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    "# Visualization Tools\n",
    "\n",
    "`molli` has great visualization tools that allow for rapid visualization and interaciton with both `Molecule` and `ConformeEnsemble` objects. This is available through Jupyter notebooks and requires `py3Dmol`. This can be installed via `pip install py3Dmol`. An example of how to use this funcitonality is given below\n",
    "\n",
    "## `Molecule` Visualization Example"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [
    {
     "data": {
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       "<div id=\"3dmolviewer_17295357045896533\"  style=\"position: relative; width: 100%; height: 500px;\">\n",
       "        <p id=\"3dmolwarning_17295357045896533\" style=\"background-color:#ffcccc;color:black\">You appear to be running in JupyterLab (or JavaScript failed to load for some other reason).  You need to install the 3dmol extension: <br>\n",
       "        <tt>jupyter labextension install jupyterlab_3dmol</tt></p>\n",
       "        </div>\n",
       "<script>\n",
       "\n",
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       "$3Dmolpromise = null;\n",
       "  $3Dmolpromise = loadScriptAsync('https://cdnjs.cloudflare.com/ajax/libs/3Dmol/2.0.4/3Dmol-min.js');\n",
       "}\n",
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       "var viewer_17295357045896533 = null;\n",
       "var warn = document.getElementById(\"3dmolwarning_17295357045896533\");\n",
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       "    warn.parentNode.removeChild(warn);\n",
       "}\n",
       "$3Dmolpromise.then(function() {\n",
       "viewer_17295357045896533 = $3Dmol.createViewer(document.getElementById(\"3dmolviewer_17295357045896533\"),{backgroundColor:\"white\"});\n",
       "viewer_17295357045896533.zoomTo();\n",
       "\tviewer_17295357045896533.addModel(\"@<TRIPOS>MOLECULE\\ndendrobine\\n44 47 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 N 1.2960 -0.2319 1.2670 N\\n2 C 0.0573 -0.0226 2.1227 C\\n3 C -1.0974 -0.4738 1.2059 C\\n4 C -0.4284 -0.4113 -0.1687 C\\n5 C 0.8683 0.3598 -0.0004 C\\n6 C 2.4562 0.4417 1.8361 C\\n7 C -2.4328 0.2659 0.9832 C\\n8 C -2.6553 0.2472 -0.5801 C\\n9 C -1.2428 0.5626 -1.0163 C\\n10 C 1.5353 0.5790 -1.4179 C\\n11 O 1.3410 2.0363 -1.6507 O\\n12 C 0.0782 2.2291 -2.2166 C\\n13 C -0.5977 0.8539 -2.4020 C\\n14 O -0.4135 3.3180 -2.4552 O\\n15 C 0.7602 0.1678 -2.7001 C\\n16 C 0.7812 -1.2141 -3.3773 C\\n17 H 1.2426 0.7684 -3.4982 H\\n18 H -1.1794 1.5580 -0.5377 H\\n19 H 0.6516 1.3952 0.3174 H\\n20 H -1.3722 -1.4910 1.5134 H\\n21 C -0.2828 -1.8835 -0.5957 C\\n22 C 2.1775 -1.8412 -3.3215 C\\n23 C 0.3485 -1.1006 -4.8514 C\\n24 H 0.0590 -1.9009 -2.9478 H\\n25 H -0.0649 1.0264 2.4198 H\\n26 H 0.1162 -0.6408 3.0244 H\\n27 H 2.7150 -0.0049 2.8019 H\\n28 H 2.2927 1.5147 1.9874 H\\n29 H 3.3255 0.3162 1.1818 H\\n30 H -2.3716 1.2962 1.3534 H\\n31 H -3.2639 -0.2261 1.4982 H\\n32 H -3.3810 1.0069 -0.8836 H\\n33 H -2.9934 -0.7358 -0.9222 H\\n34 H 2.6088 0.3798 -1.4394 H\\n35 H -1.2929 0.8772 -3.2423 H\\n36 H -0.3075 -2.5854 0.2475 H\\n37 H 0.6920 -2.0890 -1.0319 H\\n38 H -1.0943 -2.1904 -1.2614 H\\n39 H 2.1795 -2.8241 -3.8049 H\\n40 H 2.5176 -1.9822 -2.2914 H\\n41 H 2.9143 -1.2135 -3.8343 H\\n42 H 0.3522 -2.0859 -5.3307 H\\n43 H 1.0232 -0.4520 -5.4210 H\\n44 H -0.6652 -0.6967 -4.9346 H\\n@<TRIPOS>BOND\\n1 43 23 1\\n2 42 23 1\\n3 44 23 1\\n4 23 16 1\\n5 41 22 1\\n6 39 22 1\\n7 17 15 1\\n8 16 22 1\\n9 16 24 1\\n10 16 15 1\\n11 22 40 1\\n12 35 13 1\\n13 15 13 1\\n14 15 10 1\\n15 14 12 2\\n16 13 12 1\\n17 13 9 1\\n18 12 11 1\\n19 11 10 1\\n20 34 10 1\\n21 10 5 1\\n22 38 21 1\\n23 37 21 1\\n24 9 8 1\\n25 9 18 1\\n26 9 4 1\\n27 33 8 1\\n28 32 8 1\\n29 21 4 1\\n30 21 36 1\\n31 8 7 1\\n32 4 5 1\\n33 4 3 1\\n34 5 19 1\\n35 5 1 1\\n36 7 3 1\\n37 7 30 1\\n38 7 31 1\\n39 29 6 1\\n40 3 20 1\\n41 3 2 1\\n42 1 6 1\\n43 1 2 1\\n44 6 28 1\\n45 6 27 1\\n46 2 25 1\\n47 2 26 1\\n\\n\",\"mol2\");\n",
       "\tviewer_17295357045896533.setStyle({\"stick\": {\"radius\": 0.1}, \"sphere\": {\"scale\": 0.15}});\n",
       "\tviewer_17295357045896533.setHoverable({},true,\"\\n        function(atom,viewer,event,container) {\\n            if(!atom.label) {\\n                atom.label = viewer.addLabel(atom.elem + '(' + atom.index + ')', {position: atom, backgroundColor: 'silver', fontColor:'black'});\\n            }\\n        }\\n        \",\"\\n        function(atom,viewer) { \\n            if(atom.label) {\\n                viewer.removeLabel(atom.label);\\n                delete atom.label;\\n            }\\n        }\\n        \");\n",
       "\tviewer_17295357045896533.zoomTo();\n",
       "\tviewer_17295357045896533.setBackgroundColor(\"white\");\n",
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       "});\n",
       "</script>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "application/3dmoljs_load.v0": "<script>\n            $3Dmolpromise.then(function() { //wrap in promise for non-interactive functionality\n                \n                viewer_17295357045896533.render();\n            });\n            </script>",
      "text/html": [
       "<script>\n",
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    {
     "data": {
      "text/plain": [
       "Molecule(name='dendrobine', formula='C16 H25 N1 O2')"
      ]
     },
     "execution_count": 1,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "# Imports molli\n",
    "import molli as ml\n",
    "\n",
    "#Configures visualization tools\n",
    "ml.visual.configure(bgcolor='white')\n",
    "\n",
    "#Loads example molecule\n",
    "dendrobine = ml.load(ml.files.dendrobine_mol2)\n",
    "dendrobine"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## `ConformerEnsemble` Visualization Example\n",
    "\n",
    "This defaults to show the first conformer as a ball and stick model, while the remaining conformers are rendered as wireframe"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [
    {
     "data": {
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You need to install the 3dmol extension: <br>\n        <tt>jupyter labextension install jupyterlab_3dmol</tt></p>\n        </div>\n<script>\n\nvar loadScriptAsync = function(uri){\n  return new Promise((resolve, reject) => {\n    //this is to ignore the existence of requirejs amd\n    var savedexports, savedmodule;\n    if (typeof exports !== 'undefined') savedexports = exports;\n    else exports = {}\n    if (typeof module !== 'undefined') savedmodule = module;\n    else module = {}\n\n    var tag = document.createElement('script');\n    tag.src = uri;\n    tag.async = true;\n    tag.onload = () => {\n        exports = savedexports;\n        module = savedmodule;\n        resolve();\n    };\n  var firstScriptTag = document.getElementsByTagName('script')[0];\n  firstScriptTag.parentNode.insertBefore(tag, firstScriptTag);\n});\n};\n\nif(typeof $3Dmolpromise === 'undefined') {\n$3Dmolpromise = null;\n  $3Dmolpromise = 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       "        <p id=\"3dmolwarning_1729535704708992\" style=\"background-color:#ffcccc;color:black\">You appear to be running in JupyterLab (or JavaScript failed to load for some other reason).  You need to install the 3dmol extension: <br>\n",
       "        <tt>jupyter labextension install jupyterlab_3dmol</tt></p>\n",
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       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6063 -0.7256 1.6660 C\\n2 C 2.2783 -0.4591 -0.4919 C\\n3 C 4.6375 0.4352 -0.3133 C\\n4 N 3.1430 0.8744 -0.3444 N\\n5 C 4.9108 -0.4782 0.8927 C\\n6 C 2.5469 -1.3383 0.7531 C\\n7 C 5.6433 -1.7543 0.4335 C\\n8 C 6.0177 -2.6903 1.5730 C\\n9 C 2.8495 1.5829 0.9863 C\\n10 C 3.0596 0.6205 2.1516 C\\n11 C 0.7452 -0.2452 -0.7617 C\\n12 C -0.5984 -2.3149 -0.1596 C\\n13 C 0.0829 -1.5750 -1.1397 C\\n14 N -1.0250 -4.0877 -1.7160 N\\n15 C 0.1714 -2.1157 -2.4581 C\\n16 C -1.1306 -3.5432 -0.4931 C\\n17 C -0.4038 -3.3921 -2.6768 C\\n18 C 0.7869 -1.4702 -3.5619 C\\n19 C 0.8473 -2.0711 -4.8203 C\\n20 C 0.2926 -3.3267 -5.0065 C\\n21 C -0.3274 -3.9692 -3.9359 C\\n22 O 0.1206 0.3403 0.4020 O\\n23 C -1.0094 1.0741 0.1551 C\\n24 O -1.4494 1.2917 -0.9611 O\\n25 C -1.5692 1.5815 1.4663 C\\n26 C -2.9260 2.2983 1.3937 C\\n27 C -4.0424 1.3919 0.8747 C\\n28 C -2.8629 3.6052 0.6031 C\\n29 C 2.9934 1.8174 -1.5876 C\\n30 C 2.2677 3.1292 -1.4105 C\\n31 C 0.9246 5.5744 -1.0406 C\\n32 C 2.9223 4.2343 -0.8365 C\\n33 C 0.9442 3.2943 -1.8405 C\\n34 C 0.2722 4.5053 -1.6477 C\\n35 C 2.2527 5.4465 -0.6435 C\\n36 I -0.0804 7.3642 -0.7391 I\\n37 H 3.7749 -1.3718 2.5335 H\\n38 H 2.7176 -0.9567 -1.3664 H\\n39 H 4.8466 -0.0514 -1.2734 H\\n40 H 5.2415 1.3484 -0.2423 H\\n41 H 5.6024 0.0549 1.5609 H\\n42 H 1.6365 -1.4876 1.3440 H\\n43 H 2.8474 -2.3417 0.4283 H\\n44 H 6.5663 -1.4607 -0.0829 H\\n45 H 5.0431 -2.3047 -0.3002 H\\n46 H 5.1315 -3.1356 2.0344 H\\n47 H 6.6378 -3.5101 1.1953 H\\n48 H 6.5871 -2.1634 2.3453 H\\n49 H 3.5525 2.4172 1.0759 H\\n50 H 1.8304 1.9747 0.9682 H\\n51 H 2.1117 0.4764 2.6855 H\\n52 H 3.7476 1.0700 2.8783 H\\n53 H 0.6304 0.4412 -1.5996 H\\n54 H -0.7198 -1.9593 0.8587 H\\n55 H -1.6662 -4.1453 0.2365 H\\n56 H 1.2097 -0.4759 -3.4781 H\\n57 H 1.3128 -1.5563 -5.6578 H\\n58 H 0.3247 -3.8067 -5.9819 H\\n59 H -0.7728 -4.9505 -4.0911 H\\n60 H -0.8254 2.2621 1.8980 H\\n61 H -1.6664 0.7190 2.1375 H\\n62 H -3.1883 2.5665 2.4262 H\\n63 H -3.9060 1.1324 -0.1794 H\\n64 H -5.0142 1.8891 0.9690 H\\n65 H -4.0876 0.4617 1.4508 H\\n66 H -2.0530 4.2442 0.9704 H\\n67 H -2.7066 3.4346 -0.4658 H\\n68 H -3.8002 4.1622 0.7112 H\\n69 H 2.5493 1.2229 -2.3924 H\\n70 H 4.0062 2.0535 -1.9398 H\\n71 H 3.9666 4.1713 -0.5340 H\\n72 H 0.4042 2.4978 -2.3487 H\\n73 H -0.7593 4.5986 -1.9839 H\\n74 H 2.7796 6.2841 -0.1899 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.7626 -0.1318 1.8993 C\\n2 C 1.9465 0.3749 -0.4625 C\\n3 C 4.3445 -0.3337 -0.0480 C\\n4 N 3.4567 0.8895 -0.3922 N\\n5 C 3.9505 -0.9157 1.3202 C\\n6 C 1.5739 -0.1709 0.9402 C\\n7 C 3.7335 -2.4381 1.2098 C\\n8 C 3.4733 -3.1146 2.5488 C\\n9 C 3.6256 1.9299 0.7215 C\\n10 C 3.1715 1.3399 2.0541 C\\n11 C 0.8741 1.4167 -0.9764 C\\n12 C 1.0275 3.0581 -2.8558 C\\n13 C 0.8664 1.7146 -2.4704 C\\n14 N 1.0867 2.4353 -5.1670 N\\n15 C 0.6893 0.7315 -3.4891 C\\n16 C 1.1339 3.3632 -4.1967 C\\n17 C 0.8378 1.1611 -4.8311 C\\n18 C 0.3564 -0.6304 -3.2643 C\\n19 C 0.2316 -1.5377 -4.3187 C\\n20 C 0.4270 -1.1041 -5.6203 C\\n21 C 0.7212 0.2382 -5.8609 C\\n22 O -0.4619 0.9591 -0.6649 O\\n23 C -1.2224 1.8029 0.0938 C\\n24 O -0.8086 2.8473 0.5760 O\\n25 C -2.6247 1.2538 0.2311 C\\n26 C -3.3910 1.8712 1.4116 C\\n27 C -2.8390 1.3815 2.7537 C\\n28 C -4.8783 1.5337 1.3094 C\\n29 C 3.9084 1.4682 -1.7620 C\\n30 C 5.3902 1.6784 -1.9802 C\\n31 C 8.1484 2.0362 -2.3735 C\\n32 C 6.1560 0.7003 -2.6402 C\\n33 C 6.0286 2.8506 -1.5459 C\\n34 C 7.4022 3.0268 -1.7378 C\\n35 C 7.5294 0.8750 -2.8311 C\\n36 I 10.1900 2.3012 -2.6471 I\\n37 H 2.4687 -0.5234 2.8793 H\\n38 H 1.9930 -0.4778 -1.1468 H\\n39 H 4.2357 -1.0526 -0.8683 H\\n40 H 5.3845 0.0058 -0.0002 H\\n41 H 4.8051 -0.7711 1.9972 H\\n42 H 1.1834 -1.1915 0.8414 H\\n43 H 0.7631 0.4093 1.3952 H\\n44 H 4.6336 -2.8898 0.7739 H\\n45 H 2.9104 -2.6681 0.5215 H\\n46 H 3.4362 -4.2007 2.4183 H\\n47 H 4.2702 -2.8895 3.2648 H\\n48 H 2.5187 -2.8014 2.9806 H\\n49 H 4.6850 2.1970 0.7751 H\\n50 H 3.0520 2.8232 0.4536 H\\n51 H 2.3330 1.9280 2.4500 H\\n52 H 3.9787 1.4350 2.7927 H\\n53 H 1.0889 2.3507 -0.4463 H\\n54 H 1.0832 3.8648 -2.1288 H\\n55 H 1.2737 4.3873 -4.5382 H\\n56 H 0.1391 -1.0051 -2.2671 H\\n57 H -0.0357 -2.5757 -4.1276 H\\n58 H 0.3269 -1.7947 -6.4553 H\\n59 H 0.8468 0.5796 -6.8876 H\\n60 H -2.5668 0.1651 0.3575 H\\n61 H -3.1423 1.4624 -0.7133 H\\n62 H -3.2908 2.9627 1.3810 H\\n63 H -2.9009 0.2909 2.8374 H\\n64 H -3.4063 1.8154 3.5853 H\\n65 H -1.7906 1.6736 2.8828 H\\n66 H -5.0437 0.4516 1.3419 H\\n67 H -5.3027 1.9096 0.3710 H\\n68 H -5.4356 1.9875 2.1355 H\\n69 H 3.5296 0.7822 -2.5268 H\\n70 H 3.4097 2.4335 -1.8734 H\\n71 H 5.6948 -0.2091 -3.0228 H\\n72 H 5.4696 3.6505 -1.0641 H\\n73 H 7.8799 3.9426 -1.3938 H\\n74 H 8.1033 0.1042 -3.3437 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6840 -1.4471 0.2085 C\\n2 C 1.9056 0.3600 0.6421 C\\n3 C 3.5453 0.5630 -1.2768 C\\n4 N 3.2097 1.1153 0.1525 N\\n5 C 3.9577 -0.9129 -1.2028 C\\n6 C 2.2385 -1.1620 0.6231 C\\n7 C 3.2863 -1.7598 -2.2998 C\\n8 C 3.7357 -1.3674 -3.7021 C\\n9 C 4.4186 0.8045 1.0531 C\\n10 C 4.6062 -0.7034 1.1771 C\\n11 C 1.1500 0.7489 2.0076 C\\n12 C 1.5111 3.0143 3.0742 C\\n13 C 1.7957 1.6371 3.0657 C\\n14 N 3.0111 3.3803 4.9032 N\\n15 C 2.6260 1.1233 4.1095 C\\n16 C 2.1344 3.8318 3.9945 C\\n17 C 3.2240 2.0617 4.9885 C\\n18 C 2.8862 -0.2514 4.3458 C\\n19 C 3.7318 -0.6740 5.3735 C\\n20 C 4.3334 0.2645 6.1948 C\\n21 C 4.0694 1.6182 5.9954 C\\n22 O -0.1767 1.3061 1.7397 O\\n23 C -1.1025 0.3903 1.3373 C\\n24 O -0.8016 -0.6949 0.8585 O\\n25 C -2.5175 0.8385 1.6116 C\\n26 C -3.0969 1.8889 0.6594 C\\n27 C -2.6158 3.3000 0.9928 C\\n28 C -2.8537 1.5469 -0.8089 C\\n29 C 3.0858 2.6515 0.0270 C\\n30 C 2.2826 3.2031 -1.1269 C\\n31 C 0.8110 4.2271 -3.2921 C\\n32 C 2.9317 3.6685 -2.2850 C\\n33 C 0.8870 3.2772 -1.0723 C\\n34 C 0.1524 3.7865 -2.1469 C\\n35 C 2.2003 4.1721 -3.3642 C\\n36 I -0.2821 4.9718 -4.8913 I\\n37 H 3.8856 -2.5229 0.2627 H\\n38 H 1.1952 0.5387 -0.1738 H\\n39 H 2.6539 0.7066 -1.8963 H\\n40 H 4.3709 1.1646 -1.6744 H\\n41 H 5.0413 -0.9710 -1.3797 H\\n42 H 2.0674 -1.6243 1.6000 H\\n43 H 1.5440 -1.6710 -0.0553 H\\n44 H 3.5328 -2.8169 -2.1425 H\\n45 H 2.1950 -1.6750 -2.2431 H\\n46 H 3.4522 -0.3383 -3.9428 H\\n47 H 3.2699 -2.0252 -4.4431 H\\n48 H 4.8221 -1.4578 -3.8049 H\\n49 H 5.2996 1.2524 0.5771 H\\n50 H 4.2791 1.2954 2.0146 H\\n51 H 4.4208 -1.0295 2.2040 H\\n52 H 5.6547 -0.9554 0.9750 H\\n53 H 0.9157 -0.1813 2.5362 H\\n54 H 0.8130 3.4652 2.3744 H\\n55 H 1.9445 4.9018 4.0230 H\\n56 H 2.4179 -1.0331 3.7568 H\\n57 H 3.9072 -1.7347 5.5426 H\\n58 H 4.9870 -0.0487 7.0062 H\\n59 H 4.5238 2.3501 6.6614 H\\n60 H -3.1403 -0.0647 1.5581 H\\n61 H -2.5779 1.1704 2.6551 H\\n62 H -4.1842 1.8895 0.8154 H\\n63 H -1.5379 3.4072 0.8682 H\\n64 H -2.8600 3.5577 2.0291 H\\n65 H -3.1025 4.0359 0.3444 H\\n66 H -1.7897 1.5674 -1.0601 H\\n67 H -3.2381 0.5482 -1.0420 H\\n68 H -3.3653 2.2619 -1.4614 H\\n69 H 4.1117 3.0340 -0.0604 H\\n70 H 2.7130 3.0424 0.9657 H\\n71 H 4.0175 3.6553 -2.3646 H\\n72 H 0.3503 2.9518 -0.1890 H\\n73 H -0.9326 3.8396 -2.0782 H\\n74 H 2.7260 4.5242 -4.2506 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8040 -0.3920 1.8035 C\\n2 C 2.0764 -0.0387 -0.6307 C\\n3 C 4.5419 -0.0543 0.0323 C\\n4 N 3.3635 0.8895 -0.4045 N\\n5 C 4.2704 -0.6579 1.4166 C\\n6 C 1.8844 -0.8634 0.6760 C\\n7 C 4.6495 -2.1497 1.4826 C\\n8 C 6.1522 -2.3759 1.3555 C\\n9 C 3.0963 1.8804 0.7361 C\\n10 C 2.6376 1.1211 1.9816 C\\n11 C 0.7715 0.7111 -1.1321 C\\n12 C -0.0675 1.4610 -3.3615 C\\n13 C 0.3134 0.3775 -2.5517 C\\n14 N -0.4612 0.0113 -5.2255 N\\n15 C 0.1453 -0.9388 -3.0780 C\\n16 C -0.4319 1.2339 -4.6718 C\\n17 C -0.2204 -1.0491 -4.4446 C\\n18 C 0.2711 -2.1423 -2.3373 C\\n19 C 0.1154 -3.3946 -2.9336 C\\n20 C -0.1915 -3.4738 -4.2825 C\\n21 C -0.3614 -2.3038 -5.0175 C\\n22 O -0.3964 0.4080 -0.3409 O\\n23 C -0.8418 1.3648 0.5196 C\\n24 O -0.2400 2.4007 0.7625 O\\n25 C -2.1330 0.9031 1.1605 C\\n26 C -3.0958 2.0548 1.4971 C\\n27 C -3.5764 2.7705 0.2323 C\\n28 C -4.2963 1.5073 2.2772 C\\n29 C 3.8634 1.5513 -1.7333 C\\n30 C 3.4492 2.9547 -2.1067 C\\n31 C 2.7515 5.5664 -2.9010 C\\n32 C 2.7251 3.1801 -3.2887 C\\n33 C 3.8928 4.0793 -1.3831 C\\n34 C 3.5337 5.3750 -1.7681 C\\n35 C 2.3593 4.4726 -3.6734 C\\n36 I 2.2162 7.4886 -3.4736 I\\n37 H 2.5524 -0.9061 2.7419 H\\n38 H 2.4181 -0.7308 -1.4136 H\\n39 H 4.6418 -0.8166 -0.7531 H\\n40 H 5.4584 0.5502 0.0655 H\\n41 H 4.9081 -0.1404 2.1455 H\\n42 H 0.8544 -0.8576 1.0410 H\\n43 H 2.0835 -1.9171 0.4481 H\\n44 H 4.3154 -2.5641 2.4428 H\\n45 H 4.1398 -2.7160 0.6948 H\\n46 H 6.3803 -3.4444 1.4133 H\\n47 H 6.6790 -1.8721 2.1684 H\\n48 H 6.5422 -2.0054 0.3977 H\\n49 H 2.3489 2.6084 0.4130 H\\n50 H 4.0404 2.3952 0.9441 H\\n51 H 3.2202 1.4644 2.8465 H\\n52 H 1.5967 1.3682 2.2164 H\\n53 H 0.9781 1.7860 -1.0990 H\\n54 H -0.0857 2.4822 -2.9835 H\\n55 H -0.7219 2.0490 -5.3299 H\\n56 H 0.4442 -2.1323 -1.2678 H\\n57 H 0.2130 -4.3051 -2.3472 H\\n58 H -0.3241 -4.4379 -4.7654 H\\n59 H -0.6347 -2.3727 -6.0713 H\\n60 H -1.8657 0.3497 2.0688 H\\n61 H -2.6307 0.1984 0.4834 H\\n62 H -2.5804 2.7868 2.1325 H\\n63 H -4.3347 3.5204 0.4752 H\\n64 H -2.7503 3.3006 -0.2586 H\\n65 H -4.0077 2.0703 -0.4922 H\\n66 H -4.9898 2.3102 2.5554 H\\n67 H -4.8495 0.7706 1.6865 H\\n68 H -3.9692 1.0225 3.2030 H\\n69 H 3.6049 0.8404 -2.5299 H\\n70 H 4.9605 1.5635 -1.6956 H\\n71 H 2.4567 2.3498 -3.9456 H\\n72 H 4.5544 3.9731 -0.5273 H\\n73 H 3.8846 6.2333 -1.1942 H\\n74 H 1.7887 4.6203 -4.5893 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.5455 -0.6797 1.6955 C\\n2 C 2.3307 -0.5618 -0.5340 C\\n3 C 4.5562 0.5951 -0.2323 C\\n4 N 3.0290 0.8578 -0.3361 N\\n5 C 4.8589 -0.2582 1.0123 C\\n6 C 2.6377 -1.4190 0.7144 C\\n7 C 5.7674 -1.4571 0.6849 C\\n8 C 7.1706 -1.0322 0.2709 C\\n9 C 2.5937 1.5367 0.9646 C\\n10 C 2.7968 0.5830 2.1391 C\\n11 C 0.8003 -0.5399 -0.9063 C\\n12 C -0.2444 -2.8341 -0.5783 C\\n13 C 0.3700 -1.9120 -1.4415 C\\n14 N -0.3330 -4.4831 -2.3165 N\\n15 C 0.6102 -2.3036 -2.7944 C\\n16 C -0.5754 -4.0847 -1.0571 C\\n17 C 0.2348 -3.6182 -3.1663 C\\n18 C 1.1910 -1.4754 -3.7908 C\\n19 C 1.4050 -1.9356 -5.0911 C\\n20 C 1.0418 -3.2290 -5.4280 C\\n21 C 0.4606 -4.0519 -4.4647 C\\n22 O -0.0186 -0.2092 0.2388 O\\n23 C -0.7562 0.9337 0.1605 C\\n24 O -0.5935 1.7907 -0.6927 O\\n25 C -1.7427 0.9835 1.3054 C\\n26 C -2.5272 2.3038 1.3681 C\\n27 C -1.6492 3.4547 1.8669 C\\n28 C -3.7427 2.1506 2.2843 C\\n29 C 2.7486 1.7696 -1.5610 C\\n30 C 3.4460 3.1083 -1.6085 C\\n31 C 4.7327 5.6021 -1.6839 C\\n32 C 4.6915 3.2513 -2.2402 C\\n33 C 2.8448 4.2426 -1.0373 C\\n34 C 3.4872 5.4829 -1.0712 C\\n35 C 5.3342 4.4919 -2.2741 C\\n36 I 5.6894 7.4434 -1.7315 I\\n37 H 3.7471 -1.3118 2.5678 H\\n38 H 2.8755 -0.9930 -1.3844 H\\n39 H 4.8630 0.1200 -1.1706 H\\n40 H 5.0619 1.5610 -0.1359 H\\n41 H 5.4106 0.3723 1.7244 H\\n42 H 3.0959 -2.3641 0.3994 H\\n43 H 1.7212 -1.7065 1.2418 H\\n44 H 5.3329 -2.0646 -0.1175 H\\n45 H 5.8494 -2.1042 1.5670 H\\n46 H 7.6458 -0.4321 1.0538 H\\n47 H 7.1584 -0.4445 -0.6522 H\\n48 H 7.7940 -1.9149 0.0985 H\\n49 H 1.5570 1.8571 0.8689 H\\n50 H 3.2160 2.4281 1.1000 H\\n51 H 1.8248 0.3177 2.5730 H\\n52 H 3.3513 1.0948 2.9353 H\\n53 H 0.6111 0.1700 -1.7121 H\\n54 H -0.4692 -2.6016 0.4585 H\\n55 H -1.0543 -4.8253 -0.4216 H\\n56 H 1.4680 -0.4469 -3.5898 H\\n57 H 1.8411 -1.2830 -5.8444 H\\n58 H 1.1946 -3.6009 -6.4389 H\\n59 H 0.1672 -5.0638 -4.7390 H\\n60 H -2.4366 0.1459 1.1603 H\\n61 H -1.1964 0.8257 2.2441 H\\n62 H -2.8912 2.5592 0.3647 H\\n63 H -1.2739 3.2613 2.8787 H\\n64 H -0.7856 3.6118 1.2150 H\\n65 H -2.2174 4.3912 1.8927 H\\n66 H -4.3205 3.0805 2.3259 H\\n67 H -4.4094 1.3628 1.9175 H\\n68 H -3.4409 1.8929 3.3065 H\\n69 H 1.6729 1.9489 -1.5938 H\\n70 H 3.0101 1.1826 -2.4503 H\\n71 H 5.1788 2.4063 -2.7229 H\\n72 H 1.8598 4.1811 -0.5764 H\\n73 H 3.0005 6.3494 -0.6272 H\\n74 H 6.2991 4.5815 -2.7693 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.4306 -0.7289 1.6766 C\\n2 C 2.0474 -0.2279 -0.3920 C\\n3 C 4.5323 0.2482 -0.3684 C\\n4 N 3.1392 0.9285 -0.3058 N\\n5 C 4.6884 -0.7541 0.7905 C\\n6 C 2.1959 -1.1141 0.8645 C\\n7 C 5.0714 -2.1441 0.2448 C\\n8 C 5.2690 -3.1937 1.3280 C\\n9 C 3.0691 1.6838 1.0217 C\\n10 C 3.2100 0.7026 2.1824 C\\n11 C 0.5572 0.2134 -0.6548 C\\n12 C -0.9635 -1.7766 -0.2298 C\\n13 C -0.2479 -0.9959 -1.1517 C\\n14 N -1.6241 -3.3059 -1.9542 N\\n15 C -0.2540 -1.3907 -2.5246 C\\n16 C -1.6278 -2.9011 -0.6737 C\\n17 C -0.9658 -2.5697 -2.8584 C\\n18 C 0.3946 -0.6916 -3.5757 C\\n19 C 0.3492 -1.1469 -4.8948 C\\n20 C -0.3452 -2.3075 -5.1957 C\\n21 C -0.9940 -3.0022 -4.1764 C\\n22 O -0.0858 0.7219 0.5355 O\\n23 C -0.3994 2.0429 0.5578 C\\n24 O 0.0407 2.8676 -0.2301 O\\n25 C -1.3503 2.3526 1.6844 C\\n26 C -2.8057 2.0991 1.2747 C\\n27 C -3.2798 3.1197 0.2357 C\\n28 C -3.7137 2.1430 2.5025 C\\n29 C 2.9988 1.8955 -1.5114 C\\n30 C 4.0242 2.9953 -1.6507 C\\n31 C 5.9102 5.0579 -1.9114 C\\n32 C 5.1919 2.8036 -2.4062 C\\n33 C 3.8047 4.2474 -1.0501 C\\n34 C 4.7450 5.2725 -1.1765 C\\n35 C 6.1342 3.8290 -2.5304 C\\n36 I 7.3087 6.5804 -2.1004 I\\n37 H 3.5402 -1.3962 2.5378 H\\n38 H 2.3777 -0.8100 -1.2631 H\\n39 H 5.2905 1.0325 -0.2745 H\\n40 H 4.6225 -0.2168 -1.3556 H\\n41 H 5.5375 -0.4189 1.4030 H\\n42 H 2.2454 -2.1661 0.5580 H\\n43 H 1.3189 -1.0423 1.5180 H\\n44 H 4.3213 -2.5002 -0.4698 H\\n45 H 6.0086 -2.0501 -0.3184 H\\n46 H 5.9676 -2.8479 2.0941 H\\n47 H 4.3227 -3.4509 1.8124 H\\n48 H 5.6758 -4.1115 0.8902 H\\n49 H 3.8926 2.4052 1.0477 H\\n50 H 2.1312 2.2349 1.0660 H\\n51 H 2.3141 0.7507 2.8140 H\\n52 H 4.0457 1.0101 2.8235 H\\n53 H 0.5003 0.9638 -1.4437 H\\n54 H -1.0144 -1.5307 0.8268 H\\n55 H -2.1936 -3.5288 0.0094 H\\n56 H 0.9299 0.2358 -3.4016 H\\n57 H 0.8417 -0.5898 -5.6888 H\\n58 H -0.3958 -2.6725 -6.2196 H\\n59 H -1.5452 -3.9098 -4.4191 H\\n60 H -1.0687 1.7317 2.5440 H\\n61 H -1.1918 3.3918 1.9938 H\\n62 H -2.8875 1.1011 0.8291 H\\n63 H -2.7185 3.0203 -0.6976 H\\n64 H -4.3383 2.9728 -0.0015 H\\n65 H -3.1519 4.1459 0.5987 H\\n66 H -3.6612 3.1170 3.0024 H\\n67 H -4.7558 1.9597 2.2196 H\\n68 H -3.4263 1.3713 3.2284 H\\n69 H 2.9968 1.2698 -2.4123 H\\n70 H 2.0171 2.3618 -1.4429 H\\n71 H 5.3813 1.8619 -2.9189 H\\n72 H 2.8895 4.4514 -0.4929 H\\n73 H 4.5530 6.2356 -0.7080 H\\n74 H 7.0329 3.6621 -3.1217 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8331 -0.5526 1.7813 C\\n2 C 2.1088 -0.3312 -0.6449 C\\n3 C 4.4446 0.3315 0.0569 C\\n4 N 3.0638 0.9075 -0.3586 N\\n5 C 4.3003 -0.5406 1.3181 C\\n6 C 1.9215 -1.0987 0.6826 C\\n7 C 4.9175 -1.9322 1.0805 C\\n8 C 4.9101 -2.8177 2.3179 C\\n9 C 2.5526 1.7564 0.8051 C\\n10 C 2.4017 0.8926 2.0539 C\\n11 C 0.7511 -0.0307 -1.3892 C\\n12 C -0.6440 -2.1500 -1.2967 C\\n13 C 0.2262 -1.3244 -2.0287 C\\n14 N -0.6851 -3.7655 -3.0653 N\\n15 C 0.6261 -1.7459 -3.3335 C\\n16 C -1.0682 -3.3394 -1.8511 C\\n17 C 0.1299 -2.9913 -3.7928 C\\n18 C 1.4756 -1.0125 -4.2030 C\\n19 C 1.8230 -1.4957 -5.4657 C\\n20 C 1.3330 -2.7200 -5.8889 C\\n21 C 0.4943 -3.4512 -5.0495 C\\n22 O -0.2844 0.4684 -0.5125 O\\n23 C -0.7036 1.7443 -0.7195 C\\n24 O -0.0427 2.5896 -1.3064 O\\n25 C -2.0863 1.9770 -0.1556 C\\n26 C -2.1875 2.0674 1.3718 C\\n27 C -1.9467 0.7258 2.0628 C\\n28 C -1.2823 3.1537 1.9506 C\\n29 C 3.2408 1.7674 -1.6380 C\\n30 C 4.2578 2.8841 -1.5940 C\\n31 C 6.1390 4.9634 -1.4789 C\\n32 C 3.8868 4.1647 -1.1512 C\\n33 C 5.5835 2.6724 -2.0055 C\\n34 C 6.5208 3.7064 -1.9445 C\\n35 C 4.8239 5.1976 -1.0842 C\\n36 I 7.5347 6.4957 -1.3771 I\\n37 H 2.7108 -1.1392 2.6977 H\\n38 H 2.7159 -0.9548 -1.3161 H\\n39 H 4.8395 -0.2194 -0.8043 H\\n40 H 5.1077 1.1747 0.2765 H\\n41 H 4.8983 -0.0691 2.1119 H\\n42 H 0.8864 -1.0496 1.0359 H\\n43 H 2.1181 -2.1643 0.5142 H\\n44 H 4.4084 -2.4516 0.2609 H\\n45 H 5.9600 -1.8024 0.7627 H\\n46 H 3.8941 -3.1151 2.5925 H\\n47 H 5.3659 -2.3054 3.1701 H\\n48 H 5.4808 -3.7315 2.1279 H\\n49 H 3.2825 2.5494 0.9962 H\\n50 H 1.6123 2.2173 0.5113 H\\n51 H 3.0011 1.3194 2.8677 H\\n52 H 1.3632 0.9219 2.4014 H\\n53 H 0.8995 0.6782 -2.2039 H\\n54 H -0.9985 -1.8848 -0.3046 H\\n55 H -1.7420 -4.0057 -1.3181 H\\n56 H 1.8684 -0.0397 -3.9347 H\\n57 H 2.4649 -0.9135 -6.1233 H\\n58 H 1.5889 -3.1090 -6.8715 H\\n59 H 0.1065 -4.4099 -5.3902 H\\n60 H -2.4525 2.9155 -0.5936 H\\n61 H -2.7482 1.1930 -0.5445 H\\n62 H -3.2233 2.3557 1.5976 H\\n63 H -2.1786 0.7983 3.1300 H\\n64 H -2.5875 -0.0527 1.6352 H\\n65 H -0.9075 0.4020 1.9749 H\\n66 H -0.2242 2.9160 1.8159 H\\n67 H -1.4618 3.2744 3.0244 H\\n68 H -1.4802 4.1168 1.4701 H\\n69 H 3.4942 1.0695 -2.4467 H\\n70 H 2.2694 2.2009 -1.8785 H\\n71 H 2.8589 4.3784 -0.8599 H\\n72 H 5.9085 1.7060 -2.3842 H\\n73 H 7.5432 3.5221 -2.2702 H\\n74 H 4.5154 6.1813 -0.7347 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.2408 -1.1164 -0.4703 C\\n2 C 1.9850 -0.2709 0.3484 C\\n3 C 3.4094 1.1471 -1.1854 C\\n4 N 2.9352 0.9977 0.2909 N\\n5 C 4.2617 -0.0656 -1.5934 C\\n6 C 2.8017 -1.4954 -0.1181 C\\n7 C 3.8377 -0.6408 -2.9570 C\\n8 C 4.0988 0.3247 -4.1064 C\\n9 C 4.1870 0.8145 1.1544 C\\n10 C 4.8802 -0.4944 0.7783 C\\n11 C 1.1247 -0.5452 1.6723 C\\n12 C 2.5534 -1.7949 3.2993 C\\n13 C 1.8469 -0.6061 3.0283 C\\n14 N 3.4635 -0.8949 5.3148 N\\n15 C 1.8581 0.4122 4.0437 C\\n16 C 3.3350 -1.8906 4.4304 C\\n17 C 2.7221 0.2047 5.1528 C\\n18 C 1.0842 1.6071 4.0694 C\\n19 C 1.2058 2.5617 5.0829 C\\n20 C 2.0933 2.3455 6.1206 C\\n21 C 2.8333 1.1671 6.1460 C\\n22 O -0.0434 0.3077 1.7322 O\\n23 C -1.0643 -0.0470 0.9021 C\\n24 O -0.9378 -0.8413 -0.0198 O\\n25 C -2.3499 0.6599 1.2551 C\\n26 C -2.5344 2.0433 0.6220 C\\n27 C -2.2844 2.0408 -0.8856 C\\n28 C -1.6896 3.1131 1.3109 C\\n29 C 2.1453 2.2596 0.6706 C\\n30 C 2.8633 3.5869 0.6270 C\\n31 C 4.1906 6.0594 0.5546 C\\n32 C 2.8016 4.3990 -0.5175 C\\n33 C 3.5833 4.0465 1.7426 C\\n34 C 4.2478 5.2753 1.7049 C\\n35 C 3.4673 5.6272 -0.5557 C\\n36 I 5.1806 7.8846 0.4970 I\\n37 H 4.8028 -2.0099 -0.7656 H\\n38 H 1.2680 -0.0553 -0.4519 H\\n39 H 4.0175 2.0540 -1.2556 H\\n40 H 2.5100 1.2699 -1.7988 H\\n41 H 5.3015 0.2754 -1.7049 H\\n42 H 2.3031 -1.9464 -0.9848 H\\n43 H 2.8147 -2.2895 0.6293 H\\n44 H 2.7737 -0.9028 -2.9540 H\\n45 H 4.3947 -1.5654 -3.1495 H\\n46 H 5.1563 0.6063 -4.1492 H\\n47 H 3.5039 1.2378 -4.0075 H\\n48 H 3.8354 -0.1453 -5.0601 H\\n49 H 3.9088 0.8522 2.2071 H\\n50 H 4.8576 1.6564 0.9495 H\\n51 H 4.8401 -1.1977 1.6168 H\\n52 H 5.9462 -0.3025 0.6030 H\\n53 H 0.7214 -1.5637 1.5534 H\\n54 H 2.5020 -2.6645 2.6519 H\\n55 H 3.8984 -2.7916 4.6581 H\\n56 H 0.3344 1.8190 3.3179 H\\n57 H 0.5915 3.4600 5.0710 H\\n58 H 2.1936 3.0697 6.9255 H\\n59 H 3.5069 0.9833 6.9833 H\\n60 H -2.4351 0.7106 2.3473 H\\n61 H -3.1661 0.0010 0.9312 H\\n62 H -3.5853 2.3230 0.7777 H\\n63 H -2.8916 1.2749 -1.3788 H\\n64 H -2.5505 3.0098 -1.3217 H\\n65 H -1.2319 1.8494 -1.1227 H\\n66 H -1.9288 4.1070 0.9169 H\\n67 H -0.6216 2.9453 1.1596 H\\n68 H -1.8820 3.1271 2.3895 H\\n69 H 1.7814 2.1098 1.6799 H\\n70 H 1.2716 2.2901 0.0087 H\\n71 H 2.2295 4.0945 -1.3924 H\\n72 H 3.6280 3.4631 2.6616 H\\n73 H 4.7997 5.6121 2.5809 H\\n74 H 3.4086 6.2412 -1.4528 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.9969 -1.3389 0.5947 C\\n2 C 1.9342 0.1672 0.3939 C\\n3 C 3.8906 0.4221 -1.1920 C\\n4 N 3.1818 1.0733 0.0404 N\\n5 C 4.4514 -0.9596 -0.8230 C\\n6 C 2.4726 -1.2535 0.7118 C\\n7 C 4.0804 -2.0314 -1.8665 C\\n8 C 4.7230 -1.7846 -3.2247 C\\n9 C 4.2107 1.1006 1.1864 C\\n10 C 4.5992 -0.3235 1.5723 C\\n11 C 0.8631 0.6432 1.4922 C\\n12 C 1.7847 0.3530 3.7912 C\\n13 C 1.3418 1.2643 2.8101 C\\n14 N 2.4006 2.1175 5.2809 N\\n15 C 1.3553 2.6558 3.1530 C\\n16 C 2.2934 0.8166 4.9877 C\\n17 C 1.9211 3.0117 4.4089 C\\n18 C 0.8449 3.7206 2.3667 C\\n19 C 0.9260 5.0561 2.7686 C\\n20 C 1.5098 5.3694 3.9827 C\\n21 C 1.9959 4.3438 4.7892 C\\n22 O -0.2468 1.3623 0.8881 O\\n23 C -1.1248 0.5427 0.2325 C\\n24 O -0.8731 -0.6306 -0.0188 O\\n25 C -2.3796 1.2320 -0.2429 C\\n26 C -3.2351 1.9686 0.8015 C\\n27 C -2.8440 3.4426 0.9305 C\\n28 C -3.2605 1.2843 2.1706 C\\n29 C 2.8053 2.5306 -0.3145 C\\n30 C 2.4174 2.8395 -1.7419 C\\n31 C 1.7326 3.3945 -4.4116 C\\n32 C 3.3720 3.3518 -2.6399 C\\n33 C 1.1115 2.6262 -2.2047 C\\n34 C 0.7715 2.8977 -3.5337 C\\n35 C 3.0327 3.6254 -3.9682 C\\n36 I 1.2238 3.7954 -6.3834 I\\n37 H 4.3359 -2.3497 0.8519 H\\n38 H 1.4058 0.1028 -0.5647 H\\n39 H 3.1501 0.3560 -1.9943 H\\n40 H 4.7065 1.0899 -1.4908 H\\n41 H 5.5494 -0.8890 -0.8183 H\\n42 H 2.1834 -1.5810 1.7133 H\\n43 H 1.9925 -1.9724 0.0385 H\\n44 H 4.4054 -3.0150 -1.5054 H\\n45 H 2.9936 -2.0822 -1.9999 H\\n46 H 4.4485 -2.5846 -3.9210 H\\n47 H 4.3895 -0.8385 -3.6625 H\\n48 H 5.8144 -1.7681 -3.1435 H\\n49 H 5.0902 1.6440 0.8179 H\\n50 H 3.8018 1.6696 2.0205 H\\n51 H 5.6922 -0.4108 1.5834 H\\n52 H 4.2758 -0.5394 2.5951 H\\n53 H 0.3897 -0.2853 1.8515 H\\n54 H 1.7253 -0.7242 3.6595 H\\n55 H 2.6349 0.1324 5.7622 H\\n56 H 0.3416 3.5377 1.4251 H\\n57 H 0.5140 5.8458 2.1441 H\\n58 H 1.5685 6.4021 4.3176 H\\n59 H 2.4307 4.5922 5.7572 H\\n60 H -3.0095 0.4330 -0.6619 H\\n61 H -2.1201 1.8838 -1.0863 H\\n62 H -4.2649 1.9613 0.4167 H\\n63 H -3.5505 3.9712 1.5819 H\\n64 H -2.8631 3.9373 -0.0485 H\\n65 H -1.8443 3.5602 1.3565 H\\n66 H -2.2965 1.3641 2.6884 H\\n67 H -4.0154 1.7510 2.8146 H\\n68 H -3.5196 0.2205 2.0752 H\\n69 H 1.9970 2.8152 0.3417 H\\n70 H 3.6628 3.1603 -0.0426 H\\n71 H 4.3968 3.5487 -2.3218 H\\n72 H 0.3347 2.2596 -1.5413 H\\n73 H -0.2464 2.7201 -3.8733 H\\n74 H 3.7888 4.0214 -4.6429 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8971 -0.5148 1.8013 C\\n2 C 1.9403 -0.0990 -0.5155 C\\n3 C 4.4302 0.1081 -0.0930 C\\n4 N 3.1399 0.9396 -0.3398 N\\n5 C 4.2537 -0.8009 1.1365 C\\n6 C 1.7491 -0.8127 0.8377 C\\n7 C 4.4884 -2.2762 0.7568 C\\n8 C 4.4028 -3.2298 1.9398 C\\n9 C 2.9217 1.8364 0.8803 C\\n10 C 2.8229 0.9801 2.1414 C\\n11 C 0.6037 0.4684 -1.1379 C\\n12 C 0.1367 -0.7034 -3.2954 C\\n13 C -0.1376 -0.6326 -1.9144 C\\n14 N -1.2021 -2.6741 -3.5262 N\\n15 C -1.0169 -1.6089 -1.3518 C\\n16 C -0.4164 -1.7199 -4.0465 C\\n17 C -1.5069 -2.6163 -2.2234 C\\n18 C -1.4479 -1.6624 -0.0019 C\\n19 C -2.2921 -2.6686 0.4697 C\\n20 C -2.7352 -3.6511 -0.3984 C\\n21 C -2.3421 -3.6093 -1.7333 C\\n22 O -0.2652 1.0948 -0.1740 O\\n23 C -0.4620 2.4338 -0.2977 C\\n24 O 0.2183 3.1506 -1.0272 O\\n25 C -1.5580 2.9802 0.5944 C\\n26 C -2.4497 1.9467 1.2983 C\\n27 C -1.7852 1.4213 2.5742 C\\n28 C -3.8033 2.5669 1.6530 C\\n29 C 3.3237 1.7978 -1.6238 C\\n30 C 4.5963 2.6053 -1.7423 C\\n31 C 6.9665 4.1006 -1.9369 C\\n32 C 4.6600 3.9154 -1.2435 C\\n33 C 5.7355 2.0673 -2.3643 C\\n34 C 6.9166 2.8090 -2.4560 C\\n35 C 5.8401 4.6589 -1.3370 C\\n36 I 8.7220 5.2011 -2.0630 I\\n37 H 2.7768 -1.0952 2.7222 H\\n38 H 2.3532 -0.8198 -1.2349 H\\n39 H 4.6382 -0.4535 -1.0109 H\\n40 H 5.2472 0.8123 0.0960 H\\n41 H 5.0441 -0.5352 1.8541 H\\n42 H 0.8264 -0.4996 1.3306 H\\n43 H 1.6489 -1.8915 0.6700 H\\n44 H 5.4894 -2.3711 0.3145 H\\n45 H 3.7819 -2.5963 -0.0159 H\\n46 H 3.3872 -3.2825 2.3397 H\\n47 H 4.6886 -4.2400 1.6300 H\\n48 H 5.0782 -2.9222 2.7429 H\\n49 H 2.0175 2.4233 0.7160 H\\n50 H 3.7714 2.5214 0.9632 H\\n51 H 3.6277 1.2499 2.8371 H\\n52 H 1.8854 1.2082 2.6646 H\\n53 H 0.8648 1.1998 -1.9055 H\\n54 H 0.7748 0.0178 -3.7986 H\\n55 H -0.2312 -1.8052 -5.1152 H\\n56 H -1.1613 -0.9063 0.7164 H\\n57 H -2.6080 -2.6807 1.5103 H\\n58 H -3.3939 -4.4424 -0.0499 H\\n59 H -2.7041 -4.3769 -2.4157 H\\n60 H -1.0853 3.6365 1.3333 H\\n61 H -2.1800 3.6031 -0.0594 H\\n62 H -2.6444 1.1041 0.6267 H\\n63 H -1.6272 2.2322 3.2957 H\\n64 H -2.4082 0.6592 3.0567 H\\n65 H -0.8096 0.9772 2.3679 H\\n66 H -4.4610 1.8219 2.1123 H\\n67 H -3.6907 3.3985 2.3552 H\\n68 H -4.3080 2.9459 0.7575 H\\n69 H 3.2465 1.1054 -2.4709 H\\n70 H 2.4794 2.4862 -1.6794 H\\n71 H 3.7866 4.3830 -0.7922 H\\n72 H 5.7222 1.0678 -2.7961 H\\n73 H 7.7874 2.3697 -2.9403 H\\n74 H 5.8639 5.6738 -0.9463 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.2484 -1.0248 -0.7627 C\\n2 C 2.0552 -0.3418 0.3213 C\\n3 C 3.3252 1.2839 -1.1481 C\\n4 N 2.9722 0.9626 0.3356 N\\n5 C 4.0502 0.0925 -1.7986 C\\n6 C 2.9030 -1.5073 -0.2250 C\\n7 C 3.3207 -0.3388 -3.0861 C\\n8 C 4.0135 -1.4707 -3.8304 C\\n9 C 4.2932 0.7127 1.0693 C\\n10 C 5.0308 -0.4608 0.4302 C\\n11 C 1.2081 -0.7202 1.6188 C\\n12 C 2.1826 -0.0719 3.8719 C\\n13 C 1.9530 -1.0695 2.9095 C\\n14 N 3.4616 -1.5727 5.2286 N\\n15 C 2.3925 -2.3977 3.2164 C\\n16 C 2.9309 -0.3651 4.9936 C\\n17 C 3.1712 -2.5730 4.3884 C\\n18 C 2.0896 -3.5622 2.4595 C\\n19 C 2.5819 -4.8204 2.8110 C\\n20 C 3.3781 -4.9535 3.9354 C\\n21 C 3.6578 -3.8312 4.7121 C\\n22 O 0.2230 0.3037 1.9299 O\\n23 C -0.8897 0.3139 1.1385 C\\n24 O -0.9955 -0.3576 0.1247 O\\n25 C -1.9264 1.2630 1.6969 C\\n26 C -2.6635 2.1143 0.6522 C\\n27 C -3.6131 1.2923 -0.2191 C\\n28 C -1.7046 2.9361 -0.2096 C\\n29 C 2.2074 2.1678 0.9194 C\\n30 C 2.8445 3.5338 0.8067 C\\n31 C 4.0185 6.0757 0.5929 C\\n32 C 3.7559 3.9856 1.7748 C\\n33 C 2.5153 4.3886 -0.2591 C\\n34 C 3.1031 5.6517 -0.3678 C\\n35 C 4.3440 5.2487 1.6657 C\\n36 I 4.8932 7.9517 0.4309 I\\n37 H 4.8082 -1.8645 -1.1875 H\\n38 H 1.3234 -0.0919 -0.4556 H\\n39 H 3.9892 2.1548 -1.1503 H\\n40 H 2.3897 1.5454 -1.6558 H\\n41 H 5.0452 0.4433 -2.1085 H\\n42 H 3.1106 -2.2512 0.5413 H\\n43 H 2.3369 -2.0375 -0.9999 H\\n44 H 3.2607 0.5256 -3.7599 H\\n45 H 2.2868 -0.6311 -2.8698 H\\n46 H 3.5188 -1.6452 -4.7914 H\\n47 H 5.0621 -1.2280 -4.0291 H\\n48 H 3.9732 -2.4062 -3.2652 H\\n49 H 4.0828 0.5392 2.1237 H\\n50 H 4.9036 1.6170 0.9844 H\\n51 H 5.1966 -1.2424 1.1821 H\\n52 H 6.0285 -0.1371 0.1087 H\\n53 H 0.6244 -1.6106 1.3584 H\\n54 H 1.7767 0.9286 3.7841 H\\n55 H 3.1309 0.3842 5.7553 H\\n56 H 1.4472 -3.5250 1.5841 H\\n57 H 2.3340 -5.6954 2.2138 H\\n58 H 3.7653 -5.9271 4.2264 H\\n59 H 4.2604 -3.9469 5.6116 H\\n60 H -1.4247 1.9451 2.3957 H\\n61 H -2.6367 0.6701 2.2844 H\\n62 H -3.2859 2.8252 1.2125 H\\n63 H -4.2845 0.6872 0.3988 H\\n64 H -3.0766 0.6238 -0.8982 H\\n65 H -4.2339 1.9532 -0.8341 H\\n66 H -2.2617 3.6181 -0.8610 H\\n67 H -1.0413 3.5420 0.4166 H\\n68 H -1.0841 2.2998 -0.8488 H\\n69 H 2.0385 1.9646 1.9751 H\\n70 H 1.2329 2.1872 0.4196 H\\n71 H 4.0158 3.3693 2.6337 H\\n72 H 1.7910 4.0909 -1.0159 H\\n73 H 2.8335 6.2981 -1.2010 H\\n74 H 5.0481 5.5794 2.4272 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.6613 -0.0879 1.9381 C\\n2 C 1.7954 0.4891 -0.3815 C\\n3 C 4.1834 -0.3384 -0.0502 C\\n4 N 3.3381 0.9243 -0.3619 N\\n5 C 3.7436 -0.9633 1.2865 C\\n6 C 1.4302 0.0056 1.0392 C\\n7 C 3.3543 -2.4427 1.0864 C\\n8 C 2.9464 -3.1442 2.3750 C\\n9 C 3.5769 1.9518 0.7536 C\\n10 C 3.2171 1.3343 2.1050 C\\n11 C 0.8108 1.5709 -1.0038 C\\n12 C 0.8334 2.3444 -3.3944 C\\n13 C 0.5086 1.3250 -2.4823 C\\n14 N 0.2277 0.9490 -5.2462 N\\n15 C -0.0759 0.1262 -2.9854 C\\n16 C 0.6790 2.1121 -4.7458 C\\n17 C -0.1668 -0.0092 -4.3931 C\\n18 C -0.5823 -0.9288 -2.1826 C\\n19 C -1.1059 -2.0908 -2.7508 C\\n20 C -1.1426 -2.2239 -4.1298 C\\n21 C -0.6835 -1.1794 -4.9314 C\\n22 O -0.4698 1.6792 -0.3496 O\\n23 C -0.5463 2.6242 0.6262 C\\n24 O 0.4357 3.2253 1.0532 O\\n25 C -1.9622 2.8991 1.0836 C\\n26 C -2.9115 1.7048 1.2703 C\\n27 C -2.2735 0.5361 2.0237 C\\n28 C -3.5400 1.2347 -0.0416 C\\n29 C 3.7604 1.4816 -1.7481 C\\n30 C 5.2372 1.6404 -2.0247 C\\n31 C 7.9744 1.9201 -2.5743 C\\n32 C 5.9354 0.6389 -2.7265 C\\n33 C 5.9367 2.7812 -1.6048 C\\n34 C 7.3007 2.9173 -1.8752 C\\n35 C 7.2977 0.7788 -2.9998 C\\n36 I 9.9954 2.1375 -2.9940 I\\n37 H 2.3822 -0.4728 2.9245 H\\n38 H 1.8133 -0.3948 -1.0291 H\\n39 H 5.2298 -0.0241 0.0211 H\\n40 H 4.0684 -1.0230 -0.8974 H\\n41 H 4.6207 -0.9600 1.9496 H\\n42 H 0.7152 0.6599 1.5372 H\\n43 H 0.9272 -0.9667 0.9694 H\\n44 H 2.5470 -2.5383 0.3511 H\\n45 H 4.2184 -2.9700 0.6662 H\\n46 H 2.7974 -4.2152 2.1913 H\\n47 H 2.0052 -2.7460 2.7675 H\\n48 H 3.7188 -3.0342 3.1452 H\\n49 H 4.6336 2.2312 0.7422 H\\n50 H 2.9803 2.8396 0.5309 H\\n51 H 2.4903 1.9742 2.6214 H\\n52 H 4.1067 1.3153 2.7496 H\\n53 H 1.3032 2.5483 -0.9483 H\\n54 H 1.2079 3.3125 -3.0712 H\\n55 H 0.9310 2.8703 -5.4857 H\\n56 H -0.6141 -0.8541 -1.1005 H\\n57 H -1.5030 -2.8828 -2.1189 H\\n58 H -1.5507 -3.1228 -4.5879 H\\n59 H -0.7470 -1.2777 -6.0129 H\\n60 H -2.3942 3.6322 0.3908 H\\n61 H -1.8709 3.4029 2.0562 H\\n62 H -3.7398 2.0714 1.8928 H\\n63 H -1.6044 -0.0412 1.3802 H\\n64 H -3.0466 -0.1553 2.3787 H\\n65 H -1.7101 0.8823 2.8944 H\\n66 H -4.2866 0.4556 0.1527 H\\n67 H -4.0491 2.0644 -0.5476 H\\n68 H -2.8018 0.8153 -0.7319 H\\n69 H 3.2774 2.4575 -1.8677 H\\n70 H 3.3323 0.7967 -2.4915 H\\n71 H 5.4254 -0.2493 -3.0977 H\\n72 H 5.4301 3.5976 -1.0909 H\\n73 H 7.8227 3.8198 -1.5585 H\\n74 H 7.8122 0.0038 -3.5641 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.7301 0.0457 2.0112 C\\n2 C 1.7712 0.7362 -0.2436 C\\n3 C 4.0158 -0.4479 -0.1003 C\\n4 N 3.3571 0.9312 -0.3545 N\\n5 C 3.6160 -0.9832 1.2881 C\\n6 C 1.4579 0.3209 1.2120 C\\n7 C 2.9975 -2.3904 1.1614 C\\n8 C 2.6441 -3.0230 2.4993 C\\n9 C 3.8541 1.9043 0.7254 C\\n10 C 3.4913 1.3740 2.1094 C\\n11 C 0.9011 1.9609 -0.7435 C\\n12 C 0.2084 0.9088 -2.9306 C\\n13 C 0.7057 2.0357 -2.2540 C\\n14 N 0.4421 2.0125 -5.0420 N\\n15 C 0.9729 3.2186 -3.0082 C\\n16 C 0.0956 0.9464 -4.3039 C\\n17 C 0.8400 3.1290 -4.4154 C\\n18 C 1.3571 4.4713 -2.4582 C\\n19 C 1.6321 5.5728 -3.2703 C\\n20 C 1.5237 5.4522 -4.6466 C\\n21 C 1.1268 4.2357 -5.2007 C\\n22 O -0.4472 1.9094 -0.2270 O\\n23 C -0.7575 2.8231 0.7288 C\\n24 O 0.0769 3.5316 1.2796 O\\n25 C -2.2444 2.9179 0.9833 C\\n26 C -3.0160 1.6080 1.2033 C\\n27 C -2.3745 0.7156 2.2640 C\\n28 C -3.2651 0.8289 -0.0905 C\\n29 C 3.7564 1.4364 -1.7688 C\\n30 C 5.2175 1.3706 -2.1524 C\\n31 C 7.9247 1.2313 -2.8951 C\\n32 C 6.1166 2.3795 -1.7789 C\\n33 C 5.6988 0.2945 -2.9189 C\\n34 C 7.0451 0.2247 -3.2877 C\\n35 C 7.4659 2.3062 -2.1399 C\\n36 I 9.9249 1.1295 -3.4441 I\\n37 H 2.4765 -0.2902 3.0231 H\\n38 H 1.5686 -0.1349 -0.8779 H\\n39 H 3.7086 -1.1092 -0.9186 H\\n40 H 5.1012 -0.3101 -0.1351 H\\n41 H 4.5398 -1.1017 1.8732 H\\n42 H 0.8039 -0.5588 1.2051 H\\n43 H 0.9008 1.0967 1.7415 H\\n44 H 3.7171 -3.0455 0.6523 H\\n45 H 2.1035 -2.3690 0.5282 H\\n46 H 2.3226 -4.0582 2.3458 H\\n47 H 3.5081 -3.0294 3.1715 H\\n48 H 1.8222 -2.4936 2.9914 H\\n49 H 4.9414 1.9810 0.6394 H\\n50 H 3.4134 2.8862 0.5312 H\\n51 H 4.4034 1.2456 2.7061 H\\n52 H 2.8893 2.1226 2.6399 H\\n53 H 1.4114 2.8585 -0.3934 H\\n54 H -0.1092 0.0115 -2.4093 H\\n55 H -0.2890 0.0983 -4.8671 H\\n56 H 1.4221 4.6326 -1.3853 H\\n57 H 1.9121 6.5255 -2.8271 H\\n58 H 1.7251 6.3018 -5.2952 H\\n59 H 1.0218 4.1557 -6.2825 H\\n60 H -2.6886 3.4943 0.1620 H\\n61 H -2.3596 3.5296 1.8886 H\\n62 H -4.0061 1.8988 1.5826 H\\n63 H -1.4317 0.2868 1.9149 H\\n64 H -2.1783 1.2773 3.1843 H\\n65 H -3.0374 -0.1168 2.5188 H\\n66 H -3.9807 0.0175 0.0873 H\\n67 H -2.3548 0.3714 -0.4839 H\\n68 H -3.6882 1.4809 -0.8621 H\\n69 H 3.4267 2.4763 -1.8355 H\\n70 H 3.1805 0.8370 -2.4820 H\\n71 H 5.7841 3.2488 -1.2178 H\\n72 H 5.0309 -0.4924 -3.2631 H\\n73 H 7.3879 -0.6083 -3.8964 H\\n74 H 8.1438 3.1035 -1.8422 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.7944 -0.3807 1.8222 C\\n2 C 2.0161 0.0006 -0.5911 C\\n3 C 4.4872 -0.0593 0.0121 C\\n4 N 3.3124 0.9098 -0.3900 N\\n5 C 4.1201 -0.8904 1.2469 C\\n6 C 1.6614 -0.5731 0.8130 C\\n7 C 4.1525 -2.3978 0.9232 C\\n8 C 3.8839 -3.2848 2.1289 C\\n9 C 3.0950 1.8880 0.7624 C\\n10 C 2.9303 1.1241 2.0754 C\\n11 C 0.7791 0.6829 -1.3072 C\\n12 C 0.2378 1.1707 -3.6981 C\\n13 C 0.4937 0.1952 -2.7249 C\\n14 N 0.1424 -0.4932 -5.4199 N\\n15 C 0.3988 -1.1740 -3.1123 C\\n16 C 0.0765 0.7845 -5.0127 C\\n17 C 0.2637 -1.4510 -4.4948 C\\n18 C 0.3898 -2.2777 -2.2208 C\\n19 C 0.3489 -3.5938 -2.6796 C\\n20 C 0.2887 -3.8392 -4.0418 C\\n21 C 0.2353 -2.7670 -4.9321 C\\n22 O -0.4520 0.4621 -0.5861 O\\n23 C -1.2364 1.5614 -0.3886 C\\n24 O -0.9112 2.7025 -0.6792 O\\n25 C -2.5639 1.1565 0.2052 C\\n26 C -2.9283 1.9925 1.4369 C\\n27 C -4.3804 1.7103 1.8401 C\\n28 C -1.9935 1.6875 2.6089 C\\n29 C 3.8465 1.5879 -1.6854 C\\n30 C 3.2118 2.8044 -2.3145 C\\n31 C 2.2314 5.0810 -3.6662 C\\n32 C 2.9842 4.0087 -1.6318 C\\n33 C 2.9972 2.7961 -3.7074 C\\n34 C 2.4988 3.9171 -4.3779 C\\n35 C 2.4768 5.1306 -2.2979 C\\n36 I 1.4967 6.7555 -4.6482 I\\n37 H 2.5556 -0.8821 2.7660 H\\n38 H 2.3998 -0.8091 -1.2208 H\\n39 H 4.7043 -0.6806 -0.8657 H\\n40 H 5.3591 0.5720 0.2240 H\\n41 H 4.9062 -0.7188 1.9960 H\\n42 H 0.7712 -0.0958 1.2371 H\\n43 H 1.4125 -1.6362 0.7242 H\\n44 H 3.4406 -2.6464 0.1272 H\\n45 H 5.1456 -2.6524 0.5309 H\\n46 H 2.8501 -3.2002 2.4694 H\\n47 H 4.0615 -4.3318 1.8687 H\\n48 H 4.5459 -3.0309 2.9624 H\\n49 H 2.1925 2.4681 0.5479 H\\n50 H 3.9685 2.5476 0.8130 H\\n51 H 2.0511 1.5071 2.6115 H\\n52 H 3.7893 1.3206 2.7286 H\\n53 H 0.9950 1.7535 -1.3382 H\\n54 H 0.1698 2.2270 -3.4465 H\\n55 H -0.1035 1.5111 -5.7989 H\\n56 H 0.3590 -2.1317 -1.1472 H\\n57 H 0.3396 -4.4241 -1.9773 H\\n58 H 0.2479 -4.8585 -4.4155 H\\n59 H 0.1476 -2.9649 -6.0018 H\\n60 H -3.3126 1.2750 -0.5885 H\\n61 H -2.5445 0.0896 0.4648 H\\n62 H -2.8432 3.0630 1.1985 H\\n63 H -4.6557 2.2768 2.7356 H\\n64 H -5.0647 2.0093 1.0423 H\\n65 H -4.5392 0.6464 2.0463 H\\n66 H -2.2871 2.2585 3.4994 H\\n67 H -0.9587 1.9465 2.3730 H\\n68 H -2.0255 0.6240 2.8702 H\\n69 H 4.8837 1.8798 -1.4658 H\\n70 H 3.8966 0.7751 -2.4241 H\\n71 H 3.2257 4.1383 -0.5815 H\\n72 H 3.2157 1.9072 -4.3036 H\\n73 H 2.3363 3.8706 -5.4529 H\\n74 H 2.3039 6.0513 -1.7424 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.6094 0.0546 1.9702 C\\n2 C 1.7970 0.5692 -0.3853 C\\n3 C 4.1140 -0.3887 -0.0032 C\\n4 N 3.3594 0.9129 -0.3668 N\\n5 C 3.6931 -0.8730 1.3936 C\\n6 C 1.3982 0.1339 1.0399 C\\n7 C 3.2665 -2.3534 1.4005 C\\n8 C 4.4137 -3.2985 1.0664 C\\n9 C 3.6630 1.9672 0.7098 C\\n10 C 3.1904 1.4688 2.0731 C\\n11 C 0.8840 1.6970 -1.0221 C\\n12 C 0.2791 0.3284 -3.0595 C\\n13 C 0.6960 1.5611 -2.5315 C\\n14 N 0.4713 1.1651 -5.2967 N\\n15 C 0.8907 2.6519 -3.4313 C\\n16 C 0.1844 0.1820 -4.4285 C\\n17 C 0.7844 2.3759 -4.8169 C\\n18 C 1.1736 3.9888 -3.0451 C\\n19 C 1.3862 4.9944 -3.9894 C\\n20 C 1.3112 4.6936 -5.3401 C\\n21 C 1.0073 3.3921 -5.7355 C\\n22 O -0.4594 1.7167 -0.5017 O\\n23 C -0.7127 2.6723 0.4335 C\\n24 O 0.1631 3.3303 0.9841 O\\n25 C -2.1938 2.8571 0.6593 C\\n26 C -2.9511 1.6711 1.2758 C\\n27 C -3.0667 0.4728 0.3316 C\\n28 C -2.3749 1.2494 2.6274 C\\n29 C 3.8221 1.4049 -1.7655 C\\n30 C 5.3091 1.5015 -2.0195 C\\n31 C 8.0681 1.6653 -2.5265 C\\n32 C 5.9935 0.4317 -2.6237 C\\n33 C 6.0295 2.6639 -1.6913 C\\n34 C 7.4039 2.7413 -1.9398 C\\n35 C 7.3662 0.5119 -2.8734 C\\n36 I 10.1080 1.7841 -2.8989 I\\n37 H 2.2964 -0.2865 2.9641 H\\n38 H 1.7475 -0.3291 -1.0111 H\\n39 H 3.8941 -1.1127 -0.7976 H\\n40 H 5.1879 -0.1696 -0.0024 H\\n41 H 4.5725 -0.7978 2.0511 H\\n42 H 0.8840 -0.8322 0.9903 H\\n43 H 0.6806 0.8181 1.4929 H\\n44 H 2.8869 -2.6158 2.3977 H\\n45 H 2.4478 -2.5225 0.6894 H\\n46 H 5.2552 -3.1518 1.7531 H\\n47 H 4.0798 -4.3369 1.1556 H\\n48 H 4.7742 -3.1520 0.0446 H\\n49 H 4.7459 2.1263 0.7232 H\\n50 H 3.1732 2.9029 0.4241 H\\n51 H 4.0282 1.4827 2.7813 H\\n52 H 2.4430 2.1609 2.4806 H\\n53 H 1.3726 2.6473 -0.8118 H\\n54 H 0.0149 -0.5156 -2.4295 H\\n55 H -0.1290 -0.7576 -4.8774 H\\n56 H 1.2074 4.2918 -2.0016 H\\n57 H 1.5959 6.0130 -3.6740 H\\n58 H 1.4667 5.4680 -6.0886 H\\n59 H 0.9271 3.1659 -6.7979 H\\n60 H -2.6451 3.1577 -0.2959 H\\n61 H -2.3051 3.7245 1.3275 H\\n62 H -3.9744 2.0235 1.4599 H\\n63 H -3.4737 0.7889 -0.6371 H\\n64 H -2.0999 -0.0137 0.1537 H\\n65 H -3.7420 -0.2879 0.7467 H\\n66 H -3.0204 0.5029 3.0992 H\\n67 H -1.3833 0.8028 2.5273 H\\n68 H -2.3004 2.1050 3.3084 H\\n69 H 3.3830 2.3954 -1.9128 H\\n70 H 3.3797 0.7187 -2.4988 H\\n71 H 5.4651 -0.4761 -2.9186 H\\n72 H 5.5331 3.5332 -1.2585 H\\n73 H 7.9496 3.6499 -1.6859 H\\n74 H 7.8723 -0.3311 -3.3421 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.4216 -1.0223 -0.3258 C\\n2 C 2.0248 -0.3684 0.2667 C\\n3 C 3.4733 1.1322 -1.1755 C\\n4 N 2.8603 0.9915 0.2683 N\\n5 C 4.5338 0.0506 -1.4178 C\\n6 C 2.9725 -1.4981 -0.2012 C\\n7 C 4.4448 -0.5325 -2.8386 C\\n8 C 4.8008 0.4859 -3.9156 C\\n9 C 4.0493 0.9171 1.2347 C\\n10 C 4.8196 -0.3835 1.0096 C\\n11 C 1.1588 -0.7740 1.5438 C\\n12 C 2.0398 -0.0599 3.8046 C\\n13 C 1.8467 -1.0888 2.8726 C\\n14 N 3.2190 -1.5173 5.2922 N\\n15 C 2.2628 -2.4079 3.2492 C\\n16 C 2.7212 -0.3133 4.9776 C\\n17 C 2.9715 -2.5447 4.4705 C\\n18 C 2.0065 -3.5974 2.5149 C\\n19 C 2.4783 -4.8432 2.9345 C\\n20 C 3.2042 -4.9387 4.1082 C\\n21 C 3.4350 -3.7914 4.8636 C\\n22 O 0.0962 0.1816 1.7994 O\\n23 C -1.0350 0.0022 1.0566 C\\n24 O -1.0955 -0.7416 0.0878 O\\n25 C -2.1627 0.8664 1.5642 C\\n26 C -2.4255 2.0593 0.6361 C\\n27 C -3.1375 3.1804 1.3965 C\\n28 C -3.2642 1.6474 -0.5758 C\\n29 C 1.9468 2.2478 0.4404 C\\n30 C 2.1424 3.1637 1.6241 C\\n31 C 2.4680 4.9132 3.8054 C\\n32 C 1.1390 3.2942 2.5979 C\\n33 C 3.2865 3.9752 1.7373 C\\n34 C 3.4569 4.8320 2.8291 C\\n35 C 1.3041 4.1559 3.6872 C\\n36 I 2.7180 6.1864 5.4264 I\\n37 H 5.0814 -1.8713 -0.5402 H\\n38 H 1.3044 -0.1982 -0.5431 H\\n39 H 2.6331 1.0757 -1.8771 H\\n40 H 3.9315 2.1263 -1.2433 H\\n41 H 5.5246 0.5160 -1.3271 H\\n42 H 2.6131 -1.8993 -1.1567 H\\n43 H 2.9489 -2.3470 0.4784 H\\n44 H 3.4361 -0.9146 -3.0351 H\\n45 H 5.1306 -1.3835 -2.9284 H\\n46 H 5.8363 0.8316 -3.8023 H\\n47 H 4.7073 0.0304 -4.9078 H\\n48 H 4.1379 1.3595 -3.8850 H\\n49 H 4.7023 1.7654 1.0101 H\\n50 H 3.7016 1.0182 2.2592 H\\n51 H 5.8957 -0.1735 1.0271 H\\n52 H 4.6408 -1.0804 1.8340 H\\n53 H 0.6529 -1.7046 1.2632 H\\n54 H 1.6713 0.9426 3.6379 H\\n55 H 2.8924 0.4692 5.7126 H\\n56 H 1.4136 -3.5937 1.6039 H\\n57 H 2.2638 -5.7378 2.3527 H\\n58 H 3.5737 -5.9008 4.4537 H\\n59 H 3.9832 -3.8774 5.7996 H\\n60 H -3.0525 0.2378 1.6871 H\\n61 H -1.8980 1.2143 2.5707 H\\n62 H -1.4731 2.4563 0.2677 H\\n63 H -3.2875 4.0500 0.7444 H\\n64 H -2.5475 3.5105 2.2609 H\\n65 H -4.1198 2.8508 1.7596 H\\n66 H -3.4522 2.5072 -1.2291 H\\n67 H -2.7548 0.8866 -1.1742 H\\n68 H -4.2334 1.2423 -0.2667 H\\n69 H 2.0730 2.8726 -0.4547 H\\n70 H 0.9123 1.9066 0.3681 H\\n71 H 0.2084 2.7314 2.5256 H\\n72 H 4.0594 3.9674 0.9697 H\\n73 H 4.3571 5.4404 2.9012 H\\n74 H 0.5135 4.2360 4.4328 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.3395 -0.6908 1.7054 C\\n2 C 1.9985 -0.1504 -0.3818 C\\n3 C 4.5092 0.1701 -0.3524 C\\n4 N 3.1614 0.9422 -0.3081 N\\n5 C 4.5923 -0.8199 0.8222 C\\n6 C 2.0710 -0.9921 0.9076 C\\n7 C 4.8354 -2.2670 0.3545 C\\n8 C 6.2146 -2.4613 -0.2635 C\\n9 C 3.1138 1.7228 1.0077 C\\n10 C 3.2314 0.7606 2.1879 C\\n11 C 0.5533 0.3850 -0.7179 C\\n12 C -0.1807 -0.7327 -2.8243 C\\n13 C -0.2700 -0.7070 -1.4182 C\\n14 N -1.5525 -2.6879 -2.9386 N\\n15 C -1.0656 -1.7049 -0.7720 C\\n16 C -0.8339 -1.7222 -3.5274 C\\n17 C -1.6768 -2.6776 -1.6055 C\\n18 C -1.3066 -1.8120 0.6237 C\\n19 C -2.0894 -2.8336 1.1662 C\\n20 C -2.6587 -3.7767 0.3293 C\\n21 C -2.4479 -3.6850 -1.0441 C\\n22 O -0.1494 0.8934 0.4279 O\\n23 C -0.4150 2.2259 0.4570 C\\n24 O 0.1001 3.0469 -0.2882 O\\n25 C -1.3856 2.5584 1.5613 C\\n26 C -2.8006 2.0469 1.2650 C\\n27 C -3.6824 2.1979 2.5048 C\\n28 C -3.4282 2.7883 0.0827 C\\n29 C 3.0868 1.9078 -1.5237 C\\n30 C 4.2688 2.8165 -1.7690 C\\n31 C 6.4668 4.5057 -2.2155 C\\n32 C 4.3352 4.0814 -1.1628 C\\n33 C 5.3123 2.4237 -2.6238 C\\n34 C 6.4087 3.2624 -2.8417 C\\n35 C 5.4313 4.9203 -1.3812 C\\n36 I 8.0972 5.7503 -2.5381 I\\n37 H 3.4072 -1.3600 2.5709 H\\n38 H 2.3165 -0.7805 -1.2239 H\\n39 H 4.5662 -0.3169 -1.3316 H\\n40 H 5.3170 0.9039 -0.2640 H\\n41 H 5.4591 -0.5359 1.4362 H\\n42 H 2.0148 -2.0566 0.6518 H\\n43 H 1.2182 -0.7993 1.5632 H\\n44 H 4.0766 -2.5717 -0.3750 H\\n45 H 4.7453 -2.9453 1.2116 H\\n46 H 6.3429 -1.8559 -1.1655 H\\n47 H 7.0031 -2.1919 0.4465 H\\n48 H 6.3562 -3.5104 -0.5423 H\\n49 H 2.1841 2.2909 1.0400 H\\n50 H 3.9528 2.4250 1.0185 H\\n51 H 2.3630 0.8818 2.8474 H\\n52 H 4.1075 1.0249 2.7930 H\\n53 H 0.6336 1.1777 -1.4654 H\\n54 H 0.3841 0.0076 -3.3834 H\\n55 H -0.7935 -1.7710 -4.6125 H\\n56 H -0.9144 -1.0906 1.3296 H\\n57 H -2.2612 -2.8849 2.2389 H\\n58 H -3.2745 -4.5764 0.7335 H\\n59 H -2.9068 -4.4228 -1.7003 H\\n60 H -1.3853 3.6460 1.7028 H\\n61 H -0.9931 2.1242 2.4891 H\\n62 H -2.7584 0.9813 1.0091 H\\n63 H -3.7661 3.2469 2.8086 H\\n64 H -3.2689 1.6325 3.3465 H\\n65 H -4.6919 1.8189 2.3130 H\\n66 H -2.8495 2.6336 -0.8336 H\\n67 H -4.4450 2.4271 -0.1056 H\\n68 H -3.4825 3.8657 0.2725 H\\n69 H 2.9184 1.2792 -2.4069 H\\n70 H 2.2019 2.5316 -1.3884 H\\n71 H 3.5281 4.4401 -0.5255 H\\n72 H 5.2854 1.4659 -3.1408 H\\n73 H 7.2065 2.9394 -3.5080 H\\n74 H 5.4602 5.8979 -0.9033 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.7779 -0.4763 1.8085 C\\n2 C 1.9421 -0.1242 -0.5614 C\\n3 C 4.4020 0.1299 -0.0150 C\\n4 N 3.1154 0.9402 -0.3473 N\\n5 C 4.1476 -0.8028 1.1858 C\\n6 C 1.6420 -0.7475 0.8170 C\\n7 C 4.3417 -2.2797 0.7878 C\\n8 C 4.1905 -3.2470 1.9533 C\\n9 C 2.8158 1.8537 0.8481 C\\n10 C 2.7540 1.0233 2.1296 C\\n11 C 0.6668 0.3587 -1.3586 C\\n12 C 0.5387 -0.8233 -3.5592 C\\n13 C 0.1141 -0.7902 -2.2168 C\\n14 N -0.6357 -2.8731 -3.9429 N\\n15 C -0.7445 -1.8343 -1.7524 C\\n16 C 0.1387 -1.8650 -4.3696 C\\n17 C -1.0764 -2.8564 -2.6786 C\\n18 C -1.2989 -1.9368 -0.4502 C\\n19 C -2.1187 -3.0033 -0.0758 C\\n20 C -2.4137 -3.9948 -0.9951 C\\n21 C -1.8924 -3.9070 -2.2839 C\\n22 O -0.3884 0.8986 -0.5441 O\\n23 C -0.5635 2.2446 -0.5660 C\\n24 O 0.2473 3.0283 -1.0430 O\\n25 C -1.8976 2.6579 0.0120 C\\n26 C -2.2931 1.9321 1.3059 C\\n27 C -1.3390 2.2673 2.4538 C\\n28 C -3.7266 2.3022 1.6947 C\\n29 C 3.3549 1.7783 -1.6310 C\\n30 C 4.6196 2.6027 -1.7071 C\\n31 C 6.9663 4.1384 -1.8484 C\\n32 C 5.7908 2.0717 -2.2733 C\\n33 C 4.6399 3.9255 -1.2358 C\\n34 C 5.8091 4.6884 -1.3021 C\\n35 C 6.9599 2.8342 -2.3390 C\\n36 I 8.7045 5.2701 -1.9444 I\\n37 H 2.6198 -1.0430 2.7320 H\\n38 H 2.4324 -0.8820 -1.1873 H\\n39 H 4.6878 -0.4163 -0.9206 H\\n40 H 5.1860 0.8517 0.2385 H\\n41 H 4.9203 -0.5826 1.9360 H\\n42 H 1.4827 -1.8256 0.7038 H\\n43 H 0.7190 -0.3454 1.2462 H\\n44 H 3.6467 -2.5681 -0.0085 H\\n45 H 5.3506 -2.4024 0.3733 H\\n46 H 4.8637 -2.9808 2.7738 H\\n47 H 4.4355 -4.2639 1.6304 H\\n48 H 3.1650 -3.2607 2.3328 H\\n49 H 1.8735 2.3651 0.6569 H\\n50 H 3.6127 2.5979 0.9268 H\\n51 H 1.8523 1.2821 2.6956 H\\n52 H 3.5978 1.2842 2.7810 H\\n53 H 0.9606 1.1169 -2.0876 H\\n54 H 1.1706 -0.0512 -3.9886 H\\n55 H 0.4417 -1.9243 -5.4117 H\\n56 H -1.1266 -1.1789 0.3037 H\\n57 H -2.5337 -3.0524 0.9282 H\\n58 H -3.0548 -4.8301 -0.7229 H\\n59 H -2.1357 -4.6833 -3.0076 H\\n60 H -1.8629 3.7400 0.1910 H\\n61 H -2.6470 2.4810 -0.7693 H\\n62 H -2.2633 0.8471 1.1428 H\\n63 H -0.3106 1.9903 2.2058 H\\n64 H -1.3551 3.3400 2.6899 H\\n65 H -1.6182 1.7169 3.3599 H\\n66 H -4.0333 1.7642 2.5990 H\\n67 H -4.4282 2.0393 0.8947 H\\n68 H -3.8229 3.3770 1.8892 H\\n69 H 3.3329 1.0703 -2.4691 H\\n70 H 2.5031 2.4520 -1.7427 H\\n71 H 5.8102 1.0630 -2.6838 H\\n72 H 3.7432 4.3881 -0.8255 H\\n73 H 5.8006 5.7129 -0.9352 H\\n74 H 7.8558 2.4048 -2.7836 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.1925 -0.5592 1.7814 C\\n2 C 1.9301 0.2175 -0.2848 C\\n3 C 4.4391 -0.1582 -0.3725 C\\n4 N 3.3529 0.9459 -0.3322 N\\n5 C 4.3519 -1.0347 0.8888 C\\n6 C 1.8650 -0.6002 1.0240 C\\n7 C 4.2594 -2.5361 0.5542 C\\n8 C 5.5282 -3.0723 -0.0972 C\\n9 C 3.5685 1.7878 0.9345 C\\n10 C 3.4438 0.9017 2.1719 C\\n11 C 0.6971 1.1819 -0.5196 C\\n12 C 0.0743 0.1795 -2.7575 C\\n13 C 0.2760 1.3311 -1.9793 C\\n14 N -0.3840 1.5125 -4.6961 N\\n15 C 0.0297 2.6069 -2.5756 C\\n16 C -0.2455 0.3213 -4.0921 C\\n17 C -0.2817 2.6256 -3.9570 C\\n18 C 0.0603 3.8510 -1.8894 C\\n19 C -0.1715 5.0578 -2.5508 C\\n20 C -0.4442 5.0532 -3.9091 C\\n21 C -0.4996 3.8394 -4.5932 C\\n22 O -0.4931 0.7440 0.1611 O\\n23 C -0.8068 1.4434 1.2875 C\\n24 O -0.0704 2.2749 1.8054 O\\n25 C -2.1684 1.0550 1.8065 C\\n26 C -3.3084 1.9387 1.2853 C\\n27 C -3.5034 1.8046 -0.2248 C\\n28 C -3.1278 3.4062 1.6734 C\\n29 C 3.4663 1.8264 -1.6089 C\\n30 C 4.8283 2.3858 -1.9483 C\\n31 C 7.3659 3.4078 -2.5818 C\\n32 C 5.2664 3.6028 -1.4014 C\\n33 C 5.6755 1.7022 -2.8377 C\\n34 C 6.9399 2.2083 -3.1492 C\\n35 C 6.5316 4.1079 -1.7132 C\\n36 I 9.2454 4.1606 -3.0421 I\\n37 H 3.1269 -1.1739 2.6866 H\\n38 H 1.9914 -0.5026 -1.1080 H\\n39 H 4.2872 -0.7205 -1.3009 H\\n40 H 5.4178 0.3325 -0.4013 H\\n41 H 5.2838 -0.8953 1.4576 H\\n42 H 1.5809 -1.6333 0.7901 H\\n43 H 1.0872 -0.2387 1.7004 H\\n44 H 4.0818 -3.1017 1.4781 H\\n45 H 3.4115 -2.7360 -0.1120 H\\n46 H 5.7149 -2.6006 -1.0671 H\\n47 H 5.4375 -4.1512 -0.2628 H\\n48 H 6.4002 -2.8999 0.5426 H\\n49 H 2.8369 2.6018 0.9396 H\\n50 H 4.5739 2.2174 0.8853 H\\n51 H 4.3572 0.9813 2.7747 H\\n52 H 2.6305 1.2728 2.8081 H\\n53 H 1.0031 2.1580 -0.1501 H\\n54 H 0.1431 -0.8229 -2.3459 H\\n55 H -0.4041 -0.5429 -4.7334 H\\n56 H 0.2310 3.9132 -0.8181 H\\n57 H -0.1543 5.9976 -2.0019 H\\n58 H -0.6360 5.9835 -4.4387 H\\n59 H -0.7369 3.8402 -5.6563 H\\n60 H -2.3542 0.0029 1.5607 H\\n61 H -2.1233 1.0973 2.9013 H\\n62 H -4.2296 1.5838 1.7651 H\\n63 H -4.4105 2.3296 -0.5427 H\\n64 H -3.6059 0.7533 -0.5155 H\\n65 H -2.6629 2.2312 -0.7811 H\\n66 H -2.2743 3.8571 1.1568 H\\n67 H -4.0168 3.9884 1.4108 H\\n68 H -2.9688 3.5075 2.7515 H\\n69 H 3.1106 1.2100 -2.4431 H\\n70 H 2.7724 2.6629 -1.4823 H\\n71 H 4.6295 4.1828 -0.7366 H\\n72 H 5.3614 0.7724 -3.3109 H\\n73 H 7.5783 1.6650 -3.8423 H\\n74 H 6.8550 5.0531 -1.2796 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.5524 -0.6874 1.6886 C\\n2 C 2.3213 -0.5458 -0.5303 C\\n3 C 4.5758 0.5660 -0.2428 C\\n4 N 3.0539 0.8609 -0.3375 N\\n5 C 4.8668 -0.3240 0.9771 C\\n6 C 2.5889 -1.3892 0.7326 C\\n7 C 5.7004 -1.5631 0.6063 C\\n8 C 7.1146 -1.2063 0.1653 C\\n9 C 2.6320 1.5456 0.9642 C\\n10 C 2.8688 0.6076 2.1447 C\\n11 C 0.8016 -0.4799 -0.9457 C\\n12 C 0.6082 -1.8153 -3.0415 C\\n13 C 0.3762 -1.7763 -1.6515 C\\n14 N -0.1837 -4.0671 -3.1768 N\\n15 C -0.1876 -2.9341 -1.0274 C\\n16 C 0.3108 -2.9608 -3.7485 C\\n17 C -0.4367 -4.0556 -1.8621 C\\n18 C -0.5267 -3.0690 0.3458 C\\n19 C -1.0623 -4.2495 0.8666 C\\n20 C -1.2812 -5.3293 0.0299 C\\n21 C -0.9682 -5.2179 -1.3223 C\\n22 O -0.0621 -0.1774 0.1622 O\\n23 C -0.7738 0.9839 0.1037 C\\n24 O -0.5712 1.8616 -0.7201 O\\n25 C -1.7760 1.0158 1.2378 C\\n26 C -2.6006 2.3049 1.3767 C\\n27 C -3.5180 2.5491 0.1785 C\\n28 C -1.7341 3.5312 1.6691 C\\n29 C 2.7848 1.7858 -1.5576 C\\n30 C 3.6273 3.0333 -1.6840 C\\n31 C 5.2058 5.3451 -1.8987 C\\n32 C 3.2369 4.2278 -1.0576 C\\n33 C 4.8099 3.0255 -2.4426 C\\n34 C 5.5983 4.1748 -2.5448 C\\n35 C 4.0253 5.3770 -1.1596 C\\n36 I 6.3813 7.0501 -2.0453 I\\n37 H 3.7475 -1.3243 2.5590 H\\n38 H 2.8727 -0.9966 -1.3668 H\\n39 H 5.0982 1.5200 -0.1221 H\\n40 H 4.8715 0.1089 -1.1930 H\\n41 H 5.4693 0.2641 1.6838 H\\n42 H 2.9776 -2.3714 0.4386 H\\n43 H 1.6683 -1.5934 1.2827 H\\n44 H 5.7686 -2.2303 1.4746 H\\n45 H 5.2156 -2.1312 -0.1947 H\\n46 H 7.1112 -0.5786 -0.7322 H\\n47 H 7.6772 -2.1171 -0.0655 H\\n48 H 7.6478 -0.6705 0.9576 H\\n49 H 1.5863 1.8436 0.8822 H\\n50 H 3.2394 2.4494 1.0815 H\\n51 H 3.4823 1.1155 2.8992 H\\n52 H 1.9131 0.3834 2.6359 H\\n53 H 0.6868 0.2898 -1.7123 H\\n54 H 1.0097 -0.9655 -3.5859 H\\n55 H 0.4695 -3.0256 -4.8221 H\\n56 H -0.4018 -2.2562 1.0507 H\\n57 H -1.3151 -4.3199 1.9222 H\\n58 H -1.7017 -6.2547 0.4168 H\\n59 H -1.1508 -6.0670 -1.9792 H\\n60 H -2.4564 0.1662 1.1014 H\\n61 H -1.2190 0.8560 2.1700 H\\n62 H -3.2519 2.1621 2.2507 H\\n63 H -4.1867 3.3938 0.3765 H\\n64 H -4.1413 1.6706 -0.0189 H\\n65 H -2.9573 2.7802 -0.7316 H\\n66 H -1.0753 3.3479 2.5245 H\\n67 H -1.1125 3.8117 0.8136 H\\n68 H -2.3632 4.3938 1.9133 H\\n69 H 1.7359 2.0845 -1.5132 H\\n70 H 2.9147 1.1626 -2.4510 H\\n71 H 2.3073 4.2872 -0.4933 H\\n72 H 5.1331 2.1301 -2.9707 H\\n73 H 6.5111 4.1474 -3.1369 H\\n74 H 3.7026 6.2921 -0.6666 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8443 -0.4554 1.8100 C\\n2 C 1.9472 -0.0140 -0.5328 C\\n3 C 4.4526 0.0052 -0.0593 C\\n4 N 3.2351 0.9222 -0.3593 N\\n5 C 4.2627 -0.7201 1.2846 C\\n6 C 1.8182 -0.8644 0.7523 C\\n7 C 4.6478 -2.2054 1.1409 C\\n8 C 4.5187 -3.0034 2.4293 C\\n9 C 3.0620 1.8675 0.8279 C\\n10 C 2.6911 1.0543 2.0684 C\\n11 C 0.6109 0.7392 -0.9086 C\\n12 C -1.0289 -1.1766 -1.0949 C\\n13 C -0.3052 -0.1597 -1.7399 C\\n14 N -1.9210 -1.9424 -3.1809 N\\n15 C -0.4476 -0.0163 -3.1557 C\\n16 C -1.8108 -2.0284 -1.8474 C\\n17 C -1.2791 -0.9535 -3.8186 C\\n18 C 0.1595 0.9951 -3.9480 C\\n19 C -0.0499 1.0708 -5.3291 C\\n20 C -0.8614 0.1392 -5.9535 C\\n21 C -1.4610 -0.8635 -5.1940 C\\n22 O -0.1279 1.1518 0.2630 O\\n23 C -0.4362 2.4759 0.3655 C\\n24 O 0.0524 3.3503 -0.3360 O\\n25 C -1.3913 2.7138 1.5090 C\\n26 C -2.7146 1.9508 1.3539 C\\n27 C -3.5011 1.9913 2.6646 C\\n28 C -3.5563 2.5302 0.2131 C\\n29 C 3.5148 1.7024 -1.6744 C\\n30 C 4.7489 2.5720 -1.7185 C\\n31 C 7.0359 4.1985 -1.7926 C\\n32 C 4.6757 3.9256 -1.3456 C\\n33 C 5.9865 2.0555 -2.1487 C\\n34 C 7.1271 2.8600 -2.1766 C\\n35 C 5.8141 4.7340 -1.3836 C\\n36 I 8.7304 5.3968 -1.8338 I\\n37 H 2.6543 -0.9956 2.7443 H\\n38 H 2.2280 -0.6670 -1.3695 H\\n39 H 5.3462 0.6337 0.0054 H\\n40 H 4.5521 -0.6786 -0.9096 H\\n41 H 4.9735 -0.2844 2.0020 H\\n42 H 1.9343 -1.9228 0.4918 H\\n43 H 0.8216 -0.7963 1.2001 H\\n44 H 4.0492 -2.6925 0.3605 H\\n45 H 5.6930 -2.2623 0.8083 H\\n46 H 3.4721 -3.1135 2.7334 H\\n47 H 4.9291 -4.0062 2.2833 H\\n48 H 5.0667 -2.5269 3.2491 H\\n49 H 2.3023 2.6076 0.5759 H\\n50 H 4.0152 2.3842 0.9844 H\\n51 H 1.6619 1.2830 2.3767 H\\n52 H 3.3282 1.3643 2.9057 H\\n53 H 0.8453 1.6138 -1.5036 H\\n54 H -1.0062 -1.3124 -0.0171 H\\n55 H -2.3805 -2.8319 -1.3853 H\\n56 H 0.7767 1.7757 -3.5168 H\\n57 H 0.4058 1.8692 -5.9141 H\\n58 H -1.0450 0.1959 -7.0257 H\\n59 H -2.1067 -1.5895 -5.6876 H\\n60 H -1.5674 3.7913 1.5866 H\\n61 H -0.8684 2.4166 2.4274 H\\n62 H -2.5097 0.8982 1.1185 H\\n63 H -3.6922 3.0203 2.9904 H\\n64 H -4.4673 1.4871 2.5587 H\\n65 H -2.9505 1.4841 3.4630 H\\n66 H -3.8149 3.5770 0.4034 H\\n67 H -3.0216 2.4846 -0.7372 H\\n68 H -4.4941 1.9779 0.0895 H\\n69 H 2.6455 2.3399 -1.8679 H\\n70 H 3.5603 0.9553 -2.4791 H\\n71 H 3.7303 4.3743 -1.0414 H\\n72 H 6.0799 1.0182 -2.4748 H\\n73 H 8.0757 2.4379 -2.5093 H\\n74 H 5.7331 5.7827 -1.1010 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.8120 -1.3708 0.6812 C\\n2 C 1.9517 0.3856 0.4957 C\\n3 C 3.8201 0.2793 -1.1981 C\\n4 N 3.2837 1.0977 0.0188 N\\n5 C 4.2674 -1.1252 -0.7625 C\\n6 C 2.3142 -1.0890 0.8158 C\\n7 C 3.7887 -2.1728 -1.7874 C\\n8 C 4.2624 -3.5861 -1.4866 C\\n9 C 4.3772 1.0448 1.1042 C\\n10 C 4.5655 -0.3895 1.5839 C\\n11 C 1.0319 1.0222 1.6428 C\\n12 C 1.7946 3.1484 2.7867 C\\n13 C 1.6696 1.7493 2.8251 C\\n14 N 3.0888 3.1558 4.7976 N\\n15 C 2.1348 1.0778 3.9988 C\\n16 C 2.5009 3.7963 3.7783 C\\n17 C 2.8771 1.8412 4.9343 C\\n18 C 1.8938 -0.2834 4.3189 C\\n19 C 2.4320 -0.8790 5.4607 C\\n20 C 3.2109 -0.1266 6.3219 C\\n21 C 3.4159 1.2252 6.0537 C\\n22 O 0.0271 1.8993 1.0672 O\\n23 C -1.0086 1.2529 0.4506 C\\n24 O -1.0081 0.0527 0.2158 O\\n25 C -2.1197 2.2146 0.1016 C\\n26 C -3.4505 1.9242 0.8097 C\\n27 C -4.1131 0.6394 0.3097 C\\n28 C -3.3010 1.9026 2.3320 C\\n29 C 3.1266 2.5731 -0.4312 C\\n30 C 2.2223 2.8993 -1.5985 C\\n31 C 0.5347 3.5545 -3.7603 C\\n32 C 2.6223 2.6729 -2.9268 C\\n33 C 0.9854 3.5263 -1.3881 C\\n34 C 0.1407 3.8419 -2.4574 C\\n35 C 1.7794 2.9825 -3.9995 C\\n36 I -0.7216 4.0094 -5.3477 I\\n37 H 4.0336 -2.3921 1.0057 H\\n38 H 1.3513 0.3690 -0.4211 H\\n39 H 3.0130 0.2295 -1.9353 H\\n40 H 4.6689 0.8307 -1.6190 H\\n41 H 5.3666 -1.1497 -0.7822 H\\n42 H 1.7391 -1.7499 0.1547 H\\n43 H 2.0016 -1.3720 1.8205 H\\n44 H 4.1679 -1.8909 -2.7780 H\\n45 H 2.6954 -2.1705 -1.8644 H\\n46 H 3.8078 -3.9773 -0.5722 H\\n47 H 5.3511 -3.6232 -1.3795 H\\n48 H 3.9798 -4.2555 -2.3057 H\\n49 H 4.1177 1.7257 1.9143 H\\n50 H 5.3021 1.4169 0.6460 H\\n51 H 5.6361 -0.6294 1.5959 H\\n52 H 4.2322 -0.4897 2.6217 H\\n53 H 0.4505 0.2043 2.0846 H\\n54 H 1.3508 3.7474 1.9985 H\\n55 H 2.6278 4.8761 3.7744 H\\n56 H 1.2423 -0.9060 3.7150 H\\n57 H 2.2272 -1.9242 5.6854 H\\n58 H 3.6325 -0.5739 7.2186 H\\n59 H 3.9952 1.8231 6.7548 H\\n60 H -1.7973 3.2321 0.3590 H\\n61 H -2.2430 2.1995 -0.9880 H\\n62 H -4.1283 2.7514 0.5578 H\\n63 H -5.1199 0.5398 0.7304 H\\n64 H -4.2086 0.6514 -0.7820 H\\n65 H -3.5478 -0.2534 0.5958 H\\n66 H -4.2816 1.8170 2.8139 H\\n67 H -2.6906 1.0576 2.6685 H\\n68 H -2.8329 2.8269 2.6882 H\\n69 H 2.8246 3.1420 0.4455 H\\n70 H 4.1365 2.9281 -0.6779 H\\n71 H 3.6053 2.2712 -3.1620 H\\n72 H 0.6641 3.8096 -0.3887 H\\n73 H -0.8147 4.3244 -2.2616 H\\n74 H 2.1130 2.7846 -5.0166 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.7506 -0.0922 1.9038 C\\n2 C 1.9543 0.4013 -0.4664 C\\n3 C 4.3355 -0.3556 -0.0328 C\\n4 N 3.4736 0.8835 -0.3964 N\\n5 C 3.9441 -0.8895 1.3566 C\\n6 C 1.5775 -0.1594 0.9281 C\\n7 C 3.7374 -2.4167 1.2998 C\\n8 C 3.4054 -3.0404 2.6489 C\\n9 C 3.6626 1.9332 0.7027 C\\n10 C 3.1517 1.3840 2.0317 C\\n11 C 0.8986 1.4701 -0.9626 C\\n12 C 1.0451 3.1555 -2.7998 C\\n13 C 0.8953 1.8026 -2.4478 C\\n14 N 1.1333 2.5876 -5.1236 N\\n15 C 0.7358 0.8436 -3.4900 C\\n16 C 1.1562 3.4936 -4.1320 C\\n17 C 0.8966 1.3043 -4.8197 C\\n18 C 0.4137 -0.5243 -3.2987 C\\n19 C 0.3202 -1.4114 -4.3731 C\\n20 C 0.5303 -0.9486 -5.6625 C\\n21 C 0.8058 0.4024 -5.8702 C\\n22 O -0.4462 1.0269 -0.6693 O\\n23 C -1.1693 1.8130 0.1842 C\\n24 O -0.7137 2.7955 0.7493 O\\n25 C -2.5709 1.2550 0.3159 C\\n26 C -3.4437 1.8692 1.4232 C\\n27 C -2.8361 1.7049 2.8160 C\\n28 C -3.8030 3.3294 1.1453 C\\n29 C 3.9394 1.4338 -1.7722 C\\n30 C 5.4239 1.6389 -1.9776 C\\n31 C 8.1846 1.9976 -2.3568 C\\n32 C 6.0578 2.8188 -1.5559 C\\n33 C 6.1956 0.6516 -2.6150 C\\n34 C 7.5696 0.8282 -2.7997 C\\n35 C 7.4326 2.9947 -1.7395 C\\n36 I 10.2267 2.2591 -2.6279 I\\n37 H 2.4429 -0.4598 2.8881 H\\n38 H 1.9825 -0.4449 -1.1589 H\\n39 H 5.3847 -0.0452 -0.0095 H\\n40 H 4.1946 -1.0910 -0.8330 H\\n41 H 4.7960 -0.7165 2.0303 H\\n42 H 0.7464 0.3950 1.3756 H\\n43 H 1.2138 -1.1882 0.8202 H\\n44 H 2.9523 -2.6807 0.5809 H\\n45 H 4.6614 -2.8792 0.9296 H\\n46 H 2.4130 -2.7384 2.9972 H\\n47 H 3.4054 -4.1326 2.5677 H\\n48 H 4.1431 -2.7558 3.4067 H\\n49 H 4.7323 2.1506 0.7785 H\\n50 H 3.1384 2.8475 0.4070 H\\n51 H 3.9266 1.5018 2.7998 H\\n52 H 2.2963 1.9828 2.3717 H\\n53 H 1.1252 2.3890 -0.4134 H\\n54 H 1.0860 3.9451 -2.0536 H\\n55 H 1.2803 4.5268 -4.4485 H\\n56 H 0.1831 -0.9196 -2.3133 H\\n57 H 0.0610 -2.4553 -4.2058 H\\n58 H 0.4535 -1.6233 -6.5126 H\\n59 H 0.9356 0.7687 -6.8878 H\\n60 H -2.4787 0.1791 0.5102 H\\n61 H -3.0687 1.3814 -0.6524 H\\n62 H -4.3883 1.3060 1.4193 H\\n63 H -3.5436 2.0390 3.5833 H\\n64 H -1.9202 2.2901 2.9380 H\\n65 H -2.5996 0.6547 3.0156 H\\n66 H -4.5048 3.6992 1.8994 H\\n67 H -2.9258 3.9820 1.1629 H\\n68 H -4.2837 3.4306 0.1685 H\\n69 H 3.4435 2.3970 -1.9086 H\\n70 H 3.5671 0.7338 -2.5279 H\\n71 H 5.4935 3.6261 -1.0929 H\\n72 H 5.7378 -0.2639 -2.9887 H\\n73 H 8.1467 0.0526 -3.2995 H\\n74 H 7.9028 3.9177 -1.4070 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.9933 -1.4107 -0.0709 C\\n2 C 1.9985 0.0694 0.5106 C\\n3 C 3.6275 0.7659 -1.2832 C\\n4 N 3.1938 1.0572 0.1868 N\\n5 C 4.2687 -0.6266 -1.3652 C\\n6 C 2.5160 -1.3728 0.3317 C\\n7 C 3.9879 -1.3514 -2.6935 C\\n8 C 2.5670 -1.8200 -2.9521 C\\n9 C 4.4057 0.7923 1.0926 C\\n10 C 4.7644 -0.6958 1.0534 C\\n11 C 1.1420 0.2937 1.8431 C\\n12 C 2.2370 -0.9371 3.7216 C\\n13 C 1.8670 0.3174 3.1982 C\\n14 N 3.4301 0.0731 5.5261 N\\n15 C 2.1836 1.4783 3.9860 C\\n16 C 3.0061 -1.0089 4.8633 C\\n17 C 3.0029 1.2752 5.1291 C\\n18 C 1.7513 2.8151 3.7571 C\\n19 C 2.1588 3.8858 4.5576 C\\n20 C 2.9997 3.6552 5.6295 C\\n21 C 3.4032 2.3525 5.9061 C\\n22 O 0.2576 1.4276 1.6978 O\\n23 C -0.8578 1.2158 0.9400 C\\n24 O -1.0259 0.2200 0.2529 O\\n25 C -1.7813 2.4079 1.0239 C\\n26 C -3.2432 2.0468 0.7235 C\\n27 C -4.0722 3.3205 0.5503 C\\n28 C -3.8449 1.1828 1.8347 C\\n29 C 2.7148 2.5175 0.2766 C\\n30 C 3.6853 3.6058 -0.1166 C\\n31 C 5.4907 5.6282 -0.8483 C\\n32 C 3.6709 4.1440 -1.4140 C\\n33 C 4.6043 4.1175 0.8146 C\\n34 C 5.5063 5.1201 0.4489 C\\n35 C 4.5729 5.1471 -1.7794 C\\n36 I 6.8331 7.1153 -1.3927 I\\n37 H 4.3397 -2.4464 -0.1587 H\\n38 H 1.3145 0.2552 -0.3258 H\\n39 H 4.3694 1.5150 -1.5753 H\\n40 H 2.7403 0.8827 -1.9136 H\\n41 H 5.3570 -0.4564 -1.3951 H\\n42 H 2.3848 -1.9671 1.2364 H\\n43 H 1.8894 -1.8802 -0.4057 H\\n44 H 4.6521 -2.2223 -2.7649 H\\n45 H 4.2795 -0.6821 -3.5136 H\\n46 H 1.8312 -1.0336 -2.7672 H\\n47 H 2.4650 -2.1304 -3.9974 H\\n48 H 2.3228 -2.6921 -2.3398 H\\n49 H 5.2417 1.3832 0.7025 H\\n50 H 4.1833 1.1395 2.1012 H\\n51 H 5.8461 -0.8043 0.9050 H\\n52 H 4.5527 -1.1632 2.0210 H\\n53 H 0.4785 -0.5819 1.9202 H\\n54 H 1.9290 -1.8728 3.2657 H\\n55 H 3.3159 -1.9631 5.2815 H\\n56 H 1.0524 3.0654 2.9683 H\\n57 H 1.8024 4.8939 4.3541 H\\n58 H 3.3198 4.4727 6.2710 H\\n59 H 4.0368 2.1688 6.7728 H\\n60 H -1.4121 3.1463 0.3026 H\\n61 H -1.7082 2.8458 2.0268 H\\n62 H -3.2938 1.4804 -0.2149 H\\n63 H -4.0583 3.9308 1.4600 H\\n64 H -5.1151 3.0781 0.3199 H\\n65 H -3.6822 3.9293 -0.2724 H\\n66 H -4.8868 0.9323 1.6081 H\\n67 H -3.2971 0.2421 1.9481 H\\n68 H -3.8259 1.7041 2.7980 H\\n69 H 1.8066 2.5911 -0.3342 H\\n70 H 2.4286 2.6882 1.3077 H\\n71 H 2.9551 3.7978 -2.1577 H\\n72 H 4.6258 3.7533 1.8410 H\\n73 H 6.2106 5.5008 1.1860 H\\n74 H 4.5452 5.5500 -2.7901 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6464 -0.7235 1.6519 C\\n2 C 2.2866 -0.5103 -0.4827 C\\n3 C 4.5856 0.5303 -0.3241 C\\n4 N 3.0710 0.8673 -0.3231 N\\n5 C 4.9205 -0.4139 0.8458 C\\n6 C 2.5929 -1.3769 0.7598 C\\n7 C 5.6786 -1.6520 0.3282 C\\n8 C 6.1141 -2.6068 1.4297 C\\n9 C 2.7578 1.5504 1.0087 C\\n10 C 3.0506 0.5950 2.1620 C\\n11 C 0.7460 -0.4061 -0.7923 C\\n12 C -0.3704 -2.6583 -0.4204 C\\n13 C 0.2294 -1.7540 -1.3120 C\\n14 N -0.6124 -4.2928 -2.1570 N\\n15 C 0.3799 -2.1451 -2.6776 C\\n16 C -0.7720 -3.8935 -0.8849 C\\n17 C -0.0619 -3.4435 -3.0335 C\\n18 C 0.9342 -1.3323 -3.7010 C\\n19 C 1.0590 -1.7915 -5.0131 C\\n20 C 0.6322 -3.0696 -5.3345 C\\n21 C 0.0764 -3.8773 -4.3438 C\\n22 O -0.0094 -0.0439 0.3866 O\\n23 C -0.7000 1.1295 0.3429 C\\n24 O -0.5189 1.9956 -0.4992 O\\n25 C -1.6318 1.2236 1.5289 C\\n26 C -2.7188 2.2940 1.3515 C\\n27 C -3.7437 1.8803 0.2923 C\\n28 C -3.4253 2.5495 2.6838 C\\n29 C 2.7573 1.8081 -1.5173 C\\n30 C 3.5634 3.0801 -1.6346 C\\n31 C 5.0579 5.4472 -1.8447 C\\n32 C 3.1345 4.2570 -0.9992 C\\n33 C 4.7418 3.1174 -2.3982 C\\n34 C 5.4886 4.2944 -2.4980 C\\n35 C 3.8809 5.4340 -1.0996 C\\n36 I 6.1686 7.1954 -1.9920 I\\n37 H 3.8659 -1.3679 2.5093 H\\n38 H 2.7727 -0.9737 -1.3515 H\\n39 H 5.1385 1.4670 -0.2003 H\\n40 H 4.8220 0.1016 -1.3046 H\\n41 H 5.6147 0.1203 1.5105 H\\n42 H 1.6942 -1.5543 1.3608 H\\n43 H 2.9222 -2.3711 0.4351 H\\n44 H 6.5769 -1.3141 -0.2044 H\\n45 H 5.0756 -2.2001 -0.4047 H\\n46 H 5.2556 -3.0914 1.9036 H\\n47 H 6.7483 -3.3958 1.0125 H\\n48 H 6.6886 -2.0833 2.2004 H\\n49 H 3.3970 2.4352 1.0929 H\\n50 H 1.7187 1.8787 1.0008 H\\n51 H 3.7397 1.0734 2.8690 H\\n52 H 2.1276 0.4041 2.7236 H\\n53 H 0.5600 0.3187 -1.5858 H\\n54 H -0.5292 -2.4245 0.6277 H\\n55 H -1.2416 -4.6206 -0.2272 H\\n56 H 1.2595 -0.3159 -3.5111 H\\n57 H 1.4756 -1.1504 -5.7868 H\\n58 H 0.7164 -3.4411 -6.3531 H\\n59 H -0.2666 -4.8774 -4.6044 H\\n60 H -2.0986 0.2444 1.6901 H\\n61 H -1.0105 1.4568 2.4016 H\\n62 H -2.2552 3.2350 1.0298 H\\n63 H -4.5118 2.6523 0.1755 H\\n64 H -3.2714 1.7352 -0.6842 H\\n65 H -4.2445 0.9460 0.5679 H\\n66 H -2.7128 2.8875 3.4435 H\\n67 H -3.9134 1.6421 3.0559 H\\n68 H -4.1902 3.3261 2.5760 H\\n69 H 1.7029 2.0779 -1.4502 H\\n70 H 2.8856 1.2070 -2.4254 H\\n71 H 2.2055 4.2801 -0.4309 H\\n72 H 5.0925 2.2373 -2.9344 H\\n73 H 6.3986 4.3027 -3.0951 H\\n74 H 3.5284 6.3354 -0.6017 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8544 -0.5660 1.7873 C\\n2 C 2.1658 -0.4396 -0.6631 C\\n3 C 4.3947 0.4936 0.1143 C\\n4 N 2.9704 0.9052 -0.3599 N\\n5 C 4.3205 -0.2715 1.4415 C\\n6 C 2.1530 -1.2801 0.6308 C\\n7 C 5.1902 -1.5412 1.4290 C\\n8 C 6.6794 -1.2313 1.3489 C\\n9 C 2.2996 1.6806 0.7864 C\\n10 C 2.1363 0.7701 2.0027 C\\n11 C 0.7377 -0.2221 -1.2996 C\\n12 C 0.7213 -1.6106 -3.3689 C\\n13 C 0.2767 -1.4866 -2.0377 C\\n14 N -0.3206 -3.7535 -3.5832 N\\n15 C -0.5284 -2.5364 -1.4911 C\\n16 C 0.3981 -2.7417 -4.0891 C\\n17 C -0.7843 -3.6516 -2.3314 C\\n18 C -1.1034 -2.5674 -0.1914 C\\n19 C -1.8776 -3.6412 0.2535 C\\n20 C -2.1012 -4.7178 -0.5858 C\\n21 C -1.5509 -4.7102 -1.8654 C\\n22 O -0.2237 0.2532 -0.3421 O\\n23 C -1.2318 1.0148 -0.8630 C\\n24 O -1.2560 1.4365 -2.0096 O\\n25 C -2.3177 1.2585 0.1559 C\\n26 C -1.8481 2.0919 1.3526 C\\n27 C -2.9226 2.1012 2.4410 C\\n28 C -1.5059 3.5237 0.9439 C\\n29 C 3.1736 1.7623 -1.6562 C\\n30 C 2.6499 3.1766 -1.6541 C\\n31 C 1.6663 5.8099 -1.6145 C\\n32 C 1.4277 3.4945 -2.2639 C\\n33 C 3.3836 4.2104 -1.0436 C\\n34 C 2.8914 5.5188 -1.0169 C\\n35 C 0.9361 4.8039 -2.2415 C\\n36 I 0.9257 7.7474 -1.5684 I\\n37 H 2.7839 -1.1702 2.6993 H\\n38 H 2.7970 -0.9507 -1.4027 H\\n39 H 4.8355 -0.1018 -0.6936 H\\n40 H 4.9776 1.4145 0.2366 H\\n41 H 4.7225 0.3799 2.2312 H\\n42 H 2.6195 -2.2529 0.4365 H\\n43 H 1.1347 -1.5080 0.9502 H\\n44 H 4.9196 -2.1922 0.5902 H\\n45 H 5.0081 -2.1129 2.3461 H\\n46 H 6.9309 -0.6938 0.4300 H\\n47 H 7.2569 -2.1611 1.3633 H\\n48 H 6.9972 -0.6263 2.2036 H\\n49 H 2.9537 2.5196 1.0445 H\\n50 H 1.3385 2.0637 0.4391 H\\n51 H 2.5297 1.2766 2.8927 H\\n52 H 1.0736 0.5963 2.2022 H\\n53 H 0.8485 0.5488 -2.0648 H\\n54 H 1.3028 -0.8364 -3.8610 H\\n55 H 0.7132 -2.8693 -5.1209 H\\n56 H -0.9808 -1.7522 0.5111 H\\n57 H -2.3123 -3.6308 1.2515 H\\n58 H -2.7064 -5.5595 -0.2583 H\\n59 H -1.7348 -5.5563 -2.5254 H\\n60 H -2.6852 0.2766 0.4823 H\\n61 H -3.1594 1.7504 -0.3492 H\\n62 H -0.9483 1.6371 1.7801 H\\n63 H -3.1680 1.0809 2.7554 H\\n64 H -2.5747 2.6436 3.3252 H\\n65 H -3.8421 2.5785 2.0886 H\\n66 H -1.1850 4.1073 1.8127 H\\n67 H -0.6885 3.5421 0.2160 H\\n68 H -2.3683 4.0298 0.4995 H\\n69 H 2.7641 1.1950 -2.4984 H\\n70 H 4.2513 1.8000 -1.8618 H\\n71 H 0.8351 2.7408 -2.7807 H\\n72 H 4.3491 4.0129 -0.5782 H\\n73 H 3.4752 6.3021 -0.5355 H\\n74 H -0.0153 5.0217 -2.7241 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0694 -1.3905 0.1004 C\\n2 C 1.9908 0.0297 0.4448 C\\n3 C 3.7429 0.6988 -1.2613 C\\n4 N 3.1726 1.0543 0.1451 N\\n5 C 4.2584 -0.7508 -1.2837 C\\n6 C 2.5941 -1.3874 0.4921 C\\n7 C 3.6136 -1.5237 -2.4511 C\\n8 C 4.1071 -2.9555 -2.5889 C\\n9 C 4.3228 0.8959 1.1446 C\\n10 C 4.8129 -0.5503 1.1470 C\\n11 C 0.9770 0.3328 1.6413 C\\n12 C 1.7809 1.7945 3.5580 C\\n13 C 1.5299 0.5036 3.0601 C\\n14 N 2.7675 0.9152 5.5521 N\\n15 C 1.7747 -0.5978 3.9401 C\\n16 C 2.3912 1.9475 4.7860 C\\n17 C 2.4338 -0.3210 5.1654 C\\n18 C 1.3829 -1.9424 3.7057 C\\n19 C 1.7021 -2.9694 4.5955 C\\n20 C 2.4010 -2.6787 5.7546 C\\n21 C 2.7489 -1.3587 6.0301 C\\n22 O 0.1534 1.4940 1.3383 O\\n23 C -0.8715 1.2755 0.4661 C\\n24 O -0.9842 0.2598 -0.2029 O\\n25 C -1.8065 2.4580 0.4204 C\\n26 C -3.2468 2.0531 0.7571 C\\n27 C -3.3828 1.6541 2.2285 C\\n28 C -4.2042 3.2011 0.4354 C\\n29 C 2.6414 2.5022 0.0880 C\\n30 C 3.6172 3.5924 -0.2937 C\\n31 C 5.4397 5.6077 -1.0007 C\\n32 C 4.4206 4.2071 0.6821 C\\n33 C 3.7262 4.0234 -1.6262 C\\n34 C 4.6362 5.0242 -1.9783 C\\n35 C 5.3327 5.2049 0.3291 C\\n36 I 6.7972 7.0884 -1.5267 I\\n37 H 4.4629 -2.4121 0.1225 H\\n38 H 1.4028 0.0892 -0.4781 H\\n39 H 4.5748 1.3804 -1.4636 H\\n40 H 2.9461 0.8828 -1.9902 H\\n41 H 5.3372 -0.7148 -1.4918 H\\n42 H 2.0132 -2.0519 -0.1582 H\\n43 H 2.5211 -1.8263 1.4833 H\\n44 H 3.8362 -0.9942 -3.3864 H\\n45 H 2.5216 -1.5296 -2.3571 H\\n46 H 3.6846 -3.4088 -3.4907 H\\n47 H 5.1967 -2.9926 -2.6709 H\\n48 H 3.8009 -3.5708 -1.7385 H\\n49 H 5.1380 1.5540 0.8263 H\\n50 H 3.9866 1.2197 2.1293 H\\n51 H 5.8925 -0.5715 0.9524 H\\n52 H 4.6792 -0.9811 2.1477 H\\n53 H 0.2802 -0.5128 1.6879 H\\n54 H 1.4971 2.6931 3.0224 H\\n55 H 2.6036 2.9305 5.1968 H\\n56 H 0.7971 -2.2236 2.8347 H\\n57 H 1.3929 -3.9921 4.3897 H\\n58 H 2.6531 -3.4666 6.4601 H\\n59 H 3.2657 -1.1306 6.9609 H\\n60 H -1.7377 2.8779 -0.5903 H\\n61 H -1.4564 3.2362 1.1104 H\\n62 H -3.5346 1.1898 0.1445 H\\n63 H -4.4201 1.3906 2.4648 H\\n64 H -3.0836 2.4729 2.8914 H\\n65 H -2.7610 0.7831 2.4609 H\\n66 H -4.1482 3.4687 -0.6257 H\\n67 H -3.9672 4.0943 1.0230 H\\n68 H -5.2387 2.9164 0.6525 H\\n69 H 2.2459 2.7434 1.0713 H\\n70 H 1.7980 2.4995 -0.6148 H\\n71 H 4.3440 3.9243 1.7317 H\\n72 H 3.1022 3.5955 -2.4093 H\\n73 H 4.7060 5.3444 -3.0169 H\\n74 H 5.9521 5.6618 1.0982 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0716 -1.1455 -0.6985 C\\n2 C 1.9833 -0.2126 0.4121 C\\n3 C 3.3387 1.2153 -1.1748 C\\n4 N 3.0100 0.9952 0.3291 N\\n5 C 4.0417 -0.0256 -1.7540 C\\n6 C 2.6550 -1.4540 -0.2110 C\\n7 C 3.4064 -0.4128 -3.1026 C\\n8 C 4.1133 -1.5651 -3.8015 C\\n9 C 4.3297 0.6707 1.0370 C\\n10 C 4.8833 -0.6500 0.5063 C\\n11 C 1.2434 -0.5054 1.8006 C\\n12 C 2.7234 -1.9761 3.1746 C\\n13 C 2.0977 -0.7191 3.0609 C\\n14 N 3.9391 -1.2897 5.1120 N\\n15 C 2.3106 0.2220 4.1290 C\\n16 C 3.6201 -2.2106 4.1952 C\\n17 C 3.2801 -0.1265 5.1078 C\\n18 C 1.6443 1.4653 4.3262 C\\n19 C 1.9646 2.3339 5.3736 C\\n20 C 2.9515 1.9822 6.2744 C\\n21 C 3.5901 0.7541 6.1343 C\\n22 O 0.1952 0.4638 2.0281 O\\n23 C -0.9407 0.2950 1.2913 C\\n24 O -1.0366 -0.5134 0.3797 O\\n25 C -2.0222 1.2468 1.7494 C\\n26 C -2.6793 2.0630 0.6269 C\\n27 C -3.5686 1.2108 -0.2790 C\\n28 C -1.6562 2.8469 -0.1963 C\\n29 C 2.3604 2.2789 0.8767 C\\n30 C 3.1584 3.5594 0.8117 C\\n31 C 4.6388 5.9405 0.7020 C\\n32 C 4.0388 3.9035 1.8510 C\\n33 C 3.0155 4.4412 -0.2720 C\\n34 C 3.7564 5.6244 -0.3293 C\\n35 C 4.7795 5.0866 1.7934 C\\n36 I 5.7406 7.6983 0.6161 I\\n37 H 4.5389 -2.0533 -1.0934 H\\n38 H 1.2056 0.1021 -0.2939 H\\n39 H 2.3959 1.4527 -1.6817 H\\n40 H 4.0093 2.0769 -1.2529 H\\n41 H 5.0832 0.2570 -1.9694 H\\n42 H 2.0360 -1.8165 -1.0406 H\\n43 H 2.6912 -2.2927 0.4840 H\\n44 H 2.3459 -0.6622 -2.9790 H\\n45 H 3.4400 0.4602 -3.7670 H\\n46 H 3.9874 -2.5044 -3.2562 H\\n47 H 5.1845 -1.3652 -3.9083 H\\n48 H 3.6954 -1.7078 -4.8036 H\\n49 H 5.0335 1.4798 0.8139 H\\n50 H 4.1660 0.6521 2.1137 H\\n51 H 4.8821 -1.4042 1.3009 H\\n52 H 5.9356 -0.5170 0.2251 H\\n53 H 0.7258 -1.4680 1.6703 H\\n54 H 2.5211 -2.7929 2.4891 H\\n55 H 4.1249 -3.1678 4.3012 H\\n56 H 0.8265 1.7845 3.6920 H\\n57 H 1.4272 3.2723 5.4955 H\\n58 H 3.2078 2.6393 7.1024 H\\n59 H 4.3423 0.4638 6.8667 H\\n60 H -2.7699 0.6626 2.2985 H\\n61 H -1.5832 1.9479 2.4711 H\\n62 H -3.3350 2.7966 1.1156 H\\n63 H -4.2977 0.6453 0.3106 H\\n64 H -2.9883 0.5013 -0.8750 H\\n65 H -4.1257 1.8454 -0.9767 H\\n66 H -2.1625 3.5191 -0.8983 H\\n67 H -1.0229 3.4607 0.4533 H\\n68 H -1.0083 2.1829 -0.7796 H\\n69 H 2.1227 2.0899 1.9168 H\\n70 H 1.4108 2.4060 0.3428 H\\n71 H 4.1537 3.2633 2.7248 H\\n72 H 2.3212 4.2262 -1.0835 H\\n73 H 3.6335 6.2942 -1.1784 H\\n74 H 5.4554 5.3353 2.6088 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0702 -1.3537 0.4185 C\\n2 C 1.9610 0.0653 0.3852 C\\n3 C 3.8681 0.5418 -1.2170 C\\n4 N 3.1612 1.0622 0.0742 N\\n5 C 4.4470 -0.8619 -0.9875 C\\n6 C 2.5558 -1.3389 0.6038 C\\n7 C 4.0282 -1.8459 -2.0947 C\\n8 C 4.6319 -1.4975 -3.4492 C\\n9 C 4.2084 1.0464 1.1956 C\\n10 C 4.6668 -0.3872 1.4522 C\\n11 C 0.8663 0.4700 1.4790 C\\n12 C 1.3698 2.3448 3.1175 C\\n13 C 1.3201 0.9632 2.8566 C\\n14 N 2.4138 1.9854 5.2405 N\\n15 C 1.6811 0.0852 3.9246 C\\n16 C 1.9114 2.8004 4.3029 C\\n17 C 2.2665 0.6662 5.0809 C\\n18 C 1.4709 -1.3177 3.9421 C\\n19 C 1.9096 -2.1132 5.0011 C\\n20 C 2.5408 -1.5259 6.0867 C\\n21 C 2.7020 -0.1438 6.1176 C\\n22 O -0.0398 1.4677 0.9278 O\\n23 C -0.9939 0.9867 0.0821 C\\n24 O -0.9812 -0.1447 -0.3796 O\\n25 C -2.0447 2.0318 -0.1979 C\\n26 C -3.2164 2.0161 0.7924 C\\n27 C -2.7784 2.3057 2.2290 C\\n28 C -4.0043 0.7069 0.7307 C\\n29 C 2.6309 2.4809 -0.2349 C\\n30 C 3.6553 3.5754 -0.4200 C\\n31 C 5.6088 5.5688 -0.7346 C\\n32 C 4.1687 3.8825 -1.6931 C\\n33 C 4.1183 4.3069 0.6871 C\\n34 C 5.0929 5.2944 0.5314 C\\n35 C 5.1496 4.8654 -1.8489 C\\n36 I 7.0671 7.0303 -0.9603 I\\n37 H 4.4604 -2.3647 0.5925 H\\n38 H 1.4396 0.0346 -0.5786 H\\n39 H 4.6824 1.2309 -1.4580 H\\n40 H 3.1257 0.5709 -2.0214 H\\n41 H 5.5435 -0.7816 -1.0277 H\\n42 H 2.3370 -1.7216 1.5953 H\\n43 H 2.0724 -2.0451 -0.0807 H\\n44 H 4.3467 -2.8589 -1.8259 H\\n45 H 2.9389 -1.8715 -2.1944 H\\n46 H 5.7263 -1.4936 -3.4013 H\\n47 H 4.2989 -0.5155 -3.7991 H\\n48 H 4.3301 -2.2378 -4.1973 H\\n49 H 5.0597 1.6485 0.8691 H\\n50 H 3.7889 1.5100 2.0864 H\\n51 H 4.3831 -0.6928 2.4661 H\\n52 H 5.7626 -0.4293 1.4241 H\\n53 H 0.2471 -0.4168 1.6624 H\\n54 H 0.9813 3.0819 2.4249 H\\n55 H 1.9603 3.8608 4.5328 H\\n56 H 0.9236 -1.8226 3.1488 H\\n57 H 1.7416 -3.1882 4.9907 H\\n58 H 2.8784 -2.1318 6.9248 H\\n59 H 3.1620 0.3194 6.9893 H\\n60 H -2.4070 1.8650 -1.2206 H\\n61 H -1.5622 3.0193 -0.2110 H\\n62 H -3.8979 2.8238 0.4921 H\\n63 H -2.2091 3.2366 2.2887 H\\n64 H -3.6512 2.4082 2.8801 H\\n65 H -2.1625 1.4986 2.6359 H\\n66 H -4.3652 0.5145 -0.2861 H\\n67 H -3.3991 -0.1495 1.0460 H\\n68 H -4.8796 0.7553 1.3876 H\\n69 H 1.9681 2.7762 0.5766 H\\n70 H 2.0038 2.3931 -1.1338 H\\n71 H 3.8207 3.3567 -2.5819 H\\n72 H 3.7325 4.1145 1.6876 H\\n73 H 5.4458 5.8409 1.4046 H\\n74 H 5.5362 5.0846 -2.8410 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6684 -0.7047 1.6624 C\\n2 C 2.2828 -0.4878 -0.4749 C\\n3 C 4.5991 0.4932 -0.3401 C\\n4 N 3.0952 0.8702 -0.3285 N\\n5 C 4.9590 -0.3005 0.9292 C\\n6 C 2.7010 -1.4018 0.7012 C\\n7 C 5.8955 -1.4713 0.5719 C\\n8 C 6.3916 -2.2443 1.7847 C\\n9 C 2.8072 1.5627 1.0156 C\\n10 C 2.9808 0.5716 2.1582 C\\n11 C 0.7269 -0.3382 -0.6366 C\\n12 C 0.1660 -1.9389 -2.4643 C\\n13 C 0.0797 -1.6581 -1.0869 C\\n14 N -0.9809 -4.0190 -2.1839 N\\n15 C -0.5757 -2.6143 -0.2429 C\\n16 C -0.3724 -3.1088 -2.9560 C\\n17 C -1.0868 -3.7808 -0.8713 C\\n18 C -0.7629 -2.5133 1.1637 C\\n19 C -1.4172 -3.5030 1.9014 C\\n20 C -1.9046 -4.6254 1.2580 C\\n21 C -1.7323 -4.7498 -0.1179 C\\n22 O 0.0983 0.1846 0.5461 O\\n23 C -0.6943 1.2827 0.3792 C\\n24 O -0.6833 1.9882 -0.6189 O\\n25 C -1.4932 1.5422 1.6359 C\\n26 C -2.8020 2.2934 1.3582 C\\n27 C -3.7945 1.4209 0.5854 C\\n28 C -3.4310 2.7544 2.6742 C\\n29 C 2.8086 1.9112 -1.4519 C\\n30 C 2.9829 1.4790 -2.8897 C\\n31 C 3.2734 0.6916 -5.5778 C\\n32 C 1.8603 1.2967 -3.7154 C\\n33 C 4.2561 1.3218 -3.4624 C\\n34 C 4.4017 0.9152 -4.7925 C\\n35 C 2.0022 0.8943 -5.0471 C\\n36 I 3.4873 0.0820 -7.5493 I\\n37 H 3.8775 -1.3508 2.5205 H\\n38 H 2.6735 -0.9314 -1.4005 H\\n39 H 4.7786 -0.0971 -1.2432 H\\n40 H 5.1765 1.4228 -0.3905 H\\n41 H 5.5310 0.3673 1.5899 H\\n42 H 1.8356 -1.7373 1.2728 H\\n43 H 3.1549 -2.3146 0.3012 H\\n44 H 6.7699 -1.0717 0.0418 H\\n45 H 5.4064 -2.1661 -0.1208 H\\n46 H 7.1506 -2.9730 1.4805 H\\n47 H 6.8432 -1.5734 2.5218 H\\n48 H 5.5802 -2.7974 2.2669 H\\n49 H 3.5198 2.3910 1.1082 H\\n50 H 1.8033 1.9900 0.9907 H\\n51 H 2.0053 0.3318 2.5991 H\\n52 H 3.5680 1.0365 2.9595 H\\n53 H 0.5554 0.3513 -1.4631 H\\n54 H 0.6386 -1.2604 -3.1665 H\\n55 H -0.3275 -3.3545 -4.0138 H\\n56 H -0.4017 -1.6643 1.7320 H\\n57 H -1.5459 -3.3935 2.9755 H\\n58 H -2.4182 -5.4045 1.8153 H\\n59 H -2.1184 -5.6344 -0.6212 H\\n60 H -0.8507 2.1261 2.3046 H\\n61 H -1.7119 0.5873 2.1263 H\\n62 H -2.5880 3.1845 0.7548 H\\n63 H -4.7120 1.9791 0.3734 H\\n64 H -4.0678 0.5287 1.1591 H\\n65 H -3.3785 1.0927 -0.3724 H\\n66 H -3.6873 1.9019 3.3124 H\\n67 H -2.7425 3.3991 3.2309 H\\n68 H -4.3466 3.3254 2.4879 H\\n69 H 1.7889 2.2716 -1.2881 H\\n70 H 3.4698 2.7667 -1.2588 H\\n71 H 0.8523 1.4902 -3.3469 H\\n72 H 5.1609 1.5350 -2.8962 H\\n73 H 5.4006 0.7928 -5.2082 H\\n74 H 1.1139 0.7588 -5.6634 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.1333 -0.6179 1.7638 C\\n2 C 2.0983 -0.3136 -0.5406 C\\n3 C 4.5086 0.3048 -0.1304 C\\n4 N 3.0864 0.9203 -0.3481 N\\n5 C 4.5083 -0.6484 1.0774 C\\n6 C 2.0371 -1.0760 0.8051 C\\n7 C 4.9875 -2.0514 0.6543 C\\n8 C 5.0813 -3.0384 1.8086 C\\n9 C 2.7463 1.7224 0.9125 C\\n10 C 2.8136 0.8288 2.1480 C\\n11 C 0.6740 0.0068 -1.1107 C\\n12 C -0.9949 -1.7984 -0.4682 C\\n13 C -0.0773 -1.2977 -1.4032 C\\n14 N -1.3701 -3.7554 -1.8020 N\\n15 C 0.1659 -2.0556 -2.5895 C\\n16 C -1.6107 -3.0084 -0.7121 C\\n17 C -0.5170 -3.2897 -2.7229 C\\n18 C 1.0368 -1.6649 -3.6408 C\\n19 C 1.2330 -2.4685 -4.7649 C\\n20 C 0.5646 -3.6776 -4.8671 C\\n21 C -0.3017 -4.0716 -3.8485 C\\n22 O -0.0298 0.8779 -0.1995 O\\n23 C -1.0414 1.6032 -0.7603 C\\n24 O -1.4239 1.4758 -1.9141 O\\n25 C -1.5784 2.6352 0.2024 C\\n26 C -2.4572 2.0978 1.3370 C\\n27 C -1.6524 1.3650 2.4099 C\\n28 C -3.6058 1.2308 0.8237 C\\n29 C 3.2197 1.8230 -1.6179 C\\n30 C 2.2761 2.9868 -1.8239 C\\n31 C 0.5432 5.1715 -2.2500 C\\n32 C 2.3876 4.1629 -1.0614 C\\n33 C 1.3265 2.9686 -2.8575 C\\n34 C 0.4543 4.0441 -3.0590 C\\n35 C 1.5183 5.2410 -1.2605 C\\n36 I -0.7644 6.7564 -2.5309 I\\n37 H 3.1281 -1.2348 2.6685 H\\n38 H 2.6174 -0.9480 -1.2707 H\\n39 H 5.1957 1.1415 0.0464 H\\n40 H 4.7923 -0.1900 -1.0668 H\\n41 H 5.2520 -0.2695 1.7930 H\\n42 H 1.0696 -0.9340 1.3002 H\\n43 H 2.1165 -2.1531 0.6148 H\\n44 H 4.3367 -2.4689 -0.1225 H\\n45 H 5.9838 -1.9593 0.2030 H\\n46 H 5.5361 -3.9734 1.4656 H\\n47 H 4.0933 -3.2818 2.2100 H\\n48 H 5.6989 -2.6392 2.6190 H\\n49 H 1.7537 2.1607 0.7969 H\\n50 H 3.4875 2.5231 1.0017 H\\n51 H 3.5710 1.2135 2.8422 H\\n52 H 1.8595 0.8796 2.6876 H\\n53 H 0.7949 0.5341 -2.0543 H\\n54 H -1.2377 -1.2711 0.4469 H\\n55 H -2.3306 -3.4275 -0.0139 H\\n56 H 1.5640 -0.7178 -3.6234 H\\n57 H 1.8946 -2.1475 -5.5663 H\\n58 H 0.7005 -4.3131 -5.7390 H\\n59 H -0.8327 -5.0178 -3.9391 H\\n60 H -0.7322 3.2092 0.5990 H\\n61 H -2.1625 3.3480 -0.3944 H\\n62 H -2.9054 2.9734 1.8260 H\\n63 H -1.2401 0.4217 2.0441 H\\n64 H -2.2876 1.1327 3.2717 H\\n65 H -0.8227 1.9845 2.7666 H\\n66 H -4.1964 1.7713 0.0764 H\\n67 H -3.2440 0.3049 0.3668 H\\n68 H -4.2775 0.9562 1.6441 H\\n69 H 4.2334 2.2445 -1.5958 H\\n70 H 3.1918 1.1395 -2.4754 H\\n71 H 3.1679 4.2798 -0.3128 H\\n72 H 1.2364 2.1200 -3.5341 H\\n73 H -0.2906 3.9829 -3.8510 H\\n74 H 1.6229 6.1342 -0.6473 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.2434 -1.0615 -0.6881 C\\n2 C 2.0383 -0.3162 0.3339 C\\n3 C 3.3505 1.2439 -1.1626 C\\n4 N 2.9760 0.9729 0.3269 N\\n5 C 4.1576 0.0651 -1.7303 C\\n6 C 2.8479 -1.4937 -0.2426 C\\n7 C 3.6020 -0.4198 -3.0819 C\\n8 C 3.7635 0.6153 -4.1884 C\\n9 C 4.2858 0.7307 1.0833 C\\n10 C 4.9671 -0.5282 0.5541 C\\n11 C 1.2184 -0.6775 1.6542 C\\n12 C 2.1932 0.0618 3.8786 C\\n13 C 1.9859 -0.9691 2.9459 C\\n14 N 3.5571 -1.3504 5.2465 N\\n15 C 2.4735 -2.2718 3.2844 C\\n16 C 2.9737 -0.1715 4.9924 C\\n17 C 3.2846 -2.3846 4.4423 C\\n18 C 2.1863 -3.4696 2.5764 C\\n19 C 2.7301 -4.6992 2.9532 C\\n20 C 3.5619 -4.7696 4.0572 C\\n21 C 3.8228 -3.6147 4.7912 C\\n22 O 0.2206 0.3419 1.9441 O\\n23 C -0.9047 0.3024 1.1715 C\\n24 O -1.0145 -0.4090 0.1854 O\\n25 C -1.9518 1.2514 1.7094 C\\n26 C -2.6682 2.1004 0.6488 C\\n27 C -1.6927 2.9243 -0.1916 C\\n28 C -3.5948 1.2756 -0.2445 C\\n29 C 2.2149 2.2008 0.8667 C\\n30 C 2.8722 3.5547 0.7324 C\\n31 C 4.0877 6.0726 0.4737 C\\n32 C 2.5594 4.3943 -0.3503 C\\n33 C 3.7884 4.0096 1.6943 C\\n34 C 4.3970 5.2608 1.5631 C\\n35 C 3.1678 5.6454 -0.4813 C\\n36 I 4.9940 7.9304 0.2781 I\\n37 H 4.7917 -1.9209 -1.0908 H\\n38 H 1.2905 -0.0542 -0.4238 H\\n39 H 3.9662 2.1481 -1.1978 H\\n40 H 2.4128 1.4265 -1.6989 H\\n41 H 5.1821 0.4181 -1.9171 H\\n42 H 2.2938 -1.9414 -1.0760 H\\n43 H 2.9664 -2.2966 0.4806 H\\n44 H 4.1287 -1.3326 -3.3853 H\\n45 H 2.5405 -0.6778 -2.9940 H\\n46 H 3.3873 0.2141 -5.1351 H\\n47 H 4.8172 0.8778 -4.3280 H\\n48 H 3.2070 1.5313 -3.9688 H\\n49 H 4.0775 0.6691 2.1501 H\\n50 H 4.9329 1.5975 0.9123 H\\n51 H 6.0149 -0.3054 0.3182 H\\n52 H 4.9922 -1.2938 1.3391 H\\n53 H 0.6473 -1.5859 1.4303 H\\n54 H 1.7494 1.0444 3.7706 H\\n55 H 3.1595 0.6057 5.7294 H\\n56 H 1.5110 -3.4836 1.7254 H\\n57 H 2.4927 -5.6011 2.3928 H\\n58 H 3.9892 -5.7203 4.3676 H\\n59 H 4.4510 -3.6818 5.6781 H\\n60 H -2.6727 0.6581 2.2835 H\\n61 H -1.4659 1.9334 2.4192 H\\n62 H -3.3052 2.8093 1.1950 H\\n63 H -1.0439 3.5311 0.4488 H\\n64 H -1.0580 2.2888 -0.8175 H\\n65 H -2.2368 3.6055 -0.8547 H\\n66 H -3.0398 0.6151 -0.9167 H\\n67 H -4.2734 0.6619 0.3568 H\\n68 H -4.2083 1.9349 -0.8683 H\\n69 H 1.2490 2.2177 0.3500 H\\n70 H 2.0224 2.0262 1.9236 H\\n71 H 1.8336 4.0928 -1.1042 H\\n72 H 4.0363 3.4055 2.5653 H\\n73 H 5.1046 5.5944 2.3200 H\\n74 H 2.9114 6.2800 -1.3278 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6400 -0.7217 1.6544 C\\n2 C 2.2882 -0.5130 -0.4863 C\\n3 C 4.5852 0.5329 -0.3182 C\\n4 N 3.0696 0.8667 -0.3243 N\\n5 C 4.9175 -0.4075 0.8556 C\\n6 C 2.5950 -1.3801 0.7560 C\\n7 C 5.6850 -1.6431 0.3453 C\\n8 C 6.1147 -2.5955 1.4514 C\\n9 C 2.7496 1.5505 1.0058 C\\n10 C 3.0351 0.5945 2.1606 C\\n11 C 0.7474 -0.4118 -0.7968 C\\n12 C -0.3541 -2.6726 -0.4325 C\\n13 C 0.2342 -1.7588 -1.3219 C\\n14 N -0.6000 -4.2956 -2.1795 N\\n15 C 0.3767 -2.1390 -2.6917 C\\n16 C -0.7516 -3.9068 -0.9031 C\\n17 C -0.0616 -3.4366 -3.0540 C\\n18 C 0.9188 -1.3157 -3.7133 C\\n19 C 1.0334 -1.7635 -5.0303 C\\n20 C 0.6099 -3.0409 -5.3581 C\\n21 C 0.0670 -3.8591 -4.3690 C\\n22 O -0.0101 -0.0525 0.3817 O\\n23 C -0.7005 1.1212 0.3375 C\\n24 O -0.5232 1.9846 -0.5088 O\\n25 C -1.6264 1.2203 1.5278 C\\n26 C -2.7103 2.2946 1.3532 C\\n27 C -3.7411 1.8827 0.2992 C\\n28 C -3.4107 2.5543 2.6880 C\\n29 C 2.7603 1.8056 -1.5215 C\\n30 C 3.5411 3.0949 -1.6181 C\\n31 C 4.9838 5.4976 -1.7870 C\\n32 C 4.7417 3.1594 -2.3446 C\\n33 C 3.0642 4.2626 -0.9993 C\\n34 C 3.7842 5.4575 -1.0797 C\\n35 C 5.4627 4.3541 -2.4234 C\\n36 I 6.0559 7.2719 -1.9051 I\\n37 H 3.8572 -1.3649 2.5133 H\\n38 H 2.7760 -0.9742 -1.3555 H\\n39 H 4.8264 0.1022 -1.2966 H\\n40 H 5.1356 1.4712 -0.1948 H\\n41 H 5.6051 0.1311 1.5237 H\\n42 H 2.9322 -2.3714 0.4306 H\\n43 H 1.6953 -1.5648 1.3532 H\\n44 H 6.5865 -1.3020 -0.1796 H\\n45 H 5.0905 -2.1939 -0.3926 H\\n46 H 6.7561 -3.3821 1.0404 H\\n47 H 5.2539 -3.0842 1.9167 H\\n48 H 6.6785 -2.0690 2.2277 H\\n49 H 3.3897 2.4344 1.0937 H\\n50 H 1.7111 1.8807 0.9918 H\\n51 H 2.1077 0.3998 2.7133 H\\n52 H 3.7158 1.0742 2.8746 H\\n53 H 0.5610 0.3140 -1.5891 H\\n54 H -0.5066 -2.4470 0.6183 H\\n55 H -1.2114 -4.6417 -0.2474 H\\n56 H 1.2417 -0.2996 -3.5181 H\\n57 H 1.4393 -1.1138 -5.8024 H\\n58 H 0.6871 -3.4041 -6.3803 H\\n59 H -0.2736 -4.8586 -4.6344 H\\n60 H -1.0003 1.4531 2.3972 H\\n61 H -2.0957 0.2429 1.6929 H\\n62 H -2.2449 3.2337 1.0281 H\\n63 H -4.2466 0.9521 0.5804 H\\n64 H -4.5053 2.6590 0.1825 H\\n65 H -3.2737 1.7309 -0.6789 H\\n66 H -2.6946 2.8942 3.4435 H\\n67 H -4.1758 3.3309 2.5814 H\\n68 H -3.8969 1.6481 3.0652 H\\n69 H 1.7000 2.0550 -1.4730 H\\n70 H 2.9161 1.2104 -2.4295 H\\n71 H 5.1308 2.2878 -2.8678 H\\n72 H 2.1167 4.2639 -0.4607 H\\n73 H 3.3939 6.3513 -0.5963 H\\n74 H 6.3914 4.3833 -2.9909 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8756 -0.5199 1.7948 C\\n2 C 2.0259 -0.1994 -0.5815 C\\n3 C 4.4619 0.1781 -0.0365 C\\n4 N 3.1355 0.9225 -0.3521 N\\n5 C 4.3240 -0.6054 1.2807 C\\n6 C 1.8946 -1.0080 0.7298 C\\n7 C 4.8191 -2.0564 1.1485 C\\n8 C 6.3186 -2.1457 0.8912 C\\n9 C 2.8142 1.8141 0.8490 C\\n10 C 2.5400 0.9502 2.0761 C\\n11 C 0.6405 0.2961 -1.1452 C\\n12 C -1.0362 -1.5980 -0.9040 C\\n13 C -0.1379 -0.8944 -1.7200 C\\n14 N -1.4931 -3.1666 -2.6568 N\\n15 C 0.0618 -1.3522 -3.0597 C\\n16 C -1.6840 -2.7051 -1.4110 C\\n17 C -0.6524 -2.5080 -3.4641 C\\n18 C 0.9160 -0.7386 -4.0140 C\\n19 C 1.0621 -1.2525 -5.3037 C\\n20 C 0.3612 -2.3890 -5.6717 C\\n21 C -0.4866 -3.0010 -4.7503 C\\n22 O -0.1451 0.9516 -0.1192 O\\n23 C -0.4488 2.2599 -0.3224 C\\n24 O 0.0399 2.9336 -1.2222 O\\n25 C -1.3078 2.8561 0.7726 C\\n26 C -2.4552 2.0165 1.3514 C\\n27 C -3.3574 1.4205 0.2734 C\\n28 C -1.9770 0.9556 2.3423 C\\n29 C 3.3163 1.7691 -1.6407 C\\n30 C 4.4436 2.7743 -1.6606 C\\n31 C 6.5327 4.6493 -1.6930 C\\n32 C 4.2383 4.0841 -1.1967 C\\n33 C 5.7084 2.4279 -2.1640 C\\n34 C 6.7502 3.3596 -2.1733 C\\n35 C 5.2789 5.0166 -1.2092 C\\n36 I 8.0808 6.0320 -1.7093 I\\n37 H 2.7546 -1.1059 2.7133 H\\n38 H 2.4810 -0.8501 -1.3407 H\\n39 H 4.6818 -0.4599 -0.8989 H\\n40 H 5.2546 0.9240 0.0714 H\\n41 H 4.9657 -0.1186 2.0288 H\\n42 H 0.8826 -0.9461 1.1436 H\\n43 H 2.0522 -2.0719 0.5159 H\\n44 H 4.2922 -2.5729 0.3390 H\\n45 H 4.5958 -2.6011 2.0727 H\\n46 H 6.5970 -1.6522 -0.0449 H\\n47 H 6.8835 -1.6826 1.7070 H\\n48 H 6.6255 -3.1949 0.8210 H\\n49 H 1.9702 2.4560 0.5991 H\\n50 H 3.6855 2.4512 1.0335 H\\n51 H 1.4893 1.0510 2.3742 H\\n52 H 3.1295 1.3209 2.9232 H\\n53 H 0.7981 0.9818 -1.9764 H\\n54 H -1.2459 -1.3044 0.1177 H\\n55 H -2.3914 -3.2718 -0.8110 H\\n56 H 1.4700 0.1659 -3.7909 H\\n57 H 1.7104 -0.7601 -6.0252 H\\n58 H 0.4576 -2.7977 -6.6750 H\\n59 H -1.0436 -3.8880 -5.0489 H\\n60 H -0.6342 3.1792 1.5749 H\\n61 H -1.7509 3.7658 0.3444 H\\n62 H -3.0771 2.7108 1.9337 H\\n63 H -3.7562 2.2070 -0.3761 H\\n64 H -2.8284 0.6997 -0.3549 H\\n65 H -4.2074 0.9006 0.7295 H\\n66 H -1.3590 1.4054 3.1261 H\\n67 H -1.3924 0.1681 1.8647 H\\n68 H -2.8328 0.4775 2.8320 H\\n69 H 3.4422 1.0556 -2.4636 H\\n70 H 2.3812 2.3053 -1.8117 H\\n71 H 3.2617 4.4043 -0.8368 H\\n72 H 5.9026 1.4338 -2.5628 H\\n73 H 7.7233 3.0711 -2.5664 H\\n74 H 5.0945 6.0275 -0.8518 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6856 -0.7023 1.6616 C\\n2 C 2.2919 -0.4995 -0.4731 C\\n3 C 4.5925 0.5113 -0.3443 C\\n4 N 3.0846 0.8677 -0.3265 N\\n5 C 4.9666 -0.2889 0.9167 C\\n6 C 2.7068 -1.4026 0.7135 C\\n7 C 5.9021 -1.4553 0.5431 C\\n8 C 6.4228 -2.2289 1.7457 C\\n9 C 2.7913 1.5541 1.0204 C\\n10 C 2.9979 0.5706 2.1649 C\\n11 C 0.7363 -0.3767 -0.6548 C\\n12 C 0.2450 -1.9510 -2.5262 C\\n13 C 0.1245 -1.7002 -1.1450 C\\n14 N -0.8776 -4.0505 -2.3169 N\\n15 C -0.5331 -2.6841 -0.3366 C\\n16 C -0.2651 -3.1164 -3.0560 C\\n17 C -1.0152 -3.8425 -1.0021 C\\n18 C -0.7510 -2.6189 1.0677 C\\n19 C -1.4100 -3.6322 1.7681 C\\n20 C -1.8700 -4.7453 1.0885 C\\n21 C -1.6654 -4.8364 -0.2856 C\\n22 O 0.0777 0.1041 0.5284 O\\n23 C -0.6957 1.2187 0.3857 C\\n24 O -0.6335 1.9754 -0.5715 O\\n25 C -1.5473 1.4183 1.6180 C\\n26 C -2.7779 2.2981 1.3537 C\\n27 C -3.8000 1.5763 0.4715 C\\n28 C -3.4282 2.7006 2.6787 C\\n29 C 2.7838 1.9115 -1.4438 C\\n30 C 2.8633 1.4754 -2.8888 C\\n31 C 2.9610 0.7178 -5.6009 C\\n32 C 4.0876 1.1997 -3.5172 C\\n33 C 1.6961 1.4255 -3.6716 C\\n34 C 1.7409 1.0384 -5.0146 C\\n35 C 4.1361 0.8076 -4.8595 C\\n36 I 3.0331 0.1322 -7.5904 I\\n37 H 3.9076 -1.3483 2.5169 H\\n38 H 2.7002 -0.9441 -1.3903 H\\n39 H 4.7778 -0.0710 -1.2507 H\\n40 H 5.1601 1.4477 -0.3928 H\\n41 H 5.5430 0.3772 1.5751 H\\n42 H 1.8386 -1.7175 1.2965 H\\n43 H 3.1457 -2.3293 0.3247 H\\n44 H 5.4034 -2.1503 -0.1421 H\\n45 H 6.7658 -1.0511 -0.0007 H\\n46 H 7.1834 -2.9488 1.4268 H\\n47 H 5.6242 -2.7922 2.2373 H\\n48 H 6.8795 -1.5575 2.4790 H\\n49 H 3.4829 2.4014 1.1057 H\\n50 H 1.7760 1.9536 1.0050 H\\n51 H 2.0331 0.3256 2.6264 H\\n52 H 3.5971 1.0454 2.9518 H\\n53 H 0.5576 0.3257 -1.4682 H\\n54 H 0.7242 -1.2511 -3.2024 H\\n55 H -0.1940 -3.3370 -4.1179 H\\n56 H -0.4137 -1.7790 1.6624 H\\n57 H -1.5637 -3.5495 2.8416 H\\n58 H -2.3869 -5.5430 1.6161 H\\n59 H -2.0281 -5.7144 -0.8175 H\\n60 H -1.8685 0.4388 1.9923 H\\n61 H -0.9038 1.8797 2.3763 H\\n62 H -2.4674 3.2154 0.8377 H\\n63 H -3.3720 1.3135 -0.5013 H\\n64 H -4.6703 2.2156 0.2869 H\\n65 H -4.1540 0.6539 0.9460 H\\n66 H -3.7538 1.8218 3.2457 H\\n67 H -2.7253 3.2636 3.3017 H\\n68 H -4.3032 3.3356 2.5058 H\\n69 H 1.7865 2.3072 -1.2317 H\\n70 H 3.4798 2.7459 -1.2863 H\\n71 H 5.0340 1.3131 -2.9938 H\\n72 H 0.7273 1.7073 -3.2561 H\\n73 H 0.8192 1.0061 -5.5935 H\\n74 H 5.0992 0.5937 -5.3195 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.2184 -1.2924 0.4741 C\\n2 C 2.0026 -0.0254 0.3103 C\\n3 C 3.9315 0.5330 -1.2003 C\\n4 N 3.1509 1.0577 0.0571 N\\n5 C 4.7791 -0.6914 -0.8266 C\\n6 C 2.6953 -1.4135 0.3652 C\\n7 C 4.8863 -1.6594 -2.0124 C\\n8 C 5.9038 -2.7672 -1.7852 C\\n9 C 4.1296 1.1122 1.2329 C\\n10 C 4.5606 -0.3088 1.6037 C\\n11 C 0.9214 0.1777 1.4769 C\\n12 C 1.3556 -1.2739 3.4696 C\\n13 C 1.3546 0.0345 2.9426 C\\n14 N 2.3349 -0.5333 5.5199 N\\n15 C 1.7374 1.0949 3.8229 C\\n16 C 1.8476 -1.5063 4.7365 C\\n17 C 2.2533 0.7306 5.0951 C\\n18 C 1.6432 2.4811 3.5441 C\\n19 C 2.0929 3.4526 4.4421 C\\n20 C 2.6397 3.0661 5.6502 C\\n21 C 2.7042 1.7126 5.9651 C\\n22 O 0.0827 1.3398 1.3107 O\\n23 C -0.8630 1.2581 0.3325 C\\n24 O -0.9133 0.3507 -0.4863 O\\n25 C -1.8097 2.4333 0.4027 C\\n26 C -3.2323 2.0541 0.8303 C\\n27 C -3.9714 1.2602 -0.2502 C\\n28 C -3.2470 1.3077 2.1627 C\\n29 C 2.5643 2.4482 -0.3061 C\\n30 C 3.4133 3.6904 -0.1135 C\\n31 C 4.8975 6.0571 0.3036 C\\n32 C 4.5947 3.9453 -0.8321 C\\n33 C 2.9713 4.6820 0.7841 C\\n34 C 3.7085 5.8519 0.9989 C\\n35 C 5.3417 5.1105 -0.6145 C\\n36 I 5.9984 7.7887 0.6068 I\\n37 H 4.6579 -2.2688 0.7014 H\\n38 H 1.4391 0.0131 -0.6282 H\\n39 H 3.1861 0.3168 -1.9747 H\\n40 H 4.5834 1.3253 -1.5604 H\\n41 H 5.7968 -0.3369 -0.6237 H\\n42 H 2.4361 -1.9693 -0.5395 H\\n43 H 2.3171 -2.0302 1.1766 H\\n44 H 5.1916 -1.0952 -2.9047 H\\n45 H 3.9210 -2.1077 -2.2533 H\\n46 H 5.9728 -3.4009 -2.6761 H\\n47 H 6.8997 -2.3544 -1.5823 H\\n48 H 5.6197 -3.4108 -0.9466 H\\n49 H 5.0033 1.6890 0.9121 H\\n50 H 3.6617 1.6401 2.0589 H\\n51 H 4.1033 -0.6289 2.5461 H\\n52 H 5.6415 -0.3133 1.7916 H\\n53 H 0.2336 -0.6718 1.3408 H\\n54 H 0.9774 -2.1247 2.9078 H\\n55 H 1.8766 -2.5073 5.1595 H\\n56 H 1.1979 2.8397 2.6296 H\\n57 H 1.9997 4.5092 4.2041 H\\n58 H 2.9948 3.8059 6.3641 H\\n59 H 3.1014 1.4111 6.9279 H\\n60 H -1.7991 2.9296 -0.5763 H\\n61 H -1.4011 3.1678 1.1140 H\\n62 H -3.7825 2.9916 0.9745 H\\n63 H -5.0175 1.1111 0.0357 H\\n64 H -3.5295 0.2683 -0.4046 H\\n65 H -3.9580 1.7974 -1.2054 H\\n66 H -4.2764 1.1427 2.5009 H\\n67 H -2.7709 0.3187 2.0811 H\\n68 H -2.7224 1.8770 2.9434 H\\n69 H 2.2310 2.3920 -1.3511 H\\n70 H 1.6664 2.5709 0.2989 H\\n71 H 4.9779 3.2633 -1.5848 H\\n72 H 2.0274 4.5758 1.3184 H\\n73 H 3.3378 6.6056 1.6972 H\\n74 H 6.2645 5.2709 -1.1701 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.2359 -0.5584 1.7856 C\\n2 C 1.9023 0.4185 -0.1476 C\\n3 C 4.3240 -0.2650 -0.4652 C\\n4 N 3.3908 0.9669 -0.3159 N\\n5 C 4.1825 -1.1939 0.7539 C\\n6 C 1.8430 -0.3548 1.1911 C\\n7 C 3.7885 -2.6158 0.3058 C\\n8 C 3.7139 -3.6148 1.4522 C\\n9 C 3.8211 1.7451 0.9346 C\\n10 C 3.7727 0.8301 2.1558 C\\n11 C 0.7428 1.4870 -0.2673 C\\n12 C 0.4183 3.2650 -1.9991 C\\n13 C 0.3557 1.8965 -1.6837 C\\n14 N -0.1285 2.8090 -4.2840 N\\n15 C -0.0850 0.9870 -2.6897 C\\n16 C 0.1722 3.6655 -3.2946 C\\n17 C -0.2868 1.5117 -3.9890 C\\n18 C -0.3560 -0.3905 -2.4833 C\\n19 C -0.7499 -1.2228 -3.5314 C\\n20 C -0.8958 -0.6969 -4.8051 C\\n21 C -0.6702 0.6624 -5.0167 C\\n22 O -0.4778 0.9979 0.3306 O\\n23 C -0.9171 1.6625 1.4353 C\\n24 O -0.2863 2.5442 2.0009 O\\n25 C -2.2663 1.1487 1.8732 C\\n26 C -3.4559 1.8662 1.2244 C\\n27 C -3.4821 3.3576 1.5579 C\\n28 C -3.5133 1.6530 -0.2886 C\\n29 C 3.5135 1.8485 -1.5868 C\\n30 C 4.9049 2.1847 -2.0747 C\\n31 C 7.4946 2.7805 -2.9829 C\\n32 C 5.6100 3.2829 -1.5582 C\\n33 C 5.5117 1.4070 -3.0758 C\\n34 C 6.8017 1.7010 -3.5244 C\\n35 C 6.9020 3.5752 -2.0047 C\\n36 I 9.4153 3.2110 -3.6436 I\\n37 H 3.1750 -1.1675 2.6939 H\\n38 H 1.8106 -0.3140 -0.9550 H\\n39 H 5.3535 0.1038 -0.5220 H\\n40 H 4.0638 -0.7578 -1.4091 H\\n41 H 5.1765 -1.2788 1.2166 H\\n42 H 1.3366 -1.3146 1.0350 H\\n43 H 1.2422 0.1790 1.9353 H\\n44 H 4.5353 -2.9774 -0.4131 H\\n45 H 2.8298 -2.6066 -0.2264 H\\n46 H 4.6493 -3.6315 2.0207 H\\n47 H 2.8952 -3.3789 2.1391 H\\n48 H 3.5354 -4.6224 1.0619 H\\n49 H 3.1580 2.6087 1.0438 H\\n50 H 4.8438 2.1006 0.7814 H\\n51 H 4.7754 0.7434 2.5915 H\\n52 H 3.1467 1.2889 2.9312 H\\n53 H 1.0902 2.3835 0.2569 H\\n54 H 0.6619 4.0190 -1.2550 H\\n55 H 0.2199 4.7123 -3.5854 H\\n56 H -0.3085 -0.8373 -1.4944 H\\n57 H -0.9622 -2.2745 -3.3515 H\\n58 H -1.2103 -1.3302 -5.6317 H\\n59 H -0.8157 1.0759 -6.0136 H\\n60 H -2.3147 1.2484 2.9649 H\\n61 H -2.3116 0.0703 1.6746 H\\n62 H -4.3645 1.4192 1.6500 H\\n63 H -4.4084 3.8161 1.1935 H\\n64 H -3.4346 3.5167 2.6407 H\\n65 H -2.6436 3.8902 1.0964 H\\n66 H -3.4529 0.5878 -0.5366 H\\n67 H -2.6991 2.1739 -0.8026 H\\n68 H -4.4563 2.0368 -0.6928 H\\n69 H 2.9920 2.7836 -1.3686 H\\n70 H 2.9775 1.3192 -2.3830 H\\n71 H 5.1643 3.9359 -0.8103 H\\n72 H 4.9870 0.5682 -3.5305 H\\n73 H 7.2524 1.0854 -4.3009 H\\n74 H 7.4323 4.4289 -1.5885 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.5738 -0.6816 1.6885 C\\n2 C 2.3319 -0.5666 -0.5246 C\\n3 C 4.5504 0.6069 -0.2472 C\\n4 N 3.0209 0.8576 -0.3317 N\\n5 C 4.8737 -0.2763 0.9705 C\\n6 C 2.6309 -1.4116 0.7335 C\\n7 C 5.7427 -1.4899 0.5920 C\\n8 C 7.1399 -1.0920 0.1321 C\\n9 C 2.5922 1.5292 0.9748 C\\n10 C 2.8505 0.5896 2.1498 C\\n11 C 0.8068 -0.5521 -0.9108 C\\n12 C -0.2098 -2.8532 -0.5577 C\\n13 C 0.3838 -1.9303 -1.4340 C\\n14 N -0.3011 -4.5152 -2.2830 N\\n15 C 0.6109 -2.3283 -2.7869 C\\n16 C -0.5321 -4.1111 -1.0234 C\\n17 C 0.2448 -3.6493 -3.1458 C\\n18 C 1.1697 -1.5012 -3.7962 C\\n19 C 1.3680 -1.9663 -5.0975 C\\n20 C 1.0119 -3.2652 -5.4220 C\\n21 C 0.4546 -4.0888 -4.4449 C\\n22 O -0.0206 -0.2115 0.2250 O\\n23 C -0.7939 0.9054 0.1119 C\\n24 O -0.6624 1.7393 -0.7701 O\\n25 C -1.7903 0.9538 1.2475 C\\n26 C -2.5132 2.3046 1.3590 C\\n27 C -3.7188 2.1779 2.2919 C\\n28 C -1.5752 3.4015 1.8710 C\\n29 C 2.7151 1.7719 -1.5485 C\\n30 C 3.4815 3.0684 -1.6560 C\\n31 C 4.9104 5.4778 -1.8453 C\\n32 C 2.9990 4.2370 -1.0454 C\\n33 C 4.6814 3.1352 -2.3840 C\\n34 C 5.3956 4.3331 -2.4737 C\\n35 C 3.7121 5.4352 -1.1359 C\\n36 I 5.9717 7.2574 -1.9775 I\\n37 H 3.7927 -1.3147 2.5559 H\\n38 H 2.8862 -1.0012 -1.3670 H\\n39 H 4.8535 0.1596 -1.2002 H\\n40 H 5.0464 1.5754 -0.1284 H\\n41 H 5.4629 0.3279 1.6755 H\\n42 H 3.0566 -2.3754 0.4292 H\\n43 H 1.7147 -1.6621 1.2795 H\\n44 H 5.8426 -2.1501 1.4620 H\\n45 H 5.2651 -2.0765 -0.2010 H\\n46 H 7.6638 -0.5311 0.9130 H\\n47 H 7.1067 -0.4755 -0.7714 H\\n48 H 7.7294 -1.9865 -0.0952 H\\n49 H 3.1859 2.4418 1.0938 H\\n50 H 1.5420 1.8120 0.8987 H\\n51 H 1.8992 0.3327 2.6323 H\\n52 H 3.4440 1.1092 2.9124 H\\n53 H 0.6280 0.1531 -1.7234 H\\n54 H -0.4249 -2.6160 0.4797 H\\n55 H -0.9951 -4.8522 -0.3766 H\\n56 H 1.4409 -0.4692 -3.6052 H\\n57 H 1.7855 -1.3136 -5.8611 H\\n58 H 1.1516 -3.6412 -6.4330 H\\n59 H 0.1667 -5.1059 -4.7078 H\\n60 H -2.5176 0.1543 1.0630 H\\n61 H -1.2637 0.7353 2.1844 H\\n62 H -2.8823 2.6031 0.3694 H\\n63 H -4.2554 3.1296 2.3677 H\\n64 H -3.4113 1.8807 3.3004 H\\n65 H -4.4238 1.4271 1.9182 H\\n66 H -1.1707 3.1498 2.8572 H\\n67 H -2.1062 4.3555 1.9573 H\\n68 H -0.7316 3.5558 1.1909 H\\n69 H 1.6501 2.0041 -1.5180 H\\n70 H 2.8956 1.1648 -2.4434 H\\n71 H 2.0534 4.2378 -0.5051 H\\n72 H 5.0753 2.2607 -2.8989 H\\n73 H 6.3225 4.3633 -3.0433 H\\n74 H 3.3173 6.3301 -0.6582 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.9393 -0.5837 1.7838 C\\n2 C 2.2627 -0.5163 -0.6746 C\\n3 C 4.4084 0.5738 0.1058 C\\n4 N 2.9607 0.8889 -0.3616 N\\n5 C 4.3823 -0.1764 1.4459 C\\n6 C 2.3121 -1.3585 0.6244 C\\n7 C 5.3570 -1.3698 1.4692 C\\n8 C 6.8143 -0.9396 1.3462 C\\n9 C 2.2452 1.6203 0.7808 C\\n10 C 2.1111 0.6918 1.9865 C\\n11 C 0.8158 -0.4538 -1.2976 C\\n12 C -0.3451 -2.7060 -1.0898 C\\n13 C 0.4206 -1.8213 -1.8670 C\\n14 N -0.2709 -4.3716 -2.8147 N\\n15 C 0.8265 -2.2386 -3.1722 C\\n16 C -0.6637 -3.9486 -1.6024 C\\n17 C 0.4433 -3.5407 -3.5841 C\\n18 C 1.5727 -1.4490 -4.0885 C\\n19 C 1.9265 -1.9313 -5.3496 C\\n20 C 1.5420 -3.2086 -5.7278 C\\n21 C 0.8091 -3.9969 -4.8420 C\\n22 O -0.1727 -0.0517 -0.3232 O\\n23 C -0.9436 1.0208 -0.6552 C\\n24 O -0.6703 1.8058 -1.5490 O\\n25 C -2.1320 1.1376 0.2688 C\\n26 C -1.8948 2.1650 1.3799 C\\n27 C -2.8706 1.9255 2.5347 C\\n28 C -2.0410 3.6012 0.8682 C\\n29 C 3.0592 1.7730 -1.6445 C\\n30 C 3.2410 3.2608 -1.4465 C\\n31 C 3.4682 6.0318 -1.0011 C\\n32 C 4.4896 3.8408 -1.1711 C\\n33 C 2.1142 4.1041 -1.5286 C\\n34 C 2.2255 5.4791 -1.3152 C\\n35 C 4.6007 5.2174 -0.9390 C\\n36 I 3.6333 8.0724 -0.6475 I\\n37 H 2.9133 -1.1894 2.6970 H\\n38 H 2.9296 -0.9762 -1.4167 H\\n39 H 4.8813 0.0018 -0.7001 H\\n40 H 4.9437 1.5176 0.2336 H\\n41 H 4.7177 0.5195 2.2311 H\\n42 H 2.8664 -2.2878 0.4342 H\\n43 H 1.3096 -1.6787 0.9381 H\\n44 H 5.2373 -1.9112 2.4150 H\\n45 H 5.1327 -2.0797 0.6650 H\\n46 H 7.0234 -0.5188 0.3587 H\\n47 H 7.0736 -0.1934 2.1058 H\\n48 H 7.4745 -1.8045 1.4875 H\\n49 H 1.2755 1.9695 0.4252 H\\n50 H 2.8541 2.4888 1.0525 H\\n51 H 2.4407 1.2187 2.8918 H\\n52 H 1.0534 0.4407 2.1520 H\\n53 H 0.7929 0.2308 -2.1416 H\\n54 H -0.7025 -2.4432 -0.0989 H\\n55 H -1.2569 -4.6629 -1.0389 H\\n56 H 1.8761 -0.4311 -3.8608 H\\n57 H 2.4867 -1.3051 -6.0405 H\\n58 H 1.8012 -3.5962 -6.7106 H\\n59 H 0.5044 -4.9984 -5.1478 H\\n60 H -2.3239 0.1465 0.6994 H\\n61 H -3.0143 1.3778 -0.3345 H\\n62 H -0.8791 2.0511 1.7726 H\\n63 H -3.9143 1.9536 2.1965 H\\n64 H -2.6887 0.9476 2.9906 H\\n65 H -2.7375 2.6855 3.3141 H\\n66 H -1.8350 4.3272 1.6699 H\\n67 H -1.3408 3.8061 0.0539 H\\n68 H -3.0532 3.7891 0.4959 H\\n69 H 2.1376 1.6330 -2.2034 H\\n70 H 3.8573 1.3548 -2.2691 H\\n71 H 5.3990 3.2419 -1.1349 H\\n72 H 1.1318 3.6994 -1.7753 H\\n73 H 1.3376 6.1072 -1.3931 H\\n74 H 5.5779 5.6478 -0.7031 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.5113 0.3596 2.0385 C\\n2 C 1.7505 0.7827 -0.3592 C\\n3 C 3.9021 -0.4701 0.1143 C\\n4 N 3.3422 0.8974 -0.3675 N\\n5 C 3.4848 -0.7324 1.5699 C\\n6 C 1.3155 0.4545 1.0922 C\\n7 C 2.9244 -2.1529 1.7697 C\\n8 C 3.9676 -3.2364 1.5271 C\\n9 C 3.8150 1.9807 0.6085 C\\n10 C 3.2329 1.7133 1.9948 C\\n11 C 0.9490 2.0217 -0.9277 C\\n12 C 1.4673 3.4859 -2.8850 C\\n13 C 0.9945 2.2412 -2.4332 C\\n14 N 1.3394 2.7573 -5.1617 N\\n15 C 0.5722 1.2819 -3.4005 C\\n16 C 1.6210 3.6922 -4.2395 C\\n17 C 0.7985 1.5983 -4.7624 C\\n18 C -0.0699 0.0511 -3.1058 C\\n19 C -0.4203 -0.8507 -4.1121 C\\n20 C -0.1501 -0.5385 -5.4349 C\\n21 C 0.4485 0.6822 -5.7441 C\\n22 O -0.4563 1.8988 -0.6082 O\\n23 C -0.9935 2.8947 0.1510 C\\n24 O -0.3462 3.7978 0.6615 O\\n25 C -2.4820 2.7079 0.3009 C\\n26 C -2.8276 1.5411 1.2342 C\\n27 C -2.4810 1.8672 2.6891 C\\n28 C -4.3128 1.1973 1.1178 C\\n29 C 3.8673 1.1781 -1.8036 C\\n30 C 5.3431 0.9749 -2.0626 C\\n31 C 8.0815 0.5690 -2.5355 C\\n32 C 6.2759 1.9845 -1.7764 C\\n33 C 5.8052 -0.2329 -2.6143 C\\n34 C 7.1683 -0.4367 -2.8454 C\\n35 C 7.6397 1.7800 -2.0064 C\\n36 I 10.1074 0.2655 -2.8734 I\\n37 H 2.1680 0.1610 3.0606 H\\n38 H 1.5466 -0.1023 -0.9694 H\\n39 H 4.9949 -0.4295 0.0648 H\\n40 H 3.5329 -1.2275 -0.5864 H\\n41 H 4.3862 -0.6584 2.1958 H\\n42 H 0.6401 1.2173 1.4911 H\\n43 H 0.7350 -0.4755 1.0963 H\\n44 H 2.5554 -2.2542 2.7982 H\\n45 H 2.0711 -2.3318 1.1048 H\\n46 H 4.3098 -3.2405 0.4871 H\\n47 H 3.5415 -4.2223 1.7428 H\\n48 H 4.8381 -3.0951 2.1764 H\\n49 H 4.9081 1.9415 0.6478 H\\n50 H 3.5107 2.9568 0.2181 H\\n51 H 2.5412 2.5205 2.2667 H\\n52 H 4.0371 1.7411 2.7406 H\\n53 H 1.3740 2.9056 -0.4407 H\\n54 H 1.7259 4.2885 -2.1989 H\\n55 H 1.9931 4.6352 -4.6330 H\\n56 H -0.3541 -0.2138 -2.0913 H\\n57 H -0.9224 -1.7845 -3.8671 H\\n58 H -0.4258 -1.2251 -6.2326 H\\n59 H 0.6320 0.9349 -6.7877 H\\n60 H -2.9129 3.6476 0.6669 H\\n61 H -2.8960 2.5491 -0.7029 H\\n62 H -2.2515 0.6547 0.9400 H\\n63 H -2.7361 1.0276 3.3447 H\\n64 H -1.4110 2.0665 2.8085 H\\n65 H -3.0301 2.7474 3.0407 H\\n66 H -4.9415 2.0447 1.4125 H\\n67 H -4.5661 0.3466 1.7599 H\\n68 H -4.5696 0.9247 0.0883 H\\n69 H 3.6272 2.2191 -2.0270 H\\n70 H 3.2940 0.5302 -2.4756 H\\n71 H 5.9598 2.9493 -1.3848 H\\n72 H 5.1121 -1.0296 -2.8814 H\\n73 H 7.5043 -1.3787 -3.2750 H\\n74 H 8.3464 2.5759 -1.7778 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.1309 -1.2468 -0.4937 C\\n2 C 2.0197 -0.1650 0.4230 C\\n3 C 3.4827 1.0715 -1.2278 C\\n4 N 3.0865 1.0098 0.2802 N\\n5 C 4.1783 -0.2338 -1.6483 C\\n6 C 2.6917 -1.4742 -0.0360 C\\n7 C 3.6018 -0.8019 -2.9578 C\\n8 C 3.8813 0.0924 -4.1597 C\\n9 C 4.3674 0.7160 1.0690 C\\n10 C 4.8977 -0.6670 0.7014 C\\n11 C 1.1865 -0.3006 1.7764 C\\n12 C 2.2397 0.5819 3.9108 C\\n13 C 1.9354 -0.5200 3.0928 C\\n14 N 3.4842 -0.7930 5.4249 N\\n15 C 2.3102 -1.8172 3.5684 C\\n16 C 3.0026 0.3985 5.0467 C\\n17 C 3.1184 -1.8785 4.7324 C\\n18 C 1.9134 -3.0534 2.9919 C\\n19 C 2.3569 -4.2788 3.4920 C\\n20 C 3.1914 -4.3057 4.5958 C\\n21 C 3.5540 -3.1075 5.2072 C\\n22 O 0.2962 0.8376 1.9498 O\\n23 C -0.8449 0.8098 1.1985 C\\n24 O -1.0437 -0.0026 0.3092 O\\n25 C -1.7706 1.9258 1.6252 C\\n26 C -2.9741 2.0993 0.6858 C\\n27 C -2.5588 2.7416 -0.6414 C\\n28 C -4.0500 2.9540 1.3599 C\\n29 C 2.4604 2.3644 0.6739 C\\n30 C 3.2764 3.6131 0.4281 C\\n31 C 4.8025 5.9234 -0.0397 C\\n32 C 4.2180 4.0542 1.3725 C\\n33 C 3.0967 4.3650 -0.7447 C\\n34 C 3.8597 5.5117 -0.9798 C\\n35 C 4.9802 5.2017 1.1380 C\\n36 I 5.9395 7.6245 -0.3919 I\\n37 H 4.5854 -2.1982 -0.7932 H\\n38 H 1.2910 0.0966 -0.3529 H\\n39 H 4.1793 1.9048 -1.3623 H\\n40 H 2.5649 1.2762 -1.7902 H\\n41 H 5.2364 -0.0047 -1.8413 H\\n42 H 2.7103 -2.2193 0.7545 H\\n43 H 2.0945 -1.9262 -0.8370 H\\n44 H 4.0430 -1.7873 -3.1515 H\\n45 H 2.5191 -0.9491 -2.8730 H\\n46 H 3.4866 -0.3687 -5.0712 H\\n47 H 4.9574 0.2407 -4.2940 H\\n48 H 3.4103 1.0738 -4.0500 H\\n49 H 4.1638 0.8117 2.1336 H\\n50 H 5.1059 1.4762 0.7944 H\\n51 H 4.8200 -1.3372 1.5660 H\\n52 H 5.9674 -0.5981 0.4694 H\\n53 H 0.5296 -1.1701 1.6561 H\\n54 H 1.8850 1.5829 3.6973 H\\n55 H 3.2590 1.2297 5.6984 H\\n56 H 1.2266 -3.0994 2.1509 H\\n57 H 2.0385 -5.2107 3.0286 H\\n58 H 3.5406 -5.2521 5.0012 H\\n59 H 4.1823 -3.1362 6.0961 H\\n60 H -1.1950 2.8590 1.6719 H\\n61 H -2.1181 1.6783 2.6367 H\\n62 H -3.4132 1.1172 0.4688 H\\n63 H -2.1560 3.7487 -0.4858 H\\n64 H -1.7940 2.1502 -1.1525 H\\n65 H -3.4188 2.8235 -1.3154 H\\n66 H -3.6666 3.9470 1.6184 H\\n67 H -4.9146 3.0849 0.7004 H\\n68 H -4.4041 2.4781 2.2807 H\\n69 H 1.5072 2.4383 0.1349 H\\n70 H 2.2343 2.3199 1.7381 H\\n71 H 4.3691 3.5198 2.3083 H\\n72 H 2.3586 4.0752 -1.4910 H\\n73 H 3.7081 6.0776 -1.8969 H\\n74 H 5.7045 5.5252 1.8837 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.2320 -0.5411 1.8022 C\\n2 C 1.9116 0.3893 -0.1767 C\\n3 C 4.3387 -0.2608 -0.4457 C\\n4 N 3.3931 0.9633 -0.3207 N\\n5 C 4.3515 -1.0419 0.8753 C\\n6 C 1.8710 -0.4718 1.1070 C\\n7 C 4.4645 -2.5642 0.6800 C\\n8 C 3.2686 -3.2861 0.0843 C\\n9 C 3.7919 1.7622 0.9335 C\\n10 C 3.5737 0.9099 2.1850 C\\n11 C 0.7584 1.4693 -0.2274 C\\n12 C 0.0616 0.9896 -2.6064 C\\n13 C 0.3724 1.9437 -1.6232 C\\n14 N -0.2275 2.7082 -4.2482 N\\n15 C 0.2694 3.3275 -1.9611 C\\n16 C -0.2270 1.4159 -3.8854 C\\n17 C -0.0170 3.6426 -3.3115 C\\n18 C 0.4266 4.4059 -1.0501 C\\n19 C 0.3412 5.7344 -1.4687 C\\n20 C 0.0906 6.0184 -2.8011 C\\n21 C -0.0892 4.9713 -3.7036 C\\n22 O -0.4701 0.9359 0.3133 O\\n23 C -0.9309 1.5376 1.4465 C\\n24 O -0.3020 2.3706 2.0844 O\\n25 C -2.3055 1.0311 1.8057 C\\n26 C -3.4531 1.8776 1.2399 C\\n27 C -3.4770 1.8840 -0.2889 C\\n28 C -3.4394 3.3080 1.7813 C\\n29 C 3.5189 1.8455 -1.5937 C\\n30 C 4.9081 2.2551 -2.0251 C\\n31 C 7.4968 2.9969 -2.8229 C\\n32 C 5.5212 3.4002 -1.4920 C\\n33 C 5.6059 1.5042 -2.9864 C\\n34 C 6.8960 1.8701 -3.3789 C\\n35 C 6.8109 3.7670 -1.8857 C\\n36 I 9.4155 3.5389 -3.4014 I\\n37 H 3.1676 -1.1568 2.7063 H\\n38 H 1.8052 -0.2954 -1.0259 H\\n39 H 3.9973 -0.8475 -1.3044 H\\n40 H 5.3499 0.1057 -0.6455 H\\n41 H 5.2991 -0.7784 1.3718 H\\n42 H 1.4898 -1.4651 0.8596 H\\n43 H 1.1537 -0.0759 1.8329 H\\n44 H 5.3343 -2.7607 0.0390 H\\n45 H 4.6932 -3.0266 1.6487 H\\n46 H 3.5523 -4.3085 -0.1882 H\\n47 H 2.4571 -3.3692 0.8120 H\\n48 H 2.8940 -2.7945 -0.8171 H\\n49 H 3.2036 2.6844 0.9609 H\\n50 H 4.8516 2.0203 0.8373 H\\n51 H 2.7720 1.3456 2.7944 H\\n52 H 4.4748 0.9405 2.8099 H\\n53 H 1.1136 2.3095 0.3667 H\\n54 H 0.0211 -0.0739 -2.3931 H\\n55 H -0.4721 0.7130 -4.6775 H\\n56 H 0.5863 4.2443 0.0125 H\\n57 H 0.4540 6.5455 -0.7524 H\\n58 H 0.0136 7.0482 -3.1416 H\\n59 H -0.3071 5.2003 -4.7457 H\\n60 H -2.3951 -0.0102 1.4700 H\\n61 H -2.3649 0.9930 2.9010 H\\n62 H -4.3872 1.4104 1.5779 H\\n63 H -4.3834 2.3775 -0.6558 H\\n64 H -3.4688 0.8637 -0.6860 H\\n65 H -2.6198 2.4214 -0.7048 H\\n66 H -3.4185 3.3109 2.8763 H\\n67 H -2.5717 3.8708 1.4207 H\\n68 H -4.3393 3.8460 1.4624 H\\n69 H 2.9412 2.7524 -1.4036 H\\n70 H 3.0387 1.2882 -2.4052 H\\n71 H 5.0017 4.0337 -0.7750 H\\n72 H 5.1548 0.6282 -3.4502 H\\n73 H 7.4191 1.2724 -4.1237 H\\n74 H 7.2667 4.6596 -1.4618 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.5842 -0.6849 1.6850 C\\n2 C 2.3317 -0.5656 -0.5221 C\\n3 C 4.5542 0.6054 -0.2527 C\\n4 N 3.0250 0.8569 -0.3315 N\\n5 C 4.8822 -0.2797 0.9625 C\\n6 C 2.6401 -1.4146 0.7311 C\\n7 C 5.7481 -1.4938 0.5756 C\\n8 C 7.1443 -1.0991 0.1073 C\\n9 C 2.6033 1.5279 0.9767 C\\n10 C 2.8598 0.5845 2.1493 C\\n11 C 0.8032 -0.5463 -0.8945 C\\n12 C -0.2285 -2.8403 -0.5394 C\\n13 C 0.3716 -1.9218 -1.4160 C\\n14 N -0.3185 -4.5047 -2.2623 N\\n15 C 0.6007 -2.3219 -2.7681 C\\n16 C -0.5538 -4.0976 -1.0044 C\\n17 C 0.2328 -3.6423 -3.1258 C\\n18 C 1.1643 -1.4971 -3.7765 C\\n19 C 1.3671 -1.9652 -5.0756 C\\n20 C 1.0118 -3.2646 -5.3990 C\\n21 C 0.4477 -4.0842 -4.4231 C\\n22 O -0.0100 -0.2006 0.2495 O\\n23 C -0.7860 0.9149 0.1373 C\\n24 O -0.6751 1.7352 -0.7604 O\\n25 C -1.7487 0.9857 1.3009 C\\n26 C -2.5319 2.3072 1.3599 C\\n27 C -1.6327 3.4793 1.7658 C\\n28 C -3.6938 2.1845 2.3492 C\\n29 C 2.7148 1.7729 -1.5464 C\\n30 C 3.4954 3.0602 -1.6640 C\\n31 C 4.9621 5.4467 -1.8597 C\\n32 C 4.6882 3.1095 -2.4050 C\\n33 C 3.0365 4.2350 -1.0470 C\\n34 C 3.7689 5.4217 -1.1402 C\\n35 C 5.4214 4.2960 -2.4961 C\\n36 I 6.0566 7.2078 -1.9876 I\\n37 H 3.8060 -1.3182 2.5514 H\\n38 H 2.8776 -0.9991 -1.3702 H\\n39 H 4.8534 0.1602 -1.2072 H\\n40 H 5.0515 1.5723 -0.1337 H\\n41 H 5.4761 0.3224 1.6657 H\\n42 H 1.7275 -1.6713 1.2793 H\\n43 H 3.0689 -2.3745 0.4205 H\\n44 H 5.2647 -2.0750 -0.2186 H\\n45 H 5.8508 -2.1586 1.4420 H\\n46 H 7.7315 -1.9942 -0.1256 H\\n47 H 7.1068 -0.4805 -0.7944 H\\n48 H 7.6748 -0.5410 0.8855 H\\n49 H 1.5541 1.8164 0.9031 H\\n50 H 3.2017 2.4369 1.0950 H\\n51 H 1.9074 0.3278 2.6293 H\\n52 H 3.4513 1.1029 2.9129 H\\n53 H 0.6218 0.1593 -1.7057 H\\n54 H -0.4454 -2.6006 0.4967 H\\n55 H -1.0217 -4.8369 -0.3590 H\\n56 H 1.4358 -0.4651 -3.5858 H\\n57 H 1.7893 -1.3144 -5.8388 H\\n58 H 1.1574 -3.6445 -6.4075 H\\n59 H 0.1604 -5.1008 -4.6849 H\\n60 H -2.4468 0.1484 1.1825 H\\n61 H -1.1846 0.8414 2.2303 H\\n62 H -2.9537 2.5239 0.3697 H\\n63 H -0.8290 3.6405 1.0394 H\\n64 H -2.2108 4.4067 1.8253 H\\n65 H -1.1718 3.3080 2.7458 H\\n66 H -4.2810 3.1093 2.3771 H\\n67 H -4.3674 1.3707 2.0574 H\\n68 H -3.3328 1.9797 3.3639 H\\n69 H 2.8812 1.1630 -2.4419 H\\n70 H 1.6512 2.0153 -1.5058 H\\n71 H 5.0637 2.2303 -2.9246 H\\n72 H 2.0965 4.2487 -0.4968 H\\n73 H 3.3964 6.3221 -0.6549 H\\n74 H 6.3464 4.3119 -3.0703 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.9711 -0.5967 1.7804 C\\n2 C 2.1515 -0.4568 -0.6164 C\\n3 C 4.3929 0.5290 0.0308 C\\n4 N 2.9344 0.9076 -0.3410 N\\n5 C 4.4023 -0.4255 1.2402 C\\n6 C 2.0614 -1.2188 0.7214 C\\n7 C 5.1199 -1.7423 0.8824 C\\n8 C 5.2396 -2.7075 2.0523 C\\n9 C 2.3312 1.6594 0.8477 C\\n10 C 2.4005 0.7909 2.1015 C\\n11 C 0.7708 -0.3238 -1.3626 C\\n12 C 0.9050 -1.9007 -3.2881 C\\n13 C 0.3758 -1.6626 -2.0039 C\\n14 N -0.0825 -4.0773 -3.3613 N\\n15 C -0.4356 -2.6794 -1.4061 C\\n16 C 0.6482 -3.1005 -3.9162 C\\n17 C -0.6185 -3.8739 -2.1514 C\\n18 C -1.0792 -2.6080 -0.1407 C\\n19 C -1.8487 -3.6598 0.3620 C\\n20 C -1.9999 -4.8146 -0.3843 C\\n21 C -1.3842 -4.9065 -1.6298 C\\n22 O -0.2694 0.1769 -0.5071 O\\n23 C -0.9148 1.3067 -0.9074 C\\n24 O -0.5154 2.0543 -1.7882 O\\n25 C -2.1548 1.5336 -0.0799 C\\n26 C -1.8277 2.0925 1.3093 C\\n27 C -1.3738 3.5516 1.2325 C\\n28 C -3.0473 1.9743 2.2232 C\\n29 C 2.9419 1.8040 -1.6103 C\\n30 C 3.8630 3.0021 -1.6123 C\\n31 C 5.5748 5.2278 -1.6077 C\\n32 C 5.1695 2.9024 -2.1196 C\\n33 C 3.4223 4.2442 -1.1265 C\\n34 C 4.2757 5.3507 -1.1197 C\\n35 C 6.0234 4.0087 -2.1117 C\\n36 I 6.8441 6.8708 -1.5951 I\\n37 H 2.9622 -1.2040 2.6918 H\\n38 H 2.8345 -1.0016 -1.2826 H\\n39 H 4.9184 1.4537 0.2925 H\\n40 H 4.8542 0.0908 -0.8613 H\\n41 H 5.0050 0.0508 2.0271 H\\n42 H 2.3153 -2.2728 0.5582 H\\n43 H 1.0423 -1.2167 1.1164 H\\n44 H 6.1326 -1.5051 0.5316 H\\n45 H 4.6185 -2.2478 0.0495 H\\n46 H 5.8564 -3.5663 1.7686 H\\n47 H 4.2621 -3.0906 2.3578 H\\n48 H 5.7097 -2.2245 2.9138 H\\n49 H 2.9063 2.5771 1.0025 H\\n50 H 1.3055 1.9288 0.5943 H\\n51 H 1.3994 0.7026 2.5415 H\\n52 H 3.0197 1.2870 2.8590 H\\n53 H 0.9052 0.3546 -2.2099 H\\n54 H 1.5083 -1.1645 -3.8115 H\\n55 H 1.0352 -3.3182 -4.9082 H\\n56 H -1.0161 -1.7280 0.4876 H\\n57 H -2.3344 -3.5721 1.3312 H\\n58 H -2.5990 -5.6414 -0.0104 H\\n59 H -1.5115 -5.8145 -2.2173 H\\n60 H -2.8229 2.2043 -0.6341 H\\n61 H -2.6814 0.5735 -0.0051 H\\n62 H -1.0141 1.5076 1.7564 H\\n63 H -0.4677 3.6550 0.6278 H\\n64 H -2.1492 4.1873 0.7904 H\\n65 H -1.1490 3.9411 2.2317 H\\n66 H -3.9012 2.5325 1.8231 H\\n67 H -2.8247 2.3621 3.2230 H\\n68 H -3.3481 0.9265 2.3350 H\\n69 H 3.1923 1.1460 -2.4521 H\\n70 H 1.9206 2.1589 -1.7574 H\\n71 H 5.5402 1.9683 -2.5386 H\\n72 H 2.4039 4.3751 -0.7622 H\\n73 H 3.9120 6.3046 -0.7420 H\\n74 H 7.0313 3.9106 -2.5102 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6816 -0.7096 1.6556 C\\n2 C 2.2715 -0.4740 -0.4636 C\\n3 C 4.6015 0.4772 -0.3581 C\\n4 N 3.1017 0.8736 -0.3253 N\\n5 C 4.9673 -0.3122 0.9101 C\\n6 C 2.6925 -1.3939 0.7072 C\\n7 C 5.8644 -1.5243 0.5982 C\\n8 C 7.2306 -1.1222 0.0572 C\\n9 C 2.8392 1.5675 1.0248 C\\n10 C 3.0123 0.5710 2.1646 C\\n11 C 0.7162 -0.3050 -0.6083 C\\n12 C 0.0992 -1.8979 -2.4265 C\\n13 C 0.0415 -1.6149 -1.0478 C\\n14 N -1.0846 -3.9529 -2.1265 N\\n15 C -0.6188 -2.5574 -0.1926 C\\n16 C -0.4707 -3.0560 -2.9096 C\\n17 C -1.1640 -3.7130 -0.8121 C\\n18 C -0.7803 -2.4538 1.2171 C\\n19 C -1.4413 -3.4306 1.9664 C\\n20 C -1.9624 -4.5424 1.3310 C\\n21 C -1.8163 -4.6697 -0.0479 C\\n22 O 0.1052 0.2303 0.5770 O\\n23 C -0.6865 1.3290 0.4054 C\\n24 O -0.6701 2.0354 -0.5919 O\\n25 C -1.4986 1.5872 1.6526 C\\n26 C -2.8316 2.2874 1.3525 C\\n27 C -3.7836 1.3692 0.5805 C\\n28 C -3.4896 2.7406 2.6564 C\\n29 C 2.8137 1.9194 -1.4438 C\\n30 C 2.9601 1.4874 -2.8849 C\\n31 C 3.2022 0.7110 -5.5829 C\\n32 C 1.8234 1.3252 -3.6964 C\\n33 C 4.2228 1.3100 -3.4756 C\\n34 C 4.3446 0.9129 -4.8119 C\\n35 C 1.9421 0.9296 -5.0330 C\\n36 I 3.3780 0.1145 -7.5631 I\\n37 H 3.9083 -1.3684 2.5017 H\\n38 H 2.6449 -0.9224 -1.3937 H\\n39 H 4.7560 -0.1217 -1.2602 H\\n40 H 5.1917 1.3983 -0.4248 H\\n41 H 5.5447 0.3513 1.5697 H\\n42 H 3.1251 -2.3168 0.3019 H\\n43 H 1.8303 -1.7163 1.2929 H\\n44 H 6.0145 -2.1098 1.5132 H\\n45 H 5.3782 -2.1865 -0.1280 H\\n46 H 7.7680 -0.4971 0.7782 H\\n47 H 7.8354 -2.0146 -0.1327 H\\n48 H 7.1453 -0.5695 -0.8837 H\\n49 H 3.5658 2.3840 1.1097 H\\n50 H 1.8419 2.0104 1.0114 H\\n51 H 2.0383 0.3396 2.6119 H\\n52 H 3.6100 1.0270 2.9626 H\\n53 H 0.5471 0.3841 -1.4351 H\\n54 H 0.5742 -1.2284 -3.1362 H\\n55 H -0.4478 -3.3019 -3.9682 H\\n56 H -0.3922 -1.6127 1.7788 H\\n57 H -1.5483 -3.3195 3.0432 H\\n58 H -2.4816 -5.3117 1.8967 H\\n59 H -2.2276 -5.5473 -0.5446 H\\n60 H -1.6890 0.6357 2.1624 H\\n61 H -0.8799 2.2045 2.3137 H\\n62 H -2.6458 3.1786 0.7392 H\\n63 H -3.3627 1.0848 -0.3888 H\\n64 H -3.9927 0.4500 1.1405 H\\n65 H -4.7381 1.8730 0.3900 H\\n66 H -3.7023 1.8893 3.3123 H\\n67 H -2.8386 3.4333 3.1991 H\\n68 H -4.4335 3.2592 2.4567 H\\n69 H 3.4887 2.7652 -1.2580 H\\n70 H 1.8027 2.2956 -1.2652 H\\n71 H 0.8222 1.5318 -3.3157 H\\n72 H 5.1396 1.5014 -2.9223 H\\n73 H 5.3362 0.7798 -5.2438 H\\n74 H 1.0439 0.8108 -5.6381 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.5809 -0.7168 1.6699 C\\n2 C 2.1843 -0.3725 -0.4424 C\\n3 C 4.5912 0.3665 -0.3593 C\\n4 N 3.1335 0.8959 -0.3229 N\\n5 C 4.8897 -0.4594 0.9048 C\\n6 C 2.5211 -1.3126 0.7396 C\\n7 C 5.6832 -1.7274 0.5324 C\\n8 C 6.0913 -2.5661 1.7347 C\\n9 C 2.9460 1.6237 1.0203 C\\n10 C 3.0437 0.6286 2.1690 C\\n11 C 0.6493 -0.0680 -0.5858 C\\n12 C -0.1141 -1.6228 -2.3800 C\\n13 C -0.1369 -1.3208 -1.0047 C\\n14 N -1.4332 -3.5882 -2.0416 N\\n15 C -0.8568 -2.2017 -0.1316 C\\n16 C -0.7686 -2.7444 -2.8424 C\\n17 C -1.4838 -3.3263 -0.7304 C\\n18 C -1.0039 -2.0661 1.2770 C\\n19 C -1.7219 -2.9866 2.0443 C\\n20 C -2.3166 -4.0730 1.4292 C\\n21 C -2.1905 -4.2285 0.0518 C\\n22 O 0.0935 0.5336 0.5947 O\\n23 C -0.5847 1.7016 0.4162 C\\n24 O -0.5203 2.3887 -0.5929 O\\n25 C -1.3801 2.0546 1.6492 C\\n26 C -2.8726 2.2181 1.3345 C\\n27 C -3.5151 0.8814 0.9556 C\\n28 C -3.5982 2.8216 2.5378 C\\n29 C 2.9346 1.9527 -1.4494 C\\n30 C 3.0558 1.5019 -2.8872 C\\n31 C 3.2611 0.7099 -5.5827 C\\n32 C 1.9146 1.4024 -3.7012 C\\n33 C 4.3080 1.2513 -3.4739 C\\n34 C 4.4103 0.8448 -4.8083 C\\n35 C 2.0126 0.9945 -5.0356 C\\n36 I 3.4107 0.1026 -7.5615 I\\n37 H 3.7383 -1.3763 2.5288 H\\n38 H 2.5141 -0.8648 -1.3667 H\\n39 H 4.6941 -0.2378 -1.2653 H\\n40 H 5.2615 1.2314 -0.4203 H\\n41 H 5.5449 0.1427 1.5501 H\\n42 H 1.6367 -1.5335 1.3394 H\\n43 H 2.8543 -2.2806 0.3476 H\\n44 H 6.5945 -1.4240 0.0014 H\\n45 H 5.1126 -2.3530 -0.1641 H\\n46 H 6.5931 -1.9538 2.4906 H\\n47 H 6.7839 -3.3544 1.4265 H\\n48 H 5.2267 -3.0510 2.1962 H\\n49 H 3.7406 2.3759 1.0901 H\\n50 H 1.9906 2.1503 1.0107 H\\n51 H 3.6917 1.0354 2.9541 H\\n52 H 2.0591 0.4944 2.6313 H\\n53 H 0.5377 0.6223 -1.4217 H\\n54 H 0.3999 -0.9988 -3.1026 H\\n55 H -0.7758 -3.0040 -3.8979 H\\n56 H -0.5640 -1.2399 1.8228 H\\n57 H -1.8175 -2.8527 3.1195 H\\n58 H -2.8789 -4.7995 2.0092 H\\n59 H -2.6623 -5.0839 -0.4295 H\\n60 H -0.9563 2.9872 2.0433 H\\n61 H -1.2312 1.2916 2.4246 H\\n62 H -2.9912 2.9043 0.4859 H\\n63 H -3.4229 0.1526 1.7687 H\\n64 H -4.5812 1.0132 0.7403 H\\n65 H -3.0487 0.4550 0.0611 H\\n66 H -3.5320 2.1667 3.4137 H\\n67 H -4.6587 2.9798 2.3139 H\\n68 H -3.1662 3.7917 2.8061 H\\n69 H 1.9594 2.4151 -1.2776 H\\n70 H 3.6774 2.7399 -1.2678 H\\n71 H 0.9267 1.6672 -3.3236 H\\n72 H 5.2327 1.3898 -2.9179 H\\n73 H 5.3927 0.6525 -5.2360 H\\n74 H 1.1106 0.9257 -5.6424 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0562 -1.3292 0.5886 C\\n2 C 1.9574 0.1158 0.3646 C\\n3 C 3.9389 0.4401 -1.1875 C\\n4 N 3.1833 1.0658 0.0331 N\\n5 C 4.5832 -0.8998 -0.7896 C\\n6 C 2.5258 -1.3021 0.6067 C\\n7 C 4.3903 -1.9337 -1.9149 C\\n8 C 5.0891 -3.2597 -1.6513 C\\n9 C 4.2007 1.1045 1.1925 C\\n10 C 4.5543 -0.3138 1.6219 C\\n11 C 0.8895 0.5581 1.4696 C\\n12 C 1.5289 2.4306 3.0548 C\\n13 C 1.3644 1.0502 2.8374 C\\n14 N 2.4432 2.0502 5.2326 N\\n15 C 1.6178 0.1737 3.9393 C\\n16 C 2.0609 2.8747 4.2479 C\\n17 C 2.1931 0.7416 5.1048 C\\n18 C 1.3149 -1.2127 3.9768 C\\n19 C 1.6346 -2.0089 5.0783 C\\n20 C 2.2502 -1.4387 6.1788 C\\n21 C 2.5136 -0.0707 6.1823 C\\n22 O -0.0107 1.5680 0.9364 O\\n23 C -1.0452 1.0900 0.1894 C\\n24 O -1.1155 -0.0616 -0.2144 O\\n25 C -2.0667 2.1665 -0.0701 C\\n26 C -3.2980 2.0055 0.8276 C\\n27 C -4.4104 2.9462 0.3630 C\\n28 C -2.9666 2.2773 2.2970 C\\n29 C 2.7681 2.5160 -0.3248 C\\n30 C 2.4720 2.8346 -1.7739 C\\n31 C 1.9817 3.4375 -4.4773 C\\n32 C 3.3946 3.5856 -2.5256 C\\n33 C 1.2966 2.4017 -2.4037 C\\n34 C 1.0527 2.6985 -3.7484 C\\n35 C 3.1521 3.8839 -3.8695 C\\n36 I 1.6195 3.8736 -6.4740 I\\n37 H 4.4174 -2.3244 0.8655 H\\n38 H 1.4164 0.0745 -0.5867 H\\n39 H 4.7119 1.1527 -1.4972 H\\n40 H 3.2098 0.3130 -1.9936 H\\n41 H 5.6669 -0.7349 -0.7017 H\\n42 H 2.1843 -1.7149 1.5542 H\\n43 H 2.1236 -1.9824 -0.1538 H\\n44 H 4.7952 -1.5153 -2.8452 H\\n45 H 3.3261 -2.1190 -2.0977 H\\n46 H 4.6227 -3.8017 -0.8229 H\\n47 H 6.1466 -3.1073 -1.4147 H\\n48 H 5.0281 -3.8993 -2.5383 H\\n49 H 3.8012 1.7024 2.0082 H\\n50 H 5.0919 1.6214 0.8149 H\\n51 H 4.1255 -0.5318 2.6052 H\\n52 H 5.6406 -0.3955 1.7467 H\\n53 H 0.2609 -0.3174 1.6685 H\\n54 H 1.2440 3.1747 2.3189 H\\n55 H 2.2067 3.9334 4.4467 H\\n56 H 0.7846 -1.7061 3.1673 H\\n57 H 1.3874 -3.0687 5.0819 H\\n58 H 2.5004 -2.0432 7.0473 H\\n59 H 2.9655 0.3795 7.0644 H\\n60 H -1.6047 3.1531 0.0590 H\\n61 H -2.3407 2.0958 -1.1297 H\\n62 H -3.6680 0.9749 0.7494 H\\n63 H -4.6883 2.7371 -0.6752 H\\n64 H -4.0972 3.9940 0.4260 H\\n65 H -5.3077 2.8230 0.9787 H\\n66 H -3.8648 2.1931 2.9183 H\\n67 H -2.5543 3.2828 2.4330 H\\n68 H -2.2370 1.5562 2.6791 H\\n69 H 1.9137 2.7934 0.2872 H\\n70 H 3.5937 3.1589 0.0070 H\\n71 H 4.3166 3.9554 -2.0772 H\\n72 H 0.5490 1.8257 -1.8710 H\\n73 H 0.1335 2.3491 -4.2158 H\\n74 H 3.8814 4.4680 -4.4284 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.8485 -1.2897 0.8525 C\\n2 C 1.9022 0.3083 0.3879 C\\n3 C 3.9222 0.2474 -1.1289 C\\n4 N 3.2199 1.0868 -0.0155 N\\n5 C 4.3729 -1.1170 -0.5798 C\\n6 C 2.3319 -1.0965 0.8902 C\\n7 C 3.9753 -2.2377 -1.5608 C\\n8 C 4.4505 -3.6200 -1.1388 C\\n9 C 4.2118 1.1849 1.1580 C\\n10 C 4.4862 -0.2036 1.7254 C\\n11 C 0.8325 0.9616 1.3854 C\\n12 C 1.7609 1.0125 3.7016 C\\n13 C 1.3103 1.7659 2.5992 C\\n14 N 2.4116 2.9863 4.8782 N\\n15 C 1.3130 3.1964 2.7236 C\\n16 C 2.2932 1.6550 4.7984 C\\n17 C 1.9059 3.7374 3.8948 C\\n18 C 0.7726 4.1327 1.7973 C\\n19 C 0.8595 5.5128 1.9910 C\\n20 C 1.4779 6.0052 3.1251 C\\n21 C 1.9865 5.1117 4.0645 C\\n22 O -0.2175 1.6524 0.6756 O\\n23 C -1.1283 0.8396 0.0635 C\\n24 O -0.9602 -0.3585 -0.1066 O\\n25 C -2.3492 1.6148 -0.3600 C\\n26 C -3.2738 1.9044 0.8289 C\\n27 C -3.9543 0.6273 1.3298 C\\n28 C -4.3301 2.9366 0.4324 C\\n29 C 2.9747 2.5166 -0.5582 C\\n30 C 2.4756 2.6700 -1.9772 C\\n31 C 1.5671 2.9517 -4.6260 C\\n32 C 1.1060 2.7432 -2.2639 C\\n33 C 3.3848 2.7764 -3.0467 C\\n34 C 2.9341 2.9074 -4.3632 C\\n35 C 0.6513 2.8765 -3.5796 C\\n36 I 0.8966 3.1514 -6.5787 I\\n37 H 4.1130 -2.2708 1.2591 H\\n38 H 1.4016 0.1675 -0.5766 H\\n39 H 3.2112 0.1359 -1.9539 H\\n40 H 4.7924 0.8199 -1.4684 H\\n41 H 5.4716 -1.1143 -0.5400 H\\n42 H 1.8332 -1.8591 0.2799 H\\n43 H 1.9829 -1.2865 1.9095 H\\n44 H 2.8893 -2.2604 -1.7058 H\\n45 H 4.4116 -2.0124 -2.5425 H\\n46 H 3.9384 -3.9623 -0.2345 H\\n47 H 4.2385 -4.3460 -1.9302 H\\n48 H 5.5294 -3.6251 -0.9518 H\\n49 H 5.1385 1.6198 0.7623 H\\n50 H 3.8201 1.8788 1.9017 H\\n51 H 4.1165 -0.2741 2.7540 H\\n52 H 5.5711 -0.3588 1.7915 H\\n53 H 0.3075 0.1143 1.8533 H\\n54 H 1.7008 -0.0712 3.7287 H\\n55 H 2.6566 1.1033 5.6609 H\\n56 H 0.2522 3.8174 0.9003 H\\n57 H 0.4346 6.2011 1.2616 H\\n58 H 1.5490 7.0767 3.2969 H\\n59 H 2.4509 5.5036 4.9675 H\\n60 H -2.8678 1.0435 -1.1399 H\\n61 H -2.0117 2.5453 -0.8328 H\\n62 H -2.6854 2.3213 1.6572 H\\n63 H -4.5394 0.1502 0.5340 H\\n64 H -3.2174 -0.0986 1.6908 H\\n65 H -4.6333 0.8497 2.1611 H\\n66 H -3.8581 3.8753 0.1216 H\\n67 H -4.9483 2.5757 -0.3974 H\\n68 H -4.9915 3.1614 1.2760 H\\n69 H 3.9311 3.0501 -0.4771 H\\n70 H 2.2986 3.0067 0.1315 H\\n71 H 0.3693 2.7314 -1.4689 H\\n72 H 4.4604 2.7696 -2.8746 H\\n73 H 3.6600 2.9862 -5.1702 H\\n74 H -0.4191 2.9362 -3.7736 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0059 -1.4119 0.0632 C\\n2 C 1.9892 0.0792 0.4865 C\\n3 C 3.7006 0.6977 -1.2732 C\\n4 N 3.1980 1.0614 0.1574 N\\n5 C 4.2568 -0.7355 -1.2941 C\\n6 C 2.5209 -1.3658 0.4194 C\\n7 C 3.7032 -1.5489 -2.4784 C\\n8 C 4.1951 -1.0295 -3.8236 C\\n9 C 4.3785 0.8499 1.1132 C\\n10 C 4.7588 -0.6285 1.1457 C\\n11 C 1.0705 0.3746 1.7607 C\\n12 C 1.9805 1.8693 3.6032 C\\n13 C 1.7283 0.5682 3.1303 C\\n14 N 3.1852 1.0283 5.4906 N\\n15 C 2.0831 -0.5205 3.9874 C\\n16 C 2.7012 2.0461 4.7662 C\\n17 C 2.8505 -0.2194 5.1413 C\\n18 C 1.7026 -1.8747 3.8001 C\\n19 C 2.1362 -2.8881 4.6565 C\\n20 C 2.9427 -2.5734 5.7364 C\\n21 C 3.2808 -1.2430 5.9713 C\\n22 O 0.2192 1.5280 1.5042 O\\n23 C -0.8762 1.2799 0.7298 C\\n24 O -1.0347 0.2454 0.0990 O\\n25 C -1.8085 2.4668 0.7251 C\\n26 C -3.2840 2.0435 0.7465 C\\n27 C -4.1823 3.2557 0.4970 C\\n28 C -3.6569 1.3845 2.0771 C\\n29 C 2.7121 2.5258 0.1308 C\\n30 C 3.7214 3.5918 -0.2294 C\\n31 C 5.6128 5.5551 -0.9024 C\\n32 C 3.8249 4.0650 -1.5480 C\\n33 C 4.5643 4.1412 0.7511 C\\n34 C 5.5089 5.1146 0.4153 C\\n35 C 4.7698 5.0382 -1.8833 C\\n36 I 7.0222 6.9940 -1.4048 I\\n37 H 4.3576 -2.4502 0.0502 H\\n38 H 1.3452 0.2114 -0.3915 H\\n39 H 2.8549 0.8438 -1.9544 H\\n40 H 4.4997 1.3960 -1.5402 H\\n41 H 5.3458 -0.6727 -1.4338 H\\n42 H 1.9309 -1.9340 -0.3094 H\\n43 H 2.3817 -1.8929 1.3592 H\\n44 H 4.0123 -2.5962 -2.3800 H\\n45 H 2.6074 -1.5384 -2.4759 H\\n46 H 3.8943 0.0082 -3.9906 H\\n47 H 5.2864 -1.0831 -3.8874 H\\n48 H 3.7801 -1.6325 -4.6361 H\\n49 H 4.1184 1.2319 2.0988 H\\n50 H 5.2216 1.4357 0.7313 H\\n51 H 5.8419 -0.7297 1.0048 H\\n52 H 4.5464 -1.0471 2.1368 H\\n53 H 0.3873 -0.4765 1.8712 H\\n54 H 1.6211 2.7569 3.0937 H\\n55 H 2.9224 3.0376 5.1544 H\\n56 H 1.0271 -2.1731 3.0030 H\\n57 H 1.8303 -3.9184 4.4889 H\\n58 H 3.2865 -3.3500 6.4145 H\\n59 H 3.8830 -0.9954 6.8439 H\\n60 H -1.5815 3.0481 -0.1760 H\\n61 H -1.5929 3.1022 1.5926 H\\n62 H -3.4652 1.3167 -0.0555 H\\n63 H -5.2381 2.9638 0.4950 H\\n64 H -4.0435 4.0195 1.2702 H\\n65 H -3.9596 3.7112 -0.4736 H\\n66 H -3.4965 2.0679 2.9179 H\\n67 H -4.7110 1.0875 2.0807 H\\n68 H -3.0607 0.4844 2.2554 H\\n69 H 2.3236 2.7606 1.1180 H\\n70 H 1.8660 2.5633 -0.5681 H\\n71 H 3.1720 3.6882 -2.3338 H\\n72 H 4.4983 3.8234 1.7902 H\\n73 H 6.1536 5.5253 1.1895 H\\n74 H 4.8366 5.3885 -2.9118 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0068 -1.4063 -0.0888 C\\n2 C 2.0049 0.0458 0.4977 C\\n3 C 3.6538 0.7780 -1.2807 C\\n4 N 3.1985 1.0527 0.1865 N\\n5 C 4.1618 -0.6638 -1.4247 C\\n6 C 2.5496 -1.3898 0.3656 C\\n7 C 3.4805 -1.4053 -2.5912 C\\n8 C 3.8492 -0.8289 -3.9535 C\\n9 C 4.4092 0.7892 1.0898 C\\n10 C 4.8251 -0.6764 0.9831 C\\n11 C 1.1050 0.2702 1.8007 C\\n12 C 2.0551 1.6548 3.7093 C\\n13 C 1.7849 0.3830 3.1698 C\\n14 N 3.2542 0.7029 5.5466 N\\n15 C 2.1386 -0.7542 3.9636 C\\n16 C 2.7807 1.7631 4.8777 C\\n17 C 2.9108 -0.5216 5.1303 C\\n18 C 1.7513 -2.0948 3.7028 C\\n19 C 2.1803 -3.1565 4.5015 C\\n20 C 2.9871 -2.9057 5.5980 C\\n21 C 3.3335 -1.5920 5.9043 C\\n22 O 0.2371 1.4280 1.6325 O\\n23 C -0.8518 1.2275 0.8314 C\\n24 O -0.9722 0.2542 0.1057 O\\n25 C -1.7972 2.4038 0.9246 C\\n26 C -3.2841 2.0660 0.7371 C\\n27 C -3.6211 1.6317 -0.6897 C\\n28 C -3.7763 1.0357 1.7545 C\\n29 C 2.7134 2.5167 0.2569 C\\n30 C 3.7375 3.6028 0.0167 C\\n31 C 5.6525 5.6138 -0.4122 C\\n32 C 3.9536 4.1235 -1.2706 C\\n33 C 4.4859 4.1234 1.0870 C\\n34 C 5.4385 5.1231 0.8750 C\\n35 C 4.9146 5.1158 -1.4870 C\\n36 I 7.0746 7.0946 -0.7318 I\\n37 H 4.3595 -2.4400 -0.1798 H\\n38 H 1.3487 0.2069 -0.3649 H\\n39 H 2.7974 0.9996 -1.9277 H\\n40 H 4.4668 1.4719 -1.5165 H\\n41 H 5.2354 -0.6213 -1.6584 H\\n42 H 2.4894 -1.9355 1.3022 H\\n43 H 1.9166 -1.9524 -0.3299 H\\n44 H 3.7740 -2.4624 -2.5726 H\\n45 H 2.3899 -1.3777 -2.4837 H\\n46 H 3.5156 0.2067 -4.0608 H\\n47 H 4.9313 -0.8586 -4.1106 H\\n48 H 3.3771 -1.4178 -4.7474 H\\n49 H 4.1630 1.0737 2.1121 H\\n50 H 5.2289 1.4271 0.7432 H\\n51 H 4.7014 -1.1668 1.9562 H\\n52 H 5.8950 -0.7376 0.7500 H\\n53 H 0.4261 -0.5880 1.8713 H\\n54 H 1.7016 2.5713 3.2501 H\\n55 H 3.0119 2.7300 5.3170 H\\n56 H 1.0770 -2.3466 2.8887 H\\n57 H 1.8707 -4.1748 4.2751 H\\n58 H 3.3256 -3.7191 6.2346 H\\n59 H 3.9356 -1.3950 6.7899 H\\n60 H -1.4763 3.1476 0.1872 H\\n61 H -1.6752 2.8567 1.9167 H\\n62 H -3.8405 2.9952 0.9226 H\\n63 H -3.2094 0.6468 -0.9311 H\\n64 H -3.2385 2.3528 -1.4197 H\\n65 H -4.7069 1.5709 -0.8226 H\\n66 H -4.8532 0.8741 1.6480 H\\n67 H -3.2807 0.0691 1.6278 H\\n68 H -3.5918 1.3809 2.7759 H\\n69 H 1.8900 2.6115 -0.4635 H\\n70 H 2.2906 2.6741 1.2452 H\\n71 H 3.3764 3.7702 -2.1242 H\\n72 H 4.3326 3.7681 2.1053 H\\n73 H 5.9984 5.5161 1.7226 H\\n74 H 5.0692 5.5042 -2.4929 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6700 -0.7384 1.6349 C\\n2 C 2.2531 -0.4696 -0.4552 C\\n3 C 4.5981 0.4790 -0.3661 C\\n4 N 3.0981 0.8788 -0.3167 N\\n5 C 4.9272 -0.4867 0.7851 C\\n6 C 2.5461 -1.3336 0.7875 C\\n7 C 5.5715 -1.7933 0.2860 C\\n8 C 6.9601 -1.5764 -0.3027 C\\n9 C 2.8422 1.5658 1.0265 C\\n10 C 3.1642 0.6068 2.1702 C\\n11 C 0.7170 -0.2967 -0.7646 C\\n12 C 0.2815 -1.5546 -2.8732 C\\n13 C 0.1678 -1.5472 -1.4683 C\\n14 N -0.6282 -3.7619 -2.9990 N\\n15 C -0.3994 -2.6949 -0.8289 C\\n16 C -0.1289 -2.6634 -3.5815 C\\n17 C -0.7714 -3.7779 -1.6679 C\\n18 C -0.6312 -2.8533 0.5639 C\\n19 C -1.1798 -4.0216 1.0979 C\\n20 C -1.5183 -5.0654 0.2556 C\\n21 C -1.3126 -4.9293 -1.1148 C\\n22 O -0.0580 0.0224 0.4028 O\\n23 C -0.6955 1.2248 0.4194 C\\n24 O -0.4514 2.1376 -0.3553 O\\n25 C -1.6630 1.2839 1.5784 C\\n26 C -2.8093 2.2777 1.3418 C\\n27 C -3.5869 2.4993 2.6401 C\\n28 C -3.7574 1.7851 0.2456 C\\n29 C 2.7859 1.8427 -1.4955 C\\n30 C 3.6996 3.0305 -1.6879 C\\n31 C 5.3988 5.2380 -2.0392 C\\n32 C 4.8084 2.9516 -2.5473 C\\n33 C 3.4447 4.2431 -1.0272 C\\n34 C 4.2930 5.3404 -1.1982 C\\n35 C 5.6570 4.0489 -2.7180 C\\n36 I 6.6605 6.8676 -2.2922 I\\n37 H 3.8992 -1.4038 2.4752 H\\n38 H 2.7119 -0.9543 -1.3279 H\\n39 H 5.1923 1.3913 -0.2514 H\\n40 H 4.7809 0.0487 -1.3565 H\\n41 H 5.6682 0.0050 1.4317 H\\n42 H 2.7933 -2.3539 0.4718 H\\n43 H 1.6662 -1.4297 1.4279 H\\n44 H 5.6598 -2.4973 1.1223 H\\n45 H 4.9396 -2.2730 -0.4700 H\\n46 H 7.6303 -1.1208 0.4332 H\\n47 H 7.3933 -2.5351 -0.6055 H\\n48 H 6.9287 -0.9304 -1.1849 H\\n49 H 3.4918 2.4445 1.0869 H\\n50 H 1.8045 1.8993 1.0546 H\\n51 H 2.2700 0.4606 2.7889 H\\n52 H 3.9153 1.0591 2.8293 H\\n53 H 0.5969 0.4989 -1.5040 H\\n54 H 0.6785 -0.7088 -3.4271 H\\n55 H -0.0624 -2.7033 -4.6657 H\\n56 H -0.4111 -2.0669 1.2752 H\\n57 H -1.3498 -4.1107 2.1685 H\\n58 H -1.9503 -5.9806 0.6532 H\\n59 H -1.5900 -5.7492 -1.7754 H\\n60 H -2.0741 0.2821 1.7523 H\\n61 H -1.0820 1.5709 2.4625 H\\n62 H -2.3955 3.2439 1.0268 H\\n63 H -4.3970 3.2208 2.4901 H\\n64 H -4.0278 1.5651 3.0044 H\\n65 H -2.9311 2.8931 3.4238 H\\n66 H -3.2350 1.6681 -0.7092 H\\n67 H -4.2013 0.8189 0.5087 H\\n68 H -4.5730 2.4993 0.0898 H\\n69 H 2.7868 1.2286 -2.4047 H\\n70 H 1.7706 2.2150 -1.3491 H\\n71 H 5.0246 2.0415 -3.1042 H\\n72 H 2.5738 4.3582 -0.3832 H\\n73 H 4.0743 6.2716 -0.6788 H\\n74 H 6.5098 3.9674 -3.3895 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.8075 -1.3703 0.6800 C\\n2 C 1.9542 0.3944 0.5024 C\\n3 C 3.8117 0.2758 -1.2013 C\\n4 N 3.2870 1.0993 0.0195 N\\n5 C 4.2841 -1.1151 -0.7558 C\\n6 C 2.3068 -1.0867 0.8021 C\\n7 C 3.8450 -2.2172 -1.7365 C\\n8 C 4.4913 -2.0729 -3.1090 C\\n9 C 4.3854 1.0400 1.1021 C\\n10 C 4.5516 -0.3934 1.5949 C\\n11 C 1.0512 1.0287 1.6641 C\\n12 C 1.8411 3.1410 2.8149 C\\n13 C 1.6993 1.7430 2.8488 C\\n14 N 3.1040 3.1306 4.8462 N\\n15 C 2.1481 1.0623 4.0243 C\\n16 C 2.5411 3.7795 3.8175 C\\n17 C 2.8800 1.8175 4.9749 C\\n18 C 1.8989 -0.3002 4.3338 C\\n19 C 2.4123 -0.9025 5.4845 C\\n20 C 3.1774 -0.1563 6.3638 C\\n21 C 3.3934 1.1952 6.1039 C\\n22 O 0.0460 1.9167 1.1043 O\\n23 C -0.9989 1.2802 0.4926 C\\n24 O -1.0033 0.0832 0.2446 O\\n25 C -2.1049 2.2516 0.1561 C\\n26 C -3.4560 1.9221 0.8077 C\\n27 C -3.3637 1.8676 2.3339 C\\n28 C -4.0766 0.6373 0.2559 C\\n29 C 3.1302 2.5735 -0.4316 C\\n30 C 2.2324 2.8962 -1.6052 C\\n31 C 0.5612 3.5461 -3.7802 C\\n32 C 2.6448 2.6741 -2.9306 C\\n33 C 0.9901 3.5144 -1.4039 C\\n34 C 0.1540 3.8274 -2.4806 C\\n35 C 1.8100 2.9805 -4.0103 C\\n36 I -0.6813 4.0018 -5.3769 I\\n37 H 4.0222 -2.4003 0.9860 H\\n38 H 1.3441 0.3918 -0.4085 H\\n39 H 4.6474 0.8323 -1.6403 H\\n40 H 2.9897 0.2087 -1.9205 H\\n41 H 5.3836 -1.1176 -0.7507 H\\n42 H 1.7407 -1.7314 0.1191 H\\n43 H 1.9774 -1.3862 1.7973 H\\n44 H 4.1164 -3.1980 -1.3277 H\\n45 H 2.7574 -2.2147 -1.8624 H\\n46 H 5.5833 -2.1082 -3.0343 H\\n47 H 4.1715 -2.8888 -3.7642 H\\n48 H 4.2108 -1.1307 -3.5892 H\\n49 H 5.3123 1.3920 0.6333 H\\n50 H 4.1414 1.7345 1.9049 H\\n51 H 4.1928 -0.4876 2.6235 H\\n52 H 5.6185 -0.6422 1.6348 H\\n53 H 0.4679 0.2111 2.1041 H\\n54 H 1.4120 3.7480 2.0248 H\\n55 H 2.6796 4.8576 3.8174 H\\n56 H 1.2589 -0.9195 3.7140 H\\n57 H 2.1974 -1.9472 5.7005 H\\n58 H 3.5819 -0.6080 7.2663 H\\n59 H 3.9631 1.7874 6.8180 H\\n60 H -2.1955 2.2871 -0.9366 H\\n61 H -1.7981 3.2582 0.4712 H\\n62 H -4.1396 2.7429 0.5507 H\\n63 H -2.7447 1.0294 2.6742 H\\n64 H -4.3610 1.7446 2.7718 H\\n65 H -2.9342 2.7930 2.7335 H\\n66 H -3.5261 -0.2532 0.5737 H\\n67 H -4.1024 0.6522 -0.8394 H\\n68 H -5.1073 0.5282 0.6128 H\\n69 H 4.1404 2.9307 -0.6727 H\\n70 H 2.8220 3.1407 0.4432 H\\n71 H 3.6328 2.2794 -3.1586 H\\n72 H 0.6594 3.7946 -0.4069 H\\n73 H -0.8060 4.3035 -2.2934 H\\n74 H 2.1546 2.7882 -5.0249 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0221 -1.3819 -0.2088 C\\n2 C 2.0062 0.0138 0.5020 C\\n3 C 3.5798 0.8548 -1.2786 C\\n4 N 3.1732 1.0467 0.2162 N\\n5 C 4.2621 -0.5101 -1.4538 C\\n6 C 2.5498 -1.4020 0.2162 C\\n7 C 3.9899 -1.1595 -2.8224 C\\n8 C 2.5924 -1.6960 -3.0777 C\\n9 C 4.4087 0.7531 1.0809 C\\n10 C 4.7946 -0.7226 0.9479 C\\n11 C 1.1779 0.1359 1.8633 C\\n12 C 2.3109 -1.2176 3.6320 C\\n13 C 1.9265 0.0693 3.2033 C\\n14 N 3.5160 -0.3317 5.4928 N\\n15 C 2.2431 1.1727 4.0701 C\\n16 C 3.0932 -1.3667 4.7570 C\\n17 C 3.0731 0.8923 5.1893 C\\n18 C 1.8000 2.5206 3.9426 C\\n19 C 2.1989 3.5312 4.8216 C\\n20 C 3.0413 3.2255 5.8745 C\\n21 C 3.4637 1.9111 6.0460 C\\n22 O 0.2860 1.2719 1.8129 O\\n23 C -0.8600 1.0967 1.0894 C\\n24 O -1.0589 0.1303 0.3697 O\\n25 C -1.7817 2.2777 1.2982 C\\n26 C -3.1856 2.0633 0.7098 C\\n27 C -3.1908 2.2396 -0.8117 C\\n28 C -4.1770 3.0428 1.3425 C\\n29 C 2.6667 2.4874 0.4115 C\\n30 C 3.5920 3.6204 0.0344 C\\n31 C 5.3098 5.7292 -0.6672 C\\n32 C 4.5616 4.0865 0.9382 C\\n33 C 3.4794 4.2511 -1.2152 C\\n34 C 4.3359 5.2992 -1.5649 C\\n35 C 5.4205 5.1316 0.5866 C\\n36 I 6.5907 7.2769 -1.1937 I\\n37 H 4.3883 -2.4026 -0.3668 H\\n38 H 1.2956 0.2385 -0.3027 H\\n39 H 2.6729 0.9763 -1.8802 H\\n40 H 4.2897 1.6435 -1.5453 H\\n41 H 5.3444 -0.3051 -1.4823 H\\n42 H 2.4452 -2.0598 1.0798 H\\n43 H 1.9210 -1.8700 -0.5453 H\\n44 H 4.2227 -0.4232 -3.6025 H\\n45 H 4.6991 -1.9859 -2.9649 H\\n46 H 2.4143 -2.6117 -2.5073 H\\n47 H 2.4831 -1.9569 -4.1350 H\\n48 H 1.8189 -0.9637 -2.8340 H\\n49 H 5.2252 1.3827 0.7100 H\\n50 H 4.1990 1.0341 2.1131 H\\n51 H 4.6035 -1.2504 1.8879 H\\n52 H 5.8761 -0.8019 0.7807 H\\n53 H 0.5235 -0.7493 1.8913 H\\n54 H 2.0020 -2.1206 3.1137 H\\n55 H 3.4123 -2.3478 5.1025 H\\n56 H 1.0972 2.8228 3.1758 H\\n57 H 1.8282 4.5469 4.6991 H\\n58 H 3.3509 3.9935 6.5789 H\\n59 H 4.1031 1.6665 6.8940 H\\n60 H -1.3095 3.1679 0.8670 H\\n61 H -1.8655 2.4204 2.3831 H\\n62 H -3.5261 1.0454 0.9406 H\\n63 H -2.5003 1.5462 -1.3006 H\\n64 H -4.1917 2.0507 -1.2166 H\\n65 H -2.9017 3.2580 -1.0930 H\\n66 H -4.2137 2.9134 2.4305 H\\n67 H -5.1887 2.8794 0.9536 H\\n68 H -3.8957 4.0812 1.1332 H\\n69 H 2.4332 2.5933 1.4648 H\\n70 H 1.7272 2.5727 -0.1477 H\\n71 H 4.6611 3.6518 1.9318 H\\n72 H 2.7226 3.9430 -1.9345 H\\n73 H 4.2324 5.7724 -2.5398 H\\n74 H 6.1715 5.4668 1.2976 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.3465 -0.6462 1.7390 C\\n2 C 2.3049 -0.4954 -0.5946 C\\n3 C 4.6008 0.4810 -0.1256 C\\n4 N 3.1104 0.8586 -0.3705 N\\n5 C 4.7417 -0.2940 1.1964 C\\n6 C 2.5179 -1.3666 0.6715 C\\n7 C 5.6810 -1.5001 1.0056 C\\n8 C 5.9706 -2.2574 2.2933 C\\n9 C 2.6214 1.6015 0.8852 C\\n10 C 2.6161 0.6566 2.0802 C\\n11 C 0.7848 -0.3427 -1.0019 C\\n12 C -0.0892 -2.7204 -0.9181 C\\n13 C 0.2684 -1.6082 -1.6988 C\\n14 N -0.4836 -4.0447 -2.8747 N\\n15 C 0.1618 -1.7200 -3.1210 C\\n16 C -0.4533 -3.8953 -1.5421 C\\n17 C -0.2048 -2.9859 -3.6446 C\\n18 C 0.3786 -0.6675 -4.0516 C\\n19 C 0.2855 -0.8714 -5.4296 C\\n20 C -0.0393 -2.1269 -5.9146 C\\n21 C -0.2864 -3.1650 -5.0179 C\\n22 O -0.0601 -0.1005 0.1445 O\\n23 C -0.7365 1.0839 0.1715 C\\n24 O -0.4978 2.0153 -0.5816 O\\n25 C -1.7369 1.0608 1.3082 C\\n26 C -2.6552 2.2860 1.4358 C\\n27 C -1.8906 3.5563 1.8026 C\\n28 C -3.5299 2.5016 0.2016 C\\n29 C 3.0369 1.8522 -1.5683 C\\n30 C 3.9621 1.6102 -2.7403 C\\n31 C 5.7199 1.2221 -4.9076 C\\n32 C 3.8033 0.5238 -3.6095 C\\n33 C 5.0170 2.5068 -2.9898 C\\n34 C 5.8916 2.3144 -4.0644 C\\n35 C 4.6773 0.3272 -4.6842 C\\n36 I 7.0156 0.9255 -6.5018 I\\n37 H 3.4110 -1.2621 2.6415 H\\n38 H 2.8304 -0.9817 -1.4241 H\\n39 H 5.1757 1.4136 -0.0839 H\\n40 H 4.9329 -0.1156 -0.9813 H\\n41 H 5.2321 0.3728 1.9206 H\\n42 H 2.9953 -2.3111 0.3832 H\\n43 H 1.5671 -1.6535 1.1297 H\\n44 H 6.6357 -1.1418 0.6004 H\\n45 H 5.2744 -2.1967 0.2656 H\\n46 H 6.7389 -3.0169 2.1173 H\\n47 H 6.3383 -1.5817 3.0711 H\\n48 H 5.0793 -2.7685 2.6686 H\\n49 H 3.3161 2.4329 1.0624 H\\n50 H 1.6391 2.0263 0.6857 H\\n51 H 3.0881 1.1490 2.9381 H\\n52 H 1.5845 0.4478 2.3878 H\\n53 H 0.6803 0.4743 -1.7072 H\\n54 H -0.1018 -2.6912 0.1662 H\\n55 H -0.7341 -4.7762 -0.9712 H\\n56 H 0.5979 0.3472 -3.7334 H\\n57 H 0.4560 -0.0499 -6.1221 H\\n58 H -0.1188 -2.3005 -6.9850 H\\n59 H -0.5607 -4.1452 -5.4050 H\\n60 H -2.3615 0.1674 1.1775 H\\n61 H -1.1689 0.9415 2.2402 H\\n62 H -3.3348 2.0735 2.2716 H\\n63 H -2.5885 4.3628 2.0426 H\\n64 H -1.2524 3.9065 0.9886 H\\n65 H -1.2596 3.3933 2.6818 H\\n66 H -4.2683 3.2913 0.3855 H\\n67 H -4.0774 1.5871 -0.0488 H\\n68 H -2.9429 2.7965 -0.6743 H\\n69 H 2.0029 1.9240 -1.9071 H\\n70 H 3.2745 2.8372 -1.1452 H\\n71 H 3.0014 -0.1941 -3.4837 H\\n72 H 5.1740 3.3802 -2.3584 H\\n73 H 6.6937 3.0289 -4.2335 H\\n74 H 4.5264 -0.5272 -5.3421 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.4145 -1.0222 -0.4121 C\\n2 C 2.0484 -0.3802 0.2639 C\\n3 C 3.4441 1.1723 -1.1682 C\\n4 N 2.8893 0.9712 0.2744 N\\n5 C 4.3564 -0.0029 -1.5602 C\\n6 C 3.0145 -1.5325 -0.0784 C\\n7 C 3.9216 -0.5808 -2.9213 C\\n8 C 4.8163 -1.7048 -3.4222 C\\n9 C 4.0966 0.8842 1.2114 C\\n10 C 4.9511 -0.3256 0.8452 C\\n11 C 1.0697 -0.7100 1.4843 C\\n12 C 1.6204 0.3047 3.7450 C\\n13 C 1.6553 -0.8146 2.8953 C\\n14 N 2.8957 -0.8350 5.4184 N\\n15 C 2.2065 -2.0258 3.4236 C\\n16 C 2.2453 0.2487 4.9738 C\\n17 C 2.8444 -1.9551 4.6882 C\\n18 C 2.1395 -3.3026 2.8038 C\\n19 C 2.7355 -4.4313 3.3696 C\\n20 C 3.3996 -4.3202 4.5787 C\\n21 C 3.4395 -3.0871 5.2258 C\\n22 O -0.0676 0.1997 1.5399 O\\n23 C -1.0521 -0.0518 0.6324 C\\n24 O -0.8860 -0.7420 -0.3636 O\\n25 C -2.3578 0.6025 1.0140 C\\n26 C -2.4961 2.0842 0.6488 C\\n27 C -1.7002 2.9906 1.5853 C\\n28 C -2.1514 2.3652 -0.8129 C\\n29 C 1.9796 2.1651 0.6096 C\\n30 C 2.5456 3.5572 0.4531 C\\n31 C 3.5858 6.1477 0.1537 C\\n32 C 3.2844 4.1556 1.4863 C\\n33 C 2.3191 4.2893 -0.7248 C\\n34 C 2.8404 5.5769 -0.8753 C\\n35 C 3.8062 5.4432 1.3353 C\\n36 I 4.3617 8.0603 -0.0696 I\\n37 H 5.0726 -1.8617 -0.6587 H\\n38 H 1.4084 -0.2390 -0.6139 H\\n39 H 2.5814 1.2882 -1.8345 H\\n40 H 4.0282 2.0987 -1.1767 H\\n41 H 5.3697 0.3994 -1.7026 H\\n42 H 2.6021 -2.1177 -0.9089 H\\n43 H 3.1122 -2.2369 0.7436 H\\n44 H 3.9393 0.2260 -3.6653 H\\n45 H 2.8860 -0.9375 -2.8804 H\\n46 H 5.8661 -1.3961 -3.4370 H\\n47 H 4.7245 -2.5989 -2.7988 H\\n48 H 4.5314 -1.9842 -4.4416 H\\n49 H 3.7465 0.8440 2.2417 H\\n50 H 4.6847 1.7992 1.0861 H\\n51 H 4.9751 -1.0274 1.6880 H\\n52 H 5.9893 -0.0081 0.6891 H\\n53 H 0.6332 -1.6924 1.2682 H\\n54 H 1.1023 1.2200 3.4838 H\\n55 H 2.2432 1.0981 5.6522 H\\n56 H 1.6001 -3.4596 1.8740 H\\n57 H 2.6688 -5.3969 2.8727 H\\n58 H 3.8647 -5.1904 5.0359 H\\n59 H 3.9338 -3.0129 6.1931 H\\n60 H -3.1490 0.0337 0.5075 H\\n61 H -2.5273 0.4429 2.0858 H\\n62 H -3.5544 2.3440 0.7877 H\\n63 H -1.9097 4.0442 1.3710 H\\n64 H -0.6246 2.8405 1.4815 H\\n65 H -1.9696 2.8045 2.6302 H\\n66 H -1.0925 2.1873 -1.0240 H\\n67 H -2.3690 3.4084 -1.0663 H\\n68 H -2.7435 1.7301 -1.4801 H\\n69 H 1.6614 2.0478 1.6428 H\\n70 H 1.0938 2.0644 -0.0270 H\\n71 H 3.4572 3.6371 2.4276 H\\n72 H 1.7269 3.8746 -1.5392 H\\n73 H 2.6525 6.1267 -1.7957 H\\n74 H 4.3763 5.8888 2.1486 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0086 -1.1430 -0.7601 C\\n2 C 1.9724 -0.1975 0.4292 C\\n3 C 3.3070 1.2431 -1.1651 C\\n4 N 3.0174 0.9953 0.3423 N\\n5 C 3.9374 -0.0107 -1.7997 C\\n6 C 2.6148 -1.4465 -0.2088 C\\n7 C 3.2041 -0.3685 -3.1070 C\\n8 C 3.8270 -1.5374 -3.8562 C\\n9 C 4.3509 0.6330 1.0052 C\\n10 C 4.8795 -0.6722 0.4132 C\\n11 C 1.2454 -0.4867 1.8244 C\\n12 C 2.7676 -1.9230 3.1907 C\\n13 C 2.1069 -0.6841 3.0828 C\\n14 N 3.9326 -1.2296 5.1566 N\\n15 C 2.2836 0.2520 4.1629 C\\n16 C 3.6547 -2.1463 4.2229 C\\n17 C 3.2423 -0.0865 5.1558 C\\n18 C 1.5914 1.4824 4.3606 C\\n19 C 1.8695 2.3425 5.4265 C\\n20 C 2.8393 1.9947 6.3479 C\\n21 C 3.5077 0.7833 6.2034 C\\n22 O 0.1941 0.4822 2.0398 O\\n23 C -0.9492 0.2862 1.3200 C\\n24 O -1.0510 -0.5528 0.4384 O\\n25 C -2.0293 1.2483 1.7577 C\\n26 C -2.6654 2.0579 0.6187 C\\n27 C -1.6283 2.8475 -0.1806 C\\n28 C -3.5276 1.1978 -0.3065 C\\n29 C 2.4095 2.2773 0.9422 C\\n30 C 3.2099 3.5536 0.8471 C\\n31 C 4.7010 5.9256 0.6711 C\\n32 C 4.1533 3.8813 1.8356 C\\n33 C 3.0097 4.4471 -0.2180 C\\n34 C 3.7548 5.6262 -0.3079 C\\n35 C 4.8969 5.0607 1.7451 C\\n36 I 5.8100 7.6758 0.5364 I\\n37 H 4.4491 -2.0489 -1.1884 H\\n38 H 1.1906 0.1346 -0.2657 H\\n39 H 4.0121 2.0772 -1.2411 H\\n40 H 2.3593 1.5347 -1.6338 H\\n41 H 4.9688 0.2474 -2.0834 H\\n42 H 1.9592 -1.8162 -1.0067 H\\n43 H 2.6828 -2.2785 0.4916 H\\n44 H 2.1469 -0.5854 -2.9145 H\\n45 H 3.2217 0.5071 -3.7684 H\\n46 H 3.7062 -2.4768 -3.3086 H\\n47 H 3.3429 -1.6595 -4.8309 H\\n48 H 4.8944 -1.3681 -4.0287 H\\n49 H 5.0580 1.4428 0.7968 H\\n50 H 4.2112 0.5744 2.0845 H\\n51 H 4.9203 -1.4450 1.1887 H\\n52 H 5.9150 -0.5279 0.0815 H\\n53 H 0.7326 -1.4548 1.7056 H\\n54 H 2.5949 -2.7390 2.4966 H\\n55 H 4.1830 -3.0907 4.3257 H\\n56 H 0.7906 1.8034 3.7056 H\\n57 H 1.3142 3.2712 5.5454 H\\n58 H 3.0599 2.6426 7.1936 H\\n59 H 4.2488 0.4970 6.9496 H\\n60 H -2.7881 0.6737 2.3030 H\\n61 H -1.5966 1.9514 2.4815 H\\n62 H -3.3390 2.7858 1.0900 H\\n63 H -0.9436 2.1869 -0.7224 H\\n64 H -1.0340 3.4889 0.4795 H\\n65 H -2.1206 3.4914 -0.9175 H\\n66 H -4.2522 0.6115 0.2695 H\\n67 H -2.9271 0.5083 -0.9077 H\\n68 H -4.0915 1.8316 -1.0009 H\\n69 H 1.4326 2.4175 0.4644 H\\n70 H 2.2304 2.0767 1.9907 H\\n71 H 4.3144 3.2336 2.6965 H\\n72 H 2.2635 4.2445 -0.9859 H\\n73 H 3.5875 6.3059 -1.1403 H\\n74 H 5.6219 5.2960 2.5225 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6031 -0.7225 1.6684 C\\n2 C 2.2696 -0.4443 -0.4864 C\\n3 C 4.6400 0.4144 -0.3224 C\\n4 N 3.1507 0.8785 -0.3428 N\\n5 C 4.9134 -0.4632 0.9076 C\\n6 C 2.5487 -1.3344 0.7477 C\\n7 C 5.6475 -1.7657 0.5374 C\\n8 C 7.0660 -1.5173 0.0403 C\\n9 C 2.8751 1.5915 0.9899 C\\n10 C 3.0497 0.6196 2.1542 C\\n11 C 0.7373 -0.2118 -0.7395 C\\n12 C -0.6391 -2.2484 -0.1011 C\\n13 C 0.0461 -1.5323 -1.0960 C\\n14 N -1.1247 -4.0228 -1.6377 N\\n15 C 0.1063 -2.0844 -2.4112 C\\n16 C -1.2024 -3.4671 -0.4179 C\\n17 C -0.5002 -3.3490 -2.6120 C\\n18 C 0.7223 -1.4610 -3.5278 C\\n19 C 0.7529 -2.0723 -4.7822 C\\n20 C 0.1681 -3.3166 -4.9511 C\\n21 C -0.4522 -3.9368 -3.8675 C\\n22 O 0.1316 0.4065 0.4164 O\\n23 C -0.9965 1.1398 0.1565 C\\n24 O -1.4507 1.3136 -0.9622 O\\n25 C -1.5249 1.7281 1.4465 C\\n26 C -2.9531 2.2917 1.3920 C\\n27 C -3.0703 3.5226 0.4923 C\\n28 C -3.9869 1.2309 1.0135 C\\n29 C 3.0078 1.8227 -1.5855 C\\n30 C 2.2489 3.1182 -1.4229 C\\n31 C 0.8439 5.5342 -1.0820 C\\n32 C 0.9386 3.2623 -1.8996 C\\n33 C 2.8606 4.2321 -0.8190 C\\n34 C 2.1604 5.4293 -0.6410 C\\n35 C 0.2346 4.4577 -1.7200 C\\n36 I -0.2057 7.3023 -0.8056 I\\n37 H 3.7785 -1.3798 2.5279 H\\n38 H 2.6907 -0.9431 -1.3693 H\\n39 H 4.8197 -0.1052 -1.2705 H\\n40 H 5.2625 1.3171 -0.2889 H\\n41 H 5.5801 0.0970 1.5792 H\\n42 H 1.6403 -1.5002 1.3362 H\\n43 H 2.8613 -2.3296 0.4107 H\\n44 H 5.7023 -2.4162 1.4188 H\\n45 H 5.0952 -2.3167 -0.2324 H\\n46 H 7.6571 -0.9907 0.7956 H\\n47 H 7.5616 -2.4697 -0.1725 H\\n48 H 7.0738 -0.9231 -0.8786 H\\n49 H 3.6040 2.4033 1.0815 H\\n50 H 1.8686 2.0143 0.9713 H\\n51 H 3.7195 1.0604 2.9021 H\\n52 H 2.0881 0.4743 2.6617 H\\n53 H 0.6301 0.4630 -1.5878 H\\n54 H -0.7406 -1.8812 0.9154 H\\n55 H -1.7432 -4.0507 0.3229 H\\n56 H 1.1692 -0.4759 -3.4570 H\\n57 H 1.2185 -1.5742 -5.6298 H\\n58 H 0.1781 -3.8055 -5.9226 H\\n59 H -0.9209 -4.9095 -4.0092 H\\n60 H -0.8303 2.5194 1.7509 H\\n61 H -1.4928 0.9410 2.2093 H\\n62 H -3.1948 2.6241 2.4106 H\\n63 H -2.9489 3.2763 -0.5662 H\\n64 H -2.3174 4.2715 0.7575 H\\n65 H -4.0559 3.9877 0.6078 H\\n66 H -3.9279 0.3718 1.6900 H\\n67 H -3.8480 0.8679 -0.0098 H\\n68 H -5.0012 1.6409 1.0828 H\\n69 H 4.0232 2.0841 -1.9133 H\\n70 H 2.5951 1.2188 -2.4012 H\\n71 H 0.4323 2.4609 -2.4340 H\\n72 H 3.8962 4.1892 -0.4838 H\\n73 H 2.6551 6.2749 -0.1660 H\\n74 H -0.7867 4.5328 -2.0911 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.9593 -1.4273 0.1487 C\\n2 C 1.9825 0.1543 0.5148 C\\n3 C 3.7188 0.6251 -1.2759 C\\n4 N 3.2180 1.0741 0.1387 N\\n5 C 4.2937 -0.8015 -1.2141 C\\n6 C 2.4592 -1.3149 0.4306 C\\n7 C 3.8259 -1.6130 -2.4377 C\\n8 C 4.4217 -3.0114 -2.5079 C\\n9 C 4.4033 0.8552 1.1010 C\\n10 C 4.7015 -0.6335 1.2286 C\\n11 C 1.1391 0.4587 1.8409 C\\n12 C 2.1610 2.0189 3.5586 C\\n13 C 1.8641 0.7006 3.1657 C\\n14 N 3.3864 1.2494 5.4643 N\\n15 C 2.2308 -0.3536 4.0606 C\\n16 C 2.9106 2.2394 4.6958 C\\n17 C 3.0261 -0.0084 5.1833 C\\n18 C 1.8411 -1.7130 3.9375 C\\n19 C 2.2778 -2.6907 4.8336 C\\n20 C 3.1002 -2.3342 5.8886 C\\n21 C 3.4566 -0.9979 6.0553 C\\n22 O 0.2321 1.5777 1.6343 O\\n23 C -0.9267 1.2721 0.9813 C\\n24 O -1.1000 0.2229 0.3799 O\\n25 C -1.8917 2.4319 1.0578 C\\n26 C -3.3403 2.0229 0.7517 C\\n27 C -4.2058 3.2690 0.5558 C\\n28 C -3.9251 1.1564 1.8700 C\\n29 C 2.8728 2.5848 0.0925 C\\n30 C 2.3957 3.1667 -1.2197 C\\n31 C 1.5604 4.2625 -3.6710 C\\n32 C 1.1069 2.9214 -1.7132 C\\n33 C 3.2573 3.9795 -1.9780 C\\n34 C 2.8429 4.5231 -3.1971 C\\n35 C 0.6908 3.4643 -2.9326 C\\n36 I 0.9418 5.0663 -5.4819 I\\n37 H 4.2737 -2.4742 0.1985 H\\n38 H 1.3011 0.3087 -0.3284 H\\n39 H 4.4959 1.3316 -1.5898 H\\n40 H 2.8664 0.6863 -1.9598 H\\n41 H 5.3879 -0.7242 -1.2923 H\\n42 H 2.2352 -1.8636 1.3427 H\\n43 H 1.8865 -1.8308 -0.3490 H\\n44 H 2.7328 -1.6885 -2.4618 H\\n45 H 4.1176 -1.0718 -3.3468 H\\n46 H 4.1604 -3.4828 -3.4609 H\\n47 H 4.0354 -3.6518 -1.7100 H\\n48 H 5.5128 -2.9798 -2.4322 H\\n49 H 4.1866 1.3220 2.0590 H\\n50 H 5.2640 1.3811 0.6692 H\\n51 H 5.7832 -0.7957 1.1470 H\\n52 H 4.4218 -0.9938 2.2240 H\\n53 H 0.4902 -0.4086 2.0072 H\\n54 H 1.8138 2.8842 3.0048 H\\n55 H 3.1619 3.2442 5.0257 H\\n56 H 1.1526 -2.0441 3.1659 H\\n57 H 1.9604 -3.7250 4.7176 H\\n58 H 3.4427 -3.0820 6.6000 H\\n59 H 4.0741 -0.7171 6.9072 H\\n60 H -1.8354 2.8728 2.0605 H\\n61 H -1.5491 3.1811 0.3346 H\\n62 H -3.3667 1.4431 -0.1797 H\\n63 H -5.2383 2.9923 0.3184 H\\n64 H -4.2201 3.8896 1.4583 H\\n65 H -3.8265 3.8803 -0.2699 H\\n66 H -3.9274 1.6901 2.8265 H\\n67 H -4.9578 0.8733 1.6397 H\\n68 H -3.3519 0.2333 2.0002 H\\n69 H 2.1383 2.7951 0.8654 H\\n70 H 3.7844 3.1162 0.3943 H\\n71 H 0.4018 2.3045 -1.1683 H\\n72 H 4.2645 4.2082 -1.6311 H\\n73 H 3.5280 5.1506 -3.7640 H\\n74 H -0.3149 3.2584 -3.2946 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.9951 -0.5738 1.7999 C\\n2 C 2.2116 -0.4911 -0.6317 C\\n3 C 4.3906 0.5673 0.0465 C\\n4 N 2.9290 0.8942 -0.3498 N\\n5 C 4.4272 -0.2173 1.3706 C\\n6 C 2.2547 -1.3100 0.6805 C\\n7 C 5.3793 -1.4230 1.2458 C\\n8 C 5.5634 -2.1937 2.5448 C\\n9 C 2.2825 1.6334 0.8360 C\\n10 C 2.2381 0.7306 2.0612 C\\n11 C 0.7797 -0.4135 -1.2721 C\\n12 C 0.8647 -2.0991 -3.1086 C\\n13 C 0.3538 -1.7803 -1.8346 C\\n14 N -0.2019 -4.2380 -3.0784 N\\n15 C -0.4776 -2.7464 -1.1797 C\\n16 C 0.5609 -3.3156 -3.6803 C\\n17 C -0.7121 -3.9641 -1.8718 C\\n18 C -1.0908 -2.6091 0.0964 C\\n19 C -1.8837 -3.6150 0.6545 C\\n20 C -2.0903 -4.7900 -0.0451 C\\n21 C -1.5029 -4.9489 -1.2974 C\\n22 O -0.2082 0.1207 -0.3750 O\\n23 C -0.9256 1.1863 -0.8316 C\\n24 O -0.5906 1.8897 -1.7740 O\\n25 C -2.1538 1.4117 0.0139 C\\n26 C -1.8314 2.1278 1.3293 C\\n27 C -3.0288 2.0478 2.2771 C\\n28 C -1.4529 3.5916 1.0918 C\\n29 C 2.9270 1.8866 -1.5539 C\\n30 C 3.3779 1.3987 -2.9118 C\\n31 C 4.1694 0.5547 -5.4821 C\\n32 C 2.4550 1.3288 -3.9713 C\\n33 C 4.7198 1.1000 -3.1918 C\\n34 C 5.1112 0.6645 -4.4630 C\\n35 C 2.8431 0.8989 -5.2441 C\\n36 I 4.7503 -0.0926 -7.3658 I\\n37 H 2.9881 -1.1756 2.7142 H\\n38 H 2.8730 -0.9838 -1.3567 H\\n39 H 4.8253 -0.0182 -0.7669 H\\n40 H 4.9319 1.5157 0.1397 H\\n41 H 4.8572 0.4439 2.1364 H\\n42 H 1.2490 -1.5361 1.0402 H\\n43 H 2.7198 -2.2833 0.4854 H\\n44 H 6.3636 -1.0601 0.9240 H\\n45 H 5.0344 -2.1117 0.4665 H\\n46 H 4.6459 -2.7105 2.8398 H\\n47 H 6.3433 -2.9527 2.4223 H\\n48 H 5.8662 -1.5276 3.3586 H\\n49 H 2.8906 2.5248 1.0319 H\\n50 H 1.2864 1.9643 0.5408 H\\n51 H 2.6674 1.2578 2.9217 H\\n52 H 1.1965 0.5171 2.3291 H\\n53 H 0.8482 0.2333 -2.1448 H\\n54 H 1.4937 -1.4144 -3.6684 H\\n55 H 0.9344 -3.5910 -4.6631 H\\n56 H -0.9731 -1.7153 0.6968 H\\n57 H -2.3406 -3.4775 1.6318 H\\n58 H -2.7063 -5.5829 0.3721 H\\n59 H -1.6701 -5.8742 -1.8465 H\\n60 H -2.6133 0.4328 0.1993 H\\n61 H -2.8799 1.9790 -0.5807 H\\n62 H -0.9829 1.6318 1.8158 H\\n63 H -3.9135 2.5251 1.8418 H\\n64 H -2.8071 2.5455 3.2273 H\\n65 H -3.2801 1.0047 2.4982 H\\n66 H -1.2292 4.0928 2.0401 H\\n67 H -2.2683 4.1384 0.6054 H\\n68 H -0.5644 3.6755 0.4580 H\\n69 H 1.9078 2.2784 -1.6216 H\\n70 H 3.5568 2.7360 -1.2577 H\\n71 H 1.4152 1.6293 -3.8328 H\\n72 H 5.4996 1.2302 -2.4459 H\\n73 H 6.1587 0.4342 -4.6503 H\\n74 H 2.1032 0.8538 -6.0414 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.1109 -0.3947 1.8875 C\\n2 C 1.8430 0.6761 -0.0518 C\\n3 C 4.1024 -0.3886 -0.4325 C\\n4 N 3.3849 0.9836 -0.3083 N\\n5 C 4.0487 -1.1255 0.9128 C\\n6 C 1.7380 -0.1020 1.2818 C\\n7 C 3.8513 -2.6448 0.7636 C\\n8 C 2.5188 -3.1316 0.2186 C\\n9 C 3.9978 1.7451 0.8756 C\\n10 C 3.7356 0.9823 2.1765 C\\n11 C 0.8675 1.9215 -0.0749 C\\n12 C 0.7468 3.8373 -1.6747 C\\n13 C 0.5075 2.4700 -1.4502 C\\n14 N 0.1069 3.6229 -3.9718 N\\n15 C -0.0671 1.7021 -2.5049 C\\n16 C 0.5350 4.3597 -2.9332 C\\n17 C -0.2190 2.3411 -3.7606 C\\n18 C -0.5136 0.3607 -2.3901 C\\n19 C -1.0335 -0.3350 -3.4831 C\\n20 C -1.1300 0.2961 -4.7130 C\\n21 C -0.7301 1.6261 -4.8347 C\\n22 O -0.3739 1.5974 0.5945 O\\n23 C -0.9199 2.6095 1.3281 C\\n24 O -0.4058 3.7130 1.4544 O\\n25 C -2.1853 2.1874 2.0357 C\\n26 C -3.3458 1.7155 1.1472 C\\n27 C -3.5899 2.6350 -0.0493 C\\n28 C -3.1888 0.2616 0.7000 C\\n29 C 3.5716 1.7738 -1.6340 C\\n30 C 4.9724 1.8910 -2.1878 C\\n31 C 7.5813 2.0733 -3.2139 C\\n32 C 5.4190 0.9996 -3.1785 C\\n33 C 5.8486 2.8928 -1.7406 C\\n34 C 7.1490 2.9798 -2.2483 C\\n35 C 6.7184 1.0869 -3.6862 C\\n36 I 9.5144 2.1988 -3.9602 I\\n37 H 3.0044 -0.9555 2.8234 H\\n38 H 1.5830 -0.0175 -0.8546 H\\n39 H 5.1498 -0.2043 -0.6879 H\\n40 H 3.6265 -0.9300 -1.2557 H\\n41 H 5.0583 -1.0401 1.3451 H\\n42 H 1.1631 0.4631 2.0270 H\\n43 H 1.1585 -1.0156 1.1219 H\\n44 H 4.6443 -3.0236 0.1053 H\\n45 H 4.0144 -3.1210 1.7380 H\\n46 H 2.2084 -2.5845 -0.6759 H\\n47 H 2.5933 -4.1913 -0.0483 H\\n48 H 1.7347 -3.0541 0.9749 H\\n49 H 5.0761 1.8222 0.7001 H\\n50 H 3.5676 2.7516 0.8999 H\\n51 H 4.6773 0.8681 2.7297 H\\n52 H 3.0774 1.5753 2.8253 H\\n53 H 1.3878 2.6975 0.4985 H\\n54 H 1.0953 4.4975 -0.8838 H\\n55 H 0.7146 5.4101 -3.1512 H\\n56 H -0.5078 -0.1604 -1.4379 H\\n57 H -1.3816 -1.3598 -3.3705 H\\n58 H -1.5390 -0.2280 -5.5750 H\\n59 H -0.8354 2.1280 -5.7960 H\\n60 H -2.5266 3.0614 2.6044 H\\n61 H -1.9209 1.4275 2.7796 H\\n62 H -4.2513 1.7455 1.7711 H\\n63 H -2.7462 2.6268 -0.7467 H\\n64 H -3.7558 3.6671 0.2782 H\\n65 H -4.4782 2.3114 -0.6056 H\\n66 H -2.3617 0.1372 -0.0021 H\\n67 H -3.0126 -0.3926 1.5608 H\\n68 H -4.0993 -0.0836 0.1994 H\\n69 H 2.9326 1.2864 -2.3780 H\\n70 H 3.1948 2.7820 -1.4508 H\\n71 H 4.7625 0.2276 -3.5779 H\\n72 H 5.5340 3.6295 -1.0023 H\\n73 H 7.8132 3.7630 -1.8877 H\\n74 H 7.0429 0.3865 -4.4534 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.7697 -0.3116 1.8331 C\\n2 C 2.0212 0.0996 -0.5727 C\\n3 C 4.4788 -0.1569 -0.0136 C\\n4 N 3.3972 0.8882 -0.3943 N\\n5 C 4.1767 -0.7328 1.3760 C\\n6 C 1.6958 -0.5808 0.7753 C\\n7 C 4.5367 -2.2234 1.5098 C\\n8 C 3.6880 -3.2221 0.7425 C\\n9 C 3.2788 1.9134 0.7497 C\\n10 C 2.7970 1.2155 2.0241 C\\n11 C 0.8466 0.9655 -1.1953 C\\n12 C 0.5861 -0.4621 -3.2587 C\\n13 C 0.7267 0.8243 -2.7110 C\\n14 N 0.6437 0.4278 -5.4818 N\\n15 C 0.7207 1.9461 -3.5958 C\\n16 C 0.5495 -0.6055 -4.6296 C\\n17 C 0.6999 1.6708 -4.9852 C\\n18 C 0.7268 3.3094 -3.1945 C\\n19 C 0.7590 4.3473 -4.1273 C\\n20 C 0.7734 4.0517 -5.4804 C\\n21 C 0.7377 2.7202 -5.8921 C\\n22 O -0.4515 0.6001 -0.6882 O\\n23 C -0.9655 1.4343 0.2656 C\\n24 O -0.3256 2.3397 0.7798 O\\n25 C -2.3797 1.0112 0.5986 C\\n26 C -3.1938 1.9874 1.4612 C\\n27 C -3.3685 3.3520 0.7945 C\\n28 C -2.6369 2.1315 2.8777 C\\n29 C 3.7959 1.5778 -1.7285 C\\n30 C 5.1907 2.1477 -1.8302 C\\n31 C 7.7920 3.1888 -2.0162 C\\n32 C 6.2245 1.3967 -2.4170 C\\n33 C 5.4802 3.4384 -1.3600 C\\n34 C 6.7758 3.9552 -1.4487 C\\n35 C 7.5198 1.9135 -2.5056 C\\n36 I 9.7168 3.9565 -2.1422 I\\n37 H 2.5047 -0.7972 2.7789 H\\n38 H 2.2845 -0.6999 -1.2751 H\\n39 H 5.4469 0.3511 0.0206 H\\n40 H 4.4994 -0.9072 -0.8096 H\\n41 H 4.8809 -0.2404 2.0658 H\\n42 H 0.7389 -0.2525 1.1868 H\\n43 H 1.5579 -1.6510 0.6047 H\\n44 H 5.5809 -2.3513 1.1952 H\\n45 H 4.5064 -2.4970 2.5721 H\\n46 H 4.1653 -4.2084 0.7647 H\\n47 H 2.7047 -3.3390 1.2069 H\\n48 H 3.5592 -2.9389 -0.3054 H\\n49 H 2.5959 2.7083 0.4373 H\\n50 H 4.2725 2.3430 0.9101 H\\n51 H 3.4546 1.4865 2.8596 H\\n52 H 1.8020 1.5846 2.2991 H\\n53 H 1.0541 2.0063 -0.9554 H\\n54 H 0.4911 -1.3488 -2.6387 H\\n55 H 0.4430 -1.5818 -5.0960 H\\n56 H 0.6770 3.6022 -2.1496 H\\n57 H 0.7561 5.3846 -3.7986 H\\n58 H 0.7908 4.8490 -6.2204 H\\n59 H 0.7263 2.4949 -6.9575 H\\n60 H -2.3212 0.0394 1.1040 H\\n61 H -2.9108 0.8643 -0.3506 H\\n62 H -4.1966 1.5487 1.5598 H\\n63 H -3.7837 3.2423 -0.2129 H\\n64 H -4.0602 3.9742 1.3722 H\\n65 H -2.4224 3.8958 0.7160 H\\n66 H -1.6757 2.6531 2.8927 H\\n67 H -3.3307 2.7044 3.5035 H\\n68 H -2.4990 1.1508 3.3457 H\\n69 H 3.6486 0.8327 -2.5187 H\\n70 H 3.0830 2.3891 -1.8903 H\\n71 H 6.0372 0.4024 -2.8212 H\\n72 H 4.7042 4.0696 -0.9305 H\\n73 H 6.9781 4.9588 -1.0794 H\\n74 H 8.3053 1.3155 -2.9645 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.2212 -0.6234 1.7564 C\\n2 C 2.3409 -0.5627 -0.6346 C\\n3 C 4.5112 0.5918 -0.0270 C\\n4 N 3.0157 0.8633 -0.3663 N\\n5 C 4.6123 -0.1209 1.3319 C\\n6 C 2.5674 -1.4249 0.6278 C\\n7 C 5.6805 -1.2271 1.3376 C\\n8 C 7.0879 -0.6683 1.1648 C\\n9 C 2.3967 1.5684 0.8433 C\\n10 C 2.3349 0.6018 2.0229 C\\n11 C 0.8393 -0.5426 -1.1327 C\\n12 C 0.8849 -1.8856 -3.2304 C\\n13 C 0.5035 -1.8477 -1.8730 C\\n14 N 0.0916 -4.1275 -3.4615 N\\n15 C -0.1293 -3.0047 -1.3157 C\\n16 C 0.6589 -3.0262 -3.9701 C\\n17 C -0.3017 -4.1180 -2.1813 C\\n18 C -0.6075 -3.1481 0.0163 C\\n19 C -1.2141 -4.3248 0.4647 C\\n20 C -1.3615 -5.3918 -0.4022 C\\n21 C -0.9044 -5.2755 -1.7120 C\\n22 O -0.1016 -0.2819 -0.0788 O\\n23 C -0.8060 0.8838 -0.1291 C\\n24 O -0.5523 1.8037 -0.8913 O\\n25 C -1.8935 0.8689 0.9251 C\\n26 C -2.2822 2.2709 1.4148 C\\n27 C -3.5446 2.1866 2.2757 C\\n28 C -1.1540 2.9182 2.2235 C\\n29 C 2.9448 1.7505 -1.6414 C\\n30 C 3.3690 3.1940 -1.5107 C\\n31 C 4.0921 5.8970 -1.2717 C\\n32 C 4.7065 3.5908 -1.6652 C\\n33 C 2.3991 4.1815 -1.2525 C\\n34 C 2.7577 5.5261 -1.1334 C\\n35 C 5.0674 4.9361 -1.5393 C\\n36 I 4.6329 7.8904 -1.0954 I\\n37 H 3.2873 -1.2332 2.6644 H\\n38 H 2.9551 -0.9763 -1.4467 H\\n39 H 5.0332 1.5513 0.0269 H\\n40 H 4.9229 0.0047 -0.8553 H\\n41 H 4.9283 0.6245 2.0773 H\\n42 H 1.6301 -1.8391 1.0041 H\\n43 H 3.1841 -2.2923 0.3672 H\\n44 H 5.4873 -1.9620 0.5465 H\\n45 H 5.6394 -1.7680 2.2934 H\\n46 H 7.2912 0.1136 1.8999 H\\n47 H 7.2293 -0.2499 0.1650 H\\n48 H 7.8308 -1.4549 1.3073 H\\n49 H 1.4178 1.9486 0.5655 H\\n50 H 3.0387 2.4218 1.0928 H\\n51 H 1.2998 0.2903 2.2045 H\\n52 H 2.6605 1.1175 2.9343 H\\n53 H 0.7241 0.2245 -1.9002 H\\n54 H 1.3441 -1.0346 -3.7235 H\\n55 H 0.9324 -3.0890 -5.0212 H\\n56 H -0.5346 -2.3494 0.7447 H\\n57 H -1.5740 -4.4060 1.4889 H\\n58 H -1.8327 -6.3149 -0.0727 H\\n59 H -1.0289 -6.1189 -2.3889 H\\n60 H -1.5453 0.2769 1.7839 H\\n61 H -2.7596 0.3520 0.4873 H\\n62 H -2.4991 2.9147 0.5578 H\\n63 H -4.3776 1.7517 1.7116 H\\n64 H -3.3794 1.5647 3.1610 H\\n65 H -3.8562 3.1824 2.6117 H\\n66 H -0.8445 2.2751 3.0518 H\\n67 H -1.4709 3.8739 2.6470 H\\n68 H -0.2754 3.1153 1.6034 H\\n69 H 3.5408 1.2428 -2.4117 H\\n70 H 1.9126 1.7502 -1.9863 H\\n71 H 5.4918 2.8691 -1.8940 H\\n72 H 1.3428 3.9190 -1.1622 H\\n73 H 1.9839 6.2699 -0.9523 H\\n74 H 6.1104 5.2252 -1.6639 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6570 -0.7218 1.6485 C\\n2 C 2.2965 -0.5196 -0.4851 C\\n3 C 4.5923 0.5382 -0.3216 C\\n4 N 3.0747 0.8663 -0.3263 N\\n5 C 4.9208 -0.4474 0.8153 C\\n6 C 2.5656 -1.3531 0.7849 C\\n7 C 5.6101 -1.7060 0.2526 C\\n8 C 6.0266 -2.7037 1.3228 C\\n9 C 2.7433 1.5433 1.0056 C\\n10 C 3.1066 0.6151 2.1622 C\\n11 C 0.7694 -0.4226 -0.8651 C\\n12 C 0.5007 -1.7783 -2.9400 C\\n13 C 0.3070 -1.7206 -1.5447 C\\n14 N -0.3021 -4.0282 -3.0235 N\\n15 C -0.2463 -2.8662 -0.8905 C\\n16 C 0.1815 -2.9320 -3.6231 C\\n17 C -0.5219 -3.9973 -1.7029 C\\n18 C -0.5495 -2.9798 0.4930 C\\n19 C -1.0773 -4.1499 1.0440 C\\n20 C -1.3215 -5.2403 0.2286 C\\n21 C -1.0434 -5.1492 -1.1329 C\\n22 O -0.0605 -0.0929 0.2615 O\\n23 C -0.7483 1.0836 0.2140 C\\n24 O -0.5463 1.9534 -0.6183 O\\n25 C -1.7045 1.1545 1.3852 C\\n26 C -2.7244 2.3035 1.3577 C\\n27 C -3.6537 2.2312 0.1459 C\\n28 C -2.0709 3.6817 1.4712 C\\n29 C 2.7607 1.8123 -1.5188 C\\n30 C 3.5933 3.0658 -1.6540 C\\n31 C 5.1349 5.4003 -1.8933 C\\n32 C 4.7673 3.0722 -2.4252 C\\n33 C 3.1926 4.2572 -1.0274 C\\n34 C 3.9615 5.4180 -1.1434 C\\n35 C 5.5382 4.2324 -2.5387 C\\n36 I 6.2798 7.1247 -2.0608 I\\n37 H 3.8803 -1.3647 2.5064 H\\n38 H 2.8164 -0.9942 -1.3286 H\\n39 H 4.8432 0.1452 -1.3131 H\\n40 H 5.1348 1.4748 -0.1572 H\\n41 H 5.6554 0.0425 1.4706 H\\n42 H 2.8360 -2.3763 0.4985 H\\n43 H 1.6688 -1.4475 1.4026 H\\n44 H 4.9662 -2.2106 -0.4765 H\\n45 H 6.5098 -1.3968 -0.2947 H\\n46 H 5.1575 -3.1547 1.8105 H\\n47 H 6.6470 -2.2254 2.0872 H\\n48 H 6.6090 -3.5148 0.8736 H\\n49 H 1.6842 1.8033 1.0079 H\\n50 H 3.3287 2.4649 1.0761 H\\n51 H 3.8456 1.1042 2.8090 H\\n52 H 2.2216 0.4490 2.7890 H\\n53 H 0.6494 0.3402 -1.6383 H\\n54 H 0.8932 -0.9380 -3.5055 H\\n55 H 0.3139 -3.0124 -4.6990 H\\n56 H -0.4023 -2.1574 1.1821 H\\n57 H -1.3046 -4.2043 2.1062 H\\n58 H -1.7358 -6.1577 0.6395 H\\n59 H -1.2455 -6.0066 -1.7730 H\\n60 H -2.2528 0.2046 1.4206 H\\n61 H -1.0996 1.2270 2.2974 H\\n62 H -3.3538 2.1790 2.2499 H\\n63 H -3.1218 2.4165 -0.7919 H\\n64 H -4.1288 1.2470 0.0794 H\\n65 H -4.4490 2.9796 0.2283 H\\n66 H -1.4958 3.9427 0.5779 H\\n67 H -2.8349 4.4553 1.6050 H\\n68 H -1.3993 3.7253 2.3351 H\\n69 H 2.8537 1.2064 -2.4288 H\\n70 H 1.7157 2.1112 -1.4257 H\\n71 H 5.0964 2.1810 -2.9563 H\\n72 H 2.2683 4.3046 -0.4532 H\\n73 H 3.6297 6.3311 -0.6522 H\\n74 H 6.4459 4.2157 -3.1384 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.1572 -1.0561 -0.6600 C\\n2 C 1.9574 -0.2885 0.3559 C\\n3 C 3.2913 1.2567 -1.1467 C\\n4 N 2.9005 0.9908 0.3341 N\\n5 C 4.0799 0.0618 -1.7147 C\\n6 C 2.7505 -1.4742 -0.2331 C\\n7 C 3.4936 -0.3610 -3.0771 C\\n8 C 4.2335 -1.5170 -3.7320 C\\n9 C 4.2020 0.7522 1.1052 C\\n10 C 4.8815 -0.5101 0.5789 C\\n11 C 1.1698 -0.6485 1.6999 C\\n12 C 2.6731 -2.0211 3.1502 C\\n13 C 1.9651 -0.8097 3.0063 C\\n14 N 3.7421 -1.2531 5.1414 N\\n15 C 2.0524 0.1375 4.0840 C\\n16 C 3.5330 -2.1937 4.2133 C\\n17 C 2.9998 -0.1412 5.1066 C\\n18 C 1.2816 1.3238 4.2502 C\\n19 C 1.4899 2.2128 5.3087 C\\n20 C 2.4664 1.9389 6.2481 C\\n21 C 3.1989 0.7600 6.1429 C\\n22 O 0.0364 0.2322 1.8680 O\\n23 C -1.0527 -0.0633 1.1020 C\\n24 O -1.0401 -0.8796 0.1949 O\\n25 C -2.2328 0.7913 1.4877 C\\n26 C -2.3688 2.0204 0.5817 C\\n27 C -2.9164 1.6383 -0.7973 C\\n28 C -3.2866 3.0544 1.2354 C\\n29 C 2.1348 2.2185 0.8603 C\\n30 C 2.8478 3.5491 0.8649 C\\n31 C 4.1622 6.0287 0.8908 C\\n32 C 3.6202 3.9388 1.9721 C\\n33 C 2.7277 4.4339 -0.2189 C\\n34 C 3.3878 5.6665 -0.2088 C\\n35 C 4.2799 5.1706 1.9827 C\\n36 I 5.1461 7.8581 0.9019 I\\n37 H 4.7087 -1.9231 -1.0390 H\\n38 H 1.1954 -0.0239 -0.3884 H\\n39 H 2.3641 1.4613 -1.6939 H\\n40 H 3.9261 2.1497 -1.1722 H\\n41 H 5.1069 0.4054 -1.9132 H\\n42 H 2.1971 -1.8782 -1.0879 H\\n43 H 2.8215 -2.3087 0.4617 H\\n44 H 2.4336 -0.6233 -2.9834 H\\n45 H 3.5338 0.4993 -3.7569 H\\n46 H 4.0975 -2.4467 -3.1748 H\\n47 H 5.3048 -1.3081 -3.8075 H\\n48 H 3.8466 -1.6853 -4.7433 H\\n49 H 3.9840 0.6926 2.1719 H\\n50 H 4.8537 1.6193 0.9418 H\\n51 H 5.9291 -0.2868 0.3392 H\\n52 H 4.9151 -1.2728 1.3655 H\\n53 H 0.7405 -1.6491 1.5371 H\\n54 H 2.5632 -2.8463 2.4534 H\\n55 H 4.0977 -3.1141 4.3451 H\\n56 H 0.4688 1.5800 3.5814 H\\n57 H 0.8794 3.1098 5.4022 H\\n58 H 2.6406 2.6167 7.0814 H\\n59 H 3.9422 0.5296 6.9053 H\\n60 H -2.1029 1.0912 2.5357 H\\n61 H -3.1336 0.1651 1.4606 H\\n62 H -1.3821 2.4837 0.4398 H\\n63 H -2.2215 0.9833 -1.3318 H\\n64 H -3.8793 1.1212 -0.7150 H\\n65 H -3.0664 2.5291 -1.4186 H\\n66 H -2.8659 3.3971 2.1892 H\\n67 H -4.2813 2.6383 1.4357 H\\n68 H -3.4059 3.9320 0.5890 H\\n69 H 1.8554 1.9940 1.8844 H\\n70 H 1.2070 2.2899 0.2773 H\\n71 H 3.7152 3.2952 2.8473 H\\n72 H 2.1186 4.1866 -1.0856 H\\n73 H 3.2852 6.3365 -1.0605 H\\n74 H 4.8741 5.4523 2.8509 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6532 -1.4399 0.4844 C\\n2 C 1.9668 0.4823 0.6330 C\\n3 C 3.6366 0.3675 -1.2552 C\\n4 N 3.3075 1.1115 0.0788 N\\n5 C 3.9575 -1.1094 -0.9839 C\\n6 C 2.2216 -1.0349 0.8418 C\\n7 C 3.2385 -2.0540 -1.9652 C\\n8 C 3.7005 -1.8738 -3.4054 C\\n9 C 4.4942 0.8680 1.0313 C\\n10 C 4.6066 -0.6184 1.3572 C\\n11 C 1.2214 1.1146 1.9006 C\\n12 C 2.5410 0.6495 3.9657 C\\n13 C 2.0372 1.6323 3.0898 C\\n14 N 3.7005 2.2864 5.2609 N\\n15 C 2.2992 3.0056 3.4123 C\\n16 C 3.3536 1.0169 5.0164 C\\n17 C 3.1635 3.2547 4.5117 C\\n18 C 1.7710 4.1492 2.7510 C\\n19 C 2.1095 5.4522 3.1232 C\\n20 C 2.9799 5.6564 4.1784 C\\n21 C 3.4925 4.5568 4.8600 C\\n22 O 0.1968 2.0498 1.4983 O\\n23 C -0.9356 1.4726 0.9895 C\\n24 O -1.0119 0.2879 0.7020 O\\n25 C -2.0131 2.5106 0.7824 C\\n26 C -3.4228 1.9025 0.7424 C\\n27 C -4.4228 2.9331 0.2157 C\\n28 C -3.8594 1.4134 2.1253 C\\n29 C 3.2308 2.6312 -0.2124 C\\n30 C 2.4860 3.0922 -1.4453 C\\n31 C 1.1141 3.9534 -3.7486 C\\n32 C 3.1422 3.1882 -2.6862 C\\n33 C 1.1415 3.4785 -1.3807 C\\n34 C 0.4549 3.8987 -2.5241 C\\n35 C 2.4592 3.6053 -3.8330 C\\n36 I 0.0968 4.5779 -5.4459 I\\n37 H 3.8021 -2.5075 0.6813 H\\n38 H 1.2855 0.5785 -0.2206 H\\n39 H 2.7687 0.4808 -1.9114 H\\n40 H 4.5071 0.8622 -1.6997 H\\n41 H 5.0355 -1.2559 -1.1427 H\\n42 H 1.5003 -1.6008 0.2412 H\\n43 H 2.0204 -1.3412 1.8725 H\\n44 H 3.4312 -3.0932 -1.6705 H\\n45 H 2.1528 -1.9079 -1.9234 H\\n46 H 3.4791 -0.8687 -3.7770 H\\n47 H 3.1887 -2.5897 -4.0559 H\\n48 H 4.7768 -2.0457 -3.4957 H\\n49 H 4.3745 1.4897 1.9185 H\\n50 H 5.3979 1.2074 0.5101 H\\n51 H 5.6422 -0.9463 1.2043 H\\n52 H 4.3973 -0.7939 2.4175 H\\n53 H 0.6514 0.2887 2.3536 H\\n54 H 2.3055 -0.4042 3.8522 H\\n55 H 3.7610 0.2818 5.7057 H\\n56 H 1.0622 4.0619 1.9373 H\\n57 H 1.6799 6.3045 2.6003 H\\n58 H 3.2473 6.6637 4.4901 H\\n59 H 4.1584 4.7219 5.7058 H\\n60 H -1.9524 3.2557 1.5841 H\\n61 H -1.7938 3.0124 -0.1664 H\\n62 H -3.4320 1.0451 0.0575 H\\n63 H -4.1492 3.2587 -0.7937 H\\n64 H -4.4592 3.8189 0.8588 H\\n65 H -5.4314 2.5080 0.1661 H\\n66 H -4.8635 0.9765 2.0815 H\\n67 H -3.1813 0.6438 2.5079 H\\n68 H -3.8826 2.2359 2.8478 H\\n69 H 2.8278 3.1069 0.6758 H\\n70 H 4.2679 2.9828 -0.2989 H\\n71 H 4.2013 2.9530 -2.7815 H\\n72 H 0.6112 3.4942 -0.4368 H\\n73 H -0.5891 4.1968 -2.4430 H\\n74 H 2.9897 3.6670 -4.7814 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.7581 -0.1704 1.8859 C\\n2 C 1.9395 0.3381 -0.4658 C\\n3 C 4.3578 -0.3038 -0.0551 C\\n4 N 3.4341 0.8943 -0.3904 N\\n5 C 3.8938 -0.9877 1.2450 C\\n6 C 1.5427 -0.1090 0.9612 C\\n7 C 3.5563 -2.4701 0.9879 C\\n8 C 3.1633 -3.2321 2.2456 C\\n9 C 3.5630 1.9285 0.7401 C\\n10 C 3.2457 1.2705 2.0811 C\\n11 C 0.8721 1.3109 -1.1064 C\\n12 C 0.7847 0.1483 -3.3470 C\\n13 C 0.8609 1.3540 -2.6300 C\\n14 N 0.9827 1.3188 -5.4268 N\\n15 C 0.8900 2.5799 -3.3620 C\\n16 C 0.8493 0.1830 -4.7240 C\\n17 C 0.9720 2.4881 -4.7729 C\\n18 C 0.8409 3.8771 -2.7859 C\\n19 C 0.9092 5.0288 -3.5712 C\\n20 C 1.0205 4.9141 -4.9472 C\\n21 C 1.0459 3.6482 -5.5306 C\\n22 O -0.4661 0.8957 -0.7545 O\\n23 C -1.1665 1.7511 0.0464 C\\n24 O -0.6861 2.7519 0.5582 O\\n25 C -2.5940 1.2748 0.1838 C\\n26 C -3.3121 1.8746 1.4015 C\\n27 C -4.8130 1.5908 1.3153 C\\n28 C -2.7530 1.3155 2.7125 C\\n29 C 3.8691 1.5136 -1.7466 C\\n30 C 5.3319 1.8508 -1.9256 C\\n31 C 8.0490 2.4727 -2.2719 C\\n32 C 5.8334 3.1073 -1.5497 C\\n33 C 6.2136 0.9203 -2.5013 C\\n34 C 7.5666 1.2273 -2.6682 C\\n35 C 7.1863 3.4153 -1.7175 C\\n36 I 10.0585 2.9313 -2.5230 I\\n37 H 2.4743 -0.5843 2.8591 H\\n38 H 2.0236 -0.5649 -1.0810 H\\n39 H 4.3437 -0.9784 -0.9187 H\\n40 H 5.3711 0.0885 0.0819 H\\n41 H 4.7471 -0.9818 1.9384 H\\n42 H 0.8170 0.5782 1.4087 H\\n43 H 1.0384 -1.0813 0.9106 H\\n44 H 4.4375 -2.9602 0.5540 H\\n45 H 2.7563 -2.5664 0.2458 H\\n46 H 2.2128 -2.8743 2.6516 H\\n47 H 3.9314 -3.1360 3.0198 H\\n48 H 3.0442 -4.2966 2.0170 H\\n49 H 2.8825 2.7562 0.5204 H\\n50 H 4.5896 2.3047 0.7477 H\\n51 H 2.4896 1.8644 2.6088 H\\n52 H 4.1376 1.2827 2.7197 H\\n53 H 1.0940 2.2996 -0.7070 H\\n54 H 0.6602 -0.8127 -2.8579 H\\n55 H 0.7965 -0.7254 -5.3189 H\\n56 H 0.7165 4.0287 -1.7170 H\\n57 H 0.8594 6.0131 -3.1099 H\\n58 H 1.0683 5.8021 -5.5734 H\\n59 H 1.1115 3.5652 -6.6145 H\\n60 H -2.5967 0.1806 0.2557 H\\n61 H -3.1119 1.5596 -0.7394 H\\n62 H -3.1734 2.9637 1.4069 H\\n63 H -5.2392 2.0233 0.4040 H\\n64 H -5.3407 2.0279 2.1695 H\\n65 H -5.0146 0.5140 1.3062 H\\n66 H -2.8685 0.2269 2.7616 H\\n67 H -3.2761 1.7493 3.5719 H\\n68 H -1.6890 1.5471 2.8231 H\\n69 H 3.5727 0.8009 -2.5229 H\\n70 H 3.2880 2.4303 -1.8686 H\\n71 H 5.1792 3.8734 -1.1374 H\\n72 H 5.8593 -0.0500 -2.8453 H\\n73 H 8.2302 0.4932 -3.1208 H\\n74 H 7.5510 4.3984 -1.4250 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.9138 -0.7611 1.5641 C\\n2 C 2.2931 -0.5039 -0.3907 C\\n3 C 4.5874 0.5307 -0.4902 C\\n4 N 3.0731 0.8807 -0.2922 N\\n5 C 5.0857 -0.3468 0.6637 C\\n6 C 2.7521 -1.3827 0.7911 C\\n7 C 6.0420 -1.4672 0.2138 C\\n8 C 5.4777 -2.5715 -0.6626 C\\n9 C 2.9181 1.5107 1.0987 C\\n10 C 3.3493 0.5253 2.1862 C\\n11 C 0.7329 -0.4174 -0.5390 C\\n12 C 0.1645 -2.1974 -2.1894 C\\n13 C 0.1273 -1.7978 -0.8393 C\\n14 N -0.8572 -4.2957 -1.6622 N\\n15 C -0.4528 -2.6916 0.1171 C\\n16 C -0.3358 -3.4320 -2.5448 C\\n17 C -0.9303 -3.9346 -0.3748 C\\n18 C -0.5996 -2.4535 1.5110 C\\n19 C -1.1842 -3.3889 2.3670 C\\n20 C -1.6400 -4.5916 1.8568 C\\n21 C -1.5071 -4.8485 0.4951 C\\n22 O 0.1354 0.2607 0.5755 O\\n23 C -1.0951 0.8089 0.3152 C\\n24 O -1.6571 0.7471 -0.7659 O\\n25 C -1.6147 1.4950 1.5590 C\\n26 C -2.8895 2.3136 1.3047 C\\n27 C -3.0977 3.3279 2.4290 C\\n28 C -4.1247 1.4156 1.1849 C\\n29 C 2.7284 1.8730 -1.4515 C\\n30 C 1.6182 2.8866 -1.2822 C\\n31 C -0.4215 4.8205 -1.0402 C\\n32 C 1.7816 4.0175 -0.4616 C\\n33 C 0.4337 2.7879 -2.0291 C\\n34 C -0.5855 3.7378 -1.8983 C\\n35 C 0.7649 4.9691 -0.3282 C\\n36 I -1.9352 6.2259 -0.8402 I\\n37 H 4.2500 -1.4378 2.3575 H\\n38 H 2.6802 -0.9548 -1.3151 H\\n39 H 5.1430 1.4778 -0.5026 H\\n40 H 4.6824 0.0614 -1.4750 H\\n41 H 5.7274 0.3034 1.2785 H\\n42 H 2.9996 -2.3827 0.4259 H\\n43 H 1.9366 -1.5396 1.5016 H\\n44 H 6.4873 -1.9292 1.1035 H\\n45 H 6.8732 -1.0007 -0.3304 H\\n46 H 4.8981 -2.1842 -1.5033 H\\n47 H 4.8541 -3.2562 -0.0840 H\\n48 H 6.2981 -3.1691 -1.0754 H\\n49 H 3.5627 2.3955 1.1255 H\\n50 H 1.8799 1.8160 1.2403 H\\n51 H 4.0967 0.9983 2.8359 H\\n52 H 2.4948 0.2963 2.8358 H\\n53 H 0.5532 0.1881 -1.4307 H\\n54 H 0.5599 -1.5557 -2.9709 H\\n55 H -0.3333 -3.7715 -3.5780 H\\n56 H -0.2656 -1.5320 1.9726 H\\n57 H -1.2880 -3.1756 3.4279 H\\n58 H -2.1020 -5.3297 2.5072 H\\n59 H -1.8735 -5.7933 0.0962 H\\n60 H -1.7896 0.7354 2.3301 H\\n61 H -0.8181 2.1667 1.9051 H\\n62 H -2.7840 2.8709 0.3659 H\\n63 H -3.9843 3.9422 2.2368 H\\n64 H -3.2337 2.8270 3.3940 H\\n65 H -2.2369 4.0012 2.5128 H\\n66 H -5.0214 2.0181 0.9967 H\\n67 H -4.0252 0.7054 0.3584 H\\n68 H -4.2915 0.8405 2.1036 H\\n69 H 3.6402 2.4530 -1.6499 H\\n70 H 2.5683 1.2521 -2.3436 H\\n71 H 2.7129 4.1982 0.0706 H\\n72 H 0.2725 1.9729 -2.7325 H\\n73 H -1.5031 3.6168 -2.4733 H\\n74 H 0.9179 5.8300 0.3205 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.1561 -0.4911 1.8440 C\\n2 C 1.8126 0.6666 0.0077 C\\n3 C 4.0670 -0.3467 -0.5051 C\\n4 N 3.3408 1.0066 -0.2826 N\\n5 C 4.0570 -1.1633 0.7948 C\\n6 C 1.7608 -0.1650 1.3111 C\\n7 C 3.8511 -2.6721 0.5655 C\\n8 C 2.4930 -3.1280 0.0624 C\\n9 C 3.9828 1.7120 0.9245 C\\n10 C 3.7922 0.8677 2.1863 C\\n11 C 0.8274 1.8997 0.0594 C\\n12 C -0.1376 1.5827 -2.2505 C\\n13 C 0.4037 2.4581 -1.2933 C\\n14 N -0.3048 3.3574 -3.8496 N\\n15 C 0.4909 3.8469 -1.6145 C\\n16 C -0.4710 2.0735 -3.4952 C\\n17 C 0.1339 4.2290 -2.9312 C\\n18 C 0.9006 4.8693 -0.7182 C\\n19 C 0.9856 6.2034 -1.1204 C\\n20 C 0.6583 6.5494 -2.4212 C\\n21 C 0.2331 5.5608 -3.3079 C\\n22 O -0.4151 1.5033 0.6823 O\\n23 C -0.8169 2.2494 1.7494 C\\n24 O -0.1184 3.0930 2.2944 O\\n25 C -2.1934 1.8436 2.2214 C\\n26 C -3.2209 1.6932 1.0859 C\\n27 C -3.4950 3.0316 0.3956 C\\n28 C -4.5253 1.1109 1.6332 C\\n29 C 3.4778 1.8812 -1.5609 C\\n30 C 4.8611 2.0559 -2.1440 C\\n31 C 7.4344 2.3537 -3.2329 C\\n32 C 5.3028 1.2207 -3.1856 C\\n33 C 5.7238 3.0601 -1.6770 C\\n34 C 7.0064 3.2045 -2.2154 C\\n35 C 6.5843 1.3653 -3.7245 C\\n36 I 9.3393 2.5684 -4.0285 I\\n37 H 3.0856 -1.1038 2.7498 H\\n38 H 1.5201 0.0026 -0.8144 H\\n39 H 3.5734 -0.8458 -1.3446 H\\n40 H 5.1053 -0.1356 -0.7781 H\\n41 H 5.0823 -1.1053 1.1932 H\\n42 H 1.2239 0.3727 2.1017 H\\n43 H 1.1688 -1.0667 1.1391 H\\n44 H 4.0641 -3.2028 1.5021 H\\n45 H 4.6091 -3.0116 -0.1522 H\\n46 H 2.1424 -2.5359 -0.7870 H\\n47 H 1.7442 -3.0906 0.8578 H\\n48 H 2.5525 -4.1727 -0.2624 H\\n49 H 5.0502 1.8273 0.7122 H\\n50 H 3.5309 2.7033 1.0262 H\\n51 H 4.7600 0.7241 2.6821 H\\n52 H 3.1682 1.4143 2.9050 H\\n53 H 1.3361 2.6592 0.6518 H\\n54 H -0.3223 0.5337 -2.0407 H\\n55 H -0.8922 1.4315 -4.2653 H\\n56 H 1.1302 4.6632 0.3236 H\\n57 H 1.2895 6.9719 -0.4126 H\\n58 H 0.7111 7.5857 -2.7475 H\\n59 H -0.0434 5.8423 -4.3231 H\\n60 H -2.0799 0.8998 2.7671 H\\n61 H -2.5403 2.5998 2.9378 H\\n62 H -2.8350 0.9935 0.3327 H\\n63 H -3.8947 3.7690 1.1015 H\\n64 H -4.2247 2.9080 -0.4128 H\\n65 H -2.5833 3.4456 -0.0459 H\\n66 H -4.9688 1.7682 2.3901 H\\n67 H -5.2579 0.9756 0.8296 H\\n68 H -4.3511 0.1318 2.0915 H\\n69 H 2.8290 1.4261 -2.3168 H\\n70 H 3.0842 2.8683 -1.3083 H\\n71 H 4.6530 0.4511 -3.6016 H\\n72 H 5.4100 3.7550 -0.9004 H\\n73 H 7.6608 3.9898 -1.8397 H\\n74 H 6.9044 0.7086 -4.5319 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.9835 -1.4030 -0.1049 C\\n2 C 1.9860 0.0696 0.5190 C\\n3 C 3.6279 0.7857 -1.2792 C\\n4 N 3.1800 1.0606 0.1951 N\\n5 C 4.2385 -0.6214 -1.4026 C\\n6 C 2.4967 -1.3672 0.2600 C\\n7 C 3.7339 -1.3040 -2.6875 C\\n8 C 4.3720 -2.6599 -2.9498 C\\n9 C 4.4112 0.7711 1.0790 C\\n10 C 4.7559 -0.7120 1.0231 C\\n11 C 1.1908 0.2119 1.9009 C\\n12 C 2.2492 1.5963 3.7437 C\\n13 C 1.9638 0.3237 3.2158 C\\n14 N 3.5817 0.6501 5.4907 N\\n15 C 2.3923 -0.8142 3.9694 C\\n16 C 3.0461 1.7068 4.8645 C\\n17 C 3.2350 -0.5774 5.0853 C\\n18 C 2.0216 -2.1603 3.7129 C\\n19 C 2.5215 -3.2214 4.4704 C\\n20 C 3.3905 -2.9655 5.5166 C\\n21 C 3.7291 -1.6478 5.8167 C\\n22 O 0.2639 1.3324 1.8429 O\\n23 C -0.9256 1.0741 1.2233 C\\n24 O -1.1366 0.0608 0.5749 O\\n25 C -1.8824 2.2236 1.4448 C\\n26 C -3.2228 2.0446 0.7164 C\\n27 C -3.0807 2.2618 -0.7928 C\\n28 C -4.2595 3.0189 1.2790 C\\n29 C 2.8017 2.5580 0.3306 C\\n30 C 2.2341 3.2648 -0.8811 C\\n31 C 1.2292 4.6057 -3.1411 C\\n32 C 3.0153 4.2147 -1.5645 C\\n33 C 0.9385 3.0089 -1.3516 C\\n34 C 0.4391 3.6716 -2.4769 C\\n35 C 2.5163 4.8808 -2.6877 C\\n36 I 0.4845 5.5909 -4.8089 I\\n37 H 4.3247 -2.4395 -0.1857 H\\n38 H 1.2646 0.2888 -0.2756 H\\n39 H 4.3719 1.5458 -1.5456 H\\n40 H 2.7450 0.8974 -1.9165 H\\n41 H 5.3253 -0.5038 -1.5186 H\\n42 H 1.8967 -1.8240 -0.5372 H\\n43 H 2.3394 -2.0112 1.1238 H\\n44 H 3.9601 -0.6517 -3.5402 H\\n45 H 2.6450 -1.4181 -2.6684 H\\n46 H 4.0754 -3.3982 -2.1990 H\\n47 H 5.4647 -2.5870 -2.9551 H\\n48 H 4.0540 -3.0398 -3.9269 H\\n49 H 5.2386 1.3700 0.6777 H\\n50 H 4.2213 1.1172 2.0927 H\\n51 H 4.5342 -1.1902 1.9831 H\\n52 H 5.8366 -0.8292 0.8760 H\\n53 H 0.5636 -0.6813 1.9974 H\\n54 H 1.8583 2.5091 3.3085 H\\n55 H 3.2903 2.6744 5.2956 H\\n56 H 1.3010 -2.4185 2.9427 H\\n57 H 2.2195 -4.2437 4.2528 H\\n58 H 3.7832 -3.7804 6.1204 H\\n59 H 4.3837 -1.4499 6.6642 H\\n60 H -1.3966 3.1515 1.1208 H\\n61 H -2.0569 2.2817 2.5260 H\\n62 H -3.5928 1.0249 0.8836 H\\n63 H -2.3790 1.5494 -1.2373 H\\n64 H -2.7234 3.2733 -1.0174 H\\n65 H -4.0467 2.1274 -1.2924 H\\n66 H -3.9498 4.0591 1.1323 H\\n67 H -4.4052 2.8552 2.3518 H\\n68 H -5.2299 2.8811 0.7892 H\\n69 H 3.7215 3.0755 0.6304 H\\n70 H 2.1147 2.6680 1.1649 H\\n71 H 4.0234 4.4580 -1.2307 H\\n72 H 0.2914 2.2901 -0.8633 H\\n73 H -0.5691 3.4518 -2.8239 H\\n74 H 3.1387 5.6160 -3.1949 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.9778 -0.5406 1.8028 C\\n2 C 2.0079 -0.2025 -0.5393 C\\n3 C 4.4522 0.2055 -0.0901 C\\n4 N 3.1038 0.9284 -0.3446 N\\n5 C 4.3882 -0.6270 1.2029 C\\n6 C 1.9211 -0.9883 0.7902 C\\n7 C 4.8856 -2.0620 0.9375 C\\n8 C 4.9343 -2.9333 2.1839 C\\n9 C 2.8011 1.7949 0.8920 C\\n10 C 2.6938 0.9255 2.1372 C\\n11 C 0.6038 0.2508 -1.0881 C\\n12 C 0.1264 -1.2696 -3.0106 C\\n13 C -0.1664 -0.9502 -1.6695 C\\n14 N -1.3481 -3.1506 -2.9671 N\\n15 C -1.1024 -1.7802 -0.9761 C\\n16 C -0.4813 -2.3543 -3.6061 C\\n17 C -1.6570 -2.8724 -1.6954 C\\n18 C -1.5310 -1.6188 0.3660 C\\n19 C -2.4488 -2.4833 0.9672 C\\n20 C -2.9678 -3.5401 0.2416 C\\n21 C -2.5660 -3.7204 -1.0792 C\\n22 O -0.1832 0.9877 -0.1282 O\\n23 C -0.5089 2.2648 -0.4645 C\\n24 O 0.0061 2.8688 -1.3992 O\\n25 C -1.4783 2.9325 0.4878 C\\n26 C -2.3828 2.0055 1.3122 C\\n27 C -3.6954 2.7141 1.6598 C\\n28 C -1.6941 1.5638 2.6064 C\\n29 C 3.2721 1.9100 -1.5469 C\\n30 C 3.4203 1.3622 -2.9480 C\\n31 C 3.6670 0.4424 -5.6022 C\\n32 C 2.4295 1.6348 -3.9091 C\\n33 C 4.5696 0.6783 -3.3715 C\\n34 C 4.6854 0.2051 -4.6837 C\\n35 C 2.5443 1.1700 -5.2230 C\\n36 I 3.8376 -0.2624 -7.5457 I\\n37 H 2.8964 -1.1332 2.7197 H\\n38 H 2.4567 -0.8626 -1.2937 H\\n39 H 4.6471 -0.4343 -0.9530 H\\n40 H 5.2330 0.9718 -0.0234 H\\n41 H 5.0922 -0.1801 1.9192 H\\n42 H 2.0114 -2.0614 0.5844 H\\n43 H 0.9464 -0.8595 1.2633 H\\n44 H 5.8990 -2.0090 0.5193 H\\n45 H 4.2653 -2.5551 0.1802 H\\n46 H 3.9307 -3.1552 2.5579 H\\n47 H 5.5052 -2.4484 2.9821 H\\n48 H 5.4179 -3.8886 1.9546 H\\n49 H 3.6212 2.5161 0.9938 H\\n50 H 1.8802 2.3512 0.7102 H\\n51 H 1.6948 1.0309 2.5761 H\\n52 H 3.3946 1.2861 2.9001 H\\n53 H 0.7878 0.8902 -1.9489 H\\n54 H 0.8213 -0.6879 -3.6062 H\\n55 H -0.2788 -2.6220 -4.6399 H\\n56 H -1.1713 -0.8064 0.9815 H\\n57 H -2.7601 -2.3256 1.9973 H\\n58 H -3.6858 -4.2221 0.6905 H\\n59 H -2.9792 -4.5507 -1.6496 H\\n60 H -2.1102 3.5674 -0.1468 H\\n61 H -0.8991 3.5925 1.1441 H\\n62 H -2.6369 1.1180 0.7225 H\\n63 H -4.3470 2.0597 2.2486 H\\n64 H -3.5146 3.6253 2.2401 H\\n65 H -4.2397 2.9926 0.7511 H\\n66 H -2.3307 0.8685 3.1644 H\\n67 H -0.7463 1.0575 2.4071 H\\n68 H -1.4832 2.4204 3.2562 H\\n69 H 2.4164 2.5883 -1.5047 H\\n70 H 4.1511 2.5283 -1.3210 H\\n71 H 1.5520 2.2326 -3.6567 H\\n72 H 5.4197 0.5278 -2.7117 H\\n73 H 5.5865 -0.3282 -4.9822 H\\n74 H 1.7569 1.3955 -5.9401 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.1081 -1.2565 -0.5206 C\\n2 C 2.0241 -0.1585 0.4320 C\\n3 C 3.4870 1.0773 -1.2288 C\\n4 N 3.1000 1.0085 0.2792 N\\n5 C 4.0739 -0.2667 -1.6951 C\\n6 C 2.7018 -1.4826 0.0291 C\\n7 C 3.3248 -0.7664 -2.9466 C\\n8 C 3.8630 -2.0769 -3.5006 C\\n9 C 4.3832 0.6963 1.0562 C\\n10 C 4.9441 -0.6527 0.6149 C\\n11 C 1.1672 -0.2612 1.7737 C\\n12 C 2.2202 0.6154 3.9118 C\\n13 C 1.8911 -0.4863 3.1036 C\\n14 N 3.3891 -0.7796 5.4655 N\\n15 C 2.2128 -1.7896 3.6023 C\\n16 C 2.9592 0.4230 5.0609 C\\n17 C 2.9950 -1.8614 4.7834 C\\n18 C 1.7869 -3.0200 3.0326 C\\n19 C 2.1696 -4.2529 3.5652 C\\n20 C 2.9755 -4.2917 4.6899 C\\n21 C 3.3720 -3.0976 5.2881 C\\n22 O 0.2945 0.8928 1.9237 O\\n23 C -0.8384 0.8724 1.1601 C\\n24 O -1.0349 0.0584 0.2713 O\\n25 C -1.7582 1.9977 1.5746 C\\n26 C -3.0121 2.1081 0.6917 C\\n27 C -4.0633 2.9832 1.3795 C\\n28 C -2.6788 2.6866 -0.6866 C\\n29 C 2.4934 2.3692 0.6810 C\\n30 C 3.3213 3.6103 0.4373 C\\n31 C 4.8526 5.9201 -0.0145 C\\n32 C 3.1504 4.3652 -0.7348 C\\n33 C 4.2588 4.0465 1.3881 C\\n34 C 5.0243 5.1933 1.1613 C\\n35 C 3.9164 5.5122 -0.9617 C\\n36 I 5.9910 7.6235 -0.3526 I\\n37 H 4.5544 -2.2111 -0.8190 H\\n38 H 1.3121 0.0861 -0.3652 H\\n39 H 4.2440 1.8600 -1.3443 H\\n40 H 2.5867 1.3674 -1.7824 H\\n41 H 5.1121 -0.0822 -2.0082 H\\n42 H 2.0737 -2.0038 -0.7033 H\\n43 H 2.7869 -2.1661 0.8710 H\\n44 H 3.4100 -0.0022 -3.7307 H\\n45 H 2.2541 -0.8773 -2.7421 H\\n46 H 4.9431 -2.0215 -3.6663 H\\n47 H 3.6568 -2.9122 -2.8245 H\\n48 H 3.3842 -2.3041 -4.4592 H\\n49 H 4.1673 0.7227 2.1232 H\\n50 H 5.1109 1.4834 0.8348 H\\n51 H 5.9856 -0.5301 0.2934 H\\n52 H 4.9728 -1.3363 1.4723 H\\n53 H 0.4967 -1.1195 1.6497 H\\n54 H 1.9014 1.6243 3.6811 H\\n55 H 3.2346 1.2538 5.7049 H\\n56 H 1.1261 -3.0538 2.1707 H\\n57 H 1.8267 -5.1796 3.1093 H\\n58 H 3.2780 -5.2435 5.1204 H\\n59 H 3.9791 -3.1338 6.1914 H\\n60 H -1.1943 2.9376 1.5518 H\\n61 H -2.0549 1.7942 2.6113 H\\n62 H -3.4462 1.1097 0.5485 H\\n63 H -4.9667 3.0633 0.7653 H\\n64 H -4.3543 2.5534 2.3439 H\\n65 H -3.6849 3.9945 1.5604 H\\n66 H -3.5720 2.7165 -1.3193 H\\n67 H -1.9282 2.0837 -1.2047 H\\n68 H -2.2894 3.7084 -0.6068 H\\n69 H 2.2749 2.3236 1.7452 H\\n70 H 1.5390 2.4568 0.1472 H\\n71 H 2.4159 4.0808 -1.4853 H\\n72 H 4.4026 3.5088 2.3233 H\\n73 H 5.7450 5.5132 1.9111 H\\n74 H 3.7680 6.0834 -1.8762 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.9333 -1.3753 -0.3274 C\\n2 C 1.9871 0.0193 0.5266 C\\n3 C 3.5232 0.9243 -1.2665 C\\n4 N 3.1671 1.0427 0.2445 N\\n5 C 4.0618 -0.4825 -1.5745 C\\n6 C 2.4869 -1.3960 0.1685 C\\n7 C 3.3969 -1.0976 -2.8193 C\\n8 C 3.7520 -0.3534 -4.1006 C\\n9 C 4.4302 0.6888 1.0374 C\\n10 C 4.8008 -0.7721 0.7855 C\\n11 C 1.2123 0.0930 1.9242 C\\n12 C 2.4854 -1.2529 3.6005 C\\n13 C 2.0247 0.0250 3.2277 C\\n14 N 3.7479 -0.3608 5.4201 N\\n15 C 2.3428 1.1211 4.1039 C\\n16 C 3.3290 -1.3946 4.6818 C\\n17 C 3.2444 0.8517 5.1688 C\\n18 C 1.8399 2.4513 4.0338 C\\n19 C 2.2543 3.4608 4.9069 C\\n20 C 3.1740 3.1713 5.8966 C\\n21 C 3.6492 1.8694 6.0204 C\\n22 O 0.2873 1.2034 1.9348 O\\n23 C -0.8627 1.0228 1.2192 C\\n24 O -1.0400 0.0832 0.4609 O\\n25 C -1.8252 2.1530 1.5014 C\\n26 C -3.1253 2.0566 0.6882 C\\n27 C -2.9027 2.4505 -0.7751 C\\n28 C -4.1984 2.9537 1.3063 C\\n29 C 2.6950 2.4815 0.5202 C\\n30 C 3.6699 3.6056 0.2643 C\\n31 C 5.4818 5.7003 -0.1962 C\\n32 C 3.6907 4.2748 -0.9699 C\\n33 C 4.5587 4.0201 1.2714 C\\n34 C 5.4626 5.0602 1.0411 C\\n35 C 4.5969 5.3133 -1.2011 C\\n36 I 6.8258 7.2445 -0.5409 I\\n37 H 4.2702 -2.3952 -0.5456 H\\n38 H 1.2592 0.2922 -0.2463 H\\n39 H 4.2982 1.6633 -1.4912 H\\n40 H 2.6170 1.1739 -1.8289 H\\n41 H 5.1339 -0.3902 -1.8027 H\\n42 H 1.8273 -1.8219 -0.5967 H\\n43 H 2.4075 -2.0862 1.0083 H\\n44 H 2.3067 -1.1091 -2.7113 H\\n45 H 3.7191 -2.1407 -2.9260 H\\n46 H 3.2855 -0.8435 -4.9610 H\\n47 H 4.8350 -0.3470 -4.2620 H\\n48 H 3.4021 0.6827 -4.0760 H\\n49 H 4.2650 0.9022 2.0929 H\\n50 H 5.2376 1.3377 0.6812 H\\n51 H 4.6958 -1.3525 1.7087 H\\n52 H 5.8624 -0.8357 0.5148 H\\n53 H 0.5803 -0.8076 1.9655 H\\n54 H 2.1911 -2.1555 3.0750 H\\n55 H 3.7047 -2.3682 4.9862 H\\n56 H 1.0822 2.7409 3.3162 H\\n57 H 1.8427 4.4649 4.8238 H\\n58 H 3.5020 3.9403 6.5921 H\\n59 H 4.3473 1.6362 6.8229 H\\n60 H -1.3172 3.1027 1.2950 H\\n61 H -2.0563 2.1077 2.5729 H\\n62 H -3.4952 1.0236 0.7116 H\\n63 H -3.8390 2.3735 -1.3400 H\\n64 H -2.1712 1.7953 -1.2594 H\\n65 H -2.5421 3.4816 -0.8576 H\\n66 H -4.4139 2.6493 2.3363 H\\n67 H -3.8812 4.0020 1.3217 H\\n68 H -5.1336 2.8900 0.7391 H\\n69 H 2.4133 2.5221 1.5653 H\\n70 H 1.7819 2.6355 -0.0687 H\\n71 H 3.0001 4.0054 -1.7675 H\\n72 H 4.5533 3.5485 2.2539 H\\n73 H 6.1402 5.3665 1.8361 H\\n74 H 4.5980 5.8173 -2.1660 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.1095 -0.4874 1.8153 C\\n2 C 1.9307 0.1690 -0.3644 C\\n3 C 4.4747 -0.1290 -0.2674 C\\n4 N 3.3349 0.9191 -0.3647 N\\n5 C 4.4301 -0.8277 1.1021 C\\n6 C 1.9056 -0.7372 0.8938 C\\n7 C 4.6806 -2.3439 1.0119 C\\n8 C 6.0601 -2.6858 0.4597 C\\n9 C 3.4499 1.8241 0.9031 C\\n10 C 3.1367 1.0055 2.1503 C\\n11 C 0.6915 1.1416 -0.5269 C\\n12 C -0.3180 -0.0626 -2.5094 C\\n13 C 0.0523 1.1518 -1.9093 C\\n14 N -1.0907 1.0879 -4.4747 N\\n15 C -0.2403 2.3684 -2.6002 C\\n16 C -0.8728 -0.0401 -3.7758 C\\n17 C -0.7941 2.2625 -3.9006 C\\n18 C -0.0148 3.6740 -2.0827 C\\n19 C -0.2730 4.8215 -2.8361 C\\n20 C -0.7830 4.6919 -4.1175 C\\n21 C -1.0472 3.4178 -4.6290 C\\n22 O -0.3950 0.8371 0.3690 O\\n23 C -0.6469 1.7532 1.3363 C\\n24 O 0.0878 2.6982 1.6051 O\\n25 C -1.9450 1.4545 2.0477 C\\n26 C -3.2078 1.9484 1.3236 C\\n27 C -3.4933 1.1661 0.0346 C\\n28 C -3.1771 3.4519 1.0345 C\\n29 C 3.5751 1.8397 -1.5933 C\\n30 C 3.2568 1.4166 -3.0111 C\\n31 C 2.6342 0.8705 -5.7154 C\\n32 C 2.9750 2.4523 -3.9300 C\\n33 C 3.2843 0.1062 -3.5063 C\\n34 C 2.9625 -0.1682 -4.8467 C\\n35 C 2.6496 2.1843 -5.2651 C\\n36 I 2.1167 0.4519 -7.6830 I\\n37 H 3.0043 -1.0689 2.7385 H\\n38 H 1.9854 -0.5009 -1.2267 H\\n39 H 5.4253 0.4015 -0.3885 H\\n40 H 4.3564 -0.8377 -1.0827 H\\n41 H 5.2502 -0.4211 1.7124 H\\n42 H 0.9910 -0.6137 1.4764 H\\n43 H 1.8888 -1.7838 0.5715 H\\n44 H 3.9141 -2.8357 0.3977 H\\n45 H 4.6093 -2.7732 2.0217 H\\n46 H 6.8422 -2.2203 1.0677 H\\n47 H 6.1778 -2.3514 -0.5764 H\\n48 H 6.2162 -3.7720 0.4932 H\\n49 H 2.7723 2.6762 0.8016 H\\n50 H 4.4813 2.2030 0.9229 H\\n51 H 2.1777 1.3144 2.5793 H\\n52 H 3.8933 1.2177 2.9163 H\\n53 H 1.0673 2.1417 -0.3287 H\\n54 H -0.1918 -1.0201 -2.0109 H\\n55 H -1.1704 -0.9578 -4.2801 H\\n56 H 0.3471 3.8366 -1.0733 H\\n57 H -0.0832 5.8115 -2.4122 H\\n58 H -0.9962 5.5741 -4.7187 H\\n59 H -1.4653 3.3213 -5.6306 H\\n60 H -1.9989 0.3740 2.2305 H\\n61 H -1.8775 1.9184 3.0414 H\\n62 H -4.0509 1.7653 2.0048 H\\n63 H -4.5025 1.3847 -0.3345 H\\n64 H -3.4299 0.0861 0.2151 H\\n65 H -2.7927 1.4298 -0.7649 H\\n66 H -2.9916 4.0214 1.9547 H\\n67 H -4.1347 3.7886 0.6257 H\\n68 H -2.3961 3.7129 0.3084 H\\n69 H 2.9838 2.7418 -1.3834 H\\n70 H 4.6300 2.1431 -1.5485 H\\n71 H 2.9814 3.4968 -3.6160 H\\n72 H 3.5360 -0.7507 -2.8898 H\\n73 H 2.9665 -1.1995 -5.1994 H\\n74 H 2.4065 3.0093 -5.9328 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.4863 -0.6275 1.7365 C\\n2 C 2.3702 -0.5939 -0.5643 C\\n3 C 4.5229 0.6486 -0.1643 C\\n4 N 2.9965 0.8492 -0.3499 N\\n5 C 4.8054 -0.0836 1.1605 C\\n6 C 2.7306 -1.4406 0.6806 C\\n7 C 5.9051 -1.1429 0.9541 C\\n8 C 6.3338 -1.8355 2.2392 C\\n9 C 2.4651 1.5175 0.9315 C\\n10 C 2.6010 0.5651 2.1112 C\\n11 C 0.8424 -0.6345 -0.9319 C\\n12 C 0.7378 -2.2625 -2.8183 C\\n13 C 0.4346 -2.0188 -1.4646 C\\n14 N -0.1531 -4.4764 -2.6952 N\\n15 C -0.1974 -3.0660 -0.7165 C\\n16 C 0.4271 -3.4821 -3.3795 C\\n17 C -0.4628 -4.2775 -1.4087 C\\n18 C -0.5843 -3.0165 0.6518 C\\n19 C -1.1950 -4.0964 1.2943 C\\n20 C -1.4388 -5.2614 0.5906 C\\n21 C -1.0700 -5.3366 -0.7496 C\\n22 O -0.0002 -0.2236 0.1572 O\\n23 C -0.8492 0.8185 -0.0776 C\\n24 O -0.7561 1.5674 -1.0375 O\\n25 C -1.8839 0.8974 1.0244 C\\n26 C -2.3724 2.3102 1.3772 C\\n27 C -3.2458 2.9243 0.2827 C\\n28 C -1.2261 3.2487 1.7553 C\\n29 C 2.7397 1.8425 -1.5222 C\\n30 C 3.0966 1.4139 -2.9266 C\\n31 C 3.7167 0.6716 -5.5732 C\\n32 C 2.0815 1.1727 -3.8689 C\\n33 C 4.4296 1.3308 -3.3600 C\\n34 C 4.7398 0.9500 -4.6704 C\\n35 C 2.3868 0.7918 -5.1798 C\\n36 I 4.1748 0.1065 -7.5165 I\\n37 H 3.6562 -1.2374 2.6288 H\\n38 H 2.9287 -0.9991 -1.4183 H\\n39 H 4.8812 0.0717 -1.0214 H\\n40 H 4.9950 1.6375 -0.1685 H\\n41 H 5.2082 0.6539 1.8699 H\\n42 H 3.3228 -2.3082 0.3676 H\\n43 H 1.8385 -1.8578 1.1507 H\\n44 H 5.5860 -1.8998 0.2286 H\\n45 H 6.7869 -0.6529 0.5210 H\\n46 H 7.2016 -2.4751 2.0485 H\\n47 H 6.6140 -1.1061 3.0055 H\\n48 H 5.5386 -2.4721 2.6374 H\\n49 H 3.0621 2.4232 1.0911 H\\n50 H 1.4322 1.8246 0.7706 H\\n51 H 1.6106 0.2170 2.4265 H\\n52 H 3.0187 1.1024 2.9705 H\\n53 H 0.6897 0.0421 -1.7729 H\\n54 H 1.2086 -1.5171 -3.4497 H\\n55 H 0.6436 -3.6996 -4.4221 H\\n56 H -0.4217 -2.1371 1.2631 H\\n57 H -1.4805 -4.0246 2.3413 H\\n58 H -1.9141 -6.1118 1.0730 H\\n59 H -1.2649 -6.2550 -1.3008 H\\n60 H -1.4471 0.4561 1.9310 H\\n61 H -2.7289 0.2635 0.7303 H\\n62 H -3.0094 2.2053 2.2659 H\\n63 H -2.6776 3.1442 -0.6253 H\\n64 H -4.0683 2.2516 0.0178 H\\n65 H -3.6866 3.8659 0.6299 H\\n66 H -0.5883 3.4821 0.8970 H\\n67 H -0.5997 2.8032 2.5354 H\\n68 H -1.6173 4.1959 2.1428 H\\n69 H 1.6803 2.1108 -1.4727 H\\n70 H 3.2949 2.7588 -1.2812 H\\n71 H 1.0294 1.3015 -3.6097 H\\n72 H 5.2571 1.5931 -2.7044 H\\n73 H 5.7827 0.8919 -4.9792 H\\n74 H 1.5783 0.6131 -5.8868 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.3163 -1.2004 0.2048 C\\n2 C 1.9746 -0.2097 0.2782 C\\n3 C 3.7601 0.8222 -1.1865 C\\n4 N 2.9673 1.0217 0.1385 N\\n5 C 4.6357 -0.4387 -1.0938 C\\n6 C 2.8188 -1.5016 0.2967 C\\n7 C 4.5163 -1.3208 -2.3488 C\\n8 C 5.0667 -0.6405 -3.5962 C\\n9 C 3.9928 1.0594 1.2781 C\\n10 C 4.6845 -0.2981 1.3897 C\\n11 C 0.8344 -0.1657 1.4035 C\\n12 C 1.7998 -1.0230 3.5428 C\\n13 C 1.2484 0.0822 2.8641 C\\n14 N 2.3495 0.3082 5.4469 N\\n15 C 1.1285 1.3079 3.6023 C\\n16 C 2.3291 -0.8659 4.8061 C\\n17 C 1.7354 1.3529 4.8863 C\\n18 C 0.4525 2.4873 3.1910 C\\n19 C 0.4327 3.6542 3.9595 C\\n20 C 1.0791 3.6760 5.1805 C\\n21 C 1.7139 2.5233 5.6320 C\\n22 O -0.2621 0.6827 0.9761 O\\n23 C -1.0968 0.1195 0.0550 C\\n24 O -0.8471 -0.9420 -0.5039 O\\n25 C -2.2953 0.9709 -0.2984 C\\n26 C -2.7125 2.0380 0.7219 C\\n27 C -3.2032 1.4174 2.0317 C\\n28 C -3.8119 2.9238 0.1294 C\\n29 C 2.1687 2.3337 0.0286 C\\n30 C 2.9422 3.6175 -0.1474 C\\n31 C 4.3800 6.0076 -0.4738 C\\n32 C 3.1575 4.1543 -1.4265 C\\n33 C 3.4404 4.3128 0.9669 C\\n34 C 4.1602 5.4993 0.8042 C\\n35 C 3.8767 5.3418 -1.5893 C\\n36 I 5.4479 7.7715 -0.7173 I\\n37 H 4.8909 -2.1321 0.2594 H\\n38 H 1.4558 -0.1951 -0.6880 H\\n39 H 3.0230 0.7779 -1.9961 H\\n40 H 4.4017 1.6968 -1.3342 H\\n41 H 5.6846 -0.1139 -1.0339 H\\n42 H 2.5073 -2.1423 -0.5371 H\\n43 H 2.6293 -2.1034 1.1862 H\\n44 H 5.0714 -2.2531 -2.1917 H\\n45 H 3.4721 -1.5963 -2.5307 H\\n46 H 4.4787 0.2436 -3.8645 H\\n47 H 5.0411 -1.3330 -4.4457 H\\n48 H 6.1063 -0.3280 -3.4464 H\\n49 H 3.4960 1.3524 2.2020 H\\n50 H 4.7338 1.8282 1.0315 H\\n51 H 5.7715 -0.1502 1.4308 H\\n52 H 4.4165 -0.7822 2.3347 H\\n53 H 0.4121 -1.1819 1.4370 H\\n54 H 1.8211 -2.0192 3.1135 H\\n55 H 2.7703 -1.6994 5.3469 H\\n56 H -0.1125 2.5212 2.2715 H\\n57 H -0.1036 4.5356 3.6124 H\\n58 H 1.0672 4.5713 5.7979 H\\n59 H 2.1936 2.5328 6.6103 H\\n60 H -3.1375 0.2872 -0.4683 H\\n61 H -2.0555 1.4545 -1.2544 H\\n62 H -1.8565 2.6841 0.9384 H\\n63 H -4.0961 0.8013 1.8717 H\\n64 H -3.4603 2.2013 2.7532 H\\n65 H -2.4362 0.7875 2.4926 H\\n66 H -4.7049 2.3393 -0.1163 H\\n67 H -3.4647 3.4152 -0.7859 H\\n68 H -4.1053 3.7075 0.8367 H\\n69 H 1.5833 2.4208 0.9332 H\\n70 H 1.4633 2.2074 -0.8011 H\\n71 H 2.7631 3.6657 -2.3156 H\\n72 H 3.2677 3.9477 1.9780 H\\n73 H 4.5368 6.0215 1.6818 H\\n74 H 4.0304 5.7423 -2.5895 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6975 -0.7441 1.6243 C\\n2 C 2.2579 -0.4791 -0.4487 C\\n3 C 4.5950 0.4973 -0.3737 C\\n4 N 3.0899 0.8772 -0.3160 N\\n5 C 4.9294 -0.5238 0.7298 C\\n6 C 2.5366 -1.3196 0.8143 C\\n7 C 5.5216 -1.8076 0.1144 C\\n8 C 5.9264 -2.8493 1.1471 C\\n9 C 2.8329 1.5537 1.0323 C\\n10 C 3.2365 0.6149 2.1674 C\\n11 C 0.7248 -0.3317 -0.7884 C\\n12 C 0.3352 -1.5868 -2.9087 C\\n13 C 0.2181 -1.5933 -1.5043 C\\n14 N -0.4748 -3.8315 -3.0499 N\\n15 C -0.3030 -2.7669 -0.8736 C\\n16 C -0.0242 -2.7081 -3.6247 C\\n17 C -0.6221 -3.8613 -1.7192 C\\n18 C -0.5347 -2.9403 0.5174 C\\n19 C -1.0305 -4.1350 1.0446 C\\n20 C -1.3152 -5.1903 0.1966 C\\n21 C -1.1106 -5.0392 -1.1727 C\\n22 O -0.0849 -0.0355 0.3614 O\\n23 C -0.7199 1.1686 0.3868 C\\n24 O -0.4548 2.0959 -0.3637 O\\n25 C -1.7162 1.2037 1.5225 C\\n26 C -2.7933 2.2825 1.3364 C\\n27 C -3.5730 2.4764 2.6386 C\\n28 C -3.7569 1.9201 0.2031 C\\n29 C 2.7624 1.8424 -1.4894 C\\n30 C 3.6607 3.0428 -1.6795 C\\n31 C 5.3280 5.2757 -2.0264 C\\n32 C 3.3846 4.2531 -1.0222 C\\n33 C 4.7747 2.9795 -2.5336 C\\n34 C 5.6076 4.0892 -2.7019 C\\n35 C 4.2166 5.3631 -1.1909 C\\n36 I 6.5662 6.9235 -2.2771 I\\n37 H 3.9341 -1.4016 2.4675 H\\n38 H 2.7369 -0.9706 -1.3066 H\\n39 H 4.7965 0.1171 -1.3813 H\\n40 H 5.1742 1.4124 -0.2098 H\\n41 H 5.7225 -0.0849 1.3519 H\\n42 H 1.6642 -1.3614 1.4720 H\\n43 H 2.7406 -2.3572 0.5234 H\\n44 H 6.4134 -1.5368 -0.4657 H\\n45 H 4.8201 -2.2603 -0.5958 H\\n46 H 5.0539 -3.2694 1.6565 H\\n47 H 6.4512 -3.6769 0.6589 H\\n48 H 6.5964 -2.4196 1.8991 H\\n49 H 1.7781 1.8264 1.0856 H\\n50 H 3.4338 2.4669 1.0787 H\\n51 H 4.0378 1.0746 2.7587 H\\n52 H 2.3907 0.4877 2.8539 H\\n53 H 0.6019 0.4634 -1.5279 H\\n54 H 0.6979 -0.7218 -3.4565 H\\n55 H 0.0470 -2.7385 -4.7090 H\\n56 H -0.3570 -2.1460 1.2317 H\\n57 H -1.2015 -4.2365 2.1141 H\\n58 H -1.7047 -6.1264 0.5890 H\\n59 H -1.3460 -5.8688 -1.8375 H\\n60 H -1.1449 1.3902 2.4393 H\\n61 H -2.1912 0.2191 1.6089 H\\n62 H -2.3141 3.2374 1.0856 H\\n63 H -2.9027 2.7775 3.4509 H\\n64 H -4.3314 3.2588 2.5251 H\\n65 H -4.0802 1.5536 2.9413 H\\n66 H -4.2738 0.9758 0.4076 H\\n67 H -4.5168 2.6993 0.0785 H\\n68 H -3.2296 1.8172 -0.7510 H\\n69 H 2.7675 1.2326 -2.4011 H\\n70 H 1.7445 2.2027 -1.3372 H\\n71 H 2.5092 4.3568 -0.3822 H\\n72 H 5.0064 2.0725 -3.0891 H\\n73 H 6.4652 4.0195 -3.3691 H\\n74 H 3.9805 6.2917 -0.6745 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.5169 -0.6777 1.7026 C\\n2 C 2.3348 -0.5567 -0.5446 C\\n3 C 4.5627 0.5825 -0.2165 C\\n4 N 3.0396 0.8568 -0.3410 N\\n5 C 4.8426 -0.2737 1.0323 C\\n6 C 2.6110 -1.4096 0.7141 C\\n7 C 5.7364 -1.4869 0.7159 C\\n8 C 7.1496 -1.0858 0.3133 C\\n9 C 2.5941 1.5433 0.9523 C\\n10 C 2.7764 0.5939 2.1328 C\\n11 C 0.8119 -0.5339 -0.9493 C\\n12 C -0.2217 -2.8370 -0.6454 C\\n13 C 0.3989 -1.9072 -1.4959 C\\n14 N -0.2709 -4.4813 -2.3894 N\\n15 C 0.6616 -2.2918 -2.8467 C\\n16 C -0.5357 -4.0892 -1.1326 C\\n17 C 0.3014 -3.6085 -3.2282 C\\n18 C 1.2494 -1.4555 -3.8318 C\\n19 C 1.4815 -1.9092 -5.1315 C\\n20 C 1.1314 -3.2046 -5.4778 C\\n21 C 0.5459 -4.0362 -4.5251 C\\n22 O -0.0367 -0.2108 0.1764 O\\n23 C -0.7346 0.9600 0.1139 C\\n24 O -0.5084 1.8393 -0.7009 O\\n25 C -1.7507 1.0009 1.2347 C\\n26 C -2.5489 2.3058 1.3802 C\\n27 C -1.6602 3.5122 1.6850 C\\n28 C -3.4566 2.5765 0.1790 C\\n29 C 2.7909 1.7663 -1.5741 C\\n30 C 3.4528 3.1246 -1.5802 C\\n31 C 4.6727 5.6542 -1.5614 C\\n32 C 4.7088 3.3160 -2.1781 C\\n33 C 2.8050 4.2301 -1.0027 C\\n34 C 3.4149 5.4876 -0.9860 C\\n35 C 5.3170 4.5758 -2.1641 C\\n36 I 5.5829 7.5198 -1.5329 I\\n37 H 3.7020 -1.3082 2.5798 H\\n38 H 2.8953 -0.9958 -1.3801 H\\n39 H 4.8804 0.1043 -1.1502 H\\n40 H 5.0717 1.5461 -0.1150 H\\n41 H 5.3949 0.3501 1.7499 H\\n42 H 1.6827 -1.6779 1.2307 H\\n43 H 3.0590 -2.3639 0.4136 H\\n44 H 5.7991 -2.1320 1.6008 H\\n45 H 5.2988 -2.0897 -0.0881 H\\n46 H 7.7614 -1.9785 0.1460 H\\n47 H 7.6265 -0.4922 1.0997 H\\n48 H 7.1550 -0.4993 -0.6108 H\\n49 H 3.2229 2.4286 1.0950 H\\n50 H 1.5618 1.8717 0.8434 H\\n51 H 1.7972 0.3399 2.5575 H\\n52 H 3.3282 1.1047 2.9312 H\\n53 H 0.6318 0.1751 -1.7582 H\\n54 H -0.4657 -2.6103 0.3885 H\\n55 H -1.0173 -4.8359 -0.5062 H\\n56 H 1.5192 -0.4268 -3.6227 H\\n57 H 1.9211 -1.2499 -5.8767 H\\n58 H 1.2982 -3.5733 -6.4875 H\\n59 H 0.2628 -5.0500 -4.8061 H\\n60 H -2.4485 0.1696 1.0755 H\\n61 H -1.2108 0.8153 2.1725 H\\n62 H -3.2074 2.1692 2.2489 H\\n63 H -1.0058 3.3090 2.5403 H\\n64 H -2.2738 4.3858 1.9329 H\\n65 H -1.0292 3.7880 0.8348 H\\n66 H -2.8871 2.7866 -0.7319 H\\n67 H -4.1064 1.7160 -0.0131 H\\n68 H -4.1011 3.4405 0.3723 H\\n69 H 3.1030 1.1893 -2.4531 H\\n70 H 1.7148 1.9189 -1.6579 H\\n71 H 5.2279 2.4972 -2.6714 H\\n72 H 1.8101 4.1309 -0.5690 H\\n73 H 2.8978 6.3282 -0.5284 H\\n74 H 6.2924 4.7042 -2.6309 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.9796 -1.4014 -0.1734 C\\n2 C 1.9988 0.0497 0.5193 C\\n3 C 3.5897 0.8236 -1.2817 C\\n4 N 3.1892 1.0551 0.2102 N\\n5 C 4.2042 -0.5721 -1.4464 C\\n6 C 2.5231 -1.3808 0.2929 C\\n7 C 3.8427 -1.2395 -2.7862 C\\n8 C 2.3949 -1.6383 -3.0070 C\\n9 C 4.4246 0.7484 1.0700 C\\n10 C 4.7857 -0.7323 0.9541 C\\n11 C 1.1574 0.2179 1.8681 C\\n12 C 2.1735 1.5677 3.7633 C\\n13 C 1.8942 0.3062 3.2077 C\\n14 N 3.4475 0.5908 5.5357 N\\n15 C 2.2873 -0.8430 3.9623 C\\n16 C 2.9417 1.6594 4.9053 C\\n17 C 3.0995 -0.6275 5.1055 C\\n18 C 1.9016 -2.1795 3.6851 C\\n19 C 2.3602 -3.2530 4.4502 C\\n20 C 3.2049 -3.0186 5.5218 C\\n21 C 3.5573 -1.7098 5.8419 C\\n22 O 0.2707 1.3704 1.7694 O\\n23 C -0.8511 1.1839 1.0155 C\\n24 O -1.0187 0.2139 0.2929 O\\n25 C -1.7896 2.3551 1.1901 C\\n26 C -3.2200 2.0549 0.7125 C\\n27 C -4.2170 2.9736 1.4241 C\\n28 C -3.3457 2.2335 -0.8057 C\\n29 C 2.7164 2.5171 0.3353 C\\n30 C 3.7476 3.6098 0.1657 C\\n31 C 5.6586 5.6404 -0.1531 C\\n32 C 3.9234 4.2399 -1.0768 C\\n33 C 4.5308 4.0333 1.2534 C\\n34 C 5.4892 5.0365 1.0902 C\\n35 C 4.8808 5.2449 -1.2389 C\\n36 I 7.0936 7.1163 -0.3960 I\\n37 H 4.3201 -2.4327 -0.3124 H\\n38 H 1.3029 0.2595 -0.3019 H\\n39 H 2.6897 0.9800 -1.8864 H\\n40 H 4.3305 1.5818 -1.5552 H\\n41 H 5.2922 -0.4203 -1.5229 H\\n42 H 1.8652 -1.8926 -0.4131 H\\n43 H 2.4611 -1.9786 1.1998 H\\n44 H 4.1310 -0.5536 -3.5935 H\\n45 H 4.4657 -2.1317 -2.9130 H\\n46 H 2.2360 -1.8876 -4.0623 H\\n47 H 1.6980 -0.8356 -2.7522 H\\n48 H 2.1382 -2.5295 -2.4289 H\\n49 H 4.2318 1.0475 2.0983 H\\n50 H 5.2499 1.3540 0.6820 H\\n51 H 5.8632 -0.8304 0.7695 H\\n52 H 4.6025 -1.2372 1.9082 H\\n53 H 0.4932 -0.6511 1.9446 H\\n54 H 1.7958 2.4907 3.3364 H\\n55 H 3.1810 2.6195 5.3560 H\\n56 H 1.2003 -2.4214 2.8916 H\\n57 H 2.0427 -4.2666 4.2167 H\\n58 H 3.5689 -3.8445 6.1291 H\\n59 H 4.1921 -1.5271 6.7080 H\\n60 H -1.8073 2.5858 2.2655 H\\n61 H -1.3702 3.2190 0.6619 H\\n62 H -3.4842 1.0195 0.9622 H\\n63 H -5.2399 2.7957 1.0702 H\\n64 H -3.9808 4.0304 1.2576 H\\n65 H -4.2078 2.7855 2.5038 H\\n66 H -4.3533 1.9578 -1.1413 H\\n67 H -2.6284 1.6102 -1.3482 H\\n68 H -3.1708 3.2751 -1.0918 H\\n69 H 2.2625 2.6389 1.3189 H\\n70 H 1.9066 2.6500 -0.3979 H\\n71 H 3.3181 3.9601 -1.9405 H\\n72 H 4.4125 3.5848 2.2384 H\\n73 H 6.0895 5.3460 1.9431 H\\n74 H 4.9983 5.7183 -2.2117 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.0702 -0.5956 1.7756 C\\n2 C 2.0432 -0.2509 -0.5265 C\\n3 C 4.4836 0.2466 -0.1276 C\\n4 N 3.0938 0.9319 -0.3446 N\\n5 C 4.4387 -0.7009 1.0837 C\\n6 C 1.9476 -1.0014 0.8240 C\\n7 C 4.8410 -2.1290 0.6638 C\\n8 C 4.8890 -3.1154 1.8213 C\\n9 C 2.7977 1.7569 0.9123 C\\n10 C 2.8267 0.8679 2.1529 C\\n11 C 0.6360 0.1380 -1.0956 C\\n12 C -1.1277 -1.5627 -0.4237 C\\n13 C -0.1867 -1.1269 -1.3696 C\\n14 N -1.6185 -3.5111 -1.7320 N\\n15 C 0.0078 -1.9109 -2.5470 C\\n16 C -1.8116 -2.7390 -0.6501 C\\n17 C -0.7445 -3.1057 -2.6623 C\\n18 C 0.8939 -1.5815 -3.6063 C\\n19 C 1.0391 -2.4078 -4.7217 C\\n20 C 0.3031 -3.5785 -4.8065 C\\n21 C -0.5790 -3.9114 -3.7795 C\\n22 O -0.0301 1.0382 -0.1863 O\\n23 C -1.0042 1.8124 -0.7527 C\\n24 O -1.3379 1.7591 -1.9263 O\\n25 C -1.5873 2.7639 0.2607 C\\n26 C -2.4360 2.0472 1.3167 C\\n27 C -3.7220 1.4817 0.7095 C\\n28 C -2.7757 3.0089 2.4559 C\\n29 C 3.2670 1.8191 -1.6210 C\\n30 C 2.4086 3.0498 -1.8092 C\\n31 C 0.8300 5.3559 -2.1956 C\\n32 C 1.4289 3.0980 -2.8127 C\\n33 C 2.6316 4.2182 -1.0591 C\\n34 C 1.8390 5.3573 -1.2383 C\\n35 C 0.6327 4.2347 -2.9941 C\\n36 I -0.3658 7.0317 -2.4455 I\\n37 H 3.0370 -1.2065 2.6838 H\\n38 H 2.5267 -0.9154 -1.2541 H\\n39 H 5.2122 1.0485 0.0443 H\\n40 H 4.7398 -0.2650 -1.0628 H\\n41 H 5.2048 -0.3594 1.7946 H\\n42 H 1.9695 -2.0822 0.6399 H\\n43 H 0.9910 -0.8056 1.3222 H\\n44 H 4.1650 -2.5145 -0.1079 H\\n45 H 5.8382 -2.0911 0.2069 H\\n46 H 5.5349 -2.7484 2.6248 H\\n47 H 5.2875 -4.0758 1.4786 H\\n48 H 3.8927 -3.3011 2.2325 H\\n49 H 1.8271 2.2426 0.7969 H\\n50 H 3.5780 2.5200 0.9956 H\\n51 H 1.8798 0.9708 2.6976 H\\n52 H 3.6071 1.2171 2.8404 H\\n53 H 0.7808 0.6526 -2.0432 H\\n54 H -1.3364 -1.0099 0.4862 H\\n55 H -2.5506 -3.1087 0.0561 H\\n56 H 1.4728 -0.6648 -3.6021 H\\n57 H 1.7137 -2.1337 -5.5297 H\\n58 H 0.3986 -4.2308 -5.6714 H\\n59 H -1.1625 -4.8275 -3.8565 H\\n60 H -0.7515 3.3037 0.7233 H\\n61 H -2.1803 3.5153 -0.2751 H\\n62 H -1.8650 1.2113 1.7398 H\\n63 H -4.3221 0.9777 1.4747 H\\n64 H -3.5025 0.7481 -0.0726 H\\n65 H -4.3352 2.2749 0.2677 H\\n66 H -3.3478 3.8701 2.0937 H\\n67 H -3.3710 2.5059 3.2255 H\\n68 H -1.8635 3.3836 2.9325 H\\n69 H 3.1723 1.1381 -2.4759 H\\n70 H 4.3094 2.1651 -1.6221 H\\n71 H 1.2544 2.2556 -3.4809 H\\n72 H 3.4418 4.2797 -0.3359 H\\n73 H 2.0299 6.2430 -0.6351 H\\n74 H -0.1398 4.2247 -3.7616 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.1777 -0.5251 1.8103 C\\n2 C 1.8465 0.4978 -0.1027 C\\n3 C 4.2301 -0.2860 -0.4637 C\\n4 N 3.3527 0.9832 -0.3031 N\\n5 C 4.0832 -1.1994 0.7670 C\\n6 C 1.7840 -0.2770 1.2343 C\\n7 C 3.6341 -2.6118 0.3392 C\\n8 C 3.5503 -3.5983 1.4952 C\\n9 C 3.8393 1.7484 0.9350 C\\n10 C 3.7703 0.8446 2.1644 C\\n11 C 0.7348 1.6189 -0.2089 C\\n12 C 0.4251 3.3554 -1.9857 C\\n13 C 0.3149 2.0020 -1.6236 C\\n14 N -0.2099 2.8506 -4.2379 N\\n15 C -0.1928 1.0802 -2.5859 C\\n16 C 0.1559 3.7244 -3.2861 C\\n17 C -0.4105 1.5711 -3.8960 C\\n18 C -0.5133 -0.2781 -2.3275 C\\n19 C -0.9672 -1.1272 -3.3375 C\\n20 C -1.1272 -0.6356 -4.6232 C\\n21 C -0.8559 0.7065 -4.8844 C\\n22 O -0.4856 1.2216 0.4510 O\\n23 C -0.7905 1.8868 1.6003 C\\n24 O -0.0377 2.6779 2.1540 O\\n25 C -2.1378 1.4687 2.1306 C\\n26 C -3.2864 1.7883 1.1648 C\\n27 C -4.5890 1.1808 1.6860 C\\n28 C -3.4526 3.2966 0.9695 C\\n29 C 3.4838 1.8574 -1.5782 C\\n30 C 4.8722 2.0984 -2.1238 C\\n31 C 7.4516 2.5237 -3.1504 C\\n32 C 5.6717 3.1454 -1.6389 C\\n33 C 5.3803 1.2835 -3.1497 C\\n34 C 6.6652 1.4921 -3.6574 C\\n35 C 6.9572 3.3538 -2.1464 C\\n36 I 9.3600 2.8376 -3.9058 I\\n37 H 3.1073 -1.1272 2.7226 H\\n38 H 1.7133 -0.2286 -0.9094 H\\n39 H 3.9263 -0.7765 -1.3961 H\\n40 H 5.2726 0.0389 -0.5483 H\\n41 H 5.0818 -1.3146 1.2134 H\\n42 H 1.2470 -1.2210 1.0821 H\\n43 H 1.2105 0.2659 1.9909 H\\n44 H 4.3542 -3.0047 -0.3902 H\\n45 H 2.6654 -2.5757 -0.1721 H\\n46 H 4.4982 -3.6507 2.0382 H\\n47 H 2.7601 -3.3261 2.2003 H\\n48 H 3.3207 -4.6015 1.1182 H\\n49 H 3.2181 2.6420 1.0512 H\\n50 H 4.8733 2.0586 0.7596 H\\n51 H 4.7741 0.7231 2.5918 H\\n52 H 3.1691 1.3328 2.9426 H\\n53 H 1.1452 2.5164 0.2653 H\\n54 H 0.7240 4.1219 -1.2751 H\\n55 H 0.2381 4.7576 -3.6133 H\\n56 H -0.4570 -0.6948 -1.3261 H\\n57 H -1.2148 -2.1641 -3.1194 H\\n58 H -1.4864 -1.2813 -5.4214 H\\n59 H -1.0118 1.0943 -5.8905 H\\n60 H -2.0876 0.3931 2.3400 H\\n61 H -2.2952 1.9687 3.0941 H\\n62 H -3.0757 1.3439 0.1838 H\\n63 H -4.5056 0.0911 1.7612 H\\n64 H -4.8426 1.5707 2.6784 H\\n65 H -5.4217 1.4065 1.0110 H\\n66 H -2.5573 3.7385 0.5212 H\\n67 H -3.6406 3.8039 1.9210 H\\n68 H -4.2939 3.5095 0.3001 H\\n69 H 3.0329 2.8236 -1.3398 H\\n70 H 2.8816 1.3730 -2.3527 H\\n71 H 5.3051 3.8271 -0.8737 H\\n72 H 4.7780 0.4853 -3.5815 H\\n73 H 7.0359 0.8513 -4.4550 H\\n74 H 7.5595 4.1728 -1.7575 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.2064 -1.0440 -0.7768 C\\n2 C 2.0435 -0.3195 0.3398 C\\n3 C 3.3211 1.2812 -1.1506 C\\n4 N 2.9843 0.9681 0.3388 N\\n5 C 4.0049 0.0723 -1.8132 C\\n6 C 2.8652 -1.5029 -0.2084 C\\n7 C 3.2351 -0.3504 -3.0800 C\\n8 C 3.8881 -1.4977 -3.8366 C\\n9 C 4.3109 0.6931 1.0534 C\\n10 C 5.0224 -0.4872 0.3968 C\\n11 C 1.2014 -0.6772 1.6463 C\\n12 C 2.2263 -0.0621 3.8862 C\\n13 C 1.9521 -1.0510 2.9265 C\\n14 N 3.4678 -1.6064 5.2289 N\\n15 C 2.3526 -2.3931 3.2263 C\\n16 C 2.9763 -0.3813 4.9996 C\\n17 C 3.1366 -2.5955 4.3905 C\\n18 C 2.0072 -3.5455 2.4689 C\\n19 C 2.4620 -4.8196 2.8140 C\\n20 C 3.2625 -4.9806 3.9316 C\\n21 C 3.5849 -3.8696 4.7079 C\\n22 O 0.2488 0.3718 1.9727 O\\n23 C -0.8663 0.4228 1.1882 C\\n24 O -1.0083 -0.2417 0.1735 O\\n25 C -1.8596 1.4136 1.7469 C\\n26 C -2.6774 2.1088 0.6489 C\\n27 C -1.8038 3.0401 -0.1958 C\\n28 C -3.8268 2.9002 1.2748 C\\n29 C 2.2525 2.1892 0.9328 C\\n30 C 2.9141 3.5425 0.8068 C\\n31 C 4.1341 6.0604 0.5677 C\\n32 C 3.8466 3.9800 1.7612 C\\n33 C 2.5873 4.3997 -0.2577 C\\n34 C 3.1979 5.6508 -0.3791 C\\n35 C 4.4576 5.2311 1.6394 C\\n36 I 5.0426 7.9185 0.3868 I\\n37 H 4.7440 -1.8942 -1.2096 H\\n38 H 1.3092 -0.0597 -0.4313 H\\n39 H 4.0067 2.1352 -1.1629 H\\n40 H 2.3843 1.5663 -1.6431 H\\n41 H 4.9985 0.4017 -2.1499 H\\n42 H 2.2778 -2.0344 -0.9662 H\\n43 H 3.0784 -2.2399 0.5633 H\\n44 H 2.2020 -0.6229 -2.8364 H\\n45 H 3.1738 0.5123 -3.7559 H\\n46 H 4.9346 -1.2735 -4.0655 H\\n47 H 3.8482 -2.4294 -3.2652 H\\n48 H 3.3639 -1.6689 -4.7824 H\\n49 H 4.9345 1.5883 0.9676 H\\n50 H 4.1105 0.5144 2.1089 H\\n51 H 6.0150 -0.1729 0.0511 H\\n52 H 5.1992 -1.2700 1.1450 H\\n53 H 0.5897 -1.5499 1.3903 H\\n54 H 1.8536 0.9516 3.8031 H\\n55 H 3.2100 0.3604 5.7592 H\\n56 H 1.3606 -3.4857 1.5980 H\\n57 H 2.1817 -5.6849 2.2169 H\\n58 H 3.6206 -5.9668 4.2176 H\\n59 H 4.1917 -4.0064 5.6015 H\\n60 H -2.5165 0.8577 2.4256 H\\n61 H -1.3238 2.1663 2.3383 H\\n62 H -3.1114 1.3518 -0.0166 H\\n63 H -2.4033 3.5454 -0.9606 H\\n64 H -1.3280 3.8091 0.4225 H\\n65 H -1.0143 2.4846 -0.7118 H\\n66 H -4.4853 2.2406 1.8499 H\\n67 H -3.4533 3.6786 1.9490 H\\n68 H -4.4330 3.3838 0.5015 H\\n69 H 2.0974 1.9906 1.9917 H\\n70 H 1.2703 2.2280 0.4489 H\\n71 H 4.1060 3.3620 2.6189 H\\n72 H 1.8473 4.1133 -1.0036 H\\n73 H 2.9299 6.2993 -1.2113 H\\n74 H 5.1780 5.5509 2.3903 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.9252 -1.2691 0.8494 C\\n2 C 1.9104 0.2438 0.3468 C\\n3 C 3.9637 0.2689 -1.1197 C\\n4 N 3.1990 1.0792 -0.0216 N\\n5 C 4.5356 -1.0311 -0.5372 C\\n6 C 2.3968 -1.1673 0.7837 C\\n7 C 4.3485 -2.2293 -1.4860 C\\n8 C 5.1301 -2.0787 -2.7858 C\\n9 C 4.1517 1.2147 1.1830 C\\n10 C 4.4430 -0.1621 1.7726 C\\n11 C 0.8168 0.8149 1.3694 C\\n12 C 1.5753 0.5515 3.7358 C\\n13 C 1.2552 1.4473 2.6957 C\\n14 N 2.2745 2.3317 5.1666 N\\n15 C 1.3405 2.8492 2.9854 C\\n16 C 2.0713 1.0299 4.9302 C\\n17 C 1.8892 3.2185 4.2431 C\\n18 C 0.9170 3.9122 2.1442 C\\n19 C 1.0786 5.2550 2.4945 C\\n20 C 1.6564 5.5788 3.7084 C\\n21 C 2.0475 4.5573 4.5695 C\\n22 O -0.1961 1.6079 0.7160 O\\n23 C -1.1075 0.8858 -0.0033 C\\n24 O -0.9543 -0.2887 -0.3052 O\\n25 C -2.3117 1.7185 -0.3592 C\\n26 C -3.2424 1.9251 0.8418 C\\n27 C -3.9208 0.6185 1.2579 C\\n28 C -4.3001 2.9789 0.5085 C\\n29 C 2.9184 2.4985 -0.5772 C\\n30 C 2.1885 2.6441 -1.8960 C\\n31 C 0.8172 2.9633 -4.3424 C\\n32 C 0.8569 3.0803 -1.9315 C\\n33 C 2.8366 2.4362 -3.1272 C\\n34 C 2.1539 2.5766 -4.3405 C\\n35 C 0.1698 3.2299 -3.1407 C\\n36 I -0.2010 3.1780 -6.1375 I\\n37 H 4.2227 -2.2473 1.2444 H\\n38 H 1.4139 0.1266 -0.6228 H\\n39 H 4.7778 0.9017 -1.4921 H\\n40 H 3.2497 0.0649 -1.9248 H\\n41 H 5.6200 -0.8992 -0.4109 H\\n42 H 1.9937 -1.9109 0.0855 H\\n43 H 1.9851 -1.4549 1.7563 H\\n44 H 3.2891 -2.3730 -1.7277 H\\n45 H 4.6871 -3.1442 -0.9852 H\\n46 H 4.9941 -2.9671 -3.4111 H\\n47 H 6.2010 -1.9670 -2.5878 H\\n48 H 4.7941 -1.2113 -3.3606 H\\n49 H 5.0764 1.6728 0.8092 H\\n50 H 3.7168 1.8999 1.9098 H\\n51 H 5.5250 -0.2669 1.9262 H\\n52 H 3.9984 -0.2584 2.7662 H\\n53 H 0.2600 -0.0733 1.7091 H\\n54 H 1.4388 -0.5225 3.6411 H\\n55 H 2.3289 0.3610 5.7485 H\\n56 H 0.4163 3.7256 1.2043 H\\n57 H 0.7368 6.0454 1.8280 H\\n58 H 1.7824 6.6177 4.0044 H\\n59 H 2.4739 4.8156 5.5384 H\\n60 H -1.9597 2.6792 -0.7488 H\\n61 H -2.8371 1.2270 -1.1867 H\\n62 H -2.6580 2.2901 1.6966 H\\n63 H -3.1850 -0.1280 1.5758 H\\n64 H -4.6026 0.7877 2.0992 H\\n65 H -4.5028 0.1914 0.4331 H\\n66 H -4.9755 3.1362 1.3564 H\\n67 H -3.8299 3.9414 0.2761 H\\n68 H -4.9035 2.6769 -0.3550 H\\n69 H 3.8985 2.9852 -0.6855 H\\n70 H 2.4002 3.0428 0.2099 H\\n71 H 0.3360 3.3526 -1.0188 H\\n72 H 3.8933 2.1840 -3.1749 H\\n73 H 2.6803 2.3982 -5.2766 H\\n74 H -0.8642 3.5694 -3.1326 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6931 -0.7317 1.6340 C\\n2 C 2.2914 -0.5132 -0.4704 C\\n3 C 4.5987 0.5309 -0.3474 C\\n4 N 3.0833 0.8682 -0.3231 N\\n5 C 4.9385 -0.4752 0.7682 C\\n6 C 2.5701 -1.3447 0.7985 C\\n7 C 5.5831 -1.7427 0.1717 C\\n8 C 5.9967 -2.7691 1.2169 C\\n9 C 2.7770 1.5402 1.0182 C\\n10 C 3.1758 0.6124 2.1638 C\\n11 C 0.7619 -0.3990 -0.8303 C\\n12 C 0.4196 -1.7485 -2.8988 C\\n13 C 0.2671 -1.6907 -1.4986 C\\n14 N -0.4375 -3.9795 -2.9636 N\\n15 C -0.2891 -2.8276 -0.8305 C\\n16 C 0.0532 -2.8925 -3.5746 C\\n17 C -0.6149 -3.9494 -1.6369 C\\n18 C -0.5527 -2.9398 0.5611 C\\n19 C -1.0896 -4.0998 1.1245 C\\n20 C -1.3838 -5.1816 0.3140 C\\n21 C -1.1450 -5.0918 -1.0547 C\\n22 O -0.0500 -0.0574 0.3053 O\\n23 C -0.7690 1.1006 0.2339 C\\n24 O -0.5757 1.9676 -0.6034 O\\n25 C -1.7613 1.1451 1.3754 C\\n26 C -2.7682 2.3057 1.3531 C\\n27 C -2.1010 3.6716 1.5212 C\\n28 C -3.6677 2.2783 0.1170 C\\n29 C 2.7510 1.8232 -1.5044 C\\n30 C 3.6161 3.0504 -1.6751 C\\n31 C 5.2254 5.3329 -1.9815 C\\n32 C 3.2893 4.2510 -1.0239 C\\n33 C 4.7497 3.0222 -2.5045 C\\n34 C 5.5530 4.1568 -2.6531 C\\n35 C 4.0924 5.3853 -1.1727 C\\n36 I 6.4189 7.0183 -2.1992 I\\n37 H 3.9295 -1.3800 2.4839 H\\n38 H 2.7954 -0.9941 -1.3203 H\\n39 H 4.8317 0.1499 -1.3485 H\\n40 H 5.1477 1.4634 -0.1767 H\\n41 H 5.7033 -0.0093 1.4065 H\\n42 H 2.8109 -2.3754 0.5122 H\\n43 H 1.6868 -1.4145 1.4384 H\\n44 H 4.9124 -2.2196 -0.5521 H\\n45 H 6.4780 -1.4466 -0.3901 H\\n46 H 6.6429 -2.3194 1.9774 H\\n47 H 6.5499 -3.5864 0.7424 H\\n48 H 5.1265 -3.2076 1.7136 H\\n49 H 1.7147 1.7884 1.0435 H\\n50 H 3.3541 2.4686 1.0776 H\\n51 H 2.3140 0.4572 2.8246 H\\n52 H 3.9438 1.0966 2.7797 H\\n53 H 0.6437 0.3646 -1.6033 H\\n54 H 0.8112 -0.9145 -3.4742 H\\n55 H 0.1499 -2.9716 -4.6542 H\\n56 H -0.3667 -2.1229 1.2476 H\\n57 H -1.2832 -4.1537 2.1935 H\\n58 H -1.8042 -6.0918 0.7350 H\\n59 H -1.3865 -5.9424 -1.6906 H\\n60 H -1.1859 1.1837 2.3079 H\\n61 H -2.3203 0.2013 1.3614 H\\n62 H -3.4200 2.1645 2.2270 H\\n63 H -1.4412 3.6787 2.3967 H\\n64 H -1.5078 3.9542 0.6459 H\\n65 H -2.8583 4.4485 1.6700 H\\n66 H -4.1459 1.3003 0.0055 H\\n67 H -4.4606 3.0292 0.2039 H\\n68 H -3.1124 2.4913 -0.8006 H\\n69 H 1.7194 2.1521 -1.3715 H\\n70 H 2.7934 1.2137 -2.4157 H\\n71 H 2.3955 4.3282 -0.4060 H\\n72 H 5.0202 2.1240 -3.0565 H\\n73 H 6.4258 4.1140 -3.3022 H\\n74 H 3.8149 6.3067 -0.6616 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0855 -1.3555 -0.1737 C\\n2 C 2.0004 -0.0242 0.4713 C\\n3 C 3.6263 0.8565 -1.2691 C\\n4 N 3.1424 1.0446 0.2098 N\\n5 C 4.3275 -0.5034 -1.4295 C\\n6 C 2.5927 -1.4180 0.1574 C\\n7 C 3.8980 -1.2250 -2.7206 C\\n8 C 4.3587 -0.5024 -3.9802 C\\n9 C 4.3767 0.7839 1.1011 C\\n10 C 4.7931 -0.6790 1.0031 C\\n11 C 1.1724 0.0151 1.8395 C\\n12 C 2.2420 1.1987 3.8095 C\\n13 C 1.9153 -0.0134 3.1755 C\\n14 N 3.4452 0.0524 5.5333 N\\n15 C 2.2627 -1.2293 3.8492 C\\n16 C 2.9948 1.1808 4.9665 C\\n17 C 3.0621 -1.1210 5.0159 C\\n18 C 1.8529 -2.5352 3.4656 C\\n19 C 2.2723 -3.6748 4.1552 C\\n20 C 3.0967 -3.5418 5.2594 C\\n21 C 3.4735 -2.2681 5.6803 C\\n22 O 0.2661 1.1531 1.8652 O\\n23 C -0.9180 0.9779 1.2123 C\\n24 O -1.1576 0.0107 0.5058 O\\n25 C -1.8326 2.1528 1.4807 C\\n26 C -3.1635 2.0708 0.7172 C\\n27 C -4.1721 3.0575 1.3106 C\\n28 C -2.9781 2.3711 -0.7735 C\\n29 C 2.6880 2.5150 0.4059 C\\n30 C 2.0964 3.2561 -0.7747 C\\n31 C 1.0388 4.7015 -2.9495 C\\n32 C 0.8682 2.8996 -1.3483 C\\n33 C 2.7819 4.3604 -1.3141 C\\n34 C 2.2572 5.0787 -2.3927 C\\n35 C 0.3445 3.6128 -2.4319 C\\n36 I 0.2550 5.7651 -4.5496 I\\n37 H 4.4829 -2.3681 -0.3070 H\\n38 H 1.2796 0.1882 -0.3239 H\\n39 H 4.3201 1.6741 -1.4965 H\\n40 H 2.7439 0.9315 -1.9115 H\\n41 H 5.4096 -0.3232 -1.5103 H\\n42 H 2.0336 -1.8657 -0.6739 H\\n43 H 2.4547 -2.1099 0.9855 H\\n44 H 2.8070 -1.3371 -2.7580 H\\n45 H 4.3229 -2.2381 -2.7307 H\\n46 H 4.0136 0.5343 -4.0068 H\\n47 H 5.4484 -0.5041 -4.0504 H\\n48 H 3.9627 -1.0072 -4.8635 H\\n49 H 4.1598 1.0922 2.1207 H\\n50 H 5.1791 1.4313 0.7269 H\\n51 H 4.5671 -1.2016 1.9386 H\\n52 H 5.8819 -0.7403 0.8828 H\\n53 H 0.5299 -0.8730 1.8350 H\\n54 H 1.9213 2.1618 3.4277 H\\n55 H 3.2712 2.0990 5.4794 H\\n56 H 1.1684 -2.7012 2.6386 H\\n57 H 1.9403 -4.6620 3.8407 H\\n58 H 3.4252 -4.4180 5.8135 H\\n59 H 4.0926 -2.1670 6.5713 H\\n60 H -2.0239 2.1620 2.5608 H\\n61 H -1.3027 3.0747 1.2112 H\\n62 H -3.5799 1.0598 0.8145 H\\n63 H -3.8143 4.0906 1.2274 H\\n64 H -5.1326 2.9882 0.7909 H\\n65 H -4.3485 2.8449 2.3724 H\\n66 H -3.9374 2.3243 -1.3005 H\\n67 H -2.5612 3.3731 -0.9291 H\\n68 H -2.3041 1.6500 -1.2463 H\\n69 H 3.5841 3.0598 0.7309 H\\n70 H 2.0023 2.5598 1.2487 H\\n71 H 0.2917 2.0606 -0.9788 H\\n72 H 3.7344 4.6892 -0.8991 H\\n73 H 2.8068 5.9323 -2.7859 H\\n74 H -0.6092 3.3084 -2.8599 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6581 -0.7289 1.6459 C\\n2 C 2.2808 -0.5038 -0.4757 C\\n3 C 4.5878 0.5233 -0.3353 C\\n4 N 3.0751 0.8688 -0.3214 N\\n5 C 4.9254 -0.4326 0.8244 C\\n6 C 2.5871 -1.3708 0.7666 C\\n7 C 5.6585 -1.6784 0.2892 C\\n8 C 6.0892 -2.6494 1.3784 C\\n9 C 2.7765 1.5514 1.0142 C\\n10 C 3.0828 0.5957 2.1639 C\\n11 C 0.7394 -0.3904 -0.7773 C\\n12 C -0.3898 -2.6340 -0.3926 C\\n13 C 0.2114 -1.7365 -1.2902 C\\n14 N -0.6509 -4.2728 -2.1225 N\\n15 C 0.3526 -2.1332 -2.6553 C\\n16 C -0.8016 -3.8682 -0.8509 C\\n17 C -0.0993 -3.4299 -3.0046 C\\n18 C 0.9070 -1.3273 -3.6841 C\\n19 C 1.0221 -1.7917 -4.9953 C\\n20 C 0.5855 -3.0680 -5.3104 C\\n21 C 0.0294 -3.8689 -4.3141 C\\n22 O -0.0074 -0.0208 0.4047 O\\n23 C -0.6946 1.1544 0.3606 C\\n24 O -0.5125 2.0191 -0.4827 O\\n25 C -1.6240 1.2536 1.5479 C\\n26 C -2.7378 2.2921 1.3485 C\\n27 C -3.7491 1.8323 0.2951 C\\n28 C -3.4536 2.5537 2.6746 C\\n29 C 2.7574 1.8131 -1.5117 C\\n30 C 3.5669 3.0827 -1.6315 C\\n31 C 5.0664 5.4465 -1.8465 C\\n32 C 3.1422 4.2611 -0.9962 C\\n33 C 4.7439 3.1168 -2.3975 C\\n34 C 5.4931 4.2921 -2.4998 C\\n35 C 3.8910 5.4365 -1.0991 C\\n36 I 6.1807 7.1921 -1.9980 I\\n37 H 3.8819 -1.3759 2.5003 H\\n38 H 2.7595 -0.9711 -1.3466 H\\n39 H 5.1462 1.4564 -0.2077 H\\n40 H 4.8154 0.1012 -1.3207 H\\n41 H 5.6364 0.0877 1.4824 H\\n42 H 1.6921 -1.5336 1.3772 H\\n43 H 2.8993 -2.3705 0.4419 H\\n44 H 6.5566 -1.3503 -0.2497 H\\n45 H 5.0398 -2.2107 -0.4423 H\\n46 H 6.7077 -3.4441 0.9485 H\\n47 H 5.2275 -3.1254 1.8552 H\\n48 H 6.6781 -2.1417 2.1486 H\\n49 H 3.4157 2.4368 1.0921 H\\n50 H 1.7368 1.8785 1.0175 H\\n51 H 2.1689 0.4138 2.7430 H\\n52 H 3.7890 1.0695 2.8569 H\\n53 H 0.5538 0.3336 -1.5719 H\\n54 H -0.5418 -2.3959 0.6558 H\\n55 H -1.2724 -4.5900 -0.1883 H\\n56 H 1.2396 -0.3125 -3.4992 H\\n57 H 1.4390 -1.1559 -5.7733 H\\n58 H 0.6620 -3.4436 -6.3282 H\\n59 H -0.3214 -4.8675 -4.5697 H\\n60 H -1.0056 1.5216 2.4126 H\\n61 H -2.0667 0.2678 1.7345 H\\n62 H -2.2976 3.2385 1.0100 H\\n63 H -3.2711 1.6836 -0.6782 H\\n64 H -4.2246 0.8892 0.5856 H\\n65 H -4.5379 2.5809 0.1641 H\\n66 H -4.2389 3.3070 2.5510 H\\n67 H -2.7517 2.9250 3.4288 H\\n68 H -3.9177 1.6407 3.0634 H\\n69 H 1.7045 2.0865 -1.4374 H\\n70 H 2.8777 1.2134 -2.4219 H\\n71 H 2.2142 4.2868 -0.4262 H\\n72 H 5.0916 2.2358 -2.9341 H\\n73 H 6.4019 4.2979 -3.0987 H\\n74 H 3.5411 6.3389 -0.6012 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.3983 -0.1494 1.7814 C\\n2 C 2.0446 0.0393 -0.7491 C\\n3 C 4.3830 -0.1118 0.2588 C\\n4 N 3.3727 0.8633 -0.4103 N\\n5 C 3.8864 -0.5151 1.6559 C\\n6 C 1.6210 -0.6747 0.5660 C\\n7 C 4.1853 -1.9931 1.9695 C\\n8 C 5.6811 -2.2702 2.0501 C\\n9 C 3.0556 1.9813 0.6085 C\\n10 C 2.2978 1.3831 1.7932 C\\n11 C 0.8965 0.9138 -1.4255 C\\n12 C 0.4306 -0.6404 -3.3507 C\\n13 C 0.7382 0.6628 -2.9204 C\\n14 N 0.5912 0.0376 -5.6465 N\\n15 C 0.8740 1.6956 -3.9007 C\\n16 C 0.3634 -0.8961 -4.7061 C\\n17 C 0.8192 1.3028 -5.2624 C\\n18 C 1.0647 3.0768 -3.6202 C\\n19 C 1.2532 4.0122 -4.6392 C\\n20 C 1.2390 3.5960 -5.9625 C\\n21 C 1.0143 2.2508 -6.2589 C\\n22 O -0.4067 0.6361 -0.8713 O\\n23 C -1.0056 1.6415 -0.1717 C\\n24 O -0.4834 2.7244 0.0585 O\\n25 C -2.3861 1.2122 0.2702 C\\n26 C -2.8736 1.9596 1.5223 C\\n27 C -2.0386 1.5987 2.7534 C\\n28 C -4.3455 1.6368 1.7848 C\\n29 C 4.0396 1.5004 -1.6655 C\\n30 C 4.8601 0.5912 -2.5530 C\\n31 C 6.4009 -1.1502 -4.1440 C\\n32 C 4.2857 -0.1102 -3.6212 C\\n33 C 6.2391 0.4353 -2.3284 C\\n34 C 7.0008 -0.4402 -3.1108 C\\n35 C 5.0470 -0.9778 -4.4115 C\\n36 I 7.5261 -2.4501 -5.3068 I\\n37 H 1.9731 -0.5555 2.7069 H\\n38 H 2.3851 -0.7326 -1.4491 H\\n39 H 4.4810 -0.9765 -0.4063 H\\n40 H 5.3411 0.4117 0.3446 H\\n41 H 4.4395 0.0801 2.4015 H\\n42 H 1.7846 -1.7549 0.4517 H\\n43 H 0.5510 -0.5841 0.7774 H\\n44 H 3.7318 -2.2560 2.9352 H\\n45 H 3.7358 -2.6505 1.2151 H\\n46 H 5.8617 -3.3242 2.2706 H\\n47 H 6.1394 -1.6684 2.8407 H\\n48 H 6.1828 -2.0438 1.1034 H\\n49 H 2.4873 2.7692 0.1091 H\\n50 H 4.0165 2.4051 0.9295 H\\n51 H 1.2480 1.6876 1.7638 H\\n52 H 2.7034 1.7928 2.7281 H\\n53 H 1.1471 1.9588 -1.2672 H\\n54 H 0.2372 -1.4507 -2.6517 H\\n55 H 0.1280 -1.8875 -5.0869 H\\n56 H 1.0418 3.4658 -2.6039 H\\n57 H 1.3882 5.0660 -4.4021 H\\n58 H 1.3687 4.3138 -6.7696 H\\n59 H 0.9716 1.9365 -7.3031 H\\n60 H -3.0653 1.4007 -0.5720 H\\n61 H -2.3769 0.1306 0.4671 H\\n62 H -2.7876 3.0415 1.3505 H\\n63 H -2.0533 0.5202 2.9399 H\\n64 H -2.4227 2.1016 3.6469 H\\n65 H -0.9974 1.9072 2.6300 H\\n66 H -4.7109 2.1635 2.6756 H\\n67 H -4.4955 0.5617 1.9405 H\\n68 H -4.9711 1.9467 0.9376 H\\n69 H 3.2583 1.9941 -2.2435 H\\n70 H 4.6951 2.3018 -1.2905 H\\n71 H 3.2413 0.0101 -3.8850 H\\n72 H 6.7470 0.9911 -1.5425 H\\n73 H 8.0608 -0.5500 -2.9065 H\\n74 H 4.5688 -1.4988 -5.2407 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.1456 -1.3140 -0.3405 C\\n2 C 2.0403 -0.1209 0.4307 C\\n3 C 3.5888 0.9625 -1.2551 C\\n4 N 3.1384 1.0181 0.2355 N\\n5 C 4.1572 -0.4264 -1.5945 C\\n6 C 2.7234 -1.4812 0.1896 C\\n7 C 3.4261 -1.0185 -2.8154 C\\n8 C 3.9823 -2.3606 -3.2680 C\\n9 C 4.3811 0.7533 1.0909 C\\n10 C 4.9557 -0.6225 0.7635 C\\n11 C 1.1052 -0.0964 1.7224 C\\n12 C 2.0868 0.8852 3.8487 C\\n13 C 1.7472 -0.2560 3.1026 C\\n14 N 3.0896 -0.4470 5.5661 N\\n15 C 1.9782 -1.5340 3.7072 C\\n16 C 2.7477 0.7420 5.0517 C\\n17 C 2.6844 -1.5562 4.9368 C\\n18 C 1.5335 -2.7825 3.1931 C\\n19 C 1.8248 -3.9902 3.8305 C\\n20 C 2.5561 -3.9841 5.0056 C\\n21 C 2.9714 -2.7691 5.5464 C\\n22 O 0.2663 1.0913 1.7475 O\\n23 C -0.8182 1.0612 0.9162 C\\n24 O -0.9743 0.2105 0.0553 O\\n25 C -1.7043 2.2584 1.1797 C\\n26 C -3.1663 2.1187 0.7282 C\\n27 C -3.8672 0.9278 1.3827 C\\n28 C -3.3163 2.0776 -0.7928 C\\n29 C 2.5388 2.4144 0.5029 C\\n30 C 3.3917 3.6218 0.1857 C\\n31 C 4.9720 5.8667 -0.4051 C\\n32 C 4.2917 4.1345 1.1344 C\\n33 C 3.2824 4.2687 -1.0568 C\\n34 C 4.0726 5.3828 -1.3526 C\\n35 C 5.0814 5.2490 0.8388 C\\n36 I 6.1471 7.5210 -0.8444 I\\n37 H 4.5899 -2.2938 -0.5444 H\\n38 H 1.3792 0.0569 -0.4252 H\\n39 H 4.3717 1.7154 -1.3943 H\\n40 H 2.7205 1.2318 -1.8673 H\\n41 H 5.2050 -0.2869 -1.8978 H\\n42 H 2.7862 -2.0700 1.1023 H\\n43 H 2.1141 -2.0776 -0.4996 H\\n44 H 3.5151 -0.3136 -3.6520 H\\n45 H 2.3534 -1.1227 -2.6154 H\\n46 H 3.5030 -2.6685 -4.2030 H\\n47 H 3.7934 -3.1439 -2.5283 H\\n48 H 5.0609 -2.3002 -3.4446 H\\n49 H 4.1118 0.8455 2.1421 H\\n50 H 5.1232 1.5230 0.8570 H\\n51 H 4.9685 -1.2392 1.6709 H\\n52 H 6.0035 -0.5197 0.4555 H\\n53 H 0.4105 -0.9374 1.6168 H\\n54 H 1.8336 1.8887 3.5288 H\\n55 H 3.0298 1.6038 5.6514 H\\n56 H 0.9315 -2.8492 2.2912 H\\n57 H 1.4710 -4.9315 3.4152 H\\n58 H 2.7874 -4.9155 5.5175 H\\n59 H 3.5214 -2.7686 6.4861 H\\n60 H -1.6999 2.4438 2.2616 H\\n61 H -1.2418 3.1252 0.6932 H\\n62 H -3.6846 3.0245 1.0712 H\\n63 H -3.7725 0.9726 2.4730 H\\n64 H -3.4545 -0.0274 1.0436 H\\n65 H -4.9356 0.9312 1.1411 H\\n66 H -2.8031 2.9256 -1.2585 H\\n67 H -4.3737 2.1343 -1.0730 H\\n68 H -2.9137 1.1568 -1.2240 H\\n69 H 2.2817 2.4592 1.5592 H\\n70 H 1.6069 2.4701 -0.0721 H\\n71 H 4.3873 3.6832 2.1205 H\\n72 H 2.5767 3.9231 -1.8106 H\\n73 H 3.9724 5.8690 -2.3215 H\\n74 H 5.7723 5.6303 1.5885 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.5795 0.1757 1.9615 C\\n2 C 1.8719 0.5783 -0.4559 C\\n3 C 4.1349 -0.4283 0.0813 C\\n4 N 3.4381 0.8787 -0.3913 N\\n5 C 3.7021 -0.7723 1.5153 C\\n6 C 1.4236 0.1454 0.9631 C\\n7 C 3.3224 -2.2570 1.6671 C\\n8 C 4.5093 -3.1905 1.4645 C\\n9 C 3.7379 1.9803 0.6310 C\\n10 C 3.1275 1.6088 1.9806 C\\n11 C 0.9480 1.7332 -1.0160 C\\n12 C 1.3799 3.3661 -2.8581 C\\n13 C 1.0548 2.0457 -2.5018 C\\n14 N 1.5075 2.7554 -5.1694 N\\n15 C 0.8332 1.0950 -3.5419 C\\n16 C 1.5915 3.6670 -4.1870 C\\n17 C 1.1079 1.5132 -4.8663 C\\n18 C 0.3486 -0.2252 -3.3532 C\\n19 C 0.2014 -1.1104 -4.4222 C\\n20 C 0.5206 -0.6937 -5.7043 C\\n21 C 0.9625 0.6123 -5.9116 C\\n22 O -0.4469 1.4113 -0.8042 O\\n23 C -1.1526 2.2663 -0.0107 C\\n24 O -0.6490 3.1736 0.6375 O\\n25 C -2.6258 1.9348 -0.0414 C\\n26 C -3.2005 1.7227 1.3652 C\\n27 C -2.7146 0.4044 1.9720 C\\n28 C -4.7294 1.7428 1.3159 C\\n29 C 3.9878 1.2605 -1.7945 C\\n30 C 5.4864 1.2209 -1.9956 C\\n31 C 8.2706 1.1153 -2.3530 C\\n32 C 6.0947 0.0879 -2.5635 C\\n33 C 6.2954 2.3104 -1.6363 C\\n34 C 7.6824 2.2555 -1.8092 C\\n35 C 7.4807 0.0329 -2.7362 C\\n36 I 10.3307 1.0323 -2.6034 I\\n37 H 2.2197 -0.0930 2.9615 H\\n38 H 1.7978 -0.3007 -1.1029 H\\n39 H 3.8778 -1.2051 -0.6480 H\\n40 H 5.2169 -0.2642 0.0721 H\\n41 H 4.5625 -0.5956 2.1782 H\\n42 H 0.6384 0.7999 1.3520 H\\n43 H 0.9722 -0.8524 0.9144 H\\n44 H 2.9182 -2.4268 2.6727 H\\n45 H 2.5346 -2.5312 0.9555 H\\n46 H 4.2050 -4.2286 1.6373 H\\n47 H 5.3186 -2.9538 2.1635 H\\n48 H 4.9044 -3.1230 0.4458 H\\n49 H 4.8254 2.0649 0.7211 H\\n50 H 3.3405 2.9257 0.2494 H\\n51 H 3.8855 1.7165 2.7666 H\\n52 H 2.3291 2.3183 2.2320 H\\n53 H 1.2187 2.6365 -0.4592 H\\n54 H 1.4798 4.1561 -2.1185 H\\n55 H 1.8521 4.6723 -4.5080 H\\n56 H 0.0298 -0.5792 -2.3770 H\\n57 H -0.1822 -2.1155 -4.2583 H\\n58 H 0.4020 -1.3673 -6.5502 H\\n59 H 1.1842 0.9432 -6.9255 H\\n60 H -3.1243 2.7706 -0.5480 H\\n61 H -2.7943 1.0445 -0.6608 H\\n62 H -2.8724 2.5387 2.0218 H\\n63 H -3.1439 0.2543 2.9687 H\\n64 H -1.6257 0.3960 2.0778 H\\n65 H -3.0013 -0.4506 1.3494 H\\n66 H -5.1177 0.9570 0.6591 H\\n67 H -5.0908 2.7072 0.9452 H\\n68 H -5.1545 1.5897 2.3146 H\\n69 H 3.5131 0.5789 -2.5091 H\\n70 H 3.6493 2.2780 -1.9986 H\\n71 H 5.5003 -0.7663 -2.8853 H\\n72 H 5.8625 3.2228 -1.2303 H\\n73 H 8.2934 3.1104 -1.5229 H\\n74 H 7.9319 -0.8550 -3.1759 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.9505 -0.2655 1.8794 C\\n2 C 1.9666 0.3740 -0.3857 C\\n3 C 4.3962 -0.3312 -0.1737 C\\n4 N 3.4745 0.9033 -0.3846 N\\n5 C 4.1787 -0.9195 1.2290 C\\n6 C 1.7387 -0.3735 0.9541 C\\n7 C 4.0986 -2.4565 1.2061 C\\n8 C 5.4157 -3.1045 0.7979 C\\n9 C 3.7045 1.8755 0.7780 C\\n10 C 3.2427 1.2278 2.0823 C\\n11 C 0.8451 1.4610 -0.6395 C\\n12 C 0.8577 3.4283 -2.1801 C\\n13 C 0.7414 2.0335 -2.0461 C\\n14 N 0.7762 3.2503 -4.5659 N\\n15 C 0.5158 1.2543 -3.2187 C\\n16 C 0.8696 3.9811 -3.4431 C\\n17 C 0.5716 1.9302 -4.4622 C\\n18 C 0.2243 -0.1342 -3.2336 C\\n19 C 0.0532 -0.8329 -4.4297 C\\n20 C 0.1559 -0.1594 -5.6361 C\\n21 C 0.4066 1.2120 -5.6377 C\\n22 O -0.4652 0.9171 -0.3584 O\\n23 C -1.1676 1.5273 0.6404 C\\n24 O -0.6956 2.3713 1.3875 O\\n25 C -2.5658 0.9583 0.7128 C\\n26 C -3.5596 1.9100 1.3963 C\\n27 C -4.8720 1.1791 1.6863 C\\n28 C -3.8335 3.1467 0.5356 C\\n29 C 3.8224 1.5686 -1.7456 C\\n30 C 5.2836 1.7896 -2.0642 C\\n31 C 8.0038 2.1666 -2.6527 C\\n32 C 5.9704 2.9147 -1.5814 C\\n33 C 5.9789 0.8686 -2.8674 C\\n34 C 7.3335 1.0542 -3.1570 C\\n35 C 7.3261 3.0992 -1.8698 C\\n36 I 10.0178 2.4416 -3.0784 I\\n37 H 2.7284 -0.7309 2.8466 H\\n38 H 1.9470 -0.3750 -1.1832 H\\n39 H 5.4371 -0.0047 -0.2571 H\\n40 H 4.1688 -1.0366 -0.9805 H\\n41 H 5.0522 -0.6594 1.8446 H\\n42 H 1.4980 -1.4235 0.7475 H\\n43 H 0.8707 0.0170 1.4948 H\\n44 H 3.8295 -2.8213 2.2051 H\\n45 H 3.3130 -2.7945 0.5212 H\\n46 H 5.7014 -2.8281 -0.2215 H\\n47 H 6.2242 -2.8082 1.4741 H\\n48 H 5.3256 -4.1946 0.8370 H\\n49 H 3.1660 2.8054 0.5696 H\\n50 H 4.7767 2.0919 0.8227 H\\n51 H 4.0137 1.3662 2.8503 H\\n52 H 2.3478 1.7416 2.4556 H\\n53 H 1.0654 2.2879 0.0428 H\\n54 H 0.9476 4.0853 -1.3187 H\\n55 H 0.9660 5.0537 -3.5935 H\\n56 H 0.0780 -0.6938 -2.3144 H\\n57 H -0.1814 -1.8952 -4.4206 H\\n58 H 0.0149 -0.6866 -6.5773 H\\n59 H 0.4568 1.7413 -6.5881 H\\n60 H -2.4972 0.0155 1.2683 H\\n61 H -2.9098 0.7323 -0.3034 H\\n62 H -3.1418 2.2459 2.3539 H\\n63 H -4.7018 0.3153 2.3379 H\\n64 H -5.5825 1.8414 2.1927 H\\n65 H -5.3404 0.8213 0.7632 H\\n66 H -2.9166 3.7146 0.3501 H\\n67 H -4.5422 3.8166 1.0354 H\\n68 H -4.2603 2.8688 -0.4345 H\\n69 H 3.3785 0.9360 -2.5224 H\\n70 H 3.3259 2.5405 -1.7577 H\\n71 H 5.4629 3.6720 -0.9870 H\\n72 H 5.4755 -0.0015 -3.2865 H\\n73 H 7.8521 0.3298 -3.7827 H\\n74 H 7.8404 3.9791 -1.4869 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.7233 -0.6939 1.6619 C\\n2 C 2.3022 -0.5066 -0.4649 C\\n3 C 4.5907 0.5223 -0.3595 C\\n4 N 3.0753 0.8672 -0.3242 N\\n5 C 4.9862 -0.1994 0.9358 C\\n6 C 2.7337 -1.3976 0.7237 C\\n7 C 6.1127 -1.2301 0.7387 C\\n8 C 5.7730 -2.4994 -0.0232 C\\n9 C 2.7787 1.5459 1.0312 C\\n10 C 2.9925 0.5563 2.1747 C\\n11 C 0.7451 -0.4107 -0.6487 C\\n12 C 0.2818 -2.0093 -2.5058 C\\n13 C 0.1607 -1.7510 -1.1261 C\\n14 N -0.7659 -4.1449 -2.2703 N\\n15 C -0.4634 -2.7466 -0.3056 C\\n16 C -0.1910 -3.1964 -3.0219 C\\n17 C -0.9062 -3.9284 -0.9570 C\\n18 C -0.6819 -2.6720 1.0981 C\\n19 C -1.3002 -3.7012 1.8123 C\\n20 C -1.7198 -4.8387 1.1472 C\\n21 C -1.5171 -4.9374 -0.2267 C\\n22 O 0.0752 0.0702 0.5280 O\\n23 C -0.7085 1.1763 0.3736 C\\n24 O -0.6504 1.9262 -0.5895 O\\n25 C -1.5682 1.3738 1.6010 C\\n26 C -2.7646 2.3029 1.3477 C\\n27 C -3.8020 1.6429 0.4358 C\\n28 C -3.4157 2.6922 2.6761 C\\n29 C 2.7540 1.9076 -1.4376 C\\n30 C 2.8108 1.4699 -2.8832 C\\n31 C 2.8591 0.7175 -5.5978 C\\n32 C 4.0212 1.1724 -3.5272 C\\n33 C 1.6322 1.4414 -3.6505 C\\n34 C 1.6526 1.0578 -4.9948 C\\n35 C 4.0447 0.7833 -4.8711 C\\n36 I 2.8945 0.1393 -7.5900 I\\n37 H 3.9817 -1.3450 2.5041 H\\n38 H 2.7151 -0.9494 -1.3810 H\\n39 H 4.7655 -0.0983 -1.2407 H\\n40 H 5.1464 1.4613 -0.4633 H\\n41 H 5.4451 0.5642 1.5836 H\\n42 H 1.8713 -1.7023 1.3210 H\\n43 H 3.1449 -2.3323 0.3349 H\\n44 H 6.4963 -1.5202 1.7252 H\\n45 H 6.9455 -0.7335 0.2242 H\\n46 H 5.2831 -2.2907 -0.9777 H\\n47 H 5.1331 -3.1563 0.5724 H\\n48 H 6.6902 -3.0589 -0.2367 H\\n49 H 3.4661 2.3962 1.1176 H\\n50 H 1.7604 1.9378 1.0190 H\\n51 H 2.0283 0.2830 2.6210 H\\n52 H 3.5660 1.0398 2.9750 H\\n53 H 0.5552 0.2791 -1.4702 H\\n54 H 0.7347 -1.2998 -3.1905 H\\n55 H -0.1174 -3.4246 -4.0819 H\\n56 H -0.3773 -1.8117 1.6815 H\\n57 H -1.4548 -3.6111 2.8851 H\\n58 H -2.2051 -5.6489 1.6857 H\\n59 H -1.8499 -5.8340 -0.7471 H\\n60 H -1.9266 0.3962 1.9446 H\\n61 H -0.9190 1.7943 2.3782 H\\n62 H -2.4156 3.2221 0.8604 H\\n63 H -4.6516 2.3134 0.2680 H\\n64 H -4.1858 0.7161 0.8760 H\\n65 H -3.3759 1.4002 -0.5427 H\\n66 H -2.6948 3.1922 3.3314 H\\n67 H -4.2502 3.3820 2.5118 H\\n68 H -3.8012 1.8128 3.2028 H\\n69 H 1.7587 2.2999 -1.2100 H\\n70 H 3.4481 2.7457 -1.2925 H\\n71 H 4.9758 1.2665 -3.0164 H\\n72 H 0.6743 1.7387 -3.2211 H\\n73 H 0.7230 1.0450 -5.5612 H\\n74 H 4.9976 0.5533 -5.3448 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.2881 -0.6096 1.7722 C\\n2 C 2.2935 -0.5232 -0.5889 C\\n3 C 4.5003 0.5675 -0.0863 C\\n4 N 3.0009 0.8715 -0.3553 N\\n5 C 4.6561 -0.1068 1.2825 C\\n6 C 2.5052 -1.3651 0.6906 C\\n7 C 5.8182 -1.1154 1.3343 C\\n8 C 5.6497 -2.4146 0.5660 C\\n9 C 2.4301 1.5817 0.8891 C\\n10 C 2.4509 0.6375 2.0907 C\\n11 C 0.8012 -0.4745 -1.0801 C\\n12 C 0.7339 -2.1361 -2.9418 C\\n13 C 0.3526 -1.8454 -1.6171 C\\n14 N -0.2923 -4.2927 -2.8389 N\\n15 C -0.3886 -2.8373 -0.8950 C\\n16 C 0.3911 -3.3488 -3.4997 C\\n17 C -0.6769 -4.0472 -1.5806 C\\n18 C -0.8640 -2.7323 0.4416 C\\n19 C -1.5795 -3.7595 1.0608 C\\n20 C -1.8434 -4.9248 0.3647 C\\n21 C -1.3893 -5.0535 -0.9450 C\\n22 O -0.1242 0.0219 -0.0963 O\\n23 C -0.8996 1.0715 -0.4923 C\\n24 O -0.5832 1.8522 -1.3801 O\\n25 C -2.1864 1.1433 0.2967 C\\n26 C -2.2426 2.2342 1.3717 C\\n27 C -1.9656 3.6307 0.8167 C\\n28 C -1.3225 1.9296 2.5504 C\\n29 C 2.8825 1.8676 -1.5473 C\\n30 C 3.2551 1.3908 -2.9328 C\\n31 C 3.8962 0.5477 -5.5443 C\\n32 C 4.5848 1.1361 -3.3031 C\\n33 C 2.2626 1.2744 -3.9232 C\\n34 C 2.5772 0.8448 -5.2161 C\\n35 C 4.9024 0.7012 -4.5945 C\\n36 I 4.3674 -0.1003 -7.4580 I\\n37 H 3.3927 -1.2267 2.6714 H\\n38 H 2.8848 -0.9851 -1.3908 H\\n39 H 4.8552 -0.0725 -0.8964 H\\n40 H 5.0450 1.5183 -0.1116 H\\n41 H 4.9704 0.6859 1.9797 H\\n42 H 1.5497 -1.6667 1.1251 H\\n43 H 2.9969 -2.3032 0.4215 H\\n44 H 6.0157 -1.3667 2.3841 H\\n45 H 6.7235 -0.6147 0.9672 H\\n46 H 6.6019 -2.9561 0.5417 H\\n47 H 4.9256 -3.0706 1.0568 H\\n48 H 5.3385 -2.2462 -0.4684 H\\n49 H 3.0615 2.4596 1.0726 H\\n50 H 1.4226 1.9322 0.6611 H\\n51 H 2.8547 1.1639 2.9640 H\\n52 H 1.4292 0.3473 2.3626 H\\n53 H 0.7721 0.1808 -1.9504 H\\n54 H 1.2896 -1.4329 -3.5529 H\\n55 H 0.6651 -3.6023 -4.5210 H\\n56 H -0.6936 -1.8482 1.0444 H\\n57 H -1.9316 -3.6466 2.0837 H\\n58 H -2.4017 -5.7337 0.8291 H\\n59 H -1.6007 -5.9721 -1.4898 H\\n60 H -2.3880 0.1618 0.7425 H\\n61 H -2.9908 1.2988 -0.4339 H\\n62 H -3.2699 2.2380 1.7606 H\\n63 H -2.6045 3.8424 -0.0465 H\\n64 H -2.1700 4.3918 1.5777 H\\n65 H -0.9216 3.7457 0.5092 H\\n66 H -1.4870 2.6467 3.3622 H\\n67 H -0.2712 1.9915 2.2644 H\\n68 H -1.5127 0.9275 2.9478 H\\n69 H 3.5016 2.7386 -1.2907 H\\n70 H 1.8484 2.2245 -1.5449 H\\n71 H 5.4086 1.2990 -2.6125 H\\n72 H 1.2250 1.5377 -3.7128 H\\n73 H 1.7860 0.7612 -5.9593 H\\n74 H 5.9415 0.5043 -4.8521 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.5539 -0.2064 1.8532 C\\n2 C 1.8995 0.1623 -0.5970 C\\n3 C 4.3307 -0.1556 0.1169 C\\n4 N 3.2833 0.9124 -0.3792 N\\n5 C 3.9993 -0.6140 1.5392 C\\n6 C 1.6352 -0.6493 0.7030 C\\n7 C 4.2648 -2.1157 1.7472 C\\n8 C 5.7380 -2.4766 1.6043 C\\n9 C 3.1408 1.9737 0.7087 C\\n10 C 2.5363 1.3271 1.9599 C\\n11 C 0.6624 1.0728 -1.0128 C\\n12 C -0.4690 -0.9724 -2.0284 C\\n13 C -0.2524 0.4148 -2.0533 C\\n14 N -1.8987 -0.8500 -3.9500 N\\n15 C -0.9629 1.1855 -3.0278 C\\n16 C -1.2799 -1.5480 -2.9870 C\\n17 C -1.7675 0.4821 -3.9587 C\\n18 C -0.9435 2.6008 -3.1238 C\\n19 C -1.6744 3.2849 -4.0966 C\\n20 C -2.4363 2.5736 -5.0067 C\\n21 C -2.4722 1.1832 -4.9274 C\\n22 O -0.2046 1.3608 0.1101 O\\n23 C -0.4219 2.6601 0.4353 C\\n24 O 0.2408 3.5928 -0.0007 O\\n25 C -1.4921 2.8178 1.4926 C\\n26 C -2.6719 1.8388 1.3808 C\\n27 C -3.4837 2.0781 0.1069 C\\n28 C -3.5815 1.9802 2.6034 C\\n29 C 3.9261 1.4593 -1.6818 C\\n30 C 3.2437 2.5045 -2.5172 C\\n31 C 2.1378 4.4656 -4.1989 C\\n32 C 2.6757 2.1537 -3.7546 C\\n33 C 3.2510 3.8573 -2.1422 C\\n34 C 2.6921 4.8317 -2.9745 C\\n35 C 2.1282 3.1299 -4.5923 C\\n36 I 1.3365 5.9192 -5.4457 I\\n37 H 2.2192 -0.6494 2.7977 H\\n38 H 2.1279 -0.5266 -1.4196 H\\n39 H 5.3216 0.3125 0.0935 H\\n40 H 4.3047 -0.9753 -0.6105 H\\n41 H 4.6617 -0.0802 2.2360 H\\n42 H 1.7851 -1.7140 0.4881 H\\n43 H 0.5922 -0.5860 1.0289 H\\n44 H 3.6871 -2.7174 1.0377 H\\n45 H 3.9347 -2.4046 2.7519 H\\n46 H 6.3508 -1.9102 2.3127 H\\n47 H 5.8855 -3.5421 1.8078 H\\n48 H 6.1037 -2.2756 0.5933 H\\n49 H 4.1429 2.3685 0.9109 H\\n50 H 2.5172 2.7837 0.3360 H\\n51 H 3.1022 1.6541 2.8411 H\\n52 H 1.5141 1.6802 2.1212 H\\n53 H 1.0556 1.9898 -1.4372 H\\n54 H -0.0400 -1.6262 -1.2790 H\\n55 H -1.4639 -2.6192 -3.0047 H\\n56 H -0.3647 3.2129 -2.4387 H\\n57 H -1.6459 4.3710 -4.1397 H\\n58 H -3.0092 3.0921 -5.7714 H\\n59 H -3.0824 0.6282 -5.6377 H\\n60 H -0.9950 2.7069 2.4638 H\\n61 H -1.8682 3.8471 1.4296 H\\n62 H -2.2946 0.8080 1.3636 H\\n63 H -4.3301 1.3861 0.0480 H\\n64 H -3.8830 3.0991 0.0690 H\\n65 H -2.8735 1.9236 -0.7855 H\\n66 H -4.0125 2.9865 2.6655 H\\n67 H -3.0275 1.7892 3.5282 H\\n68 H -4.4071 1.2625 2.5548 H\\n69 H 4.9101 1.8554 -1.3951 H\\n70 H 4.1214 0.5778 -2.3072 H\\n71 H 2.6663 1.1205 -4.0999 H\\n72 H 3.7126 4.1853 -1.2131 H\\n73 H 2.7104 5.8748 -2.6638 H\\n74 H 1.6974 2.8348 -5.5479 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8456 -0.4381 1.7889 C\\n2 C 2.1051 -0.1135 -0.6418 C\\n3 C 4.5618 0.0264 0.0256 C\\n4 N 3.3305 0.8780 -0.4018 N\\n5 C 4.3293 -0.5822 1.4151 C\\n6 C 1.9549 -0.9562 0.6524 C\\n7 C 4.8294 -2.0350 1.5084 C\\n8 C 6.3355 -2.1530 1.3113 C\\n9 C 3.0039 1.8505 0.7517 C\\n10 C 2.5574 1.0556 1.9768 C\\n11 C 0.7706 0.6005 -1.1326 C\\n12 C 0.2761 1.2801 -3.4944 C\\n13 C 0.3777 0.2343 -2.5613 C\\n14 N -0.1419 -0.2788 -5.2644 N\\n15 C 0.1126 -1.0962 -2.9993 C\\n16 C 0.0157 0.9766 -4.8142 C\\n17 C -0.1203 -1.2877 -4.3830 C\\n18 C 0.0559 -2.2339 -2.1555 C\\n19 C -0.1707 -3.5124 -2.6654 C\\n20 C -0.3578 -3.6820 -4.0277 C\\n21 C -0.3371 -2.5693 -4.8675 C\\n22 O -0.3834 0.3121 -0.3197 O\\n23 C -0.8317 1.3154 0.4834 C\\n24 O -0.2421 2.3744 0.6447 O\\n25 C -2.1011 0.8992 1.1877 C\\n26 C -3.0190 2.0902 1.4966 C\\n27 C -4.1361 1.6602 2.4484 C\\n28 C -3.6212 2.6760 0.2165 C\\n29 C 3.7096 1.7064 -1.6638 C\\n30 C 4.5429 1.0179 -2.7215 C\\n31 C 6.1413 -0.2593 -4.6530 C\\n32 C 5.9377 1.2038 -2.7448 C\\n33 C 3.9686 0.1909 -3.6959 C\\n34 C 4.7618 -0.4457 -4.6555 C\\n35 C 6.7326 0.5650 -3.7005 C\\n36 I 7.3177 -1.2077 -6.0755 I\\n37 H 2.6247 -0.9777 2.7167 H\\n38 H 2.4718 -0.7742 -1.4345 H\\n39 H 5.4322 0.6911 0.0482 H\\n40 H 4.7004 -0.7452 -0.7386 H\\n41 H 4.9159 -0.0022 2.1425 H\\n42 H 0.9228 -0.9963 1.0101 H\\n43 H 2.2061 -1.9983 0.4244 H\\n44 H 4.3277 -2.6692 0.7692 H\\n45 H 4.5779 -2.4386 2.4966 H\\n46 H 6.6337 -1.8496 0.3034 H\\n47 H 6.8761 -1.5316 2.0326 H\\n48 H 6.6530 -3.1906 1.4548 H\\n49 H 2.2492 2.5613 0.4093 H\\n50 H 3.9231 2.4082 0.9674 H\\n51 H 1.4912 1.2110 2.1689 H\\n52 H 3.0767 1.4365 2.8645 H\\n53 H 0.9458 1.6790 -1.1322 H\\n54 H 0.4005 2.3223 -3.2135 H\\n55 H -0.0658 1.7536 -5.5701 H\\n56 H 0.1470 -2.1457 -1.0789 H\\n57 H -0.2178 -4.3719 -2.0004 H\\n58 H -0.5408 -4.6713 -4.4409 H\\n59 H -0.5080 -2.7053 -5.9344 H\\n60 H -1.7986 0.3949 2.1127 H\\n61 H -2.6367 0.1715 0.5670 H\\n62 H -2.4397 2.8792 1.9923 H\\n63 H -3.7217 1.2983 3.3945 H\\n64 H -4.7978 2.5021 2.6763 H\\n65 H -4.7432 0.8583 2.0152 H\\n66 H -4.2112 1.9279 -0.3241 H\\n67 H -4.2787 3.5207 0.4499 H\\n68 H -2.8403 3.0437 -0.4572 H\\n69 H 4.2693 2.5759 -1.2951 H\\n70 H 2.7916 2.1058 -2.1003 H\\n71 H 6.4288 1.8538 -2.0219 H\\n72 H 2.8973 0.0311 -3.7488 H\\n73 H 4.2867 -1.0755 -5.4054 H\\n74 H 7.8088 0.7260 -3.6964 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.1457 -1.3642 -0.0129 C\\n2 C 2.0133 -0.0328 0.4273 C\\n3 C 3.7197 0.7611 -1.2665 C\\n4 N 3.1540 1.0537 0.1764 N\\n5 C 4.4257 -0.6022 -1.3128 C\\n6 C 2.6428 -1.4343 0.2419 C\\n7 C 4.0439 -1.3488 -2.6053 C\\n8 C 4.7569 -2.6839 -2.7753 C\\n9 C 4.3283 0.8714 1.1389 C\\n10 C 4.7747 -0.5886 1.1508 C\\n11 C 1.0903 0.0484 1.7203 C\\n12 C 2.1639 0.9858 3.8099 C\\n13 C 1.7072 -0.1362 3.1074 C\\n14 N 2.9907 -0.3686 5.6018 N\\n15 C 1.7998 -1.4082 3.7630 C\\n16 C 2.7910 0.8262 5.0290 C\\n17 C 2.4827 -1.4538 5.0063 C\\n18 C 1.2450 -2.6281 3.2873 C\\n19 C 1.4070 -3.8328 3.9746 C\\n20 C 2.1142 -3.8533 5.1641 C\\n21 C 2.6387 -2.6645 5.6665 C\\n22 O 0.2642 1.2399 1.7336 O\\n23 C -0.8662 1.1611 0.9654 C\\n24 O -1.0347 0.3064 0.1085 O\\n25 C -1.8167 2.2840 1.3156 C\\n26 C -3.2330 2.0783 0.7543 C\\n27 C -4.2333 2.9522 1.5137 C\\n28 C -3.2957 2.4067 -0.7406 C\\n29 C 2.5940 2.5122 0.0870 C\\n30 C 2.8449 3.5116 1.1925 C\\n31 C 3.2637 5.4643 3.1859 C\\n32 C 1.7664 4.0789 1.8924 C\\n33 C 4.1336 4.0052 1.4659 C\\n34 C 4.3454 4.9595 2.4686 C\\n35 C 1.9717 5.0368 2.8909 C\\n36 I 3.5710 6.8783 4.6742 I\\n37 H 4.5696 -2.3730 -0.0402 H\\n38 H 1.3486 0.1306 -0.4311 H\\n39 H 4.4385 1.5559 -1.5047 H\\n40 H 2.8712 0.8323 -1.9587 H\\n41 H 5.5094 -0.4172 -1.3675 H\\n42 H 2.4882 -2.0651 1.1161 H\\n43 H 2.1282 -1.9597 -0.5735 H\\n44 H 2.9604 -1.5118 -2.6544 H\\n45 H 4.2965 -0.7118 -3.4644 H\\n46 H 5.8370 -2.5766 -2.6353 H\\n47 H 4.5822 -3.0770 -3.7814 H\\n48 H 4.3853 -3.4243 -2.0633 H\\n49 H 4.0500 1.2189 2.1299 H\\n50 H 5.1495 1.4931 0.7678 H\\n51 H 4.5110 -1.0575 2.1072 H\\n52 H 5.8697 -0.6323 1.0884 H\\n53 H 0.3830 -0.7827 1.6171 H\\n54 H 2.0417 1.9894 3.4304 H\\n55 H 3.1657 1.6784 5.5896 H\\n56 H 0.6555 -2.6744 2.3754 H\\n57 H 0.9714 -4.7512 3.5858 H\\n58 H 2.2427 -4.7810 5.7154 H\\n59 H 3.1725 -2.6810 6.6158 H\\n60 H -1.8665 2.3269 2.4117 H\\n61 H -1.3927 3.2266 0.9508 H\\n62 H -3.5297 1.0310 0.8838 H\\n63 H -3.9850 4.0158 1.4191 H\\n64 H -4.2418 2.7009 2.5812 H\\n65 H -5.2487 2.8071 1.1286 H\\n66 H -2.9647 3.4315 -0.9423 H\\n67 H -2.6637 1.7250 -1.3219 H\\n68 H -4.3180 2.3022 -1.1181 H\\n69 H 1.5249 2.4222 -0.1363 H\\n70 H 3.0251 2.9686 -0.8153 H\\n71 H 0.7417 3.7931 1.6690 H\\n72 H 4.9970 3.6810 0.8874 H\\n73 H 5.3565 5.3151 2.6672 H\\n74 H 1.1135 5.4490 3.4207 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.6404 -0.4042 1.8308 C\\n2 C 1.9245 -0.0883 -0.5934 C\\n3 C 4.3590 0.0847 0.0434 C\\n4 N 3.1205 0.9425 -0.3474 N\\n5 C 4.0900 -0.6392 1.3714 C\\n6 C 1.6015 -0.7452 0.7613 C\\n7 C 4.5983 -2.0924 1.3949 C\\n8 C 3.9143 -3.0976 0.4841 C\\n9 C 2.8243 1.8981 0.8166 C\\n10 C 2.4877 1.1056 2.0800 C\\n11 C 0.6664 0.4501 -1.3875 C\\n12 C 0.4939 -0.5870 -3.6562 C\\n13 C 0.1023 -0.6467 -2.3044 C\\n14 N -0.6141 -2.6530 -4.1324 N\\n15 C -0.7191 -1.7378 -1.8873 C\\n16 C 0.1095 -1.5925 -4.5178 C\\n17 C -1.0288 -2.7216 -2.8612 C\\n18 C -1.2570 -1.9215 -0.5886 C\\n19 C -2.0299 -3.0356 -0.2572 C\\n20 C -2.2936 -3.9940 -1.2195 C\\n21 C -1.7952 -3.8225 -2.5089 C\\n22 O -0.3771 0.9933 -0.5571 O\\n23 C -0.4952 2.3449 -0.5288 C\\n24 O 0.3066 3.1048 -1.0600 O\\n25 C -1.7214 2.8333 0.2107 C\\n26 C -2.2460 1.8946 1.3110 C\\n27 C -3.3458 0.9777 0.7667 C\\n28 C -2.7969 2.7027 2.4892 C\\n29 C 3.4343 1.7406 -1.6430 C\\n30 C 4.7279 2.5198 -1.6899 C\\n31 C 7.1370 3.9611 -1.7592 C\\n32 C 5.8871 1.9507 -2.2444 C\\n33 C 4.7920 3.8327 -1.1956 C\\n34 C 5.9924 4.5482 -1.2257 C\\n35 C 7.0870 2.6666 -2.2753 C\\n36 I 8.9219 5.0207 -1.7992 I\\n37 H 2.4295 -0.9524 2.7557 H\\n38 H 2.3990 -0.8430 -1.2352 H\\n39 H 4.5691 -0.5888 -0.7937 H\\n40 H 5.2103 0.7605 0.1744 H\\n41 H 4.7286 -0.1391 2.1170 H\\n42 H 0.6301 -0.4147 1.1400 H\\n43 H 1.5037 -1.8244 0.6293 H\\n44 H 5.6660 -2.0794 1.1393 H\\n45 H 4.5402 -2.4690 2.4241 H\\n46 H 3.8180 -2.7340 -0.5416 H\\n47 H 2.9261 -3.3668 0.8641 H\\n48 H 4.5005 -4.0224 0.4519 H\\n49 H 3.7194 2.5031 0.9874 H\\n50 H 2.0091 2.5591 0.5292 H\\n51 H 1.4669 1.3432 2.4041 H\\n52 H 3.1415 1.4263 2.9003 H\\n53 H 0.9928 1.2256 -2.0816 H\\n54 H 1.0917 0.2279 -4.0534 H\\n55 H 0.3863 -1.5783 -5.5686 H\\n56 H -1.1204 -1.1841 0.1918 H\\n57 H -2.4354 -3.1460 0.7459 H\\n58 H -2.8963 -4.8666 -0.9812 H\\n59 H -2.0188 -4.5708 -3.2673 H\\n60 H -2.4980 3.0475 -0.5329 H\\n61 H -1.4248 3.7885 0.6636 H\\n62 H -1.4299 1.2699 1.6953 H\\n63 H -3.0086 0.4313 -0.1187 H\\n64 H -3.6465 0.2450 1.5246 H\\n65 H -4.2355 1.5522 0.4826 H\\n66 H -3.1651 2.0385 3.2798 H\\n67 H -3.6230 3.3510 2.1756 H\\n68 H -2.0151 3.3360 2.9245 H\\n69 H 3.4153 1.0136 -2.4647 H\\n70 H 2.6108 2.4419 -1.8008 H\\n71 H 5.8738 0.9469 -2.6661 H\\n72 H 3.9079 4.3242 -0.7915 H\\n73 H 6.0188 5.5645 -0.8369 H\\n74 H 7.9740 2.2085 -2.7088 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.9366 -1.4154 -0.1416 C\\n2 C 1.9892 0.0741 0.5272 C\\n3 C 3.6025 0.8062 -1.2782 C\\n4 N 3.1957 1.0538 0.2022 N\\n5 C 4.1077 -0.6370 -1.4579 C\\n6 C 2.4773 -1.3739 0.3126 C\\n7 C 3.4456 -1.2807 -2.6914 C\\n8 C 3.9520 -2.6831 -2.9941 C\\n9 C 4.4251 0.7495 1.0642 C\\n10 C 4.7832 -0.7298 0.9395 C\\n11 C 1.1666 0.2831 1.8840 C\\n12 C 2.3666 -0.9278 3.7113 C\\n13 C 1.9333 0.3177 3.2164 C\\n14 N 3.5845 0.1054 5.4863 N\\n15 C 2.2353 1.4814 4.0078 C\\n16 C 3.1761 -0.9840 4.8256 C\\n17 C 3.1002 1.2952 5.1198 C\\n18 C 1.7502 2.8059 3.8104 C\\n19 C 2.1461 3.8806 4.6112 C\\n20 C 3.0295 3.6670 5.6519 C\\n21 C 3.4884 2.3767 5.8974 C\\n22 O 0.2684 1.4085 1.7611 O\\n23 C -0.8614 1.1877 1.0264 C\\n24 O -1.0362 0.1894 0.3446 O\\n25 C -1.7887 2.3757 1.1311 C\\n26 C -3.2302 2.0480 0.7149 C\\n27 C -3.9134 1.1357 1.7366 C\\n28 C -4.0355 3.3384 0.5527 C\\n29 C 2.7405 2.5181 0.3437 C\\n30 C 3.7293 3.6030 -0.0103 C\\n31 C 5.5661 5.6242 -0.6587 C\\n32 C 3.7511 4.1636 -1.2979 C\\n33 C 4.6295 4.0897 0.9527 C\\n34 C 5.5470 5.0921 0.6286 C\\n35 C 4.6688 5.1665 -1.6218 C\\n36 I 6.9299 7.1138 -1.1410 I\\n37 H 4.2682 -2.4532 -0.2471 H\\n38 H 1.2946 0.2887 -0.2935 H\\n39 H 2.7280 1.0374 -1.8975 H\\n40 H 4.4091 1.5024 -1.5287 H\\n41 H 5.1848 -0.5847 -1.6767 H\\n42 H 1.8328 -1.8614 -0.4288 H\\n43 H 2.3648 -1.9841 1.2091 H\\n44 H 3.6489 -0.6491 -3.5659 H\\n45 H 2.3556 -1.3085 -2.5804 H\\n46 H 3.6404 -3.3965 -2.2258 H\\n47 H 3.5449 -3.0304 -3.9494 H\\n48 H 5.0444 -2.7011 -3.0654 H\\n49 H 5.2534 1.3601 0.6890 H\\n50 H 4.2261 1.0456 2.0936 H\\n51 H 5.8501 -0.8268 0.7027 H\\n52 H 4.6469 -1.2321 1.9037 H\\n53 H 0.5151 -0.5990 1.9816 H\\n54 H 2.0778 -1.8694 3.2556 H\\n55 H 3.5337 -1.9306 5.2221 H\\n56 H 1.0202 3.0420 3.0458 H\\n57 H 1.7479 4.8774 4.4329 H\\n58 H 3.3407 4.4885 6.2925 H\\n59 H 4.1581 2.2062 6.7392 H\\n60 H -1.7762 2.7442 2.1640 H\\n61 H -1.3748 3.1573 0.4831 H\\n62 H -3.2219 1.5317 -0.2532 H\\n63 H -3.9496 1.6045 2.7259 H\\n64 H -4.9415 0.9146 1.4306 H\\n65 H -3.3864 0.1815 1.8342 H\\n66 H -3.5821 3.9870 -0.2042 H\\n67 H -4.0852 3.8980 1.4930 H\\n68 H -5.0599 3.1201 0.2337 H\\n69 H 1.8330 2.6289 -0.2628 H\\n70 H 2.4556 2.6571 1.3799 H\\n71 H 3.0510 3.8367 -2.0651 H\\n72 H 4.6234 3.7059 1.9724 H\\n73 H 6.2351 5.4544 1.3904 H\\n74 H 4.6696 5.5887 -2.6251 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.2248 -0.5901 1.7878 C\\n2 C 2.2638 -0.5618 -0.5795 C\\n3 C 4.3888 0.6742 -0.0550 C\\n4 N 2.8798 0.8797 -0.3375 N\\n5 C 4.5895 -0.1478 1.2333 C\\n6 C 2.4286 -1.3639 0.7364 C\\n7 C 5.5808 -1.3006 0.9731 C\\n8 C 5.9024 -2.1255 2.2101 C\\n9 C 2.2764 1.5609 0.9076 C\\n10 C 2.4155 0.6623 2.1281 C\\n11 C 0.8010 -0.6233 -1.1454 C\\n12 C -0.5365 -2.7081 -0.5541 C\\n13 C 0.3667 -2.0738 -1.4253 C\\n14 N -0.4199 -4.7462 -1.8102 N\\n15 C 0.8646 -2.8234 -2.5350 C\\n16 C -0.8961 -4.0200 -0.7873 C\\n17 C 0.4295 -4.1663 -2.6664 C\\n18 C 1.7588 -2.3270 -3.5155 C\\n19 C 2.2129 -3.1216 -4.5687 C\\n20 C 1.7821 -4.4332 -4.6697 C\\n21 C 0.8955 -4.9376 -3.7209 C\\n22 O -0.1379 -0.0309 -0.2152 O\\n23 C -0.9674 0.9217 -0.7264 C\\n24 O -0.7608 1.5266 -1.7673 O\\n25 C -2.1406 1.1649 0.1887 C\\n26 C -1.8266 2.1787 1.2947 C\\n27 C -1.6191 3.5860 0.7286 C\\n28 C -2.9574 2.1908 2.3248 C\\n29 C 2.6960 1.8845 -1.5166 C\\n30 C 3.0652 1.4768 -2.9234 C\\n31 C 3.6830 0.8055 -5.5912 C\\n32 C 4.3905 1.2503 -3.3218 C\\n33 C 2.0661 1.4276 -3.9139 C\\n34 C 2.3685 1.0845 -5.2352 C\\n35 C 4.6967 0.8982 -4.6416 C\\n36 I 4.1369 0.2713 -7.5440 I\\n37 H 3.3380 -1.1926 2.6945 H\\n38 H 2.9330 -1.0103 -1.3230 H\\n39 H 4.8506 1.6649 0.0351 H\\n40 H 4.8139 0.1553 -0.9169 H\\n41 H 5.0617 0.5105 1.9758 H\\n42 H 1.4552 -1.6254 1.1684 H\\n43 H 2.9155 -2.3219 0.5146 H\\n44 H 6.5191 -0.8752 0.5931 H\\n45 H 5.2044 -1.9663 0.1874 H\\n46 H 6.2548 -1.4886 3.0284 H\\n47 H 6.6915 -2.8492 1.9808 H\\n48 H 5.0313 -2.6899 2.5571 H\\n49 H 1.2349 1.8104 0.7009 H\\n50 H 2.8214 2.5013 1.0581 H\\n51 H 2.8947 1.2187 2.9430 H\\n52 H 1.4209 0.3839 2.4983 H\\n53 H 0.7593 -0.1013 -2.1006 H\\n54 H -0.9655 -2.2078 0.3088 H\\n55 H -1.5936 -4.5402 -0.1364 H\\n56 H 2.1142 -1.3056 -3.4920 H\\n57 H 2.8933 -2.7154 -5.3135 H\\n58 H 2.1234 -5.0657 -5.4848 H\\n59 H 0.5540 -5.9678 -3.8085 H\\n60 H -2.4417 0.1997 0.6132 H\\n61 H -2.9860 1.4982 -0.4263 H\\n62 H -0.9042 1.8820 1.8096 H\\n63 H -1.4461 4.3056 1.5367 H\\n64 H -0.7454 3.6240 0.0689 H\\n65 H -2.4905 3.9181 0.1546 H\\n66 H -3.0385 1.2149 2.8220 H\\n67 H -2.7682 2.9440 3.0999 H\\n68 H -3.9235 2.4199 1.8581 H\\n69 H 1.6453 2.1885 -1.4866 H\\n70 H 3.2756 2.7795 -1.2532 H\\n71 H 5.2221 1.3772 -2.6343 H\\n72 H 1.0281 1.6658 -3.6770 H\\n73 H 1.5679 1.0438 -5.9715 H\\n74 H 5.7340 0.7194 -4.9196 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.3674 0.3055 1.9355 C\\n2 C 1.8258 0.5293 -0.5666 C\\n3 C 4.0678 -0.3802 0.2503 C\\n4 N 3.3836 0.8617 -0.3979 N\\n5 C 3.6376 -0.5266 1.7158 C\\n6 C 1.3529 0.0058 0.8210 C\\n7 C 3.4694 -1.9976 2.1370 C\\n8 C 4.7745 -2.7809 2.0729 C\\n9 C 3.5689 2.0497 0.5753 C\\n10 C 2.7691 1.7844 1.8502 C\\n11 C 0.9254 1.7226 -1.1088 C\\n12 C 1.0573 3.0104 -3.2478 C\\n13 C 0.7166 1.8026 -2.6130 C\\n14 N 0.3635 2.1475 -5.3701 N\\n15 C 0.0999 0.7755 -3.3896 C\\n16 C 0.8611 3.1333 -4.6070 C\\n17 C -0.0317 1.0106 -4.7809 C\\n18 C -0.4075 -0.4475 -2.8769 C\\n19 C -0.9748 -1.4119 -3.7107 C\\n20 C -1.0604 -1.1732 -5.0736 C\\n21 C -0.5952 0.0347 -5.5906 C\\n22 O -0.4281 1.6799 -0.5983 O\\n23 C -0.8155 2.7096 0.2025 C\\n24 O -0.0439 3.5268 0.6858 O\\n25 C -2.3138 2.7190 0.3949 C\\n26 C -2.8638 1.6711 1.3692 C\\n27 C -2.1751 1.7170 2.7331 C\\n28 C -2.8460 0.2574 0.7841 C\\n29 C 4.1102 1.1992 -1.7350 C\\n30 C 4.2375 0.1141 -2.7858 C\\n31 C 4.4166 -1.8972 -4.7628 C\\n32 C 3.5129 0.2043 -3.9829 C\\n33 C 5.1290 -0.9684 -2.6484 C\\n34 C 5.2048 -1.9769 -3.6178 C\\n35 C 3.5856 -0.7967 -4.9575 C\\n36 I 4.5121 -3.3934 -6.1977 I\\n37 H 1.9262 0.0970 2.9171 H\\n38 H 1.8087 -0.3058 -1.2742 H\\n39 H 5.1506 -0.2262 0.1973 H\\n40 H 3.7748 -1.2529 -0.3417 H\\n41 H 4.4313 -0.1078 2.3517 H\\n42 H 0.3941 0.4279 1.1208 H\\n43 H 1.1668 -1.0729 0.7507 H\\n44 H 2.7248 -2.5026 1.5108 H\\n45 H 3.0938 -2.0341 3.1678 H\\n46 H 5.1357 -2.8727 1.0409 H\\n47 H 5.5559 -2.2981 2.6743 H\\n48 H 4.6225 -3.7924 2.4677 H\\n49 H 4.6419 2.1203 0.7928 H\\n50 H 3.2634 2.9729 0.0751 H\\n51 H 1.8792 2.4194 1.8836 H\\n52 H 3.3733 2.0712 2.7204 H\\n53 H 1.3994 2.6573 -0.8020 H\\n54 H 1.4512 3.8617 -2.6982 H\\n55 H 1.1057 4.0501 -5.1362 H\\n56 H -0.3995 -0.6653 -1.8133 H\\n57 H -1.3611 -2.3406 -3.2965 H\\n58 H -1.5070 -1.9099 -5.7369 H\\n59 H -0.6888 0.2270 -6.6584 H\\n60 H -2.5877 3.7234 0.7485 H\\n61 H -2.7847 2.6165 -0.5933 H\\n62 H -3.9224 1.9269 1.5333 H\\n63 H -2.6770 1.0475 3.4396 H\\n64 H -2.2090 2.7287 3.1521 H\\n65 H -1.1271 1.4061 2.6737 H\\n66 H -3.3880 0.2318 -0.1666 H\\n67 H -1.8303 -0.1115 0.6121 H\\n68 H -3.3383 -0.4445 1.4658 H\\n69 H 5.1212 1.5292 -1.4583 H\\n70 H 3.6001 2.0767 -2.1446 H\\n71 H 2.8956 1.0716 -4.2044 H\\n72 H 5.7994 -1.0499 -1.7947 H\\n73 H 5.8881 -2.8144 -3.4714 H\\n74 H 2.9930 -0.6953 -5.8659 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.9875 -1.3281 -0.4257 C\\n2 C 1.9913 -0.0381 0.5048 C\\n3 C 3.4750 0.9924 -1.2556 C\\n4 N 3.1313 1.0354 0.2665 N\\n5 C 4.1580 -0.3401 -1.5925 C\\n6 C 2.5374 -1.4115 0.0618 C\\n7 C 3.8251 -0.8614 -3.0018 C\\n8 C 2.4080 -1.3430 -3.2592 C\\n9 C 4.4089 0.6822 1.0438 C\\n10 C 4.8069 -0.7675 0.7505 C\\n11 C 1.2286 -0.0682 1.9113 C\\n12 C 2.5040 -1.5141 3.4992 C\\n13 C 2.0487 -0.2142 3.2026 C\\n14 N 3.7708 -0.7361 5.3681 N\\n15 C 2.3736 0.8276 4.1403 C\\n16 C 3.3479 -1.7229 4.5691 C\\n17 C 3.2727 0.4910 5.1879 C\\n18 C 1.8789 2.1631 4.1469 C\\n19 C 2.2983 3.1178 5.0773 C\\n20 C 3.2130 2.7640 6.0513 C\\n21 C 3.6801 1.4541 6.0995 C\\n22 O 0.2847 1.0222 2.0082 O\\n23 C -0.8711 0.8680 1.2955 C\\n24 O -1.0461 -0.0270 0.4829 O\\n25 C -1.8539 1.9563 1.6609 C\\n26 C -3.0241 2.0598 0.6707 C\\n27 C -4.1509 2.9011 1.2727 C\\n28 C -2.5735 2.6702 -0.6598 C\\n29 C 2.6122 2.4441 0.6069 C\\n30 C 3.5453 3.6122 0.3965 C\\n31 C 5.2771 5.7901 0.0181 C\\n32 C 4.4541 3.9888 1.3996 C\\n33 C 3.5048 4.3617 -0.7906 C\\n34 C 4.3697 5.4434 -0.9804 C\\n35 C 5.3199 5.0686 1.2090 C\\n36 I 6.5619 7.3965 -0.2644 I\\n37 H 4.3570 -2.3233 -0.6966 H\\n38 H 1.2431 0.2512 -0.2424 H\\n39 H 4.1666 1.8116 -1.4714 H\\n40 H 2.5434 1.1643 -1.8036 H\\n41 H 5.2353 -0.1198 -1.6533 H\\n42 H 2.4778 -2.1499 0.8626 H\\n43 H 1.8806 -1.8137 -0.7127 H\\n44 H 4.5110 -1.6840 -3.2416 H\\n45 H 4.0483 -0.0629 -3.7218 H\\n46 H 2.2204 -2.2988 -2.7631 H\\n47 H 1.6575 -0.6175 -2.9343 H\\n48 H 2.2646 -1.5115 -4.3329 H\\n49 H 4.2443 0.8617 2.1060 H\\n50 H 5.1993 1.3585 0.7000 H\\n51 H 4.6706 -1.3883 1.6419 H\\n52 H 5.8798 -0.8097 0.5248 H\\n53 H 0.6129 -0.9807 1.8938 H\\n54 H 2.2053 -2.3825 2.9198 H\\n55 H 3.7220 -2.7133 4.8146 H\\n56 H 1.1216 2.4978 3.4482 H\\n57 H 1.8935 4.1282 5.0539 H\\n58 H 3.5433 3.4887 6.7916 H\\n59 H 4.3718 1.1682 6.8912 H\\n60 H -2.2278 1.7216 2.6651 H\\n61 H -1.3191 2.9133 1.7052 H\\n62 H -3.4224 1.0571 0.4692 H\\n63 H -3.8063 3.9096 1.5245 H\\n64 H -4.9870 2.9936 0.5716 H\\n65 H -4.5343 2.4363 2.1875 H\\n66 H -2.2024 3.6926 -0.5236 H\\n67 H -1.7737 2.0816 -1.1190 H\\n68 H -3.4061 2.7058 -1.3698 H\\n69 H 2.3341 2.4301 1.6537 H\\n70 H 1.6918 2.5906 0.0282 H\\n71 H 4.4954 3.4571 2.3497 H\\n72 H 2.7962 4.1236 -1.5825 H\\n73 H 4.3210 6.0118 -1.9072 H\\n74 H 6.0162 5.3422 1.9995 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.7199 -0.5251 1.7871 C\\n2 C 2.0514 -0.3059 -0.6512 C\\n3 C 4.3875 0.3243 0.1005 C\\n4 N 3.0279 0.9222 -0.3519 N\\n5 C 4.1850 -0.5933 1.3214 C\\n6 C 1.7758 -1.0159 0.6896 C\\n7 C 4.7007 -2.0139 1.0180 C\\n8 C 4.6060 -2.9638 2.2025 C\\n9 C 2.5016 1.7859 0.7954 C\\n10 C 2.3618 0.9416 2.0606 C\\n11 C 0.7506 0.0084 -1.4886 C\\n12 C 0.8758 -1.3310 -3.5924 C\\n13 C 0.3345 -1.2321 -2.2953 C\\n14 N -0.1411 -3.4705 -3.9200 N\\n15 C -0.5019 -2.2946 -1.8268 C\\n16 C 0.6072 -2.4471 -4.3551 C\\n17 C -0.6899 -3.3967 -2.7009 C\\n18 C -1.1664 -2.3483 -0.5721 C\\n19 C -1.9528 -3.4386 -0.1943 C\\n20 C -2.1039 -4.5061 -1.0617 C\\n21 C -1.4740 -4.4701 -2.3031 C\\n22 O -0.3534 0.4764 -0.6966 O\\n23 C -0.7295 1.7733 -0.8441 C\\n24 O -0.0565 2.6249 -1.4059 O\\n25 C -2.0669 2.0216 -0.1939 C\\n26 C -1.9862 2.0052 1.3376 C\\n27 C -3.3902 1.9061 1.9352 C\\n28 C -1.2844 3.2564 1.8714 C\\n29 C 3.2475 1.7783 -1.6287 C\\n30 C 4.3363 2.8259 -1.5914 C\\n31 C 6.3521 4.7790 -1.5165 C\\n32 C 5.6411 2.5246 -2.0158 C\\n33 C 4.0554 4.1302 -1.1519 C\\n34 C 5.0594 5.1012 -1.1100 C\\n35 C 6.6458 3.4954 -1.9729 C\\n36 I 7.8454 6.2209 -1.4518 I\\n37 H 2.5677 -1.1036 2.7046 H\\n38 H 2.6813 -0.9616 -1.2675 H\\n39 H 4.8162 -0.1998 -0.7613 H\\n40 H 5.0409 1.1591 0.3766 H\\n41 H 4.8152 -0.2013 2.1329 H\\n42 H 1.8662 -2.0995 0.5539 H\\n43 H 0.7530 -0.8418 1.0335 H\\n44 H 5.7547 -1.9475 0.7187 H\\n45 H 4.1675 -2.4492 0.1655 H\\n46 H 5.1104 -2.5490 3.0806 H\\n47 H 3.5656 -3.1746 2.4653 H\\n48 H 5.0842 -3.9176 1.9576 H\\n49 H 3.2136 2.5977 0.9723 H\\n50 H 1.5501 2.2164 0.4890 H\\n51 H 1.3353 1.0220 2.4411 H\\n52 H 3.0076 1.3479 2.8497 H\\n53 H 0.9814 0.7577 -2.2489 H\\n54 H 1.4979 -0.5514 -4.0220 H\\n55 H 1.0001 -2.5560 -5.3628 H\\n56 H -1.1119 -1.5346 0.1404 H\\n57 H -2.4543 -3.4487 0.7709 H\\n58 H -2.7164 -5.3614 -0.7857 H\\n59 H -1.6056 -5.3074 -2.9870 H\\n60 H -2.4511 2.9834 -0.5567 H\\n61 H -2.7588 1.2533 -0.5637 H\\n62 H -1.4130 1.1293 1.6673 H\\n63 H -4.0083 2.7588 1.6356 H\\n64 H -3.8925 0.9909 1.6079 H\\n65 H -3.3473 1.8877 3.0295 H\\n66 H -1.2290 3.2325 2.9646 H\\n67 H -0.2621 3.3286 1.4923 H\\n68 H -1.8174 4.1673 1.5797 H\\n69 H 3.4460 1.0709 -2.4436 H\\n70 H 2.3042 2.2801 -1.8499 H\\n71 H 5.8949 1.5368 -2.3963 H\\n72 H 3.0479 4.4149 -0.8507 H\\n73 H 4.8184 6.1060 -0.7681 H\\n74 H 7.6507 3.2425 -2.3060 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6351 -0.7119 1.6605 C\\n2 C 2.2953 -0.5199 -0.4898 C\\n3 C 4.5801 0.5410 -0.3135 C\\n4 N 3.0618 0.8662 -0.3239 N\\n5 C 4.9176 -0.3632 0.8845 C\\n6 C 2.6140 -1.3886 0.7476 C\\n7 C 5.7117 -1.6132 0.4635 C\\n8 C 7.1036 -1.2765 -0.0579 C\\n9 C 2.7306 1.5487 1.0051 C\\n10 C 2.9972 0.5893 2.1618 C\\n11 C 0.7542 -0.4386 -0.8048 C\\n12 C -0.3313 -2.7106 -0.4567 C\\n13 C 0.2628 -1.7916 -1.3372 C\\n14 N -0.5341 -4.3363 -2.2066 N\\n15 C 0.4310 -2.1710 -2.7041 C\\n16 C -0.7110 -3.9482 -0.9331 C\\n17 C 0.0116 -3.4730 -3.0727 C\\n18 C 0.9823 -1.3428 -3.7170 C\\n19 C 1.1264 -1.7910 -5.0308 C\\n20 C 0.7219 -3.0731 -5.3647 C\\n21 C 0.1681 -3.8953 -4.3848 C\\n22 O -0.0184 -0.0957 0.3685 O\\n23 C -0.6981 1.0847 0.3368 C\\n24 O -0.4848 1.9714 -0.4757 O\\n25 C -1.6669 1.1543 1.4941 C\\n26 C -2.6855 2.2957 1.3524 C\\n27 C -3.4124 2.5203 2.6798 C\\n28 C -3.7037 2.0033 0.2472 C\\n29 C 2.7531 1.7998 -1.5242 C\\n30 C 3.5080 3.1054 -1.6068 C\\n31 C 4.9019 5.5377 -1.7569 C\\n32 C 3.0067 4.2585 -0.9799 C\\n33 C 4.7076 3.1992 -2.3313 C\\n34 C 5.4041 4.4089 -2.4010 C\\n35 C 3.7031 5.4679 -1.0502 C\\n36 I 5.9373 7.3346 -1.8618 I\\n37 H 3.8642 -1.3607 2.5137 H\\n38 H 2.7889 -0.9731 -1.3596 H\\n39 H 4.8155 0.0847 -1.2811 H\\n40 H 5.1273 1.4842 -0.2184 H\\n41 H 5.5657 0.2097 1.5635 H\\n42 H 1.7135 -1.5993 1.3352 H\\n43 H 2.9785 -2.3684 0.4175 H\\n44 H 5.1727 -2.1728 -0.3095 H\\n45 H 5.8200 -2.2823 1.3251 H\\n46 H 7.6483 -2.1958 -0.2945 H\\n47 H 7.6799 -0.7265 0.6924 H\\n48 H 7.0585 -0.6701 -0.9669 H\\n49 H 1.6949 1.8851 0.9819 H\\n50 H 3.3761 2.4277 1.1009 H\\n51 H 2.0589 0.3761 2.6882 H\\n52 H 3.6512 1.0744 2.8966 H\\n53 H 0.5580 0.2862 -1.5961 H\\n54 H -0.5025 -2.4861 0.5916 H\\n55 H -1.1760 -4.6867 -0.2847 H\\n56 H 1.2905 -0.3231 -3.5170 H\\n57 H 1.5410 -1.1387 -5.7962 H\\n58 H 0.8221 -3.4365 -6.3849 H\\n59 H -0.1581 -4.8982 -4.6555 H\\n60 H -1.0674 1.2949 2.4011 H\\n61 H -2.1917 0.1951 1.5716 H\\n62 H -2.1589 3.2242 1.0958 H\\n63 H -2.7031 2.7685 3.4763 H\\n64 H -4.1232 3.3496 2.5974 H\\n65 H -3.9671 1.6267 2.9853 H\\n66 H -3.2154 1.8844 -0.7253 H\\n67 H -4.2659 1.0865 0.4575 H\\n68 H -4.4217 2.8256 0.1566 H\\n69 H 2.9390 1.2085 -2.4295 H\\n70 H 1.6871 2.0265 -1.4974 H\\n71 H 2.0593 4.2372 -0.4421 H\\n72 H 5.1143 2.3389 -2.8603 H\\n73 H 6.3321 4.4610 -2.9675 H\\n74 H 3.2952 6.3497 -0.5593 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8589 -0.5647 1.7777 C\\n2 C 2.1112 -0.3393 -0.6379 C\\n3 C 4.4489 0.3433 0.0444 C\\n4 N 3.0594 0.9069 -0.3574 N\\n5 C 4.3195 -0.5513 1.2914 C\\n6 C 1.9321 -1.1070 0.6903 C\\n7 C 4.9266 -1.9408 1.0179 C\\n8 C 4.9140 -2.8601 2.2304 C\\n9 C 2.5506 1.7477 0.8133 C\\n10 C 2.4292 0.8793 2.0630 C\\n11 C 0.7497 -0.0491 -1.3779 C\\n12 C -0.6778 -2.1469 -1.2648 C\\n13 C 0.2245 -1.3543 -1.9944 C\\n14 N -0.6720 -3.8229 -2.9779 N\\n15 C 0.6626 -1.8224 -3.2710 C\\n16 C -1.0945 -3.3507 -1.7936 C\\n17 C 0.1749 -3.0804 -3.7026 C\\n18 C 1.5448 -1.1244 -4.1362 C\\n19 C 1.9382 -1.6565 -5.3652 C\\n20 C 1.4581 -2.8943 -5.7600 C\\n21 C 0.5829 -3.5889 -4.9269 C\\n22 O -0.2788 0.4631 -0.4989 O\\n23 C -0.7075 1.7316 -0.7252 C\\n24 O -0.0579 2.5695 -1.3352 O\\n25 C -2.0875 1.9668 -0.1584 C\\n26 C -2.1878 2.0731 1.3679 C\\n27 C -1.9494 0.7388 2.0731 C\\n28 C -1.2807 3.1620 1.9370 C\\n29 C 3.2131 1.7731 -1.6363 C\\n30 C 4.2576 2.8636 -1.6236 C\\n31 C 6.1922 4.8976 -1.6029 C\\n32 C 3.9391 4.1513 -1.1610 C\\n33 C 5.5569 2.6198 -2.0975 C\\n34 C 6.5216 3.6314 -2.0823 C\\n35 C 4.9035 5.1626 -1.1454 C\\n36 I 7.6257 6.3999 -1.5829 I\\n37 H 2.7520 -1.1557 2.6932 H\\n38 H 2.7206 -0.9595 -1.3093 H\\n39 H 5.1000 1.1935 0.2744 H\\n40 H 4.8484 -0.1890 -0.8258 H\\n41 H 4.9310 -0.0973 2.0843 H\\n42 H 2.1199 -2.1739 0.5197 H\\n43 H 0.9004 -1.0503 1.0530 H\\n44 H 5.9696 -1.8109 0.7009 H\\n45 H 4.4123 -2.4351 0.1857 H\\n46 H 3.8954 -3.1474 2.5054 H\\n47 H 5.4660 -3.7790 2.0099 H\\n48 H 5.3871 -2.3808 3.0927 H\\n49 H 3.2695 2.5529 0.9936 H\\n50 H 1.5983 2.1911 0.5300 H\\n51 H 1.3969 0.9063 2.4304 H\\n52 H 3.0433 1.3049 2.8661 H\\n53 H 0.8943 0.6466 -2.2053 H\\n54 H -1.0612 -1.8482 -0.2940 H\\n55 H -1.7943 -3.9917 -1.2628 H\\n56 H 1.9275 -0.1416 -3.8898 H\\n57 H 2.6073 -1.1020 -6.0197 H\\n58 H 1.7486 -3.3206 -6.7173 H\\n59 H 0.2012 -4.5570 -5.2463 H\\n60 H -2.4539 2.9022 -0.6041 H\\n61 H -2.7513 1.1802 -0.5390 H\\n62 H -3.2222 2.3673 1.5910 H\\n63 H -2.5884 -0.0444 1.6505 H\\n64 H -2.1860 0.8228 3.1396 H\\n65 H -0.9098 0.4120 1.9943 H\\n66 H -1.4624 4.1214 1.4407 H\\n67 H -0.2235 2.9117 1.8192 H\\n68 H -1.4712 3.3002 3.0068 H\\n69 H 3.4234 1.0764 -2.4553 H\\n70 H 2.2459 2.2314 -1.8384 H\\n71 H 2.9324 4.3918 -0.8206 H\\n72 H 5.8372 1.6459 -2.4953 H\\n73 H 7.5213 3.4227 -2.4569 H\\n74 H 4.6338 6.1537 -0.7860 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0145 -1.3836 0.3785 C\\n2 C 1.9611 0.1137 0.4256 C\\n3 C 3.8237 0.5427 -1.2315 C\\n4 N 3.1865 1.0651 0.0874 N\\n5 C 4.3793 -0.8792 -1.0287 C\\n6 C 2.5013 -1.3228 0.5876 C\\n7 C 3.9347 -1.7902 -2.1887 C\\n8 C 4.5155 -3.1947 -2.1199 C\\n9 C 4.2717 1.0024 1.1673 C\\n10 C 4.6668 -0.4524 1.4098 C\\n11 C 0.9366 0.5509 1.5740 C\\n12 C 1.8487 -0.2232 3.7692 C\\n13 C 1.4877 0.8805 2.9713 C\\n14 N 2.7827 1.1918 5.4502 N\\n15 C 1.6573 2.1902 3.5438 C\\n16 C 2.4833 -0.0231 4.9764 C\\n17 C 2.3500 2.2649 4.7820 C\\n18 C 1.1930 3.4275 3.0133 C\\n19 C 1.4591 4.6563 3.6234 C\\n20 C 2.1847 4.6918 4.7984 C\\n21 C 2.6129 3.4957 5.3662 C\\n22 O 0.0541 1.5906 1.0974 O\\n23 C -0.9459 1.1835 0.2658 C\\n24 O -1.0076 0.0664 -0.2254 O\\n25 C -1.9474 2.2877 0.0436 C\\n26 C -3.2607 2.0079 0.7815 C\\n27 C -3.0850 2.1016 2.2992 C\\n28 C -4.3405 2.9876 0.3211 C\\n29 C 2.6891 2.5036 -0.1473 C\\n30 C 3.7012 3.5400 -0.5739 C\\n31 C 5.5807 5.4712 -1.3619 C\\n32 C 4.4386 4.2549 0.3846 C\\n33 C 3.9064 3.8265 -1.9337 C\\n34 C 4.8461 4.7836 -2.3258 C\\n35 C 5.3771 5.2128 -0.0078 C\\n36 I 6.9758 6.8941 -1.9457 I\\n37 H 4.3761 -2.4036 0.5426 H\\n38 H 1.3976 0.1247 -0.5147 H\\n39 H 3.0517 0.5970 -2.0082 H\\n40 H 4.6461 1.2137 -1.4989 H\\n41 H 5.4765 -0.8157 -1.0860 H\\n42 H 2.2587 -1.7458 1.5629 H\\n43 H 1.9899 -1.9792 -0.1274 H\\n44 H 2.8412 -1.8557 -2.2376 H\\n45 H 4.2571 -1.3345 -3.1340 H\\n46 H 4.1118 -3.7555 -1.2720 H\\n47 H 4.2622 -3.7487 -3.0290 H\\n48 H 5.6057 -3.1668 -2.0337 H\\n49 H 3.9101 1.4929 2.0708 H\\n50 H 5.1388 1.5621 0.7998 H\\n51 H 5.7595 -0.5440 1.3644 H\\n52 H 4.3865 -0.7539 2.4255 H\\n53 H 0.2885 -0.3217 1.7493 H\\n54 H 1.6375 -1.2473 3.4786 H\\n55 H 2.7830 -0.8566 5.6070 H\\n56 H 0.5780 3.4759 2.1231 H\\n57 H 1.0814 5.5796 3.1891 H\\n58 H 2.3937 5.6370 5.2939 H\\n59 H 3.1544 3.5245 6.3107 H\\n60 H -2.1091 2.3561 -1.0387 H\\n61 H -1.5168 3.2484 0.3505 H\\n62 H -3.5981 0.9916 0.5425 H\\n63 H -2.7467 3.0989 2.5997 H\\n64 H -4.0316 1.8970 2.8099 H\\n65 H -2.3533 1.3724 2.6608 H\\n66 H -4.0646 4.0219 0.5520 H\\n67 H -4.5001 2.9116 -0.7594 H\\n68 H -5.2950 2.7736 0.8140 H\\n69 H 1.8840 2.4436 -0.8899 H\\n70 H 2.2463 2.8367 0.7842 H\\n71 H 4.2864 4.0882 1.4504 H\\n72 H 3.3351 3.3171 -2.7077 H\\n73 H 4.9903 4.9902 -3.3847 H\\n74 H 5.9364 5.7559 0.7522 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.6156 0.2367 2.0168 C\\n2 C 1.8100 0.7341 -0.3499 C\\n3 C 4.0060 -0.4710 0.0433 C\\n4 N 3.3969 0.8943 -0.3757 N\\n5 C 3.5701 -0.8370 1.4727 C\\n6 C 1.4019 0.3813 1.1025 C\\n7 C 3.0195 -2.2762 1.5055 C\\n8 C 2.6261 -2.7488 2.8975 C\\n9 C 3.8524 1.9511 0.6339 C\\n10 C 3.3424 1.5878 2.0257 C\\n11 C 0.9552 1.9531 -0.8787 C\\n12 C 1.4243 3.5719 -2.7212 C\\n13 C 1.0284 2.2713 -2.3642 C\\n14 N 1.4385 2.9772 -5.0389 N\\n15 C 0.7107 1.3479 -3.4024 C\\n16 C 1.6113 3.8724 -4.0534 C\\n17 C 0.9701 1.7602 -4.7319 C\\n18 C 0.1468 0.0607 -3.2069 C\\n19 C -0.0893 -0.8038 -4.2761 C\\n20 C 0.2188 -0.3976 -5.5645 C\\n21 C 0.7361 0.8794 -5.7774 C\\n22 O -0.4497 1.7254 -0.6120 O\\n23 C -1.0934 2.7063 0.0812 C\\n24 O -0.5293 3.6470 0.6235 O\\n25 C -2.5843 2.4700 0.1024 C\\n26 C -3.0831 1.6233 1.2788 C\\n27 C -2.6950 2.2195 2.6313 C\\n28 C -2.6286 0.1678 1.1815 C\\n29 C 3.8972 1.2453 -1.8046 C\\n30 C 5.3698 1.0711 -2.0991 C\\n31 C 8.0990 0.7219 -2.6569 C\\n32 C 5.8314 -0.1026 -2.7206 C\\n33 C 6.2979 2.0756 -1.7845 C\\n34 C 7.6575 1.8992 -2.0572 C\\n35 C 7.1899 -0.2774 -2.9946 C\\n36 I 10.1190 0.4628 -3.0618 I\\n37 H 2.2931 0.0026 3.0365 H\\n38 H 1.6216 -0.1491 -0.9671 H\\n39 H 3.6866 -1.2073 -0.7042 H\\n40 H 5.0976 -0.3793 0.0170 H\\n41 H 4.4710 -0.8350 2.1034 H\\n42 H 0.7498 1.1516 1.5302 H\\n43 H 0.8059 -0.5384 1.0985 H\\n44 H 3.7920 -2.9547 1.1203 H\\n45 H 2.1585 -2.3796 0.8349 H\\n46 H 1.7558 -2.2043 3.2766 H\\n47 H 3.4522 -2.6211 3.6040 H\\n48 H 2.3625 -3.8111 2.8723 H\\n49 H 4.9466 1.9709 0.6313 H\\n50 H 3.4803 2.9260 0.3045 H\\n51 H 4.1841 1.5607 2.7288 H\\n52 H 2.6721 2.3774 2.3886 H\\n53 H 1.3131 2.8258 -0.3216 H\\n54 H 1.5979 4.3466 -1.9787 H\\n55 H 1.9246 4.8623 -4.3743 H\\n56 H -0.1631 -0.2802 -2.2230 H\\n57 H -0.5313 -1.7835 -4.1074 H\\n58 H 0.0341 -1.0559 -6.4106 H\\n59 H 0.9478 1.2042 -6.7952 H\\n60 H -2.8827 2.0197 -0.8532 H\\n61 H -3.0652 3.4567 0.1217 H\\n62 H -4.1798 1.6222 1.2244 H\\n63 H -3.1693 1.6634 3.4470 H\\n64 H -3.0225 3.2619 2.7044 H\\n65 H -1.6126 2.1887 2.7943 H\\n66 H -3.1135 -0.4376 1.9556 H\\n67 H -2.8896 -0.2616 0.2081 H\\n68 H -1.5481 0.0723 1.3183 H\\n69 H 3.3243 0.6173 -2.4942 H\\n70 H 3.6405 2.2917 -1.9791 H\\n71 H 5.1400 -0.8905 -3.0150 H\\n72 H 5.9815 3.0158 -1.3383 H\\n73 H 8.3607 2.6926 -1.8092 H\\n74 H 7.5249 -1.1925 -3.4795 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.7666 -0.7967 1.5815 C\\n2 C 2.2015 -0.3647 -0.3740 C\\n3 C 4.6213 0.3597 -0.4792 C\\n4 N 3.1623 0.9052 -0.3066 N\\n5 C 4.9278 -0.7158 0.5778 C\\n6 C 2.4747 -1.2172 0.8846 C\\n7 C 5.2860 -2.0538 -0.1012 C\\n8 C 5.6601 -3.1575 0.8771 C\\n9 C 3.0922 1.5778 1.0678 C\\n10 C 3.5236 0.6005 2.1596 C\\n11 C 0.6774 -0.0860 -0.6138 C\\n12 C -0.0479 -1.8214 -2.2517 C\\n13 C -0.0727 -1.3950 -0.9091 C\\n14 N -1.2639 -3.8082 -1.7083 N\\n15 C -0.7587 -2.2082 0.0485 C\\n16 C -0.6528 -3.0111 -2.5961 C\\n17 C -1.3309 -3.4158 -0.4294 C\\n18 C -0.9238 -1.9215 1.4313 C\\n19 C -1.6045 -2.7842 2.2929 C\\n20 C -2.1418 -3.9591 1.7985 C\\n21 C -1.9991 -4.2594 0.4457 C\\n22 O 0.1108 0.6934 0.4496 O\\n23 C -1.0534 1.3411 0.1262 C\\n24 O -1.5651 1.3172 -0.9822 O\\n25 C -1.5645 2.1115 1.3226 C\\n26 C -3.0950 2.2538 1.3222 C\\n27 C -3.5602 3.3737 0.3842 C\\n28 C -3.5988 2.5358 2.7402 C\\n29 C 2.9620 1.9153 -1.4843 C\\n30 C 1.9843 3.0616 -1.3480 C\\n31 C 0.1916 5.2339 -1.1604 C\\n32 C 0.8076 3.0986 -2.1118 C\\n33 C 2.2741 4.1785 -0.5431 C\\n34 C 1.3799 5.2494 -0.4373 C\\n35 C -0.0919 4.1657 -2.0059 C\\n36 I -1.1404 6.8161 -1.0009 I\\n37 H 3.9984 -1.4846 2.4013 H\\n38 H 2.5696 -0.9157 -1.2498 H\\n39 H 5.2962 1.2160 -0.3589 H\\n40 H 4.7077 -0.0122 -1.5065 H\\n41 H 5.8269 -0.3932 1.1220 H\\n42 H 1.6634 -1.1235 1.6098 H\\n43 H 2.5106 -2.2768 0.6072 H\\n44 H 4.4636 -2.4036 -0.7347 H\\n45 H 6.1394 -1.8880 -0.7714 H\\n46 H 5.9813 -4.0494 0.3294 H\\n47 H 4.8118 -3.4438 1.5065 H\\n48 H 6.4849 -2.8440 1.5238 H\\n49 H 2.0732 1.9353 1.2339 H\\n50 H 3.7807 2.4275 1.0550 H\\n51 H 4.4320 0.9704 2.6524 H\\n52 H 2.7533 0.5652 2.9400 H\\n53 H 0.6193 0.5065 -1.5289 H\\n54 H 0.4238 -1.2365 -3.0358 H\\n55 H -0.6620 -3.3681 -3.6239 H\\n56 H -0.5351 -1.0140 1.8777 H\\n57 H -1.7191 -2.5354 3.3452 H\\n58 H -2.6793 -4.6410 2.4534 H\\n59 H -2.4312 -5.1809 0.0587 H\\n60 H -1.0689 3.0888 1.3448 H\\n61 H -1.2584 1.5581 2.2196 H\\n62 H -3.5464 1.3106 0.9841 H\\n63 H -3.1705 4.3451 0.7083 H\\n64 H -4.6542 3.4362 0.3735 H\\n65 H -3.2320 3.2049 -0.6447 H\\n66 H -3.1889 3.4757 3.1261 H\\n67 H -4.6921 2.6097 2.7558 H\\n68 H -3.3094 1.7314 3.4259 H\\n69 H 3.9441 2.3696 -1.6737 H\\n70 H 2.7363 1.3057 -2.3682 H\\n71 H 0.5587 2.3019 -2.8123 H\\n72 H 3.2154 4.2591 -0.0050 H\\n73 H 1.6310 6.0966 0.2002 H\\n74 H -1.0093 4.1469 -2.5927 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.4953 -0.2896 1.7633 C\\n2 C 2.1092 -0.0870 -0.7627 C\\n3 C 4.4536 -0.0061 0.2359 C\\n4 N 3.3401 0.8649 -0.4104 N\\n5 C 4.0078 -0.5136 1.6153 C\\n6 C 1.7530 -0.8494 0.5422 C\\n7 C 4.4817 -1.9636 1.8268 C\\n8 C 4.2280 -2.4818 3.2364 C\\n9 C 2.9080 1.9233 0.6272 C\\n10 C 2.2566 1.2252 1.8192 C\\n11 C 0.8822 0.6591 -1.4529 C\\n12 C 0.6484 1.2971 -3.8630 C\\n13 C 0.6516 0.2644 -2.9089 C\\n14 N 0.4335 -0.2910 -5.6433 N\\n15 C 0.4350 -1.0734 -3.3517 C\\n16 C 0.5336 0.9726 -5.1990 C\\n17 C 0.3608 -1.2874 -4.7499 C\\n18 C 0.2806 -2.1969 -2.5014 C\\n19 C 0.1211 -3.4840 -3.0127 C\\n20 C 0.0961 -3.6769 -4.3848 C\\n21 C 0.2084 -2.5781 -5.2352 C\\n22 O -0.3808 0.4503 -0.7922 O\\n23 C -0.8937 1.5024 -0.0899 C\\n24 O -0.2946 2.5524 0.0877 O\\n25 C -2.2792 1.1536 0.4105 C\\n26 C -2.8286 2.0366 1.5403 C\\n27 C -3.1065 3.4705 1.0903 C\\n28 C -1.9455 2.0085 2.7872 C\\n29 C 3.9318 1.5862 -1.6585 C\\n30 C 4.8211 0.7712 -2.5747 C\\n31 C 6.5063 -0.7644 -4.2273 C\\n32 C 4.3007 0.0441 -3.6520 C\\n33 C 6.2115 0.7348 -2.3601 C\\n34 C 7.0480 -0.0368 -3.1726 C\\n35 C 5.1376 -0.7189 -4.4749 C\\n36 I 7.7401 -1.9191 -5.4365 I\\n37 H 2.1102 -0.7487 2.6775 H\\n38 H 2.5435 -0.8008 -1.4708 H\\n39 H 4.6621 -0.8307 -0.4536 H\\n40 H 5.3432 0.6226 0.3437 H\\n41 H 4.5172 0.0944 2.3767 H\\n42 H 1.9963 -1.9113 0.4092 H\\n43 H 0.6803 -0.8395 0.7569 H\\n44 H 5.5621 -2.0085 1.6377 H\\n45 H 4.0109 -2.6426 1.1055 H\\n46 H 4.7074 -3.4569 3.3647 H\\n47 H 4.6423 -1.7982 3.9864 H\\n48 H 3.1600 -2.6090 3.4325 H\\n49 H 3.8169 2.4532 0.9381 H\\n50 H 2.2452 2.6442 0.1432 H\\n51 H 1.1835 1.4320 1.8488 H\\n52 H 2.6647 1.6425 2.7483 H\\n53 H 1.1079 1.7286 -1.4646 H\\n54 H 0.7359 2.3439 -3.5827 H\\n55 H 0.5287 1.7370 -5.9727 H\\n56 H 0.2412 -2.0885 -1.4242 H\\n57 H 0.0017 -4.3323 -2.3425 H\\n58 H -0.0301 -4.6747 -4.7990 H\\n59 H 0.1644 -2.7340 -6.3120 H\\n60 H -2.9556 1.1902 -0.4511 H\\n61 H -2.2534 0.1171 0.7693 H\\n62 H -3.7975 1.6050 1.8252 H\\n63 H -2.1866 4.0299 0.8956 H\\n64 H -3.7172 3.4834 0.1810 H\\n65 H -3.6599 4.0110 1.8663 H\\n66 H -2.4285 2.5375 3.6141 H\\n67 H -1.7627 0.9778 3.1116 H\\n68 H -0.9767 2.4857 2.6136 H\\n69 H 3.1035 2.0251 -2.2187 H\\n70 H 4.5170 2.4335 -1.2751 H\\n71 H 3.2444 0.0610 -3.8936 H\\n72 H 6.6688 1.3077 -1.5561 H\\n73 H 8.1175 -0.0568 -2.9773 H\\n74 H 4.7053 -1.2647 -5.3119 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.8229 -0.7209 1.6146 C\\n2 C 2.2960 -0.5195 -0.4269 C\\n3 C 4.5671 0.5534 -0.4275 C\\n4 N 3.0552 0.8685 -0.3041 N\\n5 C 5.0305 -0.3313 0.7461 C\\n6 C 2.7362 -1.3950 0.7751 C\\n7 C 5.8502 -1.5251 0.2170 C\\n8 C 6.4308 -2.4045 1.3144 C\\n9 C 2.8406 1.5244 1.0762 C\\n10 C 3.2141 0.5586 2.1905 C\\n11 C 0.7360 -0.4625 -0.5922 C\\n12 C -0.5459 -2.4855 0.2716 C\\n13 C 0.1383 -1.8670 -0.7898 C\\n14 N -0.9164 -4.4628 -1.0321 N\\n15 C 0.2685 -2.5911 -2.0142 C\\n16 C -1.0478 -3.7599 0.1035 C\\n17 C -0.2844 -3.8955 -2.0667 C\\n18 C 0.9057 -2.1041 -3.1819 C\\n19 C 1.0009 -2.8700 -4.3447 C\\n20 C 0.4597 -4.1441 -4.3694 C\\n21 C -0.1758 -4.6402 -3.2324 C\\n22 O 0.1251 0.1428 0.5723 O\\n23 C -0.7113 1.1953 0.3429 C\\n24 O -0.7581 1.8165 -0.7076 O\\n25 C -1.4876 1.5201 1.5982 C\\n26 C -2.7766 2.3048 1.3126 C\\n27 C -3.3630 2.8429 2.6187 C\\n28 C -3.8138 1.4345 0.5977 C\\n29 C 2.6525 1.9384 -1.3641 C\\n30 C 2.6368 1.5800 -2.8312 C\\n31 C 2.5416 1.0075 -5.5907 C\\n32 C 3.8096 1.3188 -3.5552 C\\n33 C 1.4224 1.6161 -3.5418 C\\n34 C 1.3715 1.3217 -4.9081 C\\n35 C 3.7619 1.0163 -4.9211 C\\n36 I 2.4709 0.5481 -7.6121 I\\n37 H 4.1184 -1.3739 2.4418 H\\n38 H 2.7165 -0.9687 -1.3342 H\\n39 H 5.1073 1.5071 -0.4360 H\\n40 H 4.7176 0.0454 -1.3827 H\\n41 H 5.7136 0.2692 1.3636 H\\n42 H 3.0845 -2.3664 0.4047 H\\n43 H 1.8903 -1.6205 1.4341 H\\n44 H 5.2446 -2.1442 -0.4547 H\\n45 H 6.6822 -1.1385 -0.3855 H\\n46 H 7.0968 -3.1557 0.8780 H\\n47 H 5.6469 -2.9383 1.8587 H\\n48 H 7.0106 -1.8121 2.0287 H\\n49 H 1.8033 1.8542 1.1556 H\\n50 H 3.4781 2.4165 1.1110 H\\n51 H 3.9191 1.0434 2.8766 H\\n52 H 2.3256 0.3230 2.7893 H\\n53 H 0.4850 0.1080 -1.4857 H\\n54 H -0.6925 -2.0027 1.2327 H\\n55 H -1.5811 -4.2682 0.9028 H\\n56 H 1.3333 -1.1116 -3.2209 H\\n57 H 1.4881 -2.4689 -5.2307 H\\n58 H 0.5193 -4.7533 -5.2681 H\\n59 H -0.6059 -5.6401 -3.2585 H\\n60 H -1.7325 0.5850 2.1166 H\\n61 H -0.8201 2.1042 2.2426 H\\n62 H -2.5463 3.1621 0.6672 H\\n63 H -2.6496 3.5033 3.1228 H\\n64 H -3.6162 2.0289 3.3069 H\\n65 H -4.2736 3.4206 2.4278 H\\n66 H -4.7278 2.0055 0.4013 H\\n67 H -4.0847 0.5616 1.2019 H\\n68 H -3.4371 1.0749 -0.3648 H\\n69 H 3.3359 2.7864 -1.2224 H\\n70 H 1.6646 2.2984 -1.0639 H\\n71 H 4.7910 1.3796 -3.0928 H\\n72 H 0.4881 1.8857 -3.0470 H\\n73 H 0.4133 1.3490 -5.4242 H\\n74 H 4.6877 0.8102 -5.4557 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.1890 -1.2615 -0.3344 C\\n2 C 2.0115 -0.1656 0.4014 C\\n3 C 3.5501 0.9958 -1.2363 C\\n4 N 3.0704 1.0218 0.2491 N\\n5 C 4.3391 -0.2988 -1.5198 C\\n6 C 2.7068 -1.4739 -0.0322 C\\n7 C 3.9241 -0.8778 -2.8893 C\\n8 C 4.7253 -2.1005 -3.3126 C\\n9 C 4.3135 0.7928 1.1219 C\\n10 C 4.8213 -0.6283 0.9128 C\\n11 C 1.1745 -0.3307 1.7585 C\\n12 C 2.2386 0.5834 3.8682 C\\n13 C 1.9267 -0.5392 3.0747 C\\n14 N 3.4788 -0.7696 5.4093 N\\n15 C 2.2951 -1.8309 3.5723 C\\n16 C 3.0083 0.4219 5.0048 C\\n17 C 3.1064 -1.8713 4.7398 C\\n18 C 1.9025 -3.0798 3.0146 C\\n19 C 2.3371 -4.2960 3.5476 C\\n20 C 3.1722 -4.3030 4.6527 C\\n21 C 3.5479 -3.0927 5.2354 C\\n22 O 0.2359 0.7568 1.9750 O\\n23 C -0.8861 0.7345 1.2010 C\\n24 O -1.0184 0.0051 0.2305 O\\n25 C -1.9079 1.7097 1.7426 C\\n26 C -2.9632 2.0868 0.6942 C\\n27 C -2.3833 3.0152 -0.3794 C\\n28 C -4.1629 2.7542 1.3618 C\\n29 C 2.4067 2.3959 0.5119 C\\n30 C 3.3141 3.5963 0.6881 C\\n31 C 5.0082 5.8096 1.1437 C\\n32 C 3.9250 4.2716 -0.3913 C\\n33 C 3.5405 4.0852 1.9953 C\\n34 C 4.3769 5.1846 2.2210 C\\n35 C 4.7827 5.3583 -0.1628 C\\n36 I 6.2602 7.4344 1.4693 I\\n37 H 4.6720 -2.2226 -0.5288 H\\n38 H 1.2842 0.0859 -0.3783 H\\n39 H 2.6583 1.1092 -1.8710 H\\n40 H 4.2134 1.8532 -1.3993 H\\n41 H 5.3983 -0.0305 -1.6064 H\\n42 H 2.6202 -2.2538 0.7225 H\\n43 H 2.1851 -1.8781 -0.9047 H\\n44 H 4.0610 -0.0987 -3.6545 H\\n45 H 2.8571 -1.1294 -2.8939 H\\n46 H 4.5222 -2.9512 -2.6571 H\\n47 H 5.8000 -1.9008 -3.2923 H\\n48 H 4.4520 -2.3919 -4.3326 H\\n49 H 5.0773 1.5039 0.7923 H\\n50 H 4.0830 1.0052 2.1604 H\\n51 H 4.5870 -1.2340 1.7915 H\\n52 H 5.9113 -0.6152 0.8322 H\\n53 H 0.5488 -1.2205 1.6197 H\\n54 H 1.8989 1.5845 3.6242 H\\n55 H 3.2884 1.2705 5.6300 H\\n56 H 1.2272 -3.1375 2.1614 H\\n57 H 2.0141 -5.2364 3.0998 H\\n58 H 3.5165 -5.2369 5.0818 H\\n59 H 4.1907 -3.0989 6.1165 H\\n60 H -2.3885 1.2280 2.6026 H\\n61 H -1.3952 2.6145 2.0990 H\\n62 H -3.3214 1.1830 0.1911 H\\n63 H -2.0229 3.9497 0.0615 H\\n64 H -3.1340 3.2598 -1.1352 H\\n65 H -1.5455 2.5386 -0.8949 H\\n66 H -4.9425 3.0007 0.6360 H\\n67 H -3.8741 3.6821 1.8653 H\\n68 H -4.5972 2.0937 2.1182 H\\n69 H 1.8597 2.2913 1.4405 H\\n70 H 1.6619 2.5713 -0.2701 H\\n71 H 3.7514 3.9821 -1.4302 H\\n72 H 3.0479 3.6274 2.8579 H\\n73 H 4.5109 5.5532 3.2389 H\\n74 H 5.2709 5.8477 -1.0173 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.5753 -0.6974 1.6816 C\\n2 C 2.3171 -0.5340 -0.5202 C\\n3 C 4.5845 0.5482 -0.2658 C\\n4 N 3.0652 0.8609 -0.3350 N\\n5 C 4.8855 -0.3290 0.9620 C\\n6 C 2.6106 -1.3983 0.7266 C\\n7 C 5.7280 -1.5655 0.5990 C\\n8 C 7.1343 -1.2035 0.1379 C\\n9 C 2.6794 1.5502 0.9754 C\\n10 C 2.8905 0.5938 2.1458 C\\n11 C 0.7848 -0.4618 -0.8748 C\\n12 C -0.3052 -2.7320 -0.5347 C\\n13 C 0.3089 -1.8194 -1.4078 C\\n14 N -0.4603 -4.3739 -2.2742 N\\n15 C 0.5109 -2.2102 -2.7670 C\\n16 C -0.6694 -3.9749 -1.0092 C\\n17 C 0.1038 -3.5167 -3.1342 C\\n18 C 1.0836 -1.3894 -3.7739 C\\n19 C 1.2590 -1.8486 -5.0802 C\\n20 C 0.8656 -3.1346 -5.4123 C\\n21 C 0.2921 -3.9503 -4.4383 C\\n22 O -0.0111 -0.1113 0.2804 O\\n23 C -0.7230 1.0503 0.2114 C\\n24 O -0.5359 1.9077 -0.6365 O\\n25 C -1.6920 1.1164 1.3718 C\\n26 C -2.6640 2.3064 1.3760 C\\n27 C -3.5869 2.3158 0.1573 C\\n28 C -1.9531 3.6498 1.5410 C\\n29 C 2.7864 1.7850 -1.5506 C\\n30 C 3.5716 3.0717 -1.6432 C\\n31 C 5.0298 5.4647 -1.8070 C\\n32 C 4.7765 3.1280 -2.3631 C\\n33 C 3.0984 4.2423 -1.0283 C\\n34 C 3.8266 5.4322 -1.1055 C\\n35 C 5.5049 4.3181 -2.4399 C\\n36 I 6.1138 7.2322 -1.9200 I\\n37 H 3.7765 -1.3376 2.5480 H\\n38 H 2.8372 -0.9844 -1.3762 H\\n39 H 5.1226 1.4962 -0.1700 H\\n40 H 4.8558 0.0740 -1.2152 H\\n41 H 5.4862 0.2696 1.6620 H\\n42 H 3.0152 -2.3663 0.4083 H\\n43 H 1.6940 -1.6379 1.2769 H\\n44 H 5.2390 -2.1494 -0.1890 H\\n45 H 5.8110 -2.2187 1.4761 H\\n46 H 7.7080 -2.1132 -0.0663 H\\n47 H 7.1172 -0.6067 -0.7787 H\\n48 H 7.6652 -0.6357 0.9086 H\\n49 H 1.6475 1.8935 0.9053 H\\n50 H 3.3249 2.4268 1.0944 H\\n51 H 3.4924 1.0876 2.9183 H\\n52 H 1.9257 0.3660 2.6155 H\\n53 H 0.6099 0.2577 -1.6756 H\\n54 H -0.5034 -2.4989 0.5071 H\\n55 H -1.1481 -4.7088 -0.3659 H\\n56 H 1.3840 -0.3670 -3.5758 H\\n57 H 1.6891 -1.2013 -5.8412 H\\n58 H 0.9894 -3.5066 -6.4267 H\\n59 H -0.0248 -4.9566 -4.7076 H\\n60 H -1.0990 1.1326 2.2942 H\\n61 H -2.2770 0.1884 1.3634 H\\n62 H -3.3046 2.1778 2.2590 H\\n63 H -3.0426 2.5164 -0.7700 H\\n64 H -4.3534 3.0911 0.2638 H\\n65 H -4.0998 1.3542 0.0505 H\\n66 H -1.3549 3.9125 0.6637 H\\n67 H -1.2911 3.6358 2.4132 H\\n68 H -2.6840 4.4519 1.6916 H\\n69 H 2.9670 1.1790 -2.4465 H\\n70 H 1.7247 2.0338 -1.5333 H\\n71 H 5.1630 2.2526 -2.8818 H\\n72 H 2.1488 4.2503 -0.4945 H\\n73 H 3.4401 6.3286 -0.6242 H\\n74 H 6.4359 4.3410 -3.0033 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.2201 -0.5788 1.7800 C\\n2 C 1.8487 0.4413 -0.1042 C\\n3 C 4.2615 -0.2431 -0.4919 C\\n4 N 3.3403 0.9846 -0.2957 N\\n5 C 4.1803 -1.1719 0.7339 C\\n6 C 1.8203 -0.3985 1.1932 C\\n7 C 3.8504 -2.6130 0.2934 C\\n8 C 3.8272 -3.6130 1.4418 C\\n9 C 3.8091 1.7355 0.9605 C\\n10 C 3.7245 0.8143 2.1745 C\\n11 C 0.7250 1.5521 -0.1487 C\\n12 C -0.0886 0.9673 -2.4711 C\\n13 C 0.2642 1.9613 -1.5435 C\\n14 N -0.4721 2.6184 -4.1647 N\\n15 C 0.1343 3.3309 -1.9311 C\\n16 C -0.4404 1.3411 -3.7518 C\\n17 C -0.2231 3.5911 -3.2770 C\\n18 C 0.3294 4.4461 -1.0730 C\\n19 C 0.2091 5.7567 -1.5383 C\\n20 C -0.1113 5.9868 -2.8661 C\\n21 C -0.3274 4.9030 -3.7160 C\\n22 O -0.4826 1.1189 0.5094 O\\n23 C -0.7943 1.7789 1.6597 C\\n24 O -0.0353 2.5473 2.2360 O\\n25 C -2.1718 1.4086 2.1469 C\\n26 C -3.2773 1.8134 1.1615 C\\n27 C -4.6279 1.2730 1.6398 C\\n28 C -3.3559 3.3322 0.9894 C\\n29 C 3.4342 1.8994 -1.5490 C\\n30 C 4.8121 2.3262 -1.9983 C\\n31 C 7.3731 3.1155 -2.8370 C\\n32 C 5.4091 3.4867 -1.4807 C\\n33 C 5.5113 1.5825 -2.9637 C\\n34 C 6.7874 1.9735 -3.3775 C\\n35 C 6.6853 3.8761 -1.8941 C\\n36 I 9.2706 3.6930 -3.4486 I\\n37 H 3.1736 -1.2058 2.6761 H\\n38 H 1.7167 -0.2540 -0.9416 H\\n39 H 5.2891 0.1233 -0.5999 H\\n40 H 3.9533 -0.7327 -1.4229 H\\n41 H 5.1851 -1.2062 1.1844 H\\n42 H 1.3564 -1.3688 0.9839 H\\n43 H 1.1936 0.0615 1.9621 H\\n44 H 2.8914 -2.6494 -0.2355 H\\n45 H 4.6119 -2.9404 -0.4260 H\\n46 H 4.7552 -3.5753 2.0196 H\\n47 H 2.9848 -3.4305 2.1170 H\\n48 H 3.7147 -4.6294 1.0486 H\\n49 H 3.1891 2.6280 1.0820 H\\n50 H 4.8472 2.0433 0.8026 H\\n51 H 3.0648 1.2603 2.9284 H\\n52 H 4.7111 0.7380 2.6491 H\\n53 H 1.1501 2.4186 0.3550 H\\n54 H -0.1109 -0.0877 -2.2173 H\\n55 H -0.7141 0.6036 -4.5037 H\\n56 H 0.5474 4.3280 -0.0146 H\\n57 H 0.3520 6.5958 -0.8606 H\\n58 H -0.2150 7.0018 -3.2411 H\\n59 H -0.6013 5.0902 -4.7536 H\\n60 H -2.1792 0.3246 2.3205 H\\n61 H -2.3298 1.8811 3.1263 H\\n62 H -3.0677 1.3722 0.1785 H\\n63 H -5.4157 1.5015 0.9139 H\\n64 H -4.9162 1.7169 2.5998 H\\n65 H -4.5942 0.1835 1.7612 H\\n66 H -3.5851 3.8284 1.9399 H\\n67 H -2.4127 3.7482 0.6133 H\\n68 H -4.1419 3.5982 0.2734 H\\n69 H 2.9387 1.3623 -2.3665 H\\n70 H 2.8559 2.7991 -1.3235 H\\n71 H 4.8855 4.1150 -0.7622 H\\n72 H 5.0711 0.6964 -3.4185 H\\n73 H 7.3125 1.3851 -4.1277 H\\n74 H 7.1321 4.7806 -1.4818 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6162 -0.7126 1.6644 C\\n2 C 2.2894 -0.5110 -0.4932 C\\n3 C 4.5846 0.5267 -0.3072 C\\n4 N 3.0697 0.8676 -0.3260 N\\n5 C 4.9075 -0.3740 0.8979 C\\n6 C 2.5993 -1.3845 0.7431 C\\n7 C 5.6977 -1.6302 0.4875 C\\n8 C 7.0996 -1.3046 -0.0129 C\\n9 C 2.7402 1.5564 0.9998 C\\n10 C 2.9828 0.5933 2.1592 C\\n11 C 0.7487 -0.4139 -0.8073 C\\n12 C -0.3616 -2.6756 -0.4683 C\\n13 C 0.2453 -1.7608 -1.3444 C\\n14 N -0.5706 -4.2970 -2.2213 N\\n15 C 0.4163 -2.1399 -2.7111 C\\n16 C -0.7500 -3.9090 -0.9483 C\\n17 C -0.0124 -3.4379 -3.0833 C\\n18 C 0.9795 -1.3154 -3.7204 C\\n19 C 1.1269 -1.7639 -5.0339 C\\n20 C 0.7130 -3.0420 -5.3711 C\\n21 C 0.1474 -3.8606 -4.3949 C\\n22 O -0.0184 -0.0719 0.3697 O\\n23 C -0.6892 1.1137 0.3485 C\\n24 O -0.4710 2.0055 -0.4569 O\\n25 C -1.6518 1.1815 1.5115 C\\n26 C -2.7017 2.2920 1.3569 C\\n27 C -3.7076 1.9624 0.2516 C\\n28 C -3.4375 2.5048 2.6813 C\\n29 C 2.7745 1.8021 -1.5295 C\\n30 C 3.5420 3.0999 -1.6117 C\\n31 C 4.9561 5.5211 -1.7565 C\\n32 C 3.0407 4.2607 -0.9993 C\\n33 C 4.7526 3.1800 -2.3194 C\\n34 C 5.4596 4.3841 -2.3860 C\\n35 C 3.7464 5.4648 -1.0675 C\\n36 I 6.0071 7.3092 -1.8568 I\\n37 H 3.8333 -1.3621 2.5202 H\\n38 H 2.7786 -0.9682 -1.3636 H\\n39 H 4.8193 0.0620 -1.2709 H\\n40 H 5.1415 1.4641 -0.2151 H\\n41 H 5.5529 0.1980 1.5802 H\\n42 H 2.9647 -2.3639 0.4119 H\\n43 H 1.6954 -1.5973 1.3245 H\\n44 H 5.1651 -2.1845 -0.2936 H\\n45 H 5.7881 -2.3011 1.3503 H\\n46 H 7.6347 -2.2272 -0.2578 H\\n47 H 7.6749 -0.7748 0.7529 H\\n48 H 7.0728 -0.6845 -0.9134 H\\n49 H 3.3996 2.4251 1.0995 H\\n50 H 1.7104 1.9105 0.9690 H\\n51 H 3.6310 1.0723 2.9033 H\\n52 H 2.0356 0.3877 2.6731 H\\n53 H 0.5565 0.3163 -1.5945 H\\n54 H -0.5358 -2.4521 0.5799 H\\n55 H -1.2243 -4.6442 -0.3031 H\\n56 H 1.2940 -0.2982 -3.5178 H\\n57 H 1.5501 -1.1142 -5.7969 H\\n58 H 0.8138 -3.4051 -6.3914 H\\n59 H -0.1859 -4.8605 -4.6683 H\\n60 H -2.1510 0.2104 1.6130 H\\n61 H -1.0493 1.3546 2.4110 H\\n62 H -2.2013 3.2327 1.0950 H\\n63 H -3.2134 1.8636 -0.7198 H\\n64 H -4.2343 1.0251 0.4591 H\\n65 H -4.4560 2.7570 0.1604 H\\n66 H -4.1804 3.3043 2.5901 H\\n67 H -2.7371 2.7903 3.4730 H\\n68 H -3.9565 1.5941 2.9992 H\\n69 H 1.7111 2.0398 -1.5047 H\\n70 H 2.9550 1.2078 -2.4333 H\\n71 H 2.0851 4.2491 -0.4751 H\\n72 H 5.1597 2.3132 -2.8373 H\\n73 H 6.3964 4.4259 -2.9389 H\\n74 H 3.3368 6.3526 -0.5892 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.0009 -0.5849 1.7879 C\\n2 C 2.2499 -0.5104 -0.6537 C\\n3 C 4.4242 0.5728 0.0748 C\\n4 N 2.9617 0.8887 -0.3626 N\\n5 C 4.4335 -0.1642 1.4191 C\\n6 C 2.3512 -1.3590 0.6380 C\\n7 C 5.4176 -1.3494 1.4314 C\\n8 C 6.8684 -0.9120 1.2770 C\\n9 C 2.2668 1.6149 0.8017 C\\n10 C 2.1738 0.6865 2.0113 C\\n11 C 0.7779 -0.4031 -1.2142 C\\n12 C -0.3164 -2.6848 -1.0282 C\\n13 C 0.3521 -1.7424 -1.8278 C\\n14 N -0.2832 -4.2976 -2.7997 N\\n15 C 0.6597 -2.0975 -3.1770 C\\n16 C -0.6104 -3.9267 -1.5527 C\\n17 C 0.3194 -3.4075 -3.5978 C\\n18 C 1.2727 -1.2397 -4.1275 C\\n19 C 1.5537 -1.6659 -5.4266 C\\n20 C 1.2301 -2.9578 -5.8074 C\\n21 C 0.6155 -3.8098 -4.8922 C\\n22 O -0.1376 -0.0238 -0.1622 O\\n23 C -1.2254 0.6997 -0.5619 C\\n24 O -1.3751 1.1599 -1.6836 O\\n25 C -2.1926 0.8791 0.5828 C\\n26 C -1.9204 2.1656 1.3702 C\\n27 C -2.6189 2.1097 2.7303 C\\n28 C -2.3814 3.4034 0.5975 C\\n29 C 3.0662 1.7625 -1.6575 C\\n30 C 2.4965 3.1582 -1.6048 C\\n31 C 1.4207 5.7472 -1.4470 C\\n32 C 1.2069 3.4272 -2.0909 C\\n33 C 3.2489 4.2156 -1.0643 C\\n34 C 2.7119 5.5035 -0.9828 C\\n35 C 0.6705 4.7155 -2.0099 C\\n36 I 0.6126 7.6545 -1.3056 I\\n37 H 2.9968 -1.1927 2.7001 H\\n38 H 2.8824 -0.9694 -1.4249 H\\n39 H 4.8745 -0.0139 -0.7352 H\\n40 H 4.9546 1.5287 0.1589 H\\n41 H 4.7835 0.5400 2.1884 H\\n42 H 1.3681 -1.7027 0.9743 H\\n43 H 2.9155 -2.2740 0.4218 H\\n44 H 5.1773 -2.0617 0.6324 H\\n45 H 5.3190 -1.8879 2.3817 H\\n46 H 7.5355 -1.7721 1.3863 H\\n47 H 7.0520 -0.4685 0.2938 H\\n48 H 7.1413 -0.1759 2.0393 H\\n49 H 1.2805 1.9466 0.4727 H\\n50 H 2.8757 2.4891 1.0561 H\\n51 H 1.1255 0.4305 2.2106 H\\n52 H 2.5249 1.2184 2.9051 H\\n53 H 0.7503 0.3618 -1.9905 H\\n54 H -0.6060 -2.4780 -0.0027 H\\n55 H -1.1229 -4.6832 -0.9649 H\\n56 H 1.5118 -0.2087 -3.8961 H\\n57 H 2.0063 -0.9877 -6.1462 H\\n58 H 1.4353 -3.3035 -6.8172 H\\n59 H 0.3470 -4.8179 -5.2025 H\\n60 H -3.2107 0.8547 0.1797 H\\n61 H -2.1085 -0.0000 1.2337 H\\n62 H -0.8432 2.2628 1.5496 H\\n63 H -2.2337 1.2780 3.3294 H\\n64 H -3.6997 1.9752 2.6173 H\\n65 H -2.4508 3.0326 3.2953 H\\n66 H -2.1697 4.3154 1.1680 H\\n67 H -1.8632 3.4896 -0.3624 H\\n68 H -3.4588 3.3716 0.3986 H\\n69 H 2.6177 1.1976 -2.4785 H\\n70 H 4.1292 1.8297 -1.9257 H\\n71 H 0.5980 2.6480 -2.5503 H\\n72 H 4.2617 4.0537 -0.6968 H\\n73 H 3.3085 6.3085 -0.5544 H\\n74 H -0.3344 4.8973 -2.3877 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.5927 -0.7039 1.6752 C\\n2 C 2.3101 -0.5250 -0.5115 C\\n3 C 4.5896 0.5365 -0.2817 C\\n4 N 3.0726 0.8626 -0.3328 N\\n5 C 4.8971 -0.3475 0.9394 C\\n6 C 2.6086 -1.3929 0.7316 C\\n7 C 5.7221 -1.5918 0.5620 C\\n8 C 7.1245 -1.2427 0.0783 C\\n9 C 2.7076 1.5528 0.9829 C\\n10 C 2.9273 0.5937 2.1499 C\\n11 C 0.7747 -0.4394 -0.8493 C\\n12 C -0.3375 -2.6968 -0.4940 C\\n13 C 0.2803 -1.7936 -1.3745 C\\n14 N -0.5236 -4.3427 -2.2269 N\\n15 C 0.4681 -2.1910 -2.7336 C\\n16 C -0.7192 -3.9371 -0.9618 C\\n17 C 0.0440 -3.4943 -3.0935 C\\n18 C 1.0423 -1.3795 -3.7473 C\\n19 C 1.2037 -1.8449 -5.0532 C\\n20 C 0.7943 -3.1277 -5.3782 C\\n21 C 0.2187 -3.9340 -4.3974 C\\n22 O -0.0060 -0.0800 0.3136 O\\n23 C -0.7096 1.0870 0.2492 C\\n24 O -0.5159 1.9468 -0.5950 O\\n25 C -1.6756 1.1583 1.4119 C\\n26 C -2.6976 2.3048 1.3733 C\\n27 C -3.6027 2.2440 0.1429 C\\n28 C -2.0469 3.6812 1.5134 C\\n29 C 2.7900 1.7907 -1.5444 C\\n30 C 3.5695 3.0813 -1.6313 C\\n31 C 5.0127 5.4842 -1.7856 C\\n32 C 4.7786 3.1460 -2.3435 C\\n33 C 3.0846 4.2487 -1.0194 C\\n34 C 3.8051 5.4436 -1.0921 C\\n35 C 5.4999 4.3408 -2.4152 C\\n36 I 6.0851 7.2590 -1.8917 I\\n37 H 3.7984 -1.3475 2.5382 H\\n38 H 2.8170 -0.9795 -1.3733 H\\n39 H 4.8460 0.0633 -1.2358 H\\n40 H 5.1369 1.4795 -0.1891 H\\n41 H 5.5135 0.2424 1.6331 H\\n42 H 1.6962 -1.6220 1.2927 H\\n43 H 2.9982 -2.3653 0.4079 H\\n44 H 5.8136 -2.2461 1.4375 H\\n45 H 5.2148 -2.1706 -0.2182 H\\n46 H 7.0981 -0.6416 -0.8353 H\\n47 H 7.6739 -0.6839 0.8424 H\\n48 H 7.6849 -2.1576 -0.1397 H\\n49 H 1.6768 1.9022 0.9263 H\\n50 H 3.3600 2.4252 1.0952 H\\n51 H 3.5458 1.0814 2.9133 H\\n52 H 1.9675 0.3756 2.6344 H\\n53 H 0.5964 0.2796 -1.6498 H\\n54 H -0.5253 -2.4584 0.5485 H\\n55 H -1.2016 -4.6635 -0.3125 H\\n56 H 1.3550 -0.3596 -3.5548 H\\n57 H 1.6354 -1.2045 -5.8193 H\\n58 H 0.9069 -3.5043 -6.3923 H\\n59 H -0.1110 -4.9374 -4.6617 H\\n60 H -2.2236 0.2080 1.4414 H\\n61 H -1.0802 1.2315 2.3299 H\\n62 H -3.3443 2.1713 2.2514 H\\n63 H -3.0556 2.4525 -0.7811 H\\n64 H -4.0666 1.2566 0.0497 H\\n65 H -4.4074 2.9831 0.2233 H\\n66 H -1.4447 3.9456 0.6398 H\\n67 H -1.4008 3.7179 2.3967 H\\n68 H -2.8133 4.4552 1.6306 H\\n69 H 2.9717 1.1894 -2.4434 H\\n70 H 1.7274 2.0353 -1.5259 H\\n71 H 5.1747 2.2734 -2.8601 H\\n72 H 2.1314 4.2503 -0.4920 H\\n73 H 3.4092 6.3372 -0.6130 H\\n74 H 6.4348 4.3700 -2.9717 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6738 -1.4765 0.2471 C\\n2 C 1.9788 0.3965 0.6489 C\\n3 C 3.6041 0.5130 -1.2860 C\\n4 N 3.2962 1.1002 0.1277 N\\n5 C 3.8965 -0.9950 -1.1947 C\\n6 C 2.2611 -1.1269 0.7154 C\\n7 C 3.0886 -1.7551 -2.2657 C\\n8 C 3.3798 -3.2477 -2.3108 C\\n9 C 4.5108 0.7724 1.0144 C\\n10 C 4.6640 -0.7383 1.1542 C\\n11 C 1.2552 0.9067 1.9835 C\\n12 C 2.6431 0.2700 3.9581 C\\n13 C 2.0955 1.3225 3.1970 C\\n14 N 3.7989 1.7994 5.3822 N\\n15 C 2.3396 2.6656 3.6453 C\\n16 C 3.4744 0.5521 5.0208 C\\n17 C 3.2243 2.8241 4.7450 C\\n18 C 1.7782 3.8610 3.1111 C\\n19 C 2.1011 5.1275 3.6042 C\\n20 C 2.9898 5.2440 4.6565 C\\n21 C 3.5361 4.0919 5.2145 C\\n22 O 0.2302 1.8812 1.6871 O\\n23 C -0.9260 1.3604 1.1691 C\\n24 O -1.0080 0.2168 0.7507 O\\n25 C -2.0149 2.4126 1.1829 C\\n26 C -3.4076 1.9496 0.7252 C\\n27 C -3.4381 1.5511 -0.7512 C\\n28 C -3.9822 0.8442 1.6113 C\\n29 C 3.1812 2.6394 0.0162 C\\n30 C 2.5539 3.2185 -1.2305 C\\n31 C 1.4125 4.2952 -3.5645 C\\n32 C 1.1671 3.3727 -1.3454 C\\n33 C 3.3619 3.6286 -2.3065 C\\n34 C 2.7948 4.1591 -3.4694 C\\n35 C 0.5965 3.9051 -2.5056 C\\n36 I 0.5681 5.0863 -5.2861 I\\n37 H 3.8443 -2.5544 0.3390 H\\n38 H 1.2771 0.5559 -0.1786 H\\n39 H 4.4804 1.0444 -1.6755 H\\n40 H 2.7390 0.7172 -1.9247 H\\n41 H 4.9579 -1.1432 -1.4419 H\\n42 H 1.5137 -1.6554 0.1115 H\\n43 H 2.1226 -1.5202 1.7263 H\\n44 H 2.0129 -1.6037 -2.1209 H\\n45 H 3.3284 -1.3318 -3.2489 H\\n46 H 3.0215 -3.7546 -1.4104 H\\n47 H 2.8728 -3.7020 -3.1672 H\\n48 H 4.4534 -3.4355 -2.4144 H\\n49 H 4.4021 1.2793 1.9737 H\\n50 H 5.3948 1.1936 0.5191 H\\n51 H 4.5215 -1.0377 2.1980 H\\n52 H 5.6936 -1.0238 0.9029 H\\n53 H 0.6927 0.0426 2.3693 H\\n54 H 2.4273 -0.7729 3.7488 H\\n55 H 3.9201 -0.2360 5.6205 H\\n56 H 1.0561 3.8456 2.3031 H\\n57 H 1.6464 6.0181 3.1751 H\\n58 H 3.2460 6.2196 5.0612 H\\n59 H 4.2173 4.1863 6.0598 H\\n60 H -1.6847 3.2404 0.5443 H\\n61 H -2.0909 2.7914 2.2103 H\\n62 H -4.0730 2.8174 0.8317 H\\n63 H -2.8191 0.6756 -0.9588 H\\n64 H -3.0789 2.3738 -1.3789 H\\n65 H -4.4608 1.3161 -1.0649 H\\n66 H -3.4259 -0.0938 1.5160 H\\n67 H -5.0229 0.6387 1.3392 H\\n68 H -3.9647 1.1445 2.6655 H\\n69 H 4.2003 3.0392 0.1007 H\\n70 H 2.6470 2.9882 0.8911 H\\n71 H 0.5073 3.1014 -0.5314 H\\n72 H 4.4471 3.5488 -2.2548 H\\n73 H 3.4421 4.4687 -4.2883 H\\n74 H -0.4842 4.0248 -2.5642 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.0256 -0.5829 1.7755 C\\n2 C 2.0462 -0.2418 -0.5423 C\\n3 C 4.4877 0.2309 -0.1139 C\\n4 N 3.1165 0.9222 -0.3423 N\\n5 C 4.4322 -0.6430 1.1519 C\\n6 C 1.9660 -1.0422 0.7756 C\\n7 C 4.8946 -2.0870 0.8809 C\\n8 C 6.3760 -2.1748 0.5346 C\\n9 C 2.8166 1.7696 0.8962 C\\n10 C 2.7052 0.8742 2.1270 C\\n11 C 0.6377 0.2015 -1.0860 C\\n12 C -1.0277 -1.6762 -0.6945 C\\n13 C -0.1445 -1.0258 -1.5686 C\\n14 N -1.5030 -3.3613 -2.3300 N\\n15 C 0.0375 -1.5726 -2.8773 C\\n16 C -1.6773 -2.8180 -1.1153 C\\n17 C -0.6775 -2.7554 -3.1918 C\\n18 C 0.8759 -1.0235 -3.8837 C\\n19 C 1.0075 -1.6256 -5.1364 C\\n20 C 0.3064 -2.7874 -5.4150 C\\n21 C -0.5270 -3.3359 -4.4424 C\\n22 O -0.1117 0.9114 -0.0687 O\\n23 C -0.5204 2.1700 -0.3846 C\\n24 O -0.1706 2.7624 -1.3981 O\\n25 C -1.3132 2.8301 0.7213 C\\n26 C -2.4847 2.0507 1.3326 C\\n27 C -2.0348 1.0217 2.3684 C\\n28 C -3.3965 1.4288 0.2780 C\\n29 C 3.1864 1.8136 -1.6124 C\\n30 C 4.3554 2.7621 -1.7336 C\\n31 C 6.5389 4.5145 -1.9589 C\\n32 C 5.5167 2.3772 -2.4250 C\\n33 C 4.3019 4.0488 -1.1748 C\\n34 C 5.3904 4.9195 -1.2827 C\\n35 C 6.6043 3.2475 -2.5342 C\\n36 I 8.1554 5.8070 -2.1210 I\\n37 H 2.9778 -1.1979 2.6817 H\\n38 H 2.5095 -0.8826 -1.3050 H\\n39 H 5.2421 1.0128 0.0216 H\\n40 H 4.7137 -0.3372 -1.0227 H\\n41 H 5.1338 -0.2167 1.8833 H\\n42 H 2.0778 -2.1113 0.5581 H\\n43 H 0.9824 -0.9441 1.2484 H\\n44 H 4.3153 -2.5310 0.0629 H\\n45 H 4.7136 -2.7000 1.7722 H\\n46 H 6.9917 -1.7736 1.3464 H\\n47 H 6.6107 -1.6224 -0.3801 H\\n48 H 6.6632 -3.2200 0.3778 H\\n49 H 3.6433 2.4755 1.0278 H\\n50 H 1.9039 2.3407 0.7194 H\\n51 H 3.3860 1.2354 2.9077 H\\n52 H 1.6950 0.9524 2.5480 H\\n53 H 0.7723 0.8415 -1.9579 H\\n54 H -1.2201 -1.3183 0.3096 H\\n55 H -2.3708 -3.3472 -0.4667 H\\n56 H 1.4291 -0.1040 -3.7305 H\\n57 H 1.6450 -1.1832 -5.8987 H\\n58 H 0.3939 -3.2665 -6.3873 H\\n59 H -1.0836 -4.2438 -4.6698 H\\n60 H -1.7222 3.7533 0.2883 H\\n61 H -0.6055 3.1406 1.4990 H\\n62 H -3.0891 2.7863 1.8820 H\\n63 H -1.4039 1.4908 3.1315 H\\n64 H -2.9020 0.5866 2.8781 H\\n65 H -1.4678 0.2024 1.9239 H\\n66 H -2.8895 0.6465 -0.2925 H\\n67 H -4.2772 0.9791 0.7492 H\\n68 H -3.7485 2.1888 -0.4277 H\\n69 H 2.2631 2.3940 -1.6491 H\\n70 H 3.1837 1.1299 -2.4692 H\\n71 H 5.5902 1.3997 -2.8992 H\\n72 H 3.4090 4.4024 -0.6625 H\\n73 H 5.3247 5.9145 -0.8457 H\\n74 H 7.4904 2.9295 -3.0793 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.7053 -0.0672 1.9068 C\\n2 C 1.9541 0.3815 -0.4968 C\\n3 C 4.3244 -0.3503 0.0034 C\\n4 N 3.4647 0.8836 -0.3989 N\\n5 C 4.0069 -0.7458 1.4515 C\\n6 C 1.5795 -0.2206 0.8806 C\\n7 C 4.1325 -2.2571 1.7126 C\\n8 C 3.0900 -3.1660 1.0861 C\\n9 C 3.6060 1.9548 0.6941 C\\n10 C 2.9887 1.4438 1.9980 C\\n11 C 0.8978 1.4495 -0.9952 C\\n12 C 1.0924 3.1123 -2.8534 C\\n13 C 0.9084 1.7683 -2.4850 C\\n14 N 1.1645 2.5139 -5.1696 N\\n15 C 0.7263 0.8003 -3.5159 C\\n16 C 1.2130 3.4302 -4.1894 C\\n17 C 0.8955 1.2407 -4.8509 C\\n18 C 0.3725 -0.5577 -3.3076 C\\n19 C 0.2515 -1.4532 -4.3707 C\\n20 C 0.4674 -1.0105 -5.6655 C\\n21 C 0.7788 0.3296 -5.8904 C\\n22 O -0.4529 1.0186 -0.7168 O\\n23 C -1.1557 1.7765 0.1757 C\\n24 O -0.6684 2.6885 0.8261 O\\n25 C -2.5935 1.3129 0.2205 C\\n26 C -3.3669 1.8621 1.4285 C\\n27 C -4.8663 1.6199 1.2441 C\\n28 C -2.8965 1.2183 2.7355 C\\n29 C 3.9503 1.4184 -1.7717 C\\n30 C 5.4348 1.6249 -1.9629 C\\n31 C 8.1928 1.9918 -2.3399 C\\n32 C 6.2075 0.6458 -2.6113 C\\n33 C 6.0663 2.7995 -1.5253 C\\n34 C 7.4405 2.9797 -1.7085 C\\n35 C 7.5807 0.8261 -2.7950 C\\n36 I 10.2331 2.2629 -2.6151 I\\n37 H 2.3867 -0.4453 2.8844 H\\n38 H 2.0009 -0.4478 -1.2087 H\\n39 H 4.1189 -1.1380 -0.7275 H\\n40 H 5.3802 -0.0721 -0.0575 H\\n41 H 4.8110 -0.3129 2.0678 H\\n42 H 1.2945 -1.2661 0.7438 H\\n43 H 0.6870 0.2533 1.2997 H\\n44 H 4.1228 -2.4265 2.7971 H\\n45 H 5.1220 -2.5823 1.3652 H\\n46 H 2.1255 -3.0653 1.5911 H\\n47 H 3.3973 -4.2114 1.1968 H\\n48 H 2.9585 -2.9699 0.0190 H\\n49 H 4.6752 2.1454 0.8311 H\\n50 H 3.1242 2.8741 0.3482 H\\n51 H 3.6676 1.6591 2.8323 H\\n52 H 2.0644 1.9940 2.2135 H\\n53 H 1.1184 2.3755 -0.4552 H\\n54 H 1.1546 3.9094 -2.1172 H\\n55 H 1.3667 4.4550 -4.5184 H\\n56 H 0.1400 -0.9386 -2.3175 H\\n57 H -0.0303 -2.4886 -4.1913 H\\n58 H 0.3694 -1.6937 -6.5064 H\\n59 H 0.9184 0.6781 -6.9126 H\\n60 H -2.6101 0.2166 0.2361 H\\n61 H -3.0629 1.6522 -0.7103 H\\n62 H -3.2063 2.9453 1.5019 H\\n63 H -5.0897 0.5501 1.1666 H\\n64 H -5.2307 2.1094 0.3344 H\\n65 H -5.4329 2.0250 2.0894 H\\n66 H -3.0388 0.1321 2.7174 H\\n67 H -1.8360 1.4171 2.9194 H\\n68 H -3.4590 1.6178 3.5864 H\\n69 H 3.5849 0.7134 -2.5265 H\\n70 H 3.4573 2.3802 -1.9255 H\\n71 H 5.7517 -0.2663 -2.9939 H\\n72 H 5.5023 3.6001 -1.0517 H\\n73 H 7.9101 3.8999 -1.3659 H\\n74 H 8.1590 0.0574 -3.3043 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.5299 -0.0685 1.8961 C\\n2 C 1.8636 0.3011 -0.5546 C\\n3 C 4.2611 -0.2529 0.1031 C\\n4 N 3.3366 0.8991 -0.3828 N\\n5 C 3.8919 -0.6794 1.5319 C\\n6 C 1.4945 -0.3625 0.7980 C\\n7 C 3.9766 -2.2116 1.6738 C\\n8 C 3.8120 -2.6965 3.1107 C\\n9 C 3.3399 1.9992 0.6979 C\\n10 C 2.7286 1.4495 1.9852 C\\n11 C 0.7895 1.3350 -1.1057 C\\n12 C -0.0883 -0.3401 -2.8095 C\\n13 C 0.1915 0.9939 -2.4686 C\\n14 N -0.8539 0.3277 -4.9883 N\\n15 C -0.1708 2.0221 -3.3969 C\\n16 C -0.5888 -0.6156 -4.0692 C\\n17 C -0.6846 1.6127 -4.6538 C\\n18 C -0.0617 3.4192 -3.1519 C\\n19 C -0.4404 4.3616 -4.1084 C\\n20 C -0.9255 3.9362 -5.3361 C\\n21 C -1.0402 2.5700 -5.5922 C\\n22 O -0.3879 1.4639 -0.2819 O\\n23 C -0.5054 2.5984 0.4493 C\\n24 O 0.4395 3.3405 0.6743 O\\n25 C -1.9379 2.9152 0.8082 C\\n26 C -2.8190 1.7852 1.3666 C\\n27 C -3.1176 0.6674 0.3673 C\\n28 C -2.2783 1.2049 2.6664 C\\n29 C 3.9311 1.5006 -1.7011 C\\n30 C 4.1377 0.5600 -2.8694 C\\n31 C 4.4523 -1.2455 -5.0094 C\\n32 C 5.2415 -0.3083 -2.9312 C\\n33 C 3.2434 0.5532 -3.9462 C\\n34 C 3.3849 -0.3544 -4.9996 C\\n35 C 5.3965 -1.2113 -3.9896 C\\n36 I 4.6433 -2.5975 -6.5701 I\\n37 H 2.1633 -0.4345 2.8605 H\\n38 H 2.0200 -0.4904 -1.2915 H\\n39 H 4.1347 -1.0833 -0.5989 H\\n40 H 5.2914 0.1144 0.0720 H\\n41 H 4.6525 -0.2607 2.2086 H\\n42 H 0.5108 -0.0549 1.1562 H\\n43 H 1.3980 -1.4435 0.6439 H\\n44 H 3.2309 -2.7052 1.0397 H\\n45 H 4.9590 -2.5426 1.3110 H\\n46 H 2.8164 -2.4736 3.5068 H\\n47 H 3.9504 -3.7816 3.1619 H\\n48 H 4.5572 -2.2309 3.7643 H\\n49 H 4.3861 2.2889 0.8558 H\\n50 H 2.8061 2.8683 0.3102 H\\n51 H 3.3854 1.7002 2.8282 H\\n52 H 1.7722 1.9311 2.2056 H\\n53 H 1.2948 2.2958 -1.2038 H\\n54 H 0.0555 -1.1728 -2.1264 H\\n55 H -0.8019 -1.6360 -4.3803 H\\n56 H 0.2868 3.8089 -2.1989 H\\n57 H -0.3681 5.4257 -3.8950 H\\n58 H -1.2337 4.6551 -6.0885 H\\n59 H -1.4377 2.2403 -6.5546 H\\n60 H -1.9082 3.7181 1.5586 H\\n61 H -2.3912 3.3314 -0.0942 H\\n62 H -3.7831 2.2492 1.6032 H\\n63 H -3.9563 0.0549 0.7151 H\\n64 H -2.2602 -0.0023 0.2332 H\\n65 H -3.3841 1.0705 -0.6123 H\\n66 H -1.3334 0.6793 2.5262 H\\n67 H -2.1314 1.9820 3.4339 H\\n68 H -2.9855 0.4672 3.0739 H\\n69 H 3.2836 2.3326 -1.9897 H\\n70 H 4.8962 1.9424 -1.4238 H\\n71 H 6.0136 -0.2887 -2.1664 H\\n72 H 2.4318 1.2727 -4.0065 H\\n73 H 2.6555 -0.3505 -5.8074 H\\n74 H 6.2568 -1.8777 -4.0031 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.3428 -0.6162 1.7619 C\\n2 C 2.2668 -0.5258 -0.5560 C\\n3 C 4.4766 0.5878 -0.1357 C\\n4 N 2.9669 0.8771 -0.3409 N\\n5 C 4.6975 -0.2415 1.1408 C\\n6 C 2.4432 -1.3354 0.7541 C\\n7 C 5.5817 -1.4774 0.8880 C\\n8 C 7.0121 -1.1109 0.5124 C\\n9 C 2.4510 1.5772 0.9332 C\\n10 C 2.6307 0.6785 2.1500 C\\n11 C 0.7834 -0.5254 -1.0726 C\\n12 C -0.5645 -2.5908 -0.4329 C\\n13 C 0.2984 -1.9627 -1.3493 C\\n14 N -0.5790 -4.6081 -1.7268 N\\n15 C 0.7121 -2.7072 -2.4961 C\\n16 C -0.9702 -3.8894 -0.6634 C\\n17 C 0.2331 -4.0355 -2.6236 C\\n18 C 1.5641 -2.2197 -3.5172 C\\n19 C 1.9318 -3.0063 -4.6098 C\\n20 C 1.4551 -4.3022 -4.7098 C\\n21 C 0.6126 -4.8001 -3.7175 C\\n22 O -0.1262 0.0764 -0.1178 O\\n23 C -0.9080 1.0813 -0.6017 C\\n24 O -0.5982 1.7867 -1.5514 O\\n25 C -2.1979 1.2119 0.1728 C\\n26 C -2.1790 2.2153 1.3296 C\\n27 C -1.6869 3.5981 0.9043 C\\n28 C -1.3825 1.6996 2.5250 C\\n29 C 2.7880 1.9016 -1.5025 C\\n30 C 3.0795 1.4932 -2.9272 C\\n31 C 3.5621 0.8379 -5.6279 C\\n32 C 4.3767 1.2122 -3.3816 C\\n33 C 2.0415 1.5054 -3.8778 C\\n34 C 2.2765 1.1703 -5.2153 C\\n35 C 4.6148 0.8683 -4.7176 C\\n36 I 3.9153 0.3196 -7.6051 I\\n37 H 3.4823 -1.2388 2.6530 H\\n38 H 2.8840 -1.0072 -1.3238 H\\n39 H 4.8228 0.0457 -1.0177 H\\n40 H 4.9952 1.5513 -0.0723 H\\n41 H 5.2341 0.3901 1.8632 H\\n42 H 1.4774 -1.5251 1.2362 H\\n43 H 2.8512 -2.3246 0.5140 H\\n44 H 5.6120 -2.0935 1.7949 H\\n45 H 5.1560 -2.1012 0.0934 H\\n46 H 7.0525 -0.5504 -0.4263 H\\n47 H 7.4790 -0.5046 1.2952 H\\n48 H 7.6112 -2.0183 0.3861 H\\n49 H 3.0281 2.5025 1.0513 H\\n50 H 1.4064 1.8496 0.7771 H\\n51 H 1.6561 0.4531 2.5977 H\\n52 H 3.1977 1.2130 2.9221 H\\n53 H 0.7274 0.0048 -2.0232 H\\n54 H -0.9250 -2.0960 0.4636 H\\n55 H -1.6369 -4.4045 0.0234 H\\n56 H 1.9559 -1.2122 -3.4934 H\\n57 H 2.5820 -2.6052 -5.3841 H\\n58 H 1.7272 -4.9281 -5.5564 H\\n59 H 0.2360 -5.8181 -3.8026 H\\n60 H -2.5011 0.2181 0.5248 H\\n61 H -2.9671 1.5056 -0.5536 H\\n62 H -3.2184 2.3287 1.6658 H\\n63 H -0.6255 3.5870 0.6360 H\\n64 H -2.2549 3.9659 0.0433 H\\n65 H -1.8141 4.3184 1.7198 H\\n66 H -1.4814 2.3804 3.3775 H\\n67 H -0.3202 1.6141 2.2914 H\\n68 H -1.7431 0.7151 2.8411 H\\n69 H 1.7602 2.2636 -1.4259 H\\n70 H 3.4244 2.7622 -1.2554 H\\n71 H 5.2403 1.2904 -2.7271 H\\n72 H 1.0259 1.7885 -3.5978 H\\n73 H 1.4481 1.1811 -5.9214 H\\n74 H 5.6312 0.6483 -5.0398 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.3350 -0.9881 -0.4401 C\\n2 C 1.9788 -0.3649 0.2824 C\\n3 C 3.3417 1.2139 -1.1473 C\\n4 N 2.8139 0.9860 0.2993 N\\n5 C 4.3152 0.0897 -1.5383 C\\n6 C 2.9200 -1.5010 -0.1692 C\\n7 C 4.0074 -0.4850 -2.9327 C\\n8 C 4.2386 0.5262 -4.0487 C\\n9 C 4.0353 0.8892 1.2194 C\\n10 C 4.8555 -0.3465 0.8528 C\\n11 C 1.0776 -0.7352 1.5520 C\\n12 C 2.5023 -1.9615 3.1988 C\\n13 C 1.7422 -0.8048 2.9365 C\\n14 N 3.2783 -1.0829 5.2789 N\\n15 C 1.6506 0.1747 3.9867 C\\n16 C 3.2414 -2.0534 4.3589 C\\n17 C 2.4809 -0.0221 5.1229 C\\n18 C 0.8040 1.3191 4.0234 C\\n19 C 0.8276 2.2408 5.0738 C\\n20 C 1.6871 2.0412 6.1371 C\\n21 C 2.4955 0.9088 6.1516 C\\n22 O -0.1183 0.0753 1.5822 O\\n23 C -1.0909 -0.2653 0.6901 C\\n24 O -0.9353 -1.0819 -0.2054 O\\n25 C -2.3508 0.5251 0.9349 C\\n26 C -2.1874 2.0075 0.5765 C\\n27 C -2.0270 2.2040 -0.9323 C\\n28 C -3.3896 2.8053 1.0825 C\\n29 C 1.9007 2.1655 0.6764 C\\n30 C 2.4809 3.5582 0.6242 C\\n31 C 3.5486 6.1524 0.5325 C\\n32 C 2.3262 4.3558 -0.5217 C\\n33 C 3.1611 4.0919 1.7311 C\\n34 C 3.6966 5.3817 1.6836 C\\n35 C 2.8621 5.6454 -0.5690 C\\n36 I 4.3442 8.0688 0.4619 I\\n37 H 4.9879 -1.8205 -0.7265 H\\n38 H 1.2852 -0.1935 -0.5492 H\\n39 H 2.4649 1.2751 -1.8014 H\\n40 H 3.8723 2.1707 -1.1687 H\\n41 H 5.3247 0.5226 -1.5913 H\\n42 H 2.9678 -2.3111 0.5584 H\\n43 H 2.5050 -1.9701 -1.0693 H\\n44 H 4.6502 -1.3543 -3.1170 H\\n45 H 2.9710 -0.8368 -2.9874 H\\n46 H 3.5719 1.3885 -3.9556 H\\n47 H 5.2718 0.8876 -4.0419 H\\n48 H 4.0502 0.0611 -5.0216 H\\n49 H 3.7040 0.8771 2.2572 H\\n50 H 4.6382 1.7904 1.0649 H\\n51 H 5.9088 -0.0621 0.7381 H\\n52 H 4.8318 -1.0716 1.6735 H\\n53 H 0.7252 -1.7639 1.3796 H\\n54 H 2.5250 -2.8104 2.5230 H\\n55 H 3.8444 -2.9302 4.5813 H\\n56 H 0.0698 1.5150 3.2517 H\\n57 H 0.1598 3.0997 5.0688 H\\n58 H 1.7128 2.7404 6.9695 H\\n59 H 3.1469 0.7363 7.0074 H\\n60 H -3.1618 0.0683 0.3549 H\\n61 H -2.6167 0.4009 1.9917 H\\n62 H -1.2905 2.4056 1.0667 H\\n63 H -1.9111 3.2658 -1.1742 H\\n64 H -1.1411 1.6828 -1.3094 H\\n65 H -2.8993 1.8274 -1.4774 H\\n66 H -4.3212 2.4546 0.6257 H\\n67 H -3.2768 3.8693 0.8489 H\\n68 H -3.4876 2.7119 2.1693 H\\n69 H 1.5593 1.9854 1.6891 H\\n70 H 1.0260 2.1079 0.0184 H\\n71 H 1.7801 3.9918 -1.3905 H\\n72 H 3.2731 3.5194 2.6511 H\\n73 H 4.2185 5.7768 2.5534 H\\n74 H 2.7309 6.2474 -1.4664 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0128 -1.3751 -0.2547 C\\n2 C 2.0069 -0.0041 0.4961 C\\n3 C 3.5800 0.8866 -1.2708 C\\n4 N 3.1736 1.0387 0.2242 N\\n5 C 4.1752 -0.5097 -1.5164 C\\n6 C 2.5476 -1.4152 0.1832 C\\n7 C 3.5946 -1.1759 -2.7765 C\\n8 C 3.9741 -0.4401 -4.0552 C\\n9 C 4.4177 0.7346 1.0668 C\\n10 C 4.8203 -0.7267 0.8772 C\\n11 C 1.1892 0.0886 1.8689 C\\n12 C 2.3882 -1.2553 3.6005 C\\n13 C 1.9624 0.0250 3.1959 C\\n14 N 3.6297 -0.3562 5.4312 N\\n15 C 2.2783 1.1282 4.0633 C\\n16 C 3.2061 -1.3945 4.7013 C\\n17 C 3.1527 0.8601 5.1508 C\\n18 C 1.7977 2.4647 3.9632 C\\n19 C 2.2114 3.4804 4.8295 C\\n20 C 3.1073 3.1917 5.8410 C\\n21 C 3.5583 1.8843 5.9941 C\\n22 O 0.2758 1.2082 1.8438 O\\n23 C -0.8554 1.0377 1.0953 C\\n24 O -1.0209 0.0921 0.3423 O\\n25 C -1.7864 2.2107 1.3108 C\\n26 C -3.1960 2.0759 0.7140 C\\n27 C -3.1900 2.0295 -0.8137 C\\n28 C -3.9696 0.8951 1.2995 C\\n29 C 2.6621 2.4734 0.4467 C\\n30 C 3.6003 3.6156 0.1386 C\\n31 C 5.3378 5.7462 -0.4278 C\\n32 C 4.5057 4.0789 1.1078 C\\n33 C 3.5670 4.2531 -1.1123 C\\n34 C 4.4348 5.3113 -1.3954 C\\n35 C 5.3743 5.1359 0.8239 C\\n36 I 6.6278 7.3181 -0.8491 I\\n37 H 4.3794 -2.3926 -0.4326 H\\n38 H 1.2964 0.2353 -0.3035 H\\n39 H 2.6835 1.0872 -1.8681 H\\n40 H 4.3373 1.6434 -1.4964 H\\n41 H 5.2537 -0.3887 -1.6932 H\\n42 H 1.9270 -1.8710 -0.5983 H\\n43 H 2.4494 -2.0909 1.0335 H\\n44 H 2.5023 -1.2367 -2.7160 H\\n45 H 3.9689 -2.2044 -2.8472 H\\n46 H 5.0609 -0.3637 -4.1559 H\\n47 H 3.5547 0.5701 -4.0769 H\\n48 H 3.5912 -0.9798 -4.9269 H\\n49 H 4.2157 0.9795 2.1086 H\\n50 H 5.2236 1.3867 0.7127 H\\n51 H 5.8935 -0.7829 0.6591 H\\n52 H 4.6789 -1.2812 1.8105 H\\n53 H 0.5488 -0.8066 1.8970 H\\n54 H 2.0873 -2.1604 3.0822 H\\n55 H 3.5581 -2.3697 5.0288 H\\n56 H 1.0555 2.7543 3.2293 H\\n57 H 1.8157 4.4887 4.7250 H\\n58 H 3.4333 3.9659 6.5316 H\\n59 H 4.2364 1.6525 6.8145 H\\n60 H -1.8822 2.3598 2.3937 H\\n61 H -1.2974 3.0980 0.8909 H\\n62 H -3.7403 2.9865 0.9991 H\\n63 H -2.7537 1.1030 -1.1978 H\\n64 H -2.6251 2.8711 -1.2276 H\\n65 H -4.2133 2.0944 -1.2006 H\\n66 H -5.0079 0.9059 0.9504 H\\n67 H -3.5345 -0.0668 1.0110 H\\n68 H -3.9864 0.9470 2.3938 H\\n69 H 2.3848 2.5471 1.4916 H\\n70 H 1.7433 2.5779 -0.1439 H\\n71 H 4.5415 3.6342 2.1016 H\\n72 H 2.8614 3.9447 -1.8822 H\\n73 H 4.3919 5.7926 -2.3707 H\\n74 H 6.0684 5.4782 1.5890 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.9330 -0.3709 1.8611 C\\n2 C 1.8814 0.2372 -0.3990 C\\n3 C 4.3827 -0.1856 -0.1705 C\\n4 N 3.3158 0.9313 -0.3589 N\\n5 C 4.2696 -0.8000 1.2324 C\\n6 C 1.7768 -0.6306 0.8848 C\\n7 C 4.5030 -2.3222 1.1791 C\\n8 C 4.6431 -2.9493 2.5615 C\\n9 C 3.4079 1.8854 0.8524 C\\n10 C 3.0084 1.1373 2.1228 C\\n11 C 0.6728 1.2476 -0.6200 C\\n12 C -0.1010 2.2400 -2.7866 C\\n13 C -0.0284 1.0991 -1.9680 C\\n14 N -1.1192 0.9707 -4.5434 N\\n15 C -0.6174 -0.1119 -2.4357 C\\n16 C -0.6498 2.1274 -4.0471 C\\n17 C -1.1291 -0.1137 -3.7566 C\\n18 C -0.7359 -1.3043 -1.6788 C\\n19 C -1.2869 -2.4648 -2.2232 C\\n20 C -1.7462 -2.4548 -3.5310 C\\n21 C -1.6702 -1.2804 -4.2782 C\\n22 O -0.3724 1.1379 0.3637 O\\n23 C -0.4793 2.1616 1.2512 C\\n24 O 0.3499 3.0536 1.3710 O\\n25 C -1.7082 2.0199 2.1139 C\\n26 C -3.0055 1.8633 1.3064 C\\n27 C -4.1790 1.6001 2.2509 C\\n28 C -3.2922 3.1029 0.4545 C\\n29 C 3.6509 1.7310 -1.6489 C\\n30 C 4.0796 0.9434 -2.8674 C\\n31 C 4.9223 -0.5175 -5.1221 C\\n32 C 3.1498 0.4000 -3.7627 C\\n33 C 5.4476 0.7551 -3.1376 C\\n34 C 5.8667 0.0235 -4.2539 C\\n35 C 3.5650 -0.3251 -4.8832 C\\n36 I 5.5381 -1.5989 -6.7839 I\\n37 H 2.7462 -0.8903 2.8054 H\\n38 H 1.9527 -0.4355 -1.2603 H\\n39 H 5.3683 0.2745 -0.2979 H\\n40 H 4.2170 -0.9298 -0.9567 H\\n41 H 5.0843 -0.3837 1.8426 H\\n42 H 0.8333 -0.4789 1.4168 H\\n43 H 1.7626 -1.6890 0.5958 H\\n44 H 5.4272 -2.5223 0.6214 H\\n45 H 3.6954 -2.8294 0.6368 H\\n46 H 3.7105 -2.8904 3.1310 H\\n47 H 5.4345 -2.4525 3.1363 H\\n48 H 4.9078 -4.0077 2.4684 H\\n49 H 4.4491 2.2237 0.9168 H\\n50 H 2.7816 2.7590 0.6592 H\\n51 H 2.0470 1.5000 2.5011 H\\n52 H 3.7390 1.3543 2.9131 H\\n53 H 1.0792 2.2617 -0.6011 H\\n54 H 0.2651 3.2094 -2.4622 H\\n55 H -0.7210 2.9821 -4.7155 H\\n56 H -0.4392 -1.3508 -0.6361 H\\n57 H -1.3691 -3.3683 -1.6225 H\\n58 H -2.1823 -3.3509 -3.9685 H\\n59 H -2.0559 -1.2706 -5.2958 H\\n60 H -1.5503 1.1580 2.7716 H\\n61 H -1.7720 2.9111 2.7510 H\\n62 H -2.9175 1.0045 0.6286 H\\n63 H -3.9862 0.7240 2.8795 H\\n64 H -4.3621 2.4564 2.9071 H\\n65 H -5.0962 1.4075 1.6838 H\\n66 H -3.3508 4.0034 1.0735 H\\n67 H -2.5071 3.2588 -0.2939 H\\n68 H -4.2392 2.9945 -0.0813 H\\n69 H 2.7951 2.3663 -1.8875 H\\n70 H 4.4659 2.4143 -1.3770 H\\n71 H 2.0822 0.5407 -3.6297 H\\n72 H 6.2121 1.1831 -2.4896 H\\n73 H 6.9301 -0.1123 -4.4378 H\\n74 H 2.8164 -0.7260 -5.5637 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.2526 -0.6601 1.7324 C\\n2 C 1.9879 -0.1436 -0.4097 C\\n3 C 4.4962 0.1623 -0.3005 C\\n4 N 3.1532 0.9397 -0.3148 N\\n5 C 4.5489 -0.7859 0.9119 C\\n6 C 2.0369 -1.0035 0.8733 C\\n7 C 4.8911 -2.2169 0.4525 C\\n8 C 5.0457 -3.2064 1.5984 C\\n9 C 3.0732 1.7446 0.9837 C\\n10 C 3.0921 0.7984 2.1813 C\\n11 C 0.5498 0.4098 -0.7297 C\\n12 C -1.1276 -1.4458 -0.2972 C\\n13 C -0.3517 -0.7286 -1.2228 C\\n14 N -1.9444 -2.8950 -2.0215 N\\n15 C -0.4044 -1.1146 -2.5967 C\\n16 C -1.8985 -2.5003 -0.7394 C\\n17 C -1.2278 -2.2192 -2.9287 C\\n18 C 0.2987 -0.4755 -3.6519 C\\n19 C 0.1946 -0.9151 -4.9721 C\\n20 C -0.6098 -2.0024 -5.2712 C\\n21 C -1.3102 -2.6394 -4.2482 C\\n22 O -0.0737 1.0109 0.4276 O\\n23 C -0.3994 2.3283 0.3271 C\\n24 O 0.0737 3.0885 -0.5054 O\\n25 C -1.3726 2.7363 1.4038 C\\n26 C -2.7282 2.0288 1.2716 C\\n27 C -3.4258 2.3857 -0.0430 C\\n28 C -3.6261 2.3921 2.4553 C\\n29 C 3.1170 1.8816 -1.5493 C\\n30 C 4.3086 2.7832 -1.7747 C\\n31 C 6.5307 4.4503 -2.1841 C\\n32 C 5.3686 2.3740 -2.6021 C\\n33 C 4.3700 4.0536 -1.1788 C\\n34 C 5.4786 4.8813 -1.3792 C\\n35 C 6.4762 3.2022 -2.8027 C\\n36 I 8.1800 5.6774 -2.4772 I\\n37 H 3.2814 -1.3023 2.6190 H\\n38 H 2.2994 -0.7700 -1.2568 H\\n39 H 5.3066 0.8936 -0.2188 H\\n40 H 4.5783 -0.3615 -1.2597 H\\n41 H 5.3817 -0.4565 1.5497 H\\n42 H 2.0440 -2.0653 0.5981 H\\n43 H 1.1367 -0.8707 1.4833 H\\n44 H 5.8379 -2.1892 -0.1031 H\\n45 H 4.1367 -2.5922 -0.2485 H\\n46 H 4.0962 -3.3777 2.1117 H\\n47 H 5.3927 -4.1723 1.2163 H\\n48 H 5.7784 -2.8497 2.3286 H\\n49 H 3.9427 2.4080 1.0235 H\\n50 H 2.1728 2.3592 0.9624 H\\n51 H 2.1668 0.9190 2.7589 H\\n52 H 3.9084 1.0784 2.8589 H\\n53 H 0.5960 1.1398 -1.5378 H\\n54 H -1.1463 -1.1999 0.7600 H\\n55 H -2.5162 -3.0774 -0.0557 H\\n56 H 0.9215 0.3952 -3.4812 H\\n57 H 0.7297 -0.4029 -5.7691 H\\n58 H -0.7095 -2.3520 -6.2958 H\\n59 H -1.9487 -3.4878 -4.4905 H\\n60 H -1.5018 3.8243 1.3500 H\\n61 H -0.9076 2.5214 2.3731 H\\n62 H -2.5759 0.9431 1.2882 H\\n63 H -2.8387 2.0561 -0.9060 H\\n64 H -4.4046 1.8977 -0.1073 H\\n65 H -3.5818 3.4660 -0.1292 H\\n66 H -3.1600 2.0966 3.4014 H\\n67 H -3.8207 3.4694 2.4919 H\\n68 H -4.5905 1.8769 2.3842 H\\n69 H 2.2259 2.5049 -1.4560 H\\n70 H 2.9814 1.2354 -2.4247 H\\n71 H 5.3468 1.4108 -3.1098 H\\n72 H 3.5510 4.4247 -0.5636 H\\n73 H 5.5072 5.8628 -0.9084 H\\n74 H 7.2881 2.8666 -3.4453 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.5032 -0.6648 1.7102 C\\n2 C 2.3407 -0.5770 -0.5484 C\\n3 C 4.5338 0.6231 -0.1983 C\\n4 N 3.0051 0.8562 -0.3381 N\\n5 C 4.8238 -0.2243 1.0530 C\\n6 C 2.6282 -1.4224 0.7130 C\\n7 C 5.7559 -1.4107 0.7469 C\\n8 C 7.1585 -0.9682 0.3486 C\\n9 C 2.5271 1.5302 0.9495 C\\n10 C 2.7245 0.5869 2.1326 C\\n11 C 0.8217 -0.5891 -0.9651 C\\n12 C -0.1745 -2.9069 -0.6555 C\\n13 C 0.4412 -1.9737 -1.5052 C\\n14 N -0.1549 -4.5711 -2.3814 N\\n15 C 0.7352 -2.3668 -2.8470 C\\n16 C -0.4519 -4.1706 -1.1343 C\\n17 C 0.4132 -3.6952 -3.2199 C\\n18 C 1.3206 -1.5277 -3.8315 C\\n19 C 1.5903 -1.9900 -5.1206 C\\n20 C 1.2796 -3.2971 -5.4579 C\\n21 C 0.6939 -4.1312 -4.5067 C\\n22 O -0.0363 -0.2703 0.1545 O\\n23 C -0.7871 0.8623 0.0558 C\\n24 O -0.6285 1.7130 -0.8059 O\\n25 C -1.7961 0.9093 1.1802 C\\n26 C -2.4244 2.2992 1.3657 C\\n27 C -3.6442 2.2044 2.2837 C\\n28 C -1.4187 3.2977 1.9455 C\\n29 C 2.7368 1.7586 -1.5717 C\\n30 C 3.4075 3.1113 -1.6052 C\\n31 C 4.6440 5.6309 -1.6579 C\\n32 C 4.6612 3.2804 -2.2147 C\\n33 C 2.7730 4.2328 -1.0461 C\\n34 C 3.3906 5.4858 -1.0682 C\\n35 C 5.2793 4.5336 -2.2358 C\\n36 I 5.5640 7.4920 -1.6871 I\\n37 H 3.6973 -1.2898 2.5892 H\\n38 H 2.9191 -1.0008 -1.3800 H\\n39 H 5.0179 1.5984 -0.0917 H\\n40 H 4.8713 0.1537 -1.1287 H\\n41 H 5.3515 0.4149 1.7755 H\\n42 H 3.1047 -2.3642 0.4162 H\\n43 H 1.7034 -1.7171 1.2211 H\\n44 H 5.3417 -2.0318 -0.0554 H\\n45 H 5.8358 -2.0481 1.6358 H\\n46 H 7.7973 -1.8428 0.1903 H\\n47 H 7.6136 -0.3556 1.1333 H\\n48 H 7.1500 -0.3881 -0.5790 H\\n49 H 3.1269 2.4349 1.0956 H\\n50 H 1.4862 1.8272 0.8290 H\\n51 H 3.2551 1.1131 2.9355 H\\n52 H 1.7490 0.3069 2.5494 H\\n53 H 0.6400 0.1123 -1.7802 H\\n54 H -0.4399 -2.6737 0.3711 H\\n55 H -0.9291 -4.9209 -0.5089 H\\n56 H 1.5587 -0.4894 -3.6302 H\\n57 H 2.0292 -1.3294 -5.8652 H\\n58 H 1.4771 -3.6720 -6.4597 H\\n59 H 0.4425 -5.1547 -4.7807 H\\n60 H -2.5726 0.1737 0.9391 H\\n61 H -1.3020 0.5998 2.1094 H\\n62 H -2.7622 2.6792 0.3933 H\\n63 H -4.3926 1.5213 1.8675 H\\n64 H -4.1180 3.1849 2.4036 H\\n65 H -3.3658 1.8385 3.2783 H\\n66 H -1.0460 2.9662 2.9209 H\\n67 H -0.5581 3.4295 1.2824 H\\n68 H -1.8838 4.2804 2.0792 H\\n69 H 3.0323 1.1754 -2.4525 H\\n70 H 1.6592 1.9150 -1.6318 H\\n71 H 5.1734 2.4457 -2.6895 H\\n72 H 1.7821 4.1514 -0.6010 H\\n73 H 2.8802 6.3421 -0.6310 H\\n74 H 6.2516 4.6437 -2.7118 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.5136 -0.9813 0.0392 C\\n2 C 2.0381 -0.4199 0.1827 C\\n3 C 3.6114 1.0499 -1.1433 C\\n4 N 2.8052 0.9772 0.1900 N\\n5 C 4.6729 -0.0619 -1.1822 C\\n6 C 3.0940 -1.5401 0.1118 C\\n7 C 4.6515 -0.8350 -2.5131 C\\n8 C 5.0799 0.0237 -3.6961 C\\n9 C 3.8220 1.0675 1.3321 C\\n10 C 4.7380 -0.1528 1.3099 C\\n11 C 0.8852 -0.6835 1.2549 C\\n12 C 1.0723 0.5358 3.4737 C\\n13 C 1.2414 -0.6527 2.7432 C\\n14 N 2.0598 -0.4360 5.4238 N\\n15 C 1.7068 -1.8043 3.4554 C\\n16 C 1.4898 0.5954 4.7872 C\\n17 C 2.1318 -1.6149 4.7949 C\\n18 C 1.7508 -3.1291 2.9438 C\\n19 C 2.2530 -4.1946 3.6933 C\\n20 C 2.7106 -3.9697 4.9799 C\\n21 C 2.6379 -2.6862 5.5166 C\\n22 O -0.2473 0.2060 1.0410 O\\n23 C -1.0631 -0.1157 0.0022 C\\n24 O -0.7867 -0.9832 -0.8165 O\\n25 C -2.3438 0.6899 -0.0353 C\\n26 C -2.2944 2.0570 0.6688 C\\n27 C -3.2869 3.0247 0.0184 C\\n28 C -2.6176 1.9307 2.1605 C\\n29 C 1.8000 2.1465 0.2143 C\\n30 C 2.3398 3.5453 0.0262 C\\n31 C 3.3399 6.1443 -0.3330 C\\n32 C 2.8356 4.2787 1.1163 C\\n33 C 2.3342 4.1467 -1.2437 C\\n34 C 2.8365 5.4382 -1.4232 C\\n35 C 3.3375 5.5705 0.9367 C\\n36 I 4.0882 8.0626 -0.5991 I\\n37 H 5.2388 -1.8022 0.0042 H\\n38 H 1.5429 -0.3992 -0.7948 H\\n39 H 4.1114 2.0224 -1.1845 H\\n40 H 2.8840 0.9854 -1.9601 H\\n41 H 5.6614 0.4138 -1.1075 H\\n42 H 3.0415 -2.2017 0.9727 H\\n43 H 2.8840 -2.1821 -0.7517 H\\n44 H 3.6508 -1.2349 -2.7123 H\\n45 H 5.3309 -1.6934 -2.4466 H\\n46 H 6.0898 0.4182 -3.5472 H\\n47 H 4.4009 0.8681 -3.8492 H\\n48 H 5.0825 -0.5745 -4.6127 H\\n49 H 4.4149 1.9750 1.1760 H\\n50 H 3.2932 1.1694 2.2778 H\\n51 H 4.5609 -0.7663 2.2015 H\\n52 H 5.7832 0.1737 1.3724 H\\n53 H 0.5004 -1.6904 1.0577 H\\n54 H 0.6110 1.4198 3.0507 H\\n55 H 1.3797 1.5008 5.3786 H\\n56 H 1.3730 -3.3739 1.9551 H\\n57 H 2.2740 -5.1995 3.2765 H\\n58 H 3.1001 -4.7893 5.5792 H\\n59 H 2.9695 -2.5214 6.5403 H\\n60 H -2.5555 0.8471 -1.1008 H\\n61 H -3.1462 0.0669 0.3759 H\\n62 H -1.2933 2.4929 0.5656 H\\n63 H -3.2544 4.0041 0.5083 H\\n64 H -4.3128 2.6458 0.0841 H\\n65 H -3.0474 3.1755 -1.0398 H\\n66 H -2.5402 2.9052 2.6547 H\\n67 H -1.9319 1.2470 2.6676 H\\n68 H -3.6360 1.5569 2.3145 H\\n69 H 1.2875 2.1142 1.1741 H\\n70 H 1.0589 1.9367 -0.5664 H\\n71 H 2.8307 3.8637 2.1226 H\\n72 H 1.9336 3.6245 -2.1114 H\\n73 H 2.8231 5.8847 -2.4159 H\\n74 H 3.7171 6.1220 1.7949 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.4241 -1.0015 -0.3759 C\\n2 C 2.0299 -0.3779 0.2662 C\\n3 C 3.4394 1.1569 -1.1729 C\\n4 N 2.8560 0.9891 0.2811 N\\n5 C 4.5086 0.0927 -1.4493 C\\n6 C 2.9806 -1.4929 -0.2319 C\\n7 C 4.4205 -0.4662 -2.8812 C\\n8 C 4.6835 0.5946 -3.9454 C\\n9 C 4.0615 0.9044 1.2274 C\\n10 C 4.8400 -0.3846 0.9644 C\\n11 C 1.1720 -0.8094 1.5393 C\\n12 C 2.0973 -0.1433 3.7974 C\\n13 C 1.8754 -1.1548 2.8516 C\\n14 N 3.2798 -1.6430 5.2395 N\\n15 C 2.2806 -2.4861 3.1959 C\\n16 C 2.7959 -0.4266 4.9534 C\\n17 C 3.0041 -2.6526 4.4053 C\\n18 C 2.0022 -3.6611 2.4428 C\\n19 C 2.4588 -4.9204 2.8409 C\\n20 C 3.1929 -5.0458 4.0092 C\\n21 C 3.4534 -3.9120 4.7757 C\\n22 O 0.1126 0.1401 1.8272 O\\n23 C -1.0088 0.0051 1.0583 C\\n24 O -1.0631 -0.7002 0.0606 O\\n25 C -2.1295 0.8794 1.5697 C\\n26 C -2.4045 2.0592 0.6286 C\\n27 C -3.1241 3.1825 1.3817 C\\n28 C -3.2415 1.6280 -0.5804 C\\n29 C 1.9396 2.2365 0.4913 C\\n30 C 2.1601 3.1345 1.6848 C\\n31 C 2.5289 4.8443 3.8880 C\\n32 C 3.3057 3.9476 1.7850 C\\n33 C 1.1747 3.2487 2.6792 C\\n34 C 1.3610 4.0890 3.7806 C\\n35 C 3.4990 4.7848 2.8885 C\\n36 I 2.8133 6.0765 5.5344 I\\n37 H 5.0877 -1.8393 -0.6200 H\\n38 H 1.3042 -0.1972 -0.5351 H\\n39 H 3.8824 2.1573 -1.2353 H\\n40 H 2.5876 1.0988 -1.8603 H\\n41 H 5.4938 0.5719 -1.3621 H\\n42 H 2.6051 -1.8822 -1.1865 H\\n43 H 2.9798 -2.3511 0.4366 H\\n44 H 3.4355 -0.9136 -3.0655 H\\n45 H 5.1584 -1.2666 -2.9995 H\\n46 H 3.9337 1.3891 -3.9125 H\\n47 H 5.6721 1.0468 -3.8082 H\\n48 H 4.6459 0.1388 -4.9414 H\\n49 H 4.7065 1.7620 1.0085 H\\n50 H 3.7288 0.9842 2.2582 H\\n51 H 5.9148 -0.1613 0.9634 H\\n52 H 4.6836 -1.0982 1.7811 H\\n53 H 0.6569 -1.7287 1.2423 H\\n54 H 1.7401 0.8666 3.6528 H\\n55 H 2.9956 0.3384 5.6989 H\\n56 H 1.4056 -3.6335 1.5325 H\\n57 H 2.2308 -5.8017 2.2445 H\\n58 H 3.5489 -6.0196 4.3376 H\\n59 H 4.0123 -4.0148 5.7055 H\\n60 H -1.8480 1.2424 2.5654 H\\n61 H -3.0151 0.2513 1.7135 H\\n62 H -1.4542 2.4618 0.2566 H\\n63 H -2.5062 3.5516 2.2078 H\\n64 H -3.3263 4.0299 0.7157 H\\n65 H -4.0778 2.8364 1.7934 H\\n66 H -3.4410 2.4793 -1.2374 H\\n67 H -4.2072 1.2181 -0.2676 H\\n68 H -2.7250 0.8679 -1.1752 H\\n69 H 2.0465 2.8783 -0.3950 H\\n70 H 0.9047 1.8933 0.4366 H\\n71 H 4.0603 3.9564 0.9994 H\\n72 H 0.2397 2.6925 2.6139 H\\n73 H 0.5878 4.1481 4.5451 H\\n74 H 4.4058 5.3900 2.9542 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.4574 -0.6639 1.7178 C\\n2 C 2.3422 -0.5792 -0.5630 C\\n3 C 4.5267 0.6297 -0.1652 C\\n4 N 3.0020 0.8548 -0.3438 N\\n5 C 4.7910 -0.2657 1.0600 C\\n6 C 2.5697 -1.4075 0.7220 C\\n7 C 5.7001 -1.4468 0.6676 C\\n8 C 6.0732 -2.3457 1.8370 C\\n9 C 2.4922 1.5307 0.9298 C\\n10 C 2.7070 0.6100 2.1271 C\\n11 C 0.8418 -0.5967 -1.0438 C\\n12 C -0.1567 -2.9156 -0.7489 C\\n13 C 0.4880 -1.9886 -1.5841 C\\n14 N -0.0643 -4.5975 -2.4545 N\\n15 C 0.8360 -2.3948 -2.9087 C\\n16 C -0.4110 -4.1853 -1.2243 C\\n17 C 0.5334 -3.7284 -3.2794 C\\n18 C 1.4578 -1.5643 -3.8777 C\\n19 C 1.7800 -2.0393 -5.1499 C\\n20 C 1.4872 -3.3512 -5.4852 C\\n21 C 0.8666 -4.1770 -4.5491 C\\n22 O -0.0653 -0.2737 0.0355 O\\n23 C -0.8052 0.8639 -0.0900 C\\n24 O -0.5967 1.7180 -0.9365 O\\n25 C -1.8763 0.8987 0.9787 C\\n26 C -2.3809 2.2956 1.3725 C\\n27 C -3.1878 2.9691 0.2623 C\\n28 C -1.2559 3.2072 1.8642 C\\n29 C 2.7641 1.7542 -1.5864 C\\n30 C 3.4382 3.1056 -1.6089 C\\n31 C 4.6800 5.6233 -1.6401 C\\n32 C 2.7907 4.2312 -1.0725 C\\n33 C 4.7086 3.2695 -2.1846 C\\n34 C 5.3292 4.5220 -2.1948 C\\n35 C 3.4105 5.4834 -1.0836 C\\n36 I 5.6034 7.4831 -1.6552 I\\n37 H 3.6219 -1.2796 2.6081 H\\n38 H 2.9556 -1.0144 -1.3630 H\\n39 H 4.9948 1.6063 -0.0057 H\\n40 H 4.9036 0.2016 -1.1010 H\\n41 H 5.3566 0.3335 1.7882 H\\n42 H 1.6239 -1.6513 1.2185 H\\n43 H 3.0119 -2.3747 0.4553 H\\n44 H 6.6266 -1.0458 0.2367 H\\n45 H 5.2344 -2.0533 -0.1174 H\\n46 H 6.8161 -3.0844 1.5201 H\\n47 H 6.5028 -1.7648 2.6589 H\\n48 H 5.2052 -2.8941 2.2143 H\\n49 H 3.0598 2.4562 1.0719 H\\n50 H 1.4435 1.7908 0.7947 H\\n51 H 3.2652 1.1448 2.9055 H\\n52 H 1.7374 0.3553 2.5731 H\\n53 H 0.6908 0.0970 -1.8719 H\\n54 H -0.4624 -2.6733 0.2644 H\\n55 H -0.9096 -4.9308 -0.6098 H\\n56 H 1.6849 -0.5235 -3.6777 H\\n57 H 2.2465 -1.3851 -5.8834 H\\n58 H 1.7260 -3.7362 -6.4739 H\\n59 H 0.6293 -5.2041 -4.8219 H\\n60 H -2.7112 0.2795 0.6309 H\\n61 H -1.4650 0.4240 1.8791 H\\n62 H -3.0687 2.1493 2.2169 H\\n63 H -3.9851 2.3091 -0.0965 H\\n64 H -2.5643 3.2461 -0.5926 H\\n65 H -3.6585 3.8856 0.6351 H\\n66 H -1.6680 4.1337 2.2798 H\\n67 H -0.6746 2.7181 2.6530 H\\n68 H -0.5711 3.4843 1.0569 H\\n69 H 1.6892 1.9122 -1.6724 H\\n70 H 3.0795 1.1679 -2.4580 H\\n71 H 1.7880 4.1534 -0.6530 H\\n72 H 5.2314 2.4315 -2.6422 H\\n73 H 6.3140 4.6285 -2.6463 H\\n74 H 2.8886 6.3422 -0.6654 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.4881 -0.6647 1.7125 C\\n2 C 2.3475 -0.5873 -0.5555 C\\n3 C 4.5240 0.6433 -0.1792 C\\n4 N 2.9953 0.8532 -0.3409 N\\n5 C 4.8103 -0.2547 1.0392 C\\n6 C 2.5944 -1.4141 0.7267 C\\n7 C 5.7218 -1.4281 0.6298 C\\n8 C 6.1140 -2.3316 1.7894 C\\n9 C 2.4928 1.5218 0.9394 C\\n10 C 2.7311 0.6018 2.1327 C\\n11 C 0.8429 -0.6161 -1.0208 C\\n12 C -0.1607 -2.9270 -0.6855 C\\n13 C 0.4841 -2.0154 -1.5373 C\\n14 N -0.0779 -4.6364 -2.3643 N\\n15 C 0.8267 -2.4437 -2.8563 C\\n16 C -0.4197 -4.2035 -1.1398 C\\n17 C 0.5193 -3.7822 -3.2048 C\\n18 C 1.4475 -1.6303 -3.8405 C\\n19 C 1.7640 -2.1266 -5.1061 C\\n20 C 1.4665 -3.4427 -5.4193 C\\n21 C 0.8470 -4.2519 -4.4683 C\\n22 O -0.0500 -0.2762 0.0652 O\\n23 C -0.8143 0.8428 -0.0835 C\\n24 O -0.6431 1.6684 -0.9660 O\\n25 C -1.8579 0.8988 1.0109 C\\n26 C -2.3773 2.3006 1.3665 C\\n27 C -1.2567 3.2503 1.7909 C\\n28 C -3.2280 2.9157 0.2555 C\\n29 C 2.7335 1.7525 -1.5789 C\\n30 C 3.4006 3.1071 -1.6102 C\\n31 C 4.6307 5.6301 -1.6582 C\\n32 C 4.6605 3.2776 -2.2069 C\\n33 C 2.7574 4.2289 -1.0613 C\\n34 C 3.3717 5.4837 -1.0806 C\\n35 C 5.2752 4.5326 -2.2258 C\\n36 I 5.5453 7.4941 -1.6852 I\\n37 H 3.6686 -1.2799 2.5999 H\\n38 H 2.9570 -1.0166 -1.3617 H\\n39 H 4.9831 1.6242 -0.0202 H\\n40 H 4.8954 0.2233 -1.1208 H\\n41 H 5.3813 0.3452 1.7625 H\\n42 H 1.6558 -1.6640 1.2335 H\\n43 H 3.0399 -2.3785 0.4552 H\\n44 H 5.2504 -2.0329 -0.1532 H\\n45 H 6.6408 -1.0194 0.1902 H\\n46 H 5.2532 -2.8847 2.1760 H\\n47 H 6.5540 -1.7537 2.6080 H\\n48 H 6.8546 -3.0665 1.4577 H\\n49 H 3.0527 2.4526 1.0764 H\\n50 H 1.4398 1.7717 0.8161 H\\n51 H 3.2929 1.1406 2.9053 H\\n52 H 1.7696 0.3370 2.5894 H\\n53 H 0.6852 0.0658 -1.8577 H\\n54 H -0.4624 -2.6679 0.3247 H\\n55 H -0.9182 -4.9377 -0.5118 H\\n56 H 1.6780 -0.5870 -3.6574 H\\n57 H 2.2298 -1.4858 -5.8516 H\\n58 H 1.7008 -3.8441 -6.4026 H\\n59 H 0.6060 -5.2825 -4.7239 H\\n60 H -1.4148 0.4647 1.9167 H\\n61 H -2.6901 0.2528 0.7082 H\\n62 H -3.0379 2.1745 2.2351 H\\n63 H -0.5934 3.5001 0.9572 H\\n64 H -1.6741 4.1883 2.1726 H\\n65 H -0.6506 2.8070 2.5878 H\\n66 H -2.6353 3.1691 -0.6280 H\\n67 H -3.7037 3.8382 0.6061 H\\n68 H -4.0232 2.2288 -0.0521 H\\n69 H 1.6565 1.9048 -1.6474 H\\n70 H 3.0383 1.1685 -2.4557 H\\n71 H 5.1791 2.4426 -2.6745 H\\n72 H 1.7621 4.1465 -0.6261 H\\n73 H 2.8536 6.3397 -0.6523 H\\n74 H 6.2516 4.6441 -2.6936 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6111 -0.6504 1.7036 C\\n2 C 2.3637 -0.5792 -0.5276 C\\n3 C 4.5580 0.6172 -0.2489 C\\n4 N 3.0268 0.8499 -0.3403 N\\n5 C 4.9024 -0.1251 1.0529 C\\n6 C 2.7709 -1.4386 0.6937 C\\n7 C 5.9418 -1.2389 0.8302 C\\n8 C 7.2939 -0.7004 0.3801 C\\n9 C 2.5829 1.5177 0.9753 C\\n10 C 2.7778 0.5569 2.1418 C\\n11 C 0.8199 -0.5908 -0.8179 C\\n12 C 0.6033 -2.2352 -2.6801 C\\n13 C 0.3600 -1.9707 -1.3177 C\\n14 N -0.3297 -4.4281 -2.4935 N\\n15 C -0.2637 -2.9949 -0.5322 C\\n16 C 0.2444 -3.4546 -3.2126 C\\n17 C -0.5835 -4.2076 -1.1982 C\\n18 C -0.5931 -2.9204 0.8500 C\\n19 C -1.2033 -3.9777 1.5292 C\\n20 C -1.5025 -5.1445 0.8501 C\\n21 C -1.1882 -5.2444 -0.5024 C\\n22 O 0.0444 -0.1507 0.3085 O\\n23 C -0.8049 0.8982 0.0985 C\\n24 O -0.7558 1.6256 -0.8804 O\\n25 C -1.7569 1.0142 1.2701 C\\n26 C -2.5490 2.3260 1.3718 C\\n27 C -1.6424 3.5509 1.4967 C\\n28 C -3.5559 2.4972 0.2344 C\\n29 C 2.7213 1.8573 -1.4890 C\\n30 C 2.9547 1.4233 -2.9179 C\\n31 C 3.3365 0.6654 -5.6042 C\\n32 C 1.8620 1.2537 -3.7863 C\\n33 C 4.2455 1.2650 -3.4462 C\\n34 C 4.4360 0.8733 -4.7760 C\\n35 C 2.0489 0.8668 -5.1171 C\\n36 I 3.6195 0.0839 -7.5759 I\\n37 H 3.8378 -1.2763 2.5743 H\\n38 H 2.8707 -0.9917 -1.4098 H\\n39 H 4.8478 0.0334 -1.1266 H\\n40 H 5.0498 1.5961 -0.2812 H\\n41 H 5.3563 0.5983 1.7458 H\\n42 H 1.8953 -1.8306 1.2153 H\\n43 H 3.3192 -2.3221 0.3450 H\\n44 H 6.0851 -1.7919 1.7664 H\\n45 H 5.5845 -1.9602 0.0866 H\\n46 H 7.2278 -0.2125 -0.5967 H\\n47 H 7.6878 0.0234 1.1006 H\\n48 H 8.0161 -1.5191 0.2964 H\\n49 H 1.5445 1.8398 0.8815 H\\n50 H 3.2019 2.4146 1.1029 H\\n51 H 3.2669 1.0826 2.9706 H\\n52 H 1.8033 0.2298 2.5250 H\\n53 H 0.6404 0.0808 -1.6567 H\\n54 H 1.0634 -1.5059 -3.3386 H\\n55 H 0.4143 -3.6893 -4.2601 H\\n56 H -0.3841 -2.0390 1.4439 H\\n57 H -1.4452 -3.8870 2.5858 H\\n58 H -1.9793 -5.9769 1.3616 H\\n59 H -1.4257 -6.1644 -1.0340 H\\n60 H -2.4523 0.1683 1.2132 H\\n61 H -1.1653 0.9003 2.1874 H\\n62 H -3.1314 2.2639 2.3015 H\\n63 H -0.9217 3.4205 2.3113 H\\n64 H -2.2360 4.4449 1.7172 H\\n65 H -1.0845 3.7451 0.5753 H\\n66 H -3.0667 2.6542 -0.7312 H\\n67 H -4.1989 3.3641 0.4218 H\\n68 H -4.2022 1.6171 0.1507 H\\n69 H 3.3250 2.7524 -1.2871 H\\n70 H 1.6783 2.1621 -1.3600 H\\n71 H 0.8413 1.4428 -3.4502 H\\n72 H 5.1324 1.4714 -2.8521 H\\n73 H 5.4480 0.7528 -5.1589 H\\n74 H 1.1824 0.7427 -5.7647 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8229 -0.2113 1.8811 C\\n2 C 1.9800 0.2960 -0.4776 C\\n3 C 4.4073 -0.2967 -0.0776 C\\n4 N 3.4593 0.8915 -0.3938 N\\n5 C 4.1339 -0.8089 1.3434 C\\n6 C 1.6628 -0.3482 0.8926 C\\n7 C 4.3146 -2.3304 1.4882 C\\n8 C 3.2940 -3.2251 0.8075 C\\n9 C 3.5649 1.9187 0.7483 C\\n10 C 3.0487 1.3020 2.0495 C\\n11 C 0.8701 1.3145 -0.9625 C\\n12 C 0.6421 0.3794 -3.2951 C\\n13 C 0.7906 1.5085 -2.4724 C\\n14 N 0.7755 1.7385 -5.2628 N\\n15 C 0.8291 2.7981 -3.0858 C\\n16 C 0.6395 0.5447 -4.6640 C\\n17 C 0.8402 2.8393 -4.5014 C\\n18 C 0.8598 4.0360 -2.3886 C\\n19 C 0.9400 5.2543 -3.0647 C\\n20 C 0.9810 5.2677 -4.4491 C\\n21 C 0.9245 4.0632 -5.1496 C\\n22 O -0.4502 0.8599 -0.5938 O\\n23 C -1.0986 1.6138 0.3449 C\\n24 O -0.5695 2.5308 0.9544 O\\n25 C -2.5086 1.0933 0.5217 C\\n26 C -3.4292 1.9221 1.4309 C\\n27 C -3.6597 3.3368 0.8998 C\\n28 C -2.9582 1.9465 2.8849 C\\n29 C 3.8664 1.5333 -1.7476 C\\n30 C 5.3206 1.8923 -1.9460 C\\n31 C 8.0239 2.5479 -2.3307 C\\n32 C 5.8330 3.1160 -1.4867 C\\n33 C 6.1830 1.0126 -2.6220 C\\n34 C 7.5293 1.3372 -2.8098 C\\n35 C 7.1800 3.4403 -1.6733 C\\n36 I 10.0239 3.0314 -2.6091 I\\n37 H 2.5561 -0.6551 2.8469 H\\n38 H 2.0613 -0.5211 -1.2039 H\\n39 H 5.4390 0.0626 -0.1276 H\\n40 H 4.2537 -1.0487 -0.8573 H\\n41 H 4.9388 -0.3963 1.9726 H\\n42 H 1.3824 -1.3925 0.7381 H\\n43 H 0.7828 0.1035 1.3586 H\\n44 H 5.3091 -2.5931 1.1038 H\\n45 H 4.3285 -2.5816 2.5565 H\\n46 H 3.1258 -2.9433 -0.2349 H\\n47 H 2.3403 -3.2100 1.3420 H\\n48 H 3.6451 -4.2626 0.8191 H\\n49 H 2.9987 2.8121 0.4690 H\\n50 H 4.6208 2.1874 0.8528 H\\n51 H 2.1178 1.7976 2.3521 H\\n52 H 3.7663 1.4961 2.8562 H\\n53 H 1.1002 2.2627 -0.4811 H\\n54 H 0.5113 -0.6200 -2.8914 H\\n55 H 0.5267 -0.3007 -5.3383 H\\n56 H 0.7940 4.0894 -1.3054 H\\n57 H 0.9557 6.1914 -2.5107 H\\n58 H 1.0369 6.2093 -4.9907 H\\n59 H 0.9364 4.0828 -6.2382 H\\n60 H -2.9646 1.0348 -0.4745 H\\n61 H -2.4337 0.0735 0.9184 H\\n62 H -4.4052 1.4178 1.4245 H\\n63 H -4.4102 3.8561 1.5054 H\\n64 H -2.7464 3.9379 0.9193 H\\n65 H -4.0266 3.3091 -0.1311 H\\n66 H -2.7903 0.9303 3.2570 H\\n67 H -3.7164 2.4129 3.5238 H\\n68 H -2.0312 2.5131 3.0102 H\\n69 H 3.2771 2.4462 -1.8495 H\\n70 H 3.5591 0.8299 -2.5288 H\\n71 H 5.1927 3.8439 -0.9928 H\\n72 H 5.8189 0.0685 -3.0238 H\\n73 H 8.1784 0.6427 -3.3394 H\\n74 H 7.5567 4.3951 -1.3113 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.5019 0.2356 1.9852 C\\n2 C 1.7977 0.6295 -0.4351 C\\n3 C 4.0452 -0.4244 0.1097 C\\n4 N 3.3782 0.8902 -0.3782 N\\n5 C 3.5746 -0.7686 1.5350 C\\n6 C 1.3393 0.2524 0.9942 C\\n7 C 3.1586 -2.2519 1.6134 C\\n8 C 2.7346 -2.6954 3.0067 C\\n9 C 3.7076 1.9975 0.6308 C\\n10 C 3.1148 1.6439 1.9923 C\\n11 C 0.9352 1.7913 -1.0803 C\\n12 C 1.3649 3.0349 -3.2119 C\\n13 C 0.9327 1.8411 -2.6058 C\\n14 N 1.1911 2.0490 -5.3868 N\\n15 C 0.5038 0.7696 -3.4446 C\\n16 C 1.4794 3.0873 -4.5855 C\\n17 C 0.6848 0.9341 -4.8412 C\\n18 C -0.1057 -0.4313 -2.9918 C\\n19 C -0.4696 -1.4449 -3.8818 C\\n20 C -0.2447 -1.2799 -5.2401 C\\n21 C 0.3238 -0.0923 -5.7029 C\\n22 O -0.4602 1.7153 -0.7140 O\\n23 C -0.8977 2.6684 0.1538 C\\n24 O -0.1568 3.4307 0.7620 O\\n25 C -2.4025 2.6446 0.2808 C\\n26 C -2.9464 1.6389 1.3029 C\\n27 C -2.6965 0.1860 0.8912 C\\n28 C -2.4124 1.9015 2.7117 C\\n29 C 3.9246 1.2450 -1.7877 C\\n30 C 5.4157 1.1314 -2.0096 C\\n31 C 8.1873 0.8754 -2.3967 C\\n32 C 5.9577 -0.0298 -2.5915 C\\n33 C 6.2865 2.1724 -1.6503 C\\n34 C 7.6660 2.0433 -1.8388 C\\n35 C 7.3367 -0.1595 -2.7796 C\\n36 I 10.2366 0.6826 -2.6650 I\\n37 H 2.1368 0.0032 2.9922 H\\n38 H 1.7128 -0.2725 -1.0496 H\\n39 H 3.7975 -1.2012 -0.6244 H\\n40 H 5.1298 -0.2725 0.1248 H\\n41 H 4.4402 -0.6552 2.2051 H\\n42 H 0.8395 -0.7230 0.9665 H\\n43 H 0.5925 0.9474 1.3801 H\\n44 H 4.0104 -2.8704 1.3033 H\\n45 H 2.3508 -2.4671 0.9040 H\\n46 H 3.4872 -2.4245 3.7534 H\\n47 H 2.6066 -3.7836 3.0331 H\\n48 H 1.7800 -2.2467 3.2953 H\\n49 H 4.7976 2.0695 0.7032 H\\n50 H 3.3183 2.9470 0.2486 H\\n51 H 2.3548 2.3876 2.2659 H\\n52 H 3.8960 1.7134 2.7598 H\\n53 H 1.3632 2.7356 -0.7287 H\\n54 H 1.6229 3.9177 -2.6310 H\\n55 H 1.8210 3.9860 -5.0940 H\\n56 H -0.3513 -0.5850 -1.9444 H\\n57 H -0.9480 -2.3530 -3.5203 H\\n58 H -0.5340 -2.0579 -5.9472 H\\n59 H 0.4714 0.0439 -6.7733 H\\n60 H -2.8369 2.4662 -0.7096 H\\n61 H -2.7142 3.6593 0.5555 H\\n62 H -4.0371 1.7789 1.3347 H\\n63 H -1.6316 -0.0642 0.9037 H\\n64 H -3.0802 -0.0036 -0.1153 H\\n65 H -3.2043 -0.5006 1.5782 H\\n66 H -2.9124 1.2520 3.4400 H\\n67 H -2.5908 2.9394 3.0115 H\\n68 H -1.3366 1.7077 2.7793 H\\n69 H 3.4115 0.5800 -2.4916 H\\n70 H 3.6214 2.2763 -1.9927 H\\n71 H 5.3136 -0.8489 -2.9115 H\\n72 H 5.9089 3.1035 -1.2301 H\\n73 H 8.3259 2.8634 -1.5560 H\\n74 H 7.7349 -1.0673 -3.2309 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.2999 -1.2264 0.0941 C\\n2 C 1.9747 -0.1891 0.3171 C\\n3 C 3.7242 0.8338 -1.2093 C\\n4 N 2.9875 1.0420 0.1614 N\\n5 C 4.6319 -0.4083 -1.1620 C\\n6 C 2.7941 -1.4962 0.1755 C\\n7 C 4.5450 -1.1790 -2.4889 C\\n8 C 5.5736 -2.2932 -2.6135 C\\n9 C 4.0708 1.0048 1.2502 C\\n10 C 4.6916 -0.3899 1.3197 C\\n11 C 0.9498 -0.2307 1.5529 C\\n12 C 1.3474 1.4251 3.4150 C\\n13 C 1.4561 0.1031 2.9553 C\\n14 N 2.6006 0.9290 5.3812 N\\n15 C 2.0357 -0.8579 3.8397 C\\n16 C 1.9283 1.7905 4.6079 C\\n17 C 2.6202 -0.3660 5.0367 C\\n18 C 2.0636 -2.2630 3.6262 C\\n19 C 2.6933 -3.1256 4.5289 C\\n20 C 3.3041 -2.6125 5.6657 C\\n21 C 3.2505 -1.2427 5.9099 C\\n22 O -0.2455 0.5733 1.2889 O\\n23 C -1.1517 -0.0142 0.4590 C\\n24 O -0.8713 -0.9870 -0.2388 O\\n25 C -2.5549 0.5220 0.6155 C\\n26 C -2.7749 2.0402 0.7110 C\\n27 C -2.1146 2.8153 -0.4273 C\\n28 C -2.3968 2.6293 2.0743 C\\n29 C 2.2144 2.3943 0.0027 C\\n30 C 2.5817 3.6114 0.8344 C\\n31 C 3.1173 5.9628 2.3188 C\\n32 C 3.8772 4.1625 0.8797 C\\n33 C 1.5430 4.3248 1.4774 C\\n34 C 1.8089 5.4765 2.2298 C\\n35 C 4.1519 5.3125 1.6373 C\\n36 I 3.5220 7.6706 3.4376 I\\n37 H 4.8599 -2.1646 0.1164 H\\n38 H 1.3681 -0.1032 -0.5960 H\\n39 H 2.9404 0.7543 -1.9779 H\\n40 H 4.3228 1.7363 -1.3949 H\\n41 H 5.6663 -0.0548 -1.0644 H\\n42 H 2.6062 -2.1873 0.9968 H\\n43 H 2.4625 -2.0210 -0.7222 H\\n44 H 4.7037 -0.4748 -3.3184 H\\n45 H 3.5449 -1.5955 -2.6402 H\\n46 H 5.4967 -2.7606 -3.6034 H\\n47 H 5.4205 -3.0724 -1.8661 H\\n48 H 6.5909 -1.8982 -2.5106 H\\n49 H 3.6642 1.3338 2.2034 H\\n50 H 4.8561 1.7057 0.9509 H\\n51 H 4.3980 -0.8943 2.2500 H\\n52 H 5.7877 -0.2954 1.3748 H\\n53 H 0.5773 -1.2582 1.6219 H\\n54 H 0.8186 2.1758 2.8490 H\\n55 H 1.8847 2.8101 4.9699 H\\n56 H 1.5526 -2.7244 2.7885 H\\n57 H 2.6797 -4.2001 4.3569 H\\n58 H 3.7919 -3.2757 6.3771 H\\n59 H 3.7042 -0.8474 6.8163 H\\n60 H -2.9675 0.0157 1.4974 H\\n61 H -3.1160 0.1583 -0.2543 H\\n62 H -3.8580 2.1973 0.6109 H\\n63 H -2.4682 2.4697 -1.4054 H\\n64 H -1.0249 2.7192 -0.4035 H\\n65 H -2.3546 3.8806 -0.3486 H\\n66 H -1.3168 2.6220 2.2388 H\\n67 H -2.8793 2.0783 2.8953 H\\n68 H -2.7242 3.6769 2.1397 H\\n69 H 2.2987 2.7076 -1.0604 H\\n70 H 1.1481 2.1562 0.1358 H\\n71 H 4.7062 3.7225 0.3292 H\\n72 H 0.4968 4.0040 1.3966 H\\n73 H 0.9811 5.9990 2.7091 H\\n74 H 5.1719 5.7055 1.6672 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6721 -0.6970 1.6677 C\\n2 C 2.3031 -0.5010 -0.4828 C\\n3 C 4.6033 0.5048 -0.3336 C\\n4 N 3.0942 0.8656 -0.3309 N\\n5 C 4.9615 -0.2827 0.9375 C\\n6 C 2.7046 -1.4017 0.7103 C\\n7 C 5.8789 -1.4837 0.6422 C\\n8 C 7.2442 -1.0664 0.1113 C\\n9 C 2.7855 1.5560 1.0105 C\\n10 C 2.9749 0.5745 2.1605 C\\n11 C 0.7488 -0.3829 -0.6811 C\\n12 C 0.2923 -1.9806 -2.5445 C\\n13 C 0.1497 -1.7152 -1.1678 C\\n14 N -0.8244 -4.0831 -2.3290 N\\n15 C -0.5154 -2.6946 -0.3577 C\\n16 C -0.2039 -3.1549 -3.0691 C\\n17 C -0.9832 -3.8615 -1.0183 C\\n18 C -0.7538 -2.6183 1.0435 C\\n19 C -1.4201 -3.6266 1.7440 C\\n20 C -1.8662 -4.7472 1.0682 C\\n21 C -1.6405 -4.8508 -0.3018 C\\n22 O 0.0732 0.0952 0.4936 O\\n23 C -0.6948 1.2142 0.3469 C\\n24 O -0.5903 1.9880 -0.5912 O\\n25 C -1.5966 1.3741 1.5518 C\\n26 C -2.8039 2.3064 1.3671 C\\n27 C -3.7160 1.8640 0.2232 C\\n28 C -2.4018 3.7732 1.2152 C\\n29 C 2.8050 1.9056 -1.4542 C\\n30 C 3.0074 1.4909 -2.8931 C\\n31 C 3.3567 0.7911 -5.6016 C\\n32 C 1.9017 1.3011 -3.7402 C\\n33 C 4.2919 1.3735 -3.4504 C\\n34 C 4.4672 1.0157 -4.7922 C\\n35 C 2.0742 0.9420 -5.0820 C\\n36 I 3.6151 0.2693 -7.5946 I\\n37 H 3.8984 -1.3470 2.5207 H\\n38 H 2.7216 -0.9460 -1.3956 H\\n39 H 4.7921 -0.0853 -1.2351 H\\n40 H 5.1713 1.4400 -0.3821 H\\n41 H 5.5250 0.3874 1.6040 H\\n42 H 3.1482 -2.3292 0.3284 H\\n43 H 1.8306 -1.7161 1.2852 H\\n44 H 5.4119 -2.1629 -0.0788 H\\n45 H 6.0305 -2.0550 1.5652 H\\n46 H 7.1639 -0.5801 -0.8648 H\\n47 H 7.8840 -1.9476 -0.0072 H\\n48 H 7.7426 -0.3760 0.7995 H\\n49 H 3.4803 2.4004 1.1043 H\\n50 H 1.7714 1.9589 0.9805 H\\n51 H 3.5576 1.0525 2.9567 H\\n52 H 2.0028 0.3285 2.6048 H\\n53 H 0.5730 0.3150 -1.5003 H\\n54 H 0.7800 -1.2867 -3.2203 H\\n55 H -0.1129 -3.3897 -4.1271 H\\n56 H -0.4268 -1.7729 1.6367 H\\n57 H -1.5900 -3.5331 2.8144 H\\n58 H -2.3891 -5.5412 1.5961 H\\n59 H -1.9926 -5.7355 -0.8300 H\\n60 H -1.9753 0.3782 1.8172 H\\n61 H -0.9759 1.7263 2.3848 H\\n62 H -3.3922 2.2356 2.2919 H\\n63 H -4.0268 0.8217 0.3523 H\\n64 H -3.2251 1.9539 -0.7503 H\\n65 H -4.6216 2.4803 0.1934 H\\n66 H -1.9105 3.9720 0.2592 H\\n67 H -1.7200 4.0790 2.0167 H\\n68 H -3.2870 4.4160 1.2698 H\\n69 H 1.7771 2.2493 -1.3053 H\\n70 H 3.4473 2.7719 -1.2470 H\\n71 H 0.8842 1.4667 -3.3849 H\\n72 H 5.1840 1.5907 -2.8668 H\\n73 H 5.4759 0.9408 -5.1977 H\\n74 H 1.1987 0.8040 -5.7146 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.3634 -1.0969 -0.3203 C\\n2 C 2.0200 -0.3183 0.2974 C\\n3 C 3.5024 1.0988 -1.1887 C\\n4 N 2.9210 0.9889 0.2520 N\\n5 C 4.4453 -0.0840 -1.4738 C\\n6 C 2.9099 -1.5179 -0.0982 C\\n7 C 4.1659 -0.6586 -2.8757 C\\n8 C 5.0964 -1.7958 -3.2690 C\\n9 C 4.1070 0.8927 1.2141 C\\n10 C 4.8612 -0.4104 0.9611 C\\n11 C 1.1032 -0.5923 1.5823 C\\n12 C 2.3474 -1.9981 3.2345 C\\n13 C 1.7647 -0.7441 2.9617 C\\n14 N 3.2161 -1.2386 5.3251 N\\n15 C 1.8136 0.2434 4.0038 C\\n16 C 3.0533 -2.1932 4.4027 C\\n17 C 2.5876 -0.0708 5.1541 C\\n18 C 1.1496 1.5014 4.0187 C\\n19 C 1.2884 2.4116 5.0683 C\\n20 C 2.0845 2.0887 6.1514 C\\n21 C 2.7169 0.8500 6.1837 C\\n22 O -0.0362 0.2976 1.6479 O\\n23 C -1.0653 -0.0130 0.8095 C\\n24 O -0.9467 -0.7554 -0.1553 O\\n25 C -2.3496 0.6623 1.2219 C\\n26 C -2.5681 2.0696 0.6555 C\\n27 C -1.7128 3.1155 1.3687 C\\n28 C -2.3599 2.1368 -0.8563 C\\n29 C 2.0539 2.2290 0.5247 C\\n30 C 2.6735 3.5896 0.3145 C\\n31 C 3.8020 6.1277 -0.0827 C\\n32 C 2.4811 4.2780 -0.8965 C\\n33 C 3.4342 4.1998 1.3236 C\\n34 C 3.9987 5.4631 1.1244 C\\n35 C 3.0490 5.5385 -1.0966 C\\n36 I 4.6351 8.0068 -0.3743 I\\n37 H 4.9844 -1.9769 -0.5165 H\\n38 H 1.3333 -0.1555 -0.5405 H\\n39 H 2.6500 1.1458 -1.8769 H\\n40 H 4.0722 2.0320 -1.2587 H\\n41 H 5.4719 0.3100 -1.5006 H\\n42 H 2.5021 -1.9826 -1.0041 H\\n43 H 2.8825 -2.3112 0.6473 H\\n44 H 4.2845 0.1477 -3.6103 H\\n45 H 3.1284 -1.0003 -2.9594 H\\n46 H 6.1453 -1.5159 -3.1351 H\\n47 H 4.9494 -2.0524 -4.3231 H\\n48 H 4.8973 -2.6960 -2.6807 H\\n49 H 3.7453 0.9725 2.2389 H\\n50 H 4.7638 1.7466 1.0172 H\\n51 H 5.9348 -0.1985 0.8868 H\\n52 H 4.7517 -1.0841 1.8187 H\\n53 H 0.6688 -1.5891 1.4052 H\\n54 H 2.2517 -2.8454 2.5610 H\\n55 H 3.5197 -3.1489 4.6332 H\\n56 H 0.4632 1.7944 3.2350 H\\n57 H 0.7553 3.3602 5.0512 H\\n58 H 2.1928 2.7785 6.9847 H\\n59 H 3.3150 0.5842 7.0544 H\\n60 H -3.1644 0.0047 0.8962 H\\n61 H -2.4035 0.6707 2.3157 H\\n62 H -3.6165 2.3298 0.8535 H\\n63 H -1.8527 3.0629 2.4548 H\\n64 H -0.6483 2.9820 1.1593 H\\n65 H -1.9909 4.1274 1.0488 H\\n66 H -2.6547 3.1171 -1.2445 H\\n67 H -2.9658 1.3787 -1.3639 H\\n68 H -1.3128 1.9762 -1.1270 H\\n69 H 1.1662 2.1333 -0.1135 H\\n70 H 1.7271 2.1623 1.5584 H\\n71 H 1.8792 3.8493 -1.6968 H\\n72 H 3.5870 3.7137 2.2850 H\\n73 H 4.5728 5.9257 1.9267 H\\n74 H 2.8888 6.0566 -2.0402 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.1512 -1.3420 -0.1865 C\\n2 C 2.0298 -0.0830 0.4291 C\\n3 C 3.6457 0.8766 -1.2629 C\\n4 N 3.1504 1.0289 0.2083 N\\n5 C 4.3068 -0.4972 -1.4611 C\\n6 C 2.6798 -1.4623 0.2046 C\\n7 C 3.7813 -1.2166 -2.7168 C\\n8 C 4.1725 -0.5062 -4.0067 C\\n9 C 4.3649 0.8054 1.1148 C\\n10 C 4.8667 -0.6283 0.9668 C\\n11 C 1.1016 -0.0095 1.7240 C\\n12 C 2.0777 1.0825 3.7966 C\\n13 C 1.7494 -0.0977 3.1076 C\\n14 N 3.1169 -0.1518 5.5635 N\\n15 C 1.9987 -1.3409 3.7723 C\\n16 C 2.7513 1.0065 4.9983 C\\n17 C 2.7189 -1.2950 4.9931 C\\n18 C 1.5564 -2.6164 3.3294 C\\n19 C 1.8681 -3.7880 4.0221 C\\n20 C 2.6170 -3.7171 5.1839 C\\n21 C 3.0269 -2.4730 5.6581 C\\n22 O 0.2591 1.1764 1.6981 O\\n23 C -0.8339 1.1032 0.8811 C\\n24 O -0.9918 0.2166 0.0575 O\\n25 C -1.7292 2.3013 1.1057 C\\n26 C -3.2085 2.1038 0.7410 C\\n27 C -3.8450 0.9375 1.4969 C\\n28 C -3.4351 1.9713 -0.7649 C\\n29 C 2.5536 2.4425 0.3759 C\\n30 C 3.4282 3.6220 0.0175 C\\n31 C 5.0542 5.8099 -0.6570 C\\n32 C 4.3222 4.1658 0.9541 C\\n33 C 3.3476 4.2094 -1.2566 C\\n34 C 4.1606 5.2950 -1.5936 C\\n35 C 5.1348 5.2517 0.6171 C\\n36 I 6.2639 7.4210 -1.1584 I\\n37 H 4.5852 -2.3387 -0.3265 H\\n38 H 1.3680 0.0913 -0.4271 H\\n39 H 2.7768 1.0384 -1.9105 H\\n40 H 4.3864 1.6593 -1.4539 H\\n41 H 5.3829 -0.3334 -1.6169 H\\n42 H 2.1165 -2.0077 -0.5615 H\\n43 H 2.6231 -2.0866 1.0927 H\\n44 H 2.6897 -1.3075 -2.6824 H\\n45 H 4.1861 -2.2354 -2.7483 H\\n46 H 5.2605 -0.4212 -4.0918 H\\n47 H 3.7440 0.4989 -4.0603 H\\n48 H 3.8095 -1.0716 -4.8710 H\\n49 H 4.0956 1.0451 2.1419 H\\n50 H 5.1474 1.5031 0.7976 H\\n51 H 5.9500 -0.6204 0.7965 H\\n52 H 4.7139 -1.1738 1.9059 H\\n53 H 0.4101 -0.8575 1.6603 H\\n54 H 1.8101 2.0661 3.4295 H\\n55 H 3.0262 1.8997 5.5535 H\\n56 H 0.9350 -2.7321 2.4457 H\\n57 H 1.5148 -4.7514 3.6608 H\\n58 H 2.8635 -4.6195 5.7385 H\\n59 H 3.5882 -2.4205 6.5894 H\\n60 H -1.3081 3.1398 0.5391 H\\n61 H -1.6759 2.5624 2.1706 H\\n62 H -3.7307 3.0167 1.0583 H\\n63 H -3.4312 -0.0264 1.1851 H\\n64 H -4.9255 0.9078 1.3174 H\\n65 H -3.6904 1.0423 2.5759 H\\n66 H -3.0339 1.0350 -1.1628 H\\n67 H -2.9673 2.8013 -1.3047 H\\n68 H -4.5068 1.9905 -0.9919 H\\n69 H 2.2612 2.5500 1.4190 H\\n70 H 1.6402 2.4700 -0.2306 H\\n71 H 4.3952 3.7619 1.9624 H\\n72 H 2.6487 3.8373 -2.0042 H\\n73 H 4.0833 5.7342 -2.5867 H\\n74 H 5.8211 5.6577 1.3582 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.6913 -0.0358 1.9644 C\\n2 C 1.7924 0.5591 -0.3447 C\\n3 C 4.1393 -0.3798 -0.0701 C\\n4 N 3.3518 0.9280 -0.3579 N\\n5 C 3.7991 -0.9006 1.3364 C\\n6 C 1.4583 0.0097 1.0619 C\\n7 C 3.4402 -2.3992 1.3439 C\\n8 C 4.6167 -3.2890 0.9569 C\\n9 C 3.6671 1.9442 0.7477 C\\n10 C 3.2161 1.3972 2.1004 C\\n11 C 0.8332 1.7091 -0.8735 C\\n12 C 0.8694 2.7000 -3.1825 C\\n13 C 0.5261 1.6068 -2.3685 C\\n14 N 0.2040 1.5072 -5.1489 N\\n15 C -0.0963 0.4771 -2.9769 C\\n16 C 0.6945 2.6025 -4.5469 C\\n17 C -0.2087 0.4831 -4.3888 C\\n18 C -0.6223 -0.6383 -2.2755 C\\n19 C -1.1941 -1.7187 -2.9474 C\\n20 C -1.2596 -1.7075 -4.3323 C\\n21 C -0.7707 -0.6073 -5.0355 C\\n22 O -0.4558 1.7649 -0.2281 O\\n23 C -0.5670 2.6476 0.7995 C\\n24 O 0.4000 3.2326 1.2758 O\\n25 C -1.9957 2.8720 1.2537 C\\n26 C -2.9684 1.6803 1.2553 C\\n27 C -2.3876 0.4278 1.9101 C\\n28 C -3.5360 1.3682 -0.1296 C\\n29 C 3.7656 1.4661 -1.7536 C\\n30 C 5.2430 1.5620 -2.0599 C\\n31 C 7.9935 1.7019 -2.6292 C\\n32 C 6.0209 2.6290 -1.5841 C\\n33 C 5.8648 0.5829 -2.8539 C\\n34 C 7.2329 0.6522 -3.1372 C\\n35 C 7.3917 2.6925 -1.8579 C\\n36 I 10.0269 1.8036 -3.0410 I\\n37 H 2.4183 -0.4192 2.9558 H\\n38 H 1.7420 -0.2896 -1.0384 H\\n39 H 5.2094 -0.1494 -0.1171 H\\n40 H 3.8843 -1.0853 -0.8696 H\\n41 H 4.6989 -0.7868 1.9604 H\\n42 H 1.0119 -0.9886 0.9639 H\\n43 H 0.6992 0.6012 1.5726 H\\n44 H 2.6020 -2.6053 0.6662 H\\n45 H 3.1115 -2.6834 2.3533 H\\n46 H 4.3415 -4.3436 1.0811 H\\n47 H 5.4861 -3.0930 1.5932 H\\n48 H 4.9117 -3.1360 -0.0866 H\\n49 H 4.7499 2.0974 0.7546 H\\n50 H 3.1754 2.8911 0.5051 H\\n51 H 4.0551 1.4294 2.8072 H\\n52 H 2.4420 2.0473 2.5271 H\\n53 H 1.3396 2.6684 -0.7199 H\\n54 H 1.2711 3.6218 -2.7709 H\\n55 H 0.9555 3.4207 -5.2137 H\\n56 H -0.6379 -0.6719 -1.1895 H\\n57 H -1.6057 -2.5593 -2.3918 H\\n58 H -1.7075 -2.5387 -4.8702 H\\n59 H -0.8452 -0.5948 -6.1221 H\\n60 H -2.4038 3.6922 0.6546 H\\n61 H -1.9260 3.2358 2.2868 H\\n62 H -3.8266 1.9864 1.8711 H\\n63 H -1.6208 -0.0409 1.2840 H\\n64 H -3.1749 -0.3186 2.0739 H\\n65 H -1.9447 0.6643 2.8846 H\\n66 H -4.0666 2.2371 -0.5363 H\\n67 H -2.7608 1.0810 -0.8450 H\\n68 H -4.2539 0.5416 -0.0731 H\\n69 H 3.3265 2.4636 -1.8548 H\\n70 H 3.2907 0.8037 -2.4889 H\\n71 H 5.5777 3.4347 -1.0019 H\\n72 H 5.2931 -0.2401 -3.2782 H\\n73 H 7.6919 -0.1119 -3.7607 H\\n74 H 7.9775 3.5248 -1.4711 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.2283 -0.5769 1.7729 C\\n2 C 1.9199 0.2737 -0.2351 C\\n3 C 4.4128 -0.1860 -0.4168 C\\n4 N 3.3682 0.9527 -0.3258 N\\n5 C 4.3108 -1.1039 0.8153 C\\n6 C 1.8665 -0.5337 1.0816 C\\n7 C 4.1299 -2.5714 0.3772 C\\n8 C 4.1029 -3.5541 1.5398 C\\n9 C 3.6613 1.7682 0.9429 C\\n10 C 3.5798 0.8624 2.1694 C\\n11 C 0.7095 1.2762 -0.4134 C\\n12 C 0.0990 0.4917 -2.7410 C\\n13 C 0.3126 1.5626 -1.8584 C\\n14 N -0.2826 2.0071 -4.5604 N\\n15 C 0.1077 2.8923 -2.3409 C\\n16 C -0.1909 0.7624 -4.0637 C\\n17 C -0.1690 3.0453 -3.7215 C\\n18 C 0.1527 4.0671 -1.5424 C\\n19 C -0.0283 5.3365 -2.0952 C\\n20 C -0.2632 5.4636 -3.4546 C\\n21 C -0.3343 4.3189 -4.2489 C\\n22 O -0.5002 0.7893 0.2035 O\\n23 C -0.8757 1.4404 1.3404 C\\n24 O -0.1744 2.2585 1.9225 O\\n25 C -2.2540 1.0193 1.7831 C\\n26 C -3.3799 1.9231 1.2651 C\\n27 C -3.2101 3.3785 1.7024 C\\n28 C -3.5430 1.8363 -0.2529 C\\n29 C 3.4728 1.8479 -1.5914 C\\n30 C 4.8394 2.3743 -1.9674 C\\n31 C 7.3734 3.3540 -2.6824 C\\n32 C 5.3124 3.5882 -1.4434 C\\n33 C 5.6516 1.6701 -2.8735 C\\n34 C 6.9136 2.1560 -3.2258 C\\n35 C 6.5750 4.0740 -1.7949 C\\n36 I 9.2515 4.0746 -3.2067 I\\n37 H 3.1705 -1.1887 2.6790 H\\n38 H 1.9243 -0.4492 -1.0580 H\\n39 H 4.2330 -0.7159 -1.3598 H\\n40 H 5.4075 0.2730 -0.4445 H\\n41 H 5.2755 -1.0541 1.3411 H\\n42 H 1.5029 -1.5463 0.8695 H\\n43 H 1.1483 -0.1146 1.7915 H\\n44 H 3.2159 -2.6928 -0.2171 H\\n45 H 4.9644 -2.8451 -0.2816 H\\n46 H 4.1074 -4.5834 1.1650 H\\n47 H 3.2028 -3.4282 2.1488 H\\n48 H 4.9798 -3.4244 2.1835 H\\n49 H 2.9449 2.5937 0.9966 H\\n50 H 4.6700 2.1826 0.8544 H\\n51 H 4.5361 0.8830 2.7067 H\\n52 H 2.8326 1.2602 2.8679 H\\n53 H 1.0285 2.2066 0.0549 H\\n54 H 0.1370 -0.5451 -2.4189 H\\n55 H -0.3605 -0.0339 -4.7840 H\\n56 H 0.2961 4.0264 -0.4650 H\\n57 H -0.0002 6.2218 -1.4623 H\\n58 H -0.4113 6.4461 -3.8997 H\\n59 H -0.5398 4.4243 -5.3134 H\\n60 H -2.2512 1.0110 2.8795 H\\n61 H -2.4236 -0.0213 1.4817 H\\n62 H -4.3126 1.5545 1.7124 H\\n63 H -4.0943 3.9657 1.4342 H\\n64 H -3.0795 3.4503 2.7859 H\\n65 H -2.3456 3.8486 1.2231 H\\n66 H -3.6983 0.7994 -0.5672 H\\n67 H -2.6686 2.2283 -0.7803 H\\n68 H -4.4136 2.4165 -0.5774 H\\n69 H 3.0772 1.2544 -2.4235 H\\n70 H 2.8089 2.7012 -1.4289 H\\n71 H 4.7017 4.1844 -0.7675 H\\n72 H 5.3088 0.7408 -3.3265 H\\n73 H 7.5250 1.5973 -3.9324 H\\n74 H 6.9211 5.0198 -1.3796 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.5984 0.2482 2.0086 C\\n2 C 1.8190 0.7069 -0.3768 C\\n3 C 4.0217 -0.4660 0.0619 C\\n4 N 3.4053 0.8905 -0.3795 N\\n5 C 3.6263 -0.7809 1.5134 C\\n6 C 1.4009 0.3081 1.0615 C\\n7 C 3.1416 -2.2327 1.6823 C\\n8 C 4.2381 -3.2554 1.4135 C\\n9 C 3.8309 1.9634 0.6286 C\\n10 C 3.2515 1.6367 2.0030 C\\n11 C 0.9618 1.9301 -0.8926 C\\n12 C 1.4239 3.5594 -2.7284 C\\n13 C 1.0299 2.2559 -2.3776 C\\n14 N 1.4079 2.9867 -5.0528 N\\n15 C 0.7030 1.3406 -3.4210 C\\n16 C 1.5961 3.8718 -4.0602 C\\n17 C 0.9435 1.7668 -4.7504 C\\n18 C 0.1439 0.0500 -3.2312 C\\n19 C -0.1071 -0.8036 -4.3067 C\\n20 C 0.1780 -0.3823 -5.5959 C\\n21 C 0.6918 0.8977 -5.8023 C\\n22 O -0.4440 1.7133 -0.6248 O\\n23 C -1.0620 2.6690 0.1271 C\\n24 O -0.4719 3.5596 0.7237 O\\n25 C -2.5586 2.4768 0.1313 C\\n26 C -3.0945 1.6370 1.2961 C\\n27 C -2.7158 2.2176 2.6590 C\\n28 C -2.6746 0.1722 1.1959 C\\n29 C 3.9204 1.2350 -1.8052 C\\n30 C 5.4053 1.1184 -2.0629 C\\n31 C 8.1629 0.8811 -2.5341 C\\n32 C 5.9346 -0.0412 -2.6537 C\\n33 C 6.2802 2.1663 -1.7360 C\\n34 C 7.6537 2.0457 -1.9649 C\\n35 C 7.3073 -0.1610 -2.8842 C\\n36 I 10.2028 0.7018 -2.8723 I\\n37 H 2.2631 0.0052 3.0235 H\\n38 H 1.6521 -0.1626 -1.0190 H\\n39 H 3.6744 -1.2189 -0.6549 H\\n40 H 5.1118 -0.3845 0.0040 H\\n41 H 4.5256 -0.6736 2.1378 H\\n42 H 0.6812 1.0195 1.4796 H\\n43 H 0.8756 -0.6537 1.0331 H\\n44 H 2.7813 -2.3756 2.7091 H\\n45 H 2.2972 -2.4404 1.0148 H\\n46 H 4.5903 -3.2056 0.3786 H\\n47 H 3.8581 -4.2670 1.5882 H\\n48 H 5.0940 -3.0968 2.0766 H\\n49 H 4.9244 1.9622 0.6751 H\\n50 H 3.4925 2.9380 0.2632 H\\n51 H 4.0470 1.6881 2.7570 H\\n52 H 2.5178 2.4019 2.2854 H\\n53 H 1.3265 2.8004 -0.3371 H\\n54 H 1.6050 4.3286 -1.9816 H\\n55 H 1.9063 4.8654 -4.3751 H\\n56 H -0.1517 -0.3028 -2.2471 H\\n57 H -0.5460 -1.7859 -4.1418 H\\n58 H -0.0230 -1.0301 -6.4465 H\\n59 H 0.8856 1.2348 -6.8200 H\\n60 H -3.0110 3.4776 0.1489 H\\n61 H -2.8596 2.0386 -0.8300 H\\n62 H -4.1906 1.6627 1.2263 H\\n63 H -3.2206 1.6710 3.4632 H\\n64 H -3.0154 3.2690 2.7316 H\\n65 H -1.6373 2.1548 2.8431 H\\n66 H -2.9516 -0.2489 0.2230 H\\n67 H -1.5969 0.0480 1.3271 H\\n68 H -3.1729 -0.4225 1.9698 H\\n69 H 3.3813 0.5780 -2.4976 H\\n70 H 3.6301 2.2690 -2.0010 H\\n71 H 5.2858 -0.8636 -2.9541 H\\n72 H 5.9094 3.0978 -1.3129 H\\n73 H 8.3138 2.8704 -1.7048 H\\n74 H 7.6952 -1.0662 -3.3468 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.5893 -0.4252 1.7466 C\\n2 C 2.1784 -0.2358 -0.7717 C\\n3 C 4.4955 0.1454 0.2203 C\\n4 N 3.2706 0.8691 -0.4049 N\\n5 C 4.1185 -0.4718 1.5765 C\\n6 C 1.9101 -1.0558 0.5198 C\\n7 C 4.7416 -1.8777 1.7101 C\\n8 C 4.5635 -2.4918 3.0933 C\\n9 C 2.7205 1.8424 0.6464 C\\n10 C 2.1649 1.0519 1.8297 C\\n11 C 0.8620 0.3226 -1.4717 C\\n12 C 0.7412 -1.7731 -2.9174 C\\n13 C 0.4765 -0.4030 -2.7645 C\\n14 N -0.0674 -1.7279 -5.1799 N\\n15 C -0.1728 0.2865 -3.8377 C\\n16 C 0.4692 -2.3752 -4.1317 C\\n17 C -0.4058 -0.4404 -5.0347 C\\n18 C -0.6030 1.6399 -3.7945 C\\n19 C -1.2238 2.2469 -4.8845 C\\n20 C -1.4225 1.5228 -6.0519 C\\n21 C -1.0070 0.1944 -6.1128 C\\n22 O -0.3032 0.1964 -0.6310 O\\n23 C -0.8494 1.3308 -0.1118 C\\n24 O -0.3639 2.4429 -0.2542 O\\n25 C -2.0927 0.9839 0.6777 C\\n26 C -2.6827 2.1105 1.5401 C\\n27 C -3.2923 3.2385 0.7040 C\\n28 C -1.6896 2.6637 2.5610 C\\n29 C 3.7575 1.6958 -1.6353 C\\n30 C 4.4286 0.9267 -2.7527 C\\n31 C 5.6431 -0.6178 -4.7671 C\\n32 C 3.6925 0.4828 -3.8611 C\\n33 C 5.8064 0.6411 -2.7122 C\\n34 C 6.4071 -0.1342 -3.7103 C\\n35 C 4.2903 -0.3035 -4.8524 C\\n36 I 6.5222 -1.8074 -6.2314 I\\n37 H 2.2686 -0.9357 2.6596 H\\n38 H 2.7191 -0.8838 -1.4712 H\\n39 H 4.8173 -0.6135 -0.4950 H\\n40 H 5.2924 0.8837 0.3490 H\\n41 H 4.5635 0.1469 2.3686 H\\n42 H 0.8423 -1.1750 0.7360 H\\n43 H 2.2673 -2.0834 0.3691 H\\n44 H 5.8183 -1.8048 1.5023 H\\n45 H 4.3288 -2.5715 0.9635 H\\n46 H 4.9976 -1.8506 3.8647 H\\n47 H 3.5096 -2.6592 3.3297 H\\n48 H 5.0667 -3.4577 3.1398 H\\n49 H 1.9763 2.4862 0.1750 H\\n50 H 3.5559 2.4781 0.9633 H\\n51 H 1.0714 1.1257 1.8605 H\\n52 H 2.5201 1.5004 2.7685 H\\n53 H 1.0485 1.3637 -1.7334 H\\n54 H 1.1597 -2.3876 -2.1270 H\\n55 H 0.6856 -3.4272 -4.3008 H\\n56 H -0.4961 2.2490 -2.8993 H\\n57 H -1.5627 3.2769 -4.8202 H\\n58 H -1.9055 1.9809 -6.9116 H\\n59 H -1.1714 -0.3713 -7.0336 H\\n60 H -1.8313 0.1509 1.3450 H\\n61 H -2.8494 0.6261 -0.0300 H\\n62 H -3.5090 1.6620 2.1102 H\\n63 H -4.0377 2.8414 0.0023 H\\n64 H -3.7935 3.9695 1.3523 H\\n65 H -2.5370 3.7766 0.1240 H\\n66 H -1.1913 1.8507 3.1005 H\\n67 H -2.2167 3.2861 3.2953 H\\n68 H -0.9208 3.2902 2.0938 H\\n69 H 2.9006 2.2585 -2.0201 H\\n70 H 4.4593 2.4459 -1.2438 H\\n71 H 2.6468 0.7442 -3.9917 H\\n72 H 6.4401 1.0141 -1.9072 H\\n73 H 7.4717 -0.3523 -3.6524 H\\n74 H 3.6882 -0.6571 -5.6865 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.1637 -0.5986 1.7721 C\\n2 C 2.0414 -0.2193 -0.4948 C\\n3 C 4.5038 0.2136 -0.1898 C\\n4 N 3.1331 0.9239 -0.3387 N\\n5 C 4.5577 -0.5820 1.1260 C\\n6 C 2.1101 -1.0947 0.7789 C\\n7 C 5.1691 -1.9744 0.8763 C\\n8 C 5.3682 -2.7916 2.1443 C\\n9 C 2.9037 1.7553 0.9362 C\\n10 C 2.7921 0.8391 2.1469 C\\n11 C 0.5857 0.2536 -0.8618 C\\n12 C -0.1469 -1.2293 -2.7314 C\\n13 C -0.2760 -0.9182 -1.3634 C\\n14 N -1.6821 -3.0515 -2.5396 N\\n15 C -1.1611 -1.7209 -0.5747 C\\n16 C -0.8601 -2.2815 -3.2645 C\\n17 C -1.8357 -2.7797 -1.2384 C\\n18 C -1.4303 -1.5633 0.8105 C\\n19 C -2.3098 -2.4007 1.5007 C\\n20 C -2.9486 -3.4248 0.8260 C\\n21 C -2.7038 -3.6006 -0.5333 C\\n22 O -0.0646 0.9814 0.1988 O\\n23 C -0.4863 2.2416 -0.1085 C\\n24 O -0.1486 2.8502 -1.1154 O\\n25 C -1.3254 2.8453 0.9912 C\\n26 C -2.5997 2.0582 1.3175 C\\n27 C -3.3560 2.7411 2.4590 C\\n28 C -3.5127 1.9156 0.0979 C\\n29 C 3.2010 1.9274 -1.5301 C\\n30 C 3.3547 1.3867 -2.9327 C\\n31 C 3.6150 0.4427 -5.5746 C\\n32 C 2.2991 1.5064 -3.8530 C\\n33 C 4.5656 0.8432 -3.3901 C\\n34 C 4.6914 0.3598 -4.6967 C\\n35 C 2.4222 1.0273 -5.1609 C\\n36 I 3.7999 -0.2774 -7.5115 I\\n37 H 3.1473 -1.2153 2.6759 H\\n38 H 2.4125 -0.8206 -1.3355 H\\n39 H 5.2837 0.9834 -0.2093 H\\n40 H 4.6237 -0.4453 -1.0539 H\\n41 H 5.2429 -0.0556 1.8059 H\\n42 H 1.1535 -1.1141 1.3000 H\\n43 H 2.3064 -2.1349 0.4938 H\\n44 H 6.1482 -1.8463 0.3975 H\\n45 H 4.5547 -2.5487 0.1736 H\\n46 H 4.4131 -3.0832 2.5903 H\\n47 H 5.9440 -2.2315 2.8880 H\\n48 H 5.9172 -3.7108 1.9146 H\\n49 H 2.0103 2.3677 0.8053 H\\n50 H 3.7622 2.4302 1.0394 H\\n51 H 1.7727 0.8761 2.5495 H\\n52 H 3.4452 1.2078 2.9466 H\\n53 H 0.6816 0.9082 -1.7268 H\\n54 H 0.4963 -0.6632 -3.3963 H\\n55 H -0.7861 -2.5428 -4.3168 H\\n56 H -0.9673 -0.7778 1.3950 H\\n57 H -2.4963 -2.2488 2.5613 H\\n58 H -3.6386 -4.0852 1.3453 H\\n59 H -3.2109 -4.4056 -1.0624 H\\n60 H -0.6868 2.9429 1.8786 H\\n61 H -1.5880 3.8647 0.6810 H\\n62 H -2.3274 1.0545 1.6585 H\\n63 H -3.6837 3.7475 2.1738 H\\n64 H -4.2435 2.1621 2.7383 H\\n65 H -2.7217 2.8295 3.3482 H\\n66 H -3.0184 1.3603 -0.7055 H\\n67 H -4.4253 1.3684 0.3595 H\\n68 H -3.8065 2.8953 -0.2953 H\\n69 H 2.3019 2.5464 -1.4639 H\\n70 H 4.0436 2.6003 -1.3208 H\\n71 H 1.3666 2.0013 -3.5767 H\\n72 H 5.4481 0.8079 -2.7552 H\\n73 H 5.6406 -0.0624 -5.0217 H\\n74 H 1.5864 1.1321 -5.8504 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.3229 -0.0865 1.8080 C\\n2 C 1.9553 0.1149 -0.7146 C\\n3 C 4.2914 -0.1397 0.2641 C\\n4 N 3.3199 0.8819 -0.3917 N\\n5 C 3.7705 -0.5754 1.6390 C\\n6 C 1.4748 -0.5300 0.6078 C\\n7 C 3.9129 -2.0918 1.8535 C\\n8 C 5.3643 -2.5574 1.8779 C\\n9 C 3.0719 2.0123 0.6213 C\\n10 C 2.3476 1.4482 1.8423 C\\n11 C 0.8491 0.9843 -1.4585 C\\n12 C 0.3210 -0.9444 -3.0299 C\\n13 C 0.4232 0.4405 -2.8234 C\\n14 N -0.2426 -0.6080 -5.3388 N\\n15 C 0.0683 1.3152 -3.9005 C\\n16 C 0.0034 -1.4110 -4.2904 C\\n17 C -0.2434 0.7168 -5.1459 C\\n18 C 0.0013 2.7309 -3.8154 C\\n19 C -0.3416 3.5147 -4.9169 C\\n20 C -0.6211 2.9075 -6.1312 C\\n21 C -0.5651 1.5198 -6.2295 C\\n22 O -0.4081 1.0869 -0.7522 O\\n23 C -0.7073 2.2882 -0.1929 C\\n24 O 0.1192 3.1693 0.0033 O\\n25 C -2.1816 2.4164 0.1039 C\\n26 C -2.6562 1.8624 1.4512 C\\n27 C -1.8683 2.4302 2.6280 C\\n28 C -2.6646 0.3363 1.4871 C\\n29 C 4.0120 1.4959 -1.6508 C\\n30 C 4.4438 0.5414 -2.7439 C\\n31 C 5.1887 -1.2829 -4.7600 C\\n32 C 3.6878 0.4096 -3.9172 C\\n33 C 5.6280 -0.2088 -2.6391 C\\n34 C 5.9903 -1.1248 -3.6329 C\\n35 C 4.0449 -0.5055 -4.9125 C\\n36 I 5.7147 -2.6529 -6.2276 I\\n37 H 1.8862 -0.4679 2.7396 H\\n38 H 2.2964 -0.6868 -1.3766 H\\n39 H 5.2670 0.3480 0.3645 H\\n40 H 4.3706 -0.9867 -0.4221 H\\n41 H 4.3823 -0.0847 2.4082 H\\n42 H 1.5007 -1.6208 0.5006 H\\n43 H 0.4311 -0.3032 0.8237 H\\n44 H 3.3863 -2.6430 1.0656 H\\n45 H 3.4417 -2.3672 2.8052 H\\n46 H 5.9291 -2.0468 2.6628 H\\n47 H 5.8601 -2.3739 0.9195 H\\n48 H 5.4059 -3.6320 2.0682 H\\n49 H 2.5127 2.8100 0.1254 H\\n50 H 4.0533 2.4133 0.9007 H\\n51 H 2.8423 1.8058 2.7543 H\\n52 H 1.3273 1.8408 1.8854 H\\n53 H 1.2798 1.9728 -1.6173 H\\n54 H 0.4812 -1.6726 -2.2406 H\\n55 H -0.0618 -2.4761 -4.4969 H\\n56 H 0.1847 3.2564 -2.8814 H\\n57 H -0.3991 4.5954 -4.8287 H\\n58 H -0.8921 3.5032 -7.0025 H\\n59 H -0.7925 1.0456 -7.1842 H\\n60 H -2.4135 3.4881 0.0536 H\\n61 H -2.7452 1.9630 -0.7211 H\\n62 H -3.6959 2.1909 1.5705 H\\n63 H -2.3157 2.1087 3.5745 H\\n64 H -1.8740 3.5254 2.6099 H\\n65 H -0.8269 2.0915 2.6191 H\\n66 H -1.6533 -0.0729 1.4759 H\\n67 H -3.2082 -0.0728 0.6296 H\\n68 H -3.1586 -0.0228 2.3965 H\\n69 H 3.3343 2.2566 -2.0521 H\\n70 H 4.8940 2.0338 -1.2853 H\\n71 H 2.8179 1.0318 -4.0980 H\\n72 H 6.2970 -0.0909 -1.7897 H\\n73 H 6.9031 -1.7081 -3.5189 H\\n74 H 3.4220 -0.5945 -5.8005 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.1229 -0.6224 1.7598 C\\n2 C 2.1876 -0.4398 -0.5926 C\\n3 C 4.4845 0.4700 -0.0537 C\\n4 N 3.0183 0.8949 -0.3492 N\\n5 C 4.5291 -0.4910 1.1475 C\\n6 C 2.1340 -1.2044 0.7483 C\\n7 C 5.1470 -1.8561 0.7914 C\\n8 C 6.6362 -1.7646 0.4813 C\\n9 C 2.4913 1.6535 0.8732 C\\n10 C 2.6328 0.7834 2.1222 C\\n11 C 0.7775 -0.2904 -1.2794 C\\n12 C -0.4537 -2.4985 -1.0424 C\\n13 C 0.3379 -1.6519 -1.8365 C\\n14 N -0.3984 -4.2102 -2.7185 N\\n15 C 0.7476 -2.1143 -3.1244 C\\n16 C -0.7933 -3.7461 -1.5220 C\\n17 C 0.3421 -3.4179 -3.5040 C\\n18 C 1.5246 -1.3687 -4.0495 C\\n19 C 1.8903 -1.8954 -5.2892 C\\n20 C 1.4901 -3.1758 -5.6343 C\\n21 C 0.7221 -3.9196 -4.7401 C\\n22 O -0.2502 0.1684 -0.3707 O\\n23 C -0.8442 1.3536 -0.6754 C\\n24 O -0.3327 2.2089 -1.3843 O\\n25 C -2.1997 1.4801 -0.0232 C\\n26 C -2.1993 2.1531 1.3526 C\\n27 C -1.5698 3.5460 1.3231 C\\n28 C -1.5377 1.2801 2.4162 C\\n29 C 3.0020 1.7929 -1.6141 C\\n30 C 3.8997 3.0082 -1.6218 C\\n31 C 5.5601 5.2730 -1.6273 C\\n32 C 5.2098 2.9348 -2.1236 C\\n33 C 3.4286 4.2440 -1.1485 C\\n34 C 4.2564 5.3700 -1.1464 C\\n35 C 6.0381 4.0606 -2.1204 C\\n36 I 6.7914 6.9448 -1.6221 I\\n37 H 3.1524 -1.2459 2.6608 H\\n38 H 2.8278 -1.0026 -1.2854 H\\n39 H 4.8817 0.0270 -0.9729 H\\n40 H 5.0481 1.3774 0.1859 H\\n41 H 5.1806 -0.0393 1.9098 H\\n42 H 2.3468 -2.2652 0.5694 H\\n43 H 1.1305 -1.1758 1.1880 H\\n44 H 5.0148 -2.5453 1.6342 H\\n45 H 4.6352 -2.3021 -0.0686 H\\n46 H 7.0349 -2.7606 0.2621 H\\n47 H 6.8307 -1.1278 -0.3867 H\\n48 H 7.1893 -1.3604 1.3353 H\\n49 H 3.0806 2.5669 0.9947 H\\n50 H 1.4536 1.9281 0.6815 H\\n51 H 3.3308 1.2576 2.8241 H\\n52 H 1.6753 0.7288 2.6503 H\\n53 H 0.8360 0.3862 -2.1328 H\\n54 H -0.8096 -2.2085 -0.0583 H\\n55 H -1.4058 -4.4298 -0.9395 H\\n56 H 1.8443 -0.3538 -3.8428 H\\n57 H 2.4750 -1.3048 -5.9909 H\\n58 H 1.7606 -3.5993 -6.5989 H\\n59 H 0.4038 -4.9227 -5.0196 H\\n60 H -2.6561 0.4837 0.0332 H\\n61 H -2.8323 2.0505 -0.7158 H\\n62 H -3.2503 2.2771 1.6462 H\\n63 H -2.0361 4.1675 0.5513 H\\n64 H -1.7082 4.0498 2.2858 H\\n65 H -0.4942 3.5033 1.1246 H\\n66 H -1.6297 1.7396 3.4065 H\\n67 H -0.4747 1.1405 2.2114 H\\n68 H -2.0086 0.2923 2.4595 H\\n69 H 1.9768 2.1285 -1.7608 H\\n70 H 3.2596 1.1417 -2.4579 H\\n71 H 5.6048 2.0070 -2.5331 H\\n72 H 2.4059 4.3523 -0.7889 H\\n73 H 3.8691 6.3179 -0.7773 H\\n74 H 7.0504 3.9823 -2.5129 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.9931 -0.5609 1.8108 C\\n2 C 2.2525 -0.5171 -0.6453 C\\n3 C 4.3841 0.6007 0.0716 C\\n4 N 2.9170 0.8895 -0.3554 N\\n5 C 4.3972 -0.0340 1.4682 C\\n6 C 2.3568 -1.3476 0.6559 C\\n7 C 5.5697 -1.0083 1.6840 C\\n8 C 5.5117 -2.3441 0.9632 C\\n9 C 2.2185 1.6107 0.8174 C\\n10 C 2.1013 0.6727 2.0171 C\\n11 C 0.8074 -0.4846 -1.2622 C\\n12 C 0.9517 -2.1550 -3.1082 C\\n13 C 0.4252 -1.8601 -1.8352 C\\n14 N -0.0556 -4.3218 -3.1030 N\\n15 C -0.3815 -2.8554 -1.1936 C\\n16 C 0.6854 -3.3740 -3.6917 C\\n17 C -0.5806 -4.0725 -1.8977 C\\n18 C -1.0005 -2.7485 0.0816 C\\n19 C -1.7712 -3.7796 0.6238 C\\n20 C -1.9480 -4.9510 -0.0889 C\\n21 C -1.3495 -5.0826 -1.3381 C\\n22 O -0.1803 0.0063 -0.3408 O\\n23 C -0.9511 1.0444 -0.7689 C\\n24 O -0.6887 1.7404 -1.7397 O\\n25 C -2.1330 1.2522 0.1472 C\\n26 C -1.7898 2.1480 1.3419 C\\n27 C -1.6440 3.6139 0.9240 C\\n28 C -2.8644 2.0199 2.4234 C\\n29 C 2.9077 1.8675 -1.5654 C\\n30 C 3.4359 1.3776 -2.8941 C\\n31 C 4.3843 0.5182 -5.4048 C\\n32 C 2.5621 1.2144 -3.9837 C\\n33 C 4.8041 1.1587 -3.1120 C\\n34 C 5.2751 0.7189 -4.3540 C\\n35 C 3.0282 0.7760 -5.2273 C\\n36 I 5.0842 -0.1408 -7.2447 I\\n37 H 3.0098 -1.1661 2.7244 H\\n38 H 2.9180 -0.9776 -1.3876 H\\n39 H 4.8209 -0.0623 -0.6774 H\\n40 H 4.9275 1.5517 0.0743 H\\n41 H 4.6087 0.7849 2.1732 H\\n42 H 1.3741 -1.6880 0.9861 H\\n43 H 2.9135 -2.2636 0.4457 H\\n44 H 6.4991 -0.5010 1.3927 H\\n45 H 5.6603 -1.2105 2.7587 H\\n46 H 4.7321 -2.9850 1.3849 H\\n47 H 6.4610 -2.8742 1.0925 H\\n48 H 5.3428 -2.2302 -0.1105 H\\n49 H 1.2450 1.9686 0.4824 H\\n50 H 2.8314 2.4863 1.0651 H\\n51 H 1.0567 0.3694 2.1618 H\\n52 H 2.3871 1.2101 2.9306 H\\n53 H 0.8401 0.1764 -2.1277 H\\n54 H 1.5635 -1.4495 -3.6590 H\\n55 H 1.0716 -3.6282 -4.6745 H\\n56 H -0.9026 -1.8614 0.6951 H\\n57 H -2.2335 -3.6641 1.6008 H\\n58 H -2.5477 -5.7621 0.3165 H\\n59 H -1.4894 -6.0067 -1.8967 H\\n60 H -2.9570 1.6684 -0.4438 H\\n61 H -2.4742 0.2643 0.4818 H\\n62 H -0.8350 1.8291 1.7796 H\\n63 H -2.5687 3.9903 0.4675 H\\n64 H -0.8299 3.7429 0.2021 H\\n65 H -1.4138 4.2415 1.7921 H\\n66 H -2.6306 2.6666 3.2775 H\\n67 H -2.9230 0.9904 2.7938 H\\n68 H -3.8523 2.3042 2.0415 H\\n69 H 3.4859 2.7485 -1.2579 H\\n70 H 1.8731 2.2095 -1.6780 H\\n71 H 1.4991 1.4414 -3.8930 H\\n72 H 5.5416 1.3545 -2.3368 H\\n73 H 6.3410 0.5495 -4.4933 H\\n74 H 2.3271 0.6532 -6.0530 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6826 -0.6842 1.6721 C\\n2 C 2.3296 -0.5361 -0.4929 C\\n3 C 4.5916 0.5525 -0.3191 C\\n4 N 3.0696 0.8580 -0.3319 N\\n5 C 4.9634 -0.2346 0.9484 C\\n6 C 2.7400 -1.4168 0.7119 C\\n7 C 5.9085 -1.4123 0.6460 C\\n8 C 7.2651 -0.9612 0.1188 C\\n9 C 2.7231 1.5362 1.0075 C\\n10 C 2.9481 0.5672 2.1613 C\\n11 C 0.7764 -0.4738 -0.7220 C\\n12 C 0.4096 -2.0960 -2.5818 C\\n13 C 0.2345 -1.8296 -1.2088 C\\n14 N -0.6020 -4.2494 -2.3681 N\\n15 C -0.3962 -2.8336 -0.4030 C\\n16 C -0.0199 -3.2957 -3.1061 C\\n17 C -0.7917 -4.0280 -1.0619 C\\n18 C -0.6633 -2.7571 0.9925 C\\n19 C -1.2842 -3.7961 1.6906 C\\n20 C -1.6568 -4.9454 1.0180 C\\n21 C -1.4047 -5.0467 -0.3476 C\\n22 O 0.0649 -0.0047 0.4348 O\\n23 C -0.7452 1.0819 0.2575 C\\n24 O -0.6819 1.8230 -0.7101 O\\n25 C -1.6442 1.2393 1.4654 C\\n26 C -2.7316 2.3210 1.3667 C\\n27 C -2.1543 3.7342 1.2932 C\\n28 C -3.7158 2.0640 0.2261 C\\n29 C 2.7557 1.8883 -1.4593 C\\n30 C 2.9816 1.4767 -2.8964 C\\n31 C 3.3694 0.7448 -5.5887 C\\n32 C 4.2730 1.3865 -3.4425 C\\n33 C 1.8872 1.2521 -3.7496 C\\n34 C 2.0781 0.8770 -5.0833 C\\n35 C 4.4685 1.0103 -4.7757 C\\n36 I 3.6541 0.1758 -7.5642 I\\n37 H 3.9217 -1.3272 2.5271 H\\n38 H 2.7799 -0.9702 -1.3958 H\\n39 H 5.1242 1.5094 -0.3518 H\\n40 H 4.8142 -0.0208 -1.2238 H\\n41 H 5.5094 0.4432 1.6213 H\\n42 H 3.2076 -2.3371 0.3428 H\\n43 H 1.8687 -1.7443 1.2816 H\\n44 H 5.4580 -2.0956 -0.0831 H\\n45 H 6.0703 -1.9893 1.5656 H\\n46 H 7.1756 -0.4712 -0.8555 H\\n47 H 7.9267 -1.8250 -0.0043 H\\n48 H 7.7446 -0.2641 0.8139 H\\n49 H 3.3784 2.4115 1.1022 H\\n50 H 1.6924 1.8948 0.9694 H\\n51 H 3.5230 1.0657 2.9513 H\\n52 H 1.9869 0.2934 2.6144 H\\n53 H 0.5957 0.2096 -1.5516 H\\n54 H 0.8722 -1.3830 -3.2557 H\\n55 H 0.0967 -3.5298 -4.1614 H\\n56 H -0.3965 -1.8881 1.5820 H\\n57 H -1.4761 -3.7051 2.7572 H\\n58 H -2.1430 -5.7628 1.5447 H\\n59 H -1.6983 -5.9529 -0.8749 H\\n60 H -1.0014 1.4505 2.3288 H\\n61 H -2.1318 0.2715 1.6395 H\\n62 H -3.3068 2.2651 2.3014 H\\n63 H -1.4431 3.9072 2.1084 H\\n64 H -2.9528 4.4766 1.3885 H\\n65 H -1.6399 3.9248 0.3483 H\\n66 H -3.2467 2.1716 -0.7568 H\\n67 H -4.1337 1.0536 0.2958 H\\n68 H -4.5494 2.7725 0.2720 H\\n69 H 3.3664 2.7769 -1.2463 H\\n70 H 1.7159 2.1971 -1.3167 H\\n71 H 5.1539 1.6357 -2.8535 H\\n72 H 0.8623 1.3928 -3.4027 H\\n73 H 1.2106 0.7060 -5.7207 H\\n74 H 5.4814 0.9443 -5.1711 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.4324 -1.1322 0.1377 C\\n2 C 2.0282 -0.2966 0.2352 C\\n3 C 3.7525 0.8948 -1.1809 C\\n4 N 2.9397 0.9961 0.1490 N\\n5 C 4.7386 -0.2830 -1.1076 C\\n6 C 2.9553 -1.5314 0.1528 C\\n7 C 4.7515 -1.1068 -2.4063 C\\n8 C 5.3026 -0.3241 -3.5915 C\\n9 C 3.9542 1.0563 1.2930 C\\n10 C 4.7030 -0.2721 1.3805 C\\n11 C 0.9105 -0.4140 1.3874 C\\n12 C 1.7916 -1.6904 3.3504 C\\n13 C 1.3701 -0.4383 2.8554 C\\n14 N 2.5140 -0.7294 5.4125 N\\n15 C 1.4080 0.6676 3.7641 C\\n16 C 2.3495 -1.7857 4.6063 C\\n17 C 2.0273 0.4527 5.0244 C\\n18 C 0.8792 1.9633 3.5355 C\\n19 C 1.0021 2.9996 4.4646 C\\n20 C 1.6539 2.7685 5.6616 C\\n21 C 2.1501 1.4958 5.9312 C\\n22 O -0.2415 0.4517 1.1875 O\\n23 C -1.0645 0.0756 0.1697 C\\n24 O -0.7249 -0.7370 -0.6862 O\\n25 C -2.4614 0.6561 0.2148 C\\n26 C -2.6923 2.0810 0.7339 C\\n27 C -2.7848 2.1350 2.2584 C\\n28 C -1.6998 3.1016 0.1832 C\\n29 C 2.0561 2.2503 0.0750 C\\n30 C 2.7314 3.5822 -0.1467 C\\n31 C 3.9737 6.0627 -0.5645 C\\n32 C 2.8213 4.1298 -1.4374 C\\n33 C 3.2554 4.3107 0.9333 C\\n34 C 3.8785 5.5436 0.7249 C\\n35 C 3.4441 5.3626 -1.6460 C\\n36 I 4.8988 7.8943 -0.8752 I\\n37 H 5.0645 -2.0267 0.1648 H\\n38 H 1.4932 -0.2539 -0.7176 H\\n39 H 4.3144 1.8239 -1.3102 H\\n40 H 3.0240 0.8018 -1.9937 H\\n41 H 5.7494 0.1298 -0.9828 H\\n42 H 2.7836 -2.2331 0.9673 H\\n43 H 2.7077 -2.0998 -0.7501 H\\n44 H 5.3690 -2.0010 -2.2657 H\\n45 H 3.7439 -1.4537 -2.6570 H\\n46 H 6.3379 -0.0149 -3.4113 H\\n47 H 4.7091 0.5718 -3.7948 H\\n48 H 5.2894 -0.9459 -4.4927 H\\n49 H 3.4408 1.3089 2.2182 H\\n50 H 4.6596 1.8639 1.0671 H\\n51 H 4.4124 -0.8116 2.2882 H\\n52 H 5.7784 -0.0752 1.4813 H\\n53 H 0.4953 -1.4253 1.2490 H\\n54 H 1.6943 -2.6062 2.7734 H\\n55 H 2.6948 -2.7358 5.0054 H\\n56 H 0.3099 2.1882 2.6451 H\\n57 H 0.5698 3.9776 4.2608 H\\n58 H 1.7513 3.5591 6.4024 H\\n59 H 2.6339 1.3076 6.8883 H\\n60 H -3.0873 -0.0522 0.7726 H\\n61 H -2.8168 0.6359 -0.8261 H\\n62 H -3.6836 2.3823 0.3650 H\\n63 H -2.9549 3.1609 2.6033 H\\n64 H -1.8817 1.7610 2.7420 H\\n65 H -3.6216 1.5225 2.6136 H\\n66 H -0.7143 3.0033 0.6440 H\\n67 H -2.0525 4.1209 0.3817 H\\n68 H -1.5870 2.9936 -0.9026 H\\n69 H 1.3211 2.0736 -0.7204 H\\n70 H 1.5129 2.3034 1.0101 H\\n71 H 2.4009 3.6120 -2.2979 H\\n72 H 3.1787 3.9382 1.9530 H\\n73 H 4.2802 6.0905 1.5759 H\\n74 H 3.5028 5.7696 -2.6532 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.1841 -0.5270 1.8093 C\\n2 C 1.8433 0.5016 -0.0986 C\\n3 C 4.2283 -0.2870 -0.4670 C\\n4 N 3.3548 0.9847 -0.3009 N\\n5 C 4.1987 -1.1260 0.8236 C\\n6 C 1.8103 -0.4156 1.1492 C\\n7 C 3.9849 -2.6153 0.4842 C\\n8 C 3.9930 -3.5294 1.7012 C\\n9 C 3.8520 1.7452 0.9335 C\\n10 C 3.6320 0.8939 2.1810 C\\n11 C 0.7549 1.6494 -0.0354 C\\n12 C 0.5225 3.6565 -1.5143 C\\n13 C 0.3593 2.2675 -1.3715 C\\n14 N -0.1169 3.5388 -3.8179 N\\n15 C -0.1805 1.5304 -2.4667 C\\n16 C 0.2772 4.2370 -2.7408 C\\n17 C -0.3736 2.2301 -3.6822 C\\n18 C -0.5564 0.1623 -2.4250 C\\n19 C -1.0489 -0.4965 -3.5525 C\\n20 C -1.1875 0.1964 -4.7436 C\\n21 C -0.8540 1.5500 -4.7923 C\\n22 O -0.4860 1.1729 0.5295 O\\n23 C -0.8338 1.6856 1.7436 C\\n24 O -0.0915 2.3667 2.4362 O\\n25 C -2.2273 1.2565 2.1296 C\\n26 C -3.2962 1.7873 1.1632 C\\n27 C -3.3839 3.3138 1.2096 C\\n28 C -4.6582 1.1691 1.4935 C\\n29 C 3.4831 1.8553 -1.5792 C\\n30 C 4.8744 2.1323 -2.1035 C\\n31 C 7.4634 2.6171 -3.0764 C\\n32 C 5.6432 3.1923 -1.5943 C\\n33 C 5.4168 1.3362 -3.1275 C\\n34 C 6.7074 1.5743 -3.6088 C\\n35 C 6.9340 3.4300 -2.0755 C\\n36 I 9.3836 2.9671 -3.7854 I\\n37 H 3.1155 -1.1249 2.7239 H\\n38 H 1.6580 -0.1334 -0.9708 H\\n39 H 5.2603 0.0271 -0.6597 H\\n40 H 3.8444 -0.8277 -1.3411 H\\n41 H 5.1946 -1.0538 1.2873 H\\n42 H 1.1066 -0.0565 1.9054 H\\n43 H 1.4362 -1.4061 0.8602 H\\n44 H 4.7893 -2.9376 -0.1888 H\\n45 H 3.0475 -2.7587 -0.0658 H\\n46 H 3.1091 -3.3698 2.3250 H\\n47 H 3.9844 -4.5785 1.3858 H\\n48 H 4.8870 -3.3679 2.3120 H\\n49 H 4.9209 1.9419 0.7965 H\\n50 H 3.3235 2.7018 0.9941 H\\n51 H 4.5590 0.8621 2.7695 H\\n52 H 2.8810 1.3701 2.8243 H\\n53 H 1.1720 2.4455 0.5892 H\\n54 H 0.8485 4.2869 -0.6914 H\\n55 H 0.4045 5.3054 -2.9002 H\\n56 H -0.5159 -0.4093 -1.5029 H\\n57 H -1.3428 -1.5429 -3.4955 H\\n58 H -1.5783 -0.2991 -5.6299 H\\n59 H -0.9915 2.0975 -5.7237 H\\n60 H -2.4235 1.6026 3.1524 H\\n61 H -2.2351 0.1593 2.1587 H\\n62 H -3.0385 1.4931 0.1368 H\\n63 H -4.1799 3.6805 0.5521 H\\n64 H -2.4493 3.7734 0.8759 H\\n65 H -3.5950 3.6641 2.2253 H\\n66 H -4.6152 0.0749 1.4315 H\\n67 H -4.9884 1.4400 2.5037 H\\n68 H -5.4175 1.5109 0.7837 H\\n69 H 3.0146 2.8152 -1.3501 H\\n70 H 2.8967 1.3538 -2.3585 H\\n71 H 5.2526 3.8569 -0.8257 H\\n72 H 4.8424 0.5244 -3.5722 H\\n73 H 7.1083 0.9471 -4.4042 H\\n74 H 7.5145 4.2552 -1.6648 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.9636 -1.3625 -0.3480 C\\n2 C 1.9913 0.0031 0.5202 C\\n3 C 3.5082 0.9366 -1.2671 C\\n4 N 3.1553 1.0428 0.2489 N\\n5 C 4.1554 -0.4256 -1.5527 C\\n6 C 2.5120 -1.3979 0.1391 C\\n7 C 3.8048 -0.9918 -2.9403 C\\n8 C 2.3715 -1.4329 -3.1803 C\\n9 C 4.4215 0.6934 1.0463 C\\n10 C 4.7923 -0.7734 0.8080 C\\n11 C 1.2186 0.0451 1.9206 C\\n12 C 2.4606 -1.3484 3.5798 C\\n13 C 2.0268 -0.0562 3.2237 C\\n14 N 3.7336 -0.5082 5.4171 N\\n15 C 2.3626 1.0202 4.1168 C\\n16 C 3.2962 -1.5227 4.6628 C\\n17 C 3.2561 0.7179 5.1803 C\\n18 C 1.8838 2.3596 4.0646 C\\n19 C 2.3177 3.3491 4.9508 C\\n20 C 3.2313 3.0289 5.9371 C\\n21 C 3.6797 1.7161 6.0455 C\\n22 O 0.2897 1.1515 1.9593 O\\n23 C -0.8685 0.9715 1.2559 C\\n24 O -1.0508 0.0399 0.4873 O\\n25 C -1.8431 2.0818 1.5746 C\\n26 C -3.0940 2.0558 0.6821 C\\n27 C -4.1966 2.9200 1.2959 C\\n28 C -2.7788 2.5468 -0.7333 C\\n29 C 2.6638 2.4731 0.5333 C\\n30 C 3.6202 3.6149 0.2852 C\\n31 C 5.3854 5.7525 -0.1553 C\\n32 C 4.5210 4.0197 1.2850 C\\n33 C 3.6065 4.3141 -0.9324 C\\n34 C 4.4898 5.3750 -1.1533 C\\n35 C 5.4024 5.0808 1.0647 C\\n36 I 6.6933 7.3324 -0.4829 I\\n37 H 4.3139 -2.3744 -0.5792 H\\n38 H 1.2546 0.2777 -0.2439 H\\n39 H 2.5862 1.1158 -1.8294 H\\n40 H 4.2258 1.7272 -1.5058 H\\n41 H 5.2388 -0.2367 -1.6237 H\\n42 H 1.8484 -1.8242 -0.6171 H\\n43 H 2.4394 -2.0980 0.9730 H\\n44 H 4.0554 -0.2308 -3.6905 H\\n45 H 4.4618 -1.8457 -3.1473 H\\n46 H 1.6458 -0.6749 -2.8744 H\\n47 H 2.2193 -1.6261 -4.2483 H\\n48 H 2.1558 -2.3684 -2.6585 H\\n49 H 5.2269 1.3411 0.6829 H\\n50 H 4.2550 0.9148 2.1001 H\\n51 H 5.8642 -0.8449 0.5855 H\\n52 H 4.6433 -1.3573 1.7224 H\\n53 H 0.5905 -0.8591 1.9392 H\\n54 H 2.1517 -2.2374 3.0383 H\\n55 H 3.6517 -2.5082 4.9540 H\\n56 H 1.1294 2.6724 3.3521 H\\n57 H 1.9258 4.3616 4.8819 H\\n58 H 3.5724 3.7827 6.6430 H\\n59 H 4.3707 1.4574 6.8470 H\\n60 H -2.1317 1.9547 2.6258 H\\n61 H -1.3253 3.0434 1.4693 H\\n62 H -3.4724 1.0279 0.6120 H\\n63 H -4.4694 2.5534 2.2911 H\\n64 H -5.0984 2.8988 0.6751 H\\n65 H -3.8779 3.9631 1.3949 H\\n66 H -3.6740 2.5111 -1.3636 H\\n67 H -2.4157 3.5798 -0.7228 H\\n68 H -2.0148 1.9261 -1.2106 H\\n69 H 1.7480 2.6171 -0.0537 H\\n70 H 2.3827 2.5031 1.5789 H\\n71 H 4.5411 3.5263 2.2557 H\\n72 H 2.9049 4.0524 -1.7227 H\\n73 H 4.4626 5.9054 -2.1039 H\\n74 H 6.0884 5.3784 1.8550 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6911 -0.6948 1.6526 C\\n2 C 2.3292 -0.5735 -0.4869 C\\n3 C 4.5517 0.6227 -0.3162 C\\n4 N 3.0165 0.8591 -0.3187 N\\n5 C 4.9431 -0.3059 0.8469 C\\n6 C 2.6678 -1.4043 0.7664 C\\n7 C 5.7420 -1.5329 0.3692 C\\n8 C 7.1249 -1.1655 -0.1551 C\\n9 C 2.6423 1.5101 1.0165 C\\n10 C 3.0236 0.5854 2.1706 C\\n11 C 0.7960 -0.5599 -0.8467 C\\n12 C 0.5695 -2.0384 -2.8391 C\\n13 C 0.3707 -1.9064 -1.4497 C\\n14 N -0.1609 -4.3129 -2.7921 N\\n15 C -0.1511 -3.0284 -0.7308 C\\n16 C 0.2880 -3.2385 -3.4546 C\\n17 C -0.3856 -4.2134 -1.4758 C\\n18 C -0.4587 -3.0710 0.6558 C\\n19 C -0.9472 -4.2246 1.2738 C\\n20 C -1.1488 -5.3691 0.5238 C\\n21 C -0.8681 -5.3480 -0.8399 C\\n22 O -0.0200 -0.1887 0.2759 O\\n23 C -0.8514 0.8796 0.1088 C\\n24 O -0.8035 1.6411 -0.8456 O\\n25 C -1.7969 0.9790 1.2851 C\\n26 C -2.5575 2.3133 1.3356 C\\n27 C -1.6313 3.4733 1.7140 C\\n28 C -3.7065 2.2230 2.3417 C\\n29 C 2.6335 1.7874 -1.5058 C\\n30 C 3.4260 3.0617 -1.6778 C\\n31 C 4.9043 5.4291 -1.9810 C\\n32 C 3.0239 4.2450 -1.0364 C\\n33 C 4.5680 3.0926 -2.4954 C\\n34 C 5.3069 4.2699 -2.6410 C\\n35 C 3.7617 5.4223 -1.1834 C\\n36 I 6.0031 7.1774 -2.2008 I\\n37 H 3.9623 -1.3347 2.5008 H\\n38 H 2.8645 -1.0068 -1.3430 H\\n39 H 5.0407 1.5926 -0.1824 H\\n40 H 4.8131 0.2168 -1.2991 H\\n41 H 5.6030 0.2601 1.5199 H\\n42 H 3.0340 -2.3921 0.4612 H\\n43 H 1.7793 -1.5947 1.3721 H\\n44 H 5.1970 -2.0668 -0.4173 H\\n45 H 5.8672 -2.2345 1.2028 H\\n46 H 7.0664 -0.4979 -1.0202 H\\n47 H 7.7180 -0.6709 0.6217 H\\n48 H 7.6617 -2.0695 -0.4621 H\\n49 H 1.5737 1.7339 1.0065 H\\n50 H 3.1933 2.4523 1.0985 H\\n51 H 3.6954 1.1122 2.8591 H\\n52 H 2.1275 0.3408 2.7544 H\\n53 H 0.6508 0.1584 -1.6579 H\\n54 H 0.9371 -1.2208 -3.4519 H\\n55 H 0.4238 -3.3759 -4.5241 H\\n56 H -0.3421 -2.2047 1.2953 H\\n57 H -1.1764 -4.2246 2.3370 H\\n58 H -1.5311 -6.2756 0.9865 H\\n59 H -1.0387 -6.2474 -1.4287 H\\n60 H -2.5061 0.1479 1.1928 H\\n61 H -1.2221 0.8440 2.2100 H\\n62 H -2.9890 2.5220 0.3473 H\\n63 H -2.1887 4.4148 1.7566 H\\n64 H -0.8274 3.5992 0.9813 H\\n65 H -1.1712 3.3087 2.6953 H\\n66 H -4.3941 1.4107 2.0772 H\\n67 H -4.2836 3.1551 2.3562 H\\n68 H -3.3341 2.0373 3.3564 H\\n69 H 1.5824 2.0517 -1.3784 H\\n70 H 2.7175 1.1789 -2.4140 H\\n71 H 2.1199 4.2723 -0.4283 H\\n72 H 4.8950 2.2066 -3.0363 H\\n73 H 6.1901 4.2747 -3.2773 H\\n74 H 3.4292 6.3283 -0.6797 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8257 -0.0888 1.9202 C\\n2 C 1.9558 0.4736 -0.4112 C\\n3 C 4.3124 -0.3983 -0.0808 C\\n4 N 3.4964 0.8874 -0.3958 N\\n5 C 4.0262 -0.8642 1.3554 C\\n6 C 1.6381 -0.1789 0.9610 C\\n7 C 3.8497 -2.3901 1.4484 C\\n8 C 5.1198 -3.1511 1.0897 C\\n9 C 3.7701 1.9125 0.7095 C\\n10 C 3.2141 1.3922 2.0341 C\\n11 C 0.9178 1.6208 -0.7340 C\\n12 C 1.1235 3.5786 -2.2679 C\\n13 C 0.9210 2.1931 -2.1420 C\\n14 N 1.1675 3.3987 -4.6541 N\\n15 C 0.7178 1.4250 -3.3254 C\\n16 C 1.2369 4.1265 -3.5276 C\\n17 C 0.8830 2.0928 -4.5630 C\\n18 C 0.3504 0.0552 -3.3570 C\\n19 C 0.2112 -0.6368 -4.5604 C\\n20 C 0.4217 0.0258 -5.7588 C\\n21 C 0.7474 1.3811 -5.7460 C\\n22 O -0.4272 1.1340 -0.5152 O\\n23 C -1.2261 1.9112 0.2768 C\\n24 O -0.8357 2.9100 0.8600 O\\n25 C -2.6266 1.3376 0.2974 C\\n26 C -3.5524 1.8566 1.4086 C\\n27 C -3.9182 3.3302 1.2331 C\\n28 C -2.9979 1.5873 2.8077 C\\n29 C 3.9330 1.4340 -1.7838 C\\n30 C 5.4153 1.5466 -2.0582 C\\n31 C 8.1694 1.7325 -2.5719 C\\n32 C 6.1494 2.6631 -1.6284 C\\n33 C 6.0827 0.5343 -2.7697 C\\n34 C 7.4542 0.6249 -3.0215 C\\n35 C 7.5215 2.7530 -1.8793 C\\n36 I 10.2077 1.8682 -2.9444 I\\n37 H 2.5429 -0.4723 2.9072 H\\n38 H 1.8928 -0.3129 -1.1690 H\\n39 H 5.3777 -0.1640 -0.1659 H\\n40 H 4.0393 -1.1397 -0.8404 H\\n41 H 4.9003 -0.6111 1.9734 H\\n42 H 0.7776 0.2975 1.4437 H\\n43 H 1.3393 -1.2222 0.8062 H\\n44 H 3.0396 -2.7295 0.7929 H\\n45 H 3.5651 -2.6581 2.4733 H\\n46 H 5.4010 -2.9932 0.0440 H\\n47 H 4.9686 -4.2256 1.2365 H\\n48 H 5.9568 -2.8385 1.7226 H\\n49 H 3.3168 2.8664 0.4228 H\\n50 H 4.8548 2.0426 0.7803 H\\n51 H 3.9624 1.5325 2.8235 H\\n52 H 2.3438 1.9899 2.3325 H\\n53 H 1.1456 2.4274 -0.0293 H\\n54 H 1.2005 4.2316 -1.4019 H\\n55 H 1.4008 5.1913 -3.6722 H\\n56 H 0.1196 -0.4926 -2.4484 H\\n57 H -0.0819 -1.6844 -4.5640 H\\n58 H 0.3076 -0.4962 -6.7062 H\\n59 H 0.8824 1.9034 -6.6920 H\\n60 H -2.5360 0.2498 0.4099 H\\n61 H -3.0777 1.5362 -0.6818 H\\n62 H -4.4881 1.2878 1.3218 H\\n63 H -4.6797 3.6235 1.9636 H\\n64 H -3.0583 3.9907 1.3731 H\\n65 H -4.3290 3.5121 0.2348 H\\n66 H -2.7471 0.5283 2.9295 H\\n67 H -3.7419 1.8431 3.5702 H\\n68 H -2.0997 2.1764 3.0146 H\\n69 H 3.5005 2.4306 -1.8819 H\\n70 H 3.4770 0.7779 -2.5330 H\\n71 H 5.6668 3.4874 -1.1076 H\\n72 H 5.5444 -0.3331 -3.1486 H\\n73 H 7.9497 -0.1681 -3.5780 H\\n74 H 8.0715 3.6285 -1.5398 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.9680 -0.5106 1.8074 C\\n2 C 1.9694 -0.1012 -0.5149 C\\n3 C 4.4717 0.0977 -0.1115 C\\n4 N 3.1769 0.9261 -0.3508 N\\n5 C 4.3876 -0.6430 1.2339 C\\n6 C 1.9219 -0.9526 0.7797 C\\n7 C 4.8896 -2.0907 1.0691 C\\n8 C 4.9400 -2.8726 2.3729 C\\n9 C 2.9731 1.8257 0.8803 C\\n10 C 2.7067 0.9689 2.1120 C\\n11 C 0.5746 0.5338 -0.9063 C\\n12 C -1.0532 -1.3961 -0.6681 C\\n13 C -0.3831 -0.4977 -1.5163 C\\n14 N -2.0279 -2.5319 -2.5363 N\\n15 C -0.6253 -0.5917 -2.9238 C\\n16 C -1.8514 -2.3782 -1.2155 C\\n17 C -1.4489 -1.6571 -3.3683 C\\n18 C -0.1262 0.3004 -3.9117 C\\n19 C -0.3816 0.1118 -5.2722 C\\n20 C -1.1571 -0.9600 -5.6809 C\\n21 C -1.6880 -1.8239 -4.7247 C\\n22 O -0.0956 1.1213 0.2304 O\\n23 C -0.4074 2.4421 0.1218 C\\n24 O 0.1051 3.1971 -0.6934 O\\n25 C -1.3684 2.8800 1.1986 C\\n26 C -2.6088 1.9834 1.3272 C\\n27 C -3.4666 2.4516 2.5039 C\\n28 C -3.4432 1.9723 0.0412 C\\n29 C 3.4024 1.8513 -1.5846 C\\n30 C 4.1429 1.2671 -2.7672 C\\n31 C 5.5731 0.2107 -4.9491 C\\n32 C 3.5604 0.3194 -3.6185 C\\n33 C 5.4581 1.6838 -3.0401 C\\n34 C 6.1691 1.1591 -4.1233 C\\n35 C 4.2696 -0.2092 -4.7021 C\\n36 I 6.6262 -0.5723 -6.5571 I\\n37 H 2.8547 -1.0891 2.7301 H\\n38 H 2.2866 -0.7542 -1.3356 H\\n39 H 5.3166 0.7971 -0.1102 H\\n40 H 4.5774 -0.5973 -0.9522 H\\n41 H 5.0802 -0.1481 1.9297 H\\n42 H 2.0581 -2.0095 0.5210 H\\n43 H 0.9431 -0.8971 1.2638 H\\n44 H 4.2722 -2.6391 0.3490 H\\n45 H 5.9034 -2.0640 0.6496 H\\n46 H 3.9359 -3.0970 2.7442 H\\n47 H 5.4552 -3.8263 2.2174 H\\n48 H 5.4807 -2.3165 3.1458 H\\n49 H 2.1622 2.5240 0.6746 H\\n50 H 3.8936 2.4077 1.0153 H\\n51 H 3.3409 1.3081 2.9399 H\\n52 H 1.6731 1.1105 2.4498 H\\n53 H 0.7434 1.2929 -1.6615 H\\n54 H -0.9841 -1.3409 0.4130 H\\n55 H -2.3836 -3.0908 -0.5887 H\\n56 H 0.4502 1.1828 -3.6536 H\\n57 H 0.0137 0.8079 -6.0100 H\\n58 H -1.3704 -1.1195 -6.7357 H\\n59 H -2.3180 -2.6501 -5.0493 H\\n60 H -1.6722 3.9106 0.9781 H\\n61 H -0.8114 2.9008 2.1435 H\\n62 H -2.2933 0.9536 1.5345 H\\n63 H -3.8252 3.4748 2.3515 H\\n64 H -4.3382 1.8009 2.6389 H\\n65 H -2.8907 2.4292 3.4364 H\\n66 H -2.8672 1.5623 -0.7913 H\\n67 H -3.7597 2.9833 -0.2339 H\\n68 H -4.3389 1.3525 0.1635 H\\n69 H 2.4423 2.2646 -1.8979 H\\n70 H 3.9791 2.7069 -1.2086 H\\n71 H 2.5467 -0.0316 -3.4667 H\\n72 H 5.9521 2.4309 -2.4201 H\\n73 H 7.1822 1.5054 -4.3165 H\\n74 H 3.7910 -0.9433 -5.3479 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.9734 -1.4191 -0.0612 C\\n2 C 1.9978 0.1063 0.5346 C\\n3 C 3.6356 0.7416 -1.2910 C\\n4 N 3.2038 1.0668 0.1840 N\\n5 C 4.2926 -0.6434 -1.3485 C\\n6 C 2.4888 -1.3427 0.3153 C\\n7 C 4.0495 -1.3789 -2.6789 C\\n8 C 2.6463 -1.8926 -2.9515 C\\n9 C 4.4314 0.7746 1.0782 C\\n10 C 4.7418 -0.7218 1.0715 C\\n11 C 1.1989 0.2946 1.9102 C\\n12 C 2.2301 1.7744 3.6928 C\\n13 C 1.9692 0.4753 3.2192 C\\n14 N 3.5773 0.9302 5.4796 N\\n15 C 2.4185 -0.6203 4.0206 C\\n16 C 3.0239 1.9487 4.8075 C\\n17 C 3.2536 -0.3193 5.1270 C\\n18 C 2.0762 -1.9829 3.8203 C\\n19 C 2.5956 -3.0001 4.6234 C\\n20 C 3.4554 -2.6822 5.6605 C\\n21 C 3.7658 -1.3467 5.9050 C\\n22 O 0.2532 1.3969 1.8115 O\\n23 C -0.9094 1.1107 1.1529 C\\n24 O -1.0628 0.1000 0.4873 O\\n25 C -1.8930 2.2450 1.3406 C\\n26 C -3.2862 2.0424 0.7245 C\\n27 C -4.0308 0.8520 1.3305 C\\n28 C -3.2500 1.9525 -0.8016 C\\n29 C 2.8463 2.5706 0.2811 C\\n30 C 2.3154 3.2600 -0.9561 C\\n31 C 1.3773 4.5664 -3.2623 C\\n32 C 3.1327 4.1670 -1.6540 C\\n33 C 1.0182 3.0290 -1.4345 C\\n34 C 0.5512 3.6757 -2.5826 C\\n35 C 2.6670 4.8148 -2.8013 C\\n36 I 0.6831 5.5261 -4.9669 I\\n37 H 4.2947 -2.4628 -0.1432 H\\n38 H 1.2842 0.3146 -0.2690 H\\n39 H 4.3549 1.5082 -1.5994 H\\n40 H 2.7415 0.8025 -1.9165 H\\n41 H 5.3803 -0.4675 -1.3503 H\\n42 H 1.8611 -1.8098 -0.4466 H\\n43 H 2.3293 -1.9554 1.2003 H\\n44 H 4.7379 -2.2317 -2.7380 H\\n45 H 4.3324 -0.7059 -3.4988 H\\n46 H 2.5756 -2.2413 -3.9877 H\\n47 H 1.8869 -1.1193 -2.8095 H\\n48 H 2.4100 -2.7487 -2.3133 H\\n49 H 4.2501 1.1579 2.0802 H\\n50 H 5.2700 1.3415 0.6548 H\\n51 H 5.8222 -0.8686 0.9514 H\\n52 H 4.4902 -1.1689 2.0387 H\\n53 H 0.5802 -0.5999 2.0446 H\\n54 H 1.8190 2.6594 3.2206 H\\n55 H 3.2483 2.9381 5.1971 H\\n56 H 1.3633 -2.2886 3.0603 H\\n57 H 2.3149 -4.0364 4.4488 H\\n58 H 3.8625 -3.4615 6.2999 H\\n59 H 4.4129 -1.0990 6.7446 H\\n60 H -1.4399 3.1481 0.9130 H\\n61 H -2.0070 2.4039 2.4205 H\\n62 H -3.8677 2.9406 0.9739 H\\n63 H -3.5645 -0.1026 1.0690 H\\n64 H -4.0630 0.9276 2.4230 H\\n65 H -5.0646 0.8235 0.9684 H\\n66 H -2.7284 2.8153 -1.2302 H\\n67 H -4.2678 1.9448 -1.2081 H\\n68 H -2.7511 1.0451 -1.1505 H\\n69 H 2.1370 2.7055 1.0927 H\\n70 H 3.7644 3.0828 0.5955 H\\n71 H 4.1440 4.3893 -1.3150 H\\n72 H 0.3444 2.3437 -0.9333 H\\n73 H -0.4595 3.4774 -2.9354 H\\n74 H 3.3174 5.5150 -3.3224 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.7935 -0.6849 1.6441 C\\n2 C 2.3436 -0.5655 -0.4613 C\\n3 C 4.5629 0.6033 -0.3786 C\\n4 N 3.0341 0.8559 -0.3150 N\\n5 C 5.0196 -0.2033 0.8494 C\\n6 C 2.8037 -1.4275 0.7431 C\\n7 C 5.9575 -1.3631 0.4665 C\\n8 C 7.2799 -0.8826 -0.1179 C\\n9 C 2.7367 1.5082 1.0526 C\\n10 C 3.0654 0.5460 2.1852 C\\n11 C 0.7865 -0.5789 -0.6630 C\\n12 C -0.4318 -2.6523 0.1728 C\\n13 C 0.2548 -2.0082 -0.8718 C\\n14 N -0.6801 -4.6481 -1.1314 N\\n15 C 0.4489 -2.7299 -2.0892 C\\n16 C -0.8737 -3.9477 -0.0033 C\\n17 C -0.0451 -4.0574 -2.1507 C\\n18 C 1.0948 -2.2194 -3.2419 C\\n19 C 1.2555 -2.9847 -4.3978 C\\n20 C 0.7720 -4.2815 -4.4309 C\\n21 C 0.1277 -4.8008 -3.3095 C\\n22 O 0.1216 -0.0002 0.4853 O\\n23 C -0.7440 1.0270 0.2366 C\\n24 O -0.7855 1.6391 -0.8178 O\\n25 C -1.5579 1.3077 1.4817 C\\n26 C -2.6951 2.3298 1.3325 C\\n27 C -3.7488 1.8924 0.3151 C\\n28 C -2.1865 3.7396 1.0304 C\\n29 C 2.6280 1.8997 -1.3972 C\\n30 C 2.6725 1.5247 -2.8593 C\\n31 C 2.6845 0.9207 -5.6130 C\\n32 C 3.8751 1.2823 -3.5392 C\\n33 C 1.4819 1.5226 -3.6100 C\\n34 C 1.4845 1.2133 -4.9739 C\\n35 C 3.8808 0.9645 -4.9024 C\\n36 I 2.6937 0.4399 -7.6308 I\\n37 H 4.0967 -1.3274 2.4786 H\\n38 H 2.8027 -0.9897 -1.3617 H\\n39 H 4.7610 0.0576 -1.3039 H\\n40 H 5.0634 1.5776 -0.4153 H\\n41 H 5.5960 0.4700 1.5001 H\\n42 H 3.2486 -2.3580 0.3703 H\\n43 H 1.9524 -1.7382 1.3588 H\\n44 H 6.1738 -1.9638 1.3583 H\\n45 H 5.4731 -2.0298 -0.2560 H\\n46 H 7.9286 -1.7381 -0.3314 H\\n47 H 7.8042 -0.2286 0.5860 H\\n48 H 7.1321 -0.3340 -1.0528 H\\n49 H 3.3597 2.4088 1.1187 H\\n50 H 1.6927 1.8248 1.0788 H\\n51 H 2.1439 0.2496 2.7016 H\\n52 H 3.6797 1.0582 2.9357 H\\n53 H 0.5322 -0.0209 -1.5638 H\\n54 H -0.6257 -2.1734 1.1274 H\\n55 H -1.4073 -4.4755 0.7830 H\\n56 H 1.4781 -1.2087 -3.2743 H\\n57 H 1.7490 -2.5660 -5.2721 H\\n58 H 0.8837 -4.8910 -5.3245 H\\n59 H -0.2573 -5.8187 -3.3425 H\\n60 H -1.9891 0.3546 1.8127 H\\n61 H -0.8633 1.6504 2.2581 H\\n62 H -3.1965 2.3781 2.3089 H\\n63 H -4.6074 2.5723 0.3372 H\\n64 H -4.1159 0.8863 0.5436 H\\n65 H -3.3583 1.8885 -0.7069 H\\n66 H -3.0096 4.4609 1.0808 H\\n67 H -1.7451 3.8157 0.0326 H\\n68 H -1.4314 4.0461 1.7617 H\\n69 H 3.2740 2.7743 -1.2426 H\\n70 H 1.6177 2.2249 -1.1341 H\\n71 H 4.8383 1.3692 -3.0440 H\\n72 H 0.5251 1.7721 -3.1487 H\\n73 H 0.5441 1.2116 -5.5223 H\\n74 H 4.8287 0.7743 -5.4029 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.7132 -0.6828 1.6488 C\\n2 C 2.3350 -0.5922 -0.4791 C\\n3 C 4.5265 0.6630 -0.3201 C\\n4 N 2.9860 0.8576 -0.3133 N\\n5 C 4.9448 -0.2914 0.8123 C\\n6 C 2.6704 -1.3983 0.7906 C\\n7 C 5.7146 -1.5196 0.2912 C\\n8 C 7.0793 -1.1594 -0.2838 C\\n9 C 2.5994 1.4926 1.0259 C\\n10 C 3.0557 0.5981 2.1763 C\\n11 C 0.8095 -0.6217 -0.8671 C\\n12 C 0.6444 -2.1613 -2.8192 C\\n13 C 0.4182 -1.9920 -1.4385 C\\n14 N -0.0883 -4.4348 -2.7250 N\\n15 C -0.1115 -3.0966 -0.6981 C\\n16 C 0.3749 -3.3785 -3.4067 C\\n17 C -0.3359 -4.3000 -1.4162 C\\n18 C -0.4372 -3.1051 0.6855 C\\n19 C -0.9407 -4.2409 1.3239 C\\n20 C -1.1372 -5.4020 0.5988 C\\n21 C -0.8345 -5.4160 -0.7603 C\\n22 O -0.0370 -0.2396 0.2289 O\\n23 C -0.8909 0.8013 0.0186 C\\n24 O -0.8425 1.5424 -0.9506 O\\n25 C -1.8750 0.9013 1.1606 C\\n26 C -2.4646 2.3107 1.3168 C\\n27 C -3.6279 2.2842 2.3095 C\\n28 C -1.4062 3.3148 1.7825 C\\n29 C 2.5785 1.7798 -1.4957 C\\n30 C 3.3149 3.0909 -1.6433 C\\n31 C 4.6809 5.5291 -1.9143 C\\n32 C 2.8501 4.2484 -0.9981 C\\n33 C 4.4638 3.1832 -2.4467 C\\n34 C 5.1463 4.3957 -2.5771 C\\n35 C 3.5325 5.4608 -1.1289 C\\n36 I 5.6958 7.3300 -2.1086 I\\n37 H 4.0064 -1.3183 2.4922 H\\n38 H 2.8957 -1.0212 -1.3208 H\\n39 H 4.7975 0.2963 -1.3155 H\\n40 H 4.9858 1.6430 -0.1558 H\\n41 H 5.6324 0.2566 1.4723 H\\n42 H 3.0193 -2.3980 0.5064 H\\n43 H 1.7838 -1.5596 1.4086 H\\n44 H 5.8654 -2.2293 1.1138 H\\n45 H 5.1360 -2.0423 -0.4788 H\\n46 H 7.6006 -2.0653 -0.6090 H\\n47 H 6.9912 -0.4968 -1.1491 H\\n48 H 7.7025 -0.6641 0.4671 H\\n49 H 1.5192 1.6497 1.0339 H\\n50 H 3.0936 2.4661 1.0979 H\\n51 H 3.7581 1.1479 2.8142 H\\n52 H 2.1971 0.3551 2.8137 H\\n53 H 0.6649 0.0714 -1.7004 H\\n54 H 1.0200 -1.3588 -3.4474 H\\n55 H 0.5307 -3.5448 -4.4694 H\\n56 H -0.3227 -2.2260 1.3075 H\\n57 H -1.1851 -4.2143 2.3833 H\\n58 H -1.5330 -6.2942 1.0778 H\\n59 H -0.9994 -6.3294 -1.3295 H\\n60 H -2.6707 0.1765 0.9561 H\\n61 H -1.3744 0.6061 2.0904 H\\n62 H -2.8551 2.6507 0.3493 H\\n63 H -4.0687 3.2805 2.4193 H\\n64 H -4.4165 1.6075 1.9652 H\\n65 H -3.2993 1.9478 3.2984 H\\n66 H -0.5942 3.4051 1.0534 H\\n67 H -1.8461 4.3102 1.9086 H\\n68 H -0.9685 3.0153 2.7411 H\\n69 H 1.5157 1.9970 -1.3791 H\\n70 H 2.7011 1.1849 -2.4090 H\\n71 H 1.9413 4.2295 -0.3986 H\\n72 H 4.8396 2.3200 -2.9920 H\\n73 H 6.0332 4.4463 -3.2059 H\\n74 H 3.1516 6.3467 -0.6236 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.1639 -1.3284 -0.2460 C\\n2 C 2.0360 -0.0961 0.4320 C\\n3 C 3.6091 0.9079 -1.2640 C\\n4 N 3.1417 1.0276 0.2222 N\\n5 C 4.3660 -0.4125 -1.4637 C\\n6 C 2.6932 -1.4612 0.1528 C\\n7 C 4.1409 -1.0398 -2.8510 C\\n8 C 2.7617 -1.5987 -3.1540 C\\n9 C 4.3714 0.7880 1.1100 C\\n10 C 4.8588 -0.6530 0.9499 C\\n11 C 1.1289 -0.0661 1.7441 C\\n12 C 2.1197 0.9929 3.8270 C\\n13 C 1.8004 -0.1759 3.1147 C\\n14 N 3.2096 -0.2650 5.5464 N\\n15 C 2.0830 -1.4302 3.7448 C\\n16 C 2.8139 0.8998 5.0159 C\\n17 C 2.8233 -1.4010 4.9542 C\\n18 C 1.6569 -2.7028 3.2782 C\\n19 C 2.0045 -3.8850 3.9344 C\\n20 C 2.7724 -3.8286 5.0846 C\\n21 C 3.1656 -2.5889 5.5836 C\\n22 O 0.2719 1.1100 1.7576 O\\n23 C -0.8289 1.0467 0.9498 C\\n24 O -0.9929 0.1725 0.1147 O\\n25 C -1.7211 2.2416 1.2040 C\\n26 C -3.1760 2.1043 0.7300 C\\n27 C -3.8890 0.9123 1.3691 C\\n28 C -3.3023 2.0701 -0.7934 C\\n29 C 2.5370 2.4312 0.4317 C\\n30 C 3.4012 3.6267 0.1032 C\\n31 C 5.0043 5.8482 -0.5149 C\\n32 C 3.2961 4.2618 -1.1458 C\\n33 C 4.3080 4.1399 1.0446 C\\n34 C 5.1092 5.2426 0.7353 C\\n35 C 4.0977 5.3640 -1.4551 C\\n36 I 6.1968 7.4844 -0.9749 I\\n37 H 4.6036 -2.3166 -0.4203 H\\n38 H 1.3558 0.0958 -0.4057 H\\n39 H 4.2885 1.7388 -1.4755 H\\n40 H 2.7199 1.0101 -1.8939 H\\n41 H 5.4358 -0.1495 -1.4743 H\\n42 H 2.6474 -2.1125 1.0225 H\\n43 H 2.1129 -1.9868 -0.6087 H\\n44 H 4.3740 -0.2805 -3.6090 H\\n45 H 4.8734 -1.8442 -2.9954 H\\n46 H 2.5910 -2.5371 -2.6199 H\\n47 H 2.6821 -1.8263 -4.2226 H\\n48 H 1.9644 -0.8937 -2.9053 H\\n49 H 5.1536 1.4800 0.7794 H\\n50 H 4.1216 1.0266 2.1424 H\\n51 H 4.6729 -1.2168 1.8722 H\\n52 H 5.9474 -0.6564 0.8135 H\\n53 H 0.4462 -0.9206 1.6724 H\\n54 H 1.8292 1.9803 3.4882 H\\n55 H 3.0822 1.7842 5.5883 H\\n56 H 1.0208 -2.8083 2.4037 H\\n57 H 1.6640 -4.8461 3.5550 H\\n58 H 3.0466 -4.7396 5.6115 H\\n59 H 3.7420 -2.5488 6.5065 H\\n60 H -1.7319 2.4223 2.2868 H\\n61 H -1.2528 3.1105 0.7261 H\\n62 H -3.6986 3.0098 1.0681 H\\n63 H -3.7988 0.9443 2.4602 H\\n64 H -4.9568 0.9275 1.1229 H\\n65 H -3.4827 -0.0421 1.0209 H\\n66 H -4.3560 2.1152 -1.0902 H\\n67 H -2.7936 2.9284 -1.2448 H\\n68 H -2.8799 1.1582 -1.2240 H\\n69 H 1.6193 2.4690 -0.1679 H\\n70 H 2.2501 2.5083 1.4790 H\\n71 H 2.5873 3.9135 -1.8956 H\\n72 H 4.3994 3.6998 2.0359 H\\n73 H 5.8052 5.6247 1.4799 H\\n74 H 4.0011 5.8400 -2.4291 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.5887 -0.7024 1.6767 C\\n2 C 2.3117 -0.5272 -0.5136 C\\n3 C 4.5887 0.5388 -0.2783 C\\n4 N 3.0713 0.8623 -0.3334 N\\n5 C 4.8949 -0.3409 0.9465 C\\n6 C 2.6118 -1.3959 0.7285 C\\n7 C 5.7275 -1.5816 0.5754 C\\n8 C 7.1317 -1.2267 0.1018 C\\n9 C 2.7023 1.5524 0.9814 C\\n10 C 2.9156 0.5923 2.1484 C\\n11 C 0.7765 -0.4423 -0.8516 C\\n12 C -0.3371 -2.6985 -0.4951 C\\n13 C 0.2810 -1.7962 -1.3761 C\\n14 N -0.5277 -4.3436 -2.2282 N\\n15 C 0.4669 -2.1939 -2.7355 C\\n16 C -0.7210 -3.9383 -0.9627 C\\n17 C 0.0403 -3.4962 -3.0953 C\\n18 C 1.0417 -1.3835 -3.7495 C\\n19 C 1.2006 -1.8488 -5.0558 C\\n20 C 0.7879 -3.1305 -5.3807 C\\n21 C 0.2124 -3.9362 -4.3995 C\\n22 O -0.0028 -0.0807 0.3114 O\\n23 C -0.7121 1.0824 0.2424 C\\n24 O -0.5302 1.9345 -0.6120 O\\n25 C -1.6661 1.1621 1.4145 C\\n26 C -2.6918 2.3054 1.3742 C\\n27 C -2.0436 3.6861 1.4822 C\\n28 C -3.6153 2.2226 0.1587 C\\n29 C 2.7874 1.7902 -1.5451 C\\n30 C 3.5828 3.0700 -1.6440 C\\n31 C 5.0615 5.4502 -1.8176 C\\n32 C 3.1267 4.2437 -1.0219 C\\n33 C 4.7806 3.1170 -2.3761 C\\n34 C 5.5192 4.3007 -2.4580 C\\n35 C 3.8650 5.4273 -1.1040 C\\n36 I 6.1605 7.2079 -1.9377 I\\n37 H 3.7930 -1.3453 2.5406 H\\n38 H 2.8195 -0.9800 -1.3757 H\\n39 H 4.8481 0.0632 -1.2303 H\\n40 H 5.1343 1.4831 -0.1871 H\\n41 H 5.5047 0.2539 1.6419 H\\n42 H 3.0088 -2.3650 0.4044 H\\n43 H 1.6991 -1.6321 1.2861 H\\n44 H 5.2284 -2.1625 -0.2084 H\\n45 H 5.8150 -2.2355 1.4513 H\\n46 H 7.6745 -0.6673 0.8706 H\\n47 H 7.1096 -0.6239 -0.8110 H\\n48 H 7.6968 -2.1393 -0.1138 H\\n49 H 1.6725 1.9041 0.9207 H\\n50 H 3.3558 2.4236 1.0963 H\\n51 H 1.9528 0.3699 2.6247 H\\n52 H 3.5262 1.0809 2.9174 H\\n53 H 0.6001 0.2768 -1.6526 H\\n54 H -0.5236 -2.4600 0.5475 H\\n55 H -1.2032 -4.6642 -0.3128 H\\n56 H 1.3568 -0.3644 -3.5570 H\\n57 H 1.6326 -1.2095 -5.8226 H\\n58 H 0.8982 -3.5069 -6.3952 H\\n59 H -0.1196 -4.9392 -4.6631 H\\n60 H -1.0612 1.2476 2.3252 H\\n61 H -2.2105 0.2104 1.4601 H\\n62 H -3.3244 2.1839 2.2640 H\\n63 H -2.8107 4.4587 1.6047 H\\n64 H -1.4613 3.9414 0.5922 H\\n65 H -1.3793 3.7377 2.3513 H\\n66 H -4.0847 1.2353 0.0934 H\\n67 H -4.4157 2.9667 0.2347 H\\n68 H -3.0809 2.4083 -0.7778 H\\n69 H 1.7283 2.0480 -1.5161 H\\n70 H 2.9535 1.1835 -2.4431 H\\n71 H 2.1824 4.2595 -0.4788 H\\n72 H 5.1537 2.2391 -2.9006 H\\n73 H 6.4441 4.3162 -3.0313 H\\n74 H 3.4916 6.3259 -0.6167 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.3528 -0.6520 1.7386 C\\n2 C 2.0765 -0.2737 -0.4492 C\\n3 C 4.5197 0.2758 -0.2901 C\\n4 N 3.1102 0.9234 -0.3226 N\\n5 C 4.6971 -0.5450 0.9987 C\\n6 C 2.2458 -1.1616 0.8117 C\\n7 C 5.3257 -1.9245 0.7292 C\\n8 C 6.7471 -1.8292 0.1887 C\\n9 C 2.9360 1.7039 0.9985 C\\n10 C 2.9457 0.7521 2.1862 C\\n11 C 0.5791 0.1052 -0.7367 C\\n12 C -1.1416 -1.5646 0.1199 C\\n13 C -0.2915 -1.1512 -0.9207 C\\n14 N -1.8623 -3.4746 -1.1358 N\\n15 C -0.2553 -1.9439 -2.1085 C\\n16 C -1.8962 -2.7097 -0.0339 C\\n17 C -1.0713 -3.1026 -2.1493 C\\n18 C 0.5335 -1.6605 -3.2502 C\\n19 C 0.5242 -2.4839 -4.3771 C\\n20 C -0.2768 -3.6130 -4.3911 C\\n21 C -1.0642 -3.9076 -3.2794 C\\n22 O 0.0305 0.8961 0.3454 O\\n23 C -0.4857 2.1112 0.0097 C\\n24 O -0.3092 2.6646 -1.0655 O\\n25 C -1.2585 2.7064 1.1591 C\\n26 C -2.6601 2.1022 1.2938 C\\n27 C -3.3101 2.5749 2.5944 C\\n28 C -3.5491 2.4683 0.1034 C\\n29 C 3.0445 1.9769 -1.4676 C\\n30 C 3.0467 1.5276 -2.9090 C\\n31 C 3.0119 0.8100 -5.6354 C\\n32 C 1.9350 1.8132 -3.7237 C\\n33 C 4.1635 0.9307 -3.5122 C\\n34 C 4.1411 0.5578 -4.8614 C\\n35 C 1.9124 1.4500 -5.0742 C\\n36 I 2.9771 0.2506 -7.6328 I\\n37 H 3.4399 -1.3050 2.6144 H\\n38 H 2.4445 -0.8498 -1.3065 H\\n39 H 4.6028 -0.3584 -1.1756 H\\n40 H 5.2616 1.0804 -0.3465 H\\n41 H 5.3950 -0.0012 1.6512 H\\n42 H 2.4517 -2.1927 0.5002 H\\n43 H 1.3173 -1.2117 1.3909 H\\n44 H 5.3511 -2.4984 1.6633 H\\n45 H 4.7160 -2.4962 0.0206 H\\n46 H 6.7731 -1.3438 -0.7911 H\\n47 H 7.1743 -2.8305 0.0765 H\\n48 H 7.3885 -1.2630 0.8708 H\\n49 H 3.7721 2.4114 1.0639 H\\n50 H 2.0130 2.2844 0.9525 H\\n51 H 3.6348 1.1274 2.9526 H\\n52 H 1.9546 0.7323 2.6563 H\\n53 H 0.5194 0.6618 -1.6719 H\\n54 H -1.2253 -1.0213 1.0556 H\\n55 H -2.5649 -3.0563 0.7498 H\\n56 H 1.1670 -0.7855 -3.2959 H\\n57 H 1.1342 -2.2393 -5.2439 H\\n58 H -0.3006 -4.2637 -5.2619 H\\n59 H -1.6971 -4.7931 -3.2968 H\\n60 H -0.6718 2.5519 2.0734 H\\n61 H -1.3099 3.7919 1.0097 H\\n62 H -2.5824 1.0094 1.3322 H\\n63 H -3.4139 3.6652 2.6137 H\\n64 H -4.3073 2.1375 2.7136 H\\n65 H -2.7093 2.2760 3.4599 H\\n66 H -3.6492 3.5540 0.0008 H\\n67 H -4.5523 2.0464 0.2255 H\\n68 H -3.1399 2.0745 -0.8324 H\\n69 H 3.8945 2.6553 -1.3136 H\\n70 H 2.1494 2.5735 -1.2730 H\\n71 H 1.0642 2.3357 -3.3247 H\\n72 H 5.0909 0.7747 -2.9682 H\\n73 H 5.0204 0.0904 -5.3016 H\\n74 H 1.0330 1.6793 -5.6734 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.2139 -1.3048 0.3315 C\\n2 C 1.9909 -0.0717 0.3261 C\\n3 C 3.8640 0.6530 -1.2115 C\\n4 N 3.1093 1.0407 0.0969 N\\n5 C 4.5686 -0.7021 -1.0372 C\\n6 C 2.7000 -1.4297 0.4907 C\\n7 C 4.2720 -1.6638 -2.2024 C\\n8 C 4.8624 -1.1856 -3.5232 C\\n9 C 4.1440 1.0503 1.2269 C\\n10 C 4.7050 -0.3544 1.4301 C\\n11 C 0.8392 0.1911 1.3971 C\\n12 C 1.3713 1.7200 3.3525 C\\n13 C 1.2206 0.4110 2.8628 C\\n14 N 2.1126 0.9170 5.4809 N\\n15 C 1.3872 -0.6638 3.7934 C\\n16 C 1.8136 1.9194 4.6441 C\\n17 C 1.8691 -0.3384 5.0869 C\\n18 C 1.0785 -2.0277 3.5422 C\\n19 C 1.3027 -3.0236 4.4945 C\\n20 C 1.8245 -2.6830 5.7305 C\\n21 C 2.0940 -1.3459 6.0137 C\\n22 O -0.0089 1.2982 0.9843 O\\n23 C -0.9326 1.0036 0.0269 C\\n24 O -0.9377 -0.0380 -0.6117 O\\n25 C -1.9154 2.1336 -0.1465 C\\n26 C -3.1258 2.0594 0.7919 C\\n27 C -2.7353 2.2074 2.2629 C\\n28 C -3.9441 0.7852 0.5802 C\\n29 C 2.4637 2.4270 -0.1093 C\\n30 C 3.3626 3.5682 -0.5264 C\\n31 C 5.0255 5.6920 -1.3077 C\\n32 C 4.0617 4.3207 0.4316 C\\n33 C 3.4961 3.9130 -1.8819 C\\n34 C 4.3274 4.9671 -2.2710 C\\n35 C 4.8928 5.3750 0.0423 C\\n36 I 6.2604 7.2581 -1.8857 I\\n37 H 4.6867 -2.2856 0.4576 H\\n38 H 1.4937 -0.0967 -0.6509 H\\n39 H 3.1243 0.6570 -2.0195 H\\n40 H 4.6158 1.4233 -1.4093 H\\n41 H 5.6530 -0.5204 -1.0447 H\\n42 H 2.5065 -1.8723 1.4645 H\\n43 H 2.2890 -2.1439 -0.2326 H\\n44 H 4.6926 -2.6507 -1.9749 H\\n45 H 3.1918 -1.7982 -2.3282 H\\n46 H 4.6627 -1.9190 -4.3111 H\\n47 H 4.4288 -0.2315 -3.8371 H\\n48 H 5.9471 -1.0614 -3.4446 H\\n49 H 4.9515 1.7284 0.9314 H\\n50 H 3.6837 1.4453 2.1309 H\\n51 H 4.4135 -0.7308 2.4183 H\\n52 H 5.8011 -0.3130 1.4359 H\\n53 H 0.1912 -0.6928 1.3837 H\\n54 H 1.1379 2.5959 2.7588 H\\n55 H 1.9465 2.9183 5.0518 H\\n56 H 0.6314 -2.3502 2.6059 H\\n57 H 1.0571 -4.0606 4.2752 H\\n58 H 1.9997 -3.4454 6.4858 H\\n59 H 2.4728 -1.0795 6.9992 H\\n60 H -1.3826 3.0839 -0.0175 H\\n61 H -2.2464 2.1212 -1.1925 H\\n62 H -3.7741 2.9095 0.5410 H\\n63 H -3.6295 2.2967 2.8893 H\\n64 H -2.1293 3.1062 2.4178 H\\n65 H -2.1669 1.3435 2.6219 H\\n66 H -4.2294 0.6755 -0.4713 H\\n67 H -3.3869 -0.1092 0.8786 H\\n68 H -4.8643 0.8166 1.1741 H\\n69 H 1.6730 2.2956 -0.8578 H\\n70 H 1.9876 2.7061 0.8287 H\\n71 H 3.9643 4.1081 1.4948 H\\n72 H 2.9516 3.3741 -2.6558 H\\n73 H 4.4158 5.2177 -3.3268 H\\n74 H 5.4250 5.9460 0.8010 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8291 -0.2313 1.8728 C\\n2 C 1.9642 0.3033 -0.4576 C\\n3 C 4.4036 -0.2873 -0.0947 C\\n4 N 3.4469 0.8949 -0.3897 N\\n5 C 3.9981 -0.9862 1.2169 C\\n6 C 1.6071 -0.2135 0.9553 C\\n7 C 3.7415 -2.4865 0.9745 C\\n8 C 3.4128 -3.2573 2.2453 C\\n9 C 3.5670 1.9077 0.7584 C\\n10 C 3.2482 1.2272 2.0870 C\\n11 C 0.8663 1.2748 -1.0503 C\\n12 C 0.7094 0.1363 -3.2979 C\\n13 C 0.8143 1.3353 -2.5732 C\\n14 N 0.8699 1.3211 -5.3720 N\\n15 C 0.8390 2.5673 -3.2950 C\\n16 C 0.7422 0.1811 -4.6755 C\\n17 C 0.8870 2.4850 -4.7081 C\\n18 C 0.8177 3.8612 -2.7084 C\\n19 C 0.8825 5.0180 -3.4869 C\\n20 C 0.9615 4.9119 -4.8656 C\\n21 C 0.9579 3.6498 -5.4585 C\\n22 O -0.4590 0.8473 -0.6665 O\\n23 C -1.1215 1.6648 0.2062 C\\n24 O -0.6050 2.6277 0.7513 O\\n25 C -2.5373 1.1628 0.3874 C\\n26 C -3.3993 1.9131 1.4139 C\\n27 C -2.8351 1.8299 2.8318 C\\n28 C -3.6691 3.3620 1.0097 C\\n29 C 3.8435 1.5507 -1.7405 C\\n30 C 5.3000 1.8927 -1.9582 C\\n31 C 8.0032 2.5185 -2.3966 C\\n32 C 5.8399 3.1016 -1.4945 C\\n33 C 6.1362 1.0114 -2.6639 C\\n34 C 7.4813 1.3226 -2.8817 C\\n35 C 7.1878 3.4090 -1.7045 C\\n36 I 10.0019 2.9821 -2.7164 I\\n37 H 2.5689 -0.6700 2.8417 H\\n38 H 2.0604 -0.5742 -1.1074 H\\n39 H 4.3707 -0.9573 -0.9615 H\\n40 H 5.4147 0.1218 0.0085 H\\n41 H 4.8600 -0.9283 1.8977 H\\n42 H 1.1618 -1.2119 0.8739 H\\n43 H 0.8448 0.4096 1.4323 H\\n44 H 2.9359 -2.6335 0.2465 H\\n45 H 4.6432 -2.9286 0.5314 H\\n46 H 4.1758 -3.0919 3.0132 H\\n47 H 2.4401 -2.9651 2.6530 H\\n48 H 3.3721 -4.3317 2.0343 H\\n49 H 4.5928 2.2841 0.7775 H\\n50 H 2.8870 2.7397 0.5523 H\\n51 H 2.4536 1.7828 2.5996 H\\n52 H 4.1239 1.2766 2.7460 H\\n53 H 1.0899 2.2626 -0.6492 H\\n54 H 0.5887 -0.8272 -2.8127 H\\n55 H 0.6676 -0.7225 -5.2740 H\\n56 H 0.7195 4.0064 -1.6357 H\\n57 H 0.8553 5.9995 -3.0188 H\\n58 H 1.0062 5.8040 -5.4860 H\\n59 H 0.9995 3.5736 -6.5440 H\\n60 H -3.0283 1.2050 -0.5915 H\\n61 H -2.4748 0.1099 0.6879 H\\n62 H -4.3719 1.4033 1.4301 H\\n63 H -3.5528 2.2351 3.5543 H\\n64 H -2.6364 0.7898 3.1116 H\\n65 H -1.9045 2.3953 2.9394 H\\n66 H -4.3854 3.8240 1.6973 H\\n67 H -4.0972 3.4099 0.0034 H\\n68 H -2.7614 3.9707 1.0236 H\\n69 H 3.5275 0.8521 -2.5231 H\\n70 H 3.2568 2.4684 -1.8284 H\\n71 H 5.2227 3.8324 -0.9773 H\\n72 H 5.7522 0.0776 -3.0710 H\\n73 H 8.1071 0.6288 -3.4384 H\\n74 H 7.5857 4.3518 -1.3344 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.5199 -0.9883 0.0152 C\\n2 C 2.0508 -0.4221 0.1878 C\\n3 C 3.6209 1.0512 -1.1489 C\\n4 N 2.8167 0.9771 0.1839 N\\n5 C 4.5687 -0.1545 -1.2749 C\\n6 C 3.1138 -1.5369 0.2530 C\\n7 C 4.2693 -0.9401 -2.5673 C\\n8 C 5.2030 -2.1203 -2.7932 C\\n9 C 3.8310 1.0557 1.3307 C\\n10 C 4.8508 -0.0742 1.2024 C\\n11 C 0.8291 -0.6481 1.1861 C\\n12 C 0.9425 0.5313 3.4328 C\\n13 C 1.0986 -0.6524 2.6925 C\\n14 N 1.7260 -0.5312 5.4306 N\\n15 C 1.4612 -1.8399 3.4082 C\\n16 C 1.2640 0.5426 4.7746 C\\n17 C 1.7881 -1.6995 4.7807 C\\n18 C 1.4964 -3.1531 2.8635 C\\n19 C 1.8840 -4.2584 3.6241 C\\n20 C 2.2360 -4.0854 4.9510 C\\n21 C 2.1799 -2.8110 5.5130 C\\n22 O -0.2534 0.2833 0.9153 O\\n23 C -1.0402 -0.0204 -0.1502 C\\n24 O -0.7729 -0.9166 -0.9416 O\\n25 C -2.2562 0.8714 -0.2860 C\\n26 C -2.3371 2.0699 0.6768 C\\n27 C -2.8256 1.6416 2.0653 C\\n28 C -3.2818 3.1341 0.1106 C\\n29 C 1.8249 2.1576 0.2120 C\\n30 C 2.3765 3.5508 0.0106 C\\n31 C 3.4075 6.1359 -0.3697 C\\n32 C 2.8387 4.3056 1.1019 C\\n33 C 2.4176 4.1262 -1.2718 C\\n34 C 2.9364 5.4098 -1.4612 C\\n35 C 3.3549 5.5906 0.9124 C\\n36 I 4.1830 8.0402 -0.6535 I\\n37 H 5.2467 -1.8069 -0.0157 H\\n38 H 1.6198 -0.4459 -0.8199 H\\n39 H 2.8943 1.1102 -1.9679 H\\n40 H 4.2114 1.9734 -1.1264 H\\n41 H 5.5892 0.2410 -1.3828 H\\n42 H 3.1217 -2.0324 1.2227 H\\n43 H 2.8681 -2.3181 -0.4755 H\\n44 H 4.3699 -0.2564 -3.4208 H\\n45 H 3.2324 -1.2961 -2.5786 H\\n46 H 6.2514 -1.8086 -2.7411 H\\n47 H 5.0283 -2.5518 -3.7843 H\\n48 H 5.0371 -2.9103 -2.0546 H\\n49 H 4.3451 2.0193 1.2696 H\\n50 H 3.2915 1.0129 2.2754 H\\n51 H 4.8771 -0.6499 2.1353 H\\n52 H 5.8554 0.3493 1.0820 H\\n53 H 0.4229 -1.6396 0.9557 H\\n54 H 0.5541 1.4445 2.9990 H\\n55 H 1.1578 1.4414 5.3772 H\\n56 H 1.2062 -3.3551 1.8361 H\\n57 H 1.8979 -5.2526 3.1822 H\\n58 H 2.5344 -4.9368 5.5589 H\\n59 H 2.4326 -2.6858 6.5645 H\\n60 H -2.2324 1.2460 -1.3193 H\\n61 H -3.1453 0.2358 -0.1761 H\\n62 H -1.3473 2.5315 0.7822 H\\n63 H -2.8744 2.5039 2.7397 H\\n64 H -3.8260 1.1983 2.0124 H\\n65 H -2.1583 0.9038 2.5216 H\\n66 H -4.2917 2.7338 -0.0358 H\\n67 H -3.3507 3.9930 0.7869 H\\n68 H -2.9181 3.5008 -0.8558 H\\n69 H 1.3259 2.1365 1.1783 H\\n70 H 1.0756 1.9556 -0.5614 H\\n71 H 2.7971 3.9116 2.1171 H\\n72 H 2.0417 3.5903 -2.1423 H\\n73 H 2.9612 5.8356 -2.4635 H\\n74 H 3.7081 6.1586 1.7713 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.2302 -1.0365 -0.7610 C\\n2 C 2.0477 -0.3303 0.3300 C\\n3 C 3.3260 1.2794 -1.1502 C\\n4 N 2.9764 0.9657 0.3359 N\\n5 C 4.0476 0.0836 -1.7966 C\\n6 C 2.8777 -1.5027 -0.2280 C\\n7 C 3.3249 -0.3399 -3.0905 C\\n8 C 4.0088 -1.4833 -3.8254 C\\n9 C 4.2987 0.7069 1.0647 C\\n10 C 5.0172 -0.4827 0.4338 C\\n11 C 1.2117 -0.7012 1.6375 C\\n12 C 2.1899 -0.0300 3.8823 C\\n13 C 1.9664 -1.0353 2.9264 C\\n14 N 3.5092 -1.5042 5.2295 N\\n15 C 2.4254 -2.3558 3.2369 C\\n16 C 2.9551 -0.3068 4.9969 C\\n17 C 3.2229 -2.5134 4.3986 C\\n18 C 2.1239 -3.5294 2.4941 C\\n19 C 2.6396 -4.7783 2.8443 C\\n20 C 3.4579 -4.8930 3.9547 C\\n21 C 3.7335 -3.7625 4.7209 C\\n22 O 0.2271 0.3256 1.9425 O\\n23 C -0.8933 0.3169 1.1616 C\\n24 O -1.0084 -0.3787 0.1647 O\\n25 C -1.9266 1.2766 1.7070 C\\n26 C -2.6664 2.1100 0.6499 C\\n27 C -3.6171 1.2728 -0.2061 C\\n28 C -1.7096 2.9176 -0.2271 C\\n29 C 2.2247 2.1787 0.9209 C\\n30 C 2.8648 3.5416 0.7869 C\\n31 C 4.0406 6.0788 0.5330 C\\n32 C 3.7941 3.9981 1.7349 C\\n33 C 2.5208 4.3885 -0.2809 C\\n34 C 3.1095 5.6492 -0.4102 C\\n35 C 4.3831 5.2589 1.6058 C\\n36 I 4.9146 7.9528 0.3438 I\\n37 H 4.7807 -1.8829 -1.1849 H\\n38 H 1.3093 -0.0726 -0.4384 H\\n39 H 2.3893 1.5401 -1.6564 H\\n40 H 3.9918 2.1489 -1.1592 H\\n41 H 5.0476 0.4277 -2.0988 H\\n42 H 3.0729 -2.2582 0.5296 H\\n43 H 2.3034 -2.0153 -1.0087 H\\n44 H 2.2847 -0.6165 -2.8843 H\\n45 H 3.2845 0.5242 -3.7662 H\\n46 H 3.9359 -2.4200 -3.2646 H\\n47 H 3.5312 -1.6443 -4.7975 H\\n48 H 5.0669 -1.2629 -4.0003 H\\n49 H 4.9194 1.6028 0.9671 H\\n50 H 4.0934 0.5472 2.1221 H\\n51 H 5.1650 -1.2647 1.1891 H\\n52 H 6.0223 -0.1786 0.1161 H\\n53 H 0.6288 -1.5962 1.3904 H\\n54 H 1.7677 0.9639 3.7943 H\\n55 H 3.1511 0.4487 5.7532 H\\n56 H 1.4633 -3.5070 1.6318 H\\n57 H 2.3919 -5.6605 2.2574 H\\n58 H 3.8640 -5.8592 4.2443 H\\n59 H 4.3521 -3.8646 5.6112 H\\n60 H -2.6355 0.6948 2.3071 H\\n61 H -1.4221 1.9701 2.3924 H\\n62 H -3.2881 2.8297 1.1995 H\\n63 H -4.2848 0.6741 0.4225 H\\n64 H -3.0812 0.5965 -0.8779 H\\n65 H -4.2423 1.9231 -0.8284 H\\n66 H -1.0456 3.5340 0.3876 H\\n67 H -1.0899 2.2707 -0.8565 H\\n68 H -2.2682 3.5883 -0.8889 H\\n69 H 1.2427 2.1978 0.4358 H\\n70 H 2.0707 1.9841 1.9805 H\\n71 H 4.0664 3.3883 2.5945 H\\n72 H 1.7826 4.0867 -1.0223 H\\n73 H 2.8250 6.2902 -1.2419 H\\n74 H 5.0995 5.5945 2.3538 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0585 -1.4024 0.0293 C\\n2 C 2.0095 0.0533 0.4766 C\\n3 C 3.6938 0.7159 -1.2795 C\\n4 N 3.1957 1.0548 0.1609 N\\n5 C 4.3832 -0.6558 -1.2759 C\\n6 C 2.5616 -1.3830 0.3533 C\\n7 C 4.2030 -1.4349 -2.5901 C\\n8 C 2.8222 -1.9903 -2.8916 C\\n9 C 4.3750 0.8498 1.1228 C\\n10 C 4.7556 -0.6326 1.1658 C\\n11 C 1.1092 0.2927 1.7779 C\\n12 C 2.0750 -0.9598 3.7117 C\\n13 C 1.7844 0.3025 3.1573 C\\n14 N 3.2598 0.0206 5.5384 N\\n15 C 2.1320 1.4578 3.9375 C\\n16 C 2.8019 -1.0501 4.8793 C\\n17 C 2.9076 1.2351 5.1075 C\\n18 C 1.7688 2.8083 3.6745 C\\n19 C 2.2121 3.8737 4.4643 C\\n20 C 3.0153 3.6222 5.5613 C\\n21 C 3.3432 2.3059 5.8747 C\\n22 O 0.2350 1.4320 1.6125 O\\n23 C -0.8559 1.2278 0.8166 C\\n24 O -0.9853 0.2487 0.0992 O\\n25 C -1.8036 2.4027 0.9139 C\\n26 C -3.2916 2.0580 0.7495 C\\n27 C -3.6579 1.6950 -0.6898 C\\n28 C -3.7503 0.9722 1.7237 C\\n29 C 2.6818 2.5067 0.1718 C\\n30 C 3.6422 3.5983 -0.2370 C\\n31 C 5.4303 5.6251 -1.0020 C\\n32 C 3.6397 4.0996 -1.5504 C\\n33 C 4.5436 4.1459 0.6887 C\\n34 C 5.4370 5.1506 0.3072 C\\n35 C 4.5307 5.1073 -1.9305 C\\n36 I 6.7558 7.1205 -1.5670 I\\n37 H 4.4306 -2.4326 -0.0044 H\\n38 H 1.3481 0.2039 -0.3838 H\\n39 H 2.8284 0.7743 -1.9465 H\\n40 H 4.4206 1.4768 -1.5770 H\\n41 H 5.4648 -0.4503 -1.2519 H\\n42 H 1.9827 -1.9156 -0.4053 H\\n43 H 2.3942 -1.9625 1.2612 H\\n44 H 4.4964 -0.7786 -3.4206 H\\n45 H 4.9149 -2.2706 -2.6011 H\\n46 H 2.7869 -2.3508 -3.9256 H\\n47 H 2.0387 -1.2356 -2.7783 H\\n48 H 2.5935 -2.8462 -2.2498 H\\n49 H 4.1102 1.2396 2.1050 H\\n50 H 5.2172 1.4348 0.7387 H\\n51 H 5.8458 -0.7293 1.0827 H\\n52 H 4.4953 -1.0642 2.1375 H\\n53 H 0.4361 -0.5777 1.8292 H\\n54 H 1.7394 -1.8871 3.2570 H\\n55 H 3.0468 -2.0129 5.3234 H\\n56 H 1.0912 3.0726 2.8715 H\\n57 H 1.9084 4.8938 4.2368 H\\n58 H 3.3618 4.4367 6.1952 H\\n59 H 3.9452 2.1075 6.7612 H\\n60 H -1.6720 2.8586 1.9038 H\\n61 H -1.4930 3.1447 0.1696 H\\n62 H -3.8540 2.9681 0.9959 H\\n63 H -3.1653 0.7783 -1.0238 H\\n64 H -4.7373 1.5399 -0.7834 H\\n65 H -3.3760 2.4992 -1.3766 H\\n66 H -3.4766 1.2310 2.7523 H\\n67 H -3.3099 -0.0015 1.4881 H\\n68 H -4.8397 0.8612 1.6872 H\\n69 H 2.3562 2.7164 1.1832 H\\n70 H 1.7950 2.5313 -0.4745 H\\n71 H 2.9370 3.7258 -2.2923 H\\n72 H 4.5611 3.8083 1.7232 H\\n73 H 6.1269 5.5614 1.0422 H\\n74 H 4.5067 5.4858 -2.9499 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.6117 0.1182 1.9942 C\\n2 C 1.7845 0.6478 -0.3558 C\\n3 C 4.0604 -0.4239 0.0038 C\\n4 N 3.3635 0.9105 -0.3679 N\\n5 C 3.6278 -0.8771 1.4098 C\\n6 C 1.3903 0.2475 1.0836 C\\n7 C 3.1039 -2.3250 1.4164 C\\n8 C 4.1934 -3.3437 1.0951 C\\n9 C 3.7408 1.9609 0.6900 C\\n10 C 3.2658 1.5042 2.0690 C\\n11 C 0.9063 1.8184 -0.9648 C\\n12 C 0.2576 0.5601 -3.0532 C\\n13 C 0.7421 1.7493 -2.4817 C\\n14 N 0.5173 1.4536 -5.2582 N\\n15 C 1.0208 2.8531 -3.3451 C\\n16 C 0.1650 0.4618 -4.4251 C\\n17 C 0.9041 2.6264 -4.7386 C\\n18 C 1.3996 4.1532 -2.9174 C\\n19 C 1.6849 5.1675 -3.8314 C\\n20 C 1.5918 4.9136 -5.1904 C\\n21 C 1.1991 3.6494 -5.6264 C\\n22 O -0.4512 1.8089 -0.4747 O\\n23 C -0.7576 2.7468 0.4647 C\\n24 O 0.0836 3.4320 1.0343 O\\n25 C -2.2513 2.8624 0.6725 C\\n26 C -2.9668 1.6363 1.2601 C\\n27 C -3.0321 0.4512 0.2902 C\\n28 C -2.3922 1.2068 2.6115 C\\n29 C 3.8369 1.3571 -1.7798 C\\n30 C 5.3254 1.3432 -2.0524 C\\n31 C 8.0915 1.2817 -2.5251 C\\n32 C 5.9263 0.2284 -2.6651 C\\n33 C 6.1330 2.4386 -1.7105 C\\n34 C 7.5109 2.4044 -1.9385 C\\n35 C 7.3046 0.1951 -2.8928 C\\n36 I 10.1404 1.2331 -2.8546 I\\n37 H 2.3019 -0.1938 2.9996 H\\n38 H 1.6701 -0.2493 -0.9761 H\\n39 H 3.8012 -1.1472 -0.7804 H\\n40 H 5.1433 -0.2528 -0.0004 H\\n41 H 4.5162 -0.8570 2.0570 H\\n42 H 0.8174 -0.6885 1.0582 H\\n43 H 0.7224 0.9773 1.5430 H\\n44 H 2.2858 -2.4453 0.6951 H\\n45 H 2.6934 -2.5580 2.4089 H\\n46 H 4.6278 -3.1761 0.1025 H\\n47 H 3.7744 -4.3554 1.1078 H\\n48 H 4.9996 -3.2995 1.8366 H\\n49 H 3.2965 2.9186 0.4006 H\\n50 H 4.8305 2.0654 0.6891 H\\n51 H 2.5583 2.2400 2.4735 H\\n52 H 4.1139 1.4891 2.7658 H\\n53 H 1.3927 2.7543 -0.6910 H\\n54 H -0.0702 -0.2818 -2.4503 H\\n55 H -0.2074 -0.4397 -4.9068 H\\n56 H 1.4552 4.4199 -1.8656 H\\n57 H 1.9594 6.1607 -3.4837 H\\n58 H 1.7989 5.6993 -5.9142 H\\n59 H 1.1078 3.4610 -6.6949 H\\n60 H -2.7020 3.1528 -0.2865 H\\n61 H -2.4099 3.7188 1.3432 H\\n62 H -4.0041 1.9498 1.4395 H\\n63 H -2.0710 -0.0688 0.2065 H\\n64 H -3.7682 -0.2799 0.6472 H\\n65 H -3.3398 0.7770 -0.7108 H\\n66 H -2.3687 2.0497 3.3093 H\\n67 H -3.0126 0.4254 3.0606 H\\n68 H -1.3777 0.8094 2.5176 H\\n69 H 3.4634 2.3750 -1.9302 H\\n70 H 3.3392 0.6943 -2.4967 H\\n71 H 5.3343 -0.6289 -2.9799 H\\n72 H 5.7065 3.3366 -1.2667 H\\n73 H 8.1204 3.2609 -1.6628 H\\n74 H 7.7483 -0.6811 -3.3643 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.3890 -0.2015 1.7653 C\\n2 C 2.0808 -0.0248 -0.7805 C\\n3 C 4.3943 -0.0681 0.2949 C\\n4 N 3.3451 0.8772 -0.4100 N\\n5 C 3.8942 -0.4932 1.6788 C\\n6 C 1.6822 -0.7664 0.5289 C\\n7 C 4.2357 -1.9577 2.0151 C\\n8 C 5.7365 -2.2261 2.0426 C\\n9 C 2.9404 1.9640 0.5889 C\\n10 C 2.2331 1.3210 1.7840 C\\n11 C 0.8798 0.7269 -1.4950 C\\n12 C 0.3267 1.3627 -3.8440 C\\n13 C 0.6074 0.3213 -2.9434 C\\n14 N 0.2752 -0.1614 -5.6848 N\\n15 C 0.5536 -1.0145 -3.4329 C\\n16 C 0.1726 1.0783 -5.1829 C\\n17 C 0.4279 -1.1845 -4.8336 C\\n18 C 0.5849 -2.1850 -2.6314 C\\n19 C 0.5896 -3.4621 -3.1940 C\\n20 C 0.5372 -3.6014 -4.5702 C\\n21 C 0.4462 -2.4633 -5.3706 C\\n22 O -0.3873 0.5191 -0.8389 O\\n23 C -0.9258 1.5687 -0.1620 C\\n24 O -0.3530 2.6320 0.0372 O\\n25 C -2.3363 1.2356 0.2681 C\\n26 C -2.7783 1.9834 1.5370 C\\n27 C -1.9902 1.5328 2.7696 C\\n28 C -4.2746 1.7732 1.7776 C\\n29 C 4.1127 1.4112 -1.6605 C\\n30 C 3.6521 2.6345 -2.4102 C\\n31 C 2.9666 4.9222 -3.9007 C\\n32 C 3.7041 3.9165 -1.8365 C\\n33 C 3.3122 2.5325 -3.7665 C\\n34 C 2.9617 3.6680 -4.5054 C\\n35 C 3.3469 5.0513 -2.5712 C\\n36 I 2.4446 6.5991 -4.9984 I\\n37 H 1.9580 -0.6312 2.6769 H\\n38 H 2.5095 -0.7514 -1.4762 H\\n39 H 4.5512 -0.9143 -0.3838 H\\n40 H 5.3315 0.4911 0.3953 H\\n41 H 4.4045 0.1205 2.4349 H\\n42 H 1.9318 -1.8283 0.4110 H\\n43 H 0.6089 -0.7817 0.7105 H\\n44 H 3.7670 -2.6463 1.2968 H\\n45 H 3.8241 -2.2024 3.0029 H\\n46 H 6.1755 -2.1260 1.0471 H\\n47 H 6.2466 -1.5361 2.7250 H\\n48 H 5.9206 -3.2492 2.3866 H\\n49 H 3.8627 2.4655 0.9049 H\\n50 H 2.2865 2.6809 0.0899 H\\n51 H 1.1741 1.6025 1.7994 H\\n52 H 2.6541 1.7392 2.7087 H\\n53 H 1.1219 1.7917 -1.5114 H\\n54 H 0.2498 2.3952 -3.5165 H\\n55 H -0.0238 1.8613 -5.9081 H\\n56 H 0.5537 -2.1334 -1.5492 H\\n57 H 0.6076 -4.3467 -2.5604 H\\n58 H 0.5267 -4.5879 -5.0247 H\\n59 H 0.3629 -2.5820 -6.4497 H\\n60 H -2.4282 0.1578 0.4244 H\\n61 H -2.9824 1.5145 -0.5732 H\\n62 H -2.6132 3.0594 1.3943 H\\n63 H -2.0893 0.4530 2.9219 H\\n64 H -0.9278 1.7726 2.6693 H\\n65 H -2.3475 2.0378 3.6734 H\\n66 H -4.5002 0.7143 1.9584 H\\n67 H -4.6168 2.3537 2.6399 H\\n68 H -4.8608 2.0978 0.9106 H\\n69 H 5.1363 1.6360 -1.3306 H\\n70 H 4.1917 0.5514 -2.3393 H\\n71 H 4.0513 4.0718 -0.8196 H\\n72 H 3.3240 1.5710 -4.2818 H\\n73 H 2.7006 3.5656 -5.5574 H\\n74 H 3.3912 6.0307 -2.0983 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.5036 -1.0529 -0.0027 C\\n2 C 2.0582 -0.3790 0.2086 C\\n3 C 3.6571 1.0087 -1.1703 C\\n4 N 2.8879 0.9779 0.1874 N\\n5 C 4.6974 -0.1223 -1.2119 C\\n6 C 3.0575 -1.5452 0.0648 C\\n7 C 4.6721 -0.8759 -2.5540 C\\n8 C 5.1138 -0.0038 -3.7224 C\\n9 C 3.9417 1.0301 1.2967 C\\n10 C 4.7704 -0.2512 1.2786 C\\n11 C 0.9563 -0.6088 1.3436 C\\n12 C 1.3012 0.6103 3.5435 C\\n13 C 1.3943 -0.5865 2.8122 C\\n14 N 2.3514 -0.3776 5.4517 N\\n15 C 1.8648 -1.7451 3.5074 C\\n16 C 1.7814 0.6654 4.8365 C\\n17 C 2.3617 -1.5583 4.8239 C\\n18 C 1.8528 -3.0737 3.0033 C\\n19 C 2.3740 -4.1444 3.7318 C\\n20 C 2.9025 -3.9211 4.9928 C\\n21 C 2.8809 -2.6344 5.5255 C\\n22 O -0.1838 0.2939 1.2094 O\\n23 C -1.0541 0.0053 0.2070 C\\n24 O -0.7702 -0.7336 -0.7282 O\\n25 C -2.4336 0.5897 0.4279 C\\n26 C -2.5625 2.0940 0.7078 C\\n27 C -2.0613 2.4977 2.0973 C\\n28 C -1.9272 2.9624 -0.3796 C\\n29 C 1.9293 2.1791 0.2228 C\\n30 C 2.5220 3.5598 0.0824 C\\n31 C 3.6077 6.1340 -0.1769 C\\n32 C 3.0232 4.2430 1.2018 C\\n33 C 2.5559 4.1981 -1.1676 C\\n34 C 3.1005 5.4785 -1.2962 C\\n35 C 3.5675 5.5230 1.0733 C\\n36 I 4.4150 8.0358 -0.3725 I\\n37 H 5.1911 -1.9053 -0.0550 H\\n38 H 1.5161 -0.3279 -0.7414 H\\n39 H 4.1707 1.9717 -1.2504 H\\n40 H 2.9058 0.9345 -1.9642 H\\n41 H 5.6953 0.3312 -1.1224 H\\n42 H 2.9754 -2.2544 0.8842 H\\n43 H 2.8035 -2.1234 -0.8315 H\\n44 H 3.6674 -1.2622 -2.7618 H\\n45 H 5.3442 -1.7422 -2.4981 H\\n46 H 4.4635 0.8653 -3.8455 H\\n47 H 6.1390 0.3487 -3.5752 H\\n48 H 5.0864 -0.5761 -4.6540 H\\n49 H 4.5888 1.8909 1.0946 H\\n50 H 3.4553 1.1969 2.2550 H\\n51 H 4.5416 -0.8568 2.1628 H\\n52 H 5.8336 0.0009 1.3562 H\\n53 H 0.5370 -1.6057 1.1667 H\\n54 H 0.8571 1.5093 3.1364 H\\n55 H 1.7268 1.5783 5.4241 H\\n56 H 1.4167 -3.3127 2.0366 H\\n57 H 2.3581 -5.1511 3.3196 H\\n58 H 3.3136 -4.7426 5.5749 H\\n59 H 3.2693 -2.4661 6.5304 H\\n60 H -3.0052 0.3700 -0.4868 H\\n61 H -2.9093 0.0111 1.2342 H\\n62 H -3.6405 2.3112 0.6927 H\\n63 H -0.9710 2.5060 2.1475 H\\n64 H -2.4025 3.5104 2.3498 H\\n65 H -2.4413 1.8202 2.8728 H\\n66 H -0.8385 2.8811 -0.3741 H\\n67 H -2.1794 4.0173 -0.2221 H\\n68 H -2.2848 2.6792 -1.3782 H\\n69 H 1.2017 2.0115 -0.5798 H\\n70 H 1.3910 2.1420 1.1675 H\\n71 H 2.9862 3.7966 2.1933 H\\n72 H 2.1536 3.7138 -2.0558 H\\n73 H 3.1188 5.9585 -2.2724 H\\n74 H 3.9457 6.0371 1.9544 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0395 -1.2961 -0.3758 C\\n2 C 1.9600 -0.0722 0.4751 C\\n3 C 3.4946 0.9957 -1.2418 C\\n4 N 3.0697 1.0392 0.2650 N\\n5 C 4.1918 -0.3375 -1.5664 C\\n6 C 2.5666 -1.4211 0.0208 C\\n7 C 3.6825 -0.8848 -2.9140 C\\n8 C 4.3808 -2.1609 -3.3602 C\\n9 C 4.3433 0.7319 1.0790 C\\n10 C 4.7987 -0.6977 0.8122 C\\n11 C 1.1958 -0.1807 1.8793 C\\n12 C 2.0883 1.1606 3.8386 C\\n13 C 1.9854 -0.0822 3.1863 C\\n14 N 3.6181 0.2691 5.4475 N\\n15 C 2.6144 -1.2065 3.8077 C\\n16 C 2.9012 1.2847 4.9464 C\\n17 C 3.4516 -0.9509 4.9239 C\\n18 C 2.4496 -2.5615 3.4200 C\\n19 C 3.1400 -3.5987 4.0493 C\\n20 C 3.9976 -3.3132 5.0977 C\\n21 C 4.1349 -1.9959 5.5283 C\\n22 O 0.1068 0.7844 1.9555 O\\n23 C -1.0368 0.4119 1.3098 C\\n24 O -1.0696 -0.4826 0.4778 O\\n25 C -2.2204 1.2295 1.7742 C\\n26 C -2.8854 2.0371 0.6530 C\\n27 C -3.6657 1.1485 -0.3182 C\\n28 C -3.8266 3.0840 1.2548 C\\n29 C 2.5798 2.4678 0.6111 C\\n30 C 1.9778 3.3027 -0.4956 C\\n31 C 0.8853 4.8855 -2.5447 C\\n32 C 0.6959 3.0401 -0.9976 C\\n33 C 2.7043 4.3753 -1.0416 C\\n34 C 2.1622 5.1617 -2.0621 C\\n35 C 0.1514 3.8259 -2.0175 C\\n36 I 0.0733 6.0567 -4.0539 I\\n37 H 4.4537 -2.2840 -0.6005 H\\n38 H 1.2054 0.1956 -0.2721 H\\n39 H 4.1809 1.8326 -1.4152 H\\n40 H 2.5898 1.1310 -1.8424 H\\n41 H 5.2631 -0.1295 -1.7000 H\\n42 H 2.4790 -2.1827 0.7936 H\\n43 H 1.9780 -1.8123 -0.8183 H\\n44 H 2.6013 -1.0617 -2.8800 H\\n45 H 3.8441 -0.1203 -3.6849 H\\n46 H 4.0714 -2.4205 -4.3782 H\\n47 H 5.4682 -2.0373 -3.3585 H\\n48 H 4.1243 -3.0055 -2.7144 H\\n49 H 4.1566 0.9210 2.1344 H\\n50 H 5.1103 1.4443 0.7495 H\\n51 H 5.8783 -0.7044 0.6181 H\\n52 H 4.6551 -1.3153 1.7044 H\\n53 H 0.7056 -1.1611 1.9004 H\\n54 H 1.5404 2.0384 3.5122 H\\n55 H 3.0076 2.2309 5.4707 H\\n56 H 1.7452 -2.8548 2.6480 H\\n57 H 2.9921 -4.6292 3.7335 H\\n58 H 4.5366 -4.1105 5.6031 H\\n59 H 4.7808 -1.7809 6.3784 H\\n60 H -2.9313 0.5472 2.2553 H\\n61 H -1.8721 1.9125 2.5599 H\\n62 H -2.1149 2.5679 0.0831 H\\n63 H -3.0040 0.4617 -0.8534 H\\n64 H -4.4219 0.5542 0.2061 H\\n65 H -4.1774 1.7557 -1.0729 H\\n66 H -4.2938 3.6860 0.4683 H\\n67 H -4.6243 2.6121 1.8396 H\\n68 H -3.2799 3.7663 1.9144 H\\n69 H 1.8601 2.3961 1.4218 H\\n70 H 3.4464 3.0031 1.0200 H\\n71 H 0.0978 2.2232 -0.6081 H\\n72 H 3.7008 4.6226 -0.6769 H\\n73 H 2.7409 5.9919 -2.4625 H\\n74 H -0.8505 3.6071 -2.3843 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0022 -1.3577 -0.3517 C\\n2 C 2.0065 -0.0314 0.4942 C\\n3 C 3.5495 0.9454 -1.2618 C\\n4 N 3.1614 1.0311 0.2420 N\\n5 C 4.0916 -0.4567 -1.5947 C\\n6 C 2.5587 -1.4296 0.1436 C\\n7 C 3.3951 -1.0094 -2.8538 C\\n8 C 3.9053 -2.3768 -3.2848 C\\n9 C 4.4203 0.7029 1.0507 C\\n10 C 4.8504 -0.7343 0.7652 C\\n11 C 1.2001 0.0153 1.8766 C\\n12 C 2.4289 -1.3742 3.5532 C\\n13 C 1.9874 -0.0846 3.1943 C\\n14 N 3.6913 -0.5208 5.3908 N\\n15 C 2.3034 0.9928 4.0937 C\\n16 C 3.2671 -1.5394 4.6342 C\\n17 C 3.1960 0.6982 5.1592 C\\n18 C 1.8061 2.3264 4.0468 C\\n19 C 2.2188 3.3163 4.9434 C\\n20 C 3.1312 3.0030 5.9330 C\\n21 C 3.6012 1.6970 6.0328 C\\n22 O 0.2804 1.1302 1.8924 O\\n23 C -0.8560 0.9768 1.1478 C\\n24 O -1.0269 0.0481 0.3755 O\\n25 C -1.7903 2.1388 1.4076 C\\n26 C -3.1555 2.0838 0.7052 C\\n27 C -3.0387 2.1491 -0.8175 C\\n28 C -3.9948 0.8848 1.1446 C\\n29 C 2.6457 2.4527 0.5285 C\\n30 C 3.5847 3.6109 0.2878 C\\n31 C 5.3162 5.7798 -0.1345 C\\n32 C 3.5873 4.2949 -0.9382 C\\n33 C 4.4522 4.0454 1.3044 C\\n34 C 5.3167 5.1225 1.0936 C\\n35 C 4.4536 5.3715 -1.1500 C\\n36 I 6.5977 7.3831 -0.4487 I\\n37 H 4.3784 -2.3640 -0.5629 H\\n38 H 1.2872 0.2227 -0.2935 H\\n39 H 4.3309 1.6884 -1.4508 H\\n40 H 2.6584 1.2109 -1.8417 H\\n41 H 5.1552 -0.3472 -1.8519 H\\n42 H 1.9143 -1.8887 -0.6158 H\\n43 H 2.5106 -2.1174 0.9873 H\\n44 H 2.3100 -1.0601 -2.7098 H\\n45 H 3.5609 -0.3064 -3.6800 H\\n46 H 4.9965 -2.3791 -3.3773 H\\n47 H 3.4825 -2.6450 -4.2590 H\\n48 H 3.6117 -3.1544 -2.5737 H\\n49 H 4.2232 0.8761 2.1079 H\\n50 H 5.2104 1.3927 0.7345 H\\n51 H 5.9108 -0.7467 0.4844 H\\n52 H 4.7779 -1.3350 1.6786 H\\n53 H 0.5657 -0.8843 1.8831 H\\n54 H 2.1265 -2.2654 3.0127 H\\n55 H 3.6346 -2.5204 4.9251 H\\n56 H 1.0499 2.6315 3.3332 H\\n57 H 1.8095 4.3227 4.8811 H\\n58 H 3.4567 3.7556 6.6477 H\\n59 H 4.2937 1.4446 6.8349 H\\n60 H -1.9546 2.1911 2.4910 H\\n61 H -1.2677 3.0533 1.1016 H\\n62 H -3.7002 2.9848 1.0183 H\\n63 H -2.5903 1.2440 -1.2380 H\\n64 H -4.0295 2.2645 -1.2712 H\\n65 H -2.4299 3.0059 -1.1260 H\\n66 H -5.0034 0.9480 0.7223 H\\n67 H -3.5619 -0.0651 0.8175 H\\n68 H -4.0921 0.8572 2.2350 H\\n69 H 1.7313 2.5858 -0.0631 H\\n70 H 2.3590 2.4750 1.5729 H\\n71 H 2.9109 4.0110 -1.7427 H\\n72 H 4.4600 3.5615 2.2807 H\\n73 H 5.9764 5.4430 1.8975 H\\n74 H 4.4409 5.8892 -2.1068 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.3339 -1.1676 0.2271 C\\n2 C 1.9576 -0.2275 0.2671 C\\n3 C 3.7591 0.8367 -1.1725 C\\n4 N 2.9228 1.0249 0.1365 N\\n5 C 4.6836 -0.3879 -1.0496 C\\n6 C 2.8400 -1.4966 0.2547 C\\n7 C 4.6400 -1.2132 -2.3504 C\\n8 C 5.5712 -2.4161 -2.3453 C\\n9 C 3.9427 1.0758 1.2931 C\\n10 C 4.6408 -0.2714 1.4307 C\\n11 C 0.8435 -0.2528 1.4163 C\\n12 C 0.9798 1.4834 3.2624 C\\n13 C 1.2120 0.1606 2.8423 C\\n14 N 2.1001 1.0950 5.3389 N\\n15 C 1.7679 -0.7457 3.7986 C\\n16 C 1.4331 1.8968 4.4976 C\\n17 C 2.2272 -0.1993 5.0238 C\\n18 C 1.8728 -2.1517 3.6373 C\\n19 C 2.4740 -2.9627 4.6018 C\\n20 C 2.9697 -2.3934 5.7618 C\\n21 C 2.8319 -1.0220 5.9627 C\\n22 O -0.3056 0.5415 1.0069 O\\n23 C -1.1830 -0.0842 0.1779 C\\n24 O -0.9423 -1.1609 -0.3540 O\\n25 C -2.4431 0.7115 -0.0854 C\\n26 C -2.6000 2.0217 0.7061 C\\n27 C -2.9795 1.7541 2.1651 C\\n28 C -3.6682 2.9028 0.0526 C\\n29 C 2.1733 2.3804 0.0639 C\\n30 C 1.7783 2.9078 -1.2971 C\\n31 C 1.0780 3.9233 -3.8233 C\\n32 C 0.7081 2.3607 -2.0184 C\\n33 C 2.4890 3.9798 -1.8655 C\\n34 C 2.1421 4.4840 -3.1220 C\\n35 C 0.3597 2.8635 -3.2755 C\\n36 I 0.5586 4.6702 -5.6892 I\\n37 H 4.9223 -2.0866 0.3100 H\\n38 H 1.4183 -0.2163 -0.6866 H\\n39 H 3.0524 0.7250 -2.0007 H\\n40 H 4.3536 1.7463 -1.3168 H\\n41 H 5.7149 -0.0192 -0.9499 H\\n42 H 2.6393 -2.1359 1.1115 H\\n43 H 2.5697 -2.1090 -0.6137 H\\n44 H 4.9278 -0.5618 -3.1858 H\\n45 H 3.6203 -1.5521 -2.5637 H\\n46 H 6.5919 -2.1248 -2.0786 H\\n47 H 5.2306 -3.1823 -1.6424 H\\n48 H 5.5967 -2.8744 -3.3399 H\\n49 H 4.6702 1.8579 1.0419 H\\n50 H 3.4400 1.3819 2.2080 H\\n51 H 4.3331 -0.7645 2.3583 H\\n52 H 5.7222 -0.1128 1.5233 H\\n53 H 0.4764 -1.2828 1.4891 H\\n54 H 0.4436 2.2030 2.6537 H\\n55 H 1.2765 2.9130 4.8502 H\\n56 H 1.4496 -2.6620 2.7774 H\\n57 H 2.5373 -4.0387 4.4541 H\\n58 H 3.4341 -3.0117 6.5264 H\\n59 H 3.1893 -0.5843 6.8933 H\\n60 H -2.4313 0.9400 -1.1591 H\\n61 H -3.2979 0.0528 0.1137 H\\n62 H -1.6562 2.5820 0.6893 H\\n63 H -3.0515 2.6955 2.7215 H\\n64 H -3.9488 1.2477 2.2367 H\\n65 H -2.2362 1.1293 2.6683 H\\n66 H -3.3903 3.1510 -0.9773 H\\n67 H -4.6413 2.3993 0.0297 H\\n68 H -3.7852 3.8442 0.6009 H\\n69 H 2.8267 3.1194 0.5452 H\\n70 H 1.2862 2.3179 0.6869 H\\n71 H 0.1256 1.5369 -1.6226 H\\n72 H 3.3205 4.4457 -1.3375 H\\n73 H 2.7053 5.3173 -3.5383 H\\n74 H -0.4757 2.4223 -3.8163 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.2263 -1.2023 -0.2813 C\\n2 C 1.9681 -0.1930 0.3791 C\\n3 C 3.5275 1.0169 -1.2173 C\\n4 N 2.9751 1.0234 0.2505 N\\n5 C 4.3987 -0.2265 -1.4552 C\\n6 C 2.7419 -1.4725 -0.0199 C\\n7 C 4.1113 -0.8819 -2.8186 C\\n8 C 4.4978 0.0106 -3.9912 C\\n9 C 4.2021 0.8472 1.1693 C\\n10 C 4.8091 -0.5373 0.9689 C\\n11 C 1.1096 -0.3836 1.7185 C\\n12 C 1.8077 0.9586 3.7514 C\\n13 C 1.7975 -0.2786 3.0805 C\\n14 N 3.2190 0.0913 5.4763 N\\n15 C 2.4081 -1.3918 3.7391 C\\n16 C 2.5191 1.0928 4.9253 C\\n17 C 3.1347 -1.1268 4.9282 C\\n18 C 2.3243 -2.7451 3.3194 C\\n19 C 2.9822 -3.7714 4.0005 C\\n20 C 3.7281 -3.4765 5.1286 C\\n21 C 3.7888 -2.1609 5.5825 C\\n22 O -0.0422 0.5061 1.7591 O\\n23 C -1.1101 0.1010 1.0179 C\\n24 O -1.0247 -0.7075 0.1045 O\\n25 C -2.3849 0.7751 1.4610 C\\n26 C -2.6905 2.0372 0.6486 C\\n27 C -4.1945 2.3148 0.6403 C\\n28 C -1.9495 3.2503 1.2137 C\\n29 C 2.3131 2.3952 0.5359 C\\n30 C 1.7564 3.1749 -0.6341 C\\n31 C 0.7551 4.6602 -2.8004 C\\n32 C 0.5986 2.7649 -1.3115 C\\n33 C 2.4020 4.3473 -1.0636 C\\n34 C 1.9053 5.0853 -2.1410 C\\n35 C 0.1000 3.5024 -2.3889 C\\n36 I 0.0119 5.7579 -4.3972 I\\n37 H 4.7520 -2.1438 -0.4772 H\\n38 H 1.2522 -0.0001 -0.4253 H\\n39 H 4.1233 1.9269 -1.3497 H\\n40 H 2.6646 1.0339 -1.8891 H\\n41 H 5.4505 0.0929 -1.4751 H\\n42 H 2.6595 -2.2456 0.7422 H\\n43 H 2.2714 -1.9100 -0.9085 H\\n44 H 4.6754 -1.8190 -2.8971 H\\n45 H 3.0505 -1.1412 -2.9082 H\\n46 H 4.3068 -0.5067 -4.9365 H\\n47 H 3.9218 0.9404 -3.9968 H\\n48 H 5.5619 0.2641 -3.9546 H\\n49 H 4.9232 1.6250 0.8872 H\\n50 H 3.9142 1.0318 2.2017 H\\n51 H 5.8991 -0.4462 0.8826 H\\n52 H 4.6321 -1.1620 1.8503 H\\n53 H 0.6804 -1.3914 1.6717 H\\n54 H 1.2657 1.8232 3.3856 H\\n55 H 2.5543 2.0353 5.4658 H\\n56 H 1.7116 -3.0461 2.4745 H\\n57 H 2.8963 -4.8010 3.6595 H\\n58 H 4.2390 -4.2663 5.6751 H\\n59 H 4.3487 -1.9382 6.4895 H\\n60 H -3.1797 0.0277 1.3410 H\\n61 H -2.3325 0.9857 2.5366 H\\n62 H -2.3719 1.8881 -0.3911 H\\n63 H -4.5769 2.4711 1.6551 H\\n64 H -4.7429 1.4758 0.1980 H\\n65 H -4.4209 3.2093 0.0508 H\\n66 H -2.1219 4.1328 0.5890 H\\n67 H -2.2878 3.4855 2.2290 H\\n68 H -0.8717 3.0769 1.2556 H\\n69 H 3.0759 3.0077 1.0320 H\\n70 H 1.5245 2.2497 1.2683 H\\n71 H 0.0600 1.8696 -1.0165 H\\n72 H 3.2984 4.7111 -0.5631 H\\n73 H 2.4204 5.9931 -2.4509 H\\n74 H -0.8023 3.1648 -2.8958 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8470 -0.3354 1.8327 C\\n2 C 2.0071 0.1336 -0.5234 C\\n3 C 4.4856 -0.1760 -0.0767 C\\n4 N 3.4088 0.8938 -0.3888 N\\n5 C 4.1820 -0.8539 1.2704 C\\n6 C 1.7117 -0.5493 0.8311 C\\n7 C 4.2276 -2.3905 1.1765 C\\n8 C 5.6210 -2.9199 0.8601 C\\n9 C 3.3704 1.8951 0.7765 C\\n10 C 2.9679 1.1761 2.0618 C\\n11 C 0.8298 1.0333 -1.0848 C\\n12 C 0.6351 -0.2125 -3.2759 C\\n13 C 0.6966 1.0205 -2.6055 C\\n14 N 0.5950 0.8925 -5.4014 N\\n15 C 0.5917 2.2200 -3.3752 C\\n16 C 0.5880 -0.2233 -4.6544 C\\n17 C 0.5655 2.0815 -4.7847 C\\n18 C 0.5026 3.5329 -2.8390 C\\n19 C 0.4323 4.6569 -3.6639 C\\n20 C 0.4409 4.4979 -5.0402 C\\n21 C 0.5033 3.2153 -5.5825 C\\n22 O -0.4641 0.6233 -0.6011 O\\n23 C -1.0069 1.4254 0.3638 C\\n24 O -0.3893 2.3243 0.9181 O\\n25 C -2.4271 0.9884 0.6513 C\\n26 C -3.2896 1.9852 1.4427 C\\n27 C -2.8188 2.1562 2.8876 C\\n28 C -3.4190 3.3365 0.7392 C\\n29 C 3.7637 1.6092 -1.7240 C\\n30 C 5.1706 2.1380 -1.8791 C\\n31 C 7.7975 3.0927 -2.1620 C\\n32 C 6.1432 1.3764 -2.5486 C\\n33 C 5.5322 3.3978 -1.3766 C\\n34 C 6.8417 3.8693 -1.5109 C\\n35 C 7.4512 1.8499 -2.6867 C\\n36 I 9.7403 3.7956 -2.3629 I\\n37 H 2.6103 -0.8321 2.7811 H\\n38 H 2.2251 -0.6670 -1.2398 H\\n39 H 5.4563 0.3275 -0.0144 H\\n40 H 4.4935 -0.8765 -0.9211 H\\n41 H 4.9710 -0.5591 1.9780 H\\n42 H 0.7904 -0.1829 1.2889 H\\n43 H 1.5381 -1.6190 0.6639 H\\n44 H 3.5309 -2.7543 0.4117 H\\n45 H 3.9059 -2.8202 2.1337 H\\n46 H 5.9623 -2.5906 -0.1265 H\\n47 H 6.3474 -2.5829 1.6070 H\\n48 H 5.6166 -4.0155 0.8647 H\\n49 H 2.6743 2.7008 0.5240 H\\n50 H 4.3740 2.3183 0.8847 H\\n51 H 2.0185 1.5837 2.4307 H\\n52 H 3.7082 1.3839 2.8438 H\\n53 H 1.0451 2.0507 -0.7650 H\\n54 H 0.6091 -1.1618 -2.7487 H\\n55 H 0.5441 -1.1547 -5.2139 H\\n56 H 0.4526 3.7161 -1.7687 H\\n57 H 0.3560 5.6530 -3.2327 H\\n58 H 0.3807 5.3627 -5.6970 H\\n59 H 0.4881 3.0955 -6.6648 H\\n60 H -2.9167 0.8039 -0.3135 H\\n61 H -2.3746 0.0337 1.1899 H\\n62 H -4.2977 1.5521 1.4915 H\\n63 H -3.5334 2.7634 3.4554 H\\n64 H -1.8450 2.6499 2.9521 H\\n65 H -2.7403 1.1841 3.3849 H\\n66 H -3.7818 3.2082 -0.2861 H\\n67 H -2.4664 3.8725 0.6968 H\\n68 H -4.1341 3.9770 1.2663 H\\n69 H 3.0670 2.4448 -1.8316 H\\n70 H 3.5585 0.8868 -2.5226 H\\n71 H 5.8969 0.4087 -2.9826 H\\n72 H 4.8023 4.0375 -0.8854 H\\n73 H 7.1011 4.8482 -1.1113 H\\n74 H 8.1870 1.2449 -3.2134 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.9009 -0.3661 1.8454 C\\n2 C 1.9723 0.1396 -0.4982 C\\n3 C 4.4695 -0.1701 -0.0895 C\\n4 N 3.3732 0.9151 -0.3874 N\\n5 C 4.2970 -0.7387 1.3292 C\\n6 C 1.8493 -0.7311 0.7882 C\\n7 C 4.6258 -2.2455 1.3433 C\\n8 C 4.6154 -2.8529 2.7487 C\\n9 C 3.3482 1.8913 0.7968 C\\n10 C 2.8704 1.1571 2.0514 C\\n11 C 0.7129 1.0661 -0.7817 C\\n12 C -0.2587 2.1084 -2.8330 C\\n13 C 0.0807 0.9193 -2.1652 C\\n14 N -0.8919 0.8911 -4.7953 N\\n15 C -0.2407 -0.3184 -2.7973 C\\n16 C -0.7293 2.0449 -4.1275 C\\n17 C -0.6907 -0.2611 -4.1419 C\\n18 C -0.1753 -1.5936 -2.1814 C\\n19 C -0.4637 -2.7640 -2.8906 C\\n20 C -0.8359 -2.6892 -4.2232 C\\n21 C -0.9497 -1.4394 -4.8292 C\\n22 O -0.3739 0.8206 0.1322 O\\n23 C -0.6523 1.7947 1.0385 C\\n24 O -0.0150 2.8339 1.1646 O\\n25 C -1.8321 1.4152 1.9024 C\\n26 C -3.1809 1.9558 1.4087 C\\n27 C -3.6208 1.2933 0.1045 C\\n28 C -3.1798 3.4757 1.2599 C\\n29 C 3.8113 1.5494 -1.7513 C\\n30 C 3.4657 2.9713 -2.1112 C\\n31 C 2.9448 5.6182 -2.9290 C\\n32 C 3.9999 4.0635 -1.4112 C\\n33 C 2.7354 3.2394 -3.2792 C\\n34 C 2.4642 4.5516 -3.6814 C\\n35 C 3.7179 5.3792 -1.7980 C\\n36 I 2.5621 7.5695 -3.5197 I\\n37 H 2.6713 -0.8606 2.7981 H\\n38 H 2.1348 -0.5333 -1.3467 H\\n39 H 4.3822 -0.9353 -0.8708 H\\n40 H 5.4490 0.3143 -0.1712 H\\n41 H 5.0437 -0.2524 1.9771 H\\n42 H 0.8621 -0.6692 1.2507 H\\n43 H 1.9485 -1.7884 0.5073 H\\n44 H 5.6283 -2.3828 0.9255 H\\n45 H 3.9341 -2.8088 0.7037 H\\n46 H 5.3445 -2.3478 3.3985 H\\n47 H 3.6292 -2.7948 3.2168 H\\n48 H 4.8793 -3.9195 2.6984 H\\n49 H 2.6854 2.7260 0.5641 H\\n50 H 4.3727 2.2583 0.9263 H\\n51 H 1.8570 1.4742 2.3127 H\\n52 H 3.4964 1.4426 2.9064 H\\n53 H 1.0524 2.1024 -0.7049 H\\n54 H -0.1406 3.0852 -2.3670 H\\n55 H -0.9880 2.9450 -4.6786 H\\n56 H 0.0548 -1.7017 -1.1279 H\\n57 H -0.4126 -3.7345 -2.3972 H\\n58 H -1.0691 -3.5930 -4.7863 H\\n59 H -1.2776 -1.3842 -5.8639 H\\n60 H -1.8635 0.3236 1.9957 H\\n61 H -1.6225 1.7881 2.9124 H\\n62 H -3.9299 1.7017 2.1738 H\\n63 H -2.9574 1.5506 -0.7245 H\\n64 H -4.6350 1.6119 -0.1684 H\\n65 H -3.6347 0.2021 0.2091 H\\n66 H -2.8237 3.9484 2.1836 H\\n67 H -4.1931 3.8419 1.0564 H\\n68 H -2.5453 3.8036 0.4298 H\\n69 H 4.9104 1.4934 -1.7962 H\\n70 H 3.4493 0.8535 -2.5226 H\\n71 H 4.6738 3.9170 -0.5734 H\\n72 H 2.3756 2.4262 -3.9096 H\\n73 H 1.8886 4.7244 -4.5856 H\\n74 H 4.1354 6.2030 -1.2237 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.9404 -0.5457 1.7904 C\\n2 C 1.9733 -0.1690 -0.5277 C\\n3 C 4.4455 0.1752 -0.0941 C\\n4 N 3.1131 0.9372 -0.3383 N\\n5 C 4.3140 -0.7511 1.1264 C\\n6 C 1.8068 -0.8905 0.8237 C\\n7 C 4.5927 -2.2275 0.7817 C\\n8 C 6.0467 -2.4776 0.4002 C\\n9 C 2.8315 1.8082 0.8890 C\\n10 C 2.7952 0.9397 2.1459 C\\n11 C 0.6208 0.3284 -1.1684 C\\n12 C 0.2242 -1.0206 -3.2295 C\\n13 C -0.1043 -0.8292 -1.8708 C\\n14 N -1.1943 -2.9406 -3.3691 N\\n15 C -1.0330 -1.7333 -1.2685 C\\n16 C -0.3408 -2.0685 -3.9246 C\\n17 C -1.5406 -2.7766 -2.0861 C\\n18 C -1.5012 -1.6805 0.0697 C\\n19 C -2.4130 -2.6117 0.5756 C\\n20 C -2.8854 -3.6219 -0.2434 C\\n21 C -2.4438 -3.6915 -1.5623 C\\n22 O -0.2403 1.0137 -0.2357 O\\n23 C -0.5313 2.3131 -0.5126 C\\n24 O 0.0487 2.9667 -1.3773 O\\n25 C -1.5900 2.9227 0.3823 C\\n26 C -2.3811 1.9800 1.3014 C\\n27 C -1.5726 1.5744 2.5356 C\\n28 C -3.6759 2.6703 1.7561 C\\n29 C 3.2544 1.8157 -1.6145 C\\n30 C 4.5051 2.6553 -1.7537 C\\n31 C 6.8393 4.2001 -2.0060 C\\n32 C 5.6257 2.1574 -2.4429 C\\n33 C 4.5693 3.9505 -1.2148 C\\n34 C 5.7315 4.7181 -1.3386 C\\n35 C 6.7891 2.9224 -2.5617 C\\n36 I 8.5675 5.3381 -2.1844 I\\n37 H 2.8591 -1.1499 2.7021 H\\n38 H 2.4297 -0.8692 -1.2409 H\\n39 H 5.2239 0.9210 0.0996 H\\n40 H 4.6779 -0.3641 -1.0191 H\\n41 H 5.0800 -0.4475 1.8552 H\\n42 H 0.8656 -0.6217 1.3082 H\\n43 H 1.7578 -1.9726 0.6554 H\\n44 H 3.9505 -2.5656 -0.0390 H\\n45 H 4.3552 -2.8510 1.6516 H\\n46 H 6.7224 -2.1478 1.1942 H\\n47 H 6.3169 -1.9567 -0.5249 H\\n48 H 6.2121 -3.5481 0.2392 H\\n49 H 1.8850 2.3266 0.7283 H\\n50 H 3.6294 2.5518 0.9746 H\\n51 H 3.5978 1.2450 2.8280 H\\n52 H 1.8601 1.1159 2.6895 H\\n53 H 0.8745 1.0077 -1.9868 H\\n54 H 0.9065 -0.3606 -3.7593 H\\n55 H -0.1207 -2.2420 -4.9748 H\\n56 H -1.1892 -0.8988 0.7501 H\\n57 H -2.7600 -2.5400 1.6041 H\\n58 H -3.5995 -4.3528 0.1308 H\\n59 H -2.8209 -4.4845 -2.2067 H\\n60 H -2.2954 3.4095 -0.3036 H\\n61 H -1.1055 3.7079 0.9764 H\\n62 H -2.6701 1.0763 0.7495 H\\n63 H -0.6514 1.0538 2.2626 H\\n64 H -1.2977 2.4471 3.1384 H\\n65 H -2.1539 0.8979 3.1722 H\\n66 H -4.2656 2.0098 2.4012 H\\n67 H -4.2983 2.9363 0.8953 H\\n68 H -3.4568 3.5905 2.3126 H\\n69 H 3.1862 1.1285 -2.4688 H\\n70 H 2.3876 2.4793 -1.6477 H\\n71 H 5.6074 1.1722 -2.9064 H\\n72 H 3.7134 4.3901 -0.7054 H\\n73 H 5.7545 5.7237 -0.9199 H\\n74 H 7.6443 2.5162 -3.0984 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.0739 -0.5389 1.7862 C\\n2 C 2.0483 -0.1182 -0.5227 C\\n3 C 4.5487 0.0743 -0.1459 C\\n4 N 3.2562 0.9087 -0.3636 N\\n5 C 4.5058 -0.6132 1.2269 C\\n6 C 2.0658 -1.0250 0.7370 C\\n7 C 5.0506 -2.0520 1.1732 C\\n8 C 6.5279 -2.1072 0.8048 C\\n9 C 3.0547 1.8024 0.8701 C\\n10 C 2.7681 0.9325 2.0910 C\\n11 C 0.6438 0.5498 -0.8137 C\\n12 C -0.3911 -1.6687 -1.4943 C\\n13 C -0.2672 -0.2882 -1.7134 C\\n14 N -1.8668 -1.8949 -3.3711 N\\n15 C -1.0419 0.3005 -2.7647 C\\n16 C -1.1874 -2.4162 -2.3384 C\\n17 C -1.8123 -0.5729 -3.5719 C\\n18 C -1.1075 1.6891 -3.0601 C\\n19 C -1.8702 2.1814 -4.1205 C\\n20 C -2.5930 1.3031 -4.9094 C\\n21 C -2.5586 -0.0602 -4.6234 C\\n22 O -0.1045 0.7966 0.3939 O\\n23 C -0.4854 2.0796 0.6326 C\\n24 O -0.0740 3.0458 0.0051 O\\n25 C -1.4481 2.1550 1.7917 C\\n26 C -2.9256 2.0644 1.3924 C\\n27 C -3.3401 3.1898 0.4437 C\\n28 C -3.2892 0.7023 0.8017 C\\n29 C 3.4677 1.8318 -1.5998 C\\n30 C 3.7696 1.1513 -2.9143 C\\n31 C 4.3364 -0.1496 -5.3435 C\\n32 C 5.0927 0.8434 -3.2761 C\\n33 C 2.7435 0.8259 -3.8131 C\\n34 C 3.0220 0.1716 -5.0167 C\\n35 C 5.3746 0.1907 -4.4799 C\\n36 I 4.7518 -1.1227 -7.1288 I\\n37 H 2.9818 -1.1336 2.7019 H\\n38 H 2.3343 -0.7211 -1.3930 H\\n39 H 4.6048 -0.6514 -0.9634 H\\n40 H 5.4021 0.7594 -0.2032 H\\n41 H 5.1617 -0.0532 1.9090 H\\n42 H 2.3064 -2.0505 0.4326 H\\n43 H 1.0769 -1.0955 1.2025 H\\n44 H 4.4865 -2.6555 0.4534 H\\n45 H 4.9214 -2.5245 2.1543 H\\n46 H 6.7066 -1.7149 -0.2007 H\\n47 H 6.8823 -3.1428 0.8267 H\\n48 H 7.1302 -1.5287 1.5127 H\\n49 H 3.9799 2.3749 1.0074 H\\n50 H 2.2484 2.5066 0.6651 H\\n51 H 3.3734 1.2829 2.9359 H\\n52 H 1.7242 1.0473 2.4040 H\\n53 H 0.8520 1.4767 -1.3387 H\\n54 H 0.1002 -2.1857 -0.6796 H\\n55 H -1.3061 -3.4884 -2.2031 H\\n56 H -0.5839 2.4301 -2.4637 H\\n57 H -1.9055 3.2497 -4.3227 H\\n58 H -3.1945 1.6705 -5.7375 H\\n59 H -3.1410 -0.7453 -5.2372 H\\n60 H -1.1925 1.3694 2.5139 H\\n61 H -1.2564 3.1033 2.3101 H\\n62 H -3.5095 2.1843 2.3151 H\\n63 H -4.4217 3.1708 0.2721 H\\n64 H -3.0872 4.1672 0.8676 H\\n65 H -2.8487 3.1010 -0.5304 H\\n66 H -2.8264 0.5478 -0.1769 H\\n67 H -4.3737 0.6192 0.6695 H\\n68 H -2.9709 -0.1093 1.4649 H\\n69 H 4.3008 2.5000 -1.3435 H\\n70 H 2.5888 2.4777 -1.6910 H\\n71 H 5.9292 1.1159 -2.6349 H\\n72 H 1.7105 1.0916 -3.6117 H\\n73 H 2.2044 -0.0704 -5.6944 H\\n74 H 6.4073 -0.0373 -4.7377 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.2913 -0.0989 1.7639 C\\n2 C 2.0393 0.0436 -0.7852 C\\n3 C 4.3314 -0.1087 0.3269 C\\n4 N 3.3582 0.8614 -0.4068 N\\n5 C 3.7730 -0.4935 1.7081 C\\n6 C 1.5625 -0.6413 0.5275 C\\n7 C 4.0710 -1.9743 2.0066 C\\n8 C 3.6105 -2.4316 3.3851 C\\n9 C 3.0139 2.0019 0.5717 C\\n10 C 2.2262 1.4336 1.7471 C\\n11 C 0.9054 0.8936 -1.5131 C\\n12 C 0.6975 1.7613 -3.8485 C\\n13 C 0.7352 0.6365 -3.0046 C\\n14 N 0.5928 0.3593 -5.7872 N\\n15 C 0.5688 -0.6539 -3.5885 C\\n16 C 0.6197 1.5723 -5.2123 C\\n17 C 0.5406 -0.7252 -5.0018 C\\n18 C 0.4160 -1.8633 -2.8644 C\\n19 C 0.3218 -3.0962 -3.5099 C\\n20 C 0.3571 -3.1467 -4.8925 C\\n21 C 0.4533 -1.9629 -5.6217 C\\n22 O -0.4102 0.6667 -0.9672 O\\n23 C -0.9706 1.6800 -0.2539 C\\n24 O -0.4129 2.7422 -0.0090 O\\n25 C -2.3690 1.2985 0.1823 C\\n26 C -2.7606 1.9335 1.5237 C\\n27 C -1.9664 1.3278 2.6848 C\\n28 C -4.2589 1.7448 1.7779 C\\n29 C 4.0892 1.4661 -1.6440 C\\n30 C 4.7284 0.5065 -2.6268 C\\n31 C 5.8701 -1.3213 -4.4500 C\\n32 C 5.9730 -0.0978 -2.3682 C\\n33 C 4.1154 0.2253 -3.8548 C\\n34 C 4.6698 -0.6881 -4.7578 C\\n35 C 6.5333 -1.0162 -3.2648 C\\n36 I 6.6797 -2.7020 -5.7686 I\\n37 H 1.8102 -0.4661 2.6751 H\\n38 H 2.4150 -0.7297 -1.4617 H\\n39 H 5.2906 0.4083 0.4452 H\\n40 H 4.4559 -0.9887 -0.3132 H\\n41 H 4.3132 0.0912 2.4671 H\\n42 H 1.7212 -1.7236 0.4361 H\\n43 H 0.4868 -0.5435 0.6975 H\\n44 H 5.1559 -2.1338 1.9378 H\\n45 H 3.6168 -2.6278 1.2513 H\\n46 H 2.5190 -2.4646 3.4453 H\\n47 H 3.9792 -3.4442 3.5786 H\\n48 H 3.9865 -1.7782 4.1773 H\\n49 H 2.4565 2.7759 0.0381 H\\n50 H 3.9651 2.4334 0.9081 H\\n51 H 2.6205 1.8460 2.6833 H\\n52 H 1.1880 1.7653 1.6957 H\\n53 H 1.1731 1.9472 -1.4127 H\\n54 H 0.7302 2.7753 -3.4598 H\\n55 H 0.5893 2.4107 -5.9036 H\\n56 H 0.3343 -1.8714 -1.7833 H\\n57 H 0.2092 -4.0125 -2.9361 H\\n58 H 0.2897 -4.0985 -5.4117 H\\n59 H 0.4488 -2.0090 -6.7094 H\\n60 H -3.0502 1.6189 -0.6153 H\\n61 H -2.4287 0.2040 0.2637 H\\n62 H -2.5600 3.0115 1.4920 H\\n63 H -0.8912 1.4667 2.5468 H\\n64 H -2.1556 0.2527 2.7856 H\\n65 H -2.2376 1.8094 3.6309 H\\n66 H -4.8507 2.2040 0.9787 H\\n67 H -4.5233 0.6823 1.8338 H\\n68 H -4.5532 2.2132 2.7235 H\\n69 H 3.3670 2.1172 -2.1498 H\\n70 H 4.8754 2.1236 -1.2464 H\\n71 H 6.5391 0.1358 -1.4696 H\\n72 H 3.2067 0.7333 -4.1583 H\\n73 H 4.1545 -0.8855 -5.6977 H\\n74 H 7.4903 -1.4838 -3.0303 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.1967 -0.5313 1.8055 C\\n2 C 1.9166 0.3083 -0.2382 C\\n3 C 4.3844 -0.2201 -0.3983 C\\n4 N 3.3740 0.9553 -0.3289 N\\n5 C 4.3879 -0.9745 0.9393 C\\n6 C 1.8686 -0.5520 1.0449 C\\n7 C 4.6080 -2.4903 0.7837 C\\n8 C 3.4916 -3.3004 0.1482 C\\n9 C 3.6775 1.7871 0.9316 C\\n10 C 3.4343 0.9415 2.1833 C\\n11 C 0.7267 1.3432 -0.3685 C\\n12 C 0.0368 0.6056 -2.6860 C\\n13 C 0.3114 1.6619 -1.8019 C\\n14 N -0.3297 2.1440 -4.4847 N\\n15 C 0.1454 3.0014 -2.2701 C\\n16 C -0.2723 0.8939 -3.9989 C\\n17 C -0.1585 3.1719 -3.6426 C\\n18 C 0.2527 4.1687 -1.4674 C\\n19 C 0.1048 5.4462 -2.0100 C\\n20 C -0.1596 5.5886 -3.3623 C\\n21 C -0.2924 4.4524 -4.1594 C\\n22 O -0.4806 0.8623 0.2549 O\\n23 C -0.8495 1.5086 1.3975 C\\n24 O -0.1477 2.3275 1.9772 O\\n25 C -2.2204 1.0734 1.8519 C\\n26 C -3.3703 1.9011 1.2641 C\\n27 C -3.2718 3.3803 1.6401 C\\n28 C -3.4955 1.7376 -0.2513 C\\n29 C 3.5027 1.8256 -1.6097 C\\n30 C 4.8816 2.3222 -1.9784 C\\n31 C 7.4547 3.2197 -2.6601 C\\n32 C 5.3968 3.5058 -1.4253 C\\n33 C 5.6681 1.6123 -2.9019 C\\n34 C 6.9501 2.0563 -3.2370 C\\n35 C 6.6801 3.9487 -1.7602 C\\n36 I 9.3623 3.8736 -3.1515 I\\n37 H 3.1257 -1.1398 2.7142 H\\n38 H 1.8876 -0.3857 -1.0862 H\\n39 H 5.3826 0.1940 -0.5721 H\\n40 H 4.1023 -0.8400 -1.2562 H\\n41 H 5.2928 -0.6391 1.4721 H\\n42 H 1.0908 -0.2131 1.7343 H\\n43 H 1.5705 -1.5688 0.7789 H\\n44 H 5.5190 -2.6429 0.1901 H\\n45 H 4.8174 -2.9174 1.7730 H\\n46 H 2.6475 -3.4111 0.8340 H\\n47 H 3.1382 -2.8595 -0.7880 H\\n48 H 3.8509 -4.3120 -0.0742 H\\n49 H 4.7295 2.0862 0.8807 H\\n50 H 3.0529 2.6853 0.9190 H\\n51 H 2.5757 1.3399 2.7386 H\\n52 H 4.2939 1.0318 2.8592 H\\n53 H 1.0707 2.2563 0.1139 H\\n54 H 0.0427 -0.4330 -2.3701 H\\n55 H -0.4870 0.1080 -4.7186 H\\n56 H 0.4214 4.1163 -0.3948 H\\n57 H 0.1819 6.3263 -1.3746 H\\n58 H -0.2836 6.5764 -3.8005 H\\n59 H -0.5226 4.5709 -5.2172 H\\n60 H -2.3497 0.0101 1.6168 H\\n61 H -2.2336 1.1367 2.9473 H\\n62 H -4.2975 1.5138 1.7087 H\\n63 H -2.4027 3.8612 1.1771 H\\n64 H -4.1667 3.9205 1.3107 H\\n65 H -3.1917 3.5031 2.7253 H\\n66 H -2.6431 2.1743 -0.7797 H\\n67 H -4.4005 2.2363 -0.6164 H\\n68 H -3.5671 0.6803 -0.5251 H\\n69 H 3.0982 1.2257 -2.4340 H\\n70 H 2.8553 2.6944 -1.4654 H\\n71 H 4.8071 4.1084 -0.7369 H\\n72 H 5.2961 0.7074 -3.3790 H\\n73 H 7.5420 1.4894 -3.9544 H\\n74 H 7.0608 4.8687 -1.3202 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.0715 -1.3300 -0.3471 C\\n2 C 2.0087 -0.0697 0.4666 C\\n3 C 3.5475 0.9533 -1.2574 C\\n4 N 3.1333 1.0313 0.2457 N\\n5 C 4.1650 -0.4196 -1.5782 C\\n6 C 2.6222 -1.4426 0.1144 C\\n7 C 3.5373 -0.9907 -2.8639 C\\n8 C 4.2096 -2.2646 -3.3610 C\\n9 C 4.3880 0.7349 1.0752 C\\n10 C 4.8624 -0.6914 0.8035 C\\n11 C 1.1651 -0.0957 1.8251 C\\n12 C 2.2104 0.9413 3.8884 C\\n13 C 1.8962 -0.2213 3.1635 C\\n14 N 3.3899 -0.3235 5.5456 N\\n15 C 2.2409 -1.4810 3.7519 C\\n16 C 2.9437 0.8422 5.0545 C\\n17 C 3.0215 -1.4548 4.9363 C\\n18 C 1.8364 -2.7572 3.2739 C\\n19 C 2.2491 -3.9409 3.8882 C\\n20 C 3.0554 -3.8817 5.0111 C\\n21 C 3.4206 -2.6431 5.5283 C\\n22 O 0.2550 1.0381 1.9232 O\\n23 C -0.9034 0.9091 1.2061 C\\n24 O -1.0601 0.0743 0.3269 O\\n25 C -1.9324 1.9037 1.6848 C\\n26 C -3.0952 2.0819 0.7003 C\\n27 C -4.2344 2.8530 1.3675 C\\n28 C -2.6486 2.8041 -0.5731 C\\n29 C 2.5823 2.4515 0.5079 C\\n30 C 3.5717 3.5917 0.5909 C\\n31 C 5.4040 5.7178 0.8417 C\\n32 C 4.1227 4.2029 -0.5526 C\\n33 C 3.9354 4.0936 1.8603 C\\n34 C 4.8440 5.1473 1.9870 C\\n35 C 5.0484 5.2472 -0.4275 C\\n36 I 6.7598 7.2714 1.0248 I\\n37 H 4.4851 -2.3237 -0.5475 H\\n38 H 1.2968 0.1682 -0.3331 H\\n39 H 2.6595 1.1851 -1.8631 H\\n40 H 4.3016 1.7265 -1.4316 H\\n41 H 5.2290 -0.2620 -1.8008 H\\n42 H 2.6036 -2.1124 0.9671 H\\n43 H 2.0043 -1.9345 -0.6470 H\\n44 H 3.6141 -0.2391 -3.6642 H\\n45 H 2.4656 -1.1825 -2.7234 H\\n46 H 5.2645 -2.0893 -3.5901 H\\n47 H 3.7160 -2.5904 -4.2767 H\\n48 H 4.1402 -3.0803 -2.6475 H\\n49 H 4.1662 0.9086 2.1287 H\\n50 H 5.1670 1.4439 0.7663 H\\n51 H 5.9368 -0.6838 0.5738 H\\n52 H 4.7561 -1.2892 1.7160 H\\n53 H 0.5143 -0.9749 1.7582 H\\n54 H 1.8818 1.9263 3.5749 H\\n55 H 3.2007 1.7229 5.6390 H\\n56 H 1.1634 -2.8649 2.4276 H\\n57 H 1.9308 -4.9028 3.4966 H\\n58 H 3.3842 -4.7938 5.5085 H\\n59 H 4.0251 -2.6084 6.4322 H\\n60 H -1.4412 2.8645 1.8704 H\\n61 H -2.3178 1.5107 2.6263 H\\n62 H -3.4829 1.0898 0.4215 H\\n63 H -4.6274 2.2926 2.2273 H\\n64 H -3.9001 3.8295 1.7274 H\\n65 H -5.0567 3.0173 0.6664 H\\n66 H -3.4961 2.9549 -1.2563 H\\n67 H -1.8981 2.2089 -1.1104 H\\n68 H -2.2190 3.7913 -0.3527 H\\n69 H 1.8168 2.6530 -0.2530 H\\n70 H 2.0693 2.4095 1.4633 H\\n71 H 3.8438 3.8941 -1.5603 H\\n72 H 3.4972 3.6817 2.7667 H\\n73 H 5.0937 5.5219 2.9850 H\\n74 H 5.4835 5.6958 -1.3269 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6106 -0.7227 1.6676 C\\n2 C 2.2448 -0.4464 -0.4681 C\\n3 C 4.5974 0.4432 -0.3418 C\\n4 N 3.1061 0.8828 -0.3224 N\\n5 C 4.9111 -0.3648 0.9266 C\\n6 C 2.5585 -1.3455 0.7480 C\\n7 C 5.9124 -1.5089 0.6880 C\\n8 C 5.4442 -2.6903 -0.1433 C\\n9 C 2.8434 1.5897 1.0126 C\\n10 C 2.9960 0.5975 2.1666 C\\n11 C 0.7021 -0.2525 -0.7148 C\\n12 C -0.5441 -2.4310 -0.3152 C\\n13 C 0.0831 -1.5613 -1.2222 C\\n14 N -0.9564 -4.0312 -2.0515 N\\n15 C 0.1581 -1.9499 -2.5949 C\\n16 C -1.0434 -3.6330 -0.7721 C\\n17 C -0.3824 -3.2127 -2.9423 C\\n18 C 0.7274 -1.1665 -3.6330 C\\n19 C 0.7720 -1.6210 -4.9519 C\\n20 C 0.2486 -2.8646 -5.2654 C\\n21 C -0.3225 -3.6428 -4.2598 C\\n22 O 0.0178 0.1468 0.4942 O\\n23 C -0.6248 1.3465 0.4676 C\\n24 O -0.4343 2.2043 -0.3815 O\\n25 C -1.5230 1.4900 1.6730 C\\n26 C -2.8094 2.2624 1.3499 C\\n27 C -3.7245 1.4565 0.4244 C\\n28 C -3.5504 2.6105 2.6415 C\\n29 C 2.8332 1.8328 -1.5184 C\\n30 C 3.6865 3.0735 -1.6337 C\\n31 C 5.2682 5.3839 -1.8425 C\\n32 C 4.8552 3.0732 -2.4130 C\\n33 C 3.3117 4.2600 -0.9822 C\\n34 C 4.1014 5.4085 -1.0818 C\\n35 C 5.6454 4.2218 -2.5122 C\\n36 I 6.4435 7.0898 -1.9885 I\\n37 H 3.8126 -1.3820 2.5188 H\\n38 H 2.6668 -0.9240 -1.3622 H\\n39 H 4.7617 -0.1096 -1.2719 H\\n40 H 5.2191 1.3432 -0.3510 H\\n41 H 5.4611 0.3204 1.5912 H\\n42 H 2.8657 -2.3315 0.3926 H\\n43 H 1.6590 -1.5382 1.3437 H\\n44 H 6.2496 -1.8892 1.6608 H\\n45 H 6.8025 -1.0851 0.2050 H\\n46 H 4.9635 -2.3790 -1.0739 H\\n47 H 4.7546 -3.3213 0.4236 H\\n48 H 6.3015 -3.3192 -0.4063 H\\n49 H 3.5837 2.3906 1.1127 H\\n50 H 1.8514 2.0408 0.9869 H\\n51 H 2.0201 0.4154 2.6334 H\\n52 H 3.6231 1.0412 2.9496 H\\n53 H 0.5294 0.4869 -1.4977 H\\n54 H -0.6509 -2.1956 0.7392 H\\n55 H -1.5368 -4.3329 -0.1023 H\\n56 H 1.1267 -0.1758 -3.4488 H\\n57 H 1.2015 -1.0019 -5.7365 H\\n58 H 0.2692 -3.2315 -6.2890 H\\n59 H -0.7415 -4.6151 -4.5142 H\\n60 H -0.9402 2.0067 2.4444 H\\n61 H -1.7764 0.4945 2.0578 H\\n62 H -2.5538 3.2015 0.8430 H\\n63 H -3.2330 1.2409 -0.5297 H\\n64 H -4.6410 2.0145 0.2045 H\\n65 H -4.0112 0.5029 0.8808 H\\n66 H -4.4629 3.1765 2.4263 H\\n67 H -2.9232 3.2260 3.2951 H\\n68 H -3.8333 1.7079 3.1943 H\\n69 H 1.7893 2.1443 -1.4553 H\\n70 H 2.9400 1.2254 -2.4254 H\\n71 H 5.1652 2.1848 -2.9609 H\\n72 H 2.3913 4.3140 -0.4021 H\\n73 H 3.7903 6.3177 -0.5710 H\\n74 H 6.5473 4.2008 -3.1211 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.3352 -0.0829 1.7854 C\\n2 C 2.0438 0.0741 -0.7718 C\\n3 C 4.3441 -0.1463 0.3062 C\\n4 N 3.3859 0.8591 -0.4138 N\\n5 C 3.8312 -0.4246 1.7258 C\\n6 C 1.5940 -0.6219 0.5474 C\\n7 C 4.2437 -1.8016 2.2806 C\\n8 C 3.5917 -3.0308 1.6731 C\\n9 C 3.0710 2.0083 0.5777 C\\n10 C 2.2429 1.4535 1.7429 C\\n11 C 0.9049 0.9575 -1.4450 C\\n12 C 0.6675 1.9774 -3.7133 C\\n13 C 0.7139 0.7983 -2.9463 C\\n14 N 0.4449 0.7097 -5.7344 N\\n15 C 0.5054 -0.4497 -3.6056 C\\n16 C 0.5280 1.8822 -5.0835 C\\n17 C 0.4077 -0.4228 -5.0205 C\\n18 C 0.3656 -1.7064 -2.9595 C\\n19 C 0.2044 -2.8886 -3.6854 C\\n20 C 0.1606 -2.8418 -5.0712 C\\n21 C 0.2534 -1.6123 -5.7200 C\\n22 O -0.4017 0.6805 -0.8974 O\\n23 C -1.0051 1.6741 -0.1866 C\\n24 O -0.4929 2.7606 0.0465 O\\n25 C -2.3786 1.2190 0.2606 C\\n26 C -2.8624 1.9365 1.5321 C\\n27 C -4.3449 1.6364 1.7719 C\\n28 C -2.0460 1.5070 2.7552 C\\n29 C 4.1143 1.4526 -1.6573 C\\n30 C 4.6780 0.4836 -2.6790 C\\n31 C 5.6748 -1.3352 -4.5979 C\\n32 C 5.8775 -0.2215 -2.4602 C\\n33 C 4.0386 0.3044 -3.9137 C\\n34 C 4.5188 -0.6049 -4.8623 C\\n35 C 6.3645 -1.1363 -3.4040 C\\n36 I 6.3846 -2.6972 -5.9962 I\\n37 H 1.8794 -0.4605 2.7093 H\\n38 H 2.3788 -0.6970 -1.4721 H\\n39 H 5.3348 0.3204 0.3574 H\\n40 H 4.3842 -1.0528 -0.3059 H\\n41 H 4.3513 0.2852 2.3891 H\\n42 H 1.7559 -1.6954 0.4297 H\\n43 H 0.5193 -0.5376 0.7299 H\\n44 H 4.0360 -1.8134 3.3589 H\\n45 H 5.3326 -1.9049 2.1752 H\\n46 H 4.0633 -3.9343 2.0737 H\\n47 H 3.6996 -3.0568 0.5853 H\\n48 H 2.5301 -3.0828 1.9327 H\\n49 H 2.5556 2.8126 0.0454 H\\n50 H 4.0355 2.3970 0.9279 H\\n51 H 2.6074 1.8862 2.6833 H\\n52 H 1.2006 1.7720 1.6573 H\\n53 H 1.1633 2.0047 -1.2750 H\\n54 H 0.7328 2.9650 -3.2634 H\\n55 H 0.4917 2.7639 -5.7165 H\\n56 H 0.3441 -1.7924 -1.8764 H\\n57 H 0.0979 -3.8422 -3.1716 H\\n58 H 0.0257 -3.7509 -5.6537 H\\n59 H 0.1840 -1.5802 -6.8080 H\\n60 H -3.0663 1.3991 -0.5787 H\\n61 H -2.3400 0.1350 0.4475 H\\n62 H -2.7447 3.0173 1.4070 H\\n63 H -4.7106 2.1606 2.6613 H\\n64 H -4.9525 1.9585 0.9193 H\\n65 H -4.5125 0.5621 1.9153 H\\n66 H -0.9842 1.7310 2.6237 H\\n67 H -2.1378 0.4308 2.9444 H\\n68 H -2.3829 2.0370 3.6541 H\\n69 H 3.4055 2.1424 -2.1309 H\\n70 H 4.9399 2.0699 -1.2694 H\\n71 H 6.4734 -0.0652 -1.5629 H\\n72 H 3.1666 0.8913 -4.1880 H\\n73 H 3.9818 -0.7222 -5.8034 H\\n74 H 7.2882 -1.6802 -3.1989 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.2106 -0.6267 1.7617 C\\n2 C 2.2949 -0.5631 -0.6064 C\\n3 C 4.4419 0.6445 -0.0355 C\\n4 N 2.9386 0.8715 -0.3464 N\\n5 C 4.5971 -0.2491 1.2096 C\\n6 C 2.3970 -1.3727 0.7062 C\\n7 C 5.5167 -1.4453 0.8944 C\\n8 C 5.7846 -2.3426 2.0933 C\\n9 C 2.3203 1.5603 0.8705 C\\n10 C 2.4437 0.6592 2.0955 C\\n11 C 0.8466 -0.5752 -1.2239 C\\n12 C -0.1668 -2.8918 -0.9807 C\\n13 C 0.5305 -1.9702 -1.7783 C\\n14 N 0.0422 -4.5870 -2.6625 N\\n15 C 0.9667 -2.3861 -3.0735 C\\n16 C -0.3859 -4.1659 -1.4615 C\\n17 C 0.6908 -3.7229 -3.4532 C\\n18 C 1.6498 -1.5623 -4.0063 C\\n19 C 2.0533 -2.0460 -5.2520 C\\n20 C 1.7837 -3.3605 -5.5958 C\\n21 C 1.1057 -4.1804 -4.6953 C\\n22 O -0.1516 -0.2275 -0.2373 O\\n23 C -0.9084 0.8761 -0.4867 C\\n24 O -0.6441 1.7028 -1.3460 O\\n25 C -2.0718 0.9574 0.4740 C\\n26 C -2.0133 2.2186 1.3481 C\\n27 C -2.8564 2.0237 2.6096 C\\n28 C -2.5050 3.4552 0.5901 C\\n29 C 2.8026 1.7615 -1.6117 C\\n30 C 3.5606 3.0678 -1.6280 C\\n31 C 4.9716 5.4947 -1.6432 C\\n32 C 4.8498 3.1426 -2.1800 C\\n33 C 2.9819 4.2367 -1.1077 C\\n34 C 3.6860 5.4436 -1.1098 C\\n35 C 5.5535 4.3499 -2.1831 C\\n36 I 6.0208 7.2865 -1.6439 I\\n37 H 3.2971 -1.2328 2.6695 H\\n38 H 2.9762 -1.0127 -1.3410 H\\n39 H 4.8959 1.6210 0.1621 H\\n40 H 4.8967 0.2125 -0.9338 H\\n41 H 5.1124 0.3452 1.9779 H\\n42 H 2.8413 -2.3523 0.4939 H\\n43 H 1.4080 -1.5902 1.1251 H\\n44 H 5.1036 -2.0498 0.0785 H\\n45 H 6.4798 -1.0606 0.5347 H\\n46 H 6.5333 -3.0989 1.8359 H\\n47 H 6.1661 -1.7648 2.9415 H\\n48 H 4.8798 -2.8705 2.4099 H\\n49 H 2.8654 2.4938 1.0441 H\\n50 H 1.2831 1.8066 0.6435 H\\n51 H 2.9505 1.2036 2.9017 H\\n52 H 1.4432 0.4192 2.4769 H\\n53 H 0.7865 0.1124 -2.0685 H\\n54 H -0.5398 -2.6418 0.0077 H\\n55 H -0.9220 -4.9079 -0.8754 H\\n56 H 1.8624 -0.5196 -3.8002 H\\n57 H 2.5645 -1.3965 -5.9590 H\\n58 H 2.0852 -3.7524 -6.5645 H\\n59 H 0.8879 -5.2100 -4.9749 H\\n60 H -3.0005 0.9019 -0.1052 H\\n61 H -2.0492 0.0634 1.1104 H\\n62 H -0.9761 2.3981 1.6588 H\\n63 H -2.4829 1.1807 3.2019 H\\n64 H -2.8202 2.9165 3.2437 H\\n65 H -3.9051 1.8262 2.3608 H\\n66 H -2.4822 4.3398 1.2362 H\\n67 H -1.8763 3.6696 -0.2793 H\\n68 H -3.5339 3.3207 0.2387 H\\n69 H 3.1191 1.1428 -2.4596 H\\n70 H 1.7419 1.9794 -1.7416 H\\n71 H 5.3235 2.2686 -2.6236 H\\n72 H 1.9693 4.2299 -0.7067 H\\n73 H 3.2177 6.3376 -0.7026 H\\n74 H 6.5509 4.3876 -2.6165 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6446 -0.7304 1.6462 C\\n2 C 2.2609 -0.4755 -0.4688 C\\n3 C 4.6002 0.4805 -0.3465 C\\n4 N 3.0993 0.8765 -0.3209 N\\n5 C 4.9233 -0.4408 0.8420 C\\n6 C 2.5721 -1.3574 0.7567 C\\n7 C 5.6473 -1.7260 0.4019 C\\n8 C 7.0489 -1.4554 -0.1311 C\\n9 C 2.8231 1.5688 1.0152 C\\n10 C 3.0784 0.5973 2.1645 C\\n11 C 0.7212 -0.3000 -0.7552 C\\n12 C 0.2660 -1.5941 -2.8358 C\\n13 C 0.1493 -1.5553 -1.4316 C\\n14 N -0.6908 -3.7832 -2.9194 N\\n15 C -0.4443 -2.6771 -0.7704 C\\n16 C -0.1663 -2.7081 -3.5227 C\\n17 C -0.8374 -3.7688 -1.5887 C\\n18 C -0.6833 -2.8030 0.6250 C\\n19 C -1.2577 -3.9489 1.1803 C\\n20 C -1.6154 -5.0021 0.3579 C\\n21 C -1.4037 -4.8976 -1.0143 C\\n22 O -0.0248 0.0496 0.4221 O\\n23 C -0.6956 1.2354 0.4023 C\\n24 O -0.5006 2.1170 -0.4216 O\\n25 C -1.6241 1.3255 1.5910 C\\n26 C -2.8012 2.2814 1.3514 C\\n27 C -3.7762 1.7161 0.3150 C\\n28 C -3.5368 2.5459 2.6663 C\\n29 C 2.7970 1.8337 -1.5081 C\\n30 C 3.6944 3.0354 -1.6823 C\\n31 C 5.3606 5.2732 -1.9975 C\\n32 C 4.8244 2.9754 -2.5146 C\\n33 C 3.4019 4.2441 -1.0301 C\\n34 C 4.2329 5.3568 -1.1837 C\\n35 C 5.6565 4.0880 -2.6675 C\\n36 I 6.5987 6.9248 -2.2222 I\\n37 H 3.8619 -1.3909 2.4933 H\\n38 H 2.7099 -0.9469 -1.3540 H\\n39 H 5.1930 1.3966 -0.2613 H\\n40 H 4.7905 0.0152 -1.3198 H\\n41 H 5.6124 0.1001 1.5063 H\\n42 H 1.6845 -1.5204 1.3715 H\\n43 H 2.8799 -2.3538 0.4188 H\\n44 H 5.0721 -2.2508 -0.3686 H\\n45 H 5.7311 -2.4073 1.2569 H\\n46 H 7.6664 -0.9648 0.6276 H\\n47 H 7.0276 -0.8206 -1.0213 H\\n48 H 7.5346 -2.3981 -0.4032 H\\n49 H 3.5006 2.4251 1.0960 H\\n50 H 1.7975 1.9392 1.0130 H\\n51 H 2.1452 0.4250 2.7146 H\\n52 H 3.7710 1.0530 2.8822 H\\n53 H 0.5989 0.4842 -1.5063 H\\n54 H 0.6808 -0.7676 -3.4059 H\\n55 H -0.0986 -2.7716 -4.6054 H\\n56 H -0.4465 -2.0089 1.3223 H\\n57 H -1.4318 -4.0134 2.2521 H\\n58 H -2.0663 -5.9001 0.7723 H\\n59 H -1.6963 -5.7246 -1.6593 H\\n60 H -2.0038 0.3236 1.8249 H\\n61 H -1.0200 1.6662 2.4400 H\\n62 H -2.4231 3.2414 0.9771 H\\n63 H -4.1824 0.7513 0.6371 H\\n64 H -3.2862 1.5697 -0.6529 H\\n65 H -4.6159 2.4013 0.1592 H\\n66 H -3.9392 1.6191 3.0908 H\\n67 H -4.3713 3.2377 2.5135 H\\n68 H -2.8633 2.9938 3.4053 H\\n69 H 2.8233 1.2184 -2.4153 H\\n70 H 1.7739 2.1915 -1.3820 H\\n71 H 5.0727 2.0683 -3.0632 H\\n72 H 2.5144 4.3449 -0.4067 H\\n73 H 3.9850 6.2845 -0.6723 H\\n74 H 6.5276 4.0216 -3.3174 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8177 -0.5450 1.7816 C\\n2 C 2.1034 -0.3215 -0.6468 C\\n3 C 4.4440 0.3167 0.0589 C\\n4 N 3.0690 0.9090 -0.3586 N\\n5 C 4.2904 -0.5304 1.3341 C\\n6 C 1.9160 -1.0953 0.6766 C\\n7 C 4.8712 -1.9467 1.1710 C\\n8 C 6.3862 -1.9445 1.0108 C\\n9 C 2.5656 1.7658 0.8038 C\\n10 C 2.3812 0.8998 2.0472 C\\n11 C 0.7469 -0.0089 -1.3858 C\\n12 C -0.6717 -2.1132 -1.3081 C\\n13 C 0.2148 -1.2970 -2.0304 C\\n14 N -0.6914 -3.7398 -3.0691 N\\n15 C 0.6291 -1.7251 -3.3287 C\\n16 C -1.0938 -3.3027 -1.8639 C\\n17 C 0.1369 -2.9721 -3.7882 C\\n18 C 1.4899 -0.9976 -4.1917 C\\n19 C 1.8554 -1.4886 -5.4457 C\\n20 C 1.3723 -2.7167 -5.8668 C\\n21 C 0.5198 -3.4411 -5.0360 C\\n22 O -0.2822 0.4949 -0.5047 O\\n23 C -0.6950 1.7726 -0.7104 C\\n24 O -0.0318 2.6147 -1.3008 O\\n25 C -2.0793 2.0090 -0.1542 C\\n26 C -2.1997 2.0617 1.3729 C\\n27 C -1.9734 0.7039 2.0357 C\\n28 C -1.3023 3.1318 1.9915 C\\n29 C 3.2535 1.7644 -1.6399 C\\n30 C 4.2778 2.8734 -1.6020 C\\n31 C 6.1709 4.9434 -1.5274 C\\n32 C 5.6023 2.6459 -2.0106 C\\n33 C 3.9127 4.1627 -1.1836 C\\n34 C 4.8563 5.1914 -1.1417 C\\n35 C 6.5456 3.6758 -1.9678 C\\n36 I 7.5739 6.4714 -1.4582 I\\n37 H 2.6974 -1.1379 2.6956 H\\n38 H 2.7041 -0.9461 -1.3221 H\\n39 H 5.1226 1.1516 0.2598 H\\n40 H 4.8184 -0.2557 -0.7971 H\\n41 H 4.8700 -0.0410 2.1300 H\\n42 H 0.8781 -1.0538 1.0240 H\\n43 H 2.1206 -2.1591 0.5064 H\\n44 H 4.4268 -2.4514 0.3058 H\\n45 H 4.6196 -2.5465 2.0543 H\\n46 H 6.6958 -1.4135 0.1061 H\\n47 H 6.8705 -1.4700 1.8707 H\\n48 H 6.7573 -2.9710 0.9412 H\\n49 H 1.6394 2.2507 0.5033 H\\n50 H 3.3140 2.5393 1.0030 H\\n51 H 2.9575 1.3235 2.8781 H\\n52 H 1.3345 0.9298 2.3666 H\\n53 H 0.8987 0.7013 -2.1983 H\\n54 H -1.0406 -1.8415 -0.3226 H\\n55 H -1.7820 -3.9600 -1.3390 H\\n56 H 1.8742 -0.0197 -3.9259 H\\n57 H 2.5035 -0.9091 -6.0993 H\\n58 H 1.6414 -3.1113 -6.8432 H\\n59 H 0.1346 -4.4010 -5.3768 H\\n60 H -2.4292 2.9616 -0.5731 H\\n61 H -2.7451 1.2422 -0.5702 H\\n62 H -3.2381 2.3470 1.5915 H\\n63 H -2.5882 -0.0685 1.5589 H\\n64 H -2.2495 0.7447 3.0957 H\\n65 H -0.9272 0.3938 1.9818 H\\n66 H -0.2430 2.9125 1.8427 H\\n67 H -1.4801 3.2078 3.0702 H\\n68 H -1.5124 4.1110 1.5501 H\\n69 H 2.2856 2.2062 -1.8799 H\\n70 H 3.5009 1.0629 -2.4457 H\\n71 H 5.9201 1.6709 -2.3744 H\\n72 H 2.8856 4.3893 -0.9020 H\\n73 H 4.5510 6.1834 -0.8155 H\\n74 H 7.5674 3.4798 -2.2861 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.7873 -0.0837 1.9147 C\\n2 C 1.9527 0.4424 -0.4374 C\\n3 C 4.3195 -0.3801 -0.0563 C\\n4 N 3.4845 0.8858 -0.3958 N\\n5 C 3.9857 -0.8701 1.3614 C\\n6 C 1.6061 -0.1626 0.9485 C\\n7 C 3.7729 -2.3939 1.4127 C\\n8 C 5.0425 -3.1747 1.0967 C\\n9 C 3.7218 1.9243 0.7059 C\\n10 C 3.1829 1.3945 2.0331 C\\n11 C 0.9055 1.5558 -0.8393 C\\n12 C 1.0862 3.3908 -2.5224 C\\n13 C 0.8998 2.0172 -2.2882 C\\n14 N 1.1185 3.0275 -4.8879 N\\n15 C 0.6973 1.1580 -3.4074 C\\n16 C 1.1874 3.8408 -3.8214 C\\n17 C 0.8472 1.7299 -4.6941 C\\n18 C 0.3407 -0.2131 -3.3306 C\\n19 C 0.1954 -0.9963 -4.4765 C\\n20 C 0.3903 -0.4259 -5.7240 C\\n21 C 0.7065 0.9287 -5.8179 C\\n22 O -0.4366 1.0831 -0.5770 O\\n23 C -1.2253 1.9051 0.1786 C\\n24 O -0.8318 2.9439 0.6849 O\\n25 C -2.6200 1.3243 0.2705 C\\n26 C -3.4961 1.8593 1.4140 C\\n27 C -2.8696 1.6285 2.7894 C\\n28 C -3.8865 3.3251 1.2239 C\\n29 C 3.9364 1.4300 -1.7800 C\\n30 C 5.4205 1.5960 -2.0150 C\\n31 C 8.1807 1.8817 -2.4467 C\\n32 C 6.1524 0.5906 -2.6702 C\\n33 C 6.0932 2.7570 -1.6024 C\\n34 C 7.4680 2.8971 -1.8128 C\\n35 C 7.5270 0.7308 -2.8806 C\\n36 I 10.2235 2.0896 -2.7551 I\\n37 H 2.4936 -0.4653 2.8994 H\\n38 H 1.9296 -0.3731 -1.1662 H\\n39 H 4.1019 -1.1201 -0.8344 H\\n40 H 5.3798 -0.1134 -0.0939 H\\n41 H 4.8483 -0.6496 2.0069 H\\n42 H 0.7596 0.3544 1.4137 H\\n43 H 1.2739 -1.1991 0.8190 H\\n44 H 3.4337 -2.6794 2.4160 H\\n45 H 2.9886 -2.7001 0.7111 H\\n46 H 4.8534 -4.2493 1.1843 H\\n47 H 5.8454 -2.9157 1.7940 H\\n48 H 5.3932 -2.9784 0.0793 H\\n49 H 3.2379 2.8611 0.4129 H\\n50 H 4.8009 2.0917 0.7788 H\\n51 H 3.9419 1.5257 2.8139 H\\n52 H 2.3192 1.9942 2.3468 H\\n53 H 1.1344 2.4155 -0.2014 H\\n54 H 1.1607 4.1092 -1.7098 H\\n55 H 1.3403 4.8929 -4.0489 H\\n56 H 0.1221 -0.6913 -2.3804 H\\n57 H -0.0902 -2.0432 -4.3974 H\\n58 H 0.2719 -1.0196 -6.6280 H\\n59 H 0.8294 1.3784 -6.8021 H\\n60 H -3.1144 1.5002 -0.6917 H\\n61 H -2.5184 0.2393 0.4008 H\\n62 H -4.4292 1.2801 1.3867 H\\n63 H -3.5673 1.9163 3.5826 H\\n64 H -2.6229 0.5711 2.9306 H\\n65 H -1.9550 2.2120 2.9277 H\\n66 H -4.6201 3.6255 1.9802 H\\n67 H -3.0288 3.9971 1.3152 H\\n68 H -4.3406 3.4825 0.2403 H\\n69 H 3.4687 2.4077 -1.9007 H\\n70 H 3.5256 0.7472 -2.5316 H\\n71 H 5.6638 -0.3115 -3.0354 H\\n72 H 5.5599 3.5772 -1.1258 H\\n73 H 7.9693 3.8068 -1.4876 H\\n74 H 8.0741 -0.0593 -3.3919 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.1474 -0.5820 1.7710 C\\n2 C 2.0595 -0.1632 -0.5082 C\\n3 C 4.5567 0.1260 -0.1808 C\\n4 N 3.2292 0.9102 -0.3558 N\\n5 C 4.5642 -0.6084 1.1710 C\\n6 C 2.1268 -1.0803 0.7425 C\\n7 C 5.1778 -2.0118 1.0037 C\\n8 C 5.3068 -2.7820 2.3099 C\\n9 C 3.0297 1.7743 0.8979 C\\n10 C 2.8024 0.8741 2.1081 C\\n11 C 0.6253 0.4477 -0.7782 C\\n12 C -0.3348 -1.8236 -1.4106 C\\n13 C -0.2894 -0.4387 -1.6295 C\\n14 N -1.9100 -2.1190 -3.1959 N\\n15 C -1.1501 0.1114 -2.6356 C\\n16 C -1.1414 -2.6082 -2.2105 C\\n17 C -1.9288 -0.7968 -3.3961 C\\n18 C -1.2961 1.4947 -2.9284 C\\n19 C -2.1426 1.9496 -3.9413 C\\n20 C -2.8734 1.0382 -4.6846 C\\n21 C -2.7602 -0.3212 -4.4007 C\\n22 O -0.0938 0.7126 0.4436 O\\n23 C -0.4838 1.9966 0.6608 C\\n24 O -0.0995 2.9526 0.0009 O\\n25 C -1.4285 2.0900 1.8308 C\\n26 C -2.8928 2.0843 1.3772 C\\n27 C -3.3683 0.6689 1.0382 C\\n28 C -3.7835 2.6845 2.4681 C\\n29 C 3.3730 1.8655 -1.5772 C\\n30 C 3.6697 1.2276 -2.9145 C\\n31 C 4.2357 0.0336 -5.3980 C\\n32 C 2.6372 0.8854 -3.8011 C\\n33 C 4.9966 0.9859 -3.3123 C\\n34 C 5.2787 0.3850 -4.5431 C\\n35 C 2.9170 0.2839 -5.0322 C\\n36 I 4.6528 -0.8542 -7.2278 I\\n37 H 3.0852 -1.1833 2.6828 H\\n38 H 2.3576 -0.7478 -1.3877 H\\n39 H 5.3795 0.8489 -0.2265 H\\n40 H 4.6357 -0.5701 -1.0226 H\\n41 H 5.2299 -0.0549 1.8503 H\\n42 H 2.3833 -2.0980 0.4251 H\\n43 H 1.1497 -1.1738 1.2298 H\\n44 H 6.1806 -1.9035 0.5699 H\\n45 H 4.5974 -2.6102 0.2912 H\\n46 H 5.8781 -3.7016 2.1468 H\\n47 H 5.8278 -2.1905 3.0700 H\\n48 H 4.3278 -3.0698 2.7040 H\\n49 H 3.9384 2.3760 1.0254 H\\n50 H 2.1972 2.4561 0.7271 H\\n51 H 3.4117 1.2292 2.9499 H\\n52 H 1.7600 0.9485 2.4422 H\\n53 H 0.7898 1.3617 -1.3410 H\\n54 H 0.2235 -2.3211 -0.6283 H\\n55 H -1.1950 -3.6865 -2.0771 H\\n56 H -0.7662 2.2593 -2.3687 H\\n57 H -2.2333 3.0136 -4.1442 H\\n58 H -3.5358 1.3760 -5.4778 H\\n59 H -3.3465 -1.0333 -4.9795 H\\n60 H -1.1834 3.0228 2.3530 H\\n61 H -1.2162 1.2833 2.5423 H\\n62 H -2.9994 2.7015 0.4740 H\\n63 H -3.2766 0.0010 1.9031 H\\n64 H -4.4194 0.6773 0.7289 H\\n65 H -2.7877 0.2420 0.2147 H\\n66 H -3.7040 2.1199 3.4057 H\\n67 H -3.4980 3.7231 2.6718 H\\n68 H -4.8345 2.6838 2.1588 H\\n69 H 4.1838 2.5620 -1.3271 H\\n70 H 2.4676 2.4776 -1.6333 H\\n71 H 1.5975 1.1027 -3.5716 H\\n72 H 5.8347 1.2750 -2.6801 H\\n73 H 6.3144 0.2091 -4.8283 H\\n74 H 2.0953 0.0348 -5.7038 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.5705 0.2090 2.0024 C\\n2 C 1.7897 0.6845 -0.3736 C\\n3 C 4.0267 -0.4428 0.0531 C\\n4 N 3.3757 0.8974 -0.3737 N\\n5 C 3.5300 -0.8580 1.4499 C\\n6 C 1.3642 0.3769 1.0809 C\\n7 C 2.9553 -2.2879 1.4073 C\\n8 C 2.4795 -2.7937 2.7605 C\\n9 C 3.7737 1.9696 0.6507 C\\n10 C 3.2994 1.5582 2.0419 C\\n11 C 0.9383 1.8525 -1.0186 C\\n12 C 0.5148 0.7064 -3.2247 C\\n13 C 0.9137 1.8683 -2.5427 C\\n14 N 0.9846 1.7311 -5.3371 N\\n15 C 1.2560 3.0246 -3.3086 C\\n16 C 0.5659 0.6885 -4.6018 C\\n17 C 1.2927 2.8775 -4.7164 C\\n18 C 1.5645 4.3021 -2.7693 C\\n19 C 1.9309 5.3713 -3.5883 C\\n20 C 1.9895 5.1951 -4.9608 C\\n21 C 1.6661 3.9545 -5.5078 C\\n22 O -0.4572 1.7401 -0.6559 O\\n23 C -0.9420 2.7144 0.1631 C\\n24 O -0.2392 3.5318 0.7421 O\\n25 C -2.4461 2.6454 0.2653 C\\n26 C -2.9835 1.6230 1.2738 C\\n27 C -2.7321 0.1806 0.8347 C\\n28 C -2.4501 1.8602 2.6860 C\\n29 C 3.8848 1.2837 -1.7899 C\\n30 C 5.3702 1.1907 -2.0559 C\\n31 C 8.1237 1.0020 -2.5775 C\\n32 C 6.2349 2.2479 -1.7325 C\\n33 C 5.9088 0.0456 -2.6660 C\\n34 C 7.2792 -0.0498 -2.9233 C\\n35 C 7.6065 2.1519 -1.9863 C\\n36 I 10.1608 0.8617 -2.9599 I\\n37 H 2.2393 -0.0433 3.0154 H\\n38 H 1.6444 -0.2337 -0.9551 H\\n39 H 3.7885 -1.1793 -0.7218 H\\n40 H 5.1104 -0.2932 0.0874 H\\n41 H 4.4067 -0.8951 2.1137 H\\n42 H 0.7369 -0.5220 1.0936 H\\n43 H 0.7418 1.1743 1.4949 H\\n44 H 2.1324 -2.3553 0.6867 H\\n45 H 3.7369 -2.9679 1.0435 H\\n46 H 3.2611 -2.6854 3.5194 H\\n47 H 2.2168 -3.8549 2.6932 H\\n48 H 1.5899 -2.2545 3.0988 H\\n49 H 3.3387 2.9230 0.3360 H\\n50 H 4.8635 2.0598 0.6415 H\\n51 H 2.6406 2.3367 2.4479 H\\n52 H 4.1571 1.5058 2.7243 H\\n53 H 1.3602 2.7828 -0.6404 H\\n54 H 0.1532 -0.1771 -2.7073 H\\n55 H 0.2669 -0.1884 -5.1715 H\\n56 H 1.4997 4.5096 -1.7049 H\\n57 H 2.1534 6.3450 -3.1572 H\\n58 H 2.2645 6.0219 -5.6123 H\\n59 H 1.6951 3.8286 -6.5888 H\\n60 H -2.8519 2.4536 -0.7360 H\\n61 H -2.7965 3.6493 0.5350 H\\n62 H -4.0728 1.7613 1.3099 H\\n63 H -3.2640 -0.5171 1.4911 H\\n64 H -1.6698 -0.0773 0.8732 H\\n65 H -3.0890 0.0129 -0.1867 H\\n66 H -2.9259 1.1769 3.3984 H\\n67 H -2.6609 2.8839 3.0123 H\\n68 H -1.3686 1.7013 2.7461 H\\n69 H 3.5683 2.3144 -1.9658 H\\n70 H 3.3617 0.6275 -2.4932 H\\n71 H 5.8587 3.1706 -1.2947 H\\n72 H 5.2719 -0.7849 -2.9641 H\\n73 H 7.6721 -0.9430 -3.4042 H\\n74 H 8.2580 2.9843 -1.7279 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.7451 -0.7291 1.6210 C\\n2 C 2.3101 -0.5396 -0.4616 C\\n3 C 4.5847 0.5726 -0.3652 C\\n4 N 3.0608 0.8632 -0.3165 N\\n5 C 4.9702 -0.4307 0.7386 C\\n6 C 2.6266 -1.3682 0.7994 C\\n7 C 5.6433 -1.6741 0.1232 C\\n8 C 6.0989 -2.6957 1.1552 C\\n9 C 2.7551 1.5178 1.0326 C\\n10 C 3.2005 0.5974 2.1668 C\\n11 C 0.7745 -0.4671 -0.8043 C\\n12 C 0.4528 -1.9152 -2.8057 C\\n13 C 0.2888 -1.7908 -1.4116 C\\n14 N -0.3951 -4.1501 -2.7714 N\\n15 C -0.2684 -2.8968 -0.6944 C\\n16 C 0.0971 -3.0916 -3.4293 C\\n17 C -0.5839 -4.0570 -1.4494 C\\n18 C -0.5390 -2.9448 0.6996 C\\n19 C -1.0766 -4.0787 1.3135 C\\n20 C -1.3633 -5.1976 0.5523 C\\n21 C -1.1156 -5.1720 -0.8177 C\\n22 O -0.0206 -0.0777 0.3288 O\\n23 C -0.7917 1.0398 0.1920 C\\n24 O -0.6851 1.8271 -0.7344 O\\n25 C -1.7168 1.1616 1.3846 C\\n26 C -2.7284 2.3176 1.3410 C\\n27 C -2.0566 3.6906 1.3834 C\\n28 C -3.6952 2.2104 0.1615 C\\n29 C 2.6815 1.8122 -1.4869 C\\n30 C 3.5161 3.0578 -1.6759 C\\n31 C 5.0675 5.3714 -2.0307 C\\n32 C 4.6133 3.0574 -2.5535 C\\n33 C 3.1976 4.2455 -0.9979 C\\n34 C 3.9733 5.3954 -1.1696 C\\n35 C 5.3881 4.2077 -2.7270 C\\n36 I 6.2181 7.0807 -2.2851 I\\n37 H 4.0132 -1.3751 2.4633 H\\n38 H 2.8176 -1.0027 -1.3192 H\\n39 H 5.1080 1.5199 -0.1956 H\\n40 H 4.8152 0.2075 -1.3718 H\\n41 H 5.7301 0.0530 1.3694 H\\n42 H 2.8932 -2.3899 0.5060 H\\n43 H 1.7516 -1.4652 1.4469 H\\n44 H 4.9761 -2.1636 -0.5958 H\\n45 H 6.5227 -1.3494 -0.4468 H\\n46 H 5.2485 -3.1618 1.6604 H\\n47 H 6.6685 -3.4934 0.6676 H\\n48 H 6.7419 -2.2332 1.9101 H\\n49 H 1.6858 1.7339 1.0770 H\\n50 H 3.3042 2.4625 1.0877 H\\n51 H 3.9685 1.0992 2.7701 H\\n52 H 2.3561 0.4164 2.8443 H\\n53 H 0.6435 0.2626 -1.6080 H\\n54 H 0.8469 -1.1083 -3.4165 H\\n55 H 0.2034 -3.2219 -4.5030 H\\n56 H -0.3556 -2.0975 1.3489 H\\n57 H -1.2780 -4.0830 2.3822 H\\n58 H -1.7868 -6.0878 1.0117 H\\n59 H -1.3517 -6.0523 -1.4144 H\\n60 H -1.0887 1.2693 2.2776 H\\n61 H -2.2685 0.2163 1.4701 H\\n62 H -3.3316 2.2340 2.2555 H\\n63 H -2.8088 4.4800 1.4907 H\\n64 H -1.4882 3.9016 0.4733 H\\n65 H -1.3748 3.7643 2.2376 H\\n66 H -4.1694 1.2233 0.1362 H\\n67 H -3.1954 2.3736 -0.7984 H\\n68 H -4.4888 2.9604 0.2493 H\\n69 H 1.6448 2.1159 -1.3298 H\\n70 H 2.7193 1.2045 -2.4000 H\\n71 H 4.8745 2.1680 -3.1248 H\\n72 H 2.3341 4.3017 -0.3383 H\\n73 H 3.7054 6.3053 -0.6351 H\\n74 H 6.2305 4.1868 -3.4154 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.1929 -0.5081 1.8206 C\\n2 C 1.8564 0.6309 -0.0181 C\\n3 C 4.1444 -0.3471 -0.5063 C\\n4 N 3.3873 0.9909 -0.2966 N\\n5 C 3.9650 -1.2588 0.7217 C\\n6 C 1.7970 -0.1193 1.3338 C\\n7 C 3.3520 -2.6105 0.3049 C\\n8 C 3.2176 -3.5982 1.4562 C\\n9 C 4.0093 1.7020 0.9117 C\\n10 C 3.9382 0.7953 2.1383 C\\n11 C 0.8351 1.8366 -0.0483 C\\n12 C 0.6085 3.6984 -1.7001 C\\n13 C 0.4236 2.3310 -1.4311 C\\n14 N -0.0966 3.3982 -3.9683 N\\n15 C -0.1540 1.5132 -2.4456 C\\n16 C 0.3380 4.1777 -2.9640 C\\n17 C -0.3694 2.1119 -3.7118 C\\n18 C -0.5465 0.1605 -2.2799 C\\n19 C -1.0777 -0.5822 -3.3356 C\\n20 C -1.2403 0.0125 -4.5758 C\\n21 C -0.8919 1.3512 -4.7475 C\\n22 O -0.3798 1.4933 0.6619 O\\n23 C -0.9570 2.5267 1.3395 C\\n24 O -0.4752 3.6494 1.4132 O\\n25 C -2.2265 2.1110 2.0420 C\\n26 C -3.4151 1.7549 1.1395 C\\n27 C -3.6178 2.7531 -0.0009 C\\n28 C -3.3378 0.3258 0.6050 C\\n29 C 3.5270 1.8564 -1.5789 C\\n30 C 4.9099 2.0134 -2.1719 C\\n31 C 7.4793 2.2758 -3.2782 C\\n32 C 5.7868 3.0112 -1.7173 C\\n33 C 5.3347 1.1680 -3.2114 C\\n34 C 6.6142 1.2954 -3.7590 C\\n35 C 7.0680 3.1370 -2.2631 C\\n36 I 9.3815 2.4673 -4.0881 I\\n37 H 3.1215 -1.1086 2.7336 H\\n38 H 1.6174 -0.0842 -0.8094 H\\n39 H 5.2069 -0.1104 -0.6283 H\\n40 H 3.7640 -0.7954 -1.4308 H\\n41 H 4.9684 -1.4838 1.1112 H\\n42 H 1.1567 -1.0045 1.2317 H\\n43 H 1.3263 0.4990 2.1094 H\\n44 H 3.9944 -3.0647 -0.4604 H\\n45 H 2.3706 -2.4683 -0.1637 H\\n46 H 4.1734 -3.7336 1.9733 H\\n47 H 2.8977 -4.5733 1.0756 H\\n48 H 2.4698 -3.2679 2.1832 H\\n49 H 3.4738 2.6430 1.0665 H\\n50 H 5.0538 1.9251 0.6789 H\\n51 H 4.9528 0.5731 2.4922 H\\n52 H 3.4454 1.3296 2.9594 H\\n53 H 1.3410 2.6475 0.4895 H\\n54 H 0.9558 4.3921 -0.9373 H\\n55 H 0.4718 5.2274 -3.2148 H\\n56 H -0.4911 -0.3328 -1.3144 H\\n57 H -1.3824 -1.6156 -3.1859 H\\n58 H -1.6616 -0.5487 -5.4082 H\\n59 H -1.0500 1.8207 -5.7171 H\\n60 H -2.5182 2.9621 2.6735 H\\n61 H -1.9901 1.2955 2.7363 H\\n62 H -4.3098 1.7996 1.7746 H\\n63 H -4.5541 2.5444 -0.5314 H\\n64 H -3.6739 3.7785 0.3816 H\\n65 H -2.8061 2.7008 -0.7326 H\\n66 H -4.2667 0.0597 0.0905 H\\n67 H -2.5197 0.2034 -0.1066 H\\n68 H -3.1926 -0.3890 1.4243 H\\n69 H 2.8707 1.4031 -2.3300 H\\n70 H 3.1455 2.8494 -1.3277 H\\n71 H 5.4866 3.7142 -0.9425 H\\n72 H 4.6710 0.4069 -3.6197 H\\n73 H 6.9210 0.6342 -4.5674 H\\n74 H 7.7318 3.9172 -1.8958 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8249 -0.3236 1.8532 C\\n2 C 1.9252 0.1774 -0.4955 C\\n3 C 4.4182 -0.1768 -0.0572 C\\n4 N 3.3443 0.9177 -0.3825 N\\n5 C 4.2329 -0.7020 1.3731 C\\n6 C 1.7968 -0.7031 0.7797 C\\n7 C 4.5826 -2.1967 1.4428 C\\n8 C 4.5752 -2.7468 2.8625 C\\n9 C 3.3187 1.9115 0.7874 C\\n10 C 2.8038 1.1993 2.0407 C\\n11 C 0.7011 1.1504 -0.7548 C\\n12 C -0.3739 2.0294 -2.8259 C\\n13 C -0.0813 0.8998 -2.0416 C\\n14 N -1.3572 0.6698 -4.5287 N\\n15 C -0.5831 -0.3607 -2.4752 C\\n16 C -0.9950 1.8658 -4.0445 C\\n17 C -1.1914 -0.4107 -3.7557 C\\n18 C -0.5565 -1.5587 -1.7183 C\\n19 C -1.0513 -2.7604 -2.2294 C\\n20 C -1.5938 -2.7936 -3.5035 C\\n21 C -1.6630 -1.6188 -4.2484 C\\n22 O -0.2796 1.1042 0.3017 O\\n23 C -0.5044 2.2555 0.9845 C\\n24 O 0.1632 3.2764 0.8591 O\\n25 C -1.6260 2.1035 1.9793 C\\n26 C -3.0240 1.9019 1.3782 C\\n27 C -3.3753 2.9674 0.3359 C\\n28 C -3.2300 0.4998 0.8075 C\\n29 C 3.7967 1.5261 -1.7507 C\\n30 C 3.5188 2.9687 -2.0863 C\\n31 C 3.0979 5.6499 -2.8483 C\\n32 C 4.1690 4.0208 -1.4187 C\\n33 C 2.7056 3.2891 -3.1829 C\\n34 C 2.4827 4.6205 -3.5561 C\\n35 C 3.9464 5.3529 -1.7868 C\\n36 I 2.7902 7.6270 -3.4090 I\\n37 H 2.5815 -0.8070 2.8042 H\\n38 H 2.0564 -0.4804 -1.3640 H\\n39 H 5.4084 0.2798 -0.1569 H\\n40 H 4.3081 -0.9599 -0.8172 H\\n41 H 4.9572 -0.1860 2.0177 H\\n42 H 1.9419 -1.7457 0.4860 H\\n43 H 0.7931 -0.6776 1.2117 H\\n44 H 5.5890 -2.3354 1.0321 H\\n45 H 3.9084 -2.7937 0.8218 H\\n46 H 5.2392 -2.1653 3.5103 H\\n47 H 3.5669 -2.7328 3.2912 H\\n48 H 4.9197 -3.7850 2.8695 H\\n49 H 4.3475 2.2570 0.9383 H\\n50 H 2.6851 2.7597 0.5281 H\\n51 H 1.7950 1.5391 2.2930 H\\n52 H 3.4371 1.4824 2.8937 H\\n53 H 1.1159 2.1565 -0.8441 H\\n54 H -0.1175 3.0355 -2.5025 H\\n55 H -1.2133 2.7160 -4.6846 H\\n56 H -0.2042 -1.5729 -0.6952 H\\n57 H -1.0347 -3.6671 -1.6288 H\\n58 H -1.9912 -3.7204 -3.9121 H\\n59 H -2.1175 -1.6421 -5.2376 H\\n60 H -1.3645 1.2925 2.6755 H\\n61 H -1.6406 3.0241 2.5789 H\\n62 H -3.7316 2.0107 2.2084 H\\n63 H -4.4194 2.8686 0.0167 H\\n64 H -2.7472 2.8805 -0.5554 H\\n65 H -3.2432 3.9744 0.7471 H\\n66 H -2.7614 0.3793 -0.1688 H\\n67 H -4.2995 0.3122 0.6710 H\\n68 H -2.8485 -0.2689 1.4830 H\\n69 H 4.8868 1.4015 -1.8193 H\\n70 H 3.3781 0.8648 -2.5216 H\\n71 H 4.8819 3.8297 -0.6217 H\\n72 H 2.2495 2.5039 -3.7870 H\\n73 H 1.8466 4.8400 -4.4084 H\\n74 H 4.4601 6.1506 -1.2520 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8159 -0.2583 1.8892 C\\n2 C 1.8623 0.3106 -0.4214 C\\n3 C 4.3280 -0.2445 -0.0992 C\\n4 N 3.3331 0.9248 -0.3678 N\\n5 C 4.1630 -0.7562 1.3402 C\\n6 C 1.7050 -0.5436 0.8695 C\\n7 C 4.3686 -2.2827 1.3990 C\\n8 C 4.3691 -2.8298 2.8193 C\\n9 C 3.4454 1.9229 0.8037 C\\n10 C 2.9384 1.2585 2.0802 C\\n11 C 0.7123 1.3897 -0.6381 C\\n12 C -0.0212 2.4833 -2.7680 C\\n13 C 0.0028 1.3150 -1.9840 C\\n14 N -1.1465 1.3222 -4.5380 N\\n15 C -0.6581 0.1492 -2.4750 C\\n16 C -0.6030 2.4364 -4.0180 C\\n17 C -1.1978 0.2159 -3.7823 C\\n18 C -0.8264 -1.0599 -1.7522 C\\n19 C -1.4544 -2.1715 -2.3171 C\\n20 C -1.9444 -2.0931 -3.6095 C\\n21 C -1.8164 -0.9027 -4.3225 C\\n22 O -0.3419 1.2953 0.3381 O\\n23 C -0.4945 2.3373 1.1979 C\\n24 O 0.2791 3.2820 1.2842 O\\n25 C -1.6928 2.1162 2.0924 C\\n26 C -2.9865 1.8179 1.3150 C\\n27 C -4.1181 1.4721 2.2905 C\\n28 C -3.4086 3.0028 0.4322 C\\n29 C 3.7480 1.6421 -1.6838 C\\n30 C 4.0403 0.7577 -2.8783 C\\n31 C 4.5720 -0.9885 -5.0300 C\\n32 C 5.3395 0.2588 -3.1049 C\\n33 C 3.0337 0.4096 -3.7893 C\\n34 C 3.2914 -0.4635 -4.8529 C\\n35 C 5.6015 -0.6166 -4.1685 C\\n36 I 4.9427 -2.3177 -6.5858 I\\n37 H 2.5686 -0.7249 2.8484 H\\n38 H 1.8993 -0.3703 -1.2794 H\\n39 H 5.3412 0.1430 -0.2406 H\\n40 H 4.1189 -1.0259 -0.8378 H\\n41 H 4.9685 -0.3150 1.9477 H\\n42 H 1.7135 -1.6055 0.5931 H\\n43 H 0.7354 -0.4010 1.3533 H\\n44 H 5.3354 -2.5227 0.9360 H\\n45 H 3.6062 -2.8108 0.8184 H\\n46 H 4.6828 -3.8793 2.8227 H\\n47 H 5.0619 -2.2720 3.4547 H\\n48 H 3.3724 -2.7875 3.2653 H\\n49 H 2.8857 2.8272 0.5565 H\\n50 H 4.5054 2.1866 0.8955 H\\n51 H 3.6242 1.4892 2.9055 H\\n52 H 1.9751 1.6803 2.3733 H\\n53 H 1.1746 2.3767 -0.5888 H\\n54 H 0.4047 3.4211 -2.4234 H\\n55 H -0.6451 3.3107 -4.6624 H\\n56 H -0.5025 -1.1558 -0.7202 H\\n57 H -1.5779 -3.0873 -1.7442 H\\n58 H -2.4507 -2.9418 -4.0603 H\\n59 H -2.2298 -0.8389 -5.3292 H\\n60 H -1.8229 3.0074 2.7232 H\\n61 H -1.4447 1.2813 2.7660 H\\n62 H -2.8324 0.9445 0.6686 H\\n63 H -5.0261 1.1899 1.7410 H\\n64 H -3.8359 0.6288 2.9292 H\\n65 H -4.3578 2.3261 2.9332 H\\n66 H -3.6536 3.8815 1.0433 H\\n67 H -4.2897 2.7330 -0.1620 H\\n68 H -2.6134 3.2827 -0.2693 H\\n69 H 4.6532 2.2173 -1.4460 H\\n70 H 2.9699 2.3753 -1.9242 H\\n71 H 6.1725 0.5431 -2.4617 H\\n72 H 2.0317 0.8221 -3.7110 H\\n73 H 2.4809 -0.7172 -5.5367 H\\n74 H 6.6127 -1.0012 -4.3103 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.0383 -0.5824 1.7823 C\\n2 C 2.0455 -0.2605 -0.5393 C\\n3 C 4.4738 0.2562 -0.1068 C\\n4 N 3.0820 0.9324 -0.3447 N\\n5 C 4.4273 -0.6572 1.1285 C\\n6 C 1.9474 -1.0174 0.8069 C\\n7 C 4.8429 -2.1044 0.8022 C\\n8 C 6.3170 -2.2259 0.4355 C\\n9 C 2.7597 1.7610 0.9044 C\\n10 C 2.7522 0.8751 2.1476 C\\n11 C 0.6399 0.1168 -1.1207 C\\n12 C -1.1180 -1.5933 -0.4574 C\\n13 C -0.1730 -1.1538 -1.3978 C\\n14 N -1.5855 -3.5494 -1.7626 N\\n15 C 0.0348 -1.9400 -2.5714 C\\n16 C -1.7917 -2.7753 -0.6845 C\\n17 C -0.7084 -3.1404 -2.6882 C\\n18 C 0.9255 -1.6073 -3.6256 C\\n19 C 1.0836 -2.4356 -4.7378 C\\n20 C 0.3570 -3.6120 -4.8240 C\\n21 C -0.5295 -3.9481 -3.8019 C\\n22 O -0.0394 1.0150 -0.2192 O\\n23 C -1.0095 1.7860 -0.7968 C\\n24 O -1.3302 1.7306 -1.9744 O\\n25 C -1.5963 2.7489 0.2038 C\\n26 C -2.3786 2.0427 1.3167 C\\n27 C -3.6588 1.4011 0.7778 C\\n28 C -2.7215 3.0375 2.4260 C\\n29 C 3.2657 1.8159 -1.6230 C\\n30 C 2.4078 3.0455 -1.8206 C\\n31 C 0.8294 5.3491 -2.2185 C\\n32 C 2.6275 4.2162 -1.0725 C\\n33 C 1.4315 3.0896 -2.8273 C\\n34 C 0.6357 4.2254 -3.0145 C\\n35 C 1.8347 5.3538 -1.2571 C\\n36 I -0.3669 7.0231 -2.4768 I\\n37 H 3.0036 -1.2004 2.6867 H\\n38 H 2.5417 -0.9185 -1.2645 H\\n39 H 4.7268 -0.2773 -1.0299 H\\n40 H 5.2013 1.0628 0.0459 H\\n41 H 5.1574 -0.2734 1.8555 H\\n42 H 2.0047 -2.0967 0.6204 H\\n43 H 0.9765 -0.8523 1.2880 H\\n44 H 4.2413 -2.5038 -0.0223 H\\n45 H 4.6533 -2.7426 1.6739 H\\n46 H 6.9530 -1.8730 1.2536 H\\n47 H 6.5603 -1.6496 -0.4617 H\\n48 H 6.5692 -3.2728 0.2392 H\\n49 H 3.5426 2.5195 1.0042 H\\n50 H 1.7950 2.2525 0.7652 H\\n51 H 1.7816 0.9605 2.6522 H\\n52 H 3.4962 1.2404 2.8662 H\\n53 H 0.7895 0.6300 -2.0686 H\\n54 H -1.3363 -1.0393 0.4498 H\\n55 H -2.5324 -3.1482 0.0181 H\\n56 H 1.4983 -0.6868 -3.6197 H\\n57 H 1.7613 -2.1590 -5.5422 H\\n58 H 0.4630 -4.2661 -5.6865 H\\n59 H -1.1062 -4.8683 -3.8803 H\\n60 H -2.2399 3.4541 -0.3362 H\\n61 H -0.7673 3.3381 0.6152 H\\n62 H -1.7592 1.2500 1.7540 H\\n63 H -4.2056 0.8959 1.5810 H\\n64 H -3.4361 0.6539 0.0095 H\\n65 H -4.3239 2.1513 0.3365 H\\n66 H -3.3479 3.8532 2.0493 H\\n67 H -1.8119 3.4764 2.8493 H\\n68 H -3.2625 2.5429 3.2393 H\\n69 H 4.3077 2.1638 -1.6158 H\\n70 H 3.1805 1.1330 -2.4776 H\\n71 H 3.4343 4.2794 -0.3454 H\\n72 H 1.2588 2.2452 -3.4928 H\\n73 H -0.1341 4.2128 -3.7847 H\\n74 H 2.0215 6.2409 -0.6544 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.9348 -0.4583 1.8056 C\\n2 C 2.0514 -0.0491 -0.5650 C\\n3 C 4.5397 -0.0146 -0.0686 C\\n4 N 3.3184 0.8968 -0.3849 N\\n5 C 4.3882 -0.6332 1.3300 C\\n6 C 1.9607 -0.9312 0.7153 C\\n7 C 4.8453 -2.1043 1.3753 C\\n8 C 6.3203 -2.2783 1.0367 C\\n9 C 3.1103 1.8515 0.8096 C\\n10 C 2.7074 1.0410 2.0427 C\\n11 C 0.7002 0.6991 -0.9377 C\\n12 C 0.0088 -1.2203 -2.4483 C\\n13 C 0.0031 0.1580 -2.1859 C\\n14 N -1.1492 -0.8850 -4.5217 N\\n15 C -0.6924 1.0167 -3.0896 C\\n16 C -0.5628 -1.6831 -3.6170 C\\n17 C -1.2342 0.4260 -4.2595 C\\n18 C -0.8789 2.4113 -2.9037 C\\n19 C -1.5449 3.1909 -3.8487 C\\n20 C -2.0401 2.5960 -4.9996 C\\n21 C -1.8825 1.2239 -5.1898 C\\n22 O -0.2953 0.5852 0.0967 O\\n23 C -0.6155 1.6877 0.8148 C\\n24 O -0.0690 2.7779 0.7044 O\\n25 C -1.7085 1.3788 1.8058 C\\n26 C -3.0375 2.0471 1.4392 C\\n27 C -4.0304 1.9003 2.5967 C\\n28 C -3.6319 1.4461 0.1646 C\\n29 C 3.6521 1.7562 -1.6410 C\\n30 C 3.9544 1.0208 -2.9240 C\\n31 C 4.4842 -0.3657 -5.3128 C\\n32 C 5.2250 0.4781 -3.1754 C\\n33 C 2.9758 0.9013 -3.9212 C\\n34 C 3.2333 0.2052 -5.1061 C\\n35 C 5.4855 -0.2182 -4.3579 C\\n36 I 4.8684 -1.4158 -7.0614 I\\n37 H 2.7585 -1.0115 2.7348 H\\n38 H 2.3498 -0.6979 -1.4007 H\\n39 H 5.4439 0.6062 -0.1167 H\\n40 H 4.5739 -0.7855 -0.8444 H\\n41 H 5.0414 -0.0778 2.0168 H\\n42 H 0.9517 -0.9684 1.1403 H\\n43 H 2.1747 -1.9719 0.4410 H\\n44 H 4.6701 -2.5016 2.3841 H\\n45 H 4.2583 -2.7159 0.6811 H\\n46 H 6.6061 -3.3243 1.1682 H\\n47 H 6.9503 -1.6605 1.6844 H\\n48 H 6.5248 -2.0075 -0.0041 H\\n49 H 4.0658 2.3708 0.9734 H\\n50 H 2.3622 2.5986 0.5350 H\\n51 H 3.2940 1.3853 2.9067 H\\n52 H 1.6603 1.2267 2.3042 H\\n53 H 0.9489 1.7442 -1.1211 H\\n54 H 0.4525 -1.9401 -1.7715 H\\n55 H -0.5613 -2.7417 -3.8648 H\\n56 H -0.5365 2.9221 -2.0066 H\\n57 H -1.6840 4.2563 -3.6792 H\\n58 H -2.5543 3.1946 -5.7516 H\\n59 H -2.2864 0.7669 -6.0937 H\\n60 H -1.8237 0.2927 1.8992 H\\n61 H -1.3542 1.7308 2.7818 H\\n62 H -2.8659 3.1207 1.2674 H\\n63 H -4.9599 2.4334 2.3794 H\\n64 H -3.6130 2.3247 3.5165 H\\n65 H -4.2729 0.8488 2.7888 H\\n66 H -3.7231 0.3541 0.2337 H\\n67 H -4.6291 1.8588 -0.0342 H\\n68 H -3.0032 1.6757 -0.6997 H\\n69 H 2.8228 2.4592 -1.7828 H\\n70 H 4.5202 2.3715 -1.3711 H\\n71 H 6.0427 0.6010 -2.4681 H\\n72 H 2.0029 1.3771 -3.8157 H\\n73 H 2.4515 0.1271 -5.8586 H\\n74 H 6.4746 -0.6388 -4.5262 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6685 -0.6570 1.6863 C\\n2 C 2.3628 -0.5869 -0.5101 C\\n3 C 4.5530 0.6324 -0.2809 C\\n4 N 3.0194 0.8495 -0.3336 N\\n5 C 4.9369 -0.1042 1.0132 C\\n6 C 2.8259 -1.4536 0.6857 C\\n7 C 5.9987 -1.1927 0.7646 C\\n8 C 7.3217 -0.6238 0.2662 C\\n9 C 2.6047 1.5067 0.9969 C\\n10 C 2.8207 0.5321 2.1487 C\\n11 C 0.8077 -0.5995 -0.7364 C\\n12 C 0.4985 -2.2703 -2.5606 C\\n13 C 0.3122 -1.9803 -1.1945 C\\n14 N -0.4725 -4.4393 -2.3043 N\\n15 C -0.2998 -2.9800 -0.3694 C\\n16 C 0.0943 -3.4890 -3.0594 C\\n17 C -0.6716 -4.1946 -1.0036 C\\n18 C -0.5694 -2.8790 1.0240 C\\n19 C -1.1760 -3.9124 1.7421 C\\n20 C -1.5302 -5.0804 1.0927 C\\n21 C -1.2714 -5.2074 -0.2690 C\\n22 O 0.0894 -0.1210 0.4130 O\\n23 C -0.8074 0.8864 0.1974 C\\n24 O -0.8857 1.5216 -0.8431 O\\n25 C -1.6213 1.1153 1.4525 C\\n26 C -2.5577 2.3300 1.3579 C\\n27 C -1.7795 3.6489 1.4066 C\\n28 C -3.5760 2.2939 2.5005 C\\n29 C 2.6731 1.8524 -1.4741 C\\n30 C 2.9906 1.4549 -2.8976 C\\n31 C 3.5540 0.7752 -5.5751 C\\n32 C 1.9575 1.1297 -3.7939 C\\n33 C 4.3065 1.4782 -3.3898 C\\n34 C 4.5895 1.1290 -4.7151 C\\n35 C 2.2382 0.7842 -5.1217 C\\n36 I 3.9743 0.2679 -7.5456 I\\n37 H 3.9239 -1.2846 2.5477 H\\n38 H 2.8352 -0.9862 -1.4173 H\\n39 H 5.0345 1.6151 -0.3230 H\\n40 H 4.8268 0.0514 -1.1658 H\\n41 H 5.3902 0.6261 1.7003 H\\n42 H 3.3907 -2.3133 0.3071 H\\n43 H 1.9778 -1.8844 1.2189 H\\n44 H 5.6361 -1.9274 0.0362 H\\n45 H 6.1865 -1.7373 1.6994 H\\n46 H 7.7160 0.1237 0.9625 H\\n47 H 8.0626 -1.4233 0.1703 H\\n48 H 7.2103 -0.1530 -0.7165 H\\n49 H 1.5703 1.8417 0.9230 H\\n50 H 3.2324 2.3975 1.1213 H\\n51 H 3.3092 1.0540 2.9801 H\\n52 H 1.8553 0.1844 2.5350 H\\n53 H 0.6073 0.0601 -1.5811 H\\n54 H 0.9457 -1.5602 -3.2489 H\\n55 H 0.2173 -3.7447 -4.1091 H\\n56 H -0.3108 -1.9963 1.5966 H\\n57 H -1.3698 -3.8031 2.8065 H\\n58 H -2.0072 -5.8933 1.6343 H\\n59 H -1.5502 -6.1295 -0.7771 H\\n60 H -0.9301 1.2433 2.2946 H\\n61 H -2.2114 0.2047 1.6185 H\\n62 H -3.1102 2.2865 0.4085 H\\n63 H -1.0637 3.7272 0.5830 H\\n64 H -2.4633 4.5017 1.3316 H\\n65 H -1.2222 3.7465 2.3451 H\\n66 H -3.0796 2.3301 3.4769 H\\n67 H -4.2632 3.1435 2.4364 H\\n68 H -4.1768 1.3784 2.4616 H\\n69 H 1.6065 2.0819 -1.3756 H\\n70 H 3.2067 2.7847 -1.2409 H\\n71 H 0.9110 1.1748 -3.4913 H\\n72 H 5.1394 1.7953 -2.7656 H\\n73 H 5.6180 1.1501 -5.0699 H\\n74 H 1.4182 0.5448 -5.7966 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8471 -0.2488 1.8677 C\\n2 C 1.9695 0.2952 -0.4574 C\\n3 C 4.4157 -0.2837 -0.1010 C\\n4 N 3.4482 0.8950 -0.3900 N\\n5 C 4.0143 -0.9971 1.2023 C\\n6 C 1.6233 -0.2381 0.9532 C\\n7 C 3.7538 -2.4946 0.9411 C\\n8 C 3.4130 -3.2823 2.1988 C\\n9 C 3.5639 1.9038 0.7612 C\\n10 C 3.2589 1.2127 2.0874 C\\n11 C 0.8508 1.2543 -1.0375 C\\n12 C 0.9138 2.6373 -3.1249 C\\n13 C 0.7969 1.3559 -2.5591 C\\n14 N 0.9488 1.7078 -5.3307 N\\n15 C 0.6250 0.2406 -3.4320 C\\n16 C 0.9845 2.7592 -4.4967 C\\n17 C 0.7412 0.4858 -4.8217 C\\n18 C 0.3299 -1.0840 -3.0161 C\\n19 C 0.2174 -2.1297 -3.9329 C\\n20 C 0.3835 -1.8750 -5.2843 C\\n21 C 0.6358 -0.5721 -5.7128 C\\n22 O -0.4735 0.8304 -0.6470 O\\n23 C -1.1062 1.6033 0.2841 C\\n24 O -0.5595 2.5162 0.8827 O\\n25 C -2.5266 1.1108 0.4624 C\\n26 C -3.4149 1.9215 1.4174 C\\n27 C -3.6114 3.3652 0.9558 C\\n28 C -2.9286 1.8654 2.8649 C\\n29 C 3.8415 1.5496 -1.7394 C\\n30 C 5.3003 1.8788 -1.9628 C\\n31 C 8.0153 2.4698 -2.3800 C\\n32 C 5.8445 3.0956 -1.5218 C\\n33 C 6.1356 0.9765 -2.6431 C\\n34 C 7.4871 1.2685 -2.8463 C\\n35 C 7.1968 3.3868 -1.7236 C\\n36 I 10.0239 2.9047 -2.6764 I\\n37 H 2.5928 -0.6934 2.8358 H\\n38 H 2.0821 -0.5711 -1.1164 H\\n39 H 5.4219 0.1340 0.0106 H\\n40 H 4.3924 -0.9459 -0.9735 H\\n41 H 4.8776 -0.9479 1.8812 H\\n42 H 0.8575 0.3702 1.4411 H\\n43 H 1.1895 -1.2410 0.8662 H\\n44 H 4.6564 -2.9348 0.4967 H\\n45 H 2.9538 -2.6304 0.2044 H\\n46 H 3.3518 -4.3513 1.9679 H\\n47 H 4.1777 -3.1459 2.9702 H\\n48 H 2.4459 -2.9778 2.6119 H\\n49 H 2.8747 2.7302 0.5613 H\\n50 H 4.5868 2.2913 0.7732 H\\n51 H 4.1382 1.2625 2.7412 H\\n52 H 2.4640 1.7588 2.6105 H\\n53 H 1.0561 2.2562 -0.6461 H\\n54 H 0.9601 3.5362 -2.5158 H\\n55 H 1.0858 3.7287 -4.9781 H\\n56 H 0.1376 -1.3220 -1.9740 H\\n57 H -0.0184 -3.1368 -3.5951 H\\n58 H 0.2910 -2.6771 -6.0134 H\\n59 H 0.7360 -0.3748 -6.7789 H\\n60 H -2.9970 1.1012 -0.5289 H\\n61 H -2.4722 0.0745 0.8178 H\\n62 H -4.4037 1.4433 1.3980 H\\n63 H -3.9577 3.3979 -0.0824 H\\n64 H -2.6895 3.9506 1.0266 H\\n65 H -4.3661 3.8639 1.5738 H\\n66 H -1.9809 2.3940 3.0023 H\\n67 H -2.7910 0.8283 3.1904 H\\n68 H -3.6637 2.3273 3.5326 H\\n69 H 3.2677 2.4762 -1.8127 H\\n70 H 3.5097 0.8630 -2.5253 H\\n71 H 5.2282 3.8411 -1.0243 H\\n72 H 5.7487 0.0352 -3.0336 H\\n73 H 8.1148 0.5546 -3.3763 H\\n74 H 7.5986 4.3350 -1.3719 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 4.2673 -1.0649 -0.6664 C\\n2 C 2.0450 -0.3135 0.3344 C\\n3 C 3.3539 1.2283 -1.1711 C\\n4 N 2.9765 0.9761 0.3240 N\\n5 C 4.2598 0.0956 -1.6740 C\\n6 C 2.8596 -1.4869 -0.2420 C\\n7 C 4.0189 -0.2668 -3.1503 C\\n8 C 2.7072 -0.9470 -3.5010 C\\n9 C 4.2837 0.7411 1.0938 C\\n10 C 4.9487 -0.5499 0.6140 C\\n11 C 1.2241 -0.6756 1.6536 C\\n12 C 2.2144 0.0519 3.8742 C\\n13 C 1.9909 -0.9767 2.9430 C\\n14 N 3.5546 -1.3808 5.2445 N\\n15 C 2.4608 -2.2863 3.2807 C\\n16 C 2.9903 -0.1929 4.9886 C\\n17 C 3.2685 -2.4109 4.4396 C\\n18 C 2.1606 -3.4792 2.5696 C\\n19 C 2.6870 -4.7162 2.9462 C\\n20 C 3.5147 -4.7991 4.0524 C\\n21 C 3.7892 -3.6485 4.7884 C\\n22 O 0.2314 0.3467 1.9499 O\\n23 C -0.8926 0.3220 1.1752 C\\n24 O -1.0087 -0.3856 0.1872 O\\n25 C -1.9272 1.2847 1.7138 C\\n26 C -2.6768 2.0997 0.6493 C\\n27 C -3.6355 1.2476 -0.1827 C\\n28 C -1.7288 2.8921 -0.2513 C\\n29 C 2.2078 2.2055 0.8479 C\\n30 C 2.8679 3.5589 0.7239 C\\n31 C 4.0826 6.0794 0.4874 C\\n32 C 3.7798 4.0080 1.6926 C\\n33 C 2.5592 4.4056 -0.3545 C\\n34 C 3.1673 5.6580 -0.4744 C\\n35 C 4.3881 5.2605 1.5723 C\\n36 I 4.9875 7.9396 0.3089 I\\n37 H 4.8213 -1.9239 -1.0607 H\\n38 H 1.2949 -0.0572 -0.4226 H\\n39 H 3.9042 2.1721 -1.2293 H\\n40 H 2.4185 1.3306 -1.7302 H\\n41 H 5.2825 0.5054 -1.6761 H\\n42 H 2.3039 -1.9360 -1.0683 H\\n43 H 2.9652 -2.2932 0.4806 H\\n44 H 4.0932 0.6545 -3.7428 H\\n45 H 4.8385 -0.9118 -3.4916 H\\n46 H 2.5794 -0.9639 -4.5889 H\\n47 H 1.8443 -0.4298 -3.0740 H\\n48 H 2.7028 -1.9882 -3.1681 H\\n49 H 4.0739 0.7243 2.1619 H\\n50 H 4.9415 1.5925 0.8886 H\\n51 H 4.9066 -1.3088 1.4047 H\\n52 H 6.0151 -0.3662 0.4341 H\\n53 H 0.6480 -1.5796 1.4253 H\\n54 H 1.7876 1.0418 3.7639 H\\n55 H 3.1883 0.5819 5.7249 H\\n56 H 1.4890 -3.4832 1.7155 H\\n57 H 2.4400 -5.6142 2.3837 H\\n58 H 3.9288 -5.7555 4.3627 H\\n59 H 4.4149 -3.7250 5.6762 H\\n60 H -1.4211 1.9903 2.3855 H\\n61 H -2.6293 0.7086 2.3269 H\\n62 H -3.2936 2.8289 1.1920 H\\n63 H -4.2992 0.6635 0.4633 H\\n64 H -3.1058 0.5566 -0.8445 H\\n65 H -4.2639 1.8867 -0.8129 H\\n66 H -2.2939 3.5507 -0.9196 H\\n67 H -1.1148 2.2346 -0.8751 H\\n68 H -1.0590 3.5198 0.3460 H\\n69 H 1.9987 2.0339 1.9024 H\\n70 H 1.2500 2.2212 0.3160 H\\n71 H 4.0237 3.3992 2.5612 H\\n72 H 1.8370 4.1085 -1.1135 H\\n73 H 2.9139 6.2980 -1.3176 H\\n74 H 5.0919 5.5895 2.3348 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.7245 -0.7266 1.6289 C\\n2 C 2.3110 -0.5409 -0.4696 C\\n3 C 4.5849 0.5711 -0.3522 C\\n4 N 3.0612 0.8629 -0.3193 N\\n5 C 4.9594 -0.4271 0.7601 C\\n6 C 2.6200 -1.3713 0.7928 C\\n7 C 5.6404 -1.6711 0.1536 C\\n8 C 6.1087 -2.6807 1.1918 C\\n9 C 2.7452 1.5216 1.0257 C\\n10 C 3.1648 0.5970 2.1659 C\\n11 C 0.7769 -0.4671 -0.8173 C\\n12 C 0.4794 -1.9213 -2.8179 C\\n13 C 0.2962 -1.7924 -1.4259 C\\n14 N -0.3681 -4.1553 -2.7875 N\\n15 C -0.2719 -2.8950 -0.7126 C\\n16 C 0.1333 -3.0997 -3.4425 C\\n17 C -0.5762 -4.0575 -1.4686 C\\n18 C -0.5626 -2.9387 0.6777 C\\n19 C -1.1092 -4.0708 1.2862 C\\n20 C -1.3843 -5.1926 0.5242 C\\n21 C -1.1154 -5.1709 -0.8417 C\\n22 O -0.0170 -0.0771 0.3154 O\\n23 C -0.7988 1.0331 0.1746 C\\n24 O -0.7082 1.8123 -0.7604 O\\n25 C -1.7104 1.1586 1.3768 C\\n26 C -2.7199 2.3170 1.3456 C\\n27 C -2.0469 3.6894 1.3378 C\\n28 C -3.7259 2.1888 0.2013 C\\n29 C 2.6921 1.8104 -1.4957 C\\n30 C 3.5127 3.0676 -1.6648 C\\n31 C 5.0357 5.4069 -1.9719 C\\n32 C 3.1366 4.2576 -1.0204 C\\n33 C 4.6518 3.0783 -2.4871 C\\n34 C 5.4133 4.2412 -2.6346 C\\n35 C 3.8965 5.4210 -1.1699 C\\n36 I 6.1673 7.1349 -2.1912 I\\n37 H 3.9842 -1.3716 2.4745 H\\n38 H 2.8228 -1.0034 -1.3249 H\\n39 H 5.1080 1.5184 -0.1825 H\\n40 H 4.8247 0.2011 -1.3555 H\\n41 H 5.7123 0.0587 1.3986 H\\n42 H 2.8958 -2.3909 0.4997 H\\n43 H 1.7389 -1.4775 1.4299 H\\n44 H 4.9744 -2.1724 -0.5576 H\\n45 H 6.5158 -1.3461 -0.4232 H\\n46 H 6.6512 -3.4965 0.7008 H\\n47 H 6.7819 -2.2146 1.9178 H\\n48 H 5.2671 -3.1257 1.7311 H\\n49 H 1.6788 1.7516 1.0553 H\\n50 H 3.3045 2.4602 1.0867 H\\n51 H 2.3037 0.4101 2.8183 H\\n52 H 3.9129 1.0988 2.7913 H\\n53 H 0.6480 0.2605 -1.6228 H\\n54 H 0.8815 -1.1165 -3.4268 H\\n55 H 0.2569 -3.2346 -4.5138 H\\n56 H -0.3875 -2.0902 1.3278 H\\n57 H -1.3257 -4.0723 2.3519 H\\n58 H -1.8127 -6.0815 0.9801 H\\n59 H -1.3401 -6.0531 -1.4397 H\\n60 H -2.2614 0.2142 1.4734 H\\n61 H -1.0706 1.2666 2.2617 H\\n62 H -3.2928 2.2525 2.2812 H\\n63 H -2.7908 4.4776 1.4926 H\\n64 H -1.3090 3.7667 2.1433 H\\n65 H -1.5404 3.8975 0.3912 H\\n66 H -4.2215 1.2117 0.2274 H\\n67 H -3.2540 2.3049 -0.7794 H\\n68 H -4.5020 2.9565 0.2878 H\\n69 H 2.7511 1.2070 -2.4095 H\\n70 H 1.6496 2.1003 -1.3555 H\\n71 H 2.2371 4.3019 -0.4073 H\\n72 H 4.9598 2.1884 -3.0339 H\\n73 H 6.2925 4.2280 -3.2764 H\\n74 H 3.5849 6.3337 -0.6666 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.6435 -0.6425 1.6990 C\\n2 C 2.3665 -0.6006 -0.5144 C\\n3 C 4.5263 0.6639 -0.2617 C\\n4 N 2.9872 0.8494 -0.3314 N\\n5 C 4.9113 -0.0932 1.0201 C\\n6 C 2.7971 -1.4472 0.7075 C\\n7 C 5.9591 -1.1907 0.7521 C\\n8 C 7.2921 -0.6245 0.2808 C\\n9 C 2.5409 1.4987 0.9933 C\\n10 C 2.7938 0.5470 2.1558 C\\n11 C 0.8235 -0.6570 -0.8006 C\\n12 C 0.6596 -2.3210 -2.6516 C\\n13 C 0.4001 -2.0514 -1.2925 C\\n14 N -0.2181 -4.5358 -2.4544 N\\n15 C -0.2015 -3.0856 -0.5030 C\\n16 C 0.3362 -3.5537 -3.1767 C\\n17 C -0.4865 -4.3112 -1.1626 C\\n18 C -0.5393 -3.0099 0.8769 C\\n19 C -1.1268 -4.0783 1.5590 C\\n20 C -1.3940 -5.2567 0.8857 C\\n21 C -1.0690 -5.3582 -0.4639 C\\n22 O 0.0432 -0.2196 0.3243 O\\n23 C -0.8511 0.7853 0.0924 C\\n24 O -0.8728 1.4621 -0.9258 O\\n25 C -1.7754 0.9361 1.2798 C\\n26 C -2.4387 2.3204 1.3446 C\\n27 C -3.5767 2.3118 2.3668 C\\n28 C -1.4274 3.4125 1.7048 C\\n29 C 2.6335 1.8486 -1.4745 C\\n30 C 2.9746 1.4632 -2.8964 C\\n31 C 3.5818 0.7764 -5.5620 C\\n32 C 1.9586 1.1210 -3.8048 C\\n33 C 4.2954 1.5172 -3.3755 C\\n34 C 4.6004 1.1628 -4.6944 C\\n35 C 2.2594 0.7662 -5.1247 C\\n36 I 4.0307 0.2478 -7.5175 I\\n37 H 3.9029 -1.2630 2.5649 H\\n38 H 2.8832 -1.0001 -1.3974 H\\n39 H 4.8259 0.1104 -1.1561 H\\n40 H 4.9847 1.6597 -0.2761 H\\n41 H 5.3753 0.6257 1.7121 H\\n42 H 3.3475 -2.3283 0.3579 H\\n43 H 1.9312 -1.8412 1.2452 H\\n44 H 5.5916 -1.9021 0.0039 H\\n45 H 6.1321 -1.7594 1.6745 H\\n46 H 7.1995 -0.1372 -0.6947 H\\n47 H 8.0306 -1.4255 0.1867 H\\n48 H 7.6776 0.1075 0.9961 H\\n49 H 3.1279 2.4169 1.1118 H\\n50 H 1.4907 1.7821 0.9147 H\\n51 H 1.8401 0.1968 2.5680 H\\n52 H 3.2945 1.0875 2.9682 H\\n53 H 0.6297 0.0034 -1.6454 H\\n54 H 1.1038 -1.5863 -3.3146 H\\n55 H 0.5179 -3.7922 -4.2215 H\\n56 H -0.3547 -2.1188 1.4648 H\\n57 H -1.3759 -3.9876 2.6134 H\\n58 H -1.8519 -6.0979 1.3994 H\\n59 H -1.2783 -6.2878 -0.9899 H\\n60 H -1.2066 0.7549 2.2002 H\\n61 H -2.5384 0.1533 1.1879 H\\n62 H -2.8694 2.5638 0.3640 H\\n63 H -3.2021 2.1116 3.3767 H\\n64 H -4.0934 3.2764 2.3790 H\\n65 H -4.3155 1.5418 2.1200 H\\n66 H -0.9706 3.2286 2.6821 H\\n67 H -1.9164 4.3910 1.7407 H\\n68 H -0.6261 3.4723 0.9635 H\\n69 H 1.5625 2.0569 -1.3851 H\\n70 H 3.1477 2.7893 -1.2337 H\\n71 H 0.9080 1.1576 -3.5151 H\\n72 H 5.1132 1.8592 -2.7452 H\\n73 H 5.6339 1.2109 -5.0360 H\\n74 H 1.4502 0.5034 -5.8057 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8372 -0.1844 1.8916 C\\n2 C 1.9575 0.3820 -0.4299 C\\n3 C 4.3682 -0.3387 -0.0992 C\\n4 N 3.4684 0.8929 -0.3910 N\\n5 C 3.9653 -0.9944 1.2338 C\\n6 C 1.6085 -0.1388 0.9863 C\\n7 C 3.6525 -2.4891 1.0241 C\\n8 C 3.3055 -3.2257 2.3100 C\\n9 C 3.6629 1.9077 0.7421 C\\n10 C 3.3158 1.2609 2.0805 C\\n11 C 0.8746 1.4081 -0.9574 C\\n12 C 0.9997 2.9840 -2.8957 C\\n13 C 0.8468 1.6561 -2.4603 C\\n14 N 1.0398 2.2771 -5.1821 N\\n15 C 0.6624 0.6374 -3.4410 C\\n16 C 1.0907 3.2396 -4.2470 C\\n17 C 0.7990 1.0163 -4.7984 C\\n18 C 0.3366 -0.7153 -3.1627 C\\n19 C 0.2112 -1.6619 -4.1803 C\\n20 C 0.3952 -1.2777 -5.4984 C\\n21 C 0.6790 0.0556 -5.7917 C\\n22 O -0.4609 0.9609 -0.6312 O\\n23 C -1.1502 1.7114 0.2775 C\\n24 O -0.6547 2.6340 0.9027 O\\n25 C -2.5662 1.1880 0.3869 C\\n26 C -3.4748 1.8878 1.4083 C\\n27 C -2.9706 1.7439 2.8437 C\\n28 C -3.7347 3.3535 1.0579 C\\n29 C 3.8827 1.5054 -1.7558 C\\n30 C 5.3584 1.6992 -2.0225 C\\n31 C 8.1019 2.0306 -2.5282 C\\n32 C 6.0312 2.8517 -1.5890 C\\n33 C 6.0806 0.7281 -2.7377 C\\n34 C 7.4460 0.8915 -2.9866 C\\n35 C 7.3973 3.0142 -1.8359 C\\n36 I 10.1305 2.2757 -2.8939 I\\n37 H 2.5709 -0.5990 2.8694 H\\n38 H 1.9989 -0.4840 -1.0966 H\\n39 H 4.2764 -1.0184 -0.9543 H\\n40 H 5.4023 0.0143 -0.0270 H\\n41 H 4.8408 -0.9514 1.8976 H\\n42 H 1.1417 -1.1276 0.9050 H\\n43 H 0.8640 0.4954 1.4768 H\\n44 H 2.8372 -2.6189 0.3034 H\\n45 H 4.5338 -2.9723 0.5824 H\\n46 H 4.0840 -3.0862 3.0661 H\\n47 H 3.2130 -4.2989 2.1147 H\\n48 H 2.3524 -2.8839 2.7239 H\\n49 H 3.0319 2.7765 0.5329 H\\n50 H 4.7094 2.2241 0.7415 H\\n51 H 2.5454 1.8578 2.5848 H\\n52 H 4.1920 1.2841 2.7403 H\\n53 H 1.0856 2.3637 -0.4669 H\\n54 H 1.0614 3.8169 -2.1994 H\\n55 H 1.2205 4.2502 -4.6267 H\\n56 H 0.1300 -1.0526 -2.1512 H\\n57 H -0.0491 -2.6922 -3.9470 H\\n58 H 0.2936 -2.0008 -6.3048 H\\n59 H 0.7926 0.3579 -6.8314 H\\n60 H -3.0215 1.2671 -0.6083 H\\n61 H -2.5018 0.1233 0.6448 H\\n62 H -4.4438 1.3733 1.3588 H\\n63 H -3.7309 2.0897 3.5521 H\\n64 H -2.0655 2.3312 3.0234 H\\n65 H -2.7490 0.6964 3.0782 H\\n66 H -2.8353 3.9675 1.1581 H\\n67 H -4.4981 3.7759 1.7205 H\\n68 H -4.0985 3.4491 0.0301 H\\n69 H 3.4722 0.8459 -2.5268 H\\n70 H 3.3920 2.4791 -1.8221 H\\n71 H 5.5056 3.6487 -1.0669 H\\n72 H 5.5895 -0.1641 -3.1240 H\\n73 H 7.9824 0.1275 -3.5460 H\\n74 H 7.8996 3.9171 -1.4927 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.5725 -0.6812 1.6881 C\\n2 C 2.3329 -0.5756 -0.5252 C\\n3 C 4.5386 0.6281 -0.2382 C\\n4 N 3.0066 0.8559 -0.3319 N\\n5 C 4.8666 -0.2993 0.9472 C\\n6 C 2.6104 -1.4053 0.7487 C\\n7 C 5.7165 -1.4930 0.4681 C\\n8 C 6.1425 -2.4297 1.5888 C\\n9 C 2.5650 1.5207 0.9728 C\\n10 C 2.8702 0.6014 2.1521 C\\n11 C 0.8144 -0.5836 -0.9417 C\\n12 C -0.1688 -2.9006 -0.5953 C\\n13 C 0.4279 -1.9729 -1.4646 C\\n14 N -0.1752 -4.5801 -2.3055 N\\n15 C 0.6998 -2.3776 -2.8072 C\\n16 C -0.4507 -4.1696 -1.0570 C\\n17 C 0.3748 -3.7102 -3.1620 C\\n18 C 1.2662 -1.5465 -3.8090 C\\n19 C 1.5128 -2.0196 -5.0989 C\\n20 C 1.1989 -3.3303 -5.4189 C\\n21 C 0.6329 -4.1571 -4.4497 C\\n22 O -0.0416 -0.2525 0.1760 O\\n23 C -0.8055 0.8697 0.0616 C\\n24 O -0.6575 1.7096 -0.8119 O\\n25 C -1.8175 0.9179 1.1832 C\\n26 C -2.4608 2.3026 1.3528 C\\n27 C -1.4646 3.3200 1.9167 C\\n28 C -3.6777 2.2051 2.2751 C\\n29 C 2.6990 1.7667 -1.5507 C\\n30 C 3.4309 3.0849 -1.6386 C\\n31 C 4.7901 5.5366 -1.7921 C\\n32 C 4.6443 3.1883 -2.3388 C\\n33 C 2.8987 4.2379 -1.0386 C\\n34 C 3.5776 5.4572 -1.1106 C\\n35 C 5.3236 4.4075 -2.4103 C\\n36 I 5.8006 7.3475 -1.8971 I\\n37 H 3.7857 -1.3043 2.5628 H\\n38 H 2.9095 -1.0121 -1.3517 H\\n39 H 4.8666 0.2244 -1.2028 H\\n40 H 5.0130 1.6017 -0.0768 H\\n41 H 5.4964 0.2705 1.6455 H\\n42 H 3.0113 -2.3848 0.4621 H\\n43 H 1.6885 -1.6218 1.2997 H\\n44 H 6.6224 -1.1050 -0.0150 H\\n45 H 5.1836 -2.0684 -0.2978 H\\n46 H 6.8352 -3.1848 1.2030 H\\n47 H 6.6508 -1.8818 2.3884 H\\n48 H 5.2861 -2.9577 2.0174 H\\n49 H 1.5042 1.7608 0.9029 H\\n50 H 3.1232 2.4560 1.0821 H\\n51 H 1.9384 0.3576 2.6774 H\\n52 H 3.4958 1.1332 2.8795 H\\n53 H 0.6375 0.1133 -1.7620 H\\n54 H -0.4158 -2.6589 0.4340 H\\n55 H -0.9133 -4.9156 -0.4159 H\\n56 H 1.5060 -0.5063 -3.6210 H\\n57 H 1.9362 -1.3646 -5.8572 H\\n58 H 1.3789 -3.7138 -6.4206 H\\n59 H 0.3783 -5.1833 -4.7100 H\\n60 H -1.3238 0.6219 2.1166 H\\n61 H -2.5861 0.1728 0.9470 H\\n62 H -2.8062 2.6654 0.3758 H\\n63 H -1.9380 4.3013 2.0293 H\\n64 H -0.6020 3.4450 1.2553 H\\n65 H -1.0940 3.0098 2.9001 H\\n66 H -4.4198 1.5103 1.8678 H\\n67 H -3.3938 1.8518 3.2725 H\\n68 H -4.1614 3.1815 2.3861 H\\n69 H 2.9118 1.1685 -2.4447 H\\n70 H 1.6279 1.9704 -1.5405 H\\n71 H 5.0754 2.3276 -2.8471 H\\n72 H 1.9410 4.2086 -0.5204 H\\n73 H 3.1454 6.3389 -0.6411 H\\n74 H 6.2621 4.4665 -2.9585 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.7069 0.1076 2.0335 C\\n2 C 1.7546 0.7792 -0.2375 C\\n3 C 3.9562 -0.4652 -0.0755 C\\n4 N 3.3416 0.9353 -0.3502 N\\n5 C 3.6425 -0.9107 1.3623 C\\n6 C 1.4387 0.3080 1.2022 C\\n7 C 3.0947 -2.3504 1.4270 C\\n8 C 4.1069 -3.3901 0.9632 C\\n9 C 3.8688 1.9137 0.7098 C\\n10 C 3.4228 1.4637 2.0993 C\\n11 C 0.9022 2.0414 -0.6733 C\\n12 C 1.1701 3.4767 -2.7093 C\\n13 C 0.7437 2.2461 -2.1773 C\\n14 N 0.7282 2.7167 -4.9377 N\\n15 C 0.1789 1.2811 -3.0645 C\\n16 C 1.1446 3.6602 -4.0759 C\\n17 C 0.2278 1.5727 -4.4503 C\\n18 C -0.4413 0.0679 -2.6661 C\\n19 C -0.9376 -0.8415 -3.6032 C\\n20 C -0.8382 -0.5556 -4.9564 C\\n21 C -0.2636 0.6485 -5.3628 C\\n22 O -0.4502 1.9910 -0.1670 O\\n23 C -0.7533 2.8655 0.8307 C\\n24 O 0.0808 3.5515 1.4094 O\\n25 C -2.2396 2.9332 1.0914 C\\n26 C -2.9389 1.5687 1.1837 C\\n27 C -4.4561 1.7654 1.2140 C\\n28 C -2.4954 0.7903 2.4262 C\\n29 C 3.7486 1.3917 -1.7776 C\\n30 C 5.2076 1.2769 -2.1598 C\\n31 C 7.9158 1.0305 -2.8566 C\\n32 C 5.6667 0.1569 -2.8764 C\\n33 C 6.1262 2.2838 -1.8245 C\\n34 C 7.4757 2.1577 -2.1655 C\\n35 C 7.0152 0.0314 -3.2186 C\\n36 I 9.9206 0.8432 -3.3612 I\\n37 H 2.4453 -0.2160 3.0489 H\\n38 H 1.5360 -0.0582 -0.9074 H\\n39 H 3.5538 -1.1431 -0.8381 H\\n40 H 5.0414 -0.3896 -0.1916 H\\n41 H 4.5863 -0.9086 1.9272 H\\n42 H 0.8137 1.0276 1.7346 H\\n43 H 0.8475 -0.6150 1.1626 H\\n44 H 2.1845 -2.4506 0.8209 H\\n45 H 2.8159 -2.5813 2.4642 H\\n46 H 5.0396 -3.3133 1.5335 H\\n47 H 4.3410 -3.2765 -0.1000 H\\n48 H 3.7031 -4.3978 1.1101 H\\n49 H 4.9613 1.9122 0.6520 H\\n50 H 3.5042 2.9184 0.4691 H\\n51 H 2.7629 2.2230 2.5380 H\\n52 H 4.2946 1.4040 2.7645 H\\n53 H 1.4160 2.9224 -0.2757 H\\n54 H 1.5336 4.2851 -2.0777 H\\n55 H 1.4758 4.5915 -4.5306 H\\n56 H -0.5917 -0.1774 -1.6179 H\\n57 H -1.4172 -1.7622 -3.2753 H\\n58 H -1.2274 -1.2486 -5.7009 H\\n59 H -0.2145 0.8820 -6.4265 H\\n60 H -2.3889 3.4886 2.0271 H\\n61 H -2.6757 3.5381 0.2855 H\\n62 H -2.6974 0.9645 0.2993 H\\n63 H -4.7998 2.3067 0.3229 H\\n64 H -4.7638 2.3406 2.0957 H\\n65 H -4.9745 0.8010 1.2446 H\\n66 H -2.9919 -0.1876 2.4668 H\\n67 H -2.7375 1.3357 3.3459 H\\n68 H -1.4169 0.6094 2.4143 H\\n69 H 3.1456 0.7998 -2.4767 H\\n70 H 3.4586 2.4420 -1.8639 H\\n71 H 4.9823 -0.6304 -3.1883 H\\n72 H 5.8105 3.1865 -1.3053 H\\n73 H 8.1711 2.9502 -1.8966 H\\n74 H 7.3490 -0.8434 -3.7753 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 3.7179 -0.7857 1.6025 C\\n2 C 2.1989 -0.3546 -0.3883 C\\n3 C 4.6261 0.3398 -0.4546 C\\n4 N 3.1742 0.9052 -0.3145 N\\n5 C 4.9014 -0.7220 0.6248 C\\n6 C 2.4362 -1.1991 0.8822 C\\n7 C 5.2739 -2.0697 -0.0255 C\\n8 C 5.6234 -3.1573 0.9795 C\\n9 C 3.0843 1.5923 1.0532 C\\n10 C 3.4774 0.6189 2.1633 C\\n11 C 0.6838 -0.0566 -0.6605 C\\n12 C -0.0175 -1.7639 -2.3373 C\\n13 C -0.0706 -1.3547 -0.9904 C\\n14 N -1.2681 -3.7438 -1.8498 N\\n15 C -0.7857 -2.1736 -0.0603 C\\n16 C -0.6268 -2.9422 -2.7118 C\\n17 C -1.3607 -3.3678 -0.5677 C\\n18 C -0.9782 -1.9026 1.3214 C\\n19 C -1.6893 -2.7680 2.1558 C\\n20 C -2.2299 -3.9296 1.6341 C\\n21 C -2.0595 -4.2140 0.2811 C\\n22 O 0.0988 0.7214 0.3938 O\\n23 C -1.0479 1.3849 0.0440 C\\n24 O -1.5305 1.3683 -1.0769 O\\n25 C -1.5711 2.1756 1.2229 C\\n26 C -3.1012 2.2490 1.3345 C\\n27 C -3.7418 3.0890 0.2281 C\\n28 C -3.7448 0.8639 1.4080 C\\n29 C 3.0035 1.9067 -1.5063 C\\n30 C 2.0923 3.1051 -1.3593 C\\n31 C 0.4100 5.3570 -1.1126 C\\n32 C 0.8771 3.1823 -2.0557 C\\n33 C 2.4795 4.2232 -0.5993 C\\n34 C 1.6399 5.3344 -0.4640 C\\n35 C 0.0324 4.2903 -1.9208 C\\n36 I -0.8511 6.9883 -0.8942 I\\n37 H 3.9259 -1.4693 2.4321 H\\n38 H 2.5777 -0.9192 -1.2518 H\\n39 H 5.3105 1.1892 -0.3371 H\\n40 H 4.7223 -0.0523 -1.4738 H\\n41 H 5.7877 -0.3938 1.1865 H\\n42 H 2.4656 -2.2626 0.6149 H\\n43 H 1.6110 -1.0889 1.5903 H\\n44 H 6.1441 -1.9141 -0.6764 H\\n45 H 4.4664 -2.4282 -0.6744 H\\n46 H 4.7476 -3.4634 1.5593 H\\n47 H 6.4006 -2.8191 1.6736 H\\n48 H 5.9987 -4.0421 0.4564 H\\n49 H 3.7851 2.4319 1.0504 H\\n50 H 2.0667 1.9638 1.1919 H\\n51 H 4.3790 0.9825 2.6726 H\\n52 H 2.6894 0.5994 2.9262 H\\n53 H 0.6551 0.5452 -1.5705 H\\n54 H 0.4770 -1.1724 -3.1022 H\\n55 H -0.6154 -3.2851 -3.7431 H\\n56 H -0.5913 -1.0045 1.7876 H\\n57 H -1.8257 -2.5304 3.2084 H\\n58 H -2.7899 -4.6131 2.2676 H\\n59 H -2.4937 -5.1250 -0.1277 H\\n60 H -1.1850 1.7163 2.1428 H\\n61 H -1.1429 3.1830 1.1606 H\\n62 H -3.3206 2.7582 2.2827 H\\n63 H -3.6799 2.6037 -0.7499 H\\n64 H -4.8043 3.2507 0.4426 H\\n65 H -3.2660 4.0732 0.1536 H\\n66 H -3.6077 0.3009 0.4791 H\\n67 H -4.8216 0.9488 1.5886 H\\n68 H -3.3156 0.2794 2.2285 H\\n69 H 4.0033 2.3046 -1.7262 H\\n70 H 2.7258 1.2999 -2.3769 H\\n71 H 0.5510 2.3879 -2.7249 H\\n72 H 3.4527 4.2667 -0.1143 H\\n73 H 1.9644 6.1801 0.1401 H\\n74 H -0.9169 4.3022 -2.4553 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.addModel(\"@<TRIPOS>MOLECULE\\n10_4_c\\n74 78 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 2.8509 -0.2172 1.8812 C\\n2 C 1.9642 0.3469 -0.4384 C\\n3 C 4.3912 -0.3169 -0.1052 C\\n4 N 3.4629 0.8936 -0.3901 N\\n5 C 4.0069 -0.9880 1.2250 C\\n6 C 1.6258 -0.2008 0.9689 C\\n7 C 3.7441 -2.4914 1.0113 C\\n8 C 3.4402 -3.2444 2.2985 C\\n9 C 3.6293 1.9035 0.7511 C\\n10 C 3.2842 1.2410 2.0825 C\\n11 C 0.8635 1.3558 -0.9647 C\\n12 C 0.9484 2.9060 -2.9270 C\\n13 C 0.8185 1.5826 -2.4712 C\\n14 N 0.9747 2.1681 -5.2036 N\\n15 C 0.6385 0.5476 -3.4352 C\\n16 C 1.0219 3.1442 -4.2827 C\\n17 C 0.7562 0.9097 -4.7997 C\\n18 C 0.3345 -0.8054 -3.1340 C\\n19 C 0.2140 -1.7677 -4.1369 C\\n20 C 0.3787 -1.3991 -5.4623 C\\n21 C 0.6398 -0.0665 -5.7780 C\\n22 O -0.4671 0.9082 -0.6207 O\\n23 C -1.1333 1.6511 0.3120 C\\n24 O -0.6130 2.5518 0.9500 O\\n25 C -2.5564 1.1489 0.4317 C\\n26 C -3.4653 1.9046 1.4130 C\\n27 C -3.6698 3.3673 1.0182 C\\n28 C -2.9963 1.7834 2.8630 C\\n29 C 3.8645 1.5266 -1.7486 C\\n30 C 5.3342 1.7658 -2.0082 C\\n31 C 8.0663 2.1861 -2.4982 C\\n32 C 5.9664 2.9412 -1.5734 C\\n33 C 6.0911 0.8163 -2.7152 C\\n34 C 7.4515 1.0237 -2.9553 C\\n35 C 7.3277 3.1474 -1.8120 C\\n36 I 10.0885 2.4946 -2.8516 I\\n37 H 2.5916 -0.6459 2.8548 H\\n38 H 2.0292 -0.5103 -1.1144 H\\n39 H 5.4168 0.0589 -0.0323 H\\n40 H 4.3132 -0.9937 -0.9633 H\\n41 H 4.8790 -0.9175 1.8908 H\\n42 H 1.1923 -1.2034 0.8736 H\\n43 H 0.8585 0.4020 1.4633 H\\n44 H 4.6358 -2.9415 0.5565 H\\n45 H 2.9248 -2.6478 0.3004 H\\n46 H 2.4855 -2.9319 2.7311 H\\n47 H 4.2275 -3.0872 3.0425 H\\n48 H 3.3743 -4.3187 2.0985 H\\n49 H 4.6707 2.2371 0.7605 H\\n50 H 2.9851 2.7631 0.5443 H\\n51 H 4.1522 1.2871 2.7522 H\\n52 H 2.4900 1.8122 2.5806 H\\n53 H 1.0725 2.3206 -0.4912 H\\n54 H 1.0042 3.7493 -2.2435 H\\n55 H 1.1331 4.1509 -4.6780 H\\n56 H 0.1417 -1.1323 -2.1161 H\\n57 H -0.0281 -2.7986 -3.8875 H\\n58 H 0.2792 -2.1352 -6.2567 H\\n59 H 0.7382 0.2221 -6.8235 H\\n60 H -2.5076 0.0949 0.7314 H\\n61 H -3.0051 1.1948 -0.5684 H\\n62 H -4.4498 1.4198 1.3569 H\\n63 H -2.7519 3.9537 1.1191 H\\n64 H -4.4295 3.8327 1.6549 H\\n65 H -4.0119 3.4456 -0.0191 H\\n66 H -3.7424 2.2099 3.5427 H\\n67 H -2.0528 2.3103 3.0367 H\\n68 H -2.8567 0.7325 3.1397 H\\n69 H 3.3459 2.4858 -1.8096 H\\n70 H 3.4748 0.8629 -2.5261 H\\n71 H 5.4096 3.7214 -1.0579 H\\n72 H 5.6314 -0.0929 -3.1003 H\\n73 H 8.0175 0.2758 -3.5075 H\\n74 H 7.7992 4.0656 -1.4673 H\\n@<TRIPOS>BOND\\n1 1 5 1\\n2 1 6 1\\n3 2 4 1\\n4 2 6 1\\n5 3 5 1\\n6 3 4 1\\n7 5 7 1\\n8 7 8 1\\n9 4 9 1\\n10 1 10 1\\n11 10 9 1\\n12 2 11 1\\n13 12 13 ar\\n14 12 16 ar\\n15 13 15 ar\\n16 15 17 ar\\n17 14 16 ar\\n18 14 17 ar\\n19 18 15 ar\\n20 17 21 ar\\n21 18 19 ar\\n22 19 20 ar\\n23 20 21 ar\\n24 11 13 1\\n25 11 22 1\\n26 23 24 2\\n27 23 25 1\\n28 25 26 1\\n29 26 27 1\\n30 26 28 1\\n31 23 22 1\\n32 30 33 ar\\n33 33 34 ar\\n34 31 34 ar\\n35 31 35 ar\\n36 32 35 ar\\n37 30 32 ar\\n38 29 30 1\\n39 31 36 1\\n40 4 29 1\\n41 1 37 1\\n42 2 38 1\\n43 3 39 1\\n44 3 40 1\\n45 5 41 1\\n46 6 42 1\\n47 6 43 1\\n48 7 44 1\\n49 7 45 1\\n50 8 46 1\\n51 8 47 1\\n52 8 48 1\\n53 9 49 1\\n54 9 50 1\\n55 10 51 1\\n56 10 52 1\\n57 11 53 1\\n58 12 54 1\\n59 16 55 1\\n60 18 56 1\\n61 19 57 1\\n62 20 58 1\\n63 21 59 1\\n64 25 60 1\\n65 25 61 1\\n66 26 62 1\\n67 27 63 1\\n68 27 64 1\\n69 27 65 1\\n70 28 66 1\\n71 28 67 1\\n72 28 68 1\\n73 29 69 1\\n74 29 70 1\\n75 32 71 1\\n76 33 72 1\\n77 34 73 1\\n78 35 74 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_1729535704708992.zoomTo();\n",
       "viewer_1729535704708992.render();\n",
       "});\n",
       "</script>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "application/3dmoljs_load.v0": "<script>\n            $3Dmolpromise.then(function() { //wrap in promise for non-interactive functionality\n                \n                viewer_1729535704708992.render();\n            });\n            </script>",
      "text/html": [
       "<script>\n",
       "            $3Dmolpromise.then(function() { //wrap in promise for non-interactive functionality\n",
       "                \n",
       "                viewer_1729535704708992.render();\n",
       "            });\n",
       "            </script>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "text/plain": [
       "ConformerEnsemble(name='10_4_c', formula='C31 H38 I1 N2 O2')"
      ]
     },
     "execution_count": 2,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "clib = ml.ConformerLibrary(ml.files.cinchonidine_rd_conf)\n",
    "with clib.reading():\n",
    "    ens = clib['10_4_c']\n",
    "\n",
    "#Loads example ConformerEnsemble that contains 200 conformers\n",
    "ens"
   ]
  },
  {
   "attachments": {
    "molli_ls.PNG": {
     "image/png": 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O4OCdrzhlsp22K2L71SGbyHblA+uLbHv/oqS+s4ggLbh1upe5K2QTSe35DTcFnEByPmrvkSDVyqJfNJ5WHZsI1jfiZsXlOOt7ltSS7rNPWX214NjNVLcCa/vw79lK8fPKoGTpxaDVRoI/7StOqmhlKhXFf/F4pXMzAfQwPkGyVRGda0FyZBLMwjj424tBT3Bf0Rm/K6QE9+AUCXClc5VqY3xfFZnAZVcUSzS2hzaR4PTxyaKqr6w2M5QFb01ihRWbvkozVUvAVz7hM05PpNa8tGKqr45JQNvuSlKC47CWcwLUy+oKo8D1ULDk36zYQqKrf9YPxlNfsOL2Etn7fafYsLSkH16PI/hmvITgfrm0sFSyZEb9gCUy6gej25KW4qgvZG8bz8Cp8M04gm/GEXwzjuBb8eHt/80v6AAfMokFAAAAAElFTkSuQmCC"
    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## `MoleculeLibrary` and `ConformerLibrary` Visualization\n",
    "\n",
    "Given that Jupyter allows access to `molli` commands, this can be used to see the keys that exist in a library without ever loading it. Example code for this is as follows:\n",
    "\n",
    "`!molli ls cinchonidine.mlib`\n",
    "\n",
    "Giving the following result:\n",
    "\n",
    "![molli_ls.PNG](attachment:molli_ls.PNG)"
   ]
  },
  {
   "attachments": {
    "mlib_view.PNG": {
     "image/png": 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"
    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Jupyter also allows for special commands, so the command `%mlib_view` allows for direct visualization of molecules in a `MoleculeLibrary` without needing to run a full command to open it. The syntax is as follows:\n",
    "\n",
    "`%mlib_view <LIB_PATH> <KEY>`\n",
    "\n",
    "An example is as follows:\n",
    "\n",
    "`%mlib_view cinchonidine.mlib 3_13_c_cf0`\n",
    "\n",
    "Giving the following output in the jupyter notebook:\n",
    "\n",
    "![mlib_view.PNG](attachment:mlib_view.PNG)"
   ]
  },
  {
   "attachments": {
    "clib_view.PNG": {
     "image/png": 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"
    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "This is the same with serialized `ConformerLibrary` objects using `%clib_view` and the same syntax:\n",
    "\n",
    "`%clib_view cinchonidine_confs.clib 3_13_c`\n",
    "\n",
    "Giving the following result in the notebook:\n",
    "\n",
    "![clib_view.PNG](attachment:clib_view.PNG)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Visualizaing Molecules with Pyvista\n",
    "\n",
    "Although the `ml.visual.configure()` by default operates with `py3Dmol`, `pyvista` is also an available backend. This notebook exists as an example of how to utilize pyvista effectively to visualize a Molecule.\n",
    "\n",
    "`molli 1.2` has not been updated to be compatible with `numpy 2.0` as of yet. As a result, the newest versions of Pyvista. To allow visualization with Pyvista, no version greater than `Pyvista v0.43.10` should be installed.\n",
    "\n",
    "Note: Pyvista is not natively installed within Molli, but this version can be added through conda using the line:\n",
    "`pip install pyvista==0.43.10` or `conda install pyvista=0.43.10`"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [],
   "source": [
    "#Imports all necessary dependencies\n",
    "import molli as ml\n",
    "import pyvista as pv\n",
    "from PIL import ImageColor\n",
    "from matplotlib.colors import ListedColormap\n",
    "import numpy as np\n",
    "\n",
    "#This is currently being run on a virtual server and needs a separate server for display via pyvista\n",
    "pv.start_xvfb()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [],
   "source": [
    "#Loads Molecule\n",
    "_mol = ml.load(ml.files.dendrobine_mol2)\n",
    "\n",
    "#Isoaltes molecule to heavy atoms only\n",
    "heavy_mol = _mol.heavy\n",
    "\n",
    "#Centers molecule around the centroid\n",
    "heavy_mol.translate(-1 * heavy_mol.centroid())\n",
    "\n",
    "#Returns atom covalent radii for atoms in dendrobine\n",
    "a_sizes = [a.cov_radius_1 for a in heavy_mol.atoms]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [],
   "source": [
    "#Sets plot theme\n",
    "pv.set_plot_theme(\"dark\")  # \"document\" for light settings!\n",
    "\n",
    "#Creates plotter available for jupyter notebook\n",
    "plotter = pv.Plotter(notebook=True)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<vtkmodules.vtkRenderingAnnotation.vtkAxesActor(0x55eea11bfc40) at 0x7fb38c706080>"
      ]
     },
     "execution_count": 10,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "#Defines Sphere\n",
    "sph = pv.Sphere(theta_resolution=32, phi_resolution=32)\n",
    "\n",
    "#Creates lines associated with bonds\n",
    "b_lines = []\n",
    "for b in heavy_mol.bonds:\n",
    "    i1, i2 = map(heavy_mol.get_atom_index, (b.a1, b.a2))\n",
    "    b_lines.append((2, i1, i2))\n",
    "\n",
    "#Creates points associated with coordinates\n",
    "points = pv.PolyData(heavy_mol.coords, lines=b_lines, n_lines=heavy_mol.n_bonds)\n",
    "points.point_data[\"element\"] = [a.Z for a in heavy_mol.atoms]\n",
    "points[\"radius\"] = a_sizes\n",
    "\n",
    "# Creates unique colors associated with elements\n",
    "val = np.linspace(-1, 118, 120)\n",
    "colors = np.zeros((120, 4))\n",
    "for i, elt in enumerate(ml.chem.Element):\n",
    "    clr = elt.color_cpk or \"#000000\"\n",
    "    r, g, b = ImageColor.getrgb(clr)\n",
    "    colors[val > (elt.z - 0.5)] = [r / 255, g / 255, b / 255, 1]\n",
    "\n",
    "#Finds actually color mapping\n",
    "cmap_cpk = pv.LookupTable(\n",
    "    ListedColormap(colors), n_values=120, scalar_range=(-1, 118)\n",
    ")\n",
    "\n",
    "#Creates spheres at coordinates associated with atoms\n",
    "spherez = points.glyph(\n",
    "    geom=sph,\n",
    "    orient=False,\n",
    "    scale=\"radius\",\n",
    "    factor=0.5,\n",
    "    # progress_bar=True,\n",
    ")\n",
    "\n",
    "#Creates lines at coordinates associated with bonds\n",
    "tubez = points.tube(\n",
    "    radius=0.05,\n",
    "    # progress_bar=True,\n",
    "    n_sides=24,\n",
    "    capping=False,\n",
    ")\n",
    "\n",
    "# Adds atoms to the plotter with correct colors\n",
    "plotter.add_mesh(\n",
    "    spherez,\n",
    "    color=\"white\",\n",
    "    smooth_shading=True,\n",
    "    scalars=\"element\",\n",
    "    show_scalar_bar=False,\n",
    "    diffuse=0.7,\n",
    "    ambient=0.1,\n",
    "    specular=0.2,\n",
    "    specular_power=5,\n",
    "    cmap=cmap_cpk,\n",
    "    culling=True,\n",
    ")\n",
    "\n",
    "# Adds bonds to the plotter\n",
    "plotter.add_mesh(\n",
    "    tubez,\n",
    "    color=\"white\",\n",
    "    smooth_shading=True,\n",
    "    scalars=\"element\",\n",
    "    show_scalar_bar=False,\n",
    "    diffuse=0.7,\n",
    "    ambient=0.1,\n",
    "    specular=0.2,\n",
    "    specular_power=5,\n",
    "    interpolate_before_map=False,\n",
    "    cmap=cmap_cpk,\n",
    "    culling=True,\n",
    ")\n",
    "\n",
    "# Creates heavy atom labels\n",
    "heavy = pv.PolyData(heavy_mol.heavy.coords)\n",
    "heavy[\"labels\"] = [\n",
    "    f\"{a.element.symbol}{i}\" for i, a in enumerate(heavy_mol.heavy.atoms)\n",
    "]\n",
    "\n",
    "#Adds labels for atoms to the plotter\n",
    "plotter.add_point_labels(\n",
    "    heavy,\n",
    "    \"labels\",\n",
    "    font_size=20,\n",
    "    shadow=True,\n",
    "    shape_color=\"white\",\n",
    "    shape_opacity=0.25,\n",
    "    show_points=False,\n",
    "    always_visible=True,\n",
    "    margin=5,\n",
    "    font_family=\"courier\",\n",
    ")\n",
    "\n",
    "#Prepares for plotting\n",
    "plotter.enable_anti_aliasing(aa_type=\"msaa\", multi_samples=4)\n",
    "plotter.view_xy()\n",
    "plotter.add_axes()\n",
    "\n",
    "#Shows final result\n",
    "# plotter.show()"
   ]
  },
  {
   "attachments": {
    "Pyvista.PNG": {
     "image/png": 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    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Due to a problem with pyvista rendering the plotter on the readthedocs, the output normally seen in this operation is shown below:\n",
    "\n",
    "![Pyvista.PNG](attachment:Pyvista.PNG)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Visualizing Molecules with Matplotlib\n",
    "\n",
    "Note: Matplotlib is not natively installed within Molli, but it can be added through conda using the line:\n",
    "\n",
    "`pip install matplotlib` or `conda install matplotlib`"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [],
   "source": [
    "# Import necessary packages\n",
    "import matplotlib.pyplot as plt\n",
    "from mpl_toolkits.mplot3d import Axes3D\n",
    "from mpl_toolkits.mplot3d.art3d import Line3DCollection\n",
    "\n",
    "# Loads Single Pentane molecule from multi-mol2 file\n",
    "dendrobine = ml.load(ml.files.dendrobine_mol2, otype='molecule')\n",
    "\n",
    "# Extracts the symbols of the atoms in the molecule\n",
    "symbols = [dendrobine.atoms[i].element.symbol for i in range(dendrobine.n_atoms)]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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pcODAgQMHxsCRCgcOHDhwYAwcqXDgwIEDB8bAkQoHDhw4cGAMHKlw4MCBAwfGIDzfE+DA4UKEwWAARVHg8/ng8Xjg8Xjne0ocOIwLOFLhwIEhUBSFkZER6HQ66PV6AICPjw/4fD6EQiFNMBw4XMjgURRFne9JcOAwmUFRFPR6PYaHhzEyMgIANJEIBAKQV4zH49GfceTC4UIFRyocOLgJg8EAnU4HnU4Ho9EIYJRM+PzRUKVAIIBAIAAwSjzkv4GBAfj6+iIgIIBzjXG44MC5vzhwcAEURY0hEz6f79D6IORBURQqKysRHx+PuLg4mng41xiHCwUcqXDg4ASIi4vES0gQXigUukQGppYJj8fDyMgIDAYD5xrjcMGAIxUOHOzAaDRCp9NheHjYqovLHVAURZMLiblQFAWdTkdbPYRcOILhMNnAkQoHDhYwdXHp9XrakmDLijB1jZEMspGREc41xmFSgiMVDhz+P4i1oNPpMDIy4raLy12YkgsA2jVmab1w4DCRwVXUc7joYTQaMTw8jL6+PjQ3N+PQoUNmKcFsWSf2/mZqGRmNRjplWa/X0244DhwmIjhLhcNFCYqiaDKxdHEB8ChmwiQsXWN6vZ5zjXGY0OBIhcNFBcuqd5ISTFxcE3WB5lxjHCYLOFLhcFHA1IVEdLkEAsGYeMlEX5jJ/EjWmNFohNFoxMjICC0FM1GsLA4XJzhS4XBBw7RQ0dksrskiMmHpGtPpdBgcHIS3tzcCAwMntOXF4cIFRyocLjg4cnFdaDAll7q6OohEIkilUk7IksN5AUcqHC4Y2BN2dHZRHY/Fly1LyLRSn2SN6XQ6rlqfw7iCIxUOkx6OhB1dxWRxf1mDabW+pWuM3JOJnpTAYXKDIxUOkxLuCjteDLBMPDAlF4PBAIPBwKUkc2ANHKlwmFQwFXZUKpUAgISEhEkXL2FrrrasLFspyZxrjAPT4EiFw6QAiQ+QLC4AGB4eNitYZAIXwsLqqFofgJmQpWVBJeca4+AJOFLhMGHhSNjRdOfN9HUnK0hMxRlwQpYc2ABHKhwmHMgCRyRUbAk7kgwnDr/BHULkqvU5MAmOVDhMGNiqerfljhlvoUemwLYl5O53sFetb2q9cOBgDxypcDivIIuXq1XvADj3lxW44v6yB2tClnq9nnX1Zg6TH9y2g8N5AVmoBgcH0dfXB61WC4qiIBQKXcrkmswEMBnA4/Ho+ha9Xo9du3ZheHjYrOcMBw6m4CwVDuMK4uIyXZSsCTs6AzYslfHafbOZUsy2W5DP53NClhxsgiMVDuMCd4QdHWG8az1cQW9vL1pbWxEREYHIyMhxIys2LQcyNiEP02p98nty1focOFLhwBpIFldfXx96enoQHBzMuLDjRHK/UBSF9vZ2aDQa9Pb2IioqCmfOnIFAIIBEIkF8fDyjNTW2MF5WkLWUZJI1xglZXrzgSIUD47AUduzo6IBarUZeXh6ji8xEcX+NjIygubkZGo0GBoMBiYmJmDZtGnx9fcHj8dDU1ASlUomamhokJiaymgbNJskajUabWXimvwUnZHlxgyMVDozBlrCjUChkxdfPVvYX4FxsYmhoCPX19WhsbISfnx+kUimioqLMYgt8Ph/x8fGIi4tDZ2cnlEol+vr6oFKp4O/vj6CgIMbnzuYC7ky1PidkeXGDIxUOHsEZYUe2Fv/zVafS29sLjUaD1tZWhIeHY9q0aQgJCXG44IaHhyM8PByHDx8Gn8/HsWPHEBISAolEwljcha1APRnb2WA8J2R58YIjFQ5uwVTY0V7VO8C+RcHWuKbfwzJeEhsbizlz5sDf39/lsfl8PhITEzFjxgxoNBpG4y7nw/1lD5yQ5cUHjlQ4uARrwo5k12lrcWDTUmE7UG8wGNDU1DQmXuLl5eXx2N7e3khOToZUKh0Td0lKSoKvr69b407EdGVOyPLiAUcqHBzCkbCjI/D5/Enn/hoeHkZjYyMaGhpsxkuYgrW4y8GDBxETEwOJROJS3IVt9xdb1fqckOWFA45UONiEs8KOjjCZLJX+/n4AwLFjx5yOl7gDW1lUJO7S398PlUrFStzFXTBNWJauseHhYVRXV2Pq1Knw9vbmXGOTFBypcBgDV4UdHWGix1Qs4yUAkJubC5FI5PHY7iIwMBCZmZlITU2l4y5CoRBisdhu3GUyWCqWME3oqK+vR1pamlXrhcPkAEcqHAB4JuzoCBPVUrGMlyQkJGDKlCk4duyYWwF4NsBW3MUdsElYAOg0dGIJc66xyQmOVC5yEBeXTqdDQ0MDtFotxGIxo1XvbPU9cXd+w8PDqK+vR0NDA3x9fc3iJXq9HsDEqtQHnI+7TEZLxXR84De3GNfjZXKCI5WLFNaEHYeHhzE4OMi4lMhEcX/19fVBrVa7VF8y0eAo7sJ2tT7bloqli9VejxdOyHJigiOViwz2hB3Ji8s0zqf7y9X6kslEMNbiLjqdDm1tbQgNDWV8czBepGILllljnJDlxARHKhcBTF1cer2ernq3dHERSXOmYapqO17aX9biJa7Ul4yH2i9TMI277Nu3D62trWhsbGQ87jIe7i9nrA5OyHJigyOVCxiWwo4A7KYEsx37YINULGEvXjKRwMaiR37brKwsAPCo3sUazrelYglOyHJigiOVCxC2hB0dLaxsFymy2fqXqXjJZF+EyG4/NDR0TNwlNDQUEokEERERbn3PiWKpWIITspxY4EjlAoEzwo6OMB6WCtPQ6/UoLS31WI/rQoHlPbaMu1RUVDhV72Jr7IlkqVgDJ2R5/sGRyiSHK8KOjjBZLBUSL1EqldDr9YiPj2dMj4tgoqUUuwJrv7utepekpCQkJSXBx8fH4bgT1VKxBk7I8vyBI5VJCneEHR2BbUvF07Et4yUxMTFoa2uDRCJhYJYXBhwt/NbqXQ4cOIDY2FhIJBK7KgJMWBL2QKxrJmGZklxTU4ORkRFMnTqVE7JkCRypTCJ4KuzoCBPVUunr64NGo0FLS4tZvKSrqwttbW1MTvWiWVws612USiWOHj3qMO7CtqXC5vimmyauWp89cKQyCWAq7Dg0NITjx49jzpw58Pb2Zjybii1LxdVaFYqi6DbEtuIlE6WocqKN7eozERgYiKysLKSlpUGj0eD06dPw8vKCRCJBXFwcHXdhw5IwBdvjk2sQAuGq9dkBRyoTGLaEHUl6MNMPPluWCuA8AbhSX8K9+MzCNO7S2NgIpVKJ6upqOu4yHjEVtn9To9FIP0v2qvU5IUv3wZHKBIMjYUfTnHymwZalQsa2RyqW8RKJRILo6Gi7LzUblspkJyomFmY+n4+EhATEx8ejo6MDKpUKBw4cQGBgIKPJEJYYL0vF2jUss8Y415j74EhlgsDZqncej8dq5ft4WyokXtLa2oqwsDCX60smo/sLYLc7I1Pg8XiIiIhAREQE+vv7UV5ejo6ODhQXF3tU72IL42WpONqocNX6noEjlfMMa8KOplpG1sAWqYyXpWItXpKXl4eAgAC3x2RynpMdbHyHwMBAREVFwd/fH4GBgTbjLp7gfFoqljDNCDP1HpCUZE7I0jY4UjlPsCfs6AhsWRRsWyojIyOor69HfX09RkZGXNbjsjYmW5isdSpsJwEIhUKkpKRAJpNZjbs4U+9iCxOJVEzBCVm6Bo5UxhHOurgcgc/n07UpTIKQCtNuCJJoUF5eDj8/P4jFYofxEmcxWRd/NsGma42MbRl3caXexZnx2YInxMW5xpwDRyrjAFeFHR2B7XoSknbpKUzjJQAgk8mQmJjI2IvHVkrxZF4YxrtJl2Xcxdl6F2uYqJaKJSxT5A0GA10YylXrc6TCKtwVdnSE8ZCodxe24iWnT59GYGAg6yrFTGGyWkDnswbGtN5FrVa7HHeZ6JaKJSxTkolrjBCMn5/fReka40iFYVgTdmSy6h1gN1APuLcwGQwGNDc3Q6PRWI2XsBVUn4yL/2TOLHNmbG9vb6SkpJjpjDkTd5ksloo1mFovCoUCAwMDmDZt2kWZksyRCkMwFXbUarU4duwY8vPzGa96B9i3VFwZ27K+xFa8hC0CmKjur/7+frS2tiIiIgLh4eHjsqCQe8EmqbiyIAsEApfiLpPNUrEGkkFJNpEXo5AlRyoewpqwo1AopBdmNh4gti0VZ8Y2jZeEhoY6rC+ZbJaKO+NSFIXu7m6o1Wp0dXUhIiICZWVldLOwmJiYSZ2G6u6i72zcZTJbKpbXsGzRbaug8kIERypuwFLYkSzCprsQNms+2CIVMratBZXESzQaDXp6elyqL7mQa0qMRiPa2tqgVquh1WqRkJCAqVOnws/PDwDQ0NCA2tpaVFdXQyKRsLYjHw9LxdOx7cVdDAYDqxX7wPiQisFggFD429J6sVXrc6TiAkyFHU17l1gzadlK+yVjs1mkaDm2tXhJVlaWSwsAGyRrGgM6HwkARKdMrVYDABITExEbG2u2oAgEAiQlJSExMREtLS1QKBQYHBxEfX09RCKRR3Ud4w0m77O1uMvg4CCCg4MxPDzM2n0ZT0vFEpZZYxeqkCVHKk7AlrCjvcwOtq2J8bBUnI2XOAO2XVVMv4z25qrT6egiTl9fX8hkMkRFRTmU/4iJiUF0dDQOHDgArVaLAwcOIC4uDhKJBIGBgYzNeSJbKpYwjbsUFxdjaGjI43oXeyCLOJsgnSZt4UIXsuRIxQYcCTs6gkAgmLSWSn9/v1m8JCsrC6GhoR4tKGy6v8YrA2xwcBAajQZNTU0ICQlx676QZyg1NRU+Pj5QKpUoKipCREQEpFIpQkND3Z4f2/eBzSZdPB4PPj4+iIiIQFRUlEf1LrZA3E8TKW5zIbrGOFKxAJNV75PJUiHxkpGREZw7dw5xcXFu6XHZAhsFm2wucKbo6emBWq1GR0cHIiMjkZOT49EOmtwHkUiEadOmITU1FSqVCiUlJQgMDIRUKkVUVJTb34/NRYjNsQlpkbhLamoq3d/F29sbYrHYI50xct/Pt6ViDRdStT5HKv8f7gg72oNAIJgUpGIZLxEIBEhPT0dUVBQj4xNMtEwtRzAajWhvb4dKpUJ/fz/i4uIwd+5c+Pr6Mn4tX19fpKenIzk5GRqNBmfPnkVVVRUkEgni4+OdXqAmo/vLcnzTBd/Hx8etehdbIJ4DJtQi7IEJKRhg8gpZXvSkYk3Ykamqd7bcX0wEvUm8pLGxET4+PnS8pLi4mJWXbrK4v4h/u6KiAkajEQkJCZg+fTrrWUnAaCq6VCqFWCxGU1MTFAoFamtrIRaLkZiYCG9vb9bnYA/j0fnRGmm5Wu9ib3xgYloq1jBZhSwvSlJhysVlDxPV/WVZX5KZmWkWF2CzBmYiu7/0ej0aGxuh0WhgNBoRExMDiUTC2gJkb+58Ph/x8fGIi4tDe3s7FAoF5HI54uPjIZFIzFoqm2I8LBVrIBa+t7e3R+TrKN5hWu/S19cHlUrlUtyFzdoxUzCdDGDLNQaMZtFNNNfYRUUqpsKOGo0GOp0OEomEUTIhYNP95erYlvUlMTExNuMlbLmp2E4pdhdDQ0PQaDRobGxEYGAgpkyZgrNnzyIyMvK8uxl4PB4iIyMRGRmJnp4eKBQKHDp0CNHR0ZBKpQgODjY7frwr6jUaDYqLi1FTU0O7xlJTUzF79mwkJCS4PL4rlpBIJHI57kIsofGo2mfL2jd9P/ft24eZM2ciJCRkQlXrXxSkYjQaMTw8bCbsODIygqGhIdb8qxPB/WWtviQzM9OuG2UyWSoE7ozb398PlUpFS6lkZ2fTi/RE1BQLDg5GdnY2BgcHoVQq8euvvyI4OBhSqZTxDoy2YBpTKS0txe7du80SMCiKoos8CwsLMXPmTLfHdxbW4i41NTVITEwcE3dha7G3BNtpy+QekSJL4hojbvvz7Rq7YEnFkbCjUChkbdEHzm+gfnh4GA0NDWhoaDCLlzjb8W6ykIqrlgpFUejq6oJarUZ3dzdiY2MxZ86cMe6kibDbswV/f39kZGQgJSWFrkj38fGBRCKh05HZDtRrNBrs3r0bwFhJH/LvXbt2ITIy0iWLxZOYjTNxl/EofATGh7zI+kbSjolrzGAw0J+fr5TkC45UTIUdTaveLV1cbNaRAOenot5RvMTZsdnYpbOZUuxoXGsyKhkZGec98O0JTCvSGxoaUFdXRz9vIyMjrCQWEFIpLi52uLHh8/koLi52iVSYyC6zF3cZL4uOqUC9PZB7T9QbrFXrj4yM0GvfeLrGLhhSsSbsSFjaVkYJ26QyHpaKK/ESZzCZLBUyri0YDAY6+A4ASUlJiI2NhUAggF6vx8DAgM3gsrW5MhWQZhKmMjAkHfnAgQNITEyEWCxmNAWa7IRJDMUejEYjqqurodfrnb5XTFsSlnEXQrwajcajehd7GK8CS1vp0ZbV+udDyHJSk4ozwo62wDapCAQCDA8PszI2sYIaGhroeEl8fLzDeImzY7O1+I9XTMVURsXPzw/Jycl04L2hoQElJSWoq6ujd8bJycnIyclBfHy81fHdOceV+TIBskMHgFmzZkGhUODgwYOIjY2FVCplTAaG1HAR1NbW4tSpU8jMzMTUqVPHHK/T6ZwmFbbqYEjcRSQS4ezZs1CpVDbjLp5ivGphTDfOtnC+qvUnJam4IuxoC5PVUhkeHkZLSwsGBgbQ0NDAaL93gF1LhW0LaHBwEGq1Gs3NzQgJCRkjx19WVoZffvnF7ByKolBXV4fa2lpcdtllmDFjhtkz5Ow5EwU8Hg9hYWEICwtDf38/FAoFioqKEB4eTsvAuLuQUBRF9wci96K6uhoVFRXw8/MbQyo8Hs+lTc54xDx8fHyQn59vFneJi4uDWCxmRGdsvGthnPktrbnG2BSynFSk4o6woy2wGUhnY/z+/n6o1Wq0trYiMDAQXl5eyMvLY3ynMdksFR6Ph76+PsjlcnR0dCAqKgq5ubljduYNDQ345ZdfAIy1FMi/f/nlF3q3T1GUS+e4Y7EwDcs5BgYGmsnAlJaWIiAgAFKpFNHR0S4/OxRFwcvLC6mpqaitrYXRaIRCoQAASKVSs2P5fD5SU1NdchOy7TYipOVpvYs9OGNBMAF3pWAA9oUsJ3a9vwmMRiOSkpJw+vRp+oZ6eXm5bcKxGUgn43tKKhRFob29HSdPnsSJEyfA5/ORl5eH1NRU1lIG2UwpZnJciqLQ1tYGg8GAc+fOwdfXF3PnzkVGRoZVV09JSYnD+8Xj8VBaWurROc5ivHTLgN9kYBYtWoSYmBicO3cOhw4dglqtdukdIO6pvLw8GI1G9PX1oa2tDQAgkUjMjjUajcjLy3Np7mwKVpLxLRdNEncpKChAaGgoTp8+jSNHjqC+vt6t9YFYAGwHxQkRuAuiHEI2e2SzzsQ7OmksFR6Ph6GhIQwMDJj1q3AXxP3Flh/XE9KyrC+xjJf09fWxqlI8kS0Vo9GI5uZmqNVqOrtlxowZdtV99Xo9HQ8xRXd3N4KDg82yyGpra5GXl2fznKamJsTGxtL/Jue4EpBmC46eZVMZmObmZsjlctTW1tJaWo5cVWT8xMREFBYW4h//+AcAIDY2lk7LJpuSwsJClwsgx0MGxtb49nTGEhMTnY67jGctDBtSMExg0pAKAAQEBKC/v5+RscgPwtZD4I77y7S+hFQHW4uXTFQJGHvwlFT0ej0aGhpQX18PLy8vJCUlISYmBkeOHHG4ydDpdGOuXV5eju+//x5LlizBnDlz6M9JvI7E6kw/37dvHw4ePIjrrrsO2dnZZn9zJSB9vsHn8xEXF4fY2Fi0t7dDqVRCoVA4JQNDSGvmzJn0cymTyQCArqjPy8tzq6KebcFKZ0jLtN6F3Bu5XO503GU8+rWQ64wHebmDSUMqPN6oJDbTpMLWj+OKpWIaL3GmvoStuAfAnqXi7pxNZVREIhGmTJmC8PBw+t44M1/L4DIwGtTX6/XYtWsX4uPj6UWQFMZ6eXmNOYdk83377bfw8vJCZmYmfc5EqHlxdVF2RwbG1Kr79ddfAQBPPPEECgoKPE61Pp+WiiVM741p3CUsLAwSicTsGbS8xmSyVNjApCEVYDTwODAwwMhY5OFiK67iyFKhKAqdnZ1Qq9Uu15eQBZqNl3CiWCp9fX000UZERGDmzJkICgqyeqyjcb28vJCcnGzmzpozZw5UKhUqKyvxxRdf4MEHH0RAQABSUlLooKXpOTweD4WFhdDpdDh58iS++uoreHt7Iy0tDSkpKS4HpNmAJzt9UxkYlUplVQbGdHy5XA61Wg0vLy8UFBR43HeHbd0ywH3SMq13UavVKC8vh7e3NyQSCV33RDBeiz1b12Hi/k8qUmHS/UUkW9h0I1kjLNN4iV6vd0qPy9rYAHv1DueLVJyVUXF1XADIyclBbW2t2XnXXnstWlpa0NnZia+//hq33XYbZs2aRfectzyHz+fjmmuugU6nw5kzZ/D555/jjjvuwM033+zw+pMF/v7+mDp1Kt3bhQg1SqVSs0D6/v37AQCzZ89mpJHbeKTieroJ8/HxQWpqKmQymc24y3hJwUxkS2XSZH8BozsGpkgFGF8pleHhYcjlchQVFaG+vh5JSUmYN28epFKpy64T8tCysfifj5RiEnwvLi7GmTNnEBQUhHnz5iE9Pd0uoTga1xTx8fG47LLL6HOA0ayom2++GUKhELW1tWhqakJ8fDz9d2vn8Pl8XH/99UhLS8PIyAg+//xzNDU1OXcTLObNNJiMSXh7eyM5ORkFBQUQi8Woq6uDXq9HU1MTRkZGaFJZtGgRI9ebyJaKJUjcZf78+Zg2bRq6urpw4MABVFRUYGBgYNwsFSYSlgiYfOcnlaXCpPsLYLcAklhBpN97S0uL23pclmCTVMaz+HFkZARNTU1WZVTYwIwZMxAREYHS0lLU1taCoijExsbi7rvvxocffojNmzfj2muvhbe3N/2SWTvHy8sLTz/9NN5//30cP34cN9xwA3bu3EnHWC4kCAQCJCYmIiEhAXv27EFHRwfUajV+/vlnAMDixYsZuc54WCps9DkxjbsolUrU1tZCKBSivb3dZtyFCbBhqTA110lFKiKRCH19fYyNxxapUBSFnp4eGI1GnDhxwmM9LkuQNMDJaqnodDpoNBo0NDTAz88PKSkpiIyMdOuhdjVWEx8fj/j4+DE6XoODg/jPf/6De+65B2+//TZSU1MdnnPFFVfg2muvxYkTJ3Dttdfip59+QkpKisvfgSmwmT1Fxp0xYwbKy8vR1dUFHx8f+Pv7o7+/32MZmPFooGU0Ghnd3ZtCJBJh2rRp8PPzQ1NTk924CxMwGAysZBsycf8nlftrolsqRI/r+PHjtC9+zpw5mDJlCmOEQjBZihRNxx0ZGcG5c+dQVFSE/v5+TJs2Dbm5uYiKinL7YXY3W83LywsBAQH0i/nGG28gMzMTra2teOmllzAyMuLwHJFIhK+++gpZWVlobW3F8uXLaavrfIDtHjCk4r2kpAQAMH/+fHh7e6OoqAglJSXo7Ox0ew6Tyf1lDzweD0FBQbTbUKFQ4MCBA6itrYVOp2PsOhPZUplUpMJ0TIUpUtHpdGPiJXPnzgUA1nZGbJEKG5ZKT08PNBoN+vv7YTQakZubSxcsevogM/Ui+Pv74+OPP4ZIJMLp06fxxhtvOHVeaGgotm/fjpSUFNTX1+Oaa65BS0sLI3NyB2wuysQS2rdvHwBgyZIlyMrKwiWXXAKRSITS0lIcO3YMzc3NLj9D49GVcTxIhaQUE7fhggUL6LjL/v37UVFRwcgaxgXqGUJAQADjloonC3N/fz8qKytRVFSEvr4+ZGZmYvbs2YiLi6PJZLx7qkyUcYmMSklJCU6dOgUfHx8EBATYlFHx9FpMIDU1FRs3bgQAvP/++9i5c6dT50VFReG7775DUlIS5HI5rrvuOnR2djIyJ1fApqVCxjYYDDh06BCA3+Ipvr6+SEtLw6JFixAbG+uWDMx4yMWPB6lYxm1I3CUvLw/5+fmgKApFRUU4ceIE2tvb3f7NOEuFITBZ/Ai4l/1F+pcQPS6ihTRjxgyEhYWZFeVdjJXvpi7AqqoqREREYP78+YiLi2NlF8p0seb111+P6667DgDwwAMPQKVSOXVeQkICvv32W0RHR+PMmTO44YYb0NXVxbpLyhJs7fTJ9zh16hT6+voQGhqK6dOnmx0jFAohkUhwySWXICUlBRqNBvv373fK9TNeVsR4WSrWQOIuBQUFCA4ORllZmds6YxPZUplUgfqgoKDzFlMh9SX19fXQ6XRO93u/WCwVSxkVS4kZNjXFmMYDDzwApVKJU6dO4c4778Tu3bud0n5KTk7Gd999hyuvvBKlpaUoLCzE66+/jszMTLNEhIlY/OjM2MPDwzh48CAAoKCgwOaiZioD09HRAYVCAblcjoSEBJsyMGxLtADjZ6k4CqCb1rs0NjZCoVDQ9S7OaLCR6zBJKhdtSjEb7i9Hiz5p+ET0uBITExEdHe3UD3oxWCparRYajQZNTU1WZVTcHddZsDGul5cX3n33XSxfvhwnT57EunXrHMZYSOHm0NAQnn32WTz77LM4c+YMXnrpJTz11FPw9/eHVCo1E6OcLDhy5AjefvttfP/99/S9JjHEefPm2TzPVGK+t7fXrgzMhWKpuLLYm6ZrW+qMSSQSu25iT1WKreGiTCkOCgpCf38/Y7sa0lbWGkzrS0JCQtyqL2GzDuZ8WyqmMiqRkZF2ZVSA37K/7LXwdRdMkwqPx0NcXBw+/PBD3Hjjjfjwww+Rn5+PG2+80eq129vboVKpMDg4iISEBNx1113IyMjA9ddfj0OHDiEiIgIvvfQS6urqUFNTg8HBQTQ3N8PX1xd+fn6MzZuN3f6mTZvw6KOP0j04CM6cOYPLLrsM77zzDu677z6H4wQFBWHGjBlIS0uDUqkcIwMzXpbKePSOd6fPiWW9S1FRkV2dMaYtFSaTJCYVqbBhqQwNDdH/9kSPyxrYtFTGs0iRwPL+xMbGYu7cuQ4XxoaGBhw7dozWlOLxPGvHazlfNiwgiqJwxRVX4Mknn8Trr7+Ohx9+GNOnT0daWhqA0cWjpaUFKpUKBoMBiYmJZgka8+bNw3//+1/cdNNN+OabbxAYGIg777wTb775Jnbv3k0HppctW4a1a9fa3fG7MmcmF+YjR47g0UcfpZWbTUE2S4888ggyMzOdnj/pEGkpA+NJYyxncT4C9a6CxF3S0tKgVqtRVlYGHx8fSCQSxMXFmWkWspVZ6ikm5qxsgFgqTIFkfxkMBrS0tECj0TgdL3FlfDbA1tjWUoqNRiNaW1uhVqsxPDzs0v0xbcdLwGQ7XrZIhWDdunU4fvw4Dh06hJUrV2LPnj3o6emBWq0Gn8+HWCxGTEyM1YVkyZIl2LZtG2677TZs27YN27Ztg1AopOdrNBrx448/YseOHXjjjTfw0EMPsfY93ME777wDgUBgtWaHQCAQ4J133nGZFIkMjEQiQWNjIx3MVygUSEhIYKWw73wH6l2Bo7gLF1NhCCKRCDqdDjqdzummOfZAutcVFRW5HC9xBpMxUG9qqYyMjKCxsREajQZ8Ph+JiYkuVQdPtna8BKYEKBQKsWXLFixYsACVlZW48847sW7dOlpAMCgoyO5Cde211+Kpp57CK6+8AgA2d/yPP/44goODcf311zvUO7MFZy0V0v9lcHDQ6n9arRZdXV347rvvHC42IyMj+O6776DVat1y5ZG4gpeXF6qqqtDS0oLa2lokJiZCIpHA19fX5TFtYTJYKpawFXehKApDQ0NuPyuWuGjdXyRw1d/f7xGpkHhJc3MzBAIBsrKyGCnEswSblgqbMi1GoxF1dXVoaGiAv78/UlNT3ZJRIe147S1MPN5oO153SYVtS2V4eBi9vb149NFH8Ze//AV79+5Fe3s7Kioq6EVq2bJlePjhh+mCV0tUVlY63AQIBAJ88skniIiIQGhoKL25sbbgDwwM0P/f9G8dHR1oaWmBSCTC4OAgBgYGzI4xPZfJZ8doNKKnp8fj+JC3tzfmzp2Lrq4uKBQKHDx4EDExMZBKpQ6bYzk7z8liqVjCNO7S1dWF48eP48SJEw77uzgDpt+fSUUqAQEB4PF46O/vR3h4uEvnkniARqNBd3c3oqOjkZKSgqamJoSFhbEy38mW/TUwMACFQgGKomgZlZCQELceVmvteImAZGJiIv2Zp+142SKVoaEhVFZWoqWlBWFhYVi5ciWOHDmCH374AeXl5fRxRqMRO3fuxI4dO7BhwwasXr3abBytVuvUjt9gMGDfvn10tfp4QSAQICAgAAEBAfDz84O/vz/8/f3h4+NDFzk6gzlz5mDRokVYvHgxFi9eDLFY7NI8jEYjKIrCwMAAAgMDMWvWLPT390OpVOLo0aMIDw+HRCIxqwVzFZPRUrEGQt6XXHIJNBqNzbiLK7ho3V98Pt/lYL21eElGRga8vb3R2dnJmnuKzPd8NQFzBd3d3VCr1ejs7ERERAQAYPr06R5ZbpYtfAcHB/HJJ5+gtbUV999/P6Kioui/edKOl2nrsq+vD1qtFnV1dYiOjqYTNY4ePYoffvjB6jnEpbV27Vr09fWBz+ejpqYGNTU1OHfunNsvrFAohI+PD/z8/BAYGAiRSEQv+uQ/QgQBAQEwGAwYHBxERkYG/Pz8EBAQYHaMtf/s3fMVK1bghx9+sBtTIUW+LS0t+Pzzz/H5558DGG0xfOmll2Lx4sUoKCignytr0Gg0OHjwIP2/pC3x7Nmz6eZYKpUKp06dgp+fH6RSqdU2244wmS0VUxDi8vX19bjehQ1MKlIhLYWdUSp2pr6EzZRfMv5EdX+ZpsIODAwgPj4e6enp4PF4aG1t9fjlsGzhS9JnR0ZG8OWXX+L++++nFzRP2/F6usuiKArd3d1QqVTo7u6GUChEcnIykpKS6GM2btwIoVBod4EFgOeee87tefD5fJw9exZhYWHw8/ODl5cX9Ho9NBoNlEolvL29IZPJbCYGNDc3Q6FQID8/3+05mOKRRx7Bd9995/C4H374gdYE279/P4qLiyGXyyGXy/Gvf/0LwKi68eLFi3HppZdi/vz5dEZlaWkpdu/ePSaRo7a2FtXV1SgsLMTMmTORlpYGmUyG+vp6VFVVobq6GhKJBAkJCU49p2x1SrXEeFS6W17Dk3oXgos2pgI4Tiu2rC/JyMiwaTKzuegD7Afq3RmbKAOo1WoYjcYxqbBk0fR0obZs4UuaW/3zn/9EW1sbdu3ahauvvho8Hs/ldrym8MT9Za3GJCMjg05zJdBqtfjhhx+cflYuvfRS5ObmYurUqZg6dSr+9re/YdeuXXYJSSgU4uqrr4ZEIjH73MvLCzKZDGKxGA0NDbQFJJVKER8fb7a4MO0GnD9/Pt555x088sgjY543oVAIg8GAd955h27UVVBQAADo7e3FoUOHaHfemTNnUFZWhrKyMrz11lvw8vLC7NmzkZOTg76+PqvEQO71rl27EBkZiYSEBFoGJikpCc3NzXT/kqSkJIjFYrsbE3JvLgT3ly3icqfehQ1MKlIhloplWrG1eElubq5DhmZz0Wd7fD6fb7Nw0xr0ej3q6+tRX19P93mw5kIgDx0TZGvZjjcwMBA33HADtm3bhhMnTkAmkyEjIwOzZs1y+xruvCSkxkStVkOv1yMpKcmMWC3R19fn0v3Yu3cvSkpKMGvWLOTl5WHOnDk2XWcEBoMBjzzyiM2/CwQCxMbGIjQ0lG65XFtbSy+yZO5MLxr33XcfMjMz8cYbb5h9h2XLluHRRx+1mkocFBSEZcuWYdmyZQBGLaj9+/fTJKNWq3HkyBEcOXIEwChxSiQSSKVSZGdnm2U08fl8FBcXIyEhwewzSxkYhUKB+Ph4SCQSq3Vl49EEjKIoUBTFuqXiTDW9s/UubGBSkQpgLippL17iDEiVMFtmsUAgYLSHgimcDdQTGZXGxkYEBwfbtdzIuAAzu17SjpfUqVAUheTkZMyfPx9HjhzBd999h5tuusmjdGJXLBWDwYCmpiao1WrweDwkJSUhJiZmzAtqOaZIJHLpOr6+vujp6XEq8G6647dV66HRaFBcXIyamho6bTglJQVpaWlobW2FXC5HUlISfHx8WNmJzps3DxkZGThy5AhuvfVW6HQ6vPLKK5BKpU6dHxMTg1tuuQW33HILKIqCXC7Hzz//jE2bNkEul0Or1dIWmKVIpdFoRHV1tdVEDksZGKVSicOHDyMqKgpSqRQhISFm4wDsd5Zk+xrkOs4Slys6Yxet+yswMBD19fXYuHEjZsyY4VF9CTmeLZP1fGZ/9fX1QaVSoa2tDZGRkZg1a5ZdGRUCprtKkna8J06cQF1dHQDgsssuQ3NzM+rq6vD666/jsssu86g62NFiT8QuNRoNfHx8kJyc7HRjMIqi8OmnnzpFKkKhEEuXLsXWrVtRWVmJkydPoqSkBCdOnEBFRYXVc/z8/DBv3jxQFIXS0lJkZWWZvegk5mBalEqKR2tqalBYWIj09HTI5XIoFAp4e3tjcHCQsfoFAoqiEBAQgClTpqC8vBxnz551mlRMQdQUYmJi0NXVRVuNCoUCnZ2dVr0LziRyBAUFYfr06UhNTYVSqURxcTGCgoIglUoRGRk5LqRCrjHeMRVnYC/uIhaLGW0iOKlI5cyZMzh37hx+/vln5Obm4sYbb0R0dLTbDGtKKmxU8LIZs7FGKpYyKnFxcU7JqFiC6TTd+Ph4xMTEYN++fcjLy4O/vz9uvPFGLFiwAMePH8dLL73kdoDb3lyHh4fptsUikcihlWaJ/v5+PProo/jyyy+dOt5gMGDNmjXw8vLC9OnTMXPmTNx3332or69HWloajEYjHn74YZSUlECpVKKxsRF9fX3YtWsXdu3aBWB0Z5mdnY3c3FxIpVKoVCqEhYWN+a1NYw533HEH7WpUq9U4fPiwU/Udlu2R7YFYSBkZGSgvL8eZM2do95Y7IIkcfD4fsbGxdoU2XUnkIDIwRHr/zJkz8PLyQlxcHD0WW5iIloolrMVdjh49iqysrDHxPHcxKUjl4MGDeOmll3DgwAEkJCTgtttuw//93/95PC55qCdaMN3ZscnCYk1GJSsry22iZMPCIveaZDVJJBK8/fbbuPvuu/HGG2+goKCADvS6Oq4lqQwODkKtVqO5uRmhoaHIzs42U8R1Zsyqqio8+eSTqK6uhkAgwPr16+Hv748nnnhijHQJcWFt2LDBagHk+++/D6PRiEsuuQT/+Mc/sHfvXuTk5GBoaAglJSUoLi7GiRMncOLECbqw7fjx4/T5vr6+iI+PR2Zm5pj4k2nMwdfXFyKRCJmZmVAoFHR9h0wmQ2hoKH2ONXcaSeE1jV2YghyXmZkJYHSD5wm8vLyQmpqK2tpau88an89Hamqqy88ySXAgMjDESpbL5XQFP9MgbnS2g+FMZZiRuEtKSgqEQuH5dX+9/PLL+Prrr3Hu3DnafH/11VeRnp7OyKQsUVlZifz8fHz88cf461//yuiCN97WBJNjGwwGqNVqWkbFVozAVbBRUGitl8jvfvc77N+/H//+979x3333oaioyG49gyMQ5WTi8nMmWcMafvrpJ7z55psYGhpCXFwcPvroI5ossrKysHHjRuzYsYNeRJYuXYo1a9ZYJZSBgQFs3rwZAPDwww8D+O0eREdHY+nSpVi6dCn9uVwuR3FxMX799Vd8//33aGxsxNDQEOrq6sxqewhMYw4E/v7+yMzMRHJyMlQqFU6cOIGgoCDIZDJoNBqr7jTLFF5LWJLK2bNnXb6vlsjLy0N1dbXdY4xGI/Ly8ty+Bp/PR0JCAgIDA1FcXIy2tjbU1dWxIgMzXo2zmL4O07E4t0jlwIED+MMf/oC8vDyMjIzgmWeewRVXXIGzZ88y6psjeOCBB+j/HxgYiKamJsbGniwFiqYYHh5Ga2srent7AcBtGRVbYMtSAcZmlb366qs4duwYqqqq8OCDD+LLL7906XvweDxotVqUlZWhq6sLsbGxmDNnjluSIYODg3jqqaewbds2AKOpwf/617/MiG7u3LmYO3cutFot+vr6IBKJ7F7r008/RVdXF2QyGU0e9r5LcnIykpOTcc011yAqKgojIyNobW1FQ0ODTRcRiTlYan/5+voiPT0dMpkMarUaRUVFqKysBDD2d7CWwmt5DeL+AoCqqiqMjIx4FAtLTExEYWEhdu3aNWYjQ57BwsJCm9aTK6AoCkKhEHPmzEF3d/eklYEB2FEoPu+k8tNPP5n9e+vWrYiKikJJSQkuueQSRiZmCyKRCDU1NYyNx3bPEybHHhgYgFqtRktLCy2rkZOTw7i5zaasvqUF5O/vj48++giLFi3C7t278X//939Ys2aNw7FIW+eOjg46LXjq1KluF1HW1NTgzjvvxJkzZ8Dj8bBmzRr89a9/tbkj9PPzc0hcRqOR7nn/hz/8wWwsR78ZiTkIhULExcXRMQFrIDEHW9YlqRk6deqU2W9AUdSYBcpaCi85lmTMkQzMuro6j70TM2fORGRkJH7++Wc0NzfT3yc1NRV5eXmMEApgvuCHhIRg5syZGBgYoGMKYWFhkEqlHsnATFZLBZgApGKJnp4eAGBNQ8sUIpHovLUUdmdsTxdniqJoqfXOzk5aOmR4eBjV1dWs+G+tyd8zAVtutczMTLz00kt44okn8Pzzz2P+/PlWXTDAb/EjlUoFnU4HPz8/REdHIzk52e15ff3111izZg36+/sRGRmJdevW4corr/T4xf35559RVVWFoKAg3HnnnS6d627MwdbzoNfrUVtba3b/q6ursXPnTixZsgSZmZn0ZsJaCi8hFT6fj4yMDPz66684c+YMIy7vhIQE5OTkwMvLC4mJiYw3cQOsWxEBAQHIzMxESkoK1Gr1pJCBAUZJ5XxJsDgDj+8ARVF4/PHHsWDBAmRlZTExJ7uwVvzoCSaqpUJRFFpbW1FSUoLy8nIEBAQgPz8fU6dORUBAAKtuu/G0VAjuvfdeXHPNNdDr9bj77rvHSPEYDAbU19fj2LFjkMvliI+Px7x58+gaEncwPDyMJ598EqtWrUJ/fz9dP5Obm+vWeJYgVsqqVavccq/k5eU5/B1MYw72NgKWWmwAcOzYMXR3d+N///sfNm/eDLVaTY9jWV9l6lojLjBPg/WW43t5eSEgIIC1ILqtTQKp5SgoKEB8fDyqq6tx6NAhqFQqh7I8ppislsqEUyles2YNysvLcfjwYSbm4xAikWhSkYqri7MjGRXTsdmSfGdrbHvj8ng8vPvuuzh58iTkcjmeeOIJbNq0CSMjI3SNCcnoiYqKoneE7iYVKJVK3HXXXTh58iQA4IknnsAzzzwDoVCIlpYWj79/ZWUlfvnlF/D5fPz+9793awzTmIPls2Qr5mCLYC212ADg1ltvRVFREY4cOYL6+nps2bIFGRkZWLJkidV0dTI2k8F6ArZ3+Uaj0eHmQygUQiwWIzExka6dITIwpLjUHsZDooVc54J1fz388MP47rvvcPDgQcZ8n45AtL+Y7FM/Ebozmsqo+Pj4QCqVmi2elphorYqdqXlwRABhYWHYvHkzrrrqKvz3v/+lJVxI0Z017SJrYzqay48//ogHH3wQ3d3dCA0NxaZNm1BYWOjS93WE999/HwCwfPlyt4oECUjMobi4GNXV1WYpwJYxB3vvhDV3mre3NxYtWoScnBzs27cPJ0+exNmzZ1FVVQWVSoU1a9Zg5syZCAwMHBdLhc1UXFdIi9TOxMTEoLOzEwqFAgcOHLArA0OuMR6WijMyLecTbpEKRVF4+OGH8c0332D//v0evTSugumWwmzXkjiSgXFVRsV0bDbTlZ3dqTc0NKCkpIQWjiQZTNb6zztjVWRnZ+O+++7DBx98gJdffhk7d+60qw1mOqajuej1evz1r3/F22+/DQDIzc3Fv//9b7P+LmRMT9DR0YHPPvsMAJxKOnCEhIQEJCQkuFSsaA22UnhFIhGWL1+OOXPmYM+ePaitrcW3336Lffv24aabbsLKlSvNCJ1YKrW1tVCpVIiKivK4Qdd4WCqujs/j8RAeHo7w8HD09fVBoVDgyJEjiIyMHCMDA0xe9xeTCsWAmzGVP/zhD/jkk0/w6aefQiQSobm5Gc3NzdBqtYxNzBYCAwMnVaAesC7O2Nvbi4qKChw7dgx6vR45OTmYOXOm00qihFTYCqg7Q1hlZWX4/PPPzZpxEQmRzz//HGVlZU6P29/fjzNnzuD48eO44447kJ+fD61Wi0cffRTDw8PQarVobW21+oxRFOVwLnv27MGyZctoQnnooYfw008/jSEU0zHdxdatWzE0NITs7GzMnz/f7XEs4Sjm4Gi3T9xpwNiqbz6fj+joaGzbtg3ff/89srKy0Nvbi82bN+OOO+7Atm3b0NPTg/b2dtTU1MDLywtGoxHp6ekIDw/HihUrUFRU5PZ3Gw9LxZOFWCQSYfr06Vi4cCH8/PxQXFyM48ePo7W1lX5WxjNQf8HFVP75z38CAC15TbB161asWrXK0znZBcn+YtL9xaalAvxGKkRGRaVSoa+vD7GxsW7JqJiOzcbL6Iyl4k7/eWuWSk9PD1QqFTo7OxETE4PZs2fD398fW7duxbx581BWVobZs2dDpVJZbd/L4/HQ0dGBY8eO2ZxLbW0tXnvtNQwODiIoKAjvvfceli9f7v4NsgOdTocPP/wQwKiVYuu3GQ8Jcmtw1p126aWX4uOPP8b69etRX1+P1157DTt27MCUKVPw9ddfm41pNBrxww8/4LvvvsM777yD++67z+V5TURLxRr8/PwwZcoUJCcn0zIwQqEQUql03NxS42URuQu33V/nCyKRCEajEYODg25VS1uCTSVhYlbq9Xp0dHRArVZDp9MhMTER06ZN8yjLxZSwmH4ZnXGtudN/nhxvSa6kQZhpIDQuLg7XX389Nm/eDIVCQX9u2b538eLFUCgUVudiNBqxf/9+HDx4EAAgkUiwfft2yGQyu9/NkwV/+/btaGpqQnR0NH73u99ZPYat98fZDYYz7jSBQIC7774bN910E9566y288cYbOHv2rM3gPMmSeuSRR5CZmWlTcdnTubsLpt8TSxkYhUKBoaEhBAYGut0a21lMdPfXpND+MgVJzezv72eMVNiyVMi4paWldA4+EzIqwFgriEk4Igtr/eetgVgJpi9ZV1cX6urqMDw8bJdcjx49ii1btlgd17R970svvYSzZ8+iu7ub/o/H46GwsBBfffUVTUg5OTm46qqrbLq7rM3dVVAURWvS3XfffeNeS+Dqwuzl5eVw8QsMDMRf/vIXXH755VixYgVdoGgLAoHAroy/LUwWS8USRAYmPj4epaWl6Ovrw/79+5GYmAixWOxxrMkamCQVssljEpOOVHx8fODl5cVYXIWN7C9TdVwAdEoik7sBJptpWcKRpWKt5sEWKIrC0NAQHQ9pamqCVCpFbGys3Rdj48aNY4QbrWHdunVjPhMKhVAoFOjv74eXlxeuueYauk+HIwl1T3D8+HGcPHkSPj4+uOeee1i5xvlCUFAQWltbHR43MjKCb7/9ltZfcxaTzVKxBI/Hg4+PD4KCghAZGQmFQoFDhw4xKgMD/NYWmWmZFiYxcWdmA6T7ozN96p0Bk9lfpjIqYWFhmDFjBs6cOYPg4GBWpFTYygBzFKi3VvNgD2ShJb1MoqOj7R7vuH2vL4AgAL0AhhAWFobw8HCEhITQlhCpjr/55pvpxc1ZCXV3f6v33nsPAHDLLbcgIiICOp0Ovr6+4xY/YXNhdqX7JUVRtGDjtGnTkJmZiaysLGRlZdGKuJZwd9F3NiNuPPvTW5OBCQ0NhUwm80gGhlwDYLZny0Xv/gJGa1WYSiv21P1FURS6u7uhVqvR1dVFy6iQXPaJVlzp7Lj2CMOy/7w9REREYOrUqYiIiEBpaalT17e9gM0HsBbAdQAEAAwAtqOzcwN4vCq0tLTQIpszZszAsmXLaBIh3RLZslLUajW+++47AMDKlStRXl6O9vZ2BAUFudQUzBOwGeskKg6uPG9KpRJKpRLff/89/ZmPjw+mTJlCk0xWVhYyMzNhMBhcuj+uyvcbjUZW4xzA2OJHWzIwEokEMTExbpEcG6TCNCYdqRBL5XyTCkVRaGtrg1qtxuDgIOLj4zFlypQxVbfns/uju3Ampdiy/7wtXHrppWaWgqOFz2g04scff7TylwcB/B9GiYS8UAIAywHEoqOjEMBvz0RVVRW0Wi0SExORmJiI+Ph4u/UulnB1gd60aROMRiNycnKg1WoRFhaG+fPno6OjA2fPnkVNTQ1kMhliYmJcGtdVsEVcPj4+mD9/Pg4dOmT3OKFQiKuvvhobN25EcXExDh8+jPLycjQ0NEChUNCK0pbp5iKRCFlZWcjOzjYjG2txU1vdMO3J94+HpWIrbZnIwEilUjQ0NKCmpgbV1dWQSCRISEhwyZVFyHc8UpfdxaQjFYDZWhVXSYX0OddoNDAajUhKSkJsbKzNB4PNin22NLqcIStr/ecJiCTG/v37cc011zg936KiIjz99NO0dMpvmI9RQuHDvLSK+v+fPwVgBN7ewQgP90dbWxuGhoZQXV1NF/sJBAL89NNPmDt3LubMmYM5c+bYlJJ3ZWEeHBzEuXPn6J4pd911F+bNmwcvLy8IBAKIRCIkJSWhvr4eNTU1dEU7G78bm5aKXq9Hd3e3w+MMBgMeeeQRRERE4KqrrsJVV10FrVYLpVIJtVoNrVaLgYEBqFQqnDlzBqdPn0ZtbS36+vpw9OhRHD161Gw8iURCE0xWVhYiIiJQVFRk9b2yJ98/nu4vW7AmA0N6u4jFYocyMM5cw11c9O6v82Gp6HQ6NDQ0OC2jQjAZ+7U4S1ZSqRS5ubmora2lFxwejweZTIaPP/4YBw4cwPXXX489e/YgNjbWpqWiUCjw3HPP4dtvvwUwumu9+eab6YV61OVlgDmh9AC4B8DX//+6N2H+/A24996DOHfuHE38XV1dUCgUaGtrQ0lJCUpKSugMLbFYjNmzZ9NEk5mZSb+wjhbooqIibNiwAT///DN9rwICApCWljbGzUIaqCUkJKCpqQmnT59GaWkpkpOTER8fz7h/nGlQFIUXX3wRp0+fhpeXF/R6PYRCodXul9Yyv0iLX9I0TK1WQyaTYfXq1YiKisLQ0BDdw0Yul6OiogIVFRVobm6mXWg7duwwu1ZERASioqIQHR2NadOmISgoiP67Nfn+8bJUnLmGLRmYuLg4SKVSuz2pJrpEC8CRisOFWavVQq1Wo6mpCcHBwcjMzERoaKjTL+9ktVRsLaoURaGrqwsqlQq9vb2Ii4vDnDlzwOfzzQKmCxcuxOWXXw65XI7rr78eO3fuHEMqPT09eP311/HPf/4TOp0OfD4fq1atwjPPPIPIyEhkZWVh7dp1+C2GQqABsBhAHQAvABtAUX/AgQPAf/97Da688kqzuVAUBbVajWPHjuH48eP49ddfUVFRAZVKBZVKRfegDwwMRF5eHqRSKWbPno3Q0NAxbYgpisKbb76JF154Ycxvq9VqcdVVV2HDhg1YvXq11fsaHx+PM2fOQCKRQK1Wo66uDhKJBImJiR5n9LAVqH/ttdfwv//9DzweD//5z38QERGBd955B9999x29kF599dV45JFH7KYSe3t7026g+vp6nD17FtXV1ZBKpZBKpZg7d65ZllR7ezsqKipw5swZVFRU4PTp0ygvL4dOp6NVPAAgOTnZjFSsyfdPBEvFEvZkYCQSiVkLaHev4QhsWLeTllSYTim2fCF7e3vp1rRRUVHIyclxKy3wQompkBiSSqXC0NAQEhISkJWVZbYrN/3/kZGR+Pbbb3H55Zfj7NmzuPnmm/Hiiy+CoiiMjIzgo48+wosvvoiOjg4AwOLFi/HSSy/RulIAsHr1asTFzcSKFaYvUR2ABQCMGCWarwCMutiMRqCvj4eoKPP6Cx6PB7FYDLFYjBUrVgAY/X1LSkpooikuLkZfXx/27duHffv2YcuWLSDtc+fMmYO8vDykpKSgrKwML7zwAgCMsUDJPXv88ceRmZlpU6KFx+PRC0dbWxtqa2shl8shkUiQlJTEekDZFfznP//B888/DwD44x//SCsRzJs3D1qtFr29vQgKCnKpHkMoFNLftbGxEXK5nHYr+/n50eQaERGBRYsW0codAwMDePvtt9Hd3Y2Wlha0traitbXVagtqIt8/nqTiyTWIDExaWhqUSiVOnDgBkUhEe0TI2jTRFYqBSUoqTMrfkx+I/Fik8r2vrw9xcXFuy6gQsC1YybalYjQaaSl+g8GApKQkxMXFOfVgi8VifPPNN7jqqqtw/PhxPPvss1i5ciXeffdduq1tamoqXnzxRRQWFlp9uBctmgU+n4LRyAPQBOByAM0YtVAMAB4GkAEgGXw+BZHIuZ1XUFAQFi9ejMWLFwMY/f0rKytx/Phx7Nq1CxUVFaivr6ddMcQV50w6tUAgwMaNGx3qfvF4PERFRSEyMhIdHR2oq6uDQqGgCdDV4kmmLZW9e/fSrbzvvPNO3HrrrWZ/d6b7pT2YFg7u2rULra2t0Gg09Pe3JFdvb28IBAKEhYUhLCwMU6dOtTm2Zfr4RLRUrMHX15eWgTG15iQSCeLi4riYCltgMqWYPGiNjY1oamqCXq9HQkKCxzIqBGy6v9gkFYPBALVaDY1GA4FAALFY7FY3vMzMTHzxxRe45pprzAKxoaGhWLduHe655x6799nPD1i2bAQ//tgHg6EQgAJAMoAvANwCoAbAJRAIfsayZSlwd40TCAR01lF+fj58fHzQ09ODn3/+GefOnUNtbS3OnDnjlKTPyMgIduzYAa1W65TqA4/HQ0REBCIiItDZ2Ym6ujoolUokJSVBIpE4FcAFmHVlVFRU4JZbbsHIyAhuuukmPPLII6ynRM+aNQuDg4OQy+VQKBR0rYuvry8A97thAhPfUrGEl5cXpFIpxGIxGhsboVQqUVNTg5CQEFZq3pjEpCQVkUiElpYWj8chDaAAoL6+HhKJBNHR0YzuBCabpUJ0yjo7O6HT6ZCWloaIiAi7bWrtFZ91dHTgyy+/hF6vpz+bMWMGvv32W6fbT997bw++//5aAKcBxALYA0AK4CCAJQDOwGAowNKl32PUanEfIyMj6O/vR2trK/z9/bFq1SpERkaCx+NBo9GYuefswWg0ore312UpIbIL7+7uRl1dHQ4cOICEhARIpVKnrAImFoj6+npce+216O3txYIFC/Dhhx+irq6ONVIhZCgQCGhy7e7uhlwux8GDB80C2Lbk+01h2g2TYDwaaLFhRZhac21tbaisrMTQ0BAqKyshkUhYkYHxFJOSVDwN1JvKqAQGBoLP5yMrK8ss2McU+Hy+2YLK9NhMkcrQ0BDd18XX1xcBAQHIzc21uZA46l2i0+mwadMmvPrqq+jp6QEApKeno6qqCmVlZfjoo4/w+OOPO5yXXq/Hxo23ASgCEAKB4CcYDKR/Twz4/H0wGgsBnMSf/3wlpkzZ7lI9iul16uvrodFoaMuB9G0niIiIcOmeFxUV4brrrnMrAB8SEoKcnBz09vZCLpfj0KFDiIuLg0wmg7+/v9VzKIryeOHs6enBddddh4aGBkyZMgVffPEFfH19Wa3WJ6RiOn5ISAhmzZqF/v5+yOVyHDlyBFFRUZDJZC53wwTYt1Qc9U3yFMRV2tfXh66uLgwPD+PgwYO0DIwnaxfjKueMjjZOcDdQ39/fj7Nnz+Lo0aPQarXIzs5GTk4OnSHEBiZ6Rf3AwAAqKytx7NgxDA0NYebMmRCLxRAIBDYfNnu9S/773//i3XffxezZs7Fu3Tr09PRg2rRp+P7777Ft2zaaSF544QX8+9//tjs3o9GI3//+99izZw/8/Pzw5ptfYdmyqeDzqf///SksWeKLV155E3l5eeju7sby5ctpGXxnoNPpUFdXh6KiInR1dSErKwvh4eHw9/cf8/39/PywbNkyp0nijjvuQFpaGtavXw+VSuX0nEwRFBSE7OxszJs3D0ajkS4mZLJRHYFOp8Mtt9yCiooKxMTEmFmTbJIKeYatLciBgYF0HxNvb28cO3YMBoMBy5cvR0pKCj0nUlF/xx13jCl8JNdgW7ASYL/S3WAwwM/PD9nZ2Vi4cCG8vLxw7NgxFBcXo729/bwqyBNMSkvFlUC9pYyKac8Ogom+8LMxdm9vL1QqFTo6OsZIywwNDdl8OO31UWlsbMSuXbugVCoBAFFRUXjuuedw++23QyAQoKqqCnfccQcAYMOGDXj00UcRFhZGF0hqtVr09fVBJBLB19cXf/rTn/DFF19AKBRi27ZtuOKKPKxePQStdjTLSySi0Nvbgvp6CitXbsfNN9+MI0eO4LrrrsPnn3+OgoICm99/eHgYarUaDQ0NCA0NxYwZM+hOfvZcq2vWrDGTHbGFG2+8Efv370djYyNefvllvPLKK7j88stxzz33OB0jMQVZXFNSUiCXy1FUVETv3Mku1ZOFn6IoPPjgg9i3bx8CAgLwzTffQCwWm/2dbUvF3qLv5+eHjIwMpKSk0KngJJEmKCiIFpq1dw02SYWsH+PpYvP396fviVqtRllZGXx9fSGVSp2WgeFSiv8/nLFUjEYjLaOi1WqRkJCAqVOnWs2oYbv740QhFdMak56eHsTHx2Pu3Ll0IJTAXv2LtT4qfX19+OWXX3Dq1CkAoymjy5Ytw3vvvWeWhk3Oe/7559HW1oZt27bhnnvuwd/+9jccOnSIFpEkgdaqqioAo/3er7jiCnocPz/Az2/0+r29o99LJBLhq6++wm233Ya9e/fixhtvxCeffDKm97xp3VF4eDhmzZo1xnVgL7srPz8f06dPR3l5+ZjjSAEgqVMZGRnBDz/8gC1btmDfvn3YvXs3du/ejZCQENx11124//77kZycbPU6tuDv74+srCwkJydDoVDg2LFjCA8PR3JyskcLxAsvvIBPP/0UAoEAn332mVWZE7YtFWfGN6110Wg0qKqqonub2FtI2W5sNZ6WiuWmxNvbGykpKW7LwHCBevzWp97a7onku6vVagCjLVTtyagA7AfTz7cVRFEU2tvboVKpMDg4iISEBGRmZtpMWbVV/Gitj0pPTw82btxIx42ysrKwZMkShIaGWiUr8pu9/fbb6Orqwo4dO/DHP/7RjHyNRiNNKNdffz1uvvlmm9/NdGH39/fH559/jrvuugs//vgjbrvtNnz00Ue45pprMDg4CJVKhZaWFkRGRiI3N9etfjykAI/H42HRokU4cOAATYRLly7FmjVrMHfuXACjmk833XQTbrrpJtTV1WHr1q3Ytm0bWlpa8Pbbb+Ptt9/G4sWLsXr1alxzzTUuWTBk556cnAylUoni4mIIhUKEh4e7/J3+9a9/4dVXXwUw2nLAlMBNwSapuKqUS7otklqX2tpa1NTU0Aup5eLOJikCvyUCsJ0hZ48cBQIBkpKSXJKBYVqhGJikpGLNUtHpdKivr0dDQwN8fHwgk8mcklEBJrelYq/fiNFoREtLC1QqFUZGRugaE2d2LtbmbK2PSnBwMGQyGQYGBlBYWEg3wbIsPrOcr1AoxAMPPEDLb9i6/9u3b8exY8fohdraXE3n5OPjg23btuHee+/FN998gzvvvBPPPvssZs2ahejo6DGuT1tj2sIrr7wCALjhhhuwdetWM5edvUyc5ORk/P3vf8fzzz+PF198EcXFxdi7dy9dbBkREYGVK1finnvuQWpqqt35mcLHxwfp6emQSqUoLi5Gc3MztFotkpOTER4e7nDB+Omnn/Doo48CGO1Nc/fdd1s9jm33l7tjCwQCJCYmIiEhAc3NzZDL5airq4NYLKYLSdkOogMTqz89j8dDTEwMoqOjaZkiIgMjkUgYaW5oD5OSVExjKoODg9BoNGhqakJISIjLMirA5I6pWJu3wWBAY2Mj1Go1+Hw+xGKxS1LbtiwVW4V/119/PXx8fMzuubXeJZbnbtq0yeG9J4WE9kjFEl5eXnjzzTeh1Wrx008/Yf369diwYQNdme0MrH3/8vJyfP/99+DxePjzn/8MwPUCQC8vL8ybNw9PPfUU2tra8NFHH+Hjjz9GY2Mj3nzzTbz55ptYuHAh7rnnHlx//fVjrD1b8Pb2RlBQECIiIiAUClFWVgZ/f38kJyfTKdGWKC0txe233w6DwYCVK1fi2WeftTk+m4smE2PzeDxaT6u9vR1yuRxyuZxukAewG+8Yr77xrlyHx+PRKep9fX1QKpUoKipCREQEpFIpQkNDWYmpTNrsr6GhISxfvhzr1q3DyMgIcnJykJ2d7VYTHLZJZbwIS6/XQ6FQoKioCE1NTUhNTcXcuXMRFxfn0gtliwhJHxXL+2vZiMpW7xJTUiGNuBzdG9NCQlswfTG6u7tx6tQplJeX429/+xvuuusuUBSFtWvXYtOmTXav5QjESvnd736H9PR0j8YCRhV4X3jhBVRXV+Orr77C0qVLwefzcejQIdx9992QyWR48sknbfaFtwRFURAKhUhOTkZBQQFiYmJw5swZ+nkwvU8KhQLXX389BgYGcNlll+G9996z+96wmVXEpBVEJHDmzJmD3Nxc9Pf303L9zhSuuovxqIMB3BeUFIlEmDZtGi655BIEBATQEkVtbW2Mz3FSkYrRaMSOHTtouYjIyEisWbMGmZmZHrXrZNNFxbb7i6IoDA8Po7a2lk6LzcjIQF5entuNoewFqnNycpzqTW+tVsR0XFc6CRqNRhw6dMjq8cRV19nZidLSUpSVlUEkEmHevHlIT0/HO++8g4ceeggA8OSTT+Ltt992eD1r96ysrAw7duwws1KYAkls+Prrr1FdXY1nn30WCQkJ6OzsxMaNGzFr1iwsWrQI27Ztw+DgoNNjSqVSXHLJJUhMTERVVRUOHz6MhoYGtLe349prr0VLSwumT5+Ozz77zKF6BJvZU2xZQaGhocjJyUFubi4A4NixYygrK2Osa6wpbPVSYRqeWkS+vr5IT0/HokWLEBUVhY6Ojou3TmVoaAjZ2dm47777sHTpUgDA+vXrkZKS4vHYk9VSGRkZQW9vL44ePYrBwUFkZ2dj1qxZTvnS7cGey470UQHGLr7k35dddhni4+PHnGsaqxGJRC7N8cYbb0RKSgoeeOABfP311+ju7gZFUejt7cXw8DAqKioQGhqKefPmITk52azj48svv4wnn3wSAPDss8/i5ZdfdooYTUGslBtvvBFpaWlOz9tVJCQk4JlnnkFVVRW+/fZbLF++HAKBAMeOHcN9990HqVSKxx57DOXl5VbnbHlPdTodfHx8aPXlyspKFBYWorq6GgkJCdi+fbtThXMTNabiDEgMbf78+fDy8sLRo0dRUlKCrq4uxq4xXpYKU242sumYMmUKA7MyByN34b333oNUKoWvry9ycnIcdodzB76+vtiwYQOUSiWefvpp+Pv7M6ZUPBEytFxBX18fKioqoFQqaUmK6dOnj5FpdxeOBBNnzJiBFStWjCk+S0lJwYoVKzBjxgyH43Z1dTm1mJHeE0FBQWhvb8dnn32GVatWQSaT4ZJLLsHbb7+NhoYG5OfnQyqVWt1x83g8PPfcc3TM4OWXX8YLL7zgtEunrKwMP/zwA/h8Pv70pz85dY49OHNdgUCAwsJCfPHFF6itrcX69eshkUjQ09OD999/H7Nnz8bChQuxZcsWOr5oujgfOXIEK1asQHh4OMRiMSIjI/H444/jH//4B86cOYOAgAD85S9/gU6nc+rZZ7v4ke0gOo/HQ0BAADIyMlBQUACRSISSkhIcP34cra2tHrv3JoulMh7wOFD/+eef47HHHsN7772H+fPn44MPPsBVV12Fs2fP0gEyprBkyRIAow94YGAgY2bseGR/efpSkiJOlUqF7u5uxMXFISUlBa2trXab+rgDYlHYm3N8fDzi4+Mdan9ZjktRFE6cOIHbbruNlm+xB4qi8O9//xs5OTk4cuQItm/fjj179kCj0dBtabds2YJXX30VV1xxBQoLC7Fw4UKrAe6nnnoKfn5+WLduHd58800MDg7i1VdfhcFgMPsOlt/55ZdfBsCsleLKsxAbG4s//elPeOqpp7B3715s3boV3333HYqLi1FcXIw//vGPWLFiBRYuXIg5c+Zg06ZNePTRR8ekaX///fegKAoCgQBfffUVpkyZQge0iRS9rcxAtkmFTUvFkrR8fHyQlpZG17pUVFTQjfc86R0/mSwVggmZUkwKve69914AwFtvvYVdu3bhn//8J/0ysoGAgIDz1lLYFZAHzd2dDEVR6OjogFKpxODgIOLj45GRkQFvb2+0tbWxplJMru3ogfPy8nJazZnH42H37t149dVXMTw8jKlTp+J3v/sdXnzxRQgEAqudBDds2IDZs2ejubkZPj4+uPnmm/HUU09heHgYu3fvxo4dO1BUVASlUolNmzZh06ZN8Pf3R0FBAQoLC1FYWGjmiluzZg38/Pywdu1a7Ny5E0FBQQgMDDTTL4uOjqYbJJ06dQo//vgjY1aKJ+Dz+ViyZAmWLFmC1tZWfPLJJ9iyZQtqa2uxefNmbN68GRKJhFY0sEw3J7txg8EAb29vOu20vb0dtbW1ZrL7lr8p2+6v85HuS4omxWIxXTRYU1MDqVTqckfO8bAgKIq68C0VnU6HkpKSMYHLK664AkVFRR5NzB54PN6kslQA10nFaDSitbUVKpUKer0eiYmJiI+PN9tJsil9DzCb8WM0GvHWW2/RGVhXXXUVPvzwQwQFBeGSSy7Bxo0bsWPHDrNCwt///vcQi8U4evQoBAIBrSJN5vfggw/i1ltvRXFxMYaHh7Fr1y7s2rULTU1N2LlzJ3bu3AlgtCCzsLAQV155JXJzc7F69WpaRZhYZOT71tXVoba2FtOmTUNaWhq9Mbrppptcqh9hG1FRUXj88cexdu1aHDx4EJs3b8Y333xDE4o9CIVCuu0vyZYyld1XKBRjZPcvJEvFEqRo0LTWpba21qH15so1mAB51z3tEMo2PJpde3s7DAYDoqOjzT6Pjo6mW32yBTa6P7IBU0vFGZgqAvB4PCQlJSEmJsYqIbHZ+RFgzk/c19eH+++/Hz/88AOA0c6Izz77LD323LlzMXfuXLqQ0M/PD11dXVCr1WhsbERqaqrNWgtgNN62ZMkSLFu2DBRF4fTp0zTBFBcX04223njjDYSFhWH+/Pnw9vZGcnLymEJIQjCnT58GRVHYuXMn+Hw+/vjHP3p8H9gAj8dDQUEBCgoK8NNPP+H66693uBkYGRnBd999B61WS9fY8Hi/tbbt6upCXV0dDh48SMvuWyMVV1yf9nC+LBVL8Pl8xMXFITY2Fm1tbWa1LrYq0gnGw4IgG9+LovOj5aTYzuYAmO9Tz5alwuPxnEoE0Ov1aGhogEajgY+PD120Zu9lmAyWikqlwi233IIzZ87A29sbTz75pM2UXC8vLwwODqKqqorugOcok80yqYDH42H69OmYPn06nnrqKXR0dGDPnj3YtWsXfvnlF3R2dtKCkDweD4mJiUhNTcXMmTPNKo0NBgO++OILAMCll146oawUWxAIBE7/ZkajEc8//zwWLVqEnJwcs41haGgocnNz0dPTQ/c04fP5dJ2HRqNBcXExampq6Hc9NTUVs2fPHiM57+xczqelYgkiMx8VFYXOzk66Ij0hIQESicSqIsN4BOrHS7TSU3hEKhERERAIBGOsktbW1jHWC9NgklTYzP4i49ta/C17u2RkZDhdwMm2peIpqRQVFeH2229HR0cHoqKisHHjRqv9xInETn19PQIDA11SRXCUqRYeHo5bbrmF7mJ45MgRvPLKK6iurqYFR9VqNbKysszOEwgEmDJlCoRCIX7++Wds3rwZq1evdv0mjCMCAgJceibeeecdvPPOOwBGNfLy8vLouo5Zs2YhODgYM2fORF9fH44dO4YzZ87g1KlTqKioMFNdoCgKtbW1qK6uRmFhoVXpeXuYKJaKNZCKdNLX5vDhw3QPE9PauPFsAsYUAbNV0OoRqXh7eyMnJwd79uzB9ddfT3++Z88eXHvttR5Pzh6Ydn+xTSqW45uq5VpKr7syLlukYk+p2Bl8/PHHWLt2LfR6PbKzs/Hpp5/C29vbrK+IKaEGBwdj2rRpdIDclbk6C6FQiNzcXFx++eW4/PLL0d3djerqarS0tFi9Lp/Ph4+PD0ZGRvD4448jMzPTplzMRIC3tzcuu+wy7Nu3z64mnEAgQGZmJmbMmIETJ07g3Llz0Gg00Gg0+PrrrwGM3tcpU6YgNzcXubm5EAgEmD59Ovbu3QtgrDuX/HvXrl2IjIx0yWKZDLpcpK/N4OAgFAoFjh49ivDwcMhkMoSGhsJoNDLSftwe2HCxTcjsr8cffxwrV65Ebm4u8vPzsWnTJqjVajz44INMzM8mJov7CzBf/Pv7+6FSqdDW1uaRWq7luEzDXVIZGRnBM888g3/+858ARoUX33vvPfj7+6OtrQ0URWFoaIiOl4SFhWHmzJkeda5zZcdlql8WEhKC2bNn2zzWaDRieHgYgGMNsomCe+65Bz///LPdY0jSxLx58wCM9tY5efIkTpw4gZKSEhQXF0Oj0aCyshKVlZXYtm0bgFFSjo6ORnx8POLi4hAfH4/w8HCzBZvP56O4uNglUmHbXc4kafn7+yMzMxPJyclQqVQ4ceIE/ew6q9PmLtyVaBlveEwqK1asQEdHB/7617+iqakJWVlZ+PHHH80a/LCBwMBAxnRrmKolsTd+b28v3SgsNjYWc+bM8bi/NHFBsDFvW6KS9tDd3Y1Vq1bRu9lnnnkGf/zjH+m56XQ6DA0N4dixY4iIiEBOTo5H8jqAY/eXJYh+maWEvyUMBgOqqqroHT8Jbr/wwgvIysrClClTkJqa6lbDLXvX9ST4TVEU8vLy8M477+CRRx4ZszEgadok84sgKCiIDvYTtLS00ARTUlKCo0ePoq+vDw0NDWhoaKCPy8vLw7Jly+h/G41GVFdXQ6/XOz3/yWCpWILInchkMqjVatTW1mJwcBABAQGIiYlhZR1hy1JhGowE6h966CFaX2m8IBKJoFAoGBnL3bRfRyA1JkNDQ1AoFEhMTLTZKMwdeFoDYw+uWio1NTW45ZZbUFNTA39/f3zwwQe0C3RgYABKpRKtra3g8/lmXSaZmKeryMnJQW1trd1j+Hw+jh49OubzDRs2mB0jk8kwZcoUs/9SU1MxNDSE5uZmREVFWV1kLP/NZPD7vvvuQ2ZmJm699Va6iyWfz8fVV1+NRx55xIxQbCE6OhpLly6lJZFIogMhlYaGBjQ1NSEmJmbMuUSPzllSmUyWiiXIJqWzsxNeXl6oqqoyq3Vh8roXFamcDzAdUwGY+9FIjYlaraZfLrFYbFUPyxMwnfprCnuNuix30nv37sWqVavQ3d2NhIQEfPbZZ5gxYwYtt93R0YGYmBhMnToVCoWCcQUAVy0qol/2yy+/jLF0SMD1hx9+gEajMTuPx+Ph9ttvR01NDc6dO4eenh7U1taitraW7gsDjN676OhopKSkIDY2FlKpFAsWLMC8efOsfvfS0lLs3r3b4+C36eKcn59Pu3S3b9+OgoICjyxjgUCA8PBwhIWFYdq0aQBG75WtjcepU6eQlpZmNxWcgG1LZTyC6BRFITIyEtOnT0dTUxMUCgVd65KYmMhIbclkKHwEJjGpiEQixoofSbDK07iKwWBAc3MzHYxOSkpCbGwsTp8+zcQ0x8DVGhhXYGmpNDQ0oKSkhHYb8Xg8yGQynDt3Dq+88goMBgNmz56N//znP/D19UVZWRm6urroPuK+vr60CCTT83RnzBkzZiAiIgKlpaWorq6mv29VVRWOHj06hlCEQiGWLl2K9957D8DoItLS0oLKykqcO3cOZWVlqKiogEKhQF9fH5qamtDU1ESf/+qrr4LH4yEhIQHR0dHYu3cvpk2bhtjYWJw4cQKA58FvU1JRKBRob2+Ht7c3Fi9e7JabzhQ8Hg9SqZTWmwNGicZykePz+UhOTkZ8fDwqKirg6+sLmUyG6Ohom+QymS0VArLg8/l8OubU2to6ptbFEy8FRyosQyQSOS0D7gjO1pLYwsjICF1jQqQfTLtOslVcSdqXsjU2WazLysrG7Or1ej3eeustlJSUAABuvfVWrF+/Ho2Njejt7UV8fPwYV5+7BGAPpunPri5MRL/s8OHDuPnmmzE0NGQza8pgMGDNmjVm142JiYG3tzeCg4ORkZFBB6/7+/tRXV1NEw4JeHd0dNBZVoRIbr75ZqSnp9tdLNwJfv/6668AgOzsbI8JBRhdmGfMmAG5XO7wuDlz5iAhIQFJSUmor69HZWUlamtrbfaRn4wxFUtYWkM8Hg/R0dE2a13csRqZJhW2yHzSkkpAQABj2V+AexlgOp2OTokNCAiwWazHZh0Mm6RiNBrR0NCAX375BcBvbqaBgQF88cUXtEV2+eWX4+abb6bl1LOysmyqBTM9VyZeigULFuBvf/sb1q5dO+ZvphpkpplfRI+tv78fcXFxmDp1Kvz8/CAQCCASiRAbG2sW+AaA6upq7N+/H9XV1XRdzpQpUxwueM4Gv00XieLiYgCjgXQmQFEU4uPjUVhYiF27do3JPCT/LiwspMlPIBBALBYjMTGR1tYi5GLaOG6iFT+6ew1rC76pUkFPTw8UCgUOHTqEmJgYyGQylzI/DQbDhJdoASYxqQQFBaG/v58xtnWFVCxrTKZPn263xoTtlsJsub8oikJJSYmZhdHS0oLPPvsM3d3d8Pb2ppV729racOONN9p96B1ZKp5mPnnyHKxevRqNjY34xz/+QX9GNMjWrFmDuXPngqIodHZ2mpFJRkYGTSa20NnZCblcjr6+Plx22WVYtWoV+Hw+FAoFtm/f7vT30+l0DkmFgA1S4fP5mDlzJiIjI1FcXIzq6mqzpIK8vDyr1hSfz6e165qammhtLalUioSEBFo5mS2cD0vFGoKDg5GdnY2BgQG6Q2tkZCSkUqlTNWqTQaEYmMSkwqRKMeCci8q0xsSVlFi2tcXYslR0Op1Z6i1FUdi+fTu6u7sRGhqKW2+9FVFRUQAwpl2tNdgiFWvxmuTkZOTk5DhMbmCq+h8A6urqAAB33303brzxRuTm5sLPz4/O4lMoFBgYGEB8fDwyMzPh6+vrNJkkJSVhxowZZqQgFouddgnyeDyn/PE8Hg/Dw8M4deoUANitw3EFpqSdkJCAhIQElzcBpvGGlpYW1NXVQS6Xw9fXF2FhYYzM0xqMRiPrO3xXkmUCAgKQlZWFlJQUKJVKFBcXIzg4GDKZzK4skcFgYLTAckJW1J9PjKel0tPTA5VKhc7OTsTExGD27NlW9X9sYbI1AQN+W5wsdbVuuOEG/PLLL1i+fLnZPXBmJ21tAbUWrzFVC77ssstsNv0iY5JzPMHIyAhdX3PppZciLCwMvr6+aG9vh1KppMkkKyvLYzIh8Pb2RkpKCmpra+3On8/nIzU11amWv8DoPdXpdIiIiIBUKnXm6zs1ruV75krbA1OQeFR0dDTa2tpw+vRp9PX1QSgUIikpifHK9IliqViC6NuRWpeysjL4+fnZTGwwGAysF1gygUlLKiKRCAaDAUNDQy4t8LZgufATV4dKpUJfXx/i4+ORnp7uVtCTz+dDr9d7PEdbY7NlqQiFwjFEEBkZiVtuuWXM8c7spC3HshavISD//uWXXxAREWHTYmHKfC8uLqYtsMzMTPT29qKkpASDg4OIi4tjlExMkZubi5qaGrvHkO6ezoDH49FB+tmzZzNyf2yRiqcgwo3h4eEQCARob2836+nCVD0X26RCUZRHaf1kcyGRSFBfX49z587RtS6msSfO/cUyiNupv7+fEVIhlgpFUXQfk+HhYSQmJmLatGke7Z7YbgLGlmutp6cHISEhDnt583ijrYQd3SNLBQDLeI2tsUtLSx26wTy1VHbv3g0AWLhwIVpaWqDT6ZCYmMgamRAkJCTg8ssvx549e6wqLlMURUvPO1ocyX0lpMJkPIXMhy0EBgZi2rRpdE8XpVKJxMRESKVSj7PX2FYQNk2x9gRCoZDu4dLY2AiFQkGTS0JCAqMyLeQ9ZAOTllTIi97f30/79T0Bn89HV1cX6uvrYTQaIRaLERsby8iPOJkC9SMjI6ivr0dXVxe8vb0xe/Zs7Nq1y+45FEVh1qxZDsc2XZT0er1ZvEav16OxsZHuIWM6dm1trc3MJybcXxRF4ccffwQApKamIjQ0FB0dHejs7ERoaKjNTYsnZGKK7OxsREREoKSkxKyiPiUlBTNnzoRQKIRCoUBdXR1dA2KPXCYbqZiSJVEF7u7uhlwup9NwpVKp28Wb45GyDDAnSc/n85GQkID4+Hi61qWurs6l1gbnE5OWVPh8PiNpxSMjI2hsbER7ezsEAgFSUlLMugsygckQqNfr9dBoNKivr0dAQACCgoIQHh4OiUSCkZERq9Xn5N+XXXaZU2oBpgSg0+nMxurr68PWrVvh5eWFZ555xuw8e/EaTxY6iqLQ3t6O4uJiVFZWgsfj4f7770dsbCyAUfdcZWUl5HI5ZDIZXR3OFJmYwl7wm6IoxMTEoLm5mSYXmUyGhIQEs+fUNDuNx+NNGlKxFhcNCQnBrFmzaMn5Q4cOIS4uDjKZzGXPxHhU7APsNM8yrXUpLS3FuXPnMDAwAKlU6nF8hXN/WYEnSsWmPTz8/f3pwCxZUJjERA7U63Q6qNVqNDQ0ICgoCNOmTUNISAgqKyvpY0yrz0lQmeykZ82a5bT8jKmsjKlasDPnOfKvu7KDI2SiVCoxNDREf9fc3FyzlNikpCTEx8fTBXw1NTV0AgNTZGIJa8FvHo8HgUCAuLg4mlxUKhVNdqbkcvLkSQBAeno6goODGZnTeFoqliCS8/39/Wb9TFyp8RgPS4WtBRr4rdbFx8cHYrEYnZ2dOHjwIC0B5K7KOVuYtKTC4/Hc0v8ylV0PCQmhF1GFQkF3tmMaE9FSGR4ehkqlQmNjI0JDQ5GdnW22CFkWKpLqc09qSUwtFWfVgh3Fa1xxf1EUhba2NiiVSgwPD9Muhg8++AAAcOWVV445hxQz+vv7o7e3F8BoSmhwcPC4F6JZkktLSwuUSiXkcjmkUimMRiNNKkylEgPjQyqOxg4MDMT06dORkpICuVxO13gkJyc7bJswHpbKeMinGAwGBAUFQSwWo7+/36zWRSaTMbaJ8BSTllQA1yyVgYEBqFQqtLa2Wq0xmcjWhKOxXdmla7VaqFQqNDc3Izw83Gatja1x3U0jBcYSgDNqwY7iNc6Qii0y8fb2hsFgwL59+wAAhYWFZueZurnEYjGys7PB5/Oh0WhQUVEBf39/JCcnO92pkykQcomNjUV0dDRNLlqtFsePHwfAXDwFGB/3l7OLvr+/P13joVAocOzYMYSHhyM5OdlmAeGFIFhJrkM2MiSxgdS6/PrrrwgJCYFMJnPpeeTcXxZwhlR6e3uhUqnQ0dGB6OhomzUmbGdone+xTUnVmeZgbBChJQFYqgVbHutsvMaeUKFlJl9cXBx8fHzoReDw4cPo6+tDVFQUXQ9jSSaWbi6JRIKEhARoNBqcPn36vJMLsaT6+/tp8dLExETGdtATwVKxhK+vL6ZOnQqZTEYXEIaEhCA5OXlMK+rxcH+Nl6VieR0/Pz9MnTqVbhp26tQp+Pv70/qD4/k8ElyQpEJRFLq6uqBSqdDb24u4uDjk5+fbTU1kk1TOp/urv78fSqUS7e3tdknVEmzqdJlaFSRe89NPP5kd52q8xnRMQiZKpRJ6vR4JCQljyISAZLaR9sJ1dXXo7++3SiamEAqFkEqlSExMhFqtRnl5OQIDA2lyGQ8MDAxALpejtbUVcXFxiIqKwuDgIPz8/ODn54eDBw/Sc/Rk0WNbRdgVS8USPj4+SE9Ph1QqhUqlQmlpKf07RERE0M/xZHd/kSaCtq7j7e2N1NRUSKVSaDQanD17FtXV1ZDJZIiNjR3z/dnMIpv0pGIaUyFuDpVKhaGhIbvihpaYzJaKtQekt7cXSqUSnZ2dbnWa5PP5dvucuwMSzLScb3x8PC699FIAoy/HmjVrXHKxkTFdIRMCQiopKSkoKyuj3VzOXl8oFEImkyExMREajQZlZWUQiUS0G4INkD7pzc3NiI2Nxbx58+Dn54d///vfAIBZs2YhPz8fbW1tUCgUUCgUHpHLeAg+ejo+WVQlEglN8n5+fkhOTmbdPTVeFfuA4wwzstkRi8VobGxEXV2dWa3LeFhUk55U+vv7YTAY0NLSArVaDYPBgKSkJMTFxbl0AydiMN2dsbu7u6FUKtHT0+OUhWYLbKkf28r4MnWxuBOzaW9vR3NzM/R6Pe3m8vb2tvmyUxSF8vJynDt3Dnw+H5dffrnTGxBrIC0PiOVCyIW4Y5iAVquFQqFAU1MToqOjkZ+fb2Z1Ejn92bNnQyAQIDo6GpGRkTS5kIB+UlKSy4vLRLVULEESQMRiMerr63H27FnodDp0dnYiODiYle8xHpaKq2nLprUuLS0ttIgnKa4UCARcSrE1eHt7Y//+/fjf//6Ht956C5mZmW7XmLDt/nKmItodEAkYUp/Q19eHhIQEZGRkeCRz4U6PemfAZE8V0ijLaDRCrVbTmwlHZNLV1YW6ujp88cUXAIA5c+Y41VnRGZBFLSkpCSqVCidPnkRwcLDdQLIjkHbUjY2NiIqKwty5c612kLRUJiYxF1NyUSqVtOXiLLkwuehbAxvvBalOT0xMxM8//wyVSoX6+voxsvtMYDy1xVwlAVOdtY6ODrppWEJCApKTk1nREpuUpNLR0YGNGzfio48+go+PD1566SUsXrzYo90C2+4vwLOHz1ZRnFarRWdnJ9ra2hiRlCFg01LxdFxCJkqlEiMjI/Dz86MVXG0RiimZkJgJUSW2lkrsKby8vJCSkgKxWEz7+kl2jrPkMjw8DIVCgYaGBkRGRmLOnDk2kyv6+/tx5swZAGPTiS3JhWhsmbrF7KVHs2VlE7AZsyFrQl5eHl2lT3q6WBaPuovxslQ8uQaPx0NERAQiIiLo+8C0e5tg0pHKt99+i9tvvx1z587F7bffjra2NqxcudLjcdmMe5CHwZ2X01Yb3+TkZAwODkKr1cLPzw+zZs1itG5iIloqFEXRhX8GgwGJiYmIjY2Fl5cX2traUFdXB5VKRQcnybUsySQ7OxsGgwEHDx4EMDaVmEkQciGWCyGX5ORkm3UFOp0OSqUSGo0G4eHhmD17tsMWCydPnoTRaER8fLzNAl5CLlFRUYiIiKALQE3dYtaeocloqRCQWJtQKKTdQc3Nzairq0NdXR0jiQzj2a6YCYSEhCA7O5s1ImSNVJRKJf72t79h7969aG5uRlxcHO644w4888wzHrllZs+ejX379iEvLw8bN27Et99+y8h8TQUl2VBjBeAyadmTha+rq8OsWbMgk8nQ3d3NeCHeeMdU7IGQCemPTsjE1CqJiYlBVFQUmpubIZfLoVAoEB0dja6uLjMyIVbc/v37odVqaQVitkECyWKxGEqlEidOnEBYWJhZ8Z5Op4NKpYJGo0FoaCjy8vIcFvYBo7EWItvvTNGjLXIxdYuZPk/jkf3FZroy8Ju3gMfjITY2FjExMWhtbaV7upBYgzvv0XhYKkyKSbIN1kjl3LlzMBqN+OCDD5CSkoKKigrcd999GBgYwOuvv+72uLGxsfROTCQSMdZS2NSaYEPDx9VEAHuy8ASlpaUIDQ1lxaI4X5aKZX0BsUxskYnlnMnfq6qqoFAo4O3tjSlTpiAmJsZsbJL1VVhYOK65/N7e3khLS4NEIqHrK0JDQ+Hr64vm5maEhIQgJyfHqerooqIivPvuu9ixYwf9bFVVVeHo0aPIz893eL4luZBGZAqFAhKJBGKxGEKhkHVSYXOnTzZyluOb6mq1t7fT5OKO7P54FD+y0Z+eLbBGKldeeaWZr1omk6Gqqgr//Oc/PSIVU7gj02ILbJIK4HoGmLOy8NXV1UhOTmZiimPGPl+WiiWZJCUlISYmxukAPLFMSOZLdXU11Go1kpOT6c56ROqeTdeXPXh7e0MmkwEA1Go1KIpCSEgIUlNTneom+uGHH2Lt2rVjNitVVVW4/PLL8dZbb+Hee+91ai6EXCIjIxEeHo6Ojg4olUoolUpIJBKIRKILxlKxBI/HQ2RkJCIiIuiiV6VSiaSkJEgkEqcyJ8ej+JENa4itez6uMZWenh5Gc/eZ7P5o2giHaZFAMr6z7q+hoSGr8iXt7e0IDg42C9RrNBozqXimwJalYmtc8pnRaMSxY8cAjFaFR0dH260zsRUzIfeIiEISaZWAgADw+XzU1dXBy8sLixYtYvw7OsLIyAg0Gg1UKhUCAgIwa9YsBAQEQKFQ4Ndff0VERARkMplNcikqKsLatWtBUdSYYCt5xh577DFkZmY6ZbEQWJJLZ2cnnYpM6paYdrOSmAdbO31nZemJaGN4eDi6urpo2X3S08VelpTBYPC454sjmEq0THSM2yzr6urw7rvv4o033mBsTCYtFfJCnc+qer1ej/r6esjl8jF/q6qqwldffYWpU6fiuuuuG9ObhGmw2abYklSMRiNaWloAjC4ySUlJiIqK8ohMTCEQCGhpFbVajXfeeQfAaCqxM1YBUzAYDNBoNFAqlfD398e0adPMpF2mTJlCu8V+/fVXWijQMuPr3XffhUAgsJu9IxAI8O6777pEKgTkXYiIiICvry/Onj2LgYEB7N+/n3aLMbXxIs8Cm6Ti6tihoaHIyclBb28v6urqcPDgQcTHx0MqlVpVo5hsgXqAPdl7wA1SeeGFF7B+/Xq7xxQXFyM3N5f+d2NjI6688krcdNNNTpvkzsAT6XtrOF8aXTqdju5lIhKJMG3aNJSXl5stvl5eXtDr9SgrK0NsbCzmzp0LgL2Hg8l6ElvjGo1GNDU10WrJ5O8RERE2q/9dIRNLCIVCxMbG0lL36enpKC0tRUpKilMBcXdhMBjQ0NAAhUIBX19fZGVl0W44S5C+5RKJBAqFAsePHzcjF61Wi++//97hbzMyMoLvv/+ezg50FVqtFnK5nK7az8rKwuDgIO0WE4vFkEgkHpML2biw6f5ydzEOCgrCzJkz0dfXZ1d2fzKkFFtiQsVU1qxZY7VHuSkkEgn9/xsbG7F48WLk5+dj06ZNLk/QHkQiEQYHBxkzDce77e/w8DAtwx8cHIwZM2bQNQyWsvAymQxXXHEFdu3ahV27diEqKoousmPjhWTTUiGLrEqlAgC0tbVh27ZtAEb1rGJiYnD11VfjkUceoXfanpAJ8FtQ23RBrqurQ21tLbq6umilWyYtF6PRSJOJl5cXpk6dSjf6cgQimCiRSFBWVoa3334bcrkcp06dcnpBMBqNUCqVmDp1qt3jTGugjEYjXRsTFRVlVrVP+g51dXVBoVBApVJ5TC5Md020Nr6nY4tEIsyYMQMDAwO03Dx5/0Qi0aS0VNiEyysxKaBxBg0NDVi8eDFycnKwdetWxm88WQAGBgYY6SUwXu4vrVYLtVqNpqYmhIWFYebMmWN2ytZk4efOnYumpiaUl5fjyy+/xP33349ly5ahtbWV8fmyEag3Go3Q6/Worq6GUCiEWCzGDz/8gKeeesrs2TAajfjxxx/x/fff480338Tvfvc7t8kEMA9qmy7Ihw4dwoEDB/D6668jPj6edjklJydbrVh35XuSHuMCgQDp6ekuKcZ2dXXhyJEjOHjwIA4dOoTTp0+7vbPMz8/HsmXLsHLlSixZssRs81VfX48TJ07QjdcA0MkC1gotiVssPDwcYWFhtIqDJ+QyERWQbSEgIABZWVlITk6GQqHA0aNHERERgeHh4UlnqbDaVIxiyQ5qbGxEQUEBkpKS8PHHH5vdkJiYGEauodPp4OPjg8rKSqfVbO3hxIkTtD+faRAtqOHhYbS0tCAiIoLOLrHV9MpanYper8fWrVvR2NiIlJQU7Ny5E1VVVbjkkksYnW9vby/Ky8uxYMECj8cii6xKpYJer4efnx8yMjJQUVGBK6+80uGC+dprr+Gqq65CYmKiy4tWUVERrrjiCodZdHv27MHMmTMhl8tpbS1XW9eSrDW5XA4ej4fk5GRER0c7fHm7urpQVFREk4il6xMYddUtXLgQs2fPxtatW/Hrr7/a3QDxeDwEBQWhp6eH/iwmJga33norVq5cicHBQfz8889j3Jzk35dffjmys7PtzpsE2U0lgkjWlLMpuVqtFgcOHGAttbu9vR1nz55l/P0ARhNqiDtQJBIhIyODMZ03S5w+fRp+fn5ISUnxeCwiGeXj48MKGbIWqN+9ezdqa2tRW1tr1qIVYM6fJxQK4evry2haMRuWSn9/P/r7+9HZ2Yno6GhaMmLv3r1mlfLJycnIycmhCdJaG19vb2/8+c9/xvr161FbW4snn3wS99xzD+NzZsJSIe4ftVoNPp8PiUSC4OBgaDQalJSU4M0333QYxxIIBDh8+DD+8Ic/uDUHV4Lan376KTIyMiCRSCCXy3H06FHExsZCJpPZzf4hxZlyuRwURUEmkyEmJsamZe4KiSxcuBALFiww24hJpVJcccUVdr83RVF4/fXXMW3aNGzbtg2ff/45mpub8eabb+LNN99EQkICZs6ciczMTLPvRuaxZ88eREREjHl3TUF2u8Ry6e7uhkKhwIEDB2jLxZk20GzumtlM9yXxr7a2NgQEBKCkpIQWEbUVM3MXk8n9xZqlMh6gKApRUVH48ssvkZOT4/F45eXlCAsLs/siuYK+vj4olUp0dHTAx8cH4eHhSEtLs2qBAOaNqUjDKAJL7a+ioiJcffXVGBkZwZ133ol3332X0Yd4YGAAJ06cQEFBgcvnmpKJQCCgrT8vLy96oW1ra4NUKnVqg8Hn89Ha2upywFmr1SIyMtLtawwMDKCurg5tbW109o9p6ijRIJPL5TAYDDZ7V3hKItbwr3/9C4899tgYUjaNhSUkJGD//v2IjY2FTqfDzp078fHHH2P37t30MUKhEBkZGbj22mvNFi0ej4fU1FRce+21Du+d6f2gKIoml56eHofk0t/fj6NHj+Lyyy93+jquoLm5GQqFwq0sOGdx8OBBZGRkIDg4GGq1ms7uS05OdjqG5gglJSWIjIxkpHyA/E72sis9weRIfLaDgIAAxiwVprK/enp6oFQq0dXVhfj4eOTn59P+dXuV8uTfv/zyCyIiIsxcepZtfOfNm4fXXnsNjz/+OLZt24bly5c73L26AncsFYPBQLu5SF+HyMhIdHd3o7i4GNXV1aiurkZNTQ0qKytdCjj/7W9/Q35+PrKysiAWi+2+DEajEUePHsVHH33k0jVaW1vh6+uLoKAg+Pn5ISAgANOnTzfL/klMTIRYLEZPTw/q6uqg1+vHKN+yQSKWuPfee5GZmUknH5Bg8Zw5c7BixQps3LgRtbW1uOGGG7B7924EBAQgNzcXISEhyMzMRHl5OU6ePIn29nZ0d3eP2QVTFIWamhro9XqnXY7E4ggNDUVISAjdhuHAgQNISkqCVCodQy6TuVrf9BoCgcBMdp/URfn4+DjtBrUHTqZlnMDj8RAQEIC+vj5GxvPE/UV2aEqlEr29vUhISMDUqVPpl4gE6p2tlC8tLXUYJ1q9ejVOnTqFjz/+GKtXr8a+ffuQkpICrVaLvr4+iEQit9JJgd+KFJ156Q0GA5RKJY4fP47Gxkb09fWhubkZNTU1qK2tRXd3t1tzMMXbb7+Nt99+G8BogkZmZiaysrIwbdo0ZGVlISMjA3V1dfjyyy/xv//9Dw0NDS5fIyMjA8DodzfNPiPZPz09PTh37hxUKhUEAgHdDKmnpwc7d+5klUSsIT8/H/n5+dBqtejt7UVQUBAMBgPkcjn8/f3x5z//GeXl5bjpppvw9NNPQyAQIDExESKRCPPnz8e8efPQ0NBgc/NAURR0Op3LcSx75JKYmAiZTEa/F+PR6ne8ZOkJyIYqKSkJ9fX1OHfuHGpqamxass5egyOVcYJIJDqvMRXTQOXAwAASExOtNnvi8/kYGhoySxMGRoU3d+zYQWuaxcXFISYmBrW1tQ53iTweD6+99hqOHz+OqqoqXHfddcjMzMSuXbvol2nZsmV4+OGH6boWZ2Ha+tf0/7e3t6OmpgY1NTWoqqrC6dOnUVNTg+bmZpuLE4/HQ1JSEtLS0pCamoqEhAT4+fnhk08+odV1bYHP5yMjIwPZ2dk4ffo0Kisr0dfXh2PHjtGV99bg5+eHK664As3NzThx4oRLv6tp9tlbb72F1atXo6OjA3V1dRgaGkJISAiKioqwefNmVFVV4dy5c2NIJC0tzYxEbCkHMwHSPphg+vTpkEqlMBqNePTRR3Ho0CFERkbio48+orOhyO/qKGbiifirI3Ihc7xQLBVLCAQCiMViJCYmoqGhgY4xy2QyxMfHuzQvTqZlHBEQEMCoqKSzPQbIAqtUKjE0NISkpCTMmDHDZr0Mn8+HTqcbs/g0Njaivb0d7e3tOH36NP15WFgYTp48iZycHGRnZ5vVsJjCz88Pf/rTn/DYY49BrVZDo9GYFRfu3LkTO3bswIYNG7B69WqnvptOp0NNTQ2OHTuG0tJS1NXV0W4re1ZHYGAgTRxpaWn0/09JSYGvr++YOpMpU6Zg6dKldudiNBrx7LPPYtmyZeDxeNDr9Th06BC2bduG/fv320yn1mq1+Pbbb+leK66CPAePPfYYtFotBgcHoVKpUFZWhrKysjG/o1QqxeLFi3HJJZewTiKO0NnZidraWiQmJuK1117D2rVr8fXXXyMmJgZ///vfkZKSYpZGbA0kpsJUbx5TciHu4QMHDjAWc7AFtkmFoiiHCz6fz0diYqJV2X1nW/xylso4gmml4uHhYbvHkOAsSY8Vi8VOtS42bd9p+jJnZ2cjMjISjY2NaGpqQlNTE3p6etDZ2Ynt27dj+/bt9LESiQQzZ87EjBkzaKIJDw9HS0sLent76fmZgiyOjz/+ODIzM80slo6ODposTP9XqVTaXIiJAF9SUhIyMjIwffp0TJkyxaoSMJlPV1cXKioqxtSZJCYmYsOGDfjjH/9oVccKAJ5//nkEBwfjp59+QmVlJX788UccPXqU/rtQKMSll15KpxzX1dWhoqKCtmq0Wq3d38URKIrCn//85zGfE0tkwYIFyMzMRH9/P4aGhiCVSllJSXcG3d3dqKurQ29vL931kGibPfroo3jvvffg7e2NZcuWoaamxu5YFEUxkvxiCvL8h4SE0O7EqqoqDA0NobKyEjKZjHENrfEgFcC54k0+n4+4uDjExsaipaVlTE8XewXcTJIK27lZk55UmFYqtrWYmirnUhQFsVjskn+UtAK1rJT39/dHamoqUlNT6WMHBwfB4/Hg6+uLsrIynDp1is6HVyqV+Oabb+hjk5KS0N/f71Sc5tFHH0VOTg5NIF1dXTaPDwgIQExMDLKzs5Geno7Q0FD4+flBIpEgLS0NERERZtlclrBXAW9ZdPfMM8+gq6sL27dvh0qlAo/Ho5MmamtrUVRUhL1795r9NgsWLMBNN92E6667zmYx7sjICGpqalBRUYGffvoJe/fudbtQ1M/PD5deeiluuukmq5YIRVF0ozClUgmpVOqyi8Nd9PX10coASUlJmD59upmFce+990KlUmHDhg3YuHEjTTgajcZunQpTWZCW4PF4GBwchFqtpl3GAwMDTgs4ugK2ScXV3vGAeYtf8syYyu5bsw7ZKH5kC5M6pRgAfv/738PLywsvvviix2M1NDSgra3NrOjLYDCgqamJrrUQi8WIjo52+UFtampCc3MzoqKi8Pnnnzs8fsWKFWaB+s7OTpSXl+PUqVP0f9aEJ11FUlISUlJSaFcVcV3FxMRg//79SEpKQlNTE3x8fJCUlOQWmZgWLZ48edJu0V12dja6urqwYcMGM3cgMGrVLVmyBFlZWZDJZEhJSXFZSUGr1UKlUuH06dNYtWqVazcLQEFBAZ555hnMnz/f6t8piqKbPxkMBiQnJ9utWfEEpinPCQkJVrOrCIxGI+6++27873//Q1BQELZv347BwUGzRAri8srJyWGNUIaGhugCU1ID5OPjA4qi0NvbS6fgJyQkOKwPcgbV1dXQ6/XIzMxk6BuYY2hoCPv378cVV1zh9m9M4rK1tbVWC0gpisKuXbuwaNEiRsiWxLHY6E8PXACk8tRTT6Gjo4PODPIEzc3NaGhoQE5ODq1PpVar4eXlBYlE4pLUhiVaWlqg0WiQm5vrVp2KNfT09ODAgQO44447nJ7Ho48+iuzsbKSlpSE5OdlqxfjIyAitluzv7w+pVIrw8HCPyAQYlQX57LPPxpxLMpYqKipQWVkJnU5n9vf09HR8/vnntDWn1+uhVCqhVqvd1uzSarWIiopyKm2ax+Nh5cqV+Oyzz2hF6EsuuQTPPPOMTcUBUhBZV1cHHo9HF0QysUO0FHt0dvEdHh7G8uXLcfjwYcTHx2P//v0ICAhAdXU1Ojs7IRaLzTKzmIRpi2RbUjgk25BJciFJFI70z9zF4OAgDh06xFhfHvIOdXV1ITExERKJBEKhED///DMuu+wyRmJcxHpjS65/0pPKX//6V1RUVGDz5s0ej9XW1ga5XI7o6GhoNBr4+vpCIpEgIiLC48Wgvb0dcrmcbvfa0NBgVinP4/GQkpKCWbNmuSQ5o9VqERsb69TiyOfz0dTUZDPNmJCJWq2Gr68v7aaQyWQ2+3iTXZZcLrdJJgTbt283CxA3NTWhtLQUZ86cweDgIH1ceHg4Vq5ciVmzZuHuu++GwWDAp59+OqYQb3h42Ez80BZJWkN/fz9uvvlmHD582G4gXygUYtmyZfj000+hVqvx+uuv4+OPPzYjl3Xr1mHhwoVWzydKzHK5HAKBAMnJyW5vToaGhqBQKNDY2OiWjAwwavEuWbIEVVVVmDZtGnbv3o2goCB0d3dDLpeju7sbSUlJjMnbj4yMQK1WQ6VSITg42ClFaFNyUalUaG9vd5tczp49S+uvsQGSich08Sapg2pvb0dsbCwaGho8soZMwZGKA7zxxhvYt2+f1R2wKyBChy0tLQgODoZEIjHrdeEpOjs7UV1dPSa117JS3h1cddVVOHbsmMPFcenSpfjkk0/G/I00jdJoNPDz80NSUhLCw8MhFArR1dWFmpoajIyM0EV+xKJylkz0ej0GBwfx4YcfmllmR48epdv6+vv707UnSUlJWLt2Lby8vLB+/Xq89tpriImJQUlJidUMOFd27qYuo9bWVtx3331O6YKZVmRrNBq89tpr2LZtmxm5PP300zY1pojKgFwupwvinN2smO7yIyIikJycPEbs0RUolUosXrwYra2tuOyyy/DVV1/Rv5tpsD8pKQlJSUluPZdGoxH19fVQKBS0ZpWrDfoIuRBlivb2dsTHx0Mmkzldf0UKEE1jlkyip6cHJSUluPTSS1kZv6+vD9XV1bSqg0wm80jsFPgtBZoNixS4AEjlgw8+wKeffoodO3a4db5Op4NarUZDQwP8/f0xNDSEBQsWMB7I6u7uxpkzZ2z64j3Bli1b6E6AtsDj8bBr1y4zUrMkE7FYjLCwsDFuLktXTkxMDDo7Ox2SiTUVXFP09vbil19+wbRp0yCVSs0soYceeggBAQEYGhrC3LlzUVNTg9WrV9MNtqzBlDCI64C8OIODg5DL5WhpaUFsbCykUin8/PxouRPLdHJSrGrZltf0OxE14ZMnT9LnLly4EOvWrbNJLgaDgV5siZSHrc2LXq+nd/khISGM9n0pLS1FYWEhBgcHceedd+K9994Dj8ejCymJOgLx8TtLLhRFoampCXV1dRAKhYxIlXhCLuXl5QgICGCl5TbwW6yTzQ6ixBqKiYkxEzt1t00DRyoO8Nlnn9HWiisYGhqie5mEhoZCIpFAIBCgtLSUFUXTvr4+nDp1yqabxBOUlJTg4MGDeOGFF8YsjkKhEAaDwaxOhbgk6uvr4e/vj6SkJKtkYgqKotDR0YFz585Bq9XCx8eH7g9iDbYC8s6AZKqRRezQoUO48sorAYwKlToiZtKxr6urC3FxcdDr9WhtbaUbLFkuREePHjWTOwFG2wz8/e9/N7NQbH2n3t5eHDp0CKdOnaItlwULFtDkYm1BJYROFG6Tk5NphVuDwUCTSWBgoNnfmMRPP/2Em266CUajEXfddRe6urqwY8cO2j1y9dVXY9WqVQgLC6M3EElJSVZTX0n2W21tLZ2gEBsby+jmzB1yOXnyJEJCQiCVShmbhyna2tpw7tw5Vt5rgq6uLpw6dQqLFy/G4OAg7fIlzdtcTVYh/ac4UrGB7777Dn/605/w66+/OnU8yf5pbm5GeHg4JBIJzfiDg4M4fvw4Fi9ezPg8BwYGUFxczMqO5uTJk4iJiYFKpcJbb72FH3/8EcDo4nzNNddgzZo1mDt3rttkYunmiouLozW+goODkZqaarZrshWQdwa2hAz/8Ic/4KOPPkJ6ejqOHj3q0B+s1Wpx7tw5tLe30xX9ycnJdtMytVotbrvtNuzevRv/+Mc/8NBDD7n0nXp6etDa2oovv/ySTjaYP38+1q1bh4KCArvWiFqtRlBQEAIDA9Hc3AxfX1/aZcRm+ufmzZvxyCOPABjbmI1sSEx72gwMDNDWKSEXkrmk1Wrpgj62a0MoikJ/fz+USiXa2toQFxeH5OTkMeRSUlKCiIgIiMViVuZC6k3mzZvHyviAdfl+El+rr69HWFgYZDKZ0xsPg8EwRkuQSUz6OpWgoCD09/c71KgaGBiASqVCa2srIiMjkZeXN8Y3SZo4sZHbTl5YNgT0yNhz587Fiy++iB9//BH+/v60P1uv10Mul9NkMnXqVISFhUEoFLpEJjNnzqQXEplMhoSEBCgUCvz6669mgfITJ0643Y7YVtHd3//+d7p3zD/+8Q/85S9/sXo+6XFBdnL5+fkYGhpCbW0tmpub7daP+Pn5ITMzE7t37x6Trm36nbRaLdrb2xEVFWVGbiEhIcjLy8Pzzz+PDRs2YMuWLThy5AiWLVuGefPmYd26dVi0aJHZ7+/l5QWpVAqhUIi6ujp0dnZCJBJh6tSprLY4JjDNirJM9iAW79q1a5GVlYW5c+eis7MTdXV1UKlUiImJwcDAAHp7e+1aMUyDFFGKRCJkZWXR5HLo0CHExcWZJTCMR53K+ej6SDqDymQyKJVKnDhxAsHBwXbdqQRsthoALgBScaRS3NfXR2eQREdHY/bs2TYzZsgPx8aDQsZmk1SAUXMcAKKiouiFqr6+HgEBAZg6dSrCw8MhEAjcJhNTeHt7Iz09HUlJSXT/EaJbZkkoO3bsoBdLaz52R0V3oaGheOONN3DHHXfg9ddfxw033ACpVEoLKfL5fCiVStTX1yMiIsKsc2FgYCDCw8Pp+hGVSkXXj1jOg/jea2tr0drainPnzuHs2bP4/PPP0dbWhra2NlrB4a677jJzqxBl36VLl+KNN97AE088QZMLaVWQn5+PdevW0dYw6cMCjC7wob6+aKisRMnhwwiLj/c4KO8I7777LoRCoVP9ZvLz8xEeHg5fX1+cPXsWGo2G7pMjFovHXUbEGrmoVCocPnwYsbGxSE5OHhfByvPZ9dHHxwfp6emQSqVQq9U4efIk7TJlImvVHUx6UiGWiiVIrntnZyfi4uIwd+5ch+mI5Idjozc7ebDZICxTUiEV40FBQSgqKkJgYCAyMjIYJRNLkB2+WCzG2bNnxxDK0NAQTpw4AQDYt28fEhMTsXDhQqSmptIPfVJSEubNm2e36O66667DsmXL8MMPP+CKK65Ad3c3KIoCn8//f+2dd3xT5f7HP0n3HpQu2nQkaYECpVA2ytALooB61Z96ketAxQEiZZS9C1S2A/VeRHFeRS+yxKtwEShlFsosbXa6d7qbpMn5/YHn3NOQttknLef9evF6aSnJ0zR5vs/zHZ8Phg8fjhdffBFPPvmk0QImh8NBWFgYQkNDUVpaCrFYDJlMBj6fD41Ggzt37iA/P5+qzZ04caLTPLy/v79RSR+6sm9kZCS2bt2KBQsWYNu2bdi7dy/OnTuHadOmYejQofi///s/DBo0CHw+H31kMrinpcHlyBEE6/UYwOVCNW4cbk2eDLfx423S9WNIZWUlDh8+3OWNsq2tDYcPH0ZtbS0lJRQREUFt5OQtODY21mQtK1tCDy5JSUmIjY2FXC5HVlYWXFxcqDqXPWDqpmKIu7s7BAIBYmNjoVQqcePGDXh6ehptYWdlWrrAz8+Pasv18PBAbW0tFAoF6urq0KdPHyQmJprcj02XB7E19g5YpP/7rVu3AAABAQFISkpCcHCw3YKJIb6+vkhJScHp06fbvXEJgsDkyZNRUlKCkpISFBYW4ttvv4Wrqys8PDygVqvR1taG6OhopKSkYMiQIRg8eDBSUlLaSbBwOBwMGzYMR48ebScxo9frcenSJVy4cAEajaZdtxYJKc+fn5+PvLw85OXl4ebNm1QtwBDy9xQXF4eEhAQ0NjYiJCQEvXv3RkhISIcHFGPKvhEREdi6dSvS0tKwadMmfP3118jJyUFOTg6GDx+OVUOGgP/JJ+C4uoLz5/Ny9HoEnjmDMX/8AcXixTg/ZkyHjQZ02traUFlZifLycpSXl6OsrAwVFRXUf9O/bo68kV6vx4kTJ5CQkICRI0dSAc7LywshISGoqqqiJGqYDi6+vr5ISkpCYGAg8vPzkZ+fj/r6eqMDl9biqJuKqZ9HV1dXxMfHU54ut2/fbie7T75GbPqrE8jUwPfffw+NRgOhUIjo6Gj079/fou4Ge1kKk79Iezw22ZlFdrMBgFAoRO/evR0STOi4ubndo4Lr5eXVrouqtbUV5eXl0Gg00Gq1uHr1KkQiEdXefOjQIep7eTweUlJSkJKSAg8PD6xZs8bo85Kv67x58+Dj4wNPT0/cuXOH+iMSiToUC3V1daXmW5KTk/HJJ59Ao9Hg/PnzGDhwIIB7BzeN0Zmyr0qlQklJCf76179i5syZ2L9/P/bu3YuLFy9i6sWLGAlgTVsbJgEgP+6cP1NSvMxMcL//Hhfk8nbdZ9XV1fcEi6qqKrscXADgk08+wV//+lcEBQW125xJkdGQkBBqgJiuf+bo4NLQ0ACRSEQFkl69ekGpVOLs2bMIDw+3aXBxlpuKIS4uLoiNjaU8XUhvI1LZwZ5066BCEAT++9//AgCWLFmC9PR0jBkzxqqN0V43FeB/sw+2gpyxKS8vh4uLC/r160edQDoSu7RXMKGTmpraqQqup6cnYmJi8Pzzz1Pprvr6ely7dg1XrlzB1atXkZubC5FIRHVGHTx40OTnN3ZTIZ83ISGBUlXu27cvEhMTqTqKQqGAUqnE0aNHIZFIUFxcTAWVrn4mwHiTQX19PaWvFRMTg+TkZLi5uWH48OFIS0vDB5Mm4VOpFOcBPAIgGcAQAPUASgGU/fmn+dlnTf75uVwuevfujbCwMEq4sKP/fu211/DLL7+YZPlw7tw5nDt3DosWLUJKSgqmT5+OqVOnUu87DoeD0NBQ9O7dmxFxTVLLrLKysp2wJkEQ6N+/P5UWs2VwYbqm0hVcLhc8Hg9RUVHU/FBFRQWl7GEPumVLMUEQ2L9/PzIyMlBRUYGamhocPXoUI0aMsPqxz58/D6FQiF69etlgpe3JysrCoEGDrO7q0Wg0UCgUKCkpgZ+fH0JDQ1FSUgKtVott27bh+PHj2LVrV7vN1VgwsWe3Tm5uLn7//fcOu8BGjx7d5bxJXV0drl69ipMnT+LChQs4c+aMyc8/dOhQ9O/fH4mJiejXrx/VUNDVh1Oj0eDpp5/GiRMnMH/+fCxdupTaeDr6mehNBqQYaWNjIyWzYTiISdHSAq/QUJTr9dgC4GMAUQA6Cl1+vr4I+zMY9OrVC+7u7tQAZVJSEmXwFhISYvImlJ2djUmTJnV5A9u3bx+Ki4tx+PBhnDt3rt33CwQCTJs2DdOmTcOwYcOo4EEX12xra7NbcNFoNJBKpSguLqaChbH0JNmK3NLSArlcjrKyMoSFhVnVDJGXlwcAdtMWI5+Dw+Ggb9++Vj+WXq9Ha2srAgIC7BbkHXZTUavVGDFiBK5du4arV6+2UwI2Fw6Hg2PHjmH27Nl4+eWXwefzbVZ8slf6C7D+FkQGk+LiYgQEBGDAgAEICgqCi4sLeDweysrKUFRUBACU8isAu99MjDF48GCEhIQgJycHIpGonb5Znz590NjYiCtXrnQ4Ja7T6Sj13EcffRTPPfccUlNTTX7+/fv3IywszOx1u7u7Izk5GSdOnEBRURHOnz9PpcY6+pnoyr70yf3IyEiMGTOm4waR+npw9HqEA9gGYDGAPADHAYT/+SeC9t+c69cBg5+J1Iiqq6uDr68vVUMzldGjR2PHjh2YP3/+Pe9Pck5l586deOqppwAA77zzDioqKvDLL7/g0KFDOHnyJMRiMXbs2IEdO3YgLCwMU6dOxbRp0zBu3DiqOaK8vLxdWiwyMtLqTU2n00GhUEAulyMoKKhdx58xyNsU2VZP3lyys7MtDi56vd5u8x4kOp3OZjpd9lQnpp7DUTeVefPmQSQS4dixY1YHFToEQSAhIQFbtmzBQw89ZPXjXblyhbL2tTUXLlyAQCAw+xZkGExiYmIQGBhotADfv39/KBQKbNmyBSkpKQDu1jAcOUdgiDF9M0PVWoFAAG9vb0odWiaTtdPIam1tNVlVmMvloqKiwmR9KEP27duHt956Cw899BC+++47o/Lyhj8TXdKd3KC6fP4/byocE34mgstFS0UF0MFj1tbWQiwWo7GxkfJLMeV3Tf67S5cu4bfffsOJEyeoNtxp06Zh7ty57ephhjQ0NOC3337DoUOH8J///AcNDQ3U3wUEBGDy5MmYNm0aJk2aBB8fH6qFWq/XW+zZTtdR8/LyglAotEhxgH5zUSgUKC0tRWhoKAQCgcnBxd4yMMDdG7K/vz/i4+OtfizyZ/bw8OjeN5Vjx47ht99+w08//YRjx47Z9LHJbg9buj/aq9Bp7k2F3HhLSkoQEBCAQYMGdRhMgP+lG4C7NZXm5mYQBIGQkBCEh4czElAAGJ3edXd3R0JCAng8HiQSCbKzsxEQEIDm5ma4u7vfM8/i5eWFqVOndpn/J1WFLQ0owP9mVSQSCXx8fDBo0CDKCCsrK4tS8fXx8YFGo0F+fj6KiorQu3fvLk/L7fDygm7qVLj88gtVlDcG4eoK3WOPdRhQgLtzPKmpqe2GEzuzq6Ube8XExOD111/HW2+9RWl/+fv7m/Qa+vn54amnnsJTTz0FtVqNU6dO4fDhwzhy5AgqKirwww8/4IcffoCHhwcmTJiA6dOnY8qUKZTdgUwmQ1xcXNfBpaUFRF0dKtVqiP68jfft29cqOwr6zaVv376IiYmBQqFAdnY2Nczblb6WsxbqmcTuN5Xy8nIMHToUP//8M0JCQhAXF2fTmwpwV8RvxowZmDFjhtWPdfPmTfj7+4PH49lgZe3JyclBnz59uuy+UKvVVM0kMDAQPB6v02AC3A0oCoWCMiO6cOEC+vbti7a2NkgkEpSVlVE6SfbS/LEEUhqezLvr9XrExMQgNjb2nkBkav7fUFXYXEpLSyEQCMDlclFdXd3u9VKpVBCLxdTGW19fj6CgIPD5fItqZdzsbHhMmgROJz8TweFA/fvv0Jv4MxEEQbX4qtVqxMfHU7WM5uZmqljblbGXNej1ely8eBGHDh3C4cOH2ykUcLlcjB49Go899hhGjhxJSdqQnUn09zg3OxuuH3wAlyNHwNHrQXA4aHz4YbgsWgTYWJy1o5tLfHx8h7/bnJwcyl7bXly8eBGRkZE2MU4jf0bS2sIe2PXoShAEXnrpJbzxxhtITU2FXC63y/PY8qbCZPeXYTBJTk5GQECAyXMm+fn5AO6+HgMGDABw9+RODiaKRCJkZWUxNgFNh7RnlkqlVF0iPDwc9fX1EIlEOHv2LJXGIdc5evRo7Ny506iqMD3/b01AAYDw8HDqPSWTydp5cZB1i/r6etTX14PD4SAkJMTiQq9+9Ghod+6E27vvAi4u7W4shKsroNNBu3OnyQEFaN/iSxbKSVXkuro6hIeHY/To0Vbd5rqCy+Vi5MiRlHTQ7du3cfjwYRw+fBi5ubnIyspCVlYWAGDQoEEYP348JTtCqh247dkDt/nzQXC5/5vfIQj4njwJHD8O7c6daOug088SDGsuMTExUCqVOH/+PGUsZhhcuttNxRHVDouCypo1a7B27dpOv+fSpUvIzs5GfX09li5datHiTMVRPvXW0lHAUqvVkMvlKC0ttSiYkAV40twrNDT0nu8nBxNJf5TCwkLw+XybFEzNgZTRl0qlIAjintNpQEAAhg4dipqaGqqlmFS85XK5ePXVV5GUlIQPPviAajPmcDh47LHHusz/mwrp1Hj9+nVIJBIkJiZSkvVyuRxeXl5ITk5GcHAwpcwrl8stVuZte/VV6JOS7p7IDx++eyLncqF77DG0zZ1rVkAx/DnIAKhQKNDW1gY3NzcEBwfbvVhruI6kpCQkJSVhyZIlUCqVVIosKysL169fx/Xr1wEA0dHRGDZsGCZHROCVjz4CBwDH4DNDBl63d9+FPinJ4tens/UCoNJiPB6vw+Di7C3FTGBR+quqqgpVVVWdfk9sbCyee+45HD58uN2HjHyBZsyYgX379pm/YiO8/PLL6NWrF1avXm31Y5HS3fZwirt16xZ8fX0pxVR6MAkKCgKPx7MomLi4uODq1as4ePAgfvjhB/B4PGzatAmpqalGr8xk7UUsFlMdWdZ6XnSFoXe7KR1ABEGgvLwcYrEYXC73HsmJxx9/HMePH8cHH3yAV155xabrnTlzJg4dOoR169bh8ccfp2ylBQLBPZpKdL8ZY+s0i5YWoL4e8PfvtIbSFTqdDoWFhZDJZPD394dAIICfnx+1TmtdKG1FVVUVfvnlFxw5cgQnTpxAa2sr9XehAKYDeBLAQwAM+5/IWpPm22/tukZyiyTTYiUlJZRZ2s2bNyEUCo0e5GzFqVOnMGDAAJuMOdjbnx6w8KYSEhLSTj6jI95//31s2LCB+v+SkhJMnjwZ33//vU1mSkhsfVMx9Ei3FeRNhVTSLSsrQ1BQEAYPHgx/f3+L5FRu3LhBTVmTKUAfHx+IxWKIRKJ2sxMkpA5W7969UVxcjLy8PMjlciQkJBh1VrQG0mdDIpFAq9WaNatAGoKFhoaiuLgYd+7cgVwuh1AoRHBwMFULsPVNq6ioCP3798eAAQOg0Wiwf/9+REdHY+zYsUb9YzgcDiIiIhAWFkatUyaTUZ1+Zm3aXl5WBRO9Xo+SkhJIJBJ4eHhg0KBB7TYjcpaluLgY+fn5kEqlNjHSspSQkBD8/e9/x4wZM3Dnzh0cOHAAVy5exIUTJ1ABYM+ff3wB7ABAT3Zx2trgcvjw3UBsx1QevVmELOgrlUpcuHCBMjazJ+bItDgDdl2pYfGKzDvz+XybFJ3oj1tcXGyTx7Jn9xdZQFUqlQgODrYqmLi6uqKoqAjHjx+nvo8MKr6+vtTp6vfff0dISIjR15vL5SI6OhoRERFQKBS4cuUKgoODIRQKrZ40NiwWWyPZQa4zMjISSqUS165dQ0BAAPV7smW6kjTicnFxabfJkn4qxoK0sXUWFhbi5s2b8PHxgUAgsIvJFh36rY4clOvoFkJfJ3moIMU1zQ6CNlg32ajh5uaGN998E71eew1u8fH4A8DPf/4pAWCsFM7R6+/e7OwYVKjnogUXoVAId3d3SCQS5Ofno6qqCgKBwGzDLFOwdfrL3r/f7hP+OsHPz8+mLcW2rqnQbyZubm4YOHAgNbRoSjAhjZEMhxYNfUvoNxUSDoeDnJycToM4afsaFRUFqVRKDfzx+Xyzh67IdUskEjQ3N99TbLcGFxcXKjjJ5XLU19cDgE1OigRB4Pbt21SQNvzgmRKk6eskRRUVCgWuXr1qVYdYV+uurq6GWCyGRqNpV3/qCnJotk+fPu2CIOnJYU/IQ4dYLEZbWxsEAsH/rAhaWuDK5eIvej3+AuADAJcApBh7HC73bqrQQZDrJodfBw0aBD8/PxQWFuLChQvo1asX+Hy+zW78BEGwQaUzYmNj7dJ94OfnZ7P0ly27v0g5iPLycgQHB2PAgAEoKirC7du3KZMrQ0wJJsDdgUJDgUP6TYX+eCKRCFqttsvJX9IimMfjQSwW4+zZs+DxeIiNjTXp+k0GE2PugLaEnHEhJ+bFYjHy8vIQHx9v0eQxOQCYm5vbpbmYKUGahAzW0dHRkMvluHTpElXotYWgoUqlgkgkQlNTU6czKV1BD4LkTdDf39+mmyOduro6iEQiNDY2Up+DdkHQYH6HC8BYslzv4oKq0aPR0tiIEDu2yJLU19ejoKDgnnWTA9hkQf/ixYs2Cy7kbbw7Fep7xE3F1sOP1gYVurZQSEhIuzRXeHg4qqurUVBQAKVS2a7IZ0owIdFoNPdsfsnJyQgLC6O6wEjoHh+m4OPjg+TkZGrTKioqMv7h/5Pa2lpIJBI0NDQ4TAYGAPXzREdHQ6PRUIOJxmZcjEFKnKhUKkRFRaGurq7LQ485QZqEPuhJ3gRNkbHviMbGRojFYtTU1IDH42Hw4ME2kQohZdOjo6OpdKgtb1hNTU0Qi8WoqqpqJ65pjLa5c+/WSzqBo9ejefZs5N2+DU9PT8THx9vFmKqlpYUybePxePesm3w+UrCUDC6XLl2iXj9L05/kXtTjW4qdDWdpKW5paYFMJkN5eTlCQkIwZMgQ+Pn53ZPmCgkJQXBwMEpKSpCXlweJRAIOhwO1Wm3ypuzu7n7PqZps2zTEmMeHKQQGBiI1NZW67iuVSggEAoSFhYHD4UClUlG6U11tEvaAfI1cXFyQnJyMuro6auo9Li6uw7QbXeyRx+NhwIAB0Gq1Jn/gzA3SJJ6enpRaLqki0KdPH8TFxZl0w2ppaYFEIkF5eTn69OmDsWPH2mVwkexy4/F41A0rJCQE8fHxXU6YG0OtVkMqlaKkpAQRERGd66H9ianzO6FPPolef3a63bp1C97e3oiPj7dJbUir1UIul0OpVCIsLKzL2R5jwaWwsBCXL1+2OLiQe5Etm1F6VPrLXpA3FVtY9VoSVEwNJnQ4HA68vLzg7e2NhoYGSk4lLCzMpFO+Md+Sjp6nI48PUyAH6Xr16oXS0lIUFBRAKpXCxcUFTU1NiI6OxsCBAxmZ0icDBjkEGRAQgCFDhrSbcYmPj6dal+nT5OSmTG7m5OCbKYHF0iBN4u3tjYEDB6KhoQESiYRKM8bExBj9PanVashkMhQXF5u0udkK8oYVExMDmUyGixcvmpW+a2trg0KhgEKhQK9evdqZe5mCqfM79PQdWRsi1Zu78ms3hl6vR1FREaRSKfz8/DBs2DCzbmr04EL6O5HBJTAw0KyaFVlPYbLt21x6RFDpyFLYEszp/mpubqZqJr179zYpmBgWsmNiYjBkyBBKTuXcuXOIiopCfHx8l4HAUo8PS+ByufD394efnx+qq6sB3L3JhIeHMyb7YsxNk8PhoFevXggODqa6ochpcpVK1eE0uaOCNB0/Pz8MHjy43Q2LNFYibXBJj5fg4GDzdMVsiIeHB9VKK5PJcP78eYSFhSE+Ph7e3t73fD99U/bx8cGQIUMsri3oR42CZtQok+Z3XF1dqRtqYWEhbty4AR8fH8THx5sUXMhZKpFIBC6Xi6SkJKvSaYbdYuTNJScnx+TgYo8iPXtTMQFHp7+am5shk8lQUVGB3r17Y+jQofD19TU7mNAL2aScCo/Ho+RUyPx2R48ZFRWFv/zlL116fFjbvk1PF0VFRaF///7gcDjU6TUsLAwCgcChU9rA/9Jfxn5fHA4HQUFBCAkJQVFRETQaDby8vBAREdHhKd+RQZoOXUVALBZDoVAgMDAQtbW18PPzs2pTtiVeXl5U+k4qleLcuXOULYCnp+c9w6rWbsoGT25y2zA9uCiVSly/fh2+vr6dbuIqlQoFBQVoaWmxi9IEOXAoEAiooJeTk4OAgAAIBIIO19XW1mbToMLWVEyE7P6yVfpLr9cbfSx7BBNjP8uQIUOoYn5hYWG7OoYhpnh8WEpTUxOkUikqKiqMeoOQxldkp1h0dDTi4uIcVlcxTH+RkLnwwsJC6oTv7e3drrNJKBTek9JwVJDuiMDAQERGRkIsFqO6uppq7LB1G7K1eHt7Y8CAAYiLi6PSd7169UJLSwu0Wq1Zbc32hN54QP7u/fz82tU2mpubIRKJUF1djZiYGMTExNi1ycRYcLly5QrVbWc4Nd/dJFqAHhRUCIJAU1OTRYVEOuQvkD7F2tTUBJlMhsrKSoSGhtolmBhC5qDJOgbZKWas0BcVFYWoqCijviWWQDeaioiI6DSH7+XlhYEDB1JCkF0VyW0J+dqTN5W2tjYolUooFAr4+/tj6NCh7YbRyLbbztp77RmkO4IumwP8T9K9vLyckrHn8/kdHiyYwsfHB3FxcWhtbaVkm6KiotC7d2/GAwodNzc38Pl8qisrNzcXvr6+8PDwQGVlJdU8YCsjLFMwDC5FRUW4evUq/Pz82nkusekvhiDzzI2NjVYHFfpGRRZIyWCSmpoKHx8fuwYTOhwOB5GRkQgLC6OG6Hr16gWBQGC04GnMt8QcWlpaIJVKUVZWhvDwcIwaNcpoztwY/v7+VJGcvGFZKrBoKuRrSnZFFRYWwtvbmxJ7NIabmxtVPKUPepIpHMD2QbojyPeKSCSCRqNp11QAgJJ+KSkpQUFBASVaaY+2WXOhd6JFR0dj8ODB1NfonjOO7AbsCjc3N8TGxgIA5HI59Ho9/P39ERkZ6dCAQocMLuTwMT248Pl8m6a/SNl7e9MtPeoN0ev18PLywvnz5yEQCKx+vP/+978IDg5GbW0twsLCEB0d7dBg0hH01kxbeqO0trZCJpOhpKSE8o+wZjiPFFgUi8VwdXWFUCi0ufxHUVER0tLScPToUYwaNQqTJ08Gj8fDmDFjzLpN0GcnzJlxsRayOF9fX2/SzY5USZbJZA6TfjGGRqOBTCZDUVFRhw6XZKt5fX09o46jdOjvSfJg4efnB4VCgcLCQqpwbg+ZFXPXqdFoUFRURImYuru7Y+TIkVZ/fgiCgF6vh4eHh12zCD0iqJDtuAcOHKAsdC2BrCFUVlYiKCiIshXlcrmMBhNDGhsbIRKJoFKp2nULmQu9VbV3796Ij4+3aXeRoVKusTqGJZD6XMePH0dWVhZGjhyJRx55pF3dw1wTOHM3eUshmx6qq6stOs3TU3xkkdcRNRedTgelUgm5XI6AgABqU+4MusKCLeV6zIW8PWs0GggEgntuz6Rdd2FhIYKCghAfH+8UwaWxsRHXrl1Da2sr9bu25nDmCCthoAcFlZiYGHzyySd44IEHzP73pBlTdXU1QkND4erqipKSkk67mpgIJoaQHxatVtteO6kL6KdNa4baTIU+REZ6gFsyZ0EQBG7cuIH//Oc/AO7eKE+fPo3hw4fj0Ucfbfe9zz//vEX1j+rq6g7TUdZATy2aM/DYEeRGqFQqKRl2e7Qb0505PTw8KIVoUyG1ySQSCVpbW60SFjUXcw9fpH032eBhD602U9Dr9VAqlZDJZAgMDERcXBxqamqgVCopbTZLUqBsUDGT/v37Y82aNZgyZYrJ/4YeTOhpLi6XC7VaDZFIRElKxMbGwsXFxSmCCR3Da31CQkKHH3rDE5mjPzStra2UtbE5VrZ0xeObN29CpVKBIAicPHkSp06dQmpqKqZOnUp9P1lYf/zxxy1ap2HhXCAQWOw7Ypgu6mi2w1LoqcuO0lGWQFoWiMVi6PX6TjsQzXk80gLBlgHbEGvTxKTPUVFREaXhZc9DFwl9TsbFxQUJCQlUwZ5MixUXF0OpVMLb29uot09Xj88GFTMYPnw43nzzTTz99NNdfm9DQwNkMhlqamruCSaGL7ZKpUJ+fj5aW1sREREBlUrlFMHEEHp6IjAwEEKhkDq50ofonCF33NDQALFYbNIJkp5CiY6OxoEDB6hi46lTp3Dy5EkMHToU06ZNa/fvOBwO5s2bZ1V9hPQmkUql8PDwaNeV0xX0aXIylWrPjYnesWftTYguVMnn8032vzEFcpZFKpVCr9cb9aW3FJ1OB4VCAblc3mlDi6nQg4u9b/R1dXUoKChAc3MzBAIBIiMjjQYLY8HFVD8cR/jTAz0oqEycOBFPPvkkXnrppQ6/p76+HnK5nAomPB4P3t7eXdZMqqurkZ+fj+bmZnh4eKB///4mmZQxgUajgVQqRXFx8V2fbzc3FBcX21V11lLIzie1Wn3PyZVe4yCLvWq1Grt376b+fVtbGwiCAJfLNRqU3nrrLZuoAdMDNumi2FFQNiyoC4VCh77mhrpm5jQeNDU1QSQSoaamxu4zG6SPilQqBYfDsaplmiCIdsZkCQkJNm1iIK0riouLbZ5qbG1thVgsRnl5OZURMeU1J4NLSUkJFAoFvLy8unRwZYOKmUyfPh2jRo3CnDlz7vm7uro6yOVyqpvL1GBimOYiTY3Ik5BQKLRpKsNWkJIvhYWFIAgCkZGR6Nu3r1MOURlOYffp0wc1NTWUAi99U9Rqtdi1a5fJ+lzW3lQModeGDGdcyNqDVCqFq6ur2akJW0MqMJNin511YLW2tkIqlaK0tBSRkZEWWwhYAnkblMlklFWAOS6UpNipTqezOkXXFfRUo7WNLW1tbZDL5VAoFFbXGbVaLXVzIWdfjL2GpJwRG1RM5G9/+xvi4+ORnp5OfY0eTMLDwxEdHW1RMDFMc6nVaojFYpSVlTl8irwzyG4ruVxOXYs5HA51GzDW+eIsNDY24ubNm2hoaIC7uzv69+9v1Lr3559/Nlmfy9KaSlfQN+Hw8HAEBARAqVRCr9eDz+eb3DDhCEjpl+bm5ns8V8i0qEKhsKnPiyWQemEymQweHh5dFqMbGhpQUFCA+vr6LuWMbI01LfjkrUosFsPLywuJiYk2SUUbCy58Pr9dLZD0p/fw8GCDiinMnj0bnp6e2LBhwz3BhMfjwcvLy+atweQbu6Ghwea5Z3MgUy5yuZx6M9FbD8nbgEgkgqura7sCINPQu6IiIiLA4/FQVlYGpVJpNC9O2vp2haXdX+ZQUlKC/Px8tLW1USZsTA3RdQbdZVGr1SI2NhZ6vR5yuRy+vr4QCoWMt9CSGB6MDHWx6M0eTB/oSHXy0tJShIWFIS4urtPgQu/WFAqFdrlVGQYXshYYGhpKqUPYW6OvxwSVBQsWIC8vDxwOB7NmzQKPx6NuJhwOx25zJuQHtqCgABwOBwkJCQ6rt+j1ehQXF0Mmk8Hd3b3L0x29VTEgIAAJCQmMqN4C7WdkjJ321Go1JBKJ0ZRMbm5ul/pc5s6pmAO93hMbG4uAgADIZDLq/y2dG7I3er0e+fn5KC4uBgDExMSAz+c7laQKSVtbGxVc/Pz8EBsbC5VKRd2qhEKhQ+T/TYF+MDLW4UevVcXFxTnk/UEGF7LmQt7+wsLC2KBiChcvXsQzzzyDoqIi/O1vf8OaNWuoa5+jhhbJ67tEIrH7hm2Yh46Pjzer5VWr1UIqlaKoqMhiL3pLoc9XmNKuSU68Gwr+FRUVOVSfi76WjorgpFd8a2urXZRurYGcvyHbeQmCoN4/TNd/OkOtVuP27duoqqqibtmGzqbOAik4S8ocRUdHo7S0lJHPGQlBEGhra0NxcTEuXryIwMBAPPHEE3Z9zm4dVO7cuYP58+fjzJkzSEhIwI0bN/D4449j/fr1iImJMfpv7D1nQt+wIyMjwefzbeY3Qi8Gu7i4ID4+3qordHNzczt7V3t2+5AttkqlEgEBAWa3NZNtrs3NzYiPj6dSjfbW5wLap1wiIyMRFxfX4WnPcMaFaSFIUujTmFKATqdDcXExpFKp0VQTk5BzLaQVQVxcHBobG1FYWOjQ2RFLaGxsxK1bt1BfX+8U3aL19fXYsmULPv74Y8yZMwfvvfeeXZ/PoUHl6NGjWLduHa5fvw4fHx88+OCD+Pe//23x4xUUFGDv3r1YsGABevfuDaVSiaVLl+Lnn3/GnDlzsGDBAuq24OihRfLKW1tbS115LT210tsvAdi8GGzoJdGnTx+bPTY9R26tZhV9II8gCKuGEk2BPmEdGhoKPp9vcrcffcbF3d2d0j9zFHSXy65aiw3VnTtrmXYE5MyGsTkZ+uyIPaSFrMEwFc7j8VBbW4uKigpEREQgLi7OoSk7nU6Hr7/+GmvXrgWfz8eOHTswbNgwux9wHBZUfvrpJ7z22mvYuHEjJk6cSElumDKsaA4EQSA7OxtpaWkoKirC6tWr4enpiX379uHdd9+lOkUcNbRIFufa2togFArN2gTpg2I6nQ7x8fF286kwdL0ji/mWvgHJeo/h4KAt3tDkhi2RSChXPVvOJdA32cDAQKsGFw31z+y9YRvOKfH5fJNz6PSWaXtKv3RES0sLxGIxKioqupzZMFQSsLVSgbl01rRj6EvU2U3XFhAEgbNnzyI9PR01NTXYvHkznn32WYelYh0SVNra2hAbG4u1a9di1qxZ9n466jmXLl2KXbt2QafT4emnn8b777/PyJWZ3kbo7e2NhISETjcWcoOXSCTQ6XSIi4tzWH7e0J87ISHBrNfMMEVn2NZoS+gT1EFBQe1UBCyB3tZq62BluGFbO+1tiC1fC3oThSM2bK1WC5lMhsLCQrMDoWH3oKNvA+aMFzQ2NlKCtX369EFsbKzNg4tCocCKFSvwn//8B4sWLcLChQsd3ibukKBy8eJFjBgxAnv37sX777+PsrIyDB48GFu3bkVSUpLNn+/KlSuYM2cO8vPzMXfuXDQ2NuLjjz/GtGnTsG7dOru3mnYEfeDJmFglmd6RSqXUlDlTbcr0D7opdsHkrUoikYAgCIfOa1hzOgf+l16USCR2L1zTT9iGPi6WYM9bG33DtscJW6/Xo7CwEFKpFP7+/mYfYOjQbwP22rDpkCoLMpnM7EFouuqBrdba2NiIbdu24cMPP8STTz6JTZs2ITo62qrHtBSHBJV//etfeP7558Hj8bB9+3bExsZi27Zt+O2331BQUGDz4uCNGzdw5MgRzJkzh3qTymQyLFmyBEePHsW8efPw7rvvMjbo1draCpFIRF3zY2JiqAno1tZWxMbGthtSY5KuUhKGMxD2FArsCrLxoLKy0iSJEnqNhpzIdlQgbGpqgkQiQWVlpUXzFrYUvTR3rbGxsVY1n9BVFFxcXGzqt0PfsM0RLTUVQwHXxMREi4N4Q0MDpFIptdbY2Fizu8N0Oh2+++47rFmzhtpfR40axWgnn1VBZc2aNVi7dm2n33Pp0iUUFBRgxowZ+PTTT/H6668DuHttjIqKwoYNGzB79mxLl2AWBEHgzJkzmD9/PioqKrBu3To888wzjLV9qlQq3L59G83NzeByuQ7rYbcEY8VTlUrV4bQ202sViURobGykOp4Mf8fkpHlLSwu1dibeB/X19RCLxairqzN5xqW2thYikYhqrHBUECfXqlKpLO4WpDeFdCacaIu1SiQS1NbWUoHQ2u5Acu2tra02VadoaGigPHZMDS4EQeDChQtIT09HaWkpNm3ahBkzZjhFC7tVQaWqqorypu6I2NhYnDt3DhMnTsSZM2cwduxY6u9GjBiBhx9+GBkZGZYuwSJ0Oh2++OILrFixArGxscjMzMTQoUMdGt3JTrTGxkaEhISgtrYW7u7unUrXMw15sr9z5w60Wi0AUIHQWdSaSUghUJFIhLa2NuoWQiokm6KJ5UhIcc3W1tYO056kP0htbS1iY2MRExPDSBCvra2FWCw2y3yLPm/kyLXTXSh5PB54PJ7ZwaWlpcWoDYatIQNhTU1NpzfCwsJCrFq1CkeOHEFaWhrS09OdpgMOcFD6q76+HqGhofjoo4+oQr1Wq0VUVBTWr19P3V4cTX19PTIyMvDBBx/gr3/9K9auXYuIiAi7PmdHb3J6lxBZaGUqPdcR5IZcW1uLwMBA1NXVwc/Pz6lkPgwh6yUikQh6vR46nY5KjdkyLWIL6CktsmU6LCyMUhcgDb5sZSNt7VrJYc/ODM3o9S6mBgCB/wXCxsZGk2+EbW1tkMlkUCqVFtXqLKWurg5SqRS1tbWIiIhAYGAgIiIi0NTUhJ07d2LXrl2YOnUqNm/ejNjYWLuvx1wc1lL87rvv4scff8TevXsRExODLVu24PDhw7hz5w4jXtt0xGIx0tPT8dtvvyEtLQ3vvPOOzTtIyJqJSqXq1EZWo9FAIpGgpKQEUVFRiI+PZ1yskp5Tp+epbaW0ak/o4o++vr5oamqi7HCZcPUzBXrxHbh7ACNfX2dTxaZ3KtIFNUlJIGP+PkyulcwQtLS0dFi7JF9/sVgMX19fJCQkMPJeqaurw3fffYcVK1ZgxIgRyM/PR2RkJHbs2IGxY8c6pQIC4MCgotVqsXTpUnz11VdoaWnBiBEjsHPnTrt0f1kCQRD4448/MH/+fNTW1mLDhg148sknrc5RGuZ2Y2JiTDplNjY2tlNhZSLnb9iu2VGnEt0TwlwPD3vRkUw9vavNWQMh/dbq5uYGjUYDf39/p74R6vV6qoBN/r+np6dTpnPpTqIajYayOOZyuaiurkZBQQF0Oh0SEhLMkuG3xzovX76M2bNnUy36aWlpWLhwIeMH8c7o1jIt9qCtrQ2fffYZVq5cicTERGRmZiI5OdnsN5ZhZ4elXSjkhC5BEJRYpb3f5JYOlpGSIA0NDYwFQrqhVkBAAAQCgdFTZktLCyQSCcrLy+3SJWQJ9NZmNzc3qiuKLlFvjxkXW0HWsFpaWkAQBLy9vR2uJGAO9FuWVquFu7s7VdNypJS+MUpKSrB69WocOHAA8+bNw9KlS3Hjxg2sXr0aly9fhkgkMmoN4QywQaUDVCoV1q9fj927d+PZZ5/FqlWrEB4e3uW/s8eAEzmdLpFILBpINBW6LImlE9Vkrr2goAB6vd5sFQFLoU/wky54ppyQGxoaIBKJzOq+sjX0tmx6U4Hha0b3Xndkjr8ryAYClUpFddsBaOeW6WyuoyRkurm4uBhcLhdubm4ObS03pLm5GR988AG2b9+OyZMn47333kN8fHy777l165bTZHiMwQaVLigoKMCiRYvwxx9/YNGiRXjrrbeMfpAdIcVAT93Ysuip1WrvkSWxNodMrwuQJ1Z7bCrk3IBEIgGXy+3SUrUjSDkdjUZDtek6YlOhtz+berujz+Mw6SlCtyfoqIGAvGUplUoEBwc7jRAk3QYiMDAQCQkJ8PLycpgahLH1/Pvf/8bKlSsRHByMHTt2YNy4cU5bN+kMNqiYAEEQOH78ONLS0tDU1ISMjAxMmzYNXC4XJSUlqK2tpeSu4+Pj7Z6jb25uhkgkQnV1tVWzLfRUka+vr1Vijx1BqhPTUze2KDYbnu75fL7VcwOG1sZCodBu6UZ68wM582FuYLBkxsUW0H+npk6TazQayGQyFBUVmS3OaUvoGncuLi5GDevM9Smydj25ublIT0+HWCzG+vXr8corrzjFvJelsEHFDNra2vDpp59i9erV1OZ4/vx5HDx4ECkpKQ7/kNTW1lKna3Ou7HSNK9LTOjg42K6nIrp8vLVdbfQ5CXvUbuj6Z7Z2RqSnsGwh0wKYNuNiCwwlYRISEsy+fZra/GEPyAHe5uZmk9S4DR1Vbf05KSsrw9q1a7F//368/fbbWLFihdM2YpgDG1TMpLi4GCtXrsSXX34JgiAwbdo07Ny5E6GhoYyshyzuisViqtumow86XezR1dUVfD7f4d0t9BqGuQVR+pyMvf1fANi0QE4/3QcHB9t8DokuOaPX66kZF1v8bslbITnrY4s6WUdt6vaA3p3YlfqxMcgbvUKhgI+PD/h8vlUdba2trfjoo4+wZcsWTJw4EVu2bIFQKLT48ZwNNqiYwfHjxzF9+nRMnToVq1evBpfLxcKFCymZ6TfeeIMxj3KdTkfNjISEhLSzWyXrDlKp1OFijx1Bb93sagOke4Mw0alFn3Uxd/iQ3kBgz9oS/fnIDjJ3d3erLQfs3dFneFCwZOK9I8jPhFwut0n7ON1ozpLmA71ej0OHDmH58uXw8/PDjh07MHHixG5ZN+kMNqiYASlWl5ycTH2NIAgcO3YMCxcuhFarRUZGBh599FHG2hHpaabo6Gj4+flBLpejra3NoRL6pmB4yzJU2DXsdnJEvaozGhsbIRaLUVNT0+VNybA+Y2kDgaXQzdEsSeE5evaI1JEjJ95NkX7pCHNu75ZAbz4ICgoCn8/vtLGF9I5avHgx8vLysG7dOrz22mtOIQ9kD9igYiO0Wi12796NtWvXIiUlBZmZmejXrx8jpxCCIFBUVASRSASdToewsDD079/fad/EdC+QXr16ITY2FhUVFYyZRXUFXdDRWA2DrHGo1WqqgYCpQE7fAEkb3s5eS/rQqKOHQ8mJd7FYbHF9iOzi02q1EAqFdrVyNqUFnxSu/e677/DGG29g1apVTj24aAvYoGJjqqqqsHr1auzduxd///vfsXz5cof6U5MnvoaGBmpGRiKRdNjp4kw0Nzfjxo0bTuPt3RmGHurk5stEN5YpdDXjYs/mBHMxtCQwpbPPVh2RltDa2gq5XI7i4mLI5XIMGzYMiYmJ+OSTT5CZmYmxY8di69at6Nu3r0PWwzRsULEDBEHg1q1bSEtLw6VLl7Bs2TK89tprdq0D0GXJDbXF6GZIzqLDRIfeVeTp6Yk+ffqgsrISKpXK6TZnQ/R6PeRyOWQyGfR6PcLCwtC3b1/Gp/M7gl6fImWDyFkZDodj1zZqcyHTWFKpFFwu1+jciFarhVQqRVFREaOClcDdzrZFixbhyy+/hJeXF8LCwvDhhx9i8uTJTvF6Ogo2qNgRgiBw5MgRLFy4EBwOBxs3brT5G4xuStSVgRJdMdYZ1G4N6w6GmwY9lcHklHNH0GcvevfuDXd3d5SUlCA4OBgCgcCpArch9fX1yMvLQ319PVxcXCAQCBjzlOkKerMD2dobGBhIfc2eKhOmQhAEbt++jfT0dFy5cgVCoRA3btzAyy+/jOXLlzPmNssEbFBxABqNBh988AE2bNiA4cOHY9OmTUhMTLRqg2xuboZUKkV5ebnZE/xNTU0oKCiASqViROfIUDa9s7qDodOeMwgUGuqLCYVCakMzlHp35ByGqdAn8sPCwtDU1GT3GRdbQLfwJQgC7u7u6Nu3L+M3q6qqKmzYsAFfffUVXn31VaxZswa9evVCXl4e1qxZA3d3d3z11VeMrc/RsEHFgVRUVGDVqlXYt28fXnnlFSxdutTsDZLe3hoWFgY+n29xIZUJRVaVSgWRSISmpiaz3CLpGzlTKTx6u66HhweEQmGHvz9bTMzbGnqqiF5XMZxxcYaWc2M0NDRQyt0BAQGora2lboVM3FI0Gg0+/fRTbN68GSNGjMC2bdvQv3//e143nU7ntOlbe9Atg8r06dORm5uLiooKBAUF4eGHH0ZmZiYiIyOZXlqXEASB69evY/78+bh27RpWrFiBV155pcsNxzDVEh8fb5NNlSAISqzSx8fHbt4RthpcpN8EIiMjER8fb/ccujWDhZZoe9kaus6V4c3K8PvIGgYprGgr73hroGuM0bXODD8TpL2BvSEIAr/++iuWLVsGANi2bRsee+wxxl8nZ6FbBpUdO3Zg1KhRiIiIQHFxMRYuXAgAyM7OZnhlpqPX63Hw4EEsXrwY7u7u2Lx5s9FBKHN74i2F7nIXFhYGgUBgk7SNvSTmHWVPS79ZkdIe5gYFw4l0R90E6KlDV1dXk7v/SHkSmUxGacIxoTBMT3d1pjFGv73bc56JIAjcuXMHS5cuxeXLl7Fy5Uq8/fbbTtuUwRTdMqgYcujQITzxxBNQq9WMpxjMRa1WY+fOndi4cSPGjh2LjIwMJCQkUDpFjY2N8PPzc9gH21Z+3Gq1GjKZDMXFxVan6TqD1D9Tq9UQCARWi0qS0IOWrSRhCIKgutzc3d3t6jVii9fFUGHYUc0HltbR7Km8UFNTg40bN+Lzzz/HSy+9hHXr1jmtnwnTdPugUlNTgzfffBPFxcXIyspiejkWU1ZWhhUrVuDrr79GSkoK8vLy8Nhjj2Hz5s12F3s0hkqlQkFBAVpbW83alJjYiMguMpFIZNaJ3Bj0U6+90mudFfqtpampCSKRCDU1NTab16AfEOytbGDp+45OQ0MDJBIJampqOrXuNgWtVos9e/YgIyMDQ4YMwfbt2zFw4EA21dUJ3TaopKen48MPP0RzczNGjhyJI0eOOPVgX1dotVp8/vnnWLVqFRoaGuDi4oL169fj5ZdfZmwSnn5idHd3R0JCQofTwIayIEykTAxrBwkJCSYHNLp4pKPy8/SagLW3OdJsqqSkBJGRkeDz+TZPy9jzJmCrGzIdlUoFiUSC+vp6s+edCILAiRMnsGTJErS1tWHLli2U3QVL5zhNUFmzZg3Wrl3b6fdcunQJqampAO628dXU1EChUGDt2rUICAjAkSNHuu0J4sEHH0R5eTnWrVuHp556CgcOHEB6ejp8fX2RmZmJBx98kLGfrbPcNjm4KJVKqZQOEzcrOvTNuiuHRGeYJKfXncw13aJL3NhD/dgYdKVpUgTS0oOPvWp5dMj29dbWVqrjsLPgUFBQgGXLliE7OxvLly/HO++8w9hAZXfEaYJKVVUVqqqqOv2ejqx5i4qKEB0djezsbIwaNcpeS7Qrd+7cgUAgaPfhbG1txbZt25CZmYnx48cjIyMDfD6fsTXSu3CioqLg6+sLuVwOAODz+XbVWbIEch6DPP3S6yJ0x0hy+I/peQf6Zk3a8nZ0sqaLJnp4eHR6i7QXpE5XRxponUHvOvT29kZiYqJdGlDoz1dZWQmJREKZuoWHh7dbr0qlwqZNm7Bnzx7MnDkT69evR1hYmN3W5Ggc1TXrNEHFGgoLC8Hj8XDy5EmMHz+e6eXYnJKSEixbtgw//PAD3njjDSxevNiuH8DOMBSrDA8PR79+/ZxWrBL4X56+paWFkvGQSCTQarU2cYy0NdXV1RCJRB2uj5wvamtrs7toYldYMuPCxHwUfb3kYSI/Px8cDgczZszAl19+iQ0bNiApKQnbt29HSkqKU70nbIGjuma7XVC5ePEiLl68iLFjxyIoKAhSqRSrVq1CaWkpbt261WOvqQRB4NKlS0hLS4NYLMbq1avxwgsvOHSoipy5aGhoQFxcHCWgyOFwkJCQ4LTij8Dd108ul0MqlUKv1yMyMhKJiYlOGwwN24GFQiE8PDza3WR4PJ7T5PjJm5NEIoGrq6vRm19jYyNEIhFUKhXj69fr9fjqq6+wZMkSqNVqBAUF4YMPPsBf//pXp3lN7Y29uma7XVC5ceMG5s2bh2vXrqGpqQkRERF45JFHsGLFCvTp04fp5dkdvV6P77//HkuWLEFQUBDee+89jBkzxq6nKrqPiDGxSrIm4e/vb1Zx3FEYiii6ublBoVA4hWZUV+j1eshkMkqaxNkFK+kzLj4+PlT9zZk05wBAIpFg2bJl+OOPPzBmzBhcvnwZ/fr1w8aNG/HAAw8wujZHYM+u2W4XVFju0tTUhK1bt2LLli2YNGkSNmzYgNjYWJs+B91PvE+fPoiLi+vwJkiXALFX95G50KfvDQv2Wq0WMpkMhYWFdisQW0tbWxvlbRIcHAx3d3eUlpaid+/eEAgERgcBnQWyAK9QKAAAAQEB6NevH+MHjrq6Orz33nv49NNP8dxzzyEjIwMRERGor6/Hzp078csvvyA7O7vH3lYc0TXLBpVuTmFhIZYuXYp///vfmDNnDhYsWGD1yduaVldyTqK2tpYx2Xp6R1RQUFCnOmEtLS0Qi8WoqKiwyL/cHtCtAAwtiOnOns5y6jeErLMUFBSAy+XC29sb1dXVjLp3trW14auvvsK6deuQkJCA7du3IzU19Z4bPkEQ3aqW4oxds2xQ6QEQBIHz588jLS0NCoUCa9aswfPPP2/2Zk56cCsUCgQFBVkl1OdIBz4S+mbs5eV1jz1xZ5AKBtbIsVgLXc6FIAgIhcIOi9hkfYIM3vaSqTGX+vp65Ofno7m5mXodORyOXWdcOoMgCGRlZWHx4sWoq6tDZmYmnnnmmR5zE3HGrlk2qPyJXC7H+vXr8d///hdlZWWIjIzECy+8gOXLlzvdSbAj9Ho9vvnmGyxduhTh4eF47733MGLEiC43c2N5cFsMLpLFW5FIBC8vLyQmJtplBoQgCFRUVEAsFgO468JoaOZk6uOQbo4cDsehvvL19fWULI85wpOkHEtrayv4fD4iIyMZ2TANPe3j4uKM3vhsJSxqCjKZDCtWrMDx48exePFiLFiwwKlTho7GXl2zbFD5k19//RXff/89nn/+eQgEAty8eROvvfYaZs6cia1btzK9PLNobGxEZmYmtm/fjsceewzr1q0Dj8e75/scpUpL3oDkcjlCQ0MhFAptVr+g+8XbalMlTaEkEondByLp6Tcej4fY2FizO3HoQdXRwVCn00Eul0OhUCAkJARCodCk9Bb992bKQKI5NDQ0YOvWrfjoo4/w1FNPYdOmTfeVSZYxHNk1ywaVTtiyZQs+/vhjSKVSppdiEXK5HEuWLMHhw4cxb948zJ8/Hz4+PpS9cHFxsdlS7tZAP81aW79wRPqHLJQrFAqEhoZSPvS2QKvVUkV4Wwlu0h0SDWsxtoY+fOnp6YmEhASzn8vWPi46nQ7ffPMN1q5di7i4OGzfvt2km/r9gCO7Ztmg0gkrVqzAr7/+isuXLzO9FIshc8ppaWkoKyvDE088gd9//x2DBg3C+vXrGakdkPWL5uZmCAQCREZGmvzBZ6JQbZjaseQ2QUJvwfbz84NQKLT5ICu9NtarVy8IBAKbSrfU1tYiPz/fZjbPpsy4dPXvz507h/T0dFRWVmLTpk14/vnne0zdpLvBBpUOkEgkGDJkCLZt24ZXX32V6eVYzfnz5zFr1izk5eUhLCwMn332GcaNG8foJHZFRUU7ZeHO5M3pJ/vQ0FDw+XyH58fr6+up4U9zDbfoPy+Xy4VQKLS7LIxarYZUKkVJSQkiIiIoNQFLaW5uhkgkQnV1tc0UkOmQN2hzantKpRIrV67EsWPHsGDBAixevNghRl0sHdPjQ/maNWvA4XA6/WN4EykpKcEjjzyCZ555ptsHFIIg8MILL+Chhx7C9OnTIZPJ8NJLL+Hpp5/Ga6+9hpKSEkbWxeFwEBYWhlGjRiE8PBzXrl1Dbm4umpqa2n0fmbPPyspCfX09hg0bhoEDBzJScPX398eQIUOQlJSEoqIiZGdno7y8HF2dy1QqFS5duoQ7d+4gNjYWI0eOdEjNw8PDA/369cPIkSOh1Wpx9uxZiMVitLW1mfU4Wq0WBQUFOHfuHNzc3DBmzBjExcXZPN3I5XIRExODsWPHIjg4GFeuXEFubi4aGxvv+d6mpiasX78eQ4cOhZubG27duoW1a9f2mIAil8sxa9YsSrmCz+dj9erV0Gg0TC+tS3r8TcXclruSkhJMmDABI0aMwBdffNEjrtAHDhzAyJEjERERQX1NKpVi8eLF+PXXX5GWloZ33nmH0c4YunQ72XJaVVUFiUQCNzc3p1A/pmPYvmyspkA/2du708kU6C6Wpty06A0LTKgP0IdXy8vLkZqaCoFAgH/9619Ys2YNIiMjsX37drsrSjBBd24c6vFBxRyKi4sxYcIEDB06FF9//bVT9P3bE4IgcOrUKaSlpaG6uhrr169nXPuooaEBt27dQkNDA+X652yCj3TonW3kpLurqyu1Gdoi7WRLDK2NjTVpGM7LkLpuTP0OWlpasGDBAnzzzTcICgoCl8tFZmamw7XvmKa7NA45p5oeA5SUlGD8+PHg8XjYunUrKisrqb8LDw9ncGX2g8PhYPz48bh06RL27t2LxYsX49NPP0VmZiYjKq2kYGVrayv69OmD2tpayGQyuLm5MS5L3xGurq7UkJ9YLKYUX4OCgjBixAjGZUkM4XA46N27N3r16oXS0lIUFBRAoVBQN8GGhgYUFBRYVDeyF9XV1VCr1XBxcYG/vz8qKiogl8vR3Nzs1Lpttqaurs4kW2WmYW8qf/LFF1/g5ZdfNvp398tLVFdXhw0bNuCjjz7C008/jTVr1jgkoJK+J5WVlVSayM3NjfH0i6nQFYW5XC5cXV3R3NzMuBKvKdAN2Nzc3KBWqxEdHY34+HibKtdaQnNzM3bt2oUdO3bg0UcfRWZmJuLi4nDmzBksWbIEISEhOHjwIKNrdBTdqXGIDSos9yASibB48WKcOHECCxcuxJw5c+witmjYnRQfH2/0eeidX+Hh4RAIBE6TTiLlaDQaTTtPdbpniKPmgCyBHlTc3d3R2tpKpeyYEtjU6/X46aefsGrVKoSEhGD79u33OJ8SBAGVSuVwYzJrMVerC7ibRRk3bhzGjRuHPXv22HuJVsMGFRajEASB//73v5g/fz4aGhqQkZGB6dOn2+TUTZ+jCA4OhkAgMClNRC98M613RfcG6Ug4kyAIqpjv6elplhaZvSEIAuXl5RCJRFTtKjg4uJ1Gl7UzOZas6cqVK0hPT4dMJsOGDRvw0ksv9ai6yf3QOMQGFZZOaWtrwz//+U+sWrUK/fr1Q2ZmJgYNGmTRqdtWE9+k3hV5O7B2+M4c6JbKpg5f0lWT7TGMaC51dXXIz89HS0sLhEKh0UYIcianvr6+S2tjW1BWVobVq1fjp59+wty5c7F8+XLG3E2dhe7aOMQGFQeRkZGBo0ePIjc3F+7u7lCpVEwvySxqa2uxbt06fPLJJ3juueewatUqk/27yVMxWXOwhTYVWccQiUQWy4SYgy0CAz3dx4RsPV1nLDY2FrGxsZ1uVARBUNbGpK+7rTvxWlpa8OGHH2Lbtm14+OGH8d5770EgENjs8bsrZMqLx+Phyy+/bPd7cvbGITaoOIjVq1cjMDAQRUVF+Oyzz7pdUCG5c+cOFi1ahNOnTyM9PR1vvvlmp/WNmpoaiEQiqNVqalOy5RWevtmbI2hoKvZIYZmSOrMldA0zSwzJDGVUhEKh1cKjer0eBw8exPLlyxEQEIAdO3ZgwoQJTll3YoLu3DjEBhUH88UXX+Ddd9/ttkEFuPum/u2335CWlga1Wo2NGzfi0UcfbRcsGhoaKD91R2ycdE2wzqTXzYGc1bBXsZ3uOWOPNB5BEFT3nLe3NxISEqxSW9bpdJSMir+/v0W6ZQRB4Nq1a1iyZAnu3LmD9evXY9asWYwbo7HYDjaoOJieEFRItFotPvnkE6xZswbJycnYvHkz3N3d8eGHH2L69OmIjo52mBkTCelLQpptWSKFT85q1NfXIz4+HtHR0XYrkNLbkekFc2uhd58JhUKL/GU6wlCHzVT15vLycqxbtw7ff/893nzzTaxcudKuKUsWZmCDioPpSUGFpLq6Gunp6fjiiy9AEAQmTJiAzz77DL1792ZkPXQ7WxcXFyQkJJjkw02/7ZAB0VGdT2Rrr1wuR2BgYKcWyJ3R1NSEgoICqFQqu8/J0F+vztwc1Wo1du/ejffeew/jxo3D1q1bkZCQYJc1sTCP8/enOTGWiFX2NFpaWrBnzx78+OOPGDVqFEaMGIGcnBz861//Ykz8jsPhIDQ0FKNHj0ZkZCSuX7+Oq1evGhUmBO7WHMRiMc6ePQu9Xo/Ro0cjISHBocN/Li4uiIuLw5gxY+Dl5YULFy4gLy8ParXapH+v0Whw584dnD9/Hp6enhgzZgxiY2Pt2oLq6emJpKQkDB8+HM3NzTh79iykUiklCqrX63H48GGkpqbiu+++w/79+3Hw4MEeGVAyMjIwevRoeHt73/e3L/amYgWW+EP3tJvKjz/+iMzMTGRmZmLixIkgCAK//PILFixYAIIgsHHjRjzyyCOMFmDpwoT0riv6xL6Pj4/VNQdb0tTUBLFY3OVMDikXL5VKrbrh2IKamhr8+OOP2LBhA55//nlcv36dUg+ePXt2j66b9JRGHFvABhUH09OCCkEQIAjinhOxRqPBRx99hPXr1yM1NRUbN25Ev379GA0uZGqotrYWoaGhqKurAwAIhUKH2e+aCzmTo1ar203s01N8XC4XiYmJJqX47E15eTlmzpyJs2fPIjg4GO+//z7+9re/OeVraw962ufbEtj0l4NQKpXIzc2FUqmETqdDbm5uh14R3QkOh2M0xeLu7o758+cjPz8ffD4fDzzwABYuXIjq6moGVnkXHx8fxMfHw8vLC2VlZdBqteDz+U4bUIC7wpTDhw9HQkICJBIJzp8/j8LCQuTk5OD27duUPwvTAUWj0eD999/HkCFD4O/vj9zcXKxduxbz58/HuHHjUFpayuj6WBwHe1NxEC+99BL27dt3z9dPnjyJ8ePHO35BDoQgCNy4cQNpaWm4cuUKli9fjldffdWhNYuWlhaIRKJ2opXl5eVUu21iYqLTT3C3tLTg2rVraGhogKenJwYMGMC47AtBEDh27BiWLVsGFxcXbNu2DVOmTKGCdH19Pfbs2YN33nmnR6e/SNibChtUWBwIWbhdtGgRXF1dsXnzZjz00EN2vSVotVrIZDIUFhYiPDz8HqFEawcDHQHpfqlQKBASEoKYmBiUlZWhqKjI6M/kCAiCQF5eHpYuXYqcnBysXr0ab731FuPKxrbEEvFHNqiwQYWFAdRqNd5//32qYyYjIwOJiYk2fQ56Advf379L2XxSwoS8yXQlYeIIyEl2sVgMDw8PJCYmtussIi0DqqqqHOosWV1djYyMDOzbtw+vvPIK1q5di5CQELs/r6NhG3Esgw0qLIxRXl6OlStX4quvvsKrr76KJUuWWJ3OoeuMubi4QCgUmrXhqVQqFBQUoLW1tV1h3NGYI5pJrrmlpcXigU9T0Gq1+Oc//4mNGzciNTUV27dvR1JSktPWo5iADSpsUOmW7N69G1u2bEFpaSmSkpKwc+dOPPDAA0wvyyIIgsDVq1eRlpaGmzdvYuXKlXj55ZctOnHX1tZSzpHk5mrJhmcoC5+YmOiw2oWl8v4EQaCiogIikQhcLpca+LTFhk8QBI4fP44lS5ZAp9Nh69atmDZtGhtMaCiVStTU1ODQoUPYsmULzpw5AwAm2zr0JNig0s34/vvvMXPmTOzevRtjxozBp59+ij179uD27dvg8XhML89i9Ho9Dhw4gMWLF8Pb2xubN2/G+PHjTdq4TJ3pMBe6gVWvXr0gFArh7e1t9eMaw7D2Y6kRmV6vR1FREaRSqU3cMu/cuYPly5fj/PnzWLFiBebOnetQ2Z3uwv3ciGMIG1S6GSNGjMCQIUPw8ccfU1/r168fnnjiCWzatInBldmG1tZW7NixA5s2bcK4ceOQkZHRoRQ6faiRdCu0hyMk3UPF1vIt9rJMpgcpSxoQamtrsWnTJnz22Wd48cUXsW7dOoSGhlq9LpaeDxtUuhEajQbe3t7Yv38/nnzySerr8+bNQ25uLk6dOsXg6mxLaWkpli9fju+++w6zZ89Geno6Ne1uK50scyGFJhsaGsDn89GnTx+rahdVVVUoKCgAQRBISEhASEiIzVNKdA8VsgGhs9SiVqvF559/jg0bNmDQoEHYvn07kpOT2VQXi8mww4/diKqqKuh0unvMscLCwlBWVsbQquxDREQEPvvsM5w+fRo5OTkYPHgw9uzZg/fffx8jR46EUqlEcnIyUlJSHJaz9vPzw5AhQ5CUlASlUonz58+jsrLSbH+LxsZGXLlyBTdu3EBUVBRGjRpltwFMLy8vDBw4EKmpqaitrUVWVhYKCwuh1+vbfR9BEDh58iTGjBmDDz/8EP/4xz9w/PhxDB48uNsHlN27dyMuLg6enp4YOnQoVe9gsQ89fxqpB2L4IScIott/8I3B4XAwbNgwnDp1CqtWrcLChQtBEARef/11jBkzhpFhOg6Hg969e6NXr14oKirCrVu3qJblroKbRqOBWCxGaWkpoqKiMHDgQIfNdQQEBCA1NRWVlZUQiUTIy8tDVVUVnnvuOUgkEqxYsQKnT5/GsmXL8O6779oljcgE33//Pd599912NcgpU6Z0+xqkM8Omv7oR91P6i+TOnTtYsGABzp49i0WLFkGtVmPHjh146KGHkJGRgbi4OEbXp9VqIZVKUVRUhIiICAgEgnsK2fSCf3BwMIRCIaMe9Xq9HkePHsXrr78OT09PqFQqzJw5Exs2bHB6q1pz6ek1SGeETX91I9zd3TF06FD8/vvv7b7++++/Y/To0Qytyr6UlpZCKBRCIpFg+fLlWLduHfLy8hAQEIBhw4Zh1apVaGhoYGx9ZMvxyJEjodVqcfbsWchkMuh0OsqAKzs7G+Xl5Rg8eDAGDx7MaEAB7gaVyspKuLm5wc3NDVwuF62trSbL7HcXNBoNcnJyMGnSpHZfnzRpErKzsxlaVc+HDSrdjLS0NOzZswd79+5FXl4e5s+fD6VSiTfeeIPppdmFCRMmYOfOne0EE6OiovDFF1/g5MmTyM7OxuDBg/Hll19Cp9Mxtk4fHx8kJycjOTkZ5eXlyMrKQnZ2NvLz8xEfH48RI0bYxNHRGgiCwOnTpzF27Fhs374dH3/8MZRKJWVm1r9//x4l/Hg/1SCdCTaodDOeffZZ7Ny5E+vWrcPgwYNx+vRp/PLLL4iJiWF6aQ6Fw+FgxIgRyMrKwtatW7Fx40aMGzcOZ8+eNbtwbku8vLzg4+MDrVYLtVoNT09P+Pr6Ml7zkkqlmDFjBv7v//4Pzz77LG7duoVnnnkGXC4X0dHR2LdvH27fvo2IiAhG12kP7pcapLPABpVuyFtvvQW5XA61Wo2cnBw8+OCDTC+JMbhcLmbMmIG8vDxMmzYNTz75JF588UUoFAqHroN0j8zOzgaHw8HYsWMxbtw4hISEICcnBzdu3EBLS4tD1wTcVQleuXIlhg8fjsDAQOTl5WH58uVGPeV72sEkJCQELi4u99xKKioq7rm9sNgONqiw9Ah8fHywdu1a3Lp1Cx4eHkhNTcW6devs7ldDEASKi4tx9uxZ1NbWIjU1FQMGDICnpydcXFzA5/MxevRocDgcZGdnQywWo62tza5rAu42B3z55ZcYPHgwzp8/j5MnT+Lzzz9Hnz597P7czsL9WIN0BtjuL5YeB0EQyM7ORlpaGoqKirB27Vo899xzNhdZrKmpQX5+PnQ6HYRCIUJDQztNq9TV1aGgoADNzc0QCAQWa5N1Bvmzp6eno7q6Gps3b8azzz5rV696Z4aUNfrkk08watQo/OMf/8A///lP3Lp1q8fdzJwFNqiw9Fh0Oh2+/vprLFu2DH369EFmZiaGDx9u9UZO2hKrVCrExcUhOjraZK0xuvCji4sLEhMTbVbAVygUWLlyJX799VcsWrQICxcuZLzTzBnYvXs33nvvPZSWlmLAgAHYsWPHfZ0ytjdsUGGhOH36NLZs2YKcnByUlpbiwIEDeOKJJ5heltU0NDRg8+bN2LlzJ6ZNm4Z169YhKirK7Mehz6RERkaCz+dbLK6o1+up2ZWgoCCrZlcaGxuxbds2fPjhh3jyySexadMmREdHW/RYLCzWcn/eiVmM0tTUhOTkZHz44YdML8Wm+Pn5ISMjAzdv3gRBEBgyZAg2btyI5uZmk/69Xq+HQqFAVlYWmpqaMGLECPTr188qtV4ul4vY2FiMGTMGHh4eOH/+PPLz86HVak1+DJ1Oh2+++QYpKSk4deoUfv/9d3z11VdsQGFhFPamwmIUDofTY24qdAiCwJkzZzB//nxUVlZi3bp1ePrpp43WHAiCoGRNOBwOJfpoDxobG1FQUIC6ujrw+XxERUV1WAchCAIXL17E4sWLUVpaio0bN+KFF164b+smLM4F+y5kua/gcDh48MEHcfHiRaxevRpLly7FpEmTkJOT026+paGhATk5OZRG1MiRI+1qmevr64shQ4Zg4MCBKCoqwrlz51BRUXHPzE1hYSFmzZqFqVOn4pFHHsGdO3fw97//vdsHlNOnT2PatGlU88LPP//M9JJYLKR7vxNZWCzExcUFs2bNQn5+Ph544AFMnjwZs2fPxqVLl/Dcc89h06ZNCAgIwJgxYxAdHe2wTTskJAQjR45ETEwMbt++jc2bN+PcuXNoampCRkYGhg4dCgC4desW1q9f32NcBXtq6vV+hFUpZrmv8ff3R2ZmJl544QU899xzGD9+POLj47F48WIIhUJG1sTlchEVFYWwsDAcOnQIjzzyCNzd3SEQCHDs2DGMHTu2x02ET5kyBVOmTGF6GSw2gL2psNzX6PV6fPPNN3j00Ufh7e2NnTt3ws/PDy+88AL+/e9/3+M74igIgkBubi5yc3MREBCAfv36QSqV4tSpU2htbWVkTSwspsAGFQYhCAIPP/wwJk+efM/f7d69GwEBAVAqlQys7P7ihx9+wKZNm3DhwgXMmzcPly9fxtKlS5GWloYpU6YgNzfXoXpiJSUleP311zFlyhRMmDABUqkUly9fxq+//opDhw7h7bffdtha7nd0Oh1Gjx6Np556qt3X6+rqEB0djRUrVjC0MieGYGEUpVJJBAQEEJ988gn1NalUSvj6+hKff/65Q9fS0NBAXL16lbh69SoBgNi+fTtx9epVQqFQOHQdzkJtbS2RlpZGeHp6Ei+++CIhkUiIpqYmu/2pqqoiVq1aRfj6+hJPPfUUIZFI7lmTTqcjamtrHf9iOBAAxIEDB5heBkVBQQHh7e1NfP3119TXZs6cSQwaNIhQq9UMrsw5YYOKE/DFF18Qvr6+hFQqJfR6PTFhwgTi8ccfd/g6Tp48SQC458+LL77o8LU4E/n5+cT06dMJf39/Yv369UR1dbVNg0lDQwPx5ZdfEjwejxg8eDBx8uRJQq/XM/1jM4azBRWCIIhdu3YRQUFBRHFxMfHzzz8Tbm5uxNWrV5lellPCzqk4CU888QRUKhWeeuoprF+/Hjdv3kRoaCjTy2L5E4IgcPz4caSlpaGpqQkbN27E1KlTreoKI/6sm6Snp0MkEmH9+vWYNWuWyZIvPRVnnJEiCAITJ06Ei4sLbty4gblz57Kprw5gg4qTUFFRgQEDBqC6uho//vhjO7tgFuehra0Nn376KVavXo0BAwYgMzMTAwYMMLsbq6ysDGvXrsX+/fvx9ttvY8WKFQgICLDTqp2fxsZGiMViAEBKSgq2b9+OCRMmIDg42Gm85O/cuYN+/fph4MCBuHLlClxd2eZZY7CFeichNDQUr7/+Ovr168cGFCfG1dUVb7/9NgoKCpCcnIzx48fjnXfeQUVFhUn/vrW1Fdu2bcPgwYNRV1eHa9euYcuWLfd1QAGAy5cvIyUlBSkpKQDuOpympKRg1apVDK/sf+zduxfe3t6QyWQoKipiejlOCxtUnAhXV1f29NNNCA4Oxq5du3DlyhWUlZVh8ODB2LVrV4c+73q9HgcPHkRqair279+PAwcO4MCBA4zNwjgb48ePB3G3xtvuzxdffMH00gAA586dw44dO3Dw4EGMGjUKs2bNYtRh1JlhgwqLQ9i0aROGDRsGPz8/hIaG4oknnkB+fj7Ty7Kafv364ciRI/j222/x5ZdfYvjw4Th69Cg130IQBK5fv47HHnsM77zzDhYuXIgrV67goYce6nEDjD2VlpYWvPjii5g9ezYefvhh7NmzB5cuXcKnn37K9NKcEjaosDiEU6dO4e2338b58+fx+++/o62tDZMmTUJTUxPTS7MaDoeDRx99FNevX8ecOXMwe/ZsPP7448jKysLcuXMxYcIEDBkyBAUFBXjrrbe69W20px4OOmPJkiXQ6/XIzMwEAPB4PGzbtg2LFi2CXC5ndnHOCBMtZyzGWb16NZGcnMz0MhxCRUUFAYA4deoU00uxOZWVlcTs2bMJAMSDDz5I5OXlMb0kmzF58mTi888/J27evEnk5uYSjz32GMHj8YjGxkaml2YX/vjjD8LFxYU4c+bMPX83adIkYuLEifd1+7cx2O4vFkYQi8UQCoW4ceMGBgwYwPRybA5BEMjKyuqROl10KisrERoailOnTrFuiiwAWEFJFgYgCAJpaWkYO3ZsjwwowN2U2AMPPMD0MuxOXV0dANjMEpml+8PeVFgczttvv42jR48iKyvLIltfFueAIAg8/vjjqK2txZkzZ5heDouTwN5UWBzK3LlzcejQIZw+fZoNKN2cOXPm4Pr168jKymJ6KSxOBBtUWBwCQRCYO3cuDhw4gD/++ANxcXFML4nFCtjDAUtHsEGFxSG8/fbb+Pbbb3Hw4EH4+fmhrKwMABAQEAAvLy+GV8diKuzhgKUr2JoKi0PoqAPq888/x0svveTYxbBYzFtvvUUdDhITE6mvs4cDFhI2qLCwsJgMezhg6Qo2/cXCwmIy7BmUpStYmRYWFhYWFpvBBhUWFhYWFpvBBhWWHsHHH3+MQYMGwd/fH/7+/hg1ahSOHTvG9LJYWO472KDC0iOIiorC5s2bcfnyZVy+fBkTJ07E448/jlu3bjG9NEZggywLU7DdXyw9luDgYGzZsgWzZs1ieikO5/Dhw3BxcYFAIAAA7Nu3D1u2bMHVq1eRlJTE8OpYejJsUGHpceh0Ouzfvx8vvvgirl69iv79+zO9JKfgfg6yLI6DbSlm6THcuHEDo0aNQmtrK3x9fXHgwAE2oOB/QbapqQmjRo1iejksPRz2psLSY9BoNFAqlVCpVPjpp5+wZ88enDp16r4NLIZB9ttvv8Wjjz7K9LJYejhsUGHpsTz88MPg8/n3rZc4G2RZmIBNf7H0WAiCgFqtZnoZjOHu7k4V6lNTU3Hp0iXs2rXrvg2yLI6BDSosPYJly5ZhypQpiI6ORkNDA/71r3/hjz/+wK+//sr00pyG+z3IsjgGNqiw9AjKy8sxc+ZMlJaWIiAgAIMGDcKvv/6Kv/zlL0wvjRHYIMvCFGxNhYWlBzJr1iycOHGiXZBNT0+/b4Msi+NggwoLCwsLi81gZVpYWFhYWGwGG1RYWFhYWGwGG1RYWFhYWGwGG1RYWFhYWGwGG1RYWFhYWGwGG1RYWFhYWGwGG1RYWFhYWGwGG1RYWFhYWGwGG1RYWFhYWGwGG1RYWFhYWGwGG1RYWFhYWGzG/wMce3sm4QmEiwAAAABJRU5ErkJggg==",
      "text/plain": [
       "<Figure size 640x480 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "# Create a figure and a 3D axes\n",
    "fig = plt.figure()\n",
    "ax = fig.add_subplot(111, projection='3d')\n",
    "\n",
    "# Adjust the viewing angle\n",
    "ax.view_init(elev=30, azim=45)\n",
    "\n",
    "# Set labels and title\n",
    "ax.set_xlabel('X')\n",
    "ax.set_ylabel('Y')\n",
    "ax.set_zlabel('Z')\n",
    "ax.set_title('Molecule Visualization')\n",
    "\n",
    "# Extract x, y, z coordinates of atoms\n",
    "x_coords = dendrobine.coords[:, 0]\n",
    "y_coords = dendrobine.coords[:, 1]\n",
    "z_coords = dendrobine.coords[:, 2]\n",
    "\n",
    "# Extracts x, y, z coordinates of bonds:\n",
    "\n",
    "\n",
    "# Extract atomic symbols\n",
    "color_key = {'C': 'black', 'H': 'grey', 'N': \"blue\", \"O\": 'red'}\n",
    "\n",
    "# Plots the atoms\n",
    "for i in range(dendrobine.n_atoms):\n",
    "    ax.scatter(x_coords[i], y_coords[i], z_coords[i],\n",
    "               color=color_key[symbols[i]], s=50, label=symbols[i])\n",
    "\n",
    "#Plots the bonds\n",
    "for i in range(dendrobine.n_bonds):\n",
    "    bond = dendrobine.get_bond(i)\n",
    "\n",
    "    bond_a1_idx = dendrobine.get_atom_index(bond.a1)\n",
    "    bond_a2_idx = dendrobine.get_atom_index(bond.a2)\n",
    "\n",
    "    line_seg = Line3DCollection([[dendrobine.coords[bond_a1_idx], dendrobine.coords[bond_a2_idx]]],\n",
    "                                 colors='black', linestyle='solid')\n",
    "    \n",
    "    ax.add_collection3d(line_seg)\n",
    "\n",
    "# Shows the plot\n",
    "plt.show()\n",
    "\n"
   ]
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "dev-blake",
   "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": "3.11.6"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 2
}