744099,
          2.9985994819507553,
          3.038553160035171,
          3.1603352713886563,
          3.1548602559510406,
          3.0234013622953513,
          2.9722840954746834,
          3.055065241174314,
          3.1803894295078186,
          3.0859718175738293,
          2.9793372898115744,
          3.1233063783769617,
          3.1494747929257363,
          3.316621559533939,
          3.5310144996921764,
          4.02387846745719,
          3.7226822079932944,
          3.254117243987502,
          3.084371041719616,
          3.1764307429092833,
          3.190587747304593,
          3.4266478339480573,
          3.38166299627238,
          3.3120473618010635,
          3.544733216418808,
          3.6927297137800252,
          3.5012303452384748,
          3.6485996010996318,
          3.7910878489926945,
          3.7993845397732557,
          3.870174360139953,
          4.004082962228928,
          3.993894314483576,
          3.758124974785633,
          3.574162268191496,
          3.300508041506562,
          3.234800727932131,
          3.147791224777021,
          3.0547145848114092,
          2.82714410246209,
          2.6948437438972763,
          2.6493747758815913,
          2.6607975533309953,
          2.670395349656757,
          2.6743709439950107,
          2.598788824558708,
          2.9785685904833867,
          3.055008799564516,
          3.127397275021221,
          3.037928647011836,
          3.085525397048987,
          3.1453654637426003,
          2.8707432344497716,
          3.071262309869968,
          3.1212589071321433,
          3.0550791595450493,
          2.9051436563767887,
          2.8949936406188526,
          2.8923304621085117,
          2.7645413738487985,
          2.7681485125453436,
          2.9912853181116956,
          3.1388738279761386,
          3.2707012311071173,
          3.271253869304059,
          3.3808766824222216,
          3.613476595123772,
          4.0799831349590105,
          4.28058740307686,
          3.933510761419078,
          3.84833965875604,
          3.6802560612029795,
          3.52206842484932,
          3.5200098093021026,
          3.42394283187967,
          3.3806205590342486,
          3.404132953318958,
          3.4693470568983598,
          3.5066542192252954,
          3.4306730257403837,
          3.6562192320004883,
          3.594047700773635,
          3.5833972433760524,
          3.7285100606541057,
          3.670878665581604,
          3.532696170734534,
          3.148288255821646,
          3.074856704699237,
          3.0123222736684907,
          2.9257915667589103,
          2.9708201999963406,
          2.8464214169200184,
          2.939047377103307,
          2.7042268832252354,
          3.1690256118348246,
          3.2428622179634323,
          3.1427490915087235,
          3.357231749899956,
          3.384247250606709,
          3.4483139803369425,
          3.509834373154669,
          3.4701933009346755,
          3.6544696840795714,
          4.050216885064568,
          4.3766116921735545,
          4.228775273432529,
          3.9883518515300365,
          3.5402581557669732,
          3.4534981456313774,
          3.406361117946338,
          3.384343554756343,
          3.4647236193865076,
          3.324180171793544,
          3.305050086897115,
          3.1548591668808887,
          3.1399095501223524,
          2.8991561386023887,
          2.9845974315995774,
          3.0375158193292178,
          3.0435959909899326,
          3.188607995177494,
          3.47634520684772,
          3.83986898766331,
          3.9262108139494716,
          4.080412429167979,
          4.283610238626941,
          4.167877696118178,
          3.9350034678860455,
          3.7026510201045895,
          3.4244493580182436,
          3.142939803296834,
          2.8990704867092707,
          2.7924919190766224,
          2.7987023041285384,
          3.0156470923159833,
          2.902891753082388,
          3.01843410662399,
          3.048250043510195,
          3.1071992806410536,
          3.418051309469626,
          3.2181823401507414,
          3.2942509271561287,
          3.215204566930354,
          3.2782691483309647,
          3.156752175262219,
          3.096300182966647,
          2.881924420060649,
          2.661121728181027,
          2.652192179429398,
          2.731757078434485,
          2.783427665646406,
          2.874828740553862,
          2.9870844523615636,
          3.1756253661046174,
          3.182871739196029,
          3.2082033351601766,
          3.4015250944634148,
          3.5538733303630585,
          3.0896356539187297,
          2.85594121981341,
          2.864476901694779,
          2.7559958460978886,
          2.820860249868854,
          2.857855998784967,
          2.7849952312449373,
          2.848840631878135,
          2.95031064010305,
          3.135767529617065,
          3.145905840743924,
          3.093880760862559,
          3.198813863155401,
          3.1441269572272885,
          3.029117333047669,
          2.799006798235252,
          2.8090256976219523,
          2.838305646093699,
          2.7300326604062364,
          2.6956493387330966,
          2.6522259139132736,
          2.779093045983697,
          2.8468028091476483,
          2.9136421531659007,
          2.78168075713259,
          2.7181379924213926,
          2.5813283131851597,
          2.5454558853656453,
          2.7918956881491424,
          2.9365278916309534,
          2.9143176189353803,
          2.9161381855906905,
          2.8644008321763637,
          2.930745382713906,
          2.913123211059945,
          2.985785036414743,
          3.0302996694550948,
          3.0875936378159787,
          3.2459251098303694,
          3.218738880934157,
          2.86158218533067,
          3.0184484010494126,
          3.2640066206513936,
          2.954101755231639,
          3.057017714919957,
          2.996693586979807,
          3.0292807889748055,
          3.155297989986444,
          3.1237609209772157,
          2.7804541093177146,
          3.1720804385891066,
          3.552589961835082,
          3.4316157773812863,
          3.2696276307781873,
          3.4119937491459487,
          3.413124612583489,
          3.5419704632748577,
          3.6036496829430305,
          3.7719714612381963,
          3.8704159263296503,
          4.312510025258189,
          4.329007090572439,
          3.8519314307036936,
          4.500410218133863,
          4.65148688468894,
          4.683433831464288,
          4.490843391295101,
          4.3861478007511705,
          4.446372642672976,
          4.643508384582047,
          4.476301079232241,
          4.432904948220335,
          4.26606229156393,
          3.8998373214100086,
          3.6805190021084258,
          3.575272235494159,
          3.2320733033607425,
          3.1538281169449407,
          3.0424705770039946,
          2.989300201690055,
          2.7482865170721333,
          2.9556131344236762,
          2.9371157841017133,
          2.9364166055229033,
          2.92204645309954,
          3.136367896630925,
          3.2283137911478903,
          3.241735062446857,
          3.2879720203026537,
          3.0811174401731725,
          2.955632659886103,
          2.787053543125386,
          3.3340327424443443,
          3.1423357162032204,
          3.0960627488286834,
          3.2103387787471647,
          3.0296663240458686,
          3.1389772889849348,
          3.2135243884548617,
          3.0195560618322714,
          2.8640639702852697,
          3.006216666933656,
          3.344032468717103,
          3.345275850289891,
          3.0534408133898157,
          3.043062868740309,
          3.044398241503233,
          3.0961317292004447,
          3.215706971876594,
          3.4684619519589375,
          3.750762482063031,
          3.581244963360304,
          3.4733662049800977,
          3.336507556462709,
          2.615824471709696,
          2.2073385037245483,
          2.2696277279798367,
          2.518287643884448,
          2.678928987745977,
          2.633603373066732,
          2.5169798660877993,
          2.481163450920841,
          2.627450099971468,
          2.4456721718933068,
          2.248001636402871,
          2.298810281016535,
          2.352865309214446,
          2.4325785923716374,
          2.3750740260008163,
          2.4977397941767263,
          2.5080778988959596,
          2.51953618362861,
          2.574302894903938,
          2.5308484760145027,
          2.721977423099575,
          2.9664780319248734,
          2.609233260844958,
          2.629860345020934,
          2.7168142475491135,
          2.7181721331555586,
          2.6466559992279595,
          2.878769163119635,
          3.0649769342477065,
          3.0426497302134985,
          3.0577350058238437,
          2.9819483908645488,
          2.996926683110318,
          2.70657905772458,
          2.6253032708842348,
          2.8874912266325494,
          3.23877400241757,
          3.429991270011507,
          3.575135314737559,
          3.648515167009775,
          3.6836033505169326,
          3.6803776878010224,
          3.3914308964556428,
          3.32620594368951,
          3.5904788674529593,
          3.316125875656539,
          2.9258307477853327,
          2.632594407749677,
          2.477465528645774,
          2.3762930467800425,
          2.2248120302630396,
          2.1119601526141096,
          2.0088948338122012,
          2.012329368518114,
          2.388268684384163,
          3.3337988861100585,
          3.334936858139904,
          3.297038079090229,
          3.3602709566239204,
          3.3086100824055125,
          3.45358419732636,
          3.520189475181443,
          3.3901748603366864,
          3.1511161007182245,
          3.110741751323256,
          3.1015059945774928,
          3.1965291316041875,
          3.1180860280467266,
          3.503960223428188,
          3.5890647126678616,
          3.6415853418206594,
          3.7284348181972873,
          3.7904489088127775,
          3.7825185618077577,
          4.013972568646258,
          4.091781591713228,
          4.378256513763321,
          3.8740423150658287,
          3.534250546917112,
          3.454875971794986,
          3.725797996806876,
          3.6769939487962042,
          3.7256183220500567,
          3.853267968092301,
          4.166444543569684,
          3.936560114433118,
          3.720629410021838,
          3.6522485016266244,
          3.87296051861315,
          3.8133524963261953,
          3.9461166914600363,
          3.795478778688912,
          3.644185819749166,
          3.4664310160423826,
          3.4230640820915084,
          3.2502346553952592,
          3.3798717216985694,
          3.6146741514725003,
          3.716095420779726,
          4.08134988879569,
          4.075696464990078,
          3.6529762764434848,
          3.540978706798667,
          3.6393666758127465,
          3.591938228588519,
          3.51814927559735,
          3.4414576231195078,
          3.2821352817910694,
          3.1199896082869345,
          3.0937330803172802,
          3.1891538949514393,
          3.3534691822196074,
          3.4886261467467405,
          3.2181823401507414,
          3.2942509271561287,
          3.141638414573658,
          3.140119573531609,
          3.0296298175369456,
          3.0547145848114092,
          3.14007594351937,
          3.005186559361699,
          2.7502506493980707,
          2.95031064010305,
          3.135767529617065,
          3.145905840743924,
          3.093880760862559,
          3.1435360904374456,
          2.6782951553505256,
          2.3818588849747035,
          2.4583542696442935,
          2.4118840589028556,
          2.3406257814596323,
          2.366251126860542,
          2.6199373666483807,
          2.6681280856371457,
          2.6725477873069754,
          2.818207497081892,
          2.916897189596834,
          3.016308308011888,
          2.956224033181842,
          3.0932623559183483,
          2.7013641228398315,
          2.9843785184479388,
          3.089165337874307,
          3.1326368857901636,
          3.155521360327763,
          3.257376620528568,
          3.3732890873169525,
          3.4886261467467405,
          3.5819154236871995,
          3.534044309232693,
          3.565681671233011,
          3.58826853793821,
          3.5349238135164627,
          3.5002707931425383,
          3.225816238702982,
          3.0181893940900344,
          3.149389332251515,
          3.3643074591722355,
          3.5939127093634355,
          3.725532395844719,
          3.9450186157914247,
          3.9535435345387007,
          3.984584592147042,
          4.017433591643993,
          3.643352899676304,
          3.7455872254704454,
          3.9552019291241445,
          3.732469473147378,
          3.4414041633623436,
          3.3659482580473536,
          3.434552813300784,
          3.517739861326377,
          3.487902837703058,
          3.376071995158339,
          3.473407309147448,
          3.4372867959912625,
          3.6772828639070823,
          3.643073520334564,
          3.855864666254887,
          4.0305520172944735,
          4.041290099500315,
          3.921346798197655,
          3.811193507273258,
          3.7266018668618033,
          3.658215551779898,
          3.468850374447799,
          3.309031942600489,
          3.170191129882176,
          3.0378226565838906,
          2.8991561386023887,
          2.9843338053803725,
          2.9960209293396125,
          2.985065999831022,
          3.1003124265697712,
          3.0640695599919328,
          3.1946331699768584,
          3.6957547538072513,
          3.876428772198332,
          3.733737039621743,
          3.499326126246494,
          3.661557665875209,
          3.7119675905856617,
          3.513819796790853,
          3.4868239898467266,
          3.607579391450386,
          3.8553435873558874,
          3.6687048758071192,
          3.5504378712200095,
          3.4445354500070793,
          3.1760109540571335,
          2.7520581450921293,
          2.734641190050605,
          2.4899873102322045,
          2.4641353910491395,
          2.420346098235849,
          2.3772289841742715,
          2.4920383670810806,
          2.5126211624673083,
          2.5058240814216854,
          2.6743709439950107,
          2.598788824558708,
          2.9519149696802844,
          3.1079103331080473,
          3.1163492785421085,
          3.2159566257217613,
          3.321131603961793,
          3.3013684886386487,
          3.198593389659564,
          2.9917474613566553,
          2.9143176189353803,
          2.9544196259859765,
          2.892917688406881,
          2.856246118006785,
          2.898227079313605,
          2.924243636048025,
          2.9330042518443054,
          3.1288144598927827,
          3.3081834653279065,
          3.480898709803096,
          3.873128513560387,
          4.31413444163955,
          4.6164884172829925,
          4.368717921284281,
          4.377045970769943,
          3.9319186515450113,
          3.98212036800012,
          3.6197945950749797,
          3.27330105203892,
          3.2883479931595616,
          3.382594577413569,
          3.517739861326377,
          3.6156163418352003,
          3.808729351597343,
          3.607252147623079,
          3.6336652060913748,
          3.6549420977951845,
          3.7130956233028565,
          3.7511964757914007,
          3.609908628376961,
          3.339272377521612,
          3.148288255821646,
          3.0613057372418973,
          2.7667253269050205,
          2.5659003753585905,
          2.718337522603234,
          2.6821298721407554,
          2.943147315450119,
          2.8127120095119778,
          2.7384153325102845,
          2.6071582646082807,
          2.674249533584606,
          2.8581922133606654,
          2.8766032414761247,
          2.9065939935691625,
          2.911283994951119,
          2.9435368452449486,
          3.0212692049407566,
          2.956224033181842,
          3.2277045926994843,
          3.202673277854303,
          3.208093551803786,
          3.51474704353247,
          3.4111197480835287,
          3.251974534299604,
          2.7753884249098144,
          2.727900323746507,
          2.7681175954871216,
          2.8524359786445355,
          3.241421129311873,
          3.90090373991674,
          4.054603734800556,
          3.8701078718824746,
          3.8417698666105915,
          3.643073520334564,
          3.7841727149414295,
          3.7744300833900626,
          3.652864422960917,
          3.5669172256486235,
          3.668299397586762,
          3.53055596214382,
          3.1524869470128616,
          2.9664392686403334,
          2.9113024191995,
          2.931778943780269,
          3.076500630754432,
          3.304151012585998,
          3.6884635837617195,
          3.884373238761609,
          3.7293082470832957,
          3.2730221756851243,
          3.50749143750363,
          3.692601313692685,
          3.4551423495083533,
          3.329468301314023,
          3.59675808300272,
          3.6309828695055573,
          4.0385412583733515,
          3.598786599189707,
          3.2638726063349024,
          3.11482255092424,
          3.0670374774638183,
          2.9245054874885392,
          2.800606083949037,
          2.7084692740028147,
          2.6629658407125327,
          2.6740704764188457,
          2.63020761678735,
          2.601865070473944,
          2.581593526261173,
          2.5038285217860716,
          2.367383465168661,
          2.45555744753603,
          2.506059238765735,
          2.9827444537852688,
          3.4596799301032606,
          3.8576952101248287,
          3.902647059483409,
          3.9581213625257816,
          3.8023447383763425,
          3.996072392010545,
          4.0220214259151925,
          3.5094163685073925,
          3.167874599544845,
          3.0017018599703484,
          2.6990316724912,
          2.552720653739283,
          2.4118840589028556,
          2.3406257814596323,
          2.366251126860542,
          2.6199373666483807,
          2.9379901850618753,
          3.208787530156684,
          3.2627510159220727,
          3.1785899782690743,
          3.3914308964556428,
          3.32620594368951,
          3.6305061789448914,
          4.071142834653115,
          3.8576659886695976,
          3.821596337939674,
          3.643661949363145,
          3.4470191629778113,
          3.2565159987413503,
          3.287169312933301,
          3.409070163054424,
          3.96309056859139,
          4.427096744365511,
          3.9378271061838284,
          3.5822217792684454,
          3.2849676393465885,
          3.3677636523445704,
          3.2838602994908554,
          3.2517777319164134,
          3.304774246913643,
          3.239590996455502,
          3.0658201268126923,
          2.875945708135052,
          2.62823318038127,
          2.579271524400814,
          2.6002266046869744,
          2.337181910438093,
          2.4665379378701906,
          2.6715420724109613,
          2.9707188480502373,
          3.127287021514639,
          3.2555226393511445,
          3.4250615180220736,
          3.345519909736064,
          3.29892558352908,
          3.030020056822781,
          3.2820468164936387,
          2.7324474013915774,
          2.481711490472642,
          2.3034268936295286,
          2.2655419109674826,
          2.2222482157580794,
          2.129484482196943,
          2.0324601688655703,
          1.872167746024326,
          1.8475934821315043,
          1.7208654680460682,
          1.7689835503047084,
          1.7933237015108188,
          1.80072006046103,
          1.8680951882127317,
          2.039740294252994,
          2.1592645924313296,
          2.4746671725103964,
          3.1147482516778227,
          3.670878665581604,
          3.4045096307405522,
          3.111392425473202,
          2.7480525959547584,
          2.609929966811578,
          2.5853518887216502,
          2.5880963567161457,
          2.5368699606833993,
          2.5793774780346252,
          2.7642236357716623,
          2.818207497081892,
          2.8157961183613094,
          2.908398448710482,
          3.005154417987864,
          3.03627115131176,
          2.952247686279263,
          2.916527323429699,
          2.899339356944855,
          2.892321957860305,
          3.0850101830285417,
          3.048250043510195,
          3.1071992806410536,
          3.3443266527750533,
          3.276546692455954,
          3.120105957777974,
          2.9857129690640916,
          3.0444035333622836,
          3.2535905515953436,
          3.496845948171076,
          3.5139746299478696,
          3.362052989918408,
          4.194254737325858,
          4.041942309290488,
          3.909663162891769,
          3.6895593759546434,
          3.575989809620021,
          3.4063923360619315,
          3.156752175262219,
          3.096300182966647,
          3.162322045982652,
          3.001350604370727,
          2.79530321236268,
          2.889013451755077,
          2.972395570748207,
          2.9749553559645827,
          2.9785685904833867,
          3.0489701086807344,
          3.157570827590652,
          3.2557610612717207,
          3.4424984980850937,
          3.652864422960917,
          3.5669172256486235,
          3.502650382195349,
          3.5204987623451713,
          3.635308492089937,
          3.5747095017358035,
          3.6991328175145184,
          3.8004697948861725,
          3.810646882768414,
          3.8040071574285803,
          3.7016116635852407,
          3.7239648897018283,
          3.3565151735469088,
          3.3789211852257224,
          3.3402422096502242,
          3.184095048707068,
          3.0501713282294176,
          3.0115906238872108,
          3.300872619604634,
          3.455118137711872,
          3.56933725805131,
          3.621890993797591,
          3.621656470720869,
          3.2667413892018047,
          3.1038601558333108,
          2.896661846670663,
          2.673963148871242,
          2.567271014800785,
          2.558433310307656,
          2.5181304841850647,
          2.544728197107317,
          2.9734093287622665,
          3.05410418674662,
          3.1163492785421085,
          3.037928647011836,
          3.085525397048987,
          3.1453654637426003,
          3.222848662567789,
          3.348951042502153,
          3.078399286629116,
          2.9256168448227635,
          2.8113112557909985,
          2.7085549589173272,
          2.736815011612028,
          2.833165386154607,
          2.8986631441785553,
          3.0388558949438886,
          3.0791163071914283,
          3.155297989986444,
          3.1894086774975374,
          3.2409857005461973,
          3.5150493374482332,
          3.7915757546780435,
          3.8102379215118147,
          3.944771906662358,
          3.920111685017953,
          3.9435375195542974,
          3.9969714021035068,
          4.119535799286327,
          4.096862946444295,
          4.052711017420208,
          3.9377566916686817,
          3.557417428952486,
          3.101045188786201,
          2.7013641228398315,
          2.8468028091476483,
          2.9136421531659007,
          2.973242006103061,
          3.0356217064134245,
          3.074222365837465,
          3.221225203060881,
          3.0333432026827607,
          3.0649769342477065,
          3.3023809718994115,
          3.42651535084172,
          3.5424296698241853,
          3.669948265621348,
          4.021680947499631,
          4.222309413518466,
          3.8477355736183982,
          4.015850284286986,
          4.031375435844582,
          4.023437972937469,
          4.208072700572403,
          4.481692920487232,
          4.550155703966579,
          4.090380658327992,
          3.7464423281169617,
          3.6247147055180173,
          3.3905337556780624,
          3.7178239271285873,
          3.808489043101298,
          3.5287439042579365,
          3.4723283622263756,
          3.5692307551432494,
          3.2775555046761533,
          3.337266498270614,
          3.452688770946942,
          3.3515871671641775,
          3.5474023415183686,
          3.7803500075296057,
          4.14051390010713,
          4.192667524648645,
          4.230252022931104,
          4.074883893766015,
          3.798595428680808,
          3.763902250205329,
          3.4530442076018177,
          3.4692672425822915,
          3.23507549827026,
          3.1677499200573673,
          3.024833265581203,
          3.007833313149998,
          3.0239700261725724,
          2.9540929495865513,
          3.1135931944353645,
          3.147064722388415,
          3.171457850576317,
          3.064257820371055,
          2.70252462758948,
          2.424580050140343,
          2.7555530524588505,
          2.721626456272773,
          2.8057661833568455,
          2.8998299596898596,
          3.111942551031491,
          3.129124478958792,
          3.289190253491134,
          3.297681795698105,
          3.383496012513421,
          3.678069057446075,
          3.950610911082461,
          3.9717543263337958,
          3.894537654675305,
          3.5725159261602286,
          3.746953978857376,
          3.695049757005195,
          3.777359748870108,
          3.836666066109479,
          4.031598000030298,
          3.744383874352067,
          3.5007940751076445,
          3.141638414573658,
          3.1697392835290468,
          3.0296298175369456,
          3.0579998009881697,
          3.0107662513069284,
          2.7878719600639954,
          2.7539083468292938,
          2.8025867594158784,
          2.820860249868854,
          2.8845457401089667,
          2.8326618537544426,
          2.9326515272144302,
          2.951543123389994,
          3.080099852279942,
          3.1064181625924205,
          3.198634313935952,
          3.265566643073788,
          3.0973789106812615,
          3.1501249627997985,
          3.3129603211423584,
          3.521844437249554,
          3.4272529317389457,
          3.1773586503794617,
          2.8797668868779445,
          2.7632353661076783,
          2.700191464401871,
          2.6675576506631153,
          2.626578047582788,
          2.513832965356305,
          2.525400909161834,
          2.698267962553483,
          2.651623901729187,
          2.6755828980730785,
          2.6627425718768527,
          2.703623124426662,
          2.8826577874175934,
          3.271253869304059,
          3.329719797683668,
          3.456525934395091,
          3.8007807302054553,
          4.017975513854562,
          4.085876044690789,
          4.029153730247325,
          4.144550523297637,
          4.279826811437883,
          4.155903283230607,
          3.9482564855593396,
          3.6793441744636093,
          3.6592167956104804,
          3.254117243987502,
          2.984717235517389,
          3.177113304856838,
          3.360530777695928,
          3.223224035815419,
          3.2152681939091265,
          3.3852394919623663,
          3.4424682489355596,
          3.4182163673874344,
          3.475339563519262,
          3.4250615180220736,
          3.180136360394379,
          3.116269355635324,
          2.9523506134483832,
          2.842055593052851,
          2.7915647374831076,
          2.7397099624269456,
          2.7882805625007827,
          2.7568089090785306,
          2.6857686943518715,
          2.680654835863504,
          2.7970873627467787,
          2.6970963356596336,
          2.7232648988115957,
          2.7463379284010214,
          2.924243636048025,
          2.9330042518443054,
          3.033793356724671,
          3.150370183510892,
          3.3660336665174633,
          3.5562366271116206,
          3.0333432026827607,
          3.236264559626094,
          3.3023809718994115,
          3.680445069145287,
          3.7299730865825054,
          3.669948265621348,
          4.021680947499631,
          4.167877696118178,
          4.048236164994843,
          3.8230199317655704,
          3.770857979396607,
          4.055141410341674,
          4.314919604295456,
          4.125978423300248,
          4.019303830871408,
          3.880265776062206,
          3.81593744425392,
          3.4726296029227504,
          3.7250799233781704,
          3.760091454702203,
          3.6629310060978058,
          3.552589961835082,
          3.4316157773812863,
          3.2696276307781873,
          3.563413200152934,
          3.389260160483132,
          3.1760109540571335,
          2.7520581450921293,
          2.734641190050605,
          2.4899873102322045,
          2.4641353910491395,
          2.420346098235849,
          2.3772289841742715,
          2.681736900057776,
          2.7711366714228847,
          2.8134778557276916,
          2.9584534950886883,
          3.0489701086807344,
          3.157570827590652,
          3.2557610612717207,
          3.3898334332203106,
          3.4229550911368967,
          3.4282791477942167,
          3.1854355679953046,
          2.7590975613938906,
          2.661209425129592,
          2.7484239289378403,
          2.6589495942209598,
          2.600315425833429,
          2.6670125235903095,
          2.854177418032058,
          3.063756491013039,
          3.3812239919899563,
          3.5232456658472286,
          3.8458682035707303,
          4.328686296008847,
          4.490609821010908,
          4.6125993620610215,
          4.46728757851686,
          4.456608462202164,
          4.428858898903172,
          4.1694293540075265,
          4.159714962583566,
          4.196079735097557,
          4.262629695392504,
          4.061745658761629,
          4.16392452556801,
          4.377322164778443,
          4.036176618479923,
          3.6259874152280247,
          3.0935805062907273,
          2.9229284746125765,
          3.020284773034993,
          3.3719639166251385,
          3.370454166723607,
          3.40528000732265,
          3.208787530156684,
          3.2627510159220727,
          3.1785899782690743,
          3.425253602118667,
          3.5460197085690544,
          3.2849676393465885,
          3.139541872423481,
          3.0140580169538453,
          2.7820050789510398,
          2.7950673014996643,
          2.6968838259321517,
          2.515070282711812,
          2.6070142259408464,
          2.8471527214603114,
          2.8591327870355285,
          2.985214500416252,
          3.143777986562033,
          3.2555226393511445,
          3.455437442449059,
          3.345519909736064,
          3.2801590608934306,
          3.1266467544340872,
          3.005400937237032
         ]
        }
       ],
       "layout": {
        "hovermode": "x unified",
        "template": {
         "data": {
          "bar": [
           {
            "error_x": {
             "color": "#2a3f5f"
            },
            "error_y": {
             "color": "#2a3f5f"
            },
            "marker": {
             "line": {
              "color": "#E5ECF6",
              "width": 0.5
             },
             "pattern": {
              "fillmode": "overlay",
              "size": 10,
              "solidity": 0.2
             }
            },
            "type": "bar"
           }
          ],
          "barpolar": [
           {
            "marker": {
             "line": {
              "color": "#E5ECF6",
              "width": 0.5
             },
             "pattern": {
              "fillmode": "overlay",
              "size": 10,
              "solidity": 0.2
             }
            },
            "type": "barpolar"
           }
          ],
          "carpet": [
           {
            "aaxis": {
             "endlinecolor": "#2a3f5f",
             "gridcolor": "white",
             "linecolor": "white",
             "minorgridcolor": "white",
             "startlinecolor": "#2a3f5f"
            },
            "baxis": {
             "endlinecolor": "#2a3f5f",
             "gridcolor": "white",
             "linecolor": "white",
             "minorgridcolor": "white",
             "startlinecolor": "#2a3f5f"
            },
            "type": "carpet"
           }
          ],
          "choropleth": [
           {
            "colorbar": {
             "outlinewidth": 0,
             "ticks": ""
            },
            "type": "choropleth"
           }
          ],
          "contour": [
           {
            "colorbar": {
             "outlinewidth": 0,
             "ticks": ""
            },
            "colorscale": [
             [
              0,
              "#0d0887"
             ],
             [
              0.1111111111111111,
              "#46039f"
             ],
             [
              0.2222222222222222,
              "#7201a8"
             ],
             [
              0.3333333333333333,
              "#9c179e"
             ],
             [
              0.4444444444444444,
              "#bd3786"
             ],
             [
              0.5555555555555556,
              "#d8576b"
             ],
             [
              0.6666666666666666,
              "#ed7953"
             ],
             [
              0.7777777777777778,
              "#fb9f3a"
             ],
             [
              0.8888888888888888,
              "#fdca26"
             ],
             [
              1,
              "#f0f921"
             ]
            ],
            "type": "contour"
           }
          ],
          "contourcarpet": [
           {
            "colorbar": {
             "outlinewidth": 0,
             "ticks": ""
            },
            "type": "contourcarpet"
           }
          ],
          "heatmap": [
           {
            "colorbar": {
             "outlinewidth": 0,
             "ticks": ""
            },
            "colorscale": [
             [
              0,
              "#0d0887"
             ],
             [
              0.1111111111111111,
              "#46039f"
             ],
             [
              0.2222222222222222,
              "#7201a8"
             ],
             [
              0.3333333333333333,
              "#9c179e"
             ],
             [
              0.4444444444444444,
              "#bd3786"
             ],
             [
              0.5555555555555556,
              "#d8576b"
             ],
             [
              0.6666666666666666,
              "#ed7953"
             ],
             [
              0.7777777777777778,
              "#fb9f3a"
             ],
             [
              0.8888888888888888,
              "#fdca26"
             ],
             [
              1,
              "#f0f921"
             ]
            ],
            "type": "heatmap"
           }
          ],
          "heatmapgl": [
           {
            "colorbar": {
             "outlinewidth": 0,
             "ticks": ""
            },
            "colorscale": [
             [
              0,
              "#0d0887"
             ],
             [
              0.1111111111111111,
              "#46039f"
             ],
             [
              0.2222222222222222,
              "#7201a8"
             ],
             [
              0.3333333333333333,
              "#9c179e"
             ],
             [
              0.4444444444444444,
              "#bd3786"
             ],
             [
              0.5555555555555556,
              "#d8576b"
             ],
             [
              0.6666666666666666,
              "#ed7953"
             ],
             [
              0.7777777777777778,
              "#fb9f3a"
             ],
             [
              0.8888888888888888,
              "#fdca26"
             ],
             [
              1,
              "#f0f921"
             ]
            ],
            "type": "heatmapgl"
           }
          ],
          "histogram": [
           {
            "marker": {
             "pattern": {
              "fillmode": "overlay",
              "size": 10,
              "solidity": 0.2
             }
            },
            "type": "histogram"
           }
          ],
          "histogram2d": [
           {
            "colorbar": {
             "outlinewidth": 0,
             "ticks": ""
            },
            "colorscale": [
             [
              0,
              "#0d0887"
             ],
             [
              0.1111111111111111,
              "#46039f"
             ],
             [
              0.2222222222222222,
              "#7201a8"
             ],
             [
              0.3333333333333333,
              "#9c179e"
             ],
             [
              0.4444444444444444,
              "#bd3786"
             ],
             [
              0.5555555555555556,
              "#d8576b"
             ],
             [
              0.6666666666666666,
              "#ed7953"
             ],
             [
              0.7777777777777778,
              "#fb9f3a"
             ],
             [
              0.8888888888888888,
              "#fdca26"
             ],
             [
              1,
              "#f0f921"
             ]
            ],
            "type": "histogram2d"
           }
          ],
          "histogram2dcontour": [
           {
            "colorbar": {
             "outlinewidth": 0,
             "ticks": ""
            },
            "colorscale": [
             [
              0,
              "#0d0887"
             ],
             [
              0.1111111111111111,
              "#46039f"
             ],
             [
              0.2222222222222222,
              "#7201a8"
             ],
             [
              0.3333333333333333,
              "#9c179e"
             ],
             [
              0.4444444444444444,
              "#bd3786"
             ],
             [
              0.5555555555555556,
              "#d8576b"
             ],
             [
              0.6666666666666666,
              "#ed7953"
             ],
             [
              0.7777777777777778,
              "#fb9f3a"
             ],
             [
              0.8888888888888888,
              "#fdca26"
             ],
             [
              1,
              "#f0f921"
             ]
            ],
            "type": "histogram2dcontour"
           }
          ],
          "mesh3d": [
           {
            "colorbar": {
             "outlinewidth": 0,
             "ticks": ""
            },
            "type": "mesh3d"
           }
          ],
          "parcoords": [
           {
            "line": {
             "colorbar": {
              "outlinewidth": 0,
              "ticks": ""
             }
            },
            "type": "parcoords"
           }
          ],
          "pie": [
           {
            "automargin": true,
            "type": "pie"
           }
          ],
          "scatter": [
           {
            "fillpattern": {
             "fillmode": "overlay",
             "size": 10,
             "solidity": 0.2
            },
            "type": "scatter"
           }
          ],
          "scatter3d": [
           {
            "line": {
             "colorbar": {
              "outlinewidth": 0,
              "ticks": ""
             }
            },
            "marker": {
             "colorbar": {
              "outlinewidth": 0,
              "ticks": ""
             }
            },
            "type": "scatter3d"
           }
          ],
          "scattercarpet": [
           {
            "marker": {
             "colorbar": {
              "outlinewidth": 0,
              "ticks": ""
             }
            },
            "type": "scattercarpet"
           }
          ],
          "scattergeo": [
           {
            "marker": {
             "colorbar": {
              "outlinewidth": 0,
              "ticks": ""
             }
            },
            "type": "scattergeo"
           }
          ],
          "scattergl": [
           {
            "marker": {
             "colorbar": {
              "outlinewidth": 0,
              "ticks": ""
             }
            },
            "type": "scattergl"
           }
          ],
          "scattermapbox": [
           {
            "marker": {
             "colorbar": {
              "outlinewidth": 0,
              "ticks": ""
             }
            },
            "type": "scattermapbox"
           }
          ],
          "scatterpolar": [
           {
            "marker": {
             "colorbar": {
              "outlinewidth": 0,
              "ticks": ""
             }
            },
            "type": "scatterpolar"
           }
          ],
          "scatterpolargl": [
           {
            "marker": {
             "colorbar": {
              "outlinewidth": 0,
              "ticks": ""
             }
            },
            "type": "scatterpolargl"
           }
          ],
          "scatterternary": [
           {
            "marker": {
             "colorbar": {
              "outlinewidth": 0,
              "ticks": ""
             }
            },
            "type": "scatterternary"
           }
          ],
          "surface": [
           {
            "colorbar": {
             "outlinewidth": 0,
             "ticks": ""
            },
            "colorscale": [
             [
              0,
              "#0d0887"
             ],
             [
              0.1111111111111111,
              "#46039f"
             ],
             [
              0.2222222222222222,
              "#7201a8"
             ],
             [
              0.3333333333333333,
              "#9c179e"
             ],
             [
              0.4444444444444444,
              "#bd3786"
             ],
             [
              0.5555555555555556,
              "#d8576b"
             ],
             [
              0.6666666666666666,
              "#ed7953"
             ],
             [
              0.7777777777777778,
              "#fb9f3a"
             ],
             [
              0.8888888888888888,
              "#fdca26"
             ],
             [
              1,
              "#f0f921"
             ]
            ],
            "type": "surface"
           }
          ],
          "table": [
           {
            "cells": {
             "fill": {
              "color": "#EBF0F8"
             },
             "line": {
              "color": "white"
             }
            },
            "header": {
             "fill": {
              "color": "#C8D4E3"
             },
             "line": {
              "color": "white"
             }
            },
            "type": "table"
           }
          ]
         },
         "layout": {
          "annotationdefaults": {
           "arrowcolor": "#2a3f5f",
           "arrowhead": 0,
           "arrowwidth": 1
          },
          "autotypenumbers": "strict",
          "coloraxis": {
           "colorbar": {
            "outlinewidth": 0,
            "ticks": ""
           }
          },
          "colorscale": {
           "diverging": [
            [
             0,
             "#8e0152"
            ],
            [
             0.1,
             "#c51b7d"
            ],
            [
             0.2,
             "#de77ae"
            ],
            [
             0.3,
             "#f1b6da"
            ],
            [
             0.4,
             "#fde0ef"
            ],
            [
             0.5,
             "#f7f7f7"
            ],
            [
             0.6,
             "#e6f5d0"
            ],
            [
             0.7,
             "#b8e186"
            ],
            [
             0.8,
             "#7fbc41"
            ],
            [
             0.9,
             "#4d9221"
            ],
            [
             1,
             "#276419"
            ]
           ],
           "sequential": [
            [
             0,
             "#0d0887"
            ],
            [
             0.1111111111111111,
             "#46039f"
            ],
            [
             0.2222222222222222,
             "#7201a8"
            ],
            [
             0.3333333333333333,
             "#9c179e"
            ],
            [
             0.4444444444444444,
             "#bd3786"
            ],
            [
             0.5555555555555556,
             "#d8576b"
            ],
            [
             0.6666666666666666,
             "#ed7953"
            ],
            [
             0.7777777777777778,
             "#fb9f3a"
            ],
            [
             0.8888888888888888,
             "#fdca26"
            ],
            [
             1,
             "#f0f921"
            ]
           ],
           "sequentialminus": [
            [
             0,
             "#0d0887"
            ],
            [
             0.1111111111111111,
             "#46039f"
            ],
            [
             0.2222222222222222,
             "#7201a8"
            ],
            [
             0.3333333333333333,
             "#9c179e"
            ],
            [
             0.4444444444444444,
             "#bd3786"
            ],
            [
             0.5555555555555556,
             "#d8576b"
            ],
            [
             0.6666666666666666,
             "#ed7953"
            ],
            [
             0.7777777777777778,
             "#fb9f3a"
            ],
            [
             0.8888888888888888,
             "#fdca26"
            ],
            [
             1,
             "#f0f921"
            ]
           ]
          },
          "colorway": [
           "#636efa",
           "#EF553B",
           "#00cc96",
           "#ab63fa",
           "#FFA15A",
           "#19d3f3",
           "#FF6692",
           "#B6E880",
           "#FF97FF",
           "#FECB52"
          ],
          "font": {
           "color": "#2a3f5f"
          },
          "geo": {
           "bgcolor": "white",
           "lakecolor": "white",
           "landcolor": "#E5ECF6",
           "showlakes": true,
           "showland": true,
           "subunitcolor": "white"
          },
          "hoverlabel": {
           "align": "left"
          },
          "hovermode": "closest",
          "mapbox": {
           "style": "light"
          },
          "paper_bgcolor": "white",
          "plot_bgcolor": "#E5ECF6",
          "polar": {
           "angularaxis": {
            "gridcolor": "white",
            "linecolor": "white",
            "ticks": ""
           },
           "bgcolor": "#E5ECF6",
           "radialaxis": {
            "gridcolor": "white",
            "linecolor": "white",
            "ticks": ""
           }
          },
          "scene": {
           "xaxis": {
            "backgroundcolor": "#E5ECF6",
            "gridcolor": "white",
            "gridwidth": 2,
            "linecolor": "white",
            "showbackground": true,
            "ticks": "",
            "zerolinecolor": "white"
           },
           "yaxis": {
            "backgroundcolor": "#E5ECF6",
            "gridcolor": "white",
            "gridwidth": 2,
            "linecolor": "white",
            "showbackground": true,
            "ticks": "",
            "zerolinecolor": "white"
           },
           "zaxis": {
            "backgroundcolor": "#E5ECF6",
            "gridcolor": "white",
            "gridwidth": 2,
            "linecolor": "white",
            "showbackground": true,
            "ticks": "",
            "zerolinecolor": "white"
           }
          },
          "shapedefaults": {
           "line": {
            "color": "#2a3f5f"
           }
          },
          "ternary": {
           "aaxis": {
            "gridcolor": "white",
            "linecolor": "white",
            "ticks": ""
           },
           "baxis": {
            "gridcolor": "white",
            "linecolor": "white",
            "ticks": ""
           },
           "bgcolor": "#E5ECF6",
           "caxis": {
            "gridcolor": "white",
            "linecolor": "white",
            "ticks": ""
           }
          },
          "title": {
           "x": 0.05
          },
          "xaxis": {
           "automargin": true,
           "gridcolor": "white",
           "linecolor": "white",
           "ticks": "",
           "title": {
            "standoff": 15
           },
           "zerolinecolor": "white",
           "zerolinewidth": 2
          },
          "yaxis": {
           "automargin": true,
           "gridcolor": "white",
           "linecolor": "white",
           "ticks": "",
           "title": {
            "standoff": 15
           },
           "zerolinecolor": "white",
           "zerolinewidth": 2
          }
         }
        },
        "title": {
         "text": "Multivariate Matrix Profile for OHLCV Data"
        },
        "xaxis": {
         "title": {
          "text": "Time Index"
         }
        },
        "yaxis": {
         "title": {
          "text": "Matrix Profile"
         }
        }
       }
      }
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "import plotly.graph_objects as go\n",
    "\n",
    "# Create a figure\n",
    "fig = go.Figure()\n",
    "\n",
    "# Add traces for each time series component in OHLCV\n",
    "for i, label in enumerate(labels):\n",
    "    fig.add_trace(go.Scatter(\n",
    "        y=mp_m[i],\n",
    "        mode='lines',\n",
    "        name=f'{label} Matrix Profile'\n",
    "    ))\n",
    "\n",
    "# Update layout\n",
    "fig.update_layout(\n",
    "    title=\"Multivariate Matrix Profile for OHLCV Data\",\n",
    "    xaxis_title=\"Time Index\",\n",
    "    yaxis_title=\"Matrix Profile\",\n",
    "    hovermode=\"x unified\"\n",
    ")\n",
    "\n",
    "# Show the figure\n",
    "fig.show()\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# Univariate and simple backtesting (returns)\n",
    "\n",
    "- Load a sample time series dataset.\n",
    "- Discover motifs using STUMPY's stump and motifs functions.\n",
    "- Create a DataFrame containing motif indices and their associated returns over a 10-bar horizon.\n",
    "- Identify the most profitable motif category."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 37,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Motif DataFrame with profits:\n",
      "     motif_id  match_id  distance  start_idx  end_idx    profit\n",
      "0          0         0  0.000000        370      390  0.206577\n",
      "1          0         1  1.250590       1653     1673 -0.967765\n",
      "2          0         2  1.982121       1540     1560 -1.380473\n",
      "3          0         3  2.503828        266      286 -1.502156\n",
      "4          1         0  0.000000        760      780  0.654485\n",
      "5          1         1  1.261131       1150     1170 -0.805488\n",
      "6          1         2  3.515795       1275     1295 -0.167817\n",
      "7          1         3  3.590752       1920     1940       NaN\n",
      "8          2         0  0.000000       1487     1507 -1.861615\n",
      "9          2         1  2.309025       1740     1760  0.009996\n",
      "10         2         2  3.323742       1585     1605 -0.992155\n",
      "11         2         3  3.456676         42       62 -3.815360\n",
      "\n",
      "Average profit per motif category:\n",
      "    motif_id    profit\n",
      "0         0 -0.910954\n",
      "1         1 -0.106273\n",
      "2         2 -1.664783\n",
      "\n",
      "The most profitable motif avg category is: 1.0\n",
      "\\Sum profit per motif category:\n",
      "    motif_id    profit\n",
      "0         0 -3.643816\n",
      "1         1 -0.318820\n",
      "2         2 -6.659133\n",
      "\n",
      "The most profitable motif sum category is: 1.0\n"
     ]
    }
   ],
   "source": [
    "import numpy as np\n",
    "import pandas as pd\n",
    "import stumpy\n",
    "\n",
    "\n",
    "# Convert the 'close' column to a 1D NumPy array\n",
    "T = timeseries_sr.values\n",
    "\n",
    "# Parameters\n",
    "N = 20  # Window length (motif length)\n",
    "max_motifs = 3  # Number of main motifs to discover\n",
    "motifs_per_category = 4  # Number of similar motifs to extract per main motif\n",
    "future_horizon = 10  # Number of bars to measure future returns\n",
    "\n",
    "# Step 1: Calculate the Matrix Profile\n",
    "matrix_profile = stumpy.stump(timeseries_sr, m=N)\n",
    "\n",
    "# Step 2: Discover the motifs return distances and indices in the shape of (max_motifs, motifs_per_category)\n",
    "motif_distances, motif_indices = stumpy.motifs(timeseries_sr, matrix_profile[:, 0], max_motifs=max_motifs, max_matches=motifs_per_category)\n",
    "\n",
    "# Create a DataFrame to store the motifs information\n",
    "motif_results = []\n",
    "\n",
    "# Since motif_indices is an array of shape (3, 4), iterate accordingly\n",
    "for motif_id in range(motif_indices.shape[0]):  # Iterate over each row, i.e., each motif\n",
    "    for match_id in range(motif_indices.shape[1]):  # Iterate over each column, i.e., each match\n",
    "        start_idx = motif_indices[motif_id, match_id]\n",
    "        distance = motif_distances[motif_id, match_id]\n",
    "\n",
    "        # Check if the entry is valid (not NaN)\n",
    "        if np.isnan(start_idx):\n",
    "            continue\n",
    "        \n",
    "        # Convert to integer for indexing\n",
    "        start_idx = int(start_idx)\n",
    "        end_idx = start_idx + N\n",
    "        \n",
    "        # Check if there's enough data beyond the end index to calculate future returns\n",
    "        if end_idx + future_horizon < len(timeseries_sr):\n",
    "            # Calculate the profit/loss over the next 10 bars from the end of the motif\n",
    "            future_return = (timeseries_sr.iloc[end_idx + future_horizon] - timeseries_sr.iloc[end_idx]) / timeseries_sr.iloc[end_idx]\n",
    "        else:\n",
    "            future_return = np.nan  # Not enough future data available\n",
    "        \n",
    "        # Append the motif result\n",
    "        motif_results.append({\n",
    "            'motif_id': motif_id,          # Identifies the motif category within the set\n",
    "            'match_id': match_id,         # Rank/order of the match within the motif category\n",
    "            'distance': distance,\n",
    "            'start_idx': start_idx,\n",
    "            'end_idx': end_idx,\n",
    "            'profit': future_return\n",
    "        })\n",
    "\n",
    "# Convert the results into a DataFrame\n",
    "motif_df = pd.DataFrame(motif_results)\n",
    "\n",
    "# Step 3: Calculate the average profit for each motif category\n",
    "motif_profits = motif_df.groupby('motif_id')['profit'].mean().reset_index()\n",
    "most_profitable_motif_id = motif_profits.sort_values(by='profit', ascending=False).iloc[0]['motif_id']\n",
    "\n",
    "motif_profits_sum = motif_df.groupby('motif_id')['profit'].sum().reset_index()\n",
    "most_profitable_motif_sum_id = motif_profits_sum.sort_values(by='profit', ascending=False).iloc[0]['motif_id']\n",
    "\n",
    "# Display results\n",
    "print(\"Motif DataFrame with profits:\\n\", motif_df)\n",
    "print(\"\\nAverage profit per motif category:\\n\", motif_profits)\n",
    "print(f\"\\nThe most profitable motif avg category is: {most_profitable_motif_id}\")\n",
    "print(\"\\Sum profit per motif category:\\n\", motif_profits_sum)\n",
    "print(f\"\\nThe most profitable motif sum category is: {most_profitable_motif_sum_id}\")"
   ]
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": ".venv",
   "language": "python",
   "name": "python3"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 3
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython3",
   "version": "3.10.11"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 2
}