{
 "cells": [
  {
   "cell_type": "markdown",
   "id": "a8990bb1",
   "metadata": {},
   "source": [
    "# `molli map` script\n",
    "\n",
    "Used to apply a function defined in a generic python file to all items in the library with multiprocessing parallelization.\n",
    "This is a newer approach of embarassingly parallel loop running that requires way less code and results in workflows that are way more legible\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "id": "a24031ec",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "usage: molli combine [-h] -t <lib> [-n 1] [-b 1] [-o <combined.mlib>]\n",
      "                     [--overwrite]\n",
      "                     script\n",
      "\n",
      "Read a molli library and perform some basic inspections\n",
      "\n",
      "positional arguments:\n",
      "  script                This is a python file that defines a molli_main\n",
      "                        function\n",
      "\n",
      "options:\n",
      "  -h, --help            show this help message and exit\n",
      "  -t <lib>, --target <lib>\n",
      "                        Target library that the function is going to be\n",
      "                        applied to\n",
      "  -n 1, --nprocs 1      Number of processes to be used in parallel\n",
      "  -b 1, --batchsize 1   Number of molecules to be processed at a time on a\n",
      "                        single core\n",
      "  -o <combined.mlib>, --output <combined.mlib>\n",
      "                        Output library\n",
      "  --overwrite           Overwrite the target files if they exist (default is\n",
      "                        false)\n"
     ]
    }
   ],
   "source": [
    "!molli map --help"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "883a60b8",
   "metadata": {},
   "source": [
    "The main file to provide here is in `script` (positional argument). This file can be stored anywhere on the file system and does not need to be in the molli script folder, which improves its usability.\n",
    "\n",
    "An example of this file would be the following script designed for conformer generation using `RDKit`:\n",
    "\n",
    "File: `../examples-scripts/004_rdkit_confs.py`\n",
    "\n",
    "```python\n",
    "import molli as ml\n",
    "from molli.external.openbabel import obabel_optimize\n",
    "from rdkit import Chem\n",
    "from rdkit.Chem import rdDepictor, rdDistGeom\n",
    "from rdkit import RDLogger\n",
    "\n",
    "IN_CTYPE = ml.MoleculeLibrary\n",
    "OUT_CTYPE = ml.ConformerLibrary\n",
    "\n",
    "N_CONFS = 20\n",
    "\n",
    "def main(mol: ml.Molecule) -> ml.ConformerEnsemble:\n",
    "\n",
    "    rdmol = Chem.MolFromMol2Block(\n",
    "        ml.dumps(mol, \"mol2\"),\n",
    "        removeHs=False,\n",
    "    )\n",
    "\n",
    "    if rdmol is None:\n",
    "        return RuntimeError(f\"Cannot create an rdkit mol from {mol}\")\n",
    "\n",
    "    rdDistGeom.EmbedMolecule(rdmol)\n",
    "    rdDistGeom.EmbedMultipleConfs(rdmol, N_CONFS, pruneRmsThresh=0.3)\n",
    "\n",
    "    ens = ml.ConformerEnsemble(mol, n_conformers=rdmol.GetNumConformers())\n",
    "\n",
    "    for i, conf in enumerate(rdmol.GetConformers()):\n",
    "        ens.coords[i] = conf.GetPositions()\n",
    "\n",
    "    return ens\n",
    "\n",
    "```"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "41b9fa9d",
   "metadata": {},
   "source": [
    "A few parts of this script are important:\n",
    "\n",
    "1. `IN_CTYPE` and `OUT_CTYPE` are intended to indicate which type of library is appropriate to use with the input and output files, respectfully.\n",
    "2. `main` function should take one argument corresponding to the type compatible with `IN_CTYPE` and return one object compatible with `OUT_TYPE`\n",
    "3. The rest of the dependencies need to exist in the same pip/conda environment as the current molli version"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "id": "5bb679d9",
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "\n",
      "  0%|          | 0/88 [00:00<?, ?it/s]\n",
      "  1%|          | 1/88 [00:05<07:19,  5.05s/it]\n",
      "  2%|▏         | 2/88 [00:05<03:24,  2.38s/it]\n",
      "  6%|▌         | 5/88 [00:08<01:52,  1.36s/it]\n",
      "  9%|▉         | 8/88 [00:08<00:56,  1.42it/s]\n",
      " 10%|█         | 9/88 [00:11<01:26,  1.09s/it]\n",
      " 11%|█▏        | 10/88 [00:13<01:35,  1.23s/it]\n",
      " 15%|█▍        | 13/88 [00:14<01:01,  1.22it/s]\n",
      " 16%|█▌        | 14/88 [00:14<00:56,  1.31it/s]\n",
      " 17%|█▋        | 15/88 [00:15<00:59,  1.23it/s]\n",
      " 18%|█▊        | 16/88 [00:15<00:47,  1.52it/s]\n",
      " 19%|█▉        | 17/88 [00:16<00:44,  1.59it/s]\n",
      " 20%|██        | 18/88 [00:17<00:57,  1.22it/s]\n",
      " 22%|██▏       | 19/88 [00:20<01:27,  1.27s/it]\n",
      " 23%|██▎       | 20/88 [00:20<01:17,  1.13s/it]\n",
      " 26%|██▌       | 23/88 [00:24<01:17,  1.19s/it]\n",
      " 31%|███       | 27/88 [00:26<00:50,  1.20it/s]\n",
      " 33%|███▎      | 29/88 [00:27<00:44,  1.33it/s]\n",
      " 34%|███▍      | 30/88 [00:28<00:48,  1.21it/s]\n",
      " 35%|███▌      | 31/88 [00:30<00:53,  1.06it/s]\n",
      " 38%|███▊      | 33/88 [00:31<00:47,  1.15it/s]\n",
      " 39%|███▊      | 34/88 [00:32<00:40,  1.33it/s]\n",
      " 40%|███▉      | 35/88 [00:34<00:53,  1.02s/it]\n",
      " 41%|████      | 36/88 [00:35<00:53,  1.03s/it]\n",
      " 42%|████▏     | 37/88 [00:35<00:40,  1.26it/s]\n",
      " 44%|████▍     | 39/88 [00:37<00:44,  1.11it/s]\n",
      " 47%|████▋     | 41/88 [00:37<00:28,  1.67it/s]\n",
      " 48%|████▊     | 42/88 [00:38<00:31,  1.46it/s]\n",
      " 49%|████▉     | 43/88 [00:39<00:35,  1.26it/s]\n",
      " 50%|█████     | 44/88 [00:40<00:30,  1.45it/s]\n",
      " 51%|█████     | 45/88 [00:41<00:41,  1.04it/s]\n",
      " 53%|█████▎    | 47/88 [00:43<00:36,  1.12it/s]\n",
      " 55%|█████▍    | 48/88 [00:43<00:32,  1.24it/s]\n",
      " 57%|█████▋    | 50/88 [00:44<00:26,  1.44it/s]\n",
      " 58%|█████▊    | 51/88 [00:46<00:30,  1.23it/s]\n",
      " 59%|█████▉    | 52/88 [00:47<00:36,  1.03s/it]\n",
      " 61%|██████▏   | 54/88 [00:48<00:21,  1.59it/s]\n",
      " 62%|██████▎   | 55/88 [00:49<00:29,  1.12it/s]\n",
      " 64%|██████▎   | 56/88 [00:50<00:25,  1.25it/s]\n",
      " 65%|██████▍   | 57/88 [00:51<00:26,  1.16it/s]\n",
      " 67%|██████▋   | 59/88 [00:52<00:22,  1.28it/s]\n",
      " 68%|██████▊   | 60/88 [00:54<00:27,  1.03it/s]\n",
      " 69%|██████▉   | 61/88 [00:55<00:28,  1.04s/it]\n",
      " 73%|███████▎  | 64/88 [00:58<00:23,  1.02it/s]\n",
      " 74%|███████▍  | 65/88 [00:58<00:18,  1.23it/s]\n",
      " 75%|███████▌  | 66/88 [00:59<00:20,  1.09it/s]\n",
      " 77%|███████▋  | 68/88 [01:00<00:14,  1.35it/s]\n",
      " 78%|███████▊  | 69/88 [01:03<00:21,  1.13s/it]\n",
      " 80%|███████▉  | 70/88 [01:04<00:19,  1.10s/it]\n",
      " 83%|████████▎ | 73/88 [01:05<00:11,  1.26it/s]\n",
      " 84%|████████▍ | 74/88 [01:06<00:10,  1.32it/s]\n",
      " 85%|████████▌ | 75/88 [01:06<00:09,  1.35it/s]\n",
      " 86%|████████▋ | 76/88 [01:07<00:08,  1.46it/s]\n",
      " 88%|████████▊ | 77/88 [01:08<00:08,  1.36it/s]\n",
      " 89%|████████▊ | 78/88 [01:09<00:09,  1.10it/s]\n",
      " 90%|████████▉ | 79/88 [01:09<00:06,  1.42it/s]\n",
      " 92%|█████████▏| 81/88 [01:10<00:04,  1.62it/s]\n",
      " 93%|█████████▎| 82/88 [01:12<00:05,  1.07it/s]\n",
      " 94%|█████████▍| 83/88 [01:12<00:03,  1.37it/s]\n",
      " 95%|█████████▌| 84/88 [01:13<00:02,  1.58it/s]\n",
      " 97%|█████████▋| 85/88 [01:14<00:02,  1.25it/s]\n",
      " 98%|█████████▊| 86/88 [01:16<00:01,  1.02it/s]\n",
      " 99%|█████████▉| 87/88 [01:16<00:00,  1.07it/s]\n",
      "100%|██████████| 88/88 [01:16<00:00,  1.15it/s]\n"
     ]
    }
   ],
   "source": [
    "!molli map ../examples-scripts/004_rdkit_confs.py -t ../molli/files/cinchonidine.mlib -n 4 -o ../misc/output.clib"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "0d62ab3a",
   "metadata": {},
   "source": [
    "Now we can inspect the output file:"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "id": "e4052349",
   "metadata": {},
   "outputs": [],
   "source": [
    "import molli as ml\n",
    "ml.visual.configure()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "id": "a5a58ef9",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "3_13_c_cf0   \n",
      "11_1_c_cf0   \n",
      "6_1_c_cf0    \n",
      "3_1_c_cf0    \n",
      "1_4_c_cf0    \n",
      "4_3_c_cf0    \n",
      "6_6_c_cf0    \n",
      "9_3_c_cf0    \n",
      "5_5_c_cf0    \n",
      "2_3_c_cf0    \n",
      "5_3_c_cf0    \n",
      "7_4_c_cf0    \n",
      "9_7_c_cf0    \n",
      "7_7_c_cf0    \n",
      "1_13_c_cf0   \n",
      "7_6_c_cf0    \n",
      "8_7_c_cf0    \n",
      "1_6_c_cf0    \n",
      "3_7_c_cf0    \n",
      "10_4_c_cf0   \n",
      "1_7_c_cf0    \n",
      "2_5_c_cf0    \n",
      "11_4_c_cf0   \n",
      "10_1_c_cf0   \n",
      "4_7_c_cf0    \n",
      "8_3_c_cf0    \n",
      "8_12_c_cf0   \n",
      "6_12_c_cf0   \n",
      "2_4_c_cf0    \n",
      "6_13_c_cf0   \n",
      "2_1_c_cf0    \n",
      "3_5_c_cf0    \n",
      "3_12_c_cf0   \n",
      "7_12_c_cf0   \n",
      "5_13_c_cf0   \n",
      "10_3_c_cf0   \n",
      "10_5_c_cf0   \n",
      "11_5_c_cf0   \n",
      "2_13_c_cf0   \n",
      "5_7_c_cf0    \n",
      "3_3_c_cf0    \n",
      "10_12_c_cf0  \n",
      "9_4_c_cf0    \n",
      "5_6_c_cf0    \n",
      "9_12_c_cf0   \n",
      "9_6_c_cf0    \n",
      "7_3_c_cf0    \n",
      "9_5_c_cf0    \n",
      "10_6_c_cf0   \n",
      "10_13_c_cf0  \n",
      "5_4_c_cf0    \n",
      "3_4_c_cf0    \n",
      "6_4_c_cf0    \n",
      "2_6_c_cf0    \n",
      "7_13_c_cf0   \n",
      "6_3_c_cf0    \n",
      "8_4_c_cf0    \n",
      "11_13_c_cf0  \n",
      "2_12_c_cf0   \n",
      "4_12_c_cf0   \n",
      "9_13_c_cf0   \n",
      "4_4_c_cf0    \n",
      "11_7_c_cf0   \n",
      "4_1_c_cf0    \n",
      "7_1_c_cf0    \n",
      "8_5_c_cf0    \n",
      "4_5_c_cf0    \n",
      "4_6_c_cf0    \n",
      "1_1_c_cf0    \n",
      "10_7_c_cf0   \n",
      "7_5_c_cf0    \n",
      "9_1_c_cf0    \n",
      "2_7_c_cf0    \n",
      "3_6_c_cf0    \n",
      "11_6_c_cf0   \n",
      "11_12_c_cf0  \n",
      "8_13_c_cf0   \n",
      "4_13_c_cf0   \n",
      "1_12_c_cf0   \n",
      "11_3_c_cf0   \n",
      "1_5_c_cf0    \n",
      "6_5_c_cf0    \n",
      "1_3_c_cf0    \n",
      "8_1_c_cf0    \n",
      "5_1_c_cf0    \n",
      "8_6_c_cf0    \n",
      "6_7_c_cf0    \n",
      "5_12_c_cf0   \n"
     ]
    }
   ],
   "source": [
    "!molli ls ../misc/output.clib"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "id": "5ab2e595",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/3dmoljs_load.v0": "<div id=\"3dmolviewer_17535878443793724\"  style=\"position: relative; width: 100%; height: 500px;\">\n        <p id=\"3dmolwarning_17535878443793724\" style=\"background-color:#ffcccc;color:black\">3Dmol.js failed to load for some reason.  Please check your browser console for error messages.<br></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 = loadScriptAsync('https://cdnjs.cloudflare.com/ajax/libs/3Dmol/2.4.2/3Dmol-min.js');\n}\n\nvar viewer_17535878443793724 = null;\nvar warn = document.getElementById(\"3dmolwarning_17535878443793724\");\nif(warn) {\n    warn.parentNode.removeChild(warn);\n}\n$3Dmolpromise.then(function() {\nviewer_17535878443793724 = $3Dmol.createViewer(document.getElementById(\"3dmolviewer_17535878443793724\"),{backgroundColor:\"white\"});\nviewer_17535878443793724.zoomTo();\n\tviewer_17535878443793724.setBackgroundColor(\"black\");\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.0492 -2.9912 -0.1192 C\\n2 C 0.6002 -0.5234 0.0781 C\\n3 C -1.3337 -1.3225 0.9151 C\\n4 N -0.8196 -0.5562 -0.1971 N\\n5 C -1.2568 -2.8134 0.6694 C\\n6 C 0.9674 -1.9772 0.4355 C\\n7 C -1.2204 -3.5659 1.9763 C\\n8 C -1.0262 -5.0370 1.7526 C\\n9 C -1.0746 -1.3368 -1.4261 C\\n10 C -0.3278 -2.6181 -1.5247 C\\n11 C 1.5672 -0.0173 -0.8597 C\\n12 C 0.9013 1.6527 -2.6373 C\\n13 C 1.4170 1.3954 -1.3792 C\\n14 N 1.1690 3.9571 -2.4259 N\\n15 C 1.8149 2.4909 -0.6441 C\\n16 C 0.7774 2.9225 -3.1582 C\\n17 C 1.6693 3.7618 -1.2161 C\\n18 C 2.3404 2.3832 0.5979 C\\n19 C 2.7203 3.5232 1.2737 C\\n20 C 2.5937 4.7826 0.7496 C\\n21 C 2.0630 4.9035 -0.5080 C\\n22 O 2.9291 -0.0934 -0.4672 O\\n23 C 3.7335 -0.7297 -1.3708 C\\n24 C 5.1295 -0.7445 -0.7980 C\\n25 C 7.6265 -0.8879 0.2967 C\\n26 C 5.4501 -1.8297 -0.0157 C\\n27 C 6.0090 0.2844 -1.0616 C\\n28 C 7.2713 0.1772 -0.4873 C\\n29 C 6.7168 -1.9130 0.5459 C\\n30 C -1.4854 0.7105 -0.3818 C\\n31 C -2.8067 0.9015 0.2527 C\\n32 C -5.3865 1.1899 1.4540 C\\n33 C -2.9815 1.1909 1.5954 C\\n34 C -4.0010 0.7635 -0.4763 C\\n35 C -5.2392 0.9033 0.1095 C\\n36 C -4.2299 1.3310 2.1823 C\\n37 C -6.4147 0.7800 -0.6107 C\\n38 C -6.4004 0.5105 -1.9595 C\\n39 C -5.1731 0.3689 -2.5640 C\\n40 C -3.9916 0.4942 -1.8311 C\\n41 C -4.3823 1.6410 3.5284 C\\n42 C -3.2832 1.8247 4.3398 C\\n43 C -2.0322 1.6922 3.7760 C\\n44 C -1.9073 1.3840 2.4400 C\\n45 H 0.4729 -3.9809 -0.0127 H\\n46 H 0.6574 0.0534 1.0683 H\\n47 H -2.3904 -1.1560 1.1413 H\\n48 H -0.7731 -1.1547 1.8562 H\\n49 H -2.0714 -3.2121 0.0508 H\\n50 H 1.9959 -2.2318 0.1423 H\\n51 H 0.9543 -2.1052 1.5607 H\\n52 H -0.4832 -3.1328 2.6674 H\\n53 H -2.2209 -3.4291 2.4348 H\\n54 H -1.7327 -5.6398 2.3863 H\\n55 H -0.0036 -5.3765 1.9237 H\\n56 H -1.3178 -5.2851 0.6915 H\\n57 H -0.9875 -0.6991 -2.3173 H\\n58 H -2.1502 -1.6200 -1.3295 H\\n59 H 0.4810 -2.6715 -2.2606 H\\n60 H -1.0223 -3.4595 -1.8538 H\\n61 H 1.5693 -0.6445 -1.8042 H\\n62 H 0.5700 0.8400 -3.2729 H\\n63 H 0.3694 3.0835 -4.1455 H\\n64 H 2.4738 1.4549 1.0665 H\\n65 H 3.1448 3.4296 2.2774 H\\n66 H 2.8839 5.6932 1.2589 H\\n67 H 1.9494 5.9038 -0.9555 H\\n68 H 3.3968 -1.7466 -1.5883 H\\n69 H 3.8138 -0.1525 -2.3301 H\\n70 H 8.6082 -0.9911 0.7550 H\\n71 H 4.7423 -2.6154 0.1707 H\\n72 H 5.7261 1.1239 -1.6812 H\\n73 H 7.9922 0.9624 -0.6691 H\\n74 H 6.9486 -2.7661 1.1527 H\\n75 H -1.5071 1.0282 -1.4506 H\\n76 H -0.7622 1.4322 0.0525 H\\n77 H -6.3396 1.2979 1.9113 H\\n78 H -7.3818 0.8931 -0.1276 H\\n79 H -7.3376 0.4210 -2.4884 H\\n80 H -5.1666 0.1573 -3.6263 H\\n81 H -3.0939 0.3801 -2.3728 H\\n82 H -5.3637 1.7475 3.9801 H\\n83 H -3.3421 2.0665 5.3913 H\\n84 H -1.1291 1.8320 4.3908 H\\n85 H -0.9150 1.3066 2.0466 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"stick\": {\"radius\": 0.1}, \"sphere\": {\"scale\": 0.15}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.0426 0.8285 3.0043 C\\n2 C 0.5605 1.0677 0.5394 C\\n3 C -1.6021 1.2157 1.3297 C\\n4 N -0.6590 0.3749 0.5196 N\\n5 C -1.0787 1.7365 2.5988 C\\n6 C 1.1228 0.9049 1.9647 C\\n7 C -0.8869 3.1833 2.7718 C\\n8 C -0.6425 3.5268 4.2564 C\\n9 C -0.6412 -0.8412 1.3137 C\\n10 C -0.5704 -0.5796 2.8023 C\\n11 C 1.6946 0.9308 -0.3788 C\\n12 C 0.8571 2.6014 -1.9510 C\\n13 C 1.4178 1.3457 -1.8077 C\\n14 N 0.8177 2.3605 -4.2846 N\\n15 C 1.6797 0.5937 -2.9069 C\\n16 C 0.5557 3.1108 -3.1972 C\\n17 C 1.3633 1.1388 -4.1450 C\\n18 C 2.2378 -0.6503 -2.8110 C\\n19 C 2.4764 -1.3438 -3.9720 C\\n20 C 2.1641 -0.8069 -5.2019 C\\n21 C 1.6026 0.4406 -5.3211 C\\n22 O 2.7183 1.7889 0.0706 O\\n23 C 3.9751 1.4591 0.1715 C\\n24 C 4.2246 0.3712 1.1265 C\\n25 C 4.7269 -1.6169 3.0875 C\\n26 C 4.2785 -0.9674 0.8027 C\\n27 C 4.4304 0.6819 2.4611 C\\n28 C 4.6753 -0.2790 3.4211 C\\n29 C 4.5228 -1.9401 1.7550 C\\n30 C -1.3624 0.2746 -0.7427 C\\n31 C -2.3283 -0.8098 -0.9089 C\\n32 C -4.1619 -2.9887 -1.1775 C\\n33 C -1.9016 -2.1143 -1.1403 C\\n34 C -3.7095 -0.6488 -0.8252 C\\n35 C -4.5961 -1.7012 -0.9538 C\\n36 C -2.8009 -3.1722 -1.2693 C\\n37 C -5.9747 -1.5259 -0.9023 C\\n38 C -6.5186 -0.2757 -0.7211 C\\n39 C -5.6553 0.7884 -0.5939 C\\n40 C -4.2937 0.5965 -0.6463 C\\n41 C -2.3740 -4.4651 -1.5317 C\\n42 C -1.0393 -4.7643 -1.6800 C\\n43 C -0.1389 -3.7343 -1.5597 C\\n44 C -0.5753 -2.4549 -1.2980 C\\n45 H 0.4555 0.9694 3.9905 H\\n46 H 0.2509 2.1810 0.6044 H\\n47 H -2.5464 0.6291 1.4567 H\\n48 H -1.8230 2.0728 0.6665 H\\n49 H -1.9001 1.4718 3.3825 H\\n50 H 1.6147 -0.1066 2.0222 H\\n51 H 1.7632 1.7415 2.2332 H\\n52 H -1.8530 3.7239 2.5411 H\\n53 H -0.1222 3.7089 2.2235 H\\n54 H -1.3795 2.9904 4.8995 H\\n55 H 0.4103 3.3120 4.5422 H\\n56 H -0.8115 4.6063 4.4236 H\\n57 H 0.3170 -1.3711 1.0940 H\\n58 H -1.5523 -1.4033 1.1789 H\\n59 H -1.5432 -0.5359 3.3017 H\\n60 H 0.0507 -1.3327 3.3324 H\\n61 H 2.2142 -0.0045 -0.4789 H\\n62 H 0.6285 3.2422 -1.0983 H\\n63 H 0.1162 4.0973 -3.2860 H\\n64 H 2.4968 -1.1277 -1.8875 H\\n65 H 2.9179 -2.3308 -3.9235 H\\n66 H 2.3496 -1.3481 -6.1213 H\\n67 H 1.3500 0.8774 -6.2904 H\\n68 H 4.6774 2.2878 0.5036 H\\n69 H 4.4986 1.1186 -0.7672 H\\n70 H 4.9186 -2.3467 3.8516 H\\n71 H 4.1449 -1.3112 -0.2084 H\\n72 H 4.3954 1.7258 2.7495 H\\n73 H 4.8250 0.0689 4.4485 H\\n74 H 4.5569 -2.9948 1.4521 H\\n75 H -1.7489 1.3003 -0.9058 H\\n76 H -0.6790 0.1779 -1.6152 H\\n77 H -4.8411 -3.8181 -1.2775 H\\n78 H -6.6614 -2.3567 -1.0024 H\\n79 H -7.5783 -0.0725 -0.6718 H\\n80 H -6.0631 1.7904 -0.4506 H\\n81 H -3.6812 1.4757 -0.5593 H\\n82 H -3.0950 -5.2912 -1.6288 H\\n83 H -0.7598 -5.7849 -1.8828 H\\n84 H 0.9068 -3.9850 -1.6803 H\\n85 H 0.1468 -1.6884 -1.2308 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.1601 3.1747 -0.6098 C\\n2 C -0.2476 1.0543 0.6532 C\\n3 C 1.4250 2.4097 1.2730 C\\n4 N 1.2008 1.0711 0.6142 N\\n5 C 1.2695 3.5656 0.3665 C\\n6 C -0.8080 2.3847 0.2467 C\\n7 C 0.9664 4.8539 1.0642 C\\n8 C 0.8287 5.9363 0.0123 C\\n9 C 1.6816 1.2345 -0.7313 C\\n10 C 0.8242 2.1996 -1.5310 C\\n11 C -1.0766 -0.0170 0.0942 C\\n12 C -2.8167 -0.0471 1.9249 C\\n13 C -2.5305 0.1519 0.5863 C\\n14 N -5.0664 0.4181 1.6214 N\\n15 C -3.5490 0.4921 -0.2406 C\\n16 C -4.0785 0.0817 2.4594 C\\n17 C -4.8172 0.6162 0.3230 C\\n18 C -3.4590 0.7194 -1.5868 C\\n19 C -4.5417 1.0511 -2.3632 C\\n20 C -5.8028 1.1772 -1.8212 C\\n21 C -5.9187 0.9538 -0.4653 C\\n22 O -1.0151 -0.3980 -1.1753 O\\n23 C -0.9383 -1.6969 -1.5487 C\\n24 C -2.1111 -2.5175 -1.2616 C\\n25 C -4.4743 -4.0280 -0.9547 C\\n26 C -3.0755 -2.6202 -2.2789 C\\n27 C -2.3925 -3.1980 -0.1113 C\\n28 C -3.5548 -3.9490 0.0577 C\\n29 C -4.2227 -3.3584 -2.1191 C\\n30 C 1.9160 0.1690 1.4753 C\\n31 C 2.7998 -0.8855 0.9917 C\\n32 C 4.5040 -2.9404 -0.0777 C\\n33 C 4.0881 -0.6424 0.4885 C\\n34 C 2.4295 -2.2417 0.9295 C\\n35 C 3.2484 -3.2198 0.4154 C\\n36 C 4.9019 -1.6286 -0.0249 C\\n37 C 2.9022 -4.5724 0.4114 C\\n38 C 1.7044 -4.9863 0.9378 C\\n39 C 0.8766 -4.0240 1.4607 C\\n40 C 1.2304 -2.6845 1.4570 C\\n41 C 6.1981 -1.3714 -0.4705 C\\n42 C 6.7256 -0.1035 -0.4096 C\\n43 C 5.9324 0.8934 0.1046 C\\n44 C 4.6640 0.6187 0.5340 C\\n45 H -0.3201 4.0126 -1.0931 H\\n46 H -0.4165 1.0779 1.8060 H\\n47 H 2.3505 2.5023 1.7902 H\\n48 H 0.6294 2.4531 2.0723 H\\n49 H 2.1656 3.7356 -0.2622 H\\n50 H -1.7504 2.3716 -0.3047 H\\n51 H -1.0179 3.0773 1.1226 H\\n52 H 0.0685 4.8090 1.7093 H\\n53 H 1.8615 5.1063 1.6718 H\\n54 H -0.2494 6.1110 -0.2480 H\\n55 H 1.3121 5.6508 -0.9597 H\\n56 H 1.3052 6.8883 0.3193 H\\n57 H 1.8678 0.2775 -1.2274 H\\n58 H 2.6346 1.8049 -0.7080 H\\n59 H 1.4467 2.7979 -2.2528 H\\n60 H 0.0865 1.6846 -2.1386 H\\n61 H -0.8842 -0.9610 0.6566 H\\n62 H -1.9825 -0.3201 2.5733 H\\n63 H -4.2016 -0.0942 3.5177 H\\n64 H -2.5081 0.6612 -2.0789 H\\n65 H -4.4347 1.2238 -3.4272 H\\n66 H -6.6659 1.4375 -2.4177 H\\n67 H -6.9024 1.0522 -0.0404 H\\n68 H -0.7011 -1.8145 -2.6452 H\\n69 H -0.0715 -2.1796 -1.0442 H\\n70 H -5.3649 -4.6170 -0.7957 H\\n71 H -2.9107 -2.0958 -3.2324 H\\n72 H -1.7197 -3.1630 0.6955 H\\n73 H -3.7378 -4.4731 0.9866 H\\n74 H -4.9608 -3.4320 -2.9087 H\\n75 H 2.4426 0.7608 2.3094 H\\n76 H 1.0974 -0.2865 2.0722 H\\n77 H 5.1407 -3.7048 -0.4826 H\\n78 H 3.5613 -5.3189 -0.0019 H\\n79 H 1.4134 -6.0252 0.9463 H\\n80 H -0.0647 -4.3790 1.8789 H\\n81 H 0.5334 -2.0167 1.9196 H\\n82 H 6.8116 -2.1610 -0.8714 H\\n83 H 7.7212 0.1463 -0.7415 H\\n84 H 6.3390 1.9048 0.1607 H\\n85 H 4.0952 1.3993 0.9528 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C -0.6905 2.5417 -1.8464 C\\n2 C 0.5251 0.4336 -1.1383 C\\n3 C -1.6495 0.7322 -0.4832 C\\n4 N -0.2576 0.7793 0.0335 N\\n5 C -1.9747 1.9671 -1.3103 C\\n6 C 0.2032 1.3600 -2.2637 C\\n7 C -2.9219 1.5901 -2.4412 C\\n8 C -3.2761 2.7799 -3.2873 C\\n9 C -0.0613 2.1506 0.4340 C\\n10 C 0.0293 3.1465 -0.6985 C\\n11 C 1.9761 0.2397 -0.9735 C\\n12 C 3.2226 0.7114 -3.1230 C\\n13 C 2.5868 -0.2004 -2.3133 C\\n14 N 3.6896 -0.9722 -4.7227 N\\n15 C 2.5175 -1.5026 -2.7336 C\\n16 C 3.7846 0.3311 -4.3465 C\\n17 C 3.0730 -1.8839 -3.9449 C\\n18 C 1.9194 -2.4861 -1.9901 C\\n19 C 1.8737 -3.7917 -2.4330 C\\n20 C 2.4234 -4.1739 -3.6372 C\\n21 C 3.0312 -3.1866 -4.3948 C\\n22 O 2.6628 1.3161 -0.5175 O\\n23 C 3.6748 1.2586 0.3400 C\\n24 C 3.3725 0.7031 1.6636 C\\n25 C 2.8190 -0.3075 4.2353 C\\n26 C 2.9576 1.5160 2.7168 C\\n27 C 3.4978 -0.6399 1.9585 C\\n28 C 3.2241 -1.1471 3.2333 C\\n29 C 2.6840 1.0391 3.9752 C\\n30 C -0.1780 -0.1527 1.1162 C\\n31 C -1.4240 -0.6067 1.7671 C\\n32 C -3.9243 -1.4499 2.8749 C\\n33 C -2.0533 0.0774 2.7919 C\\n34 C -2.1021 -1.7474 1.3155 C\\n35 C -3.3122 -2.1453 1.8591 C\\n36 C -3.2700 -0.3273 3.3342 C\\n37 C -3.9751 -3.2871 1.4139 C\\n38 C -3.4396 -4.0614 0.4108 C\\n39 C -2.2492 -3.6884 -0.1375 C\\n40 C -1.6047 -2.5540 0.3144 C\\n41 C -3.8733 0.3477 4.3804 C\\n42 C -3.2919 1.4612 4.9429 C\\n43 C -2.0868 1.8726 4.4212 C\\n44 C -1.4927 1.1946 3.3778 C\\n45 H -0.8253 3.1647 -2.7279 H\\n46 H 0.0134 -0.5337 -1.4720 H\\n47 H -2.3899 0.6793 0.3102 H\\n48 H -1.6945 -0.1507 -1.1729 H\\n49 H -2.4753 2.7639 -0.7280 H\\n50 H 1.0654 1.7533 -2.8297 H\\n51 H -0.4436 0.8978 -3.0779 H\\n52 H -3.8542 1.2321 -1.9626 H\\n53 H -2.4791 0.8050 -3.0667 H\\n54 H -2.8179 3.7050 -2.9338 H\\n55 H -4.3825 2.9375 -3.3755 H\\n56 H -2.9249 2.6346 -4.3486 H\\n57 H -1.0454 2.4693 0.9035 H\\n58 H 0.6950 2.3130 1.2002 H\\n59 H 1.0587 3.4471 -0.9622 H\\n60 H -0.4870 4.1206 -0.4728 H\\n61 H 2.3323 -0.6189 -0.3747 H\\n62 H 3.3512 1.7588 -2.8762 H\\n63 H 4.2822 1.0516 -4.9801 H\\n64 H 1.4768 -2.2853 -1.0312 H\\n65 H 1.3862 -4.5620 -1.8157 H\\n66 H 2.3975 -5.1996 -4.0047 H\\n67 H 3.4783 -3.4679 -5.3615 H\\n68 H 3.9766 2.3419 0.5555 H\\n69 H 4.6354 0.8468 -0.0741 H\\n70 H 2.6114 -0.7163 5.2166 H\\n71 H 2.8504 2.5768 2.5161 H\\n72 H 3.8219 -1.3790 1.2397 H\\n73 H 3.3342 -2.2238 3.4335 H\\n74 H 2.3697 1.7391 4.7268 H\\n75 H 0.4800 -1.0492 0.8971 H\\n76 H 0.5401 0.2842 1.8875 H\\n77 H -4.8549 -1.7531 3.2926 H\\n78 H -4.9235 -3.5852 1.8500 H\\n79 H -3.9570 -4.9443 0.0695 H\\n80 H -1.8031 -4.2684 -0.9206 H\\n81 H -0.6851 -2.2990 -0.1278 H\\n82 H -4.8178 0.0212 4.7869 H\\n83 H -3.7842 1.9702 5.7582 H\\n84 H -1.5900 2.7553 4.8428 H\\n85 H -0.5607 1.5298 3.0367 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.0389 2.2503 1.7589 C\\n2 C 0.3164 0.6448 -0.1777 C\\n3 C -1.6979 0.8699 0.8326 C\\n4 N -0.5683 -0.0496 0.6968 N\\n5 C -1.4159 2.1479 1.5367 C\\n6 C 0.8841 1.8514 0.5381 C\\n7 C -2.0333 3.3397 0.8590 C\\n8 C -1.8676 4.6155 1.6089 C\\n9 C 0.1834 -0.1546 1.9653 C\\n10 C 0.3598 1.0984 2.7285 C\\n11 C 1.3903 -0.0124 -0.9522 C\\n12 C 0.9643 1.0561 -3.2039 C\\n13 C 1.7620 0.8884 -2.0697 C\\n14 N 2.4214 2.6342 -4.2038 N\\n15 C 2.9239 1.6565 -2.0704 C\\n16 C 1.3098 1.9130 -4.2274 C\\n17 C 3.2235 2.5065 -3.1319 C\\n18 C 3.8397 1.6171 -1.0456 C\\n19 C 4.9966 2.3830 -1.0688 C\\n20 C 5.2916 3.2240 -2.1184 C\\n21 C 4.3827 3.2726 -3.1524 C\\n22 O 2.3468 -0.7039 -0.3244 O\\n23 C 2.4879 -2.0415 -0.5469 C\\n24 C 3.6162 -2.6034 0.2471 C\\n25 C 5.5977 -3.6715 1.8418 C\\n26 C 4.9097 -2.6683 -0.2257 C\\n27 C 3.3383 -3.0835 1.5316 C\\n28 C 4.3120 -3.6137 2.3280 C\\n29 C 5.8843 -3.2026 0.5801 C\\n30 C -1.1092 -1.3128 0.3910 C\\n31 C -2.5671 -1.4714 0.1435 C\\n32 C -5.3600 -1.6819 -0.2871 C\\n33 C -3.1765 -1.1771 -1.0599 C\\n34 C -3.4421 -1.8938 1.1588 C\\n35 C -4.8127 -1.9913 0.9308 C\\n36 C -4.5349 -1.2751 -1.2816 C\\n37 C -5.6909 -2.4155 1.9168 C\\n38 C -5.2347 -2.7575 3.1606 C\\n39 C -3.8799 -2.6646 3.3915 C\\n40 C -3.0058 -2.2389 2.4003 C\\n41 C -5.1109 -0.9896 -2.5171 C\\n42 C -4.3368 -0.5984 -3.5684 C\\n43 C -2.9866 -0.4928 -3.3852 C\\n44 C -2.4254 -0.7751 -2.1646 C\\n45 H 0.4230 3.1956 2.1279 H\\n46 H -0.3522 1.1501 -0.9523 H\\n47 H -2.5805 0.4118 1.2681 H\\n48 H -2.0211 1.1820 -0.2072 H\\n49 H -1.8957 2.1111 2.5594 H\\n50 H 1.0520 2.7193 -0.1271 H\\n51 H 1.8605 1.6538 1.0170 H\\n52 H -1.5853 3.4559 -0.1450 H\\n53 H -3.1151 3.1757 0.6787 H\\n54 H -1.9293 4.5076 2.7174 H\\n55 H -0.9441 5.1832 1.3014 H\\n56 H -2.7078 5.2898 1.3405 H\\n57 H -0.1896 -0.8818 2.6670 H\\n58 H 1.1750 -0.5938 1.6357 H\\n59 H -0.2663 1.2419 3.6121 H\\n60 H 1.4294 1.2241 3.0642 H\\n61 H 0.9193 -0.8398 -1.5396 H\\n62 H 0.0429 0.5166 -3.3280 H\\n63 H 0.6575 2.0196 -5.1040 H\\n64 H 3.6935 0.9968 -0.2102 H\\n65 H 5.7099 2.3378 -0.2466 H\\n66 H 6.1814 3.8130 -2.1360 H\\n67 H 4.6160 3.9375 -3.9828 H\\n68 H 1.5706 -2.5705 -0.2238 H\\n69 H 2.5961 -2.2855 -1.6316 H\\n70 H 6.4173 -4.0839 2.4314 H\\n71 H 5.1098 -2.2914 -1.2252 H\\n72 H 2.3197 -3.0433 1.9304 H\\n73 H 4.0794 -3.9814 3.3214 H\\n74 H 6.9016 -3.2614 0.2269 H\\n75 H -0.7032 -2.0927 1.1004 H\\n76 H -0.6358 -1.7978 -0.5284 H\\n77 H -6.4263 -1.7611 -0.4490 H\\n78 H -6.7591 -2.4923 1.7444 H\\n79 H -5.8946 -3.0898 3.9442 H\\n80 H -3.4867 -2.9350 4.3850 H\\n81 H -1.9872 -2.2027 2.6338 H\\n82 H -6.1870 -1.0783 -2.6477 H\\n83 H -4.8297 -0.3871 -4.5093 H\\n84 H -2.3969 -0.1783 -4.2460 H\\n85 H -1.3867 -0.7041 -2.0309 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.9292 -2.3071 2.1991 C\\n2 C 0.4312 -0.1246 1.0342 C\\n3 C -1.0772 -1.0660 2.5090 C\\n4 N -0.8609 -0.7556 1.0301 N\\n5 C -0.4026 -2.2737 2.9970 C\\n6 C 1.2921 -0.8762 2.0878 C\\n7 C -0.1346 -2.1564 4.4676 C\\n8 C 0.6822 -3.3094 5.0076 C\\n9 C -0.7846 -2.0849 0.4729 C\\n10 C 0.4609 -2.8325 0.8651 C\\n11 C 1.2391 0.0636 -0.1509 C\\n12 C 0.1037 0.3889 -2.3859 C\\n13 C 0.6970 0.9393 -1.2680 C\\n14 N -0.1246 2.4496 -3.4260 N\\n15 C 0.8704 2.3044 -1.2583 C\\n16 C -0.3025 1.1398 -3.4543 C\\n17 C 0.4486 3.0439 -2.3592 C\\n18 C 1.4297 2.9708 -0.2254 C\\n19 C 1.5671 4.3531 -0.2949 C\\n20 C 1.1565 5.0929 -1.3770 C\\n21 C 0.5860 4.4163 -2.4268 C\\n22 O 2.5192 0.5988 0.1236 O\\n23 C 3.5888 0.1195 -0.4983 C\\n24 C 3.8811 -1.3067 -0.3751 C\\n25 C 4.4824 -4.0745 -0.2382 C\\n26 C 4.5988 -1.8784 0.6705 C\\n27 C 3.4696 -2.1827 -1.3643 C\\n28 C 3.7681 -3.5496 -1.2936 C\\n29 C 4.8945 -3.2089 0.7480 C\\n30 C -2.0423 -0.0068 0.8176 C\\n31 C -2.5032 0.7283 -0.3009 C\\n32 C -3.3717 2.2570 -2.5432 C\\n33 C -3.1109 0.1580 -1.4216 C\\n34 C -2.3602 2.1250 -0.3688 C\\n35 C -2.7832 2.8558 -1.4578 C\\n36 C -3.5304 0.8971 -2.5083 C\\n37 C -2.6702 4.2441 -1.5178 C\\n38 C -2.1235 4.9485 -0.4719 C\\n39 C -1.6958 4.2412 0.6259 C\\n40 C -1.8155 2.8530 0.6697 C\\n41 C -4.1665 0.3219 -3.6039 C\\n42 C -4.4078 -1.0319 -3.6403 C\\n43 C -4.0040 -1.7910 -2.5668 C\\n44 C -3.3763 -1.1977 -1.4966 C\\n45 H 1.6973 -2.8838 2.6942 H\\n46 H 0.2477 0.8902 1.5368 H\\n47 H -0.8569 -0.1614 3.0832 H\\n48 H -2.1960 -1.2899 2.5670 H\\n49 H -0.9555 -3.2192 2.7795 H\\n50 H 1.1130 -0.4092 3.1103 H\\n51 H 2.3604 -0.7230 1.9276 H\\n52 H 0.3301 -1.2202 4.7899 H\\n53 H -1.1361 -2.2207 4.9760 H\\n54 H 0.4072 -3.4439 6.0711 H\\n55 H 1.7651 -3.0961 4.9532 H\\n56 H 0.4135 -4.2707 4.5161 H\\n57 H -1.6142 -2.6635 0.9285 H\\n58 H -0.7752 -2.0834 -0.6354 H\\n59 H 1.2102 -2.9870 0.1093 H\\n60 H 0.1789 -3.9271 1.1294 H\\n61 H 1.4528 -0.8697 -0.6970 H\\n62 H -0.0618 -0.6844 -2.4507 H\\n63 H -0.7688 0.6551 -4.3198 H\\n64 H 1.7623 2.5020 0.6586 H\\n65 H 2.0144 4.8870 0.5295 H\\n66 H 1.2751 6.1562 -1.4039 H\\n67 H 0.2642 4.9911 -3.2727 H\\n68 H 4.4970 0.6726 -0.0565 H\\n69 H 3.6779 0.4365 -1.5841 H\\n70 H 4.7101 -5.1282 -0.1880 H\\n71 H 4.9213 -1.1870 1.4472 H\\n72 H 2.9122 -1.8879 -2.2388 H\\n73 H 3.4525 -4.2381 -2.0572 H\\n74 H 5.4593 -3.5696 1.6000 H\\n75 H -2.0741 0.6616 1.7565 H\\n76 H -2.9518 -0.6937 1.1656 H\\n77 H -3.6969 2.8300 -3.3910 H\\n78 H -3.0127 4.7952 -2.3931 H\\n79 H -2.0577 6.0217 -0.5656 H\\n80 H -1.2648 4.7880 1.4535 H\\n81 H -1.4626 2.3926 1.5712 H\\n82 H -4.4868 0.9142 -4.4504 H\\n83 H -4.8952 -1.5422 -4.4580 H\\n84 H -4.1780 -2.8726 -2.5543 H\\n85 H -3.1254 -1.8176 -0.6693 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C -0.6449 -2.9030 -1.1983 C\\n2 C 0.4304 -0.9118 -0.2605 C\\n3 C -1.8238 -1.1078 0.0216 C\\n4 N -0.8331 -0.3641 -0.7681 N\\n5 C -1.9596 -2.5327 -0.5134 C\\n6 C 0.5419 -2.3740 -0.4093 C\\n7 C -2.2757 -3.5131 0.5656 C\\n8 C -2.4037 -4.9045 -0.0350 C\\n9 C -1.0624 -0.7133 -2.1295 C\\n10 C -0.5829 -2.0811 -2.4962 C\\n11 C 1.6733 -0.1873 -0.6515 C\\n12 C 3.6179 -1.7991 -0.6428 C\\n13 C 2.8438 -0.8728 0.0261 C\\n14 N 4.9995 -2.1495 1.2454 N\\n15 C 3.1883 -0.6042 1.3291 C\\n16 C 4.6995 -2.4393 -0.0278 C\\n17 C 4.2627 -1.2455 1.9272 C\\n18 C 2.5156 0.3136 2.1020 C\\n19 C 2.8887 0.5748 3.3936 C\\n20 C 3.9695 -0.0747 3.9911 C\\n21 C 4.6522 -0.9953 3.2256 C\\n22 O 1.9425 -0.1132 -1.9903 O\\n23 C 2.1290 1.1262 -2.5339 C\\n24 C 3.2642 1.8238 -1.9106 C\\n25 C 5.5478 3.0807 -0.8837 C\\n26 C 4.5298 1.5345 -2.3855 C\\n27 C 3.1722 2.7568 -0.9113 C\\n28 C 4.2977 3.3889 -0.3913 C\\n29 C 5.6635 2.1449 -1.8899 C\\n30 C -1.0336 1.0220 -0.4194 C\\n31 C -2.3525 1.4115 0.1282 C\\n32 C -4.9407 2.0294 1.1674 C\\n33 C -3.4470 1.6997 -0.6864 C\\n34 C -2.6191 1.4537 1.4963 C\\n35 C -3.8769 1.7535 1.9963 C\\n36 C -4.6975 1.9970 -0.1865 C\\n37 C -4.1344 1.8133 3.3611 C\\n38 C -3.1336 1.5748 4.2771 C\\n39 C -1.8901 1.2798 3.8021 C\\n40 C -1.6446 1.2220 2.4491 C\\n41 C -5.7748 2.3177 -1.0066 C\\n42 C -5.6318 2.3546 -2.3656 C\\n43 C -4.3934 2.0664 -2.8927 C\\n44 C -3.3331 1.7489 -2.0705 C\\n45 H -0.6157 -3.9775 -1.3779 H\\n46 H 0.3117 -0.7459 0.8606 H\\n47 H -2.7891 -0.6044 -0.1246 H\\n48 H -1.5198 -1.1483 1.0905 H\\n49 H -2.7386 -2.6135 -1.2987 H\\n50 H 1.4153 -2.7329 -0.9896 H\\n51 H 0.4886 -2.9339 0.5611 H\\n52 H -1.5285 -3.5788 1.3635 H\\n53 H -3.2404 -3.2814 1.0475 H\\n54 H -2.8624 -4.7852 -1.0570 H\\n55 H -1.4209 -5.4003 -0.1422 H\\n56 H -3.0592 -5.5362 0.5797 H\\n57 H -2.1849 -0.8308 -2.2515 H\\n58 H -0.6456 -0.0143 -2.8629 H\\n59 H -1.2176 -2.5983 -3.2437 H\\n60 H 0.4338 -2.1010 -2.8885 H\\n61 H 1.6053 0.8433 -0.2725 H\\n62 H 3.4642 -2.0764 -1.6795 H\\n63 H 5.2945 -3.1656 -0.5726 H\\n64 H 1.6813 0.8736 1.7101 H\\n65 H 2.3735 1.2846 4.0029 H\\n66 H 4.2463 0.1447 5.0068 H\\n67 H 5.5007 -1.5065 3.6902 H\\n68 H 2.3328 0.9493 -3.6334 H\\n69 H 1.2079 1.7648 -2.5161 H\\n70 H 6.4155 3.5552 -0.4969 H\\n71 H 4.6602 0.8136 -3.1662 H\\n72 H 2.2309 3.0567 -0.4887 H\\n73 H 4.1979 4.1152 0.3916 H\\n74 H 6.6437 1.9030 -2.2770 H\\n75 H -0.2402 1.2006 0.3186 H\\n76 H -0.7516 1.7004 -1.2713 H\\n77 H -5.9212 2.2608 1.5506 H\\n78 H -5.1457 2.0528 3.7182 H\\n79 H -3.3883 1.6337 5.3260 H\\n80 H -1.0982 1.0920 4.5325 H\\n81 H -0.6390 0.9821 2.1525 H\\n82 H -6.7327 2.5410 -0.5918 H\\n83 H -6.4327 2.5967 -3.0472 H\\n84 H -4.2739 2.0966 -3.9840 H\\n85 H -2.3983 1.5684 -2.5175 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.0560 3.1460 -0.6025 C\\n2 C 0.5945 0.6785 -0.7183 C\\n3 C -1.5978 1.3921 -0.6432 C\\n4 N -0.5324 0.7411 0.1916 N\\n5 C -1.4610 2.8925 -0.6296 C\\n6 C 0.7190 2.0491 -1.3789 C\\n7 C -1.9728 3.5006 -1.9246 C\\n8 C -1.6663 4.9630 -1.9248 C\\n9 C -0.2974 1.6691 1.2526 C\\n10 C 0.4048 2.9455 0.8570 C\\n11 C 1.8833 0.1363 -0.2955 C\\n12 C 1.9728 -1.5491 1.5833 C\\n13 C 1.9318 -1.2644 0.2308 C\\n14 N 2.1091 -3.8442 1.2223 N\\n15 C 1.9859 -2.3698 -0.6144 C\\n16 C 2.0608 -2.8233 2.0939 C\\n17 C 2.0741 -3.6480 -0.1030 C\\n18 C 1.9540 -2.2401 -1.9832 C\\n19 C 2.0105 -3.3682 -2.7712 C\\n20 C 2.0987 -4.6457 -2.2598 C\\n21 C 2.1306 -4.7786 -0.8984 C\\n22 O 2.8979 0.2168 -1.2558 O\\n23 C 4.0272 0.8778 -0.9161 C\\n24 C 4.8015 0.3671 0.2174 C\\n25 C 6.3948 -0.7178 2.2569 C\\n26 C 5.7048 -0.6512 -0.0130 C\\n27 C 4.7163 0.8339 1.5116 C\\n28 C 5.5023 0.2965 2.5114 C\\n29 C 6.4988 -1.2050 0.9579 C\\n30 C -1.0416 -0.5174 0.6556 C\\n31 C -2.5095 -0.7040 0.6320 C\\n32 C -5.3456 -0.9264 0.4405 C\\n33 C -3.3599 -0.3322 1.6506 C\\n34 C -3.1401 -1.2091 -0.5160 C\\n35 C -4.5224 -1.3102 -0.5936 C\\n36 C -4.7375 -0.4336 1.5715 C\\n37 C -5.1607 -1.8171 -1.7213 C\\n38 C -4.4337 -2.2412 -2.8100 C\\n39 C -3.0627 -2.1464 -2.7422 C\\n40 C -2.4392 -1.6397 -1.6138 C\\n41 C -5.5762 -0.0865 2.6185 C\\n42 C -5.0642 0.3805 3.8071 C\\n43 C -3.7042 0.4867 3.9123 C\\n44 C -2.8754 0.1410 2.8676 C\\n45 H 0.3425 4.1067 -1.0147 H\\n46 H 0.2153 0.0030 -1.5503 H\\n47 H -2.5935 1.1736 -0.2096 H\\n48 H -1.4864 1.0918 -1.7049 H\\n49 H -1.9206 3.4043 0.2089 H\\n50 H 1.7549 2.3178 -1.6394 H\\n51 H 0.1856 2.0348 -2.3761 H\\n52 H -1.5616 2.9902 -2.8123 H\\n53 H -3.0883 3.3897 -1.9145 H\\n54 H -1.5002 5.3728 -0.9041 H\\n55 H -0.7344 5.2033 -2.4986 H\\n56 H -2.5074 5.5710 -2.3460 H\\n57 H 0.1772 1.2782 2.1511 H\\n58 H -1.3303 2.0280 1.5664 H\\n59 H 0.0003 3.8113 1.4721 H\\n60 H 1.4716 2.8535 0.9953 H\\n61 H 2.2867 0.7393 0.5590 H\\n62 H 1.9333 -0.7228 2.2653 H\\n63 H 2.0879 -2.9580 3.1712 H\\n64 H 1.8870 -1.3022 -2.4630 H\\n65 H 1.9861 -3.2756 -3.8469 H\\n66 H 2.1403 -5.5032 -2.9299 H\\n67 H 2.2004 -5.7815 -0.4677 H\\n68 H 4.7134 0.8260 -1.8157 H\\n69 H 3.8820 1.9806 -0.7002 H\\n70 H 7.0075 -1.1299 3.0603 H\\n71 H 5.8066 -1.0494 -1.0142 H\\n72 H 4.0472 1.6343 1.7843 H\\n73 H 5.4129 0.6860 3.5280 H\\n74 H 7.2063 -1.9954 0.8030 H\\n75 H -0.5072 -1.3305 0.1394 H\\n76 H -0.6294 -0.6223 1.6978 H\\n77 H -6.4146 -1.0053 0.3742 H\\n78 H -6.2366 -1.8976 -1.7883 H\\n79 H -4.9263 -2.6350 -3.6873 H\\n80 H -2.4858 -2.4812 -3.6007 H\\n81 H -1.3862 -1.6056 -1.6195 H\\n82 H -6.6489 -0.1776 2.5170 H\\n83 H -5.6896 0.6585 4.6382 H\\n84 H -3.2939 0.8497 4.8386 H\\n85 H -1.8331 0.2238 3.0203 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.1080 0.3204 2.8314 C\\n2 C 0.3100 0.9421 0.3981 C\\n3 C -1.7734 0.9293 1.3474 C\\n4 N -0.8701 0.1529 0.4708 N\\n5 C -1.1556 1.1249 2.7046 C\\n6 C 1.0312 0.7445 1.7535 C\\n7 C -0.9876 2.5768 3.1035 C\\n8 C -0.5459 2.7090 4.5444 C\\n9 C -0.7483 -1.1250 1.0900 C\\n10 C -0.2986 -1.0980 2.5468 C\\n11 C 1.2881 0.8333 -0.7078 C\\n12 C 1.4029 3.1993 -1.6114 C\\n13 C 2.0035 2.1481 -0.9285 C\\n14 N 3.2356 4.6138 -1.3399 N\\n15 C 3.2698 2.3848 -0.4509 C\\n16 C 2.0152 4.4133 -1.8113 C\\n17 C 3.8548 3.6331 -0.6767 C\\n18 C 3.9892 1.4412 0.2383 C\\n19 C 5.2557 1.7502 0.6833 C\\n20 C 5.8621 2.9705 0.4781 C\\n21 C 5.1390 3.9176 -0.2143 C\\n22 O 2.0006 -0.2666 -0.9102 O\\n23 C 2.0417 -0.9906 -2.0240 C\\n24 C 3.0272 -2.1245 -1.7575 C\\n25 C 4.8408 -4.1346 -1.2926 C\\n26 C 4.3575 -1.9098 -2.0538 C\\n27 C 2.5696 -3.3260 -1.2304 C\\n28 C 3.4967 -4.3434 -0.9966 C\\n29 C 5.2662 -2.9168 -1.8208 C\\n30 C -1.4982 -0.0200 -0.8417 C\\n31 C -2.7479 -0.7253 -0.9712 C\\n32 C -5.3129 -2.0167 -0.9582 C\\n33 C -2.9131 -2.0988 -1.0692 C\\n34 C -3.9555 -0.0073 -0.8752 C\\n35 C -5.1828 -0.6424 -0.8682 C\\n36 C -4.1388 -2.7291 -1.0621 C\\n37 C -6.3843 0.0616 -0.8175 C\\n38 C -6.3986 1.4330 -0.7764 C\\n39 C -5.1918 2.0847 -0.7880 C\\n40 C -3.9907 1.3699 -0.8377 C\\n41 C -4.2784 -4.1045 -1.2241 C\\n42 C -3.1828 -4.9082 -1.4073 C\\n43 C -1.9488 -4.3018 -1.4254 C\\n44 C -1.8228 -2.9571 -1.2643 C\\n45 H 0.5340 0.4508 3.8433 H\\n46 H 0.0045 2.0241 0.4097 H\\n47 H -2.7315 0.4535 1.5100 H\\n48 H -1.8071 1.9788 0.9384 H\\n49 H -1.8224 0.7090 3.5256 H\\n50 H 1.5864 1.6253 2.0660 H\\n51 H 1.6850 -0.1620 1.5528 H\\n52 H -1.9531 3.0756 3.0213 H\\n53 H -0.2384 3.1247 2.5191 H\\n54 H -0.4010 3.8210 4.6932 H\\n55 H 0.4497 2.2799 4.7230 H\\n56 H -1.3448 2.3470 5.2167 H\\n57 H -0.0145 -1.7835 0.5802 H\\n58 H -1.7446 -1.5983 1.0737 H\\n59 H 0.4812 -1.8401 2.7753 H\\n60 H -1.1602 -1.3433 3.1863 H\\n61 H 0.6666 0.8656 -1.6736 H\\n62 H 0.4041 3.0338 -1.9970 H\\n63 H 1.5116 5.2201 -2.3542 H\\n64 H 3.6035 0.4893 0.4337 H\\n65 H 5.8344 1.0130 1.2286 H\\n66 H 6.8681 3.1764 0.8475 H\\n67 H 5.5783 4.8957 -0.3990 H\\n68 H 2.4503 -0.4477 -2.9140 H\\n69 H 1.1075 -1.5116 -2.2589 H\\n70 H 5.5878 -4.9144 -1.1186 H\\n71 H 4.6489 -0.9627 -2.4579 H\\n72 H 1.5084 -3.4656 -1.0059 H\\n73 H 3.1545 -5.2970 -0.5818 H\\n74 H 6.3087 -2.7337 -2.0582 H\\n75 H -0.7044 -0.6322 -1.3103 H\\n76 H -1.4727 0.9532 -1.4056 H\\n77 H -6.2575 -2.4978 -0.9483 H\\n78 H -7.3398 -0.4397 -0.8087 H\\n79 H -7.3234 1.9707 -0.7364 H\\n80 H -5.1872 3.1646 -0.7581 H\\n81 H -3.1105 1.9484 -0.8853 H\\n82 H -5.2451 -4.5725 -1.2105 H\\n83 H -3.2531 -5.9650 -1.5335 H\\n84 H -1.0639 -4.9255 -1.5728 H\\n85 H -0.8369 -2.5356 -1.3330 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.0444 -2.0626 -1.7877 C\\n2 C 0.3126 -0.7339 0.3613 C\\n3 C -1.7647 -1.0055 -0.5893 C\\n4 N -0.6714 -0.0302 -0.3743 N\\n5 C -1.4283 -1.9439 -1.7308 C\\n6 C 0.7050 -1.9810 -0.4183 C\\n7 C -2.1579 -3.2541 -1.6720 C\\n8 C -1.8450 -4.1263 -0.5109 C\\n9 C -0.2371 0.3028 -1.7254 C\\n10 C 0.5464 -0.7578 -2.4250 C\\n11 C 1.4981 -0.0222 0.9139 C\\n12 C 1.4039 -0.7723 3.2988 C\\n13 C 2.0993 -0.7450 2.0773 C\\n14 N 3.0451 -2.0907 4.3456 N\\n15 C 3.2843 -1.4215 2.0523 C\\n16 C 1.8759 -1.4330 4.4000 C\\n17 C 3.7363 -2.0820 3.1856 C\\n18 C 4.0742 -1.4765 0.9416 C\\n19 C 5.2682 -2.1652 0.9631 C\\n20 C 5.7400 -2.8288 2.0710 C\\n21 C 4.9403 -2.7760 3.2046 C\\n22 O 2.3509 0.5910 0.0616 O\\n23 C 2.5118 1.9382 0.1279 C\\n24 C 3.5023 2.4009 -0.9026 C\\n25 C 5.4069 3.2591 -2.7776 C\\n26 C 4.8591 2.4700 -0.5799 C\\n27 C 3.1321 2.7682 -2.1720 C\\n28 C 4.0575 3.1893 -3.0955 C\\n29 C 5.7986 2.8884 -1.4898 C\\n30 C -1.2156 1.1855 0.1831 C\\n31 C -2.6898 1.3047 0.2338 C\\n32 C -5.5351 1.4885 0.2438 C\\n33 C -3.4727 0.7068 1.2079 C\\n34 C -3.4030 2.0103 -0.7442 C\\n35 C -4.7797 2.0937 -0.7323 C\\n36 C -4.8592 0.7930 1.2165 C\\n37 C -5.4924 2.8077 -1.6945 C\\n38 C -4.8358 3.4678 -2.7072 C\\n39 C -3.4621 3.3991 -2.7364 C\\n40 C -2.7604 2.6811 -1.7684 C\\n41 C -5.6287 0.2077 2.2101 C\\n42 C -5.0446 -0.4831 3.2322 C\\n43 C -3.6708 -0.5788 3.2442 C\\n44 C -2.9175 0.0033 2.2562 C\\n45 H 0.4589 -2.9202 -2.3068 H\\n46 H -0.1981 -1.1846 1.2745 H\\n47 H -1.8067 -1.7032 0.2978 H\\n48 H -2.7321 -0.5286 -0.7390 H\\n49 H -1.7827 -1.4304 -2.6698 H\\n50 H 1.7752 -1.8662 -0.6774 H\\n51 H 0.6255 -2.9109 0.1473 H\\n52 H -1.8461 -3.8186 -2.5880 H\\n53 H -3.2453 -3.1237 -1.7175 H\\n54 H -2.0424 -3.6975 0.4876 H\\n55 H -0.8550 -4.6308 -0.6011 H\\n56 H -2.5736 -4.9924 -0.5729 H\\n57 H -1.1572 0.4154 -2.3318 H\\n58 H 0.3492 1.2432 -1.6730 H\\n59 H 1.6325 -0.6765 -2.2735 H\\n60 H 0.3298 -0.8478 -3.4977 H\\n61 H 1.0567 0.8872 1.4647 H\\n62 H 0.4488 -0.2467 3.3764 H\\n63 H 1.2720 -1.4059 5.3162 H\\n64 H 3.8021 -0.9979 0.0400 H\\n65 H 5.8868 -2.1940 0.0526 H\\n66 H 6.6760 -3.3720 2.0959 H\\n67 H 5.2879 -3.2966 4.1099 H\\n68 H 1.5521 2.4551 -0.0049 H\\n69 H 2.8807 2.2143 1.1425 H\\n70 H 6.1221 3.5940 -3.5205 H\\n71 H 5.1622 2.1844 0.4128 H\\n72 H 2.0966 2.7310 -2.4661 H\\n73 H 3.7751 3.4805 -4.0972 H\\n74 H 6.8621 2.9551 -1.2753 H\\n75 H -0.7314 2.1144 -0.2114 H\\n76 H -0.8105 1.2448 1.2384 H\\n77 H -6.5975 1.5522 0.2515 H\\n78 H -6.5733 2.8559 -1.6625 H\\n79 H -5.4243 4.0072 -3.4299 H\\n80 H -2.9359 3.9146 -3.5281 H\\n81 H -1.7142 2.6813 -1.8444 H\\n82 H -6.7166 0.2787 2.2088 H\\n83 H -5.6056 -0.9564 4.0291 H\\n84 H -3.1575 -1.1188 4.0395 H\\n85 H -1.8677 -0.0764 2.3056 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C -0.2013 2.1615 -2.0252 C\\n2 C 0.4138 -0.1279 -1.0333 C\\n3 C -1.3265 0.1990 -2.2964 C\\n4 N -0.9617 -0.0122 -0.8343 N\\n5 C -1.5042 1.6256 -2.6357 C\\n6 C 0.8402 1.0971 -1.8994 C\\n7 C -1.5849 1.8217 -4.0967 C\\n8 C -0.5539 1.2007 -4.9578 C\\n9 C -1.4015 1.2272 -0.1867 C\\n10 C -0.6517 2.4454 -0.5926 C\\n11 C 1.6142 -0.4110 -0.2739 C\\n12 C 3.6616 1.0883 -0.4599 C\\n13 C 2.5056 0.6542 0.2209 C\\n14 N 4.2409 2.6652 1.1946 N\\n15 C 2.3100 1.3261 1.4301 C\\n16 C 4.4894 2.0600 0.0230 C\\n17 C 3.1613 2.3027 1.8931 C\\n18 C 1.2279 1.0136 2.2122 C\\n19 C 0.9795 1.6367 3.4163 C\\n20 C 1.8391 2.6113 3.8661 C\\n21 C 2.9431 2.9489 3.0962 C\\n22 O 1.7104 -1.5948 0.4241 O\\n23 C 2.3768 -2.6483 -0.0438 C\\n24 C 3.7899 -2.4061 -0.2894 C\\n25 C 6.5745 -2.0213 -0.6522 C\\n26 C 4.6786 -2.4585 0.7695 C\\n27 C 4.3351 -2.1567 -1.5309 C\\n28 C 5.7042 -1.9656 -1.7197 C\\n29 C 6.0462 -2.2707 0.5988 C\\n30 C -1.8294 -1.0674 -0.4715 C\\n31 C -2.8235 -1.0648 0.6069 C\\n32 C -4.7764 -0.9318 2.6975 C\\n33 C -2.5500 -1.3383 1.9383 C\\n34 C -4.1736 -0.7125 0.3710 C\\n35 C -5.0975 -0.6534 1.3879 C\\n36 C -3.4739 -1.2786 2.9523 C\\n37 C -6.4369 -0.3131 1.1658 C\\n38 C -6.8665 -0.0243 -0.1096 C\\n39 C -5.9633 -0.0809 -1.1191 C\\n40 C -4.6389 -0.4183 -0.8909 C\\n41 C -3.1659 -1.5848 4.2753 C\\n42 C -1.8873 -1.9704 4.6166 C\\n43 C -0.9551 -2.0396 3.6302 C\\n44 C -1.2690 -1.7371 2.3425 C\\n45 H 0.2143 3.0122 -2.5317 H\\n46 H 0.4360 -0.9862 -1.8094 H\\n47 H -2.0033 -0.5398 -2.6783 H\\n48 H -0.4430 -0.0801 -2.9689 H\\n49 H -2.4016 2.1307 -2.2144 H\\n50 H 1.6681 1.6648 -1.3656 H\\n51 H 1.3379 0.7887 -2.8303 H\\n52 H -2.5746 1.4928 -4.4572 H\\n53 H -1.5532 2.9309 -4.3147 H\\n54 H -0.8451 1.4693 -6.0220 H\\n55 H 0.4617 1.6515 -4.8729 H\\n56 H -0.5518 0.0919 -4.9805 H\\n57 H -2.4794 1.4278 -0.3702 H\\n58 H -1.3553 1.2003 0.9160 H\\n59 H -1.3139 3.3504 -0.6872 H\\n60 H 0.1561 2.7501 0.0683 H\\n61 H 2.2946 -0.7804 -1.1643 H\\n62 H 3.9168 0.6507 -1.4136 H\\n63 H 5.3672 2.3740 -0.5144 H\\n64 H 0.5729 0.2639 1.8657 H\\n65 H 0.1369 1.3979 4.0308 H\\n66 H 1.6410 3.0984 4.8121 H\\n67 H 3.6205 3.7253 3.4625 H\\n68 H 2.3376 -3.4379 0.7775 H\\n69 H 1.8839 -3.1875 -0.8959 H\\n70 H 7.6284 -1.8685 -0.8380 H\\n71 H 4.3593 -2.6493 1.7964 H\\n72 H 3.7368 -2.1050 -2.4285 H\\n73 H 6.0951 -1.7701 -2.7212 H\\n74 H 6.7484 -2.3105 1.4222 H\\n75 H -1.1255 -1.9356 -0.2648 H\\n76 H -2.3551 -1.5241 -1.3673 H\\n77 H -5.5027 -0.8818 3.4825 H\\n78 H -7.1470 -0.2720 1.9819 H\\n79 H -7.8852 0.2353 -0.2826 H\\n80 H -6.2949 0.1437 -2.1209 H\\n81 H -4.0037 -0.4484 -1.7199 H\\n82 H -3.9340 -1.5218 5.0507 H\\n83 H -1.7050 -2.1954 5.6523 H\\n84 H 0.0543 -2.3474 3.9119 H\\n85 H -0.5425 -1.8057 1.5938 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C -0.7154 3.3414 0.6405 C\\n2 C 0.3292 1.0498 0.9068 C\\n3 C 1.5847 2.8844 0.3488 C\\n4 N 1.0150 1.5756 -0.1838 N\\n5 C 0.6398 4.0154 0.3734 C\\n6 C -0.3296 2.2592 1.6011 C\\n7 C 0.9493 5.0453 1.4274 C\\n8 C -0.1032 6.1301 1.4719 C\\n9 C 0.1509 2.0821 -1.2419 C\\n10 C -1.0542 2.8481 -0.7293 C\\n11 C -0.5107 -0.1164 1.0618 C\\n12 C -2.9817 0.2659 1.4742 C\\n13 C -1.9470 -0.1263 0.6424 C\\n14 N -4.6332 -0.1429 -0.2050 N\\n15 C -2.3312 -0.5301 -0.6341 C\\n16 C -4.3158 0.2566 1.0471 C\\n17 C -3.6606 -0.5330 -1.0405 C\\n18 C -1.4234 -0.9767 -1.5659 C\\n19 C -1.7823 -1.4029 -2.8260 C\\n20 C -3.0929 -1.4027 -3.2250 C\\n21 C -4.0471 -0.9553 -2.3027 C\\n22 O 0.0672 -1.3591 0.8523 O\\n23 C 0.2166 -2.2180 1.8732 C\\n24 C -1.0996 -2.5996 2.4413 C\\n25 C -3.6313 -3.4546 3.2944 C\\n26 C -1.6634 -2.0530 3.5523 C\\n27 C -1.8092 -3.5717 1.7653 C\\n28 C -3.0518 -4.0193 2.1488 C\\n29 C -2.9146 -2.4869 3.9598 C\\n30 C 2.2354 1.0202 -0.7114 C\\n31 C 2.4525 -0.2893 -1.2034 C\\n32 C 2.7859 -3.0300 -1.9914 C\\n33 C 2.1779 -0.7555 -2.4964 C\\n34 C 2.9156 -1.2945 -0.3346 C\\n35 C 3.0721 -2.5999 -0.7136 C\\n36 C 2.3369 -2.0726 -2.8719 C\\n37 C 3.5560 -3.5934 0.1502 C\\n38 C 3.9005 -3.2746 1.4418 C\\n39 C 3.7562 -1.9753 1.8429 C\\n40 C 3.2718 -0.9877 0.9768 C\\n41 C 2.1040 -2.5082 -4.1743 C\\n42 C 1.7054 -1.6098 -5.1366 C\\n43 C 1.5469 -0.2880 -4.7843 C\\n44 C 1.7830 0.1060 -3.4967 C\\n45 H -1.4438 3.9915 1.1082 H\\n46 H 1.1936 0.8479 1.6651 H\\n47 H 2.0403 2.7371 1.3154 H\\n48 H 2.3357 3.1920 -0.4452 H\\n49 H 0.5707 4.5843 -0.5848 H\\n50 H -1.2302 1.9932 2.1645 H\\n51 H 0.3446 2.7277 2.3594 H\\n52 H 1.0987 4.6465 2.4328 H\\n53 H 1.9180 5.5133 1.1202 H\\n54 H -1.0611 5.8072 1.8810 H\\n55 H -0.2837 6.5922 0.4802 H\\n56 H 0.2787 6.9581 2.1401 H\\n57 H -0.1379 1.3655 -2.0002 H\\n58 H 0.7889 2.8398 -1.7962 H\\n59 H -2.0083 2.3377 -0.8378 H\\n60 H -1.1812 3.7899 -1.3498 H\\n61 H -0.6479 -0.2389 2.1913 H\\n62 H -2.8483 0.5691 2.5004 H\\n63 H -5.1245 0.5630 1.6839 H\\n64 H -0.3987 -0.9890 -1.3095 H\\n65 H -0.9837 -1.7474 -3.5064 H\\n66 H -3.3442 -1.7354 -4.2032 H\\n67 H -5.0862 -0.9543 -2.6174 H\\n68 H 0.9251 -1.8927 2.6696 H\\n69 H 0.6655 -3.1673 1.4550 H\\n70 H -4.6072 -3.8016 3.6015 H\\n71 H -1.1900 -1.3064 4.1501 H\\n72 H -1.3932 -4.0408 0.8659 H\\n73 H -3.6084 -4.7844 1.6163 H\\n74 H -3.3706 -2.0566 4.8418 H\\n75 H 2.5160 1.8351 -1.5014 H\\n76 H 3.0582 1.3850 0.0094 H\\n77 H 2.9023 -4.0436 -2.2940 H\\n78 H 3.6617 -4.6107 -0.1913 H\\n79 H 4.2783 -3.9788 2.1613 H\\n80 H 4.0274 -1.6976 2.8713 H\\n81 H 3.2205 -0.0140 1.3737 H\\n82 H 2.2216 -3.5300 -4.4712 H\\n83 H 1.5121 -1.9056 -6.1596 H\\n84 H 1.2340 0.4159 -5.5461 H\\n85 H 1.7028 1.1504 -3.2701 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C -0.1993 2.9747 -0.1095 C\\n2 C 0.3615 0.5813 -0.4528 C\\n3 C -1.8303 1.1638 -0.2555 C\\n4 N -0.7182 0.5106 0.4532 N\\n5 C -1.6387 2.6739 -0.3291 C\\n6 C 0.7657 2.0322 -0.7696 C\\n7 C -2.1874 3.1792 -1.6488 C\\n8 C -2.0556 4.6700 -1.7578 C\\n9 C -0.6038 1.3540 1.6310 C\\n10 C 0.0568 2.6574 1.3832 C\\n11 C 1.6066 -0.1897 -0.4116 C\\n12 C 3.7555 1.1589 -0.2685 C\\n13 C 2.7777 0.3518 0.3197 C\\n14 N 5.0106 1.3700 1.7072 N\\n15 C 3.0068 0.0874 1.6747 C\\n16 C 4.8399 1.6481 0.4242 C\\n17 C 4.1075 0.5955 2.3411 C\\n18 C 2.1540 -0.7007 2.3914 C\\n19 C 2.3837 -0.9735 3.7224 C\\n20 C 3.4829 -0.4627 4.3844 C\\n21 C 4.3571 0.3350 3.6761 C\\n22 O 1.5765 -1.5628 -0.4449 O\\n23 C 2.0361 -2.2108 -1.5479 C\\n24 C 3.4403 -2.0217 -1.8932 C\\n25 C 6.2200 -1.8639 -2.4139 C\\n26 C 4.3713 -2.8447 -1.2446 C\\n27 C 3.9402 -1.1242 -2.8046 C\\n28 C 5.2971 -1.0520 -3.0539 C\\n29 C 5.7227 -2.7633 -1.5021 C\\n30 C -1.2472 -0.7714 0.7836 C\\n31 C -2.6095 -1.1609 0.4343 C\\n32 C -5.3262 -1.7928 -0.1990 C\\n33 C -2.9995 -1.6572 -0.7995 C\\n34 C -3.6594 -0.9959 1.3564 C\\n35 C -4.9651 -1.3030 1.0398 C\\n36 C -4.3112 -1.9640 -1.1125 C\\n37 C -6.0091 -1.1523 1.9516 C\\n38 C -5.7678 -0.6846 3.2228 C\\n39 C -4.4736 -0.3744 3.5595 C\\n40 C -3.4342 -0.5292 2.6365 C\\n41 C -4.6769 -2.4921 -2.3454 C\\n42 C -3.7272 -2.7350 -3.3153 C\\n43 C -2.4190 -2.4413 -3.0256 C\\n44 C -2.0762 -1.9198 -1.8037 C\\n45 H 0.0534 4.0252 -0.2427 H\\n46 H -0.1392 0.3380 -1.4692 H\\n47 H -1.9412 0.7665 -1.2893 H\\n48 H -2.7457 0.9416 0.2989 H\\n49 H -2.2309 3.1456 0.4769 H\\n50 H 0.9075 2.2241 -1.8317 H\\n51 H 1.7514 2.2860 -0.2698 H\\n52 H -3.2955 2.9724 -1.6223 H\\n53 H -1.7010 2.7181 -2.5186 H\\n54 H -2.7013 5.0208 -2.6124 H\\n55 H -1.0339 4.9810 -2.0052 H\\n56 H -2.3847 5.1993 -0.8229 H\\n57 H -0.2051 0.8987 2.5203 H\\n58 H -1.6562 1.6595 1.9203 H\\n59 H 1.1533 2.6208 1.5255 H\\n60 H -0.3294 3.4968 1.9841 H\\n61 H 2.0321 -0.0421 -1.4937 H\\n62 H 3.6660 1.4145 -1.3363 H\\n63 H 5.5723 2.2679 -0.0650 H\\n64 H 1.3107 -1.1150 1.9090 H\\n65 H 1.6688 -1.6087 4.2430 H\\n66 H 3.6088 -0.7116 5.4317 H\\n67 H 5.2219 0.7355 4.2009 H\\n68 H 1.7688 -3.3011 -1.4083 H\\n69 H 1.3466 -1.9086 -2.3961 H\\n70 H 7.2627 -1.7883 -2.6233 H\\n71 H 4.0365 -3.5741 -0.5151 H\\n72 H 3.3060 -0.4579 -3.3643 H\\n73 H 5.6704 -0.3491 -3.7630 H\\n74 H 6.4330 -3.4202 -0.9798 H\\n75 H -1.0638 -1.0901 1.8317 H\\n76 H -0.5060 -1.4354 0.2343 H\\n77 H -6.3529 -2.0267 -0.4311 H\\n78 H -7.0351 -1.3992 1.6830 H\\n79 H -6.5385 -0.5565 3.9418 H\\n80 H -4.2493 -0.0023 4.5583 H\\n81 H -2.4682 -0.2837 2.9733 H\\n82 H -5.7320 -2.7243 -2.5645 H\\n83 H -4.0717 -3.1458 -4.2546 H\\n84 H -1.6881 -2.6445 -3.8143 H\\n85 H -1.0355 -1.7268 -1.6231 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.1973 -2.3467 -1.1751 C\\n2 C 0.4153 -0.6655 0.5975 C\\n3 C -1.6834 -1.1743 -0.1958 C\\n4 N -0.6617 -0.1085 -0.2621 N\\n5 C -1.3253 -2.2883 -1.1831 C\\n6 C 0.6912 -2.0644 0.2538 C\\n7 C -1.9647 -3.5496 -0.6817 C\\n8 C -1.5963 -4.7573 -1.5038 C\\n9 C -0.2595 -0.0164 -1.6067 C\\n10 C 0.6391 -1.1710 -2.0099 C\\n11 C 1.5227 0.2603 0.9096 C\\n12 C 1.6322 0.2430 3.4386 C\\n13 C 2.1784 -0.0928 2.2046 C\\n14 N 3.3867 -0.7566 4.6537 N\\n15 C 3.3779 -0.7881 2.2636 C\\n16 C 2.2249 -0.0826 4.6370 C\\n17 C 3.9586 -1.1062 3.4894 C\\n18 C 4.0587 -1.1955 1.1446 C\\n19 C 5.2512 -1.8816 1.1772 C\\n20 C 5.7896 -2.1749 2.4152 C\\n21 C 5.1562 -1.7948 3.5730 C\\n22 O 2.3058 0.7862 -0.0351 O\\n23 C 2.3471 2.1239 -0.2532 C\\n24 C 3.3296 2.4171 -1.3642 C\\n25 C 5.2194 2.9581 -3.2284 C\\n26 C 2.9338 2.4571 -2.6842 C\\n27 C 4.6281 2.6377 -0.9555 C\\n28 C 5.5955 2.9141 -1.9028 C\\n29 C 3.9125 2.7356 -3.6321 C\\n30 C -1.2879 1.0440 0.3490 C\\n31 C -2.7499 1.1666 0.2068 C\\n32 C -5.5848 1.2820 -0.1276 C\\n33 C -3.3585 1.7199 -0.9125 C\\n34 C -3.6451 0.6708 1.1672 C\\n35 C -5.0122 0.7307 0.9962 C\\n36 C -4.7255 1.7784 -1.0819 C\\n37 C -5.9044 0.2512 1.9555 C\\n38 C -5.4364 -0.3043 3.1209 C\\n39 C -4.0736 -0.3706 3.3070 C\\n40 C -3.2071 0.1074 2.3489 C\\n41 C -5.3207 2.3644 -2.1918 C\\n42 C -4.5582 2.9268 -3.1895 C\\n43 C -3.1919 2.8835 -3.0386 C\\n44 C -2.6088 2.2991 -1.9343 C\\n45 H 0.6029 -3.2852 -1.5680 H\\n46 H -0.1527 -0.7219 1.5890 H\\n47 H -1.6712 -1.6330 0.8186 H\\n48 H -2.6766 -0.8477 -0.4589 H\\n49 H -1.6484 -2.0929 -2.2014 H\\n50 H 1.6974 -2.4489 0.2802 H\\n51 H 0.0856 -2.8119 0.8601 H\\n52 H -3.0581 -3.4151 -0.8029 H\\n53 H -1.7306 -3.7763 0.3613 H\\n54 H -0.5696 -5.1311 -1.3220 H\\n55 H -1.8139 -4.6369 -2.5752 H\\n56 H -2.2827 -5.5795 -1.1474 H\\n57 H -1.1674 -0.1487 -2.2579 H\\n58 H 0.3051 0.8941 -1.8945 H\\n59 H 0.4212 -1.4928 -3.0767 H\\n60 H 1.7014 -0.9620 -2.0073 H\\n61 H 0.9813 1.2109 1.2704 H\\n62 H 0.6978 0.7855 3.4175 H\\n63 H 1.7088 0.2311 5.5363 H\\n64 H 3.6497 -0.9838 0.1686 H\\n65 H 5.7726 -2.1936 0.2804 H\\n66 H 6.7343 -2.7175 2.5300 H\\n67 H 5.6012 -2.0382 4.5452 H\\n68 H 2.6347 2.7237 0.6424 H\\n69 H 1.3969 2.5422 -0.6122 H\\n70 H 6.0085 3.1787 -3.9436 H\\n71 H 1.9237 2.2837 -2.9698 H\\n72 H 4.9124 2.6005 0.0912 H\\n73 H 6.6100 3.0858 -1.5712 H\\n74 H 3.6675 2.7808 -4.6819 H\\n75 H -0.7749 1.9947 0.0312 H\\n76 H -0.9824 0.9564 1.4079 H\\n77 H -6.6499 1.3257 -0.2594 H\\n78 H -6.9721 0.3072 1.8020 H\\n79 H -6.0967 -0.6840 3.8827 H\\n80 H -3.7213 -0.8060 4.2205 H\\n81 H -2.1561 0.0191 2.5688 H\\n82 H -6.4091 2.3925 -2.2997 H\\n83 H -5.0226 3.3777 -4.0452 H\\n84 H -2.5919 3.3220 -3.8139 H\\n85 H -1.5609 2.3270 -1.8549 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C -1.0227 1.6202 2.1134 C\\n2 C 0.3192 1.0825 0.0591 C\\n3 C -1.8072 0.1990 0.2291 C\\n4 N -0.3550 -0.1243 0.3844 N\\n5 C -2.1977 0.9439 1.5033 C\\n6 C -0.0054 2.1310 1.1541 C\\n7 C -3.4194 1.8180 1.3237 C\\n8 C -3.8309 2.2807 2.7045 C\\n9 C -0.2864 -0.5985 1.7294 C\\n10 C -0.2535 0.4666 2.7905 C\\n11 C 1.7915 1.1425 -0.1263 C\\n12 C 2.0440 1.5162 -2.6158 C\\n13 C 2.1612 2.0019 -1.3204 C\\n14 N 2.7603 3.5167 -3.5564 N\\n15 C 2.6017 3.2943 -1.2348 C\\n16 C 2.3373 2.2554 -3.7507 C\\n17 C 2.9034 4.0614 -2.3433 C\\n18 C 2.7845 3.8998 -0.0119 C\\n19 C 3.2361 5.1850 0.0524 C\\n20 C 3.5438 5.9815 -1.0285 C\\n21 C 3.3559 5.3530 -2.2803 C\\n22 O 2.5948 1.0630 0.8729 O\\n23 C 3.5766 0.4091 1.3564 C\\n24 C 3.3224 -0.9935 1.6845 C\\n25 C 2.9041 -3.6601 2.3078 C\\n26 C 3.4148 -1.9528 0.6699 C\\n27 C 3.0180 -1.3762 3.0146 C\\n28 C 2.8109 -2.7441 3.2882 C\\n29 C 3.2017 -3.2468 1.0316 C\\n30 C -0.1039 -1.2594 -0.4877 C\\n31 C -1.2499 -1.9475 -1.0922 C\\n32 C -3.5336 -3.2263 -2.1358 C\\n33 C -1.9259 -1.4342 -2.2262 C\\n34 C -1.7743 -3.1456 -0.5073 C\\n35 C -2.8886 -3.7418 -1.0395 C\\n36 C -3.0598 -2.1035 -2.7122 C\\n37 C -3.3504 -4.8814 -0.4898 C\\n38 C -2.7847 -5.5362 0.5980 C\\n39 C -1.6573 -4.9162 1.1183 C\\n40 C -1.1611 -3.7105 0.5498 C\\n41 C -3.7327 -1.6256 -3.8249 C\\n42 C -3.2896 -0.4570 -4.4958 C\\n43 C -2.1800 0.1235 -3.9618 C\\n44 C -1.4907 -0.3121 -2.8711 C\\n45 H -1.3634 2.3723 2.8423 H\\n46 H -0.2523 1.5546 -0.7702 H\\n47 H -2.4128 -0.6689 0.0446 H\\n48 H -1.8328 0.9950 -0.5565 H\\n49 H -2.5384 0.1524 2.2194 H\\n50 H -0.2747 3.1050 0.7684 H\\n51 H 0.9061 2.3139 1.7946 H\\n52 H -4.2259 1.2054 0.9004 H\\n53 H -3.2033 2.7256 0.7492 H\\n54 H -3.4743 1.5092 3.4216 H\\n55 H -3.3415 3.2360 3.0075 H\\n56 H -4.9332 2.3079 2.8301 H\\n57 H 0.5193 -1.3348 1.8190 H\\n58 H -1.2185 -1.2011 1.9849 H\\n59 H 0.8102 0.7420 2.9527 H\\n60 H -0.7501 0.1892 3.7276 H\\n61 H 2.1231 0.1173 -0.6735 H\\n62 H 1.7086 0.4847 -2.8161 H\\n63 H 2.2341 1.8391 -4.7444 H\\n64 H 2.5986 3.3733 0.8948 H\\n65 H 3.3617 5.6439 1.0281 H\\n66 H 3.8984 6.9947 -0.9637 H\\n67 H 3.5926 5.9316 -3.1892 H\\n68 H 4.5591 0.3849 0.7915 H\\n69 H 4.0023 0.8312 2.3507 H\\n70 H 2.7410 -4.7321 2.5182 H\\n71 H 3.6475 -1.6451 -0.3138 H\\n72 H 2.9559 -0.6322 3.8022 H\\n73 H 2.5912 -2.9620 4.3190 H\\n74 H 3.2760 -4.0063 0.2648 H\\n75 H 0.6494 -1.9297 -0.0259 H\\n76 H 0.5383 -0.9556 -1.3706 H\\n77 H -4.4156 -3.7190 -2.5412 H\\n78 H -4.2342 -5.3512 -0.9095 H\\n79 H -3.1800 -6.4471 1.0033 H\\n80 H -1.1864 -5.3804 1.9517 H\\n81 H -0.3011 -3.3346 1.0074 H\\n82 H -4.6044 -2.1431 -4.1917 H\\n83 H -3.8548 -0.1463 -5.3399 H\\n84 H -1.8000 1.0232 -4.4600 H\\n85 H -0.6374 0.2061 -2.5505 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.0474 1.1061 -2.8063 C\\n2 C 0.4958 -0.6436 -0.9675 C\\n3 C -1.2992 -0.6855 -2.1673 C\\n4 N -0.8367 -0.2264 -0.8140 N\\n5 C -1.1624 0.2864 -3.2517 C\\n6 C 1.0548 0.3041 -2.0820 C\\n7 C -0.8541 -0.3468 -4.5893 C\\n8 C -2.0853 -1.1491 -4.9884 C\\n9 C -0.8021 1.1788 -0.6175 C\\n10 C -0.6601 2.0543 -1.8315 C\\n11 C 1.5692 -0.7784 0.0473 C\\n12 C 3.8316 -0.5868 -1.0520 C\\n13 C 2.7899 -1.3799 -0.6167 C\\n14 N 5.0607 -2.4529 -1.8380 N\\n15 C 2.9214 -2.7367 -0.8126 C\\n16 C 4.9668 -1.1244 -1.6629 C\\n17 C 4.0501 -3.2588 -1.4187 C\\n18 C 1.9484 -3.6292 -0.4185 C\\n19 C 2.1369 -4.9714 -0.6400 C\\n20 C 3.2561 -5.4940 -1.2417 C\\n21 C 4.2314 -4.6087 -1.6375 C\\n22 O 1.9818 0.3650 0.6257 O\\n23 C 2.0597 0.5697 1.9391 C\\n24 C 2.6081 1.9643 2.1618 C\\n25 C 3.5933 4.5244 2.5652 C\\n26 C 3.9680 2.1643 2.2736 C\\n27 C 1.7759 3.0571 2.2555 C\\n28 C 2.2272 4.3448 2.4556 C\\n29 C 4.4436 3.4526 2.4753 C\\n30 C -1.7716 -0.7720 0.0732 C\\n31 C -2.5266 -0.1372 1.1395 C\\n32 C -3.9884 1.1190 3.2423 C\\n33 C -3.6539 0.6759 0.9234 C\\n34 C -2.1867 -0.2767 2.4977 C\\n35 C -2.8931 0.3301 3.5018 C\\n36 C -4.3502 1.2750 1.9260 C\\n37 C -2.5652 0.1771 4.8518 C\\n38 C -1.4996 -0.6065 5.2181 C\\n39 C -0.7812 -1.2230 4.2280 C\\n40 C -1.1166 -1.0629 2.8888 C\\n41 C -5.4794 2.0640 1.6958 C\\n42 C -5.9281 2.2583 0.4108 C\\n43 C -5.2455 1.6652 -0.6130 C\\n44 C -4.1379 0.8935 -0.3717 C\\n45 H 0.5261 1.6264 -3.6202 H\\n46 H 0.5678 -1.6401 -1.4602 H\\n47 H -0.7059 -1.5674 -2.5291 H\\n48 H -2.2828 -1.2102 -2.1121 H\\n49 H -2.0693 0.8762 -3.3879 H\\n50 H 1.6320 1.0613 -1.4656 H\\n51 H 1.6613 -0.2345 -2.8046 H\\n52 H 0.0288 -0.9975 -4.5908 H\\n53 H -0.6682 0.4642 -5.3414 H\\n54 H -1.8344 -2.0976 -5.4850 H\\n55 H -2.7056 -1.4208 -4.1000 H\\n56 H -2.7574 -0.5713 -5.6598 H\\n57 H 0.1799 1.4288 -0.0901 H\\n58 H -1.5222 1.5953 0.1178 H\\n59 H -0.0498 2.9488 -1.7053 H\\n60 H -1.6379 2.3960 -2.2192 H\\n61 H 1.2653 -1.5791 0.7151 H\\n62 H 3.8401 0.4878 -0.9431 H\\n63 H 5.7776 -0.5119 -2.0028 H\\n64 H 1.0285 -3.3414 0.0649 H\\n65 H 1.3754 -5.6825 -0.3328 H\\n66 H 3.3930 -6.5481 -1.4106 H\\n67 H 5.1200 -5.0180 -2.1148 H\\n68 H 1.0350 0.6340 2.3588 H\\n69 H 2.6049 -0.1618 2.5500 H\\n70 H 3.9650 5.5421 2.7243 H\\n71 H 4.6429 1.3397 2.2058 H\\n72 H 0.7115 2.9042 2.1687 H\\n73 H 1.5485 5.1612 2.5220 H\\n74 H 5.5089 3.6508 2.5684 H\\n75 H -1.3218 -1.7181 0.4585 H\\n76 H -2.6058 -1.2919 -0.5349 H\\n77 H -4.5319 1.5884 4.0234 H\\n78 H -3.1442 0.6720 5.6245 H\\n79 H -1.2810 -0.6978 6.2670 H\\n80 H 0.0552 -1.8369 4.5383 H\\n81 H -0.5188 -1.5699 2.1832 H\\n82 H -6.0147 2.5310 2.5198 H\\n83 H -6.7928 2.8549 0.1572 H\\n84 H -5.5778 1.8021 -1.6323 H\\n85 H -3.6393 0.4518 -1.1825 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.1879 -0.2718 2.7191 C\\n2 C 0.9356 -0.0148 0.3361 C\\n3 C -1.1353 0.6985 0.9933 C\\n4 N -0.4620 -0.3978 0.2252 N\\n5 C -1.1254 0.4264 2.4866 C\\n6 C 1.1853 0.3952 1.7586 C\\n7 C -1.2294 1.7455 3.2052 C\\n8 C -1.1017 1.6356 4.6888 C\\n9 C -0.8800 -1.5423 0.8875 C\\n10 C -0.1298 -1.6810 2.2124 C\\n11 C 1.9829 -0.7017 -0.4028 C\\n12 C 1.5816 -3.1566 -0.8012 C\\n13 C 2.3012 -2.1212 -0.2109 C\\n14 N 2.8690 -4.8629 0.1487 N\\n15 C 3.3640 -2.5601 0.6002 C\\n16 C 1.8559 -4.4777 -0.6272 C\\n17 C 3.6233 -3.9144 0.7621 C\\n18 C 4.1762 -1.6840 1.2368 C\\n19 C 5.2158 -2.1543 2.0143 C\\n20 C 5.4869 -3.4943 2.1877 C\\n21 C 4.6615 -4.3873 1.5390 C\\n22 O 1.7462 -0.6025 -1.7756 O\\n23 C 2.6314 0.1519 -2.4866 C\\n24 C 2.7070 1.5640 -2.0808 C\\n25 C 2.7215 4.3241 -1.4593 C\\n26 C 1.7536 2.4566 -2.5812 C\\n27 C 3.6640 2.1066 -1.2610 C\\n28 C 3.6669 3.4613 -0.9585 C\\n29 C 1.7573 3.7928 -2.2827 C\\n30 C -0.8989 -0.1276 -1.1290 C\\n31 C -2.2918 0.1776 -1.3874 C\\n32 C -5.0621 0.8011 -1.7202 C\\n33 C -3.2776 -0.7929 -1.4996 C\\n34 C -2.7630 1.4977 -1.4585 C\\n35 C -4.1062 1.7867 -1.6187 C\\n36 C -4.6178 -0.4988 -1.6587 C\\n37 C -4.5751 3.0959 -1.7161 C\\n38 C -3.7022 4.1584 -1.6572 C\\n39 C -2.3644 3.8904 -1.5011 C\\n40 C -1.9151 2.5815 -1.4051 C\\n41 C -5.5880 -1.4836 -1.8102 C\\n42 C -5.2380 -2.7993 -1.8108 C\\n43 C -3.9248 -3.1313 -1.6624 C\\n44 C -2.9664 -2.1488 -1.5114 C\\n45 H 0.5456 -0.2969 3.7384 H\\n46 H 0.8658 1.0228 -0.1844 H\\n47 H -2.1957 0.6254 0.7120 H\\n48 H -0.6368 1.6510 0.8623 H\\n49 H -1.9406 -0.2135 2.8186 H\\n50 H 2.2118 0.2854 2.1245 H\\n51 H 0.9914 1.4926 1.9641 H\\n52 H -0.5718 2.5406 2.7584 H\\n53 H -2.2654 2.1125 2.9926 H\\n54 H -1.1192 0.6248 5.1016 H\\n55 H -0.1766 2.2199 4.9687 H\\n56 H -1.9181 2.1987 5.2307 H\\n57 H -1.9715 -1.4209 1.1846 H\\n58 H -0.8260 -2.5294 0.4593 H\\n59 H 0.7197 -2.3483 2.1859 H\\n60 H -0.8180 -2.0905 2.9957 H\\n61 H 2.8985 -0.0506 -0.3350 H\\n62 H 0.7345 -2.9157 -1.4541 H\\n63 H 1.2744 -5.2636 -1.1025 H\\n64 H 4.0496 -0.6474 1.1476 H\\n65 H 5.8900 -1.4672 2.5420 H\\n66 H 6.3122 -3.8227 2.8064 H\\n67 H 4.8526 -5.4565 1.6582 H\\n68 H 2.3741 0.0993 -3.5825 H\\n69 H 3.6581 -0.3056 -2.3928 H\\n70 H 2.7443 5.3762 -1.2099 H\\n71 H 0.9746 2.0862 -3.2330 H\\n72 H 4.4647 1.5294 -0.8255 H\\n73 H 4.4240 3.8893 -0.3093 H\\n74 H 1.0046 4.4688 -2.6837 H\\n75 H -0.1661 0.6167 -1.4919 H\\n76 H -0.5454 -0.9612 -1.8298 H\\n77 H -6.1026 1.0407 -1.8414 H\\n78 H -5.6346 3.3055 -1.8399 H\\n79 H -4.1028 5.1539 -1.7360 H\\n80 H -1.6715 4.7285 -1.4549 H\\n81 H -0.8773 2.4350 -1.3014 H\\n82 H -6.6412 -1.2127 -1.9297 H\\n83 H -5.9551 -3.6025 -1.9246 H\\n84 H -3.6174 -4.1828 -1.6616 H\\n85 H -1.9569 -2.4557 -1.4549 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.5533 2.5750 0.7811 C\\n2 C 0.8574 0.2834 -0.2580 C\\n3 C -1.2811 1.3269 -0.1869 C\\n4 N -0.4551 0.2457 0.3679 N\\n5 C -0.8622 2.6986 0.2184 C\\n6 C 1.2617 1.7528 -0.2642 C\\n7 C -0.9293 3.7090 -0.8870 C\\n8 C -0.5055 5.0575 -0.3641 C\\n9 C -0.3838 0.5813 1.7709 C\\n10 C 0.5102 1.7735 2.0422 C\\n11 C 1.9630 -0.5342 0.1461 C\\n12 C 1.4664 -2.7708 1.2318 C\\n13 C 1.7744 -2.0594 0.0920 C\\n14 N 1.4887 -4.7949 0.0999 N\\n15 C 1.9424 -2.7552 -1.0790 C\\n16 C 1.3189 -4.1399 1.2573 C\\n17 C 1.7892 -4.1340 -1.0300 C\\n18 C 2.2466 -2.1490 -2.2706 C\\n19 C 2.3939 -2.9286 -3.3950 C\\n20 C 2.2470 -4.3026 -3.3723 C\\n21 C 1.9402 -4.9131 -2.1720 C\\n22 O 3.1901 -0.3477 -0.5013 O\\n23 C 4.2853 -0.2809 0.2738 C\\n24 C 4.4324 0.7162 1.3147 C\\n25 C 4.7912 2.6685 3.3551 C\\n26 C 4.9064 1.9933 1.0583 C\\n27 C 4.1407 0.4509 2.6555 C\\n28 C 4.3185 1.4076 3.6409 C\\n29 C 5.0833 2.9444 2.0375 C\\n30 C -1.1890 -0.9934 0.2189 C\\n31 C -2.5851 -0.9330 -0.2400 C\\n32 C -5.2632 -0.6023 -1.1907 C\\n33 C -3.6738 -0.7610 0.6002 C\\n34 C -2.9069 -0.9390 -1.6080 C\\n35 C -4.2037 -0.7773 -2.0555 C\\n36 C -4.9682 -0.5993 0.1533 C\\n37 C -4.5310 -0.8043 -3.4095 C\\n38 C -3.5562 -0.9982 -4.3616 C\\n39 C -2.2657 -1.1627 -3.9333 C\\n40 C -1.9522 -1.1334 -2.5838 C\\n41 C -6.0505 -0.4702 1.0156 C\\n42 C -5.8744 -0.5032 2.3809 C\\n43 C -4.5903 -0.6693 2.8436 C\\n44 C -3.5366 -0.7938 1.9924 C\\n45 H 1.0712 3.5245 0.8816 H\\n46 H 0.6026 -0.0059 -1.3418 H\\n47 H -2.2670 1.1998 0.3014 H\\n48 H -1.3050 1.3220 -1.2909 H\\n49 H -1.4408 3.1486 1.0618 H\\n50 H 1.0229 2.1478 -1.3044 H\\n51 H 2.3247 1.9394 -0.1572 H\\n52 H -0.4772 3.4143 -1.8346 H\\n53 H -2.0295 3.8265 -1.1220 H\\n54 H -0.8480 5.1607 0.6717 H\\n55 H -0.9869 5.8223 -1.0118 H\\n56 H 0.5800 5.2224 -0.3996 H\\n57 H -1.4132 0.9900 2.0453 H\\n58 H -0.2156 -0.2519 2.4439 H\\n59 H 1.5010 1.4665 2.3491 H\\n60 H 0.0761 2.4003 2.8830 H\\n61 H 2.2495 -0.4083 1.2101 H\\n62 H 1.3303 -2.2370 2.1635 H\\n63 H 1.0771 -4.6908 2.1554 H\\n64 H 2.3740 -1.0896 -2.3757 H\\n65 H 2.6307 -2.4780 -4.3327 H\\n66 H 2.3736 -4.8713 -4.2860 H\\n67 H 1.8302 -5.9737 -2.1733 H\\n68 H 5.1956 -0.1415 -0.4106 H\\n69 H 4.4939 -1.3110 0.7317 H\\n70 H 4.9064 3.3642 4.1635 H\\n71 H 5.1650 2.3011 0.0366 H\\n72 H 3.7728 -0.5073 2.9903 H\\n73 H 4.0813 1.1697 4.6798 H\\n74 H 5.4563 3.9498 1.8354 H\\n75 H -0.5331 -1.5503 -0.4549 H\\n76 H -1.0962 -1.6161 1.1579 H\\n77 H -6.2773 -0.4730 -1.5346 H\\n78 H -5.5650 -0.6720 -3.7348 H\\n79 H -3.8657 -1.0101 -5.3966 H\\n80 H -1.4891 -1.3171 -4.6695 H\\n81 H -0.9204 -1.2904 -2.3382 H\\n82 H -7.0588 -0.3405 0.6340 H\\n83 H -6.6714 -0.4079 3.0956 H\\n84 H -4.4202 -0.7009 3.9042 H\\n85 H -2.5722 -0.9592 2.3876 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.5640 -0.0061 2.8312 C\\n2 C -0.3408 -0.6175 0.5565 C\\n3 C 1.8794 -0.3506 0.8535 C\\n4 N 0.7013 0.3318 0.2370 N\\n5 C 1.9681 -0.1447 2.3383 C\\n6 C -0.2639 -1.0058 2.0018 C\\n7 C 2.7036 -1.3022 2.9420 C\\n8 C 2.7889 -1.1667 4.4680 C\\n9 C 0.6748 1.5367 0.9512 C\\n10 C 0.1468 1.3771 2.3596 C\\n11 C -1.7036 -0.5558 0.0689 C\\n12 C -3.5489 -0.4225 1.7938 C\\n13 C -2.7666 0.1618 0.7785 C\\n14 N -4.8020 1.5334 2.1360 N\\n15 C -3.0999 1.4876 0.5094 C\\n16 C -4.5388 0.2738 2.4416 C\\n17 C -4.1076 2.1500 1.1890 C\\n18 C -2.4466 2.2063 -0.4667 C\\n19 C -2.7457 3.5139 -0.7819 C\\n20 C -3.7668 4.1551 -0.0780 C\\n21 C -4.4413 3.4662 0.9042 C\\n22 O -1.8769 -0.5876 -1.3097 O\\n23 C -2.3457 -1.7316 -1.8702 C\\n24 C -3.6868 -2.1813 -1.4471 C\\n25 C -6.3252 -2.8895 -0.8535 C\\n26 C -4.7713 -1.5876 -2.1035 C\\n27 C -3.9364 -3.1327 -0.4920 C\\n28 C -5.2402 -3.4818 -0.1991 C\\n29 C -6.0749 -1.9311 -1.8166 C\\n30 C 1.0515 0.3420 -1.1594 C\\n31 C 2.4235 0.3956 -1.5876 C\\n32 C 5.1950 0.4581 -2.2912 C\\n33 C 3.1635 1.5743 -1.6607 C\\n34 C 3.1533 -0.7621 -1.8961 C\\n35 C 4.4958 -0.7179 -2.2345 C\\n36 C 4.5015 1.6084 -1.9985 C\\n37 C 5.2084 -1.8710 -2.5656 C\\n38 C 4.5938 -3.1026 -2.5689 C\\n39 C 3.2607 -3.1665 -2.2377 C\\n40 C 2.5765 -2.0154 -1.9133 C\\n41 C 5.2169 2.7967 -2.1042 C\\n42 C 4.5962 4.0038 -1.8734 C\\n43 C 3.2802 4.0001 -1.5445 C\\n44 C 2.5822 2.8169 -1.4418 C\\n45 H 0.3957 -0.1962 3.8854 H\\n46 H 0.1103 -1.5435 0.0292 H\\n47 H 2.7527 0.1473 0.4028 H\\n48 H 1.7548 -1.4155 0.6210 H\\n49 H 2.5096 0.7789 2.6297 H\\n50 H 0.2678 -1.9823 2.1898 H\\n51 H -1.1976 -1.0896 2.5419 H\\n52 H 3.7628 -1.3248 2.6116 H\\n53 H 2.1989 -2.2733 2.7720 H\\n54 H 3.7046 -1.6803 4.8344 H\\n55 H 2.8776 -0.0857 4.7186 H\\n56 H 1.8534 -1.5379 4.9155 H\\n57 H 1.7423 1.8953 1.1063 H\\n58 H 0.1632 2.4089 0.5706 H\\n59 H -0.9221 1.5487 2.4799 H\\n60 H 0.6446 2.0909 3.0624 H\\n61 H -2.0390 -1.6447 0.2525 H\\n62 H -3.4095 -1.4539 2.0892 H\\n63 H -5.1304 -0.2038 3.2259 H\\n64 H -1.6662 1.7098 -1.0041 H\\n65 H -2.1844 3.9914 -1.5559 H\\n66 H -4.0078 5.1825 -0.3192 H\\n67 H -5.2375 3.9471 1.4610 H\\n68 H -2.3224 -1.5503 -2.9908 H\\n69 H -1.6153 -2.5965 -1.7737 H\\n70 H -7.3488 -3.1580 -0.6298 H\\n71 H -4.6126 -0.8294 -2.8663 H\\n72 H -3.1566 -3.6453 0.0478 H\\n73 H -5.5074 -4.2227 0.5436 H\\n74 H -6.8823 -1.4311 -2.3634 H\\n75 H 0.5335 1.1949 -1.7163 H\\n76 H 0.4135 -0.4528 -1.6249 H\\n77 H 6.2253 0.4807 -2.5481 H\\n78 H 6.2575 -1.8272 -2.8275 H\\n79 H 5.1317 -4.0040 -2.8231 H\\n80 H 2.7350 -4.1250 -2.2282 H\\n81 H 1.5528 -2.0993 -1.6739 H\\n82 H 6.2769 2.7842 -2.3714 H\\n83 H 5.1643 4.9203 -1.9586 H\\n84 H 2.7783 4.9415 -1.3610 H\\n85 H 1.5369 2.8914 -1.2197 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.1927 -1.8331 -2.7077 C\\n2 C 0.1862 -0.6142 -0.4882 C\\n3 C -1.7703 -0.8519 -1.8025 C\\n4 N -0.7640 0.0806 -1.2386 N\\n5 C -1.3586 -1.8073 -2.8443 C\\n6 C 0.3189 -1.9659 -1.2120 C\\n7 C -1.9537 -3.1702 -2.7860 C\\n8 C -1.4230 -4.0656 -3.9127 C\\n9 C -0.1235 0.5937 -2.4909 C\\n10 C 0.5251 -0.4745 -3.2861 C\\n11 C 1.5582 -0.1618 -0.2054 C\\n12 C 3.1782 -2.1205 -0.4140 C\\n13 C 2.3209 -1.3914 0.3757 C\\n14 N 3.7277 -3.5485 1.3284 N\\n15 C 2.1756 -1.7608 1.6752 C\\n16 C 3.8971 -3.2115 0.0441 C\\n17 C 2.9017 -2.8598 2.1289 C\\n18 C 1.3862 -1.1232 2.5721 C\\n19 C 1.3069 -1.5532 3.8793 C\\n20 C 2.0152 -2.6417 4.3508 C\\n21 C 2.8212 -3.2930 3.4455 C\\n22 O 2.3371 0.0769 -1.3168 O\\n23 C 3.2460 1.0286 -1.2532 C\\n24 C 2.9633 2.4440 -1.0271 C\\n25 C 2.4460 5.2267 -0.7251 C\\n26 C 2.9814 3.0829 0.1915 C\\n27 C 2.6686 3.2681 -2.1264 C\\n28 C 2.4191 4.6198 -1.9626 C\\n29 C 2.7336 4.4284 0.3559 C\\n30 C -1.5302 1.2041 -0.7336 C\\n31 C -2.0771 1.2475 0.5957 C\\n32 C -3.1230 1.0907 3.2691 C\\n33 C -1.3642 1.6438 1.7366 C\\n34 C -3.3705 0.7727 0.8916 C\\n35 C -3.8602 0.6998 2.1781 C\\n36 C -1.8598 1.5690 3.0163 C\\n37 C -5.1592 0.2712 2.4667 C\\n38 C -6.0162 -0.0956 1.4614 C\\n39 C -5.5551 -0.0247 0.1779 C\\n40 C -4.2616 0.4013 -0.0969 C\\n41 C -1.1639 2.0285 4.1306 C\\n42 C 0.0727 2.5942 3.9983 C\\n43 C 0.5841 2.6812 2.7009 C\\n44 C -0.1064 2.2262 1.6246 C\\n45 H 0.6363 -2.6799 -3.2100 H\\n46 H -0.3106 -0.8412 0.5049 H\\n47 H -2.4258 -0.1334 -2.3831 H\\n48 H -2.2408 -1.3822 -0.9972 H\\n49 H -1.5160 -1.4591 -3.9120 H\\n50 H -0.5865 -2.5527 -0.8303 H\\n51 H 1.1436 -2.5769 -0.9709 H\\n52 H -1.7811 -3.7478 -1.8667 H\\n53 H -3.0460 -3.0656 -2.9793 H\\n54 H -1.5524 -3.6010 -4.8993 H\\n55 H -0.3846 -4.3749 -3.6781 H\\n56 H -2.0159 -5.0245 -3.8307 H\\n57 H -1.0106 1.0664 -3.0101 H\\n58 H 0.5092 1.4612 -2.2349 H\\n59 H -0.0721 -0.4932 -4.2866 H\\n60 H 1.5314 -0.3411 -3.6570 H\\n61 H 1.7882 0.6478 0.4655 H\\n62 H 3.3372 -1.8591 -1.4560 H\\n63 H 4.5574 -3.7529 -0.6154 H\\n64 H 0.8372 -0.2758 2.2911 H\\n65 H 0.6509 -1.0008 4.5638 H\\n66 H 1.9054 -2.9259 5.3858 H\\n67 H 3.3777 -4.1486 3.8165 H\\n68 H 4.0414 0.7969 -0.4331 H\\n69 H 3.8889 1.0296 -2.2111 H\\n70 H 2.2610 6.2680 -0.5505 H\\n71 H 3.2136 2.4674 1.0686 H\\n72 H 2.6351 2.8459 -3.1171 H\\n73 H 2.1890 5.2747 -2.8057 H\\n74 H 2.7773 4.8223 1.3762 H\\n75 H -2.2873 1.4385 -1.5400 H\\n76 H -0.7950 2.0473 -0.9222 H\\n77 H -3.5136 1.0262 4.2715 H\\n78 H -5.5214 0.2170 3.4779 H\\n79 H -7.0082 -0.4241 1.6875 H\\n80 H -6.2251 -0.3109 -0.6257 H\\n81 H -4.0124 0.4783 -1.1152 H\\n82 H -1.5806 1.9503 5.1215 H\\n83 H 0.6244 2.9549 4.8516 H\\n84 H 1.5707 3.1445 2.6563 H\\n85 H 0.2870 2.3228 0.6342 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n\tviewer_17535878443793724.zoomTo();\nviewer_17535878443793724.render();\n});\n</script>",
      "text/html": [
       "<div id=\"3dmolviewer_17535878443793724\"  style=\"position: relative; width: 100%; height: 500px;\">\n",
       "        <p id=\"3dmolwarning_17535878443793724\" style=\"background-color:#ffcccc;color:black\">3Dmol.js failed to load for some reason.  Please check your browser console for error messages.<br></p>\n",
       "        </div>\n",
       "<script>\n",
       "\n",
       "var 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",
       "\n",
       "if(typeof $3Dmolpromise === 'undefined') {\n",
       "$3Dmolpromise = null;\n",
       "  $3Dmolpromise = loadScriptAsync('https://cdnjs.cloudflare.com/ajax/libs/3Dmol/2.4.2/3Dmol-min.js');\n",
       "}\n",
       "\n",
       "var viewer_17535878443793724 = null;\n",
       "var warn = document.getElementById(\"3dmolwarning_17535878443793724\");\n",
       "if(warn) {\n",
       "    warn.parentNode.removeChild(warn);\n",
       "}\n",
       "$3Dmolpromise.then(function() {\n",
       "viewer_17535878443793724 = $3Dmol.createViewer(document.getElementById(\"3dmolviewer_17535878443793724\"),{backgroundColor:\"white\"});\n",
       "viewer_17535878443793724.zoomTo();\n",
       "\tviewer_17535878443793724.setBackgroundColor(\"black\");\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.0492 -2.9912 -0.1192 C\\n2 C 0.6002 -0.5234 0.0781 C\\n3 C -1.3337 -1.3225 0.9151 C\\n4 N -0.8196 -0.5562 -0.1971 N\\n5 C -1.2568 -2.8134 0.6694 C\\n6 C 0.9674 -1.9772 0.4355 C\\n7 C -1.2204 -3.5659 1.9763 C\\n8 C -1.0262 -5.0370 1.7526 C\\n9 C -1.0746 -1.3368 -1.4261 C\\n10 C -0.3278 -2.6181 -1.5247 C\\n11 C 1.5672 -0.0173 -0.8597 C\\n12 C 0.9013 1.6527 -2.6373 C\\n13 C 1.4170 1.3954 -1.3792 C\\n14 N 1.1690 3.9571 -2.4259 N\\n15 C 1.8149 2.4909 -0.6441 C\\n16 C 0.7774 2.9225 -3.1582 C\\n17 C 1.6693 3.7618 -1.2161 C\\n18 C 2.3404 2.3832 0.5979 C\\n19 C 2.7203 3.5232 1.2737 C\\n20 C 2.5937 4.7826 0.7496 C\\n21 C 2.0630 4.9035 -0.5080 C\\n22 O 2.9291 -0.0934 -0.4672 O\\n23 C 3.7335 -0.7297 -1.3708 C\\n24 C 5.1295 -0.7445 -0.7980 C\\n25 C 7.6265 -0.8879 0.2967 C\\n26 C 5.4501 -1.8297 -0.0157 C\\n27 C 6.0090 0.2844 -1.0616 C\\n28 C 7.2713 0.1772 -0.4873 C\\n29 C 6.7168 -1.9130 0.5459 C\\n30 C -1.4854 0.7105 -0.3818 C\\n31 C -2.8067 0.9015 0.2527 C\\n32 C -5.3865 1.1899 1.4540 C\\n33 C -2.9815 1.1909 1.5954 C\\n34 C -4.0010 0.7635 -0.4763 C\\n35 C -5.2392 0.9033 0.1095 C\\n36 C -4.2299 1.3310 2.1823 C\\n37 C -6.4147 0.7800 -0.6107 C\\n38 C -6.4004 0.5105 -1.9595 C\\n39 C -5.1731 0.3689 -2.5640 C\\n40 C -3.9916 0.4942 -1.8311 C\\n41 C -4.3823 1.6410 3.5284 C\\n42 C -3.2832 1.8247 4.3398 C\\n43 C -2.0322 1.6922 3.7760 C\\n44 C -1.9073 1.3840 2.4400 C\\n45 H 0.4729 -3.9809 -0.0127 H\\n46 H 0.6574 0.0534 1.0683 H\\n47 H -2.3904 -1.1560 1.1413 H\\n48 H -0.7731 -1.1547 1.8562 H\\n49 H -2.0714 -3.2121 0.0508 H\\n50 H 1.9959 -2.2318 0.1423 H\\n51 H 0.9543 -2.1052 1.5607 H\\n52 H -0.4832 -3.1328 2.6674 H\\n53 H -2.2209 -3.4291 2.4348 H\\n54 H -1.7327 -5.6398 2.3863 H\\n55 H -0.0036 -5.3765 1.9237 H\\n56 H -1.3178 -5.2851 0.6915 H\\n57 H -0.9875 -0.6991 -2.3173 H\\n58 H -2.1502 -1.6200 -1.3295 H\\n59 H 0.4810 -2.6715 -2.2606 H\\n60 H -1.0223 -3.4595 -1.8538 H\\n61 H 1.5693 -0.6445 -1.8042 H\\n62 H 0.5700 0.8400 -3.2729 H\\n63 H 0.3694 3.0835 -4.1455 H\\n64 H 2.4738 1.4549 1.0665 H\\n65 H 3.1448 3.4296 2.2774 H\\n66 H 2.8839 5.6932 1.2589 H\\n67 H 1.9494 5.9038 -0.9555 H\\n68 H 3.3968 -1.7466 -1.5883 H\\n69 H 3.8138 -0.1525 -2.3301 H\\n70 H 8.6082 -0.9911 0.7550 H\\n71 H 4.7423 -2.6154 0.1707 H\\n72 H 5.7261 1.1239 -1.6812 H\\n73 H 7.9922 0.9624 -0.6691 H\\n74 H 6.9486 -2.7661 1.1527 H\\n75 H -1.5071 1.0282 -1.4506 H\\n76 H -0.7622 1.4322 0.0525 H\\n77 H -6.3396 1.2979 1.9113 H\\n78 H -7.3818 0.8931 -0.1276 H\\n79 H -7.3376 0.4210 -2.4884 H\\n80 H -5.1666 0.1573 -3.6263 H\\n81 H -3.0939 0.3801 -2.3728 H\\n82 H -5.3637 1.7475 3.9801 H\\n83 H -3.3421 2.0665 5.3913 H\\n84 H -1.1291 1.8320 4.3908 H\\n85 H -0.9150 1.3066 2.0466 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"stick\": {\"radius\": 0.1}, \"sphere\": {\"scale\": 0.15}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.0426 0.8285 3.0043 C\\n2 C 0.5605 1.0677 0.5394 C\\n3 C -1.6021 1.2157 1.3297 C\\n4 N -0.6590 0.3749 0.5196 N\\n5 C -1.0787 1.7365 2.5988 C\\n6 C 1.1228 0.9049 1.9647 C\\n7 C -0.8869 3.1833 2.7718 C\\n8 C -0.6425 3.5268 4.2564 C\\n9 C -0.6412 -0.8412 1.3137 C\\n10 C -0.5704 -0.5796 2.8023 C\\n11 C 1.6946 0.9308 -0.3788 C\\n12 C 0.8571 2.6014 -1.9510 C\\n13 C 1.4178 1.3457 -1.8077 C\\n14 N 0.8177 2.3605 -4.2846 N\\n15 C 1.6797 0.5937 -2.9069 C\\n16 C 0.5557 3.1108 -3.1972 C\\n17 C 1.3633 1.1388 -4.1450 C\\n18 C 2.2378 -0.6503 -2.8110 C\\n19 C 2.4764 -1.3438 -3.9720 C\\n20 C 2.1641 -0.8069 -5.2019 C\\n21 C 1.6026 0.4406 -5.3211 C\\n22 O 2.7183 1.7889 0.0706 O\\n23 C 3.9751 1.4591 0.1715 C\\n24 C 4.2246 0.3712 1.1265 C\\n25 C 4.7269 -1.6169 3.0875 C\\n26 C 4.2785 -0.9674 0.8027 C\\n27 C 4.4304 0.6819 2.4611 C\\n28 C 4.6753 -0.2790 3.4211 C\\n29 C 4.5228 -1.9401 1.7550 C\\n30 C -1.3624 0.2746 -0.7427 C\\n31 C -2.3283 -0.8098 -0.9089 C\\n32 C -4.1619 -2.9887 -1.1775 C\\n33 C -1.9016 -2.1143 -1.1403 C\\n34 C -3.7095 -0.6488 -0.8252 C\\n35 C -4.5961 -1.7012 -0.9538 C\\n36 C -2.8009 -3.1722 -1.2693 C\\n37 C -5.9747 -1.5259 -0.9023 C\\n38 C -6.5186 -0.2757 -0.7211 C\\n39 C -5.6553 0.7884 -0.5939 C\\n40 C -4.2937 0.5965 -0.6463 C\\n41 C -2.3740 -4.4651 -1.5317 C\\n42 C -1.0393 -4.7643 -1.6800 C\\n43 C -0.1389 -3.7343 -1.5597 C\\n44 C -0.5753 -2.4549 -1.2980 C\\n45 H 0.4555 0.9694 3.9905 H\\n46 H 0.2509 2.1810 0.6044 H\\n47 H -2.5464 0.6291 1.4567 H\\n48 H -1.8230 2.0728 0.6665 H\\n49 H -1.9001 1.4718 3.3825 H\\n50 H 1.6147 -0.1066 2.0222 H\\n51 H 1.7632 1.7415 2.2332 H\\n52 H -1.8530 3.7239 2.5411 H\\n53 H -0.1222 3.7089 2.2235 H\\n54 H -1.3795 2.9904 4.8995 H\\n55 H 0.4103 3.3120 4.5422 H\\n56 H -0.8115 4.6063 4.4236 H\\n57 H 0.3170 -1.3711 1.0940 H\\n58 H -1.5523 -1.4033 1.1789 H\\n59 H -1.5432 -0.5359 3.3017 H\\n60 H 0.0507 -1.3327 3.3324 H\\n61 H 2.2142 -0.0045 -0.4789 H\\n62 H 0.6285 3.2422 -1.0983 H\\n63 H 0.1162 4.0973 -3.2860 H\\n64 H 2.4968 -1.1277 -1.8875 H\\n65 H 2.9179 -2.3308 -3.9235 H\\n66 H 2.3496 -1.3481 -6.1213 H\\n67 H 1.3500 0.8774 -6.2904 H\\n68 H 4.6774 2.2878 0.5036 H\\n69 H 4.4986 1.1186 -0.7672 H\\n70 H 4.9186 -2.3467 3.8516 H\\n71 H 4.1449 -1.3112 -0.2084 H\\n72 H 4.3954 1.7258 2.7495 H\\n73 H 4.8250 0.0689 4.4485 H\\n74 H 4.5569 -2.9948 1.4521 H\\n75 H -1.7489 1.3003 -0.9058 H\\n76 H -0.6790 0.1779 -1.6152 H\\n77 H -4.8411 -3.8181 -1.2775 H\\n78 H -6.6614 -2.3567 -1.0024 H\\n79 H -7.5783 -0.0725 -0.6718 H\\n80 H -6.0631 1.7904 -0.4506 H\\n81 H -3.6812 1.4757 -0.5593 H\\n82 H -3.0950 -5.2912 -1.6288 H\\n83 H -0.7598 -5.7849 -1.8828 H\\n84 H 0.9068 -3.9850 -1.6803 H\\n85 H 0.1468 -1.6884 -1.2308 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.1601 3.1747 -0.6098 C\\n2 C -0.2476 1.0543 0.6532 C\\n3 C 1.4250 2.4097 1.2730 C\\n4 N 1.2008 1.0711 0.6142 N\\n5 C 1.2695 3.5656 0.3665 C\\n6 C -0.8080 2.3847 0.2467 C\\n7 C 0.9664 4.8539 1.0642 C\\n8 C 0.8287 5.9363 0.0123 C\\n9 C 1.6816 1.2345 -0.7313 C\\n10 C 0.8242 2.1996 -1.5310 C\\n11 C -1.0766 -0.0170 0.0942 C\\n12 C -2.8167 -0.0471 1.9249 C\\n13 C -2.5305 0.1519 0.5863 C\\n14 N -5.0664 0.4181 1.6214 N\\n15 C -3.5490 0.4921 -0.2406 C\\n16 C -4.0785 0.0817 2.4594 C\\n17 C -4.8172 0.6162 0.3230 C\\n18 C -3.4590 0.7194 -1.5868 C\\n19 C -4.5417 1.0511 -2.3632 C\\n20 C -5.8028 1.1772 -1.8212 C\\n21 C -5.9187 0.9538 -0.4653 C\\n22 O -1.0151 -0.3980 -1.1753 O\\n23 C -0.9383 -1.6969 -1.5487 C\\n24 C -2.1111 -2.5175 -1.2616 C\\n25 C -4.4743 -4.0280 -0.9547 C\\n26 C -3.0755 -2.6202 -2.2789 C\\n27 C -2.3925 -3.1980 -0.1113 C\\n28 C -3.5548 -3.9490 0.0577 C\\n29 C -4.2227 -3.3584 -2.1191 C\\n30 C 1.9160 0.1690 1.4753 C\\n31 C 2.7998 -0.8855 0.9917 C\\n32 C 4.5040 -2.9404 -0.0777 C\\n33 C 4.0881 -0.6424 0.4885 C\\n34 C 2.4295 -2.2417 0.9295 C\\n35 C 3.2484 -3.2198 0.4154 C\\n36 C 4.9019 -1.6286 -0.0249 C\\n37 C 2.9022 -4.5724 0.4114 C\\n38 C 1.7044 -4.9863 0.9378 C\\n39 C 0.8766 -4.0240 1.4607 C\\n40 C 1.2304 -2.6845 1.4570 C\\n41 C 6.1981 -1.3714 -0.4705 C\\n42 C 6.7256 -0.1035 -0.4096 C\\n43 C 5.9324 0.8934 0.1046 C\\n44 C 4.6640 0.6187 0.5340 C\\n45 H -0.3201 4.0126 -1.0931 H\\n46 H -0.4165 1.0779 1.8060 H\\n47 H 2.3505 2.5023 1.7902 H\\n48 H 0.6294 2.4531 2.0723 H\\n49 H 2.1656 3.7356 -0.2622 H\\n50 H -1.7504 2.3716 -0.3047 H\\n51 H -1.0179 3.0773 1.1226 H\\n52 H 0.0685 4.8090 1.7093 H\\n53 H 1.8615 5.1063 1.6718 H\\n54 H -0.2494 6.1110 -0.2480 H\\n55 H 1.3121 5.6508 -0.9597 H\\n56 H 1.3052 6.8883 0.3193 H\\n57 H 1.8678 0.2775 -1.2274 H\\n58 H 2.6346 1.8049 -0.7080 H\\n59 H 1.4467 2.7979 -2.2528 H\\n60 H 0.0865 1.6846 -2.1386 H\\n61 H -0.8842 -0.9610 0.6566 H\\n62 H -1.9825 -0.3201 2.5733 H\\n63 H -4.2016 -0.0942 3.5177 H\\n64 H -2.5081 0.6612 -2.0789 H\\n65 H -4.4347 1.2238 -3.4272 H\\n66 H -6.6659 1.4375 -2.4177 H\\n67 H -6.9024 1.0522 -0.0404 H\\n68 H -0.7011 -1.8145 -2.6452 H\\n69 H -0.0715 -2.1796 -1.0442 H\\n70 H -5.3649 -4.6170 -0.7957 H\\n71 H -2.9107 -2.0958 -3.2324 H\\n72 H -1.7197 -3.1630 0.6955 H\\n73 H -3.7378 -4.4731 0.9866 H\\n74 H -4.9608 -3.4320 -2.9087 H\\n75 H 2.4426 0.7608 2.3094 H\\n76 H 1.0974 -0.2865 2.0722 H\\n77 H 5.1407 -3.7048 -0.4826 H\\n78 H 3.5613 -5.3189 -0.0019 H\\n79 H 1.4134 -6.0252 0.9463 H\\n80 H -0.0647 -4.3790 1.8789 H\\n81 H 0.5334 -2.0167 1.9196 H\\n82 H 6.8116 -2.1610 -0.8714 H\\n83 H 7.7212 0.1463 -0.7415 H\\n84 H 6.3390 1.9048 0.1607 H\\n85 H 4.0952 1.3993 0.9528 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C -0.6905 2.5417 -1.8464 C\\n2 C 0.5251 0.4336 -1.1383 C\\n3 C -1.6495 0.7322 -0.4832 C\\n4 N -0.2576 0.7793 0.0335 N\\n5 C -1.9747 1.9671 -1.3103 C\\n6 C 0.2032 1.3600 -2.2637 C\\n7 C -2.9219 1.5901 -2.4412 C\\n8 C -3.2761 2.7799 -3.2873 C\\n9 C -0.0613 2.1506 0.4340 C\\n10 C 0.0293 3.1465 -0.6985 C\\n11 C 1.9761 0.2397 -0.9735 C\\n12 C 3.2226 0.7114 -3.1230 C\\n13 C 2.5868 -0.2004 -2.3133 C\\n14 N 3.6896 -0.9722 -4.7227 N\\n15 C 2.5175 -1.5026 -2.7336 C\\n16 C 3.7846 0.3311 -4.3465 C\\n17 C 3.0730 -1.8839 -3.9449 C\\n18 C 1.9194 -2.4861 -1.9901 C\\n19 C 1.8737 -3.7917 -2.4330 C\\n20 C 2.4234 -4.1739 -3.6372 C\\n21 C 3.0312 -3.1866 -4.3948 C\\n22 O 2.6628 1.3161 -0.5175 O\\n23 C 3.6748 1.2586 0.3400 C\\n24 C 3.3725 0.7031 1.6636 C\\n25 C 2.8190 -0.3075 4.2353 C\\n26 C 2.9576 1.5160 2.7168 C\\n27 C 3.4978 -0.6399 1.9585 C\\n28 C 3.2241 -1.1471 3.2333 C\\n29 C 2.6840 1.0391 3.9752 C\\n30 C -0.1780 -0.1527 1.1162 C\\n31 C -1.4240 -0.6067 1.7671 C\\n32 C -3.9243 -1.4499 2.8749 C\\n33 C -2.0533 0.0774 2.7919 C\\n34 C -2.1021 -1.7474 1.3155 C\\n35 C -3.3122 -2.1453 1.8591 C\\n36 C -3.2700 -0.3273 3.3342 C\\n37 C -3.9751 -3.2871 1.4139 C\\n38 C -3.4396 -4.0614 0.4108 C\\n39 C -2.2492 -3.6884 -0.1375 C\\n40 C -1.6047 -2.5540 0.3144 C\\n41 C -3.8733 0.3477 4.3804 C\\n42 C -3.2919 1.4612 4.9429 C\\n43 C -2.0868 1.8726 4.4212 C\\n44 C -1.4927 1.1946 3.3778 C\\n45 H -0.8253 3.1647 -2.7279 H\\n46 H 0.0134 -0.5337 -1.4720 H\\n47 H -2.3899 0.6793 0.3102 H\\n48 H -1.6945 -0.1507 -1.1729 H\\n49 H -2.4753 2.7639 -0.7280 H\\n50 H 1.0654 1.7533 -2.8297 H\\n51 H -0.4436 0.8978 -3.0779 H\\n52 H -3.8542 1.2321 -1.9626 H\\n53 H -2.4791 0.8050 -3.0667 H\\n54 H -2.8179 3.7050 -2.9338 H\\n55 H -4.3825 2.9375 -3.3755 H\\n56 H -2.9249 2.6346 -4.3486 H\\n57 H -1.0454 2.4693 0.9035 H\\n58 H 0.6950 2.3130 1.2002 H\\n59 H 1.0587 3.4471 -0.9622 H\\n60 H -0.4870 4.1206 -0.4728 H\\n61 H 2.3323 -0.6189 -0.3747 H\\n62 H 3.3512 1.7588 -2.8762 H\\n63 H 4.2822 1.0516 -4.9801 H\\n64 H 1.4768 -2.2853 -1.0312 H\\n65 H 1.3862 -4.5620 -1.8157 H\\n66 H 2.3975 -5.1996 -4.0047 H\\n67 H 3.4783 -3.4679 -5.3615 H\\n68 H 3.9766 2.3419 0.5555 H\\n69 H 4.6354 0.8468 -0.0741 H\\n70 H 2.6114 -0.7163 5.2166 H\\n71 H 2.8504 2.5768 2.5161 H\\n72 H 3.8219 -1.3790 1.2397 H\\n73 H 3.3342 -2.2238 3.4335 H\\n74 H 2.3697 1.7391 4.7268 H\\n75 H 0.4800 -1.0492 0.8971 H\\n76 H 0.5401 0.2842 1.8875 H\\n77 H -4.8549 -1.7531 3.2926 H\\n78 H -4.9235 -3.5852 1.8500 H\\n79 H -3.9570 -4.9443 0.0695 H\\n80 H -1.8031 -4.2684 -0.9206 H\\n81 H -0.6851 -2.2990 -0.1278 H\\n82 H -4.8178 0.0212 4.7869 H\\n83 H -3.7842 1.9702 5.7582 H\\n84 H -1.5900 2.7553 4.8428 H\\n85 H -0.5607 1.5298 3.0367 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.0389 2.2503 1.7589 C\\n2 C 0.3164 0.6448 -0.1777 C\\n3 C -1.6979 0.8699 0.8326 C\\n4 N -0.5683 -0.0496 0.6968 N\\n5 C -1.4159 2.1479 1.5367 C\\n6 C 0.8841 1.8514 0.5381 C\\n7 C -2.0333 3.3397 0.8590 C\\n8 C -1.8676 4.6155 1.6089 C\\n9 C 0.1834 -0.1546 1.9653 C\\n10 C 0.3598 1.0984 2.7285 C\\n11 C 1.3903 -0.0124 -0.9522 C\\n12 C 0.9643 1.0561 -3.2039 C\\n13 C 1.7620 0.8884 -2.0697 C\\n14 N 2.4214 2.6342 -4.2038 N\\n15 C 2.9239 1.6565 -2.0704 C\\n16 C 1.3098 1.9130 -4.2274 C\\n17 C 3.2235 2.5065 -3.1319 C\\n18 C 3.8397 1.6171 -1.0456 C\\n19 C 4.9966 2.3830 -1.0688 C\\n20 C 5.2916 3.2240 -2.1184 C\\n21 C 4.3827 3.2726 -3.1524 C\\n22 O 2.3468 -0.7039 -0.3244 O\\n23 C 2.4879 -2.0415 -0.5469 C\\n24 C 3.6162 -2.6034 0.2471 C\\n25 C 5.5977 -3.6715 1.8418 C\\n26 C 4.9097 -2.6683 -0.2257 C\\n27 C 3.3383 -3.0835 1.5316 C\\n28 C 4.3120 -3.6137 2.3280 C\\n29 C 5.8843 -3.2026 0.5801 C\\n30 C -1.1092 -1.3128 0.3910 C\\n31 C -2.5671 -1.4714 0.1435 C\\n32 C -5.3600 -1.6819 -0.2871 C\\n33 C -3.1765 -1.1771 -1.0599 C\\n34 C -3.4421 -1.8938 1.1588 C\\n35 C -4.8127 -1.9913 0.9308 C\\n36 C -4.5349 -1.2751 -1.2816 C\\n37 C -5.6909 -2.4155 1.9168 C\\n38 C -5.2347 -2.7575 3.1606 C\\n39 C -3.8799 -2.6646 3.3915 C\\n40 C -3.0058 -2.2389 2.4003 C\\n41 C -5.1109 -0.9896 -2.5171 C\\n42 C -4.3368 -0.5984 -3.5684 C\\n43 C -2.9866 -0.4928 -3.3852 C\\n44 C -2.4254 -0.7751 -2.1646 C\\n45 H 0.4230 3.1956 2.1279 H\\n46 H -0.3522 1.1501 -0.9523 H\\n47 H -2.5805 0.4118 1.2681 H\\n48 H -2.0211 1.1820 -0.2072 H\\n49 H -1.8957 2.1111 2.5594 H\\n50 H 1.0520 2.7193 -0.1271 H\\n51 H 1.8605 1.6538 1.0170 H\\n52 H -1.5853 3.4559 -0.1450 H\\n53 H -3.1151 3.1757 0.6787 H\\n54 H -1.9293 4.5076 2.7174 H\\n55 H -0.9441 5.1832 1.3014 H\\n56 H -2.7078 5.2898 1.3405 H\\n57 H -0.1896 -0.8818 2.6670 H\\n58 H 1.1750 -0.5938 1.6357 H\\n59 H -0.2663 1.2419 3.6121 H\\n60 H 1.4294 1.2241 3.0642 H\\n61 H 0.9193 -0.8398 -1.5396 H\\n62 H 0.0429 0.5166 -3.3280 H\\n63 H 0.6575 2.0196 -5.1040 H\\n64 H 3.6935 0.9968 -0.2102 H\\n65 H 5.7099 2.3378 -0.2466 H\\n66 H 6.1814 3.8130 -2.1360 H\\n67 H 4.6160 3.9375 -3.9828 H\\n68 H 1.5706 -2.5705 -0.2238 H\\n69 H 2.5961 -2.2855 -1.6316 H\\n70 H 6.4173 -4.0839 2.4314 H\\n71 H 5.1098 -2.2914 -1.2252 H\\n72 H 2.3197 -3.0433 1.9304 H\\n73 H 4.0794 -3.9814 3.3214 H\\n74 H 6.9016 -3.2614 0.2269 H\\n75 H -0.7032 -2.0927 1.1004 H\\n76 H -0.6358 -1.7978 -0.5284 H\\n77 H -6.4263 -1.7611 -0.4490 H\\n78 H -6.7591 -2.4923 1.7444 H\\n79 H -5.8946 -3.0898 3.9442 H\\n80 H -3.4867 -2.9350 4.3850 H\\n81 H -1.9872 -2.2027 2.6338 H\\n82 H -6.1870 -1.0783 -2.6477 H\\n83 H -4.8297 -0.3871 -4.5093 H\\n84 H -2.3969 -0.1783 -4.2460 H\\n85 H -1.3867 -0.7041 -2.0309 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.9292 -2.3071 2.1991 C\\n2 C 0.4312 -0.1246 1.0342 C\\n3 C -1.0772 -1.0660 2.5090 C\\n4 N -0.8609 -0.7556 1.0301 N\\n5 C -0.4026 -2.2737 2.9970 C\\n6 C 1.2921 -0.8762 2.0878 C\\n7 C -0.1346 -2.1564 4.4676 C\\n8 C 0.6822 -3.3094 5.0076 C\\n9 C -0.7846 -2.0849 0.4729 C\\n10 C 0.4609 -2.8325 0.8651 C\\n11 C 1.2391 0.0636 -0.1509 C\\n12 C 0.1037 0.3889 -2.3859 C\\n13 C 0.6970 0.9393 -1.2680 C\\n14 N -0.1246 2.4496 -3.4260 N\\n15 C 0.8704 2.3044 -1.2583 C\\n16 C -0.3025 1.1398 -3.4543 C\\n17 C 0.4486 3.0439 -2.3592 C\\n18 C 1.4297 2.9708 -0.2254 C\\n19 C 1.5671 4.3531 -0.2949 C\\n20 C 1.1565 5.0929 -1.3770 C\\n21 C 0.5860 4.4163 -2.4268 C\\n22 O 2.5192 0.5988 0.1236 O\\n23 C 3.5888 0.1195 -0.4983 C\\n24 C 3.8811 -1.3067 -0.3751 C\\n25 C 4.4824 -4.0745 -0.2382 C\\n26 C 4.5988 -1.8784 0.6705 C\\n27 C 3.4696 -2.1827 -1.3643 C\\n28 C 3.7681 -3.5496 -1.2936 C\\n29 C 4.8945 -3.2089 0.7480 C\\n30 C -2.0423 -0.0068 0.8176 C\\n31 C -2.5032 0.7283 -0.3009 C\\n32 C -3.3717 2.2570 -2.5432 C\\n33 C -3.1109 0.1580 -1.4216 C\\n34 C -2.3602 2.1250 -0.3688 C\\n35 C -2.7832 2.8558 -1.4578 C\\n36 C -3.5304 0.8971 -2.5083 C\\n37 C -2.6702 4.2441 -1.5178 C\\n38 C -2.1235 4.9485 -0.4719 C\\n39 C -1.6958 4.2412 0.6259 C\\n40 C -1.8155 2.8530 0.6697 C\\n41 C -4.1665 0.3219 -3.6039 C\\n42 C -4.4078 -1.0319 -3.6403 C\\n43 C -4.0040 -1.7910 -2.5668 C\\n44 C -3.3763 -1.1977 -1.4966 C\\n45 H 1.6973 -2.8838 2.6942 H\\n46 H 0.2477 0.8902 1.5368 H\\n47 H -0.8569 -0.1614 3.0832 H\\n48 H -2.1960 -1.2899 2.5670 H\\n49 H -0.9555 -3.2192 2.7795 H\\n50 H 1.1130 -0.4092 3.1103 H\\n51 H 2.3604 -0.7230 1.9276 H\\n52 H 0.3301 -1.2202 4.7899 H\\n53 H -1.1361 -2.2207 4.9760 H\\n54 H 0.4072 -3.4439 6.0711 H\\n55 H 1.7651 -3.0961 4.9532 H\\n56 H 0.4135 -4.2707 4.5161 H\\n57 H -1.6142 -2.6635 0.9285 H\\n58 H -0.7752 -2.0834 -0.6354 H\\n59 H 1.2102 -2.9870 0.1093 H\\n60 H 0.1789 -3.9271 1.1294 H\\n61 H 1.4528 -0.8697 -0.6970 H\\n62 H -0.0618 -0.6844 -2.4507 H\\n63 H -0.7688 0.6551 -4.3198 H\\n64 H 1.7623 2.5020 0.6586 H\\n65 H 2.0144 4.8870 0.5295 H\\n66 H 1.2751 6.1562 -1.4039 H\\n67 H 0.2642 4.9911 -3.2727 H\\n68 H 4.4970 0.6726 -0.0565 H\\n69 H 3.6779 0.4365 -1.5841 H\\n70 H 4.7101 -5.1282 -0.1880 H\\n71 H 4.9213 -1.1870 1.4472 H\\n72 H 2.9122 -1.8879 -2.2388 H\\n73 H 3.4525 -4.2381 -2.0572 H\\n74 H 5.4593 -3.5696 1.6000 H\\n75 H -2.0741 0.6616 1.7565 H\\n76 H -2.9518 -0.6937 1.1656 H\\n77 H -3.6969 2.8300 -3.3910 H\\n78 H -3.0127 4.7952 -2.3931 H\\n79 H -2.0577 6.0217 -0.5656 H\\n80 H -1.2648 4.7880 1.4535 H\\n81 H -1.4626 2.3926 1.5712 H\\n82 H -4.4868 0.9142 -4.4504 H\\n83 H -4.8952 -1.5422 -4.4580 H\\n84 H -4.1780 -2.8726 -2.5543 H\\n85 H -3.1254 -1.8176 -0.6693 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C -0.6449 -2.9030 -1.1983 C\\n2 C 0.4304 -0.9118 -0.2605 C\\n3 C -1.8238 -1.1078 0.0216 C\\n4 N -0.8331 -0.3641 -0.7681 N\\n5 C -1.9596 -2.5327 -0.5134 C\\n6 C 0.5419 -2.3740 -0.4093 C\\n7 C -2.2757 -3.5131 0.5656 C\\n8 C -2.4037 -4.9045 -0.0350 C\\n9 C -1.0624 -0.7133 -2.1295 C\\n10 C -0.5829 -2.0811 -2.4962 C\\n11 C 1.6733 -0.1873 -0.6515 C\\n12 C 3.6179 -1.7991 -0.6428 C\\n13 C 2.8438 -0.8728 0.0261 C\\n14 N 4.9995 -2.1495 1.2454 N\\n15 C 3.1883 -0.6042 1.3291 C\\n16 C 4.6995 -2.4393 -0.0278 C\\n17 C 4.2627 -1.2455 1.9272 C\\n18 C 2.5156 0.3136 2.1020 C\\n19 C 2.8887 0.5748 3.3936 C\\n20 C 3.9695 -0.0747 3.9911 C\\n21 C 4.6522 -0.9953 3.2256 C\\n22 O 1.9425 -0.1132 -1.9903 O\\n23 C 2.1290 1.1262 -2.5339 C\\n24 C 3.2642 1.8238 -1.9106 C\\n25 C 5.5478 3.0807 -0.8837 C\\n26 C 4.5298 1.5345 -2.3855 C\\n27 C 3.1722 2.7568 -0.9113 C\\n28 C 4.2977 3.3889 -0.3913 C\\n29 C 5.6635 2.1449 -1.8899 C\\n30 C -1.0336 1.0220 -0.4194 C\\n31 C -2.3525 1.4115 0.1282 C\\n32 C -4.9407 2.0294 1.1674 C\\n33 C -3.4470 1.6997 -0.6864 C\\n34 C -2.6191 1.4537 1.4963 C\\n35 C -3.8769 1.7535 1.9963 C\\n36 C -4.6975 1.9970 -0.1865 C\\n37 C -4.1344 1.8133 3.3611 C\\n38 C -3.1336 1.5748 4.2771 C\\n39 C -1.8901 1.2798 3.8021 C\\n40 C -1.6446 1.2220 2.4491 C\\n41 C -5.7748 2.3177 -1.0066 C\\n42 C -5.6318 2.3546 -2.3656 C\\n43 C -4.3934 2.0664 -2.8927 C\\n44 C -3.3331 1.7489 -2.0705 C\\n45 H -0.6157 -3.9775 -1.3779 H\\n46 H 0.3117 -0.7459 0.8606 H\\n47 H -2.7891 -0.6044 -0.1246 H\\n48 H -1.5198 -1.1483 1.0905 H\\n49 H -2.7386 -2.6135 -1.2987 H\\n50 H 1.4153 -2.7329 -0.9896 H\\n51 H 0.4886 -2.9339 0.5611 H\\n52 H -1.5285 -3.5788 1.3635 H\\n53 H -3.2404 -3.2814 1.0475 H\\n54 H -2.8624 -4.7852 -1.0570 H\\n55 H -1.4209 -5.4003 -0.1422 H\\n56 H -3.0592 -5.5362 0.5797 H\\n57 H -2.1849 -0.8308 -2.2515 H\\n58 H -0.6456 -0.0143 -2.8629 H\\n59 H -1.2176 -2.5983 -3.2437 H\\n60 H 0.4338 -2.1010 -2.8885 H\\n61 H 1.6053 0.8433 -0.2725 H\\n62 H 3.4642 -2.0764 -1.6795 H\\n63 H 5.2945 -3.1656 -0.5726 H\\n64 H 1.6813 0.8736 1.7101 H\\n65 H 2.3735 1.2846 4.0029 H\\n66 H 4.2463 0.1447 5.0068 H\\n67 H 5.5007 -1.5065 3.6902 H\\n68 H 2.3328 0.9493 -3.6334 H\\n69 H 1.2079 1.7648 -2.5161 H\\n70 H 6.4155 3.5552 -0.4969 H\\n71 H 4.6602 0.8136 -3.1662 H\\n72 H 2.2309 3.0567 -0.4887 H\\n73 H 4.1979 4.1152 0.3916 H\\n74 H 6.6437 1.9030 -2.2770 H\\n75 H -0.2402 1.2006 0.3186 H\\n76 H -0.7516 1.7004 -1.2713 H\\n77 H -5.9212 2.2608 1.5506 H\\n78 H -5.1457 2.0528 3.7182 H\\n79 H -3.3883 1.6337 5.3260 H\\n80 H -1.0982 1.0920 4.5325 H\\n81 H -0.6390 0.9821 2.1525 H\\n82 H -6.7327 2.5410 -0.5918 H\\n83 H -6.4327 2.5967 -3.0472 H\\n84 H -4.2739 2.0966 -3.9840 H\\n85 H -2.3983 1.5684 -2.5175 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.0560 3.1460 -0.6025 C\\n2 C 0.5945 0.6785 -0.7183 C\\n3 C -1.5978 1.3921 -0.6432 C\\n4 N -0.5324 0.7411 0.1916 N\\n5 C -1.4610 2.8925 -0.6296 C\\n6 C 0.7190 2.0491 -1.3789 C\\n7 C -1.9728 3.5006 -1.9246 C\\n8 C -1.6663 4.9630 -1.9248 C\\n9 C -0.2974 1.6691 1.2526 C\\n10 C 0.4048 2.9455 0.8570 C\\n11 C 1.8833 0.1363 -0.2955 C\\n12 C 1.9728 -1.5491 1.5833 C\\n13 C 1.9318 -1.2644 0.2308 C\\n14 N 2.1091 -3.8442 1.2223 N\\n15 C 1.9859 -2.3698 -0.6144 C\\n16 C 2.0608 -2.8233 2.0939 C\\n17 C 2.0741 -3.6480 -0.1030 C\\n18 C 1.9540 -2.2401 -1.9832 C\\n19 C 2.0105 -3.3682 -2.7712 C\\n20 C 2.0987 -4.6457 -2.2598 C\\n21 C 2.1306 -4.7786 -0.8984 C\\n22 O 2.8979 0.2168 -1.2558 O\\n23 C 4.0272 0.8778 -0.9161 C\\n24 C 4.8015 0.3671 0.2174 C\\n25 C 6.3948 -0.7178 2.2569 C\\n26 C 5.7048 -0.6512 -0.0130 C\\n27 C 4.7163 0.8339 1.5116 C\\n28 C 5.5023 0.2965 2.5114 C\\n29 C 6.4988 -1.2050 0.9579 C\\n30 C -1.0416 -0.5174 0.6556 C\\n31 C -2.5095 -0.7040 0.6320 C\\n32 C -5.3456 -0.9264 0.4405 C\\n33 C -3.3599 -0.3322 1.6506 C\\n34 C -3.1401 -1.2091 -0.5160 C\\n35 C -4.5224 -1.3102 -0.5936 C\\n36 C -4.7375 -0.4336 1.5715 C\\n37 C -5.1607 -1.8171 -1.7213 C\\n38 C -4.4337 -2.2412 -2.8100 C\\n39 C -3.0627 -2.1464 -2.7422 C\\n40 C -2.4392 -1.6397 -1.6138 C\\n41 C -5.5762 -0.0865 2.6185 C\\n42 C -5.0642 0.3805 3.8071 C\\n43 C -3.7042 0.4867 3.9123 C\\n44 C -2.8754 0.1410 2.8676 C\\n45 H 0.3425 4.1067 -1.0147 H\\n46 H 0.2153 0.0030 -1.5503 H\\n47 H -2.5935 1.1736 -0.2096 H\\n48 H -1.4864 1.0918 -1.7049 H\\n49 H -1.9206 3.4043 0.2089 H\\n50 H 1.7549 2.3178 -1.6394 H\\n51 H 0.1856 2.0348 -2.3761 H\\n52 H -1.5616 2.9902 -2.8123 H\\n53 H -3.0883 3.3897 -1.9145 H\\n54 H -1.5002 5.3728 -0.9041 H\\n55 H -0.7344 5.2033 -2.4986 H\\n56 H -2.5074 5.5710 -2.3460 H\\n57 H 0.1772 1.2782 2.1511 H\\n58 H -1.3303 2.0280 1.5664 H\\n59 H 0.0003 3.8113 1.4721 H\\n60 H 1.4716 2.8535 0.9953 H\\n61 H 2.2867 0.7393 0.5590 H\\n62 H 1.9333 -0.7228 2.2653 H\\n63 H 2.0879 -2.9580 3.1712 H\\n64 H 1.8870 -1.3022 -2.4630 H\\n65 H 1.9861 -3.2756 -3.8469 H\\n66 H 2.1403 -5.5032 -2.9299 H\\n67 H 2.2004 -5.7815 -0.4677 H\\n68 H 4.7134 0.8260 -1.8157 H\\n69 H 3.8820 1.9806 -0.7002 H\\n70 H 7.0075 -1.1299 3.0603 H\\n71 H 5.8066 -1.0494 -1.0142 H\\n72 H 4.0472 1.6343 1.7843 H\\n73 H 5.4129 0.6860 3.5280 H\\n74 H 7.2063 -1.9954 0.8030 H\\n75 H -0.5072 -1.3305 0.1394 H\\n76 H -0.6294 -0.6223 1.6978 H\\n77 H -6.4146 -1.0053 0.3742 H\\n78 H -6.2366 -1.8976 -1.7883 H\\n79 H -4.9263 -2.6350 -3.6873 H\\n80 H -2.4858 -2.4812 -3.6007 H\\n81 H -1.3862 -1.6056 -1.6195 H\\n82 H -6.6489 -0.1776 2.5170 H\\n83 H -5.6896 0.6585 4.6382 H\\n84 H -3.2939 0.8497 4.8386 H\\n85 H -1.8331 0.2238 3.0203 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.1080 0.3204 2.8314 C\\n2 C 0.3100 0.9421 0.3981 C\\n3 C -1.7734 0.9293 1.3474 C\\n4 N -0.8701 0.1529 0.4708 N\\n5 C -1.1556 1.1249 2.7046 C\\n6 C 1.0312 0.7445 1.7535 C\\n7 C -0.9876 2.5768 3.1035 C\\n8 C -0.5459 2.7090 4.5444 C\\n9 C -0.7483 -1.1250 1.0900 C\\n10 C -0.2986 -1.0980 2.5468 C\\n11 C 1.2881 0.8333 -0.7078 C\\n12 C 1.4029 3.1993 -1.6114 C\\n13 C 2.0035 2.1481 -0.9285 C\\n14 N 3.2356 4.6138 -1.3399 N\\n15 C 3.2698 2.3848 -0.4509 C\\n16 C 2.0152 4.4133 -1.8113 C\\n17 C 3.8548 3.6331 -0.6767 C\\n18 C 3.9892 1.4412 0.2383 C\\n19 C 5.2557 1.7502 0.6833 C\\n20 C 5.8621 2.9705 0.4781 C\\n21 C 5.1390 3.9176 -0.2143 C\\n22 O 2.0006 -0.2666 -0.9102 O\\n23 C 2.0417 -0.9906 -2.0240 C\\n24 C 3.0272 -2.1245 -1.7575 C\\n25 C 4.8408 -4.1346 -1.2926 C\\n26 C 4.3575 -1.9098 -2.0538 C\\n27 C 2.5696 -3.3260 -1.2304 C\\n28 C 3.4967 -4.3434 -0.9966 C\\n29 C 5.2662 -2.9168 -1.8208 C\\n30 C -1.4982 -0.0200 -0.8417 C\\n31 C -2.7479 -0.7253 -0.9712 C\\n32 C -5.3129 -2.0167 -0.9582 C\\n33 C -2.9131 -2.0988 -1.0692 C\\n34 C -3.9555 -0.0073 -0.8752 C\\n35 C -5.1828 -0.6424 -0.8682 C\\n36 C -4.1388 -2.7291 -1.0621 C\\n37 C -6.3843 0.0616 -0.8175 C\\n38 C -6.3986 1.4330 -0.7764 C\\n39 C -5.1918 2.0847 -0.7880 C\\n40 C -3.9907 1.3699 -0.8377 C\\n41 C -4.2784 -4.1045 -1.2241 C\\n42 C -3.1828 -4.9082 -1.4073 C\\n43 C -1.9488 -4.3018 -1.4254 C\\n44 C -1.8228 -2.9571 -1.2643 C\\n45 H 0.5340 0.4508 3.8433 H\\n46 H 0.0045 2.0241 0.4097 H\\n47 H -2.7315 0.4535 1.5100 H\\n48 H -1.8071 1.9788 0.9384 H\\n49 H -1.8224 0.7090 3.5256 H\\n50 H 1.5864 1.6253 2.0660 H\\n51 H 1.6850 -0.1620 1.5528 H\\n52 H -1.9531 3.0756 3.0213 H\\n53 H -0.2384 3.1247 2.5191 H\\n54 H -0.4010 3.8210 4.6932 H\\n55 H 0.4497 2.2799 4.7230 H\\n56 H -1.3448 2.3470 5.2167 H\\n57 H -0.0145 -1.7835 0.5802 H\\n58 H -1.7446 -1.5983 1.0737 H\\n59 H 0.4812 -1.8401 2.7753 H\\n60 H -1.1602 -1.3433 3.1863 H\\n61 H 0.6666 0.8656 -1.6736 H\\n62 H 0.4041 3.0338 -1.9970 H\\n63 H 1.5116 5.2201 -2.3542 H\\n64 H 3.6035 0.4893 0.4337 H\\n65 H 5.8344 1.0130 1.2286 H\\n66 H 6.8681 3.1764 0.8475 H\\n67 H 5.5783 4.8957 -0.3990 H\\n68 H 2.4503 -0.4477 -2.9140 H\\n69 H 1.1075 -1.5116 -2.2589 H\\n70 H 5.5878 -4.9144 -1.1186 H\\n71 H 4.6489 -0.9627 -2.4579 H\\n72 H 1.5084 -3.4656 -1.0059 H\\n73 H 3.1545 -5.2970 -0.5818 H\\n74 H 6.3087 -2.7337 -2.0582 H\\n75 H -0.7044 -0.6322 -1.3103 H\\n76 H -1.4727 0.9532 -1.4056 H\\n77 H -6.2575 -2.4978 -0.9483 H\\n78 H -7.3398 -0.4397 -0.8087 H\\n79 H -7.3234 1.9707 -0.7364 H\\n80 H -5.1872 3.1646 -0.7581 H\\n81 H -3.1105 1.9484 -0.8853 H\\n82 H -5.2451 -4.5725 -1.2105 H\\n83 H -3.2531 -5.9650 -1.5335 H\\n84 H -1.0639 -4.9255 -1.5728 H\\n85 H -0.8369 -2.5356 -1.3330 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.0444 -2.0626 -1.7877 C\\n2 C 0.3126 -0.7339 0.3613 C\\n3 C -1.7647 -1.0055 -0.5893 C\\n4 N -0.6714 -0.0302 -0.3743 N\\n5 C -1.4283 -1.9439 -1.7308 C\\n6 C 0.7050 -1.9810 -0.4183 C\\n7 C -2.1579 -3.2541 -1.6720 C\\n8 C -1.8450 -4.1263 -0.5109 C\\n9 C -0.2371 0.3028 -1.7254 C\\n10 C 0.5464 -0.7578 -2.4250 C\\n11 C 1.4981 -0.0222 0.9139 C\\n12 C 1.4039 -0.7723 3.2988 C\\n13 C 2.0993 -0.7450 2.0773 C\\n14 N 3.0451 -2.0907 4.3456 N\\n15 C 3.2843 -1.4215 2.0523 C\\n16 C 1.8759 -1.4330 4.4000 C\\n17 C 3.7363 -2.0820 3.1856 C\\n18 C 4.0742 -1.4765 0.9416 C\\n19 C 5.2682 -2.1652 0.9631 C\\n20 C 5.7400 -2.8288 2.0710 C\\n21 C 4.9403 -2.7760 3.2046 C\\n22 O 2.3509 0.5910 0.0616 O\\n23 C 2.5118 1.9382 0.1279 C\\n24 C 3.5023 2.4009 -0.9026 C\\n25 C 5.4069 3.2591 -2.7776 C\\n26 C 4.8591 2.4700 -0.5799 C\\n27 C 3.1321 2.7682 -2.1720 C\\n28 C 4.0575 3.1893 -3.0955 C\\n29 C 5.7986 2.8884 -1.4898 C\\n30 C -1.2156 1.1855 0.1831 C\\n31 C -2.6898 1.3047 0.2338 C\\n32 C -5.5351 1.4885 0.2438 C\\n33 C -3.4727 0.7068 1.2079 C\\n34 C -3.4030 2.0103 -0.7442 C\\n35 C -4.7797 2.0937 -0.7323 C\\n36 C -4.8592 0.7930 1.2165 C\\n37 C -5.4924 2.8077 -1.6945 C\\n38 C -4.8358 3.4678 -2.7072 C\\n39 C -3.4621 3.3991 -2.7364 C\\n40 C -2.7604 2.6811 -1.7684 C\\n41 C -5.6287 0.2077 2.2101 C\\n42 C -5.0446 -0.4831 3.2322 C\\n43 C -3.6708 -0.5788 3.2442 C\\n44 C -2.9175 0.0033 2.2562 C\\n45 H 0.4589 -2.9202 -2.3068 H\\n46 H -0.1981 -1.1846 1.2745 H\\n47 H -1.8067 -1.7032 0.2978 H\\n48 H -2.7321 -0.5286 -0.7390 H\\n49 H -1.7827 -1.4304 -2.6698 H\\n50 H 1.7752 -1.8662 -0.6774 H\\n51 H 0.6255 -2.9109 0.1473 H\\n52 H -1.8461 -3.8186 -2.5880 H\\n53 H -3.2453 -3.1237 -1.7175 H\\n54 H -2.0424 -3.6975 0.4876 H\\n55 H -0.8550 -4.6308 -0.6011 H\\n56 H -2.5736 -4.9924 -0.5729 H\\n57 H -1.1572 0.4154 -2.3318 H\\n58 H 0.3492 1.2432 -1.6730 H\\n59 H 1.6325 -0.6765 -2.2735 H\\n60 H 0.3298 -0.8478 -3.4977 H\\n61 H 1.0567 0.8872 1.4647 H\\n62 H 0.4488 -0.2467 3.3764 H\\n63 H 1.2720 -1.4059 5.3162 H\\n64 H 3.8021 -0.9979 0.0400 H\\n65 H 5.8868 -2.1940 0.0526 H\\n66 H 6.6760 -3.3720 2.0959 H\\n67 H 5.2879 -3.2966 4.1099 H\\n68 H 1.5521 2.4551 -0.0049 H\\n69 H 2.8807 2.2143 1.1425 H\\n70 H 6.1221 3.5940 -3.5205 H\\n71 H 5.1622 2.1844 0.4128 H\\n72 H 2.0966 2.7310 -2.4661 H\\n73 H 3.7751 3.4805 -4.0972 H\\n74 H 6.8621 2.9551 -1.2753 H\\n75 H -0.7314 2.1144 -0.2114 H\\n76 H -0.8105 1.2448 1.2384 H\\n77 H -6.5975 1.5522 0.2515 H\\n78 H -6.5733 2.8559 -1.6625 H\\n79 H -5.4243 4.0072 -3.4299 H\\n80 H -2.9359 3.9146 -3.5281 H\\n81 H -1.7142 2.6813 -1.8444 H\\n82 H -6.7166 0.2787 2.2088 H\\n83 H -5.6056 -0.9564 4.0291 H\\n84 H -3.1575 -1.1188 4.0395 H\\n85 H -1.8677 -0.0764 2.3056 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C -0.2013 2.1615 -2.0252 C\\n2 C 0.4138 -0.1279 -1.0333 C\\n3 C -1.3265 0.1990 -2.2964 C\\n4 N -0.9617 -0.0122 -0.8343 N\\n5 C -1.5042 1.6256 -2.6357 C\\n6 C 0.8402 1.0971 -1.8994 C\\n7 C -1.5849 1.8217 -4.0967 C\\n8 C -0.5539 1.2007 -4.9578 C\\n9 C -1.4015 1.2272 -0.1867 C\\n10 C -0.6517 2.4454 -0.5926 C\\n11 C 1.6142 -0.4110 -0.2739 C\\n12 C 3.6616 1.0883 -0.4599 C\\n13 C 2.5056 0.6542 0.2209 C\\n14 N 4.2409 2.6652 1.1946 N\\n15 C 2.3100 1.3261 1.4301 C\\n16 C 4.4894 2.0600 0.0230 C\\n17 C 3.1613 2.3027 1.8931 C\\n18 C 1.2279 1.0136 2.2122 C\\n19 C 0.9795 1.6367 3.4163 C\\n20 C 1.8391 2.6113 3.8661 C\\n21 C 2.9431 2.9489 3.0962 C\\n22 O 1.7104 -1.5948 0.4241 O\\n23 C 2.3768 -2.6483 -0.0438 C\\n24 C 3.7899 -2.4061 -0.2894 C\\n25 C 6.5745 -2.0213 -0.6522 C\\n26 C 4.6786 -2.4585 0.7695 C\\n27 C 4.3351 -2.1567 -1.5309 C\\n28 C 5.7042 -1.9656 -1.7197 C\\n29 C 6.0462 -2.2707 0.5988 C\\n30 C -1.8294 -1.0674 -0.4715 C\\n31 C -2.8235 -1.0648 0.6069 C\\n32 C -4.7764 -0.9318 2.6975 C\\n33 C -2.5500 -1.3383 1.9383 C\\n34 C -4.1736 -0.7125 0.3710 C\\n35 C -5.0975 -0.6534 1.3879 C\\n36 C -3.4739 -1.2786 2.9523 C\\n37 C -6.4369 -0.3131 1.1658 C\\n38 C -6.8665 -0.0243 -0.1096 C\\n39 C -5.9633 -0.0809 -1.1191 C\\n40 C -4.6389 -0.4183 -0.8909 C\\n41 C -3.1659 -1.5848 4.2753 C\\n42 C -1.8873 -1.9704 4.6166 C\\n43 C -0.9551 -2.0396 3.6302 C\\n44 C -1.2690 -1.7371 2.3425 C\\n45 H 0.2143 3.0122 -2.5317 H\\n46 H 0.4360 -0.9862 -1.8094 H\\n47 H -2.0033 -0.5398 -2.6783 H\\n48 H -0.4430 -0.0801 -2.9689 H\\n49 H -2.4016 2.1307 -2.2144 H\\n50 H 1.6681 1.6648 -1.3656 H\\n51 H 1.3379 0.7887 -2.8303 H\\n52 H -2.5746 1.4928 -4.4572 H\\n53 H -1.5532 2.9309 -4.3147 H\\n54 H -0.8451 1.4693 -6.0220 H\\n55 H 0.4617 1.6515 -4.8729 H\\n56 H -0.5518 0.0919 -4.9805 H\\n57 H -2.4794 1.4278 -0.3702 H\\n58 H -1.3553 1.2003 0.9160 H\\n59 H -1.3139 3.3504 -0.6872 H\\n60 H 0.1561 2.7501 0.0683 H\\n61 H 2.2946 -0.7804 -1.1643 H\\n62 H 3.9168 0.6507 -1.4136 H\\n63 H 5.3672 2.3740 -0.5144 H\\n64 H 0.5729 0.2639 1.8657 H\\n65 H 0.1369 1.3979 4.0308 H\\n66 H 1.6410 3.0984 4.8121 H\\n67 H 3.6205 3.7253 3.4625 H\\n68 H 2.3376 -3.4379 0.7775 H\\n69 H 1.8839 -3.1875 -0.8959 H\\n70 H 7.6284 -1.8685 -0.8380 H\\n71 H 4.3593 -2.6493 1.7964 H\\n72 H 3.7368 -2.1050 -2.4285 H\\n73 H 6.0951 -1.7701 -2.7212 H\\n74 H 6.7484 -2.3105 1.4222 H\\n75 H -1.1255 -1.9356 -0.2648 H\\n76 H -2.3551 -1.5241 -1.3673 H\\n77 H -5.5027 -0.8818 3.4825 H\\n78 H -7.1470 -0.2720 1.9819 H\\n79 H -7.8852 0.2353 -0.2826 H\\n80 H -6.2949 0.1437 -2.1209 H\\n81 H -4.0037 -0.4484 -1.7199 H\\n82 H -3.9340 -1.5218 5.0507 H\\n83 H -1.7050 -2.1954 5.6523 H\\n84 H 0.0543 -2.3474 3.9119 H\\n85 H -0.5425 -1.8057 1.5938 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C -0.7154 3.3414 0.6405 C\\n2 C 0.3292 1.0498 0.9068 C\\n3 C 1.5847 2.8844 0.3488 C\\n4 N 1.0150 1.5756 -0.1838 N\\n5 C 0.6398 4.0154 0.3734 C\\n6 C -0.3296 2.2592 1.6011 C\\n7 C 0.9493 5.0453 1.4274 C\\n8 C -0.1032 6.1301 1.4719 C\\n9 C 0.1509 2.0821 -1.2419 C\\n10 C -1.0542 2.8481 -0.7293 C\\n11 C -0.5107 -0.1164 1.0618 C\\n12 C -2.9817 0.2659 1.4742 C\\n13 C -1.9470 -0.1263 0.6424 C\\n14 N -4.6332 -0.1429 -0.2050 N\\n15 C -2.3312 -0.5301 -0.6341 C\\n16 C -4.3158 0.2566 1.0471 C\\n17 C -3.6606 -0.5330 -1.0405 C\\n18 C -1.4234 -0.9767 -1.5659 C\\n19 C -1.7823 -1.4029 -2.8260 C\\n20 C -3.0929 -1.4027 -3.2250 C\\n21 C -4.0471 -0.9553 -2.3027 C\\n22 O 0.0672 -1.3591 0.8523 O\\n23 C 0.2166 -2.2180 1.8732 C\\n24 C -1.0996 -2.5996 2.4413 C\\n25 C -3.6313 -3.4546 3.2944 C\\n26 C -1.6634 -2.0530 3.5523 C\\n27 C -1.8092 -3.5717 1.7653 C\\n28 C -3.0518 -4.0193 2.1488 C\\n29 C -2.9146 -2.4869 3.9598 C\\n30 C 2.2354 1.0202 -0.7114 C\\n31 C 2.4525 -0.2893 -1.2034 C\\n32 C 2.7859 -3.0300 -1.9914 C\\n33 C 2.1779 -0.7555 -2.4964 C\\n34 C 2.9156 -1.2945 -0.3346 C\\n35 C 3.0721 -2.5999 -0.7136 C\\n36 C 2.3369 -2.0726 -2.8719 C\\n37 C 3.5560 -3.5934 0.1502 C\\n38 C 3.9005 -3.2746 1.4418 C\\n39 C 3.7562 -1.9753 1.8429 C\\n40 C 3.2718 -0.9877 0.9768 C\\n41 C 2.1040 -2.5082 -4.1743 C\\n42 C 1.7054 -1.6098 -5.1366 C\\n43 C 1.5469 -0.2880 -4.7843 C\\n44 C 1.7830 0.1060 -3.4967 C\\n45 H -1.4438 3.9915 1.1082 H\\n46 H 1.1936 0.8479 1.6651 H\\n47 H 2.0403 2.7371 1.3154 H\\n48 H 2.3357 3.1920 -0.4452 H\\n49 H 0.5707 4.5843 -0.5848 H\\n50 H -1.2302 1.9932 2.1645 H\\n51 H 0.3446 2.7277 2.3594 H\\n52 H 1.0987 4.6465 2.4328 H\\n53 H 1.9180 5.5133 1.1202 H\\n54 H -1.0611 5.8072 1.8810 H\\n55 H -0.2837 6.5922 0.4802 H\\n56 H 0.2787 6.9581 2.1401 H\\n57 H -0.1379 1.3655 -2.0002 H\\n58 H 0.7889 2.8398 -1.7962 H\\n59 H -2.0083 2.3377 -0.8378 H\\n60 H -1.1812 3.7899 -1.3498 H\\n61 H -0.6479 -0.2389 2.1913 H\\n62 H -2.8483 0.5691 2.5004 H\\n63 H -5.1245 0.5630 1.6839 H\\n64 H -0.3987 -0.9890 -1.3095 H\\n65 H -0.9837 -1.7474 -3.5064 H\\n66 H -3.3442 -1.7354 -4.2032 H\\n67 H -5.0862 -0.9543 -2.6174 H\\n68 H 0.9251 -1.8927 2.6696 H\\n69 H 0.6655 -3.1673 1.4550 H\\n70 H -4.6072 -3.8016 3.6015 H\\n71 H -1.1900 -1.3064 4.1501 H\\n72 H -1.3932 -4.0408 0.8659 H\\n73 H -3.6084 -4.7844 1.6163 H\\n74 H -3.3706 -2.0566 4.8418 H\\n75 H 2.5160 1.8351 -1.5014 H\\n76 H 3.0582 1.3850 0.0094 H\\n77 H 2.9023 -4.0436 -2.2940 H\\n78 H 3.6617 -4.6107 -0.1913 H\\n79 H 4.2783 -3.9788 2.1613 H\\n80 H 4.0274 -1.6976 2.8713 H\\n81 H 3.2205 -0.0140 1.3737 H\\n82 H 2.2216 -3.5300 -4.4712 H\\n83 H 1.5121 -1.9056 -6.1596 H\\n84 H 1.2340 0.4159 -5.5461 H\\n85 H 1.7028 1.1504 -3.2701 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C -0.1993 2.9747 -0.1095 C\\n2 C 0.3615 0.5813 -0.4528 C\\n3 C -1.8303 1.1638 -0.2555 C\\n4 N -0.7182 0.5106 0.4532 N\\n5 C -1.6387 2.6739 -0.3291 C\\n6 C 0.7657 2.0322 -0.7696 C\\n7 C -2.1874 3.1792 -1.6488 C\\n8 C -2.0556 4.6700 -1.7578 C\\n9 C -0.6038 1.3540 1.6310 C\\n10 C 0.0568 2.6574 1.3832 C\\n11 C 1.6066 -0.1897 -0.4116 C\\n12 C 3.7555 1.1589 -0.2685 C\\n13 C 2.7777 0.3518 0.3197 C\\n14 N 5.0106 1.3700 1.7072 N\\n15 C 3.0068 0.0874 1.6747 C\\n16 C 4.8399 1.6481 0.4242 C\\n17 C 4.1075 0.5955 2.3411 C\\n18 C 2.1540 -0.7007 2.3914 C\\n19 C 2.3837 -0.9735 3.7224 C\\n20 C 3.4829 -0.4627 4.3844 C\\n21 C 4.3571 0.3350 3.6761 C\\n22 O 1.5765 -1.5628 -0.4449 O\\n23 C 2.0361 -2.2108 -1.5479 C\\n24 C 3.4403 -2.0217 -1.8932 C\\n25 C 6.2200 -1.8639 -2.4139 C\\n26 C 4.3713 -2.8447 -1.2446 C\\n27 C 3.9402 -1.1242 -2.8046 C\\n28 C 5.2971 -1.0520 -3.0539 C\\n29 C 5.7227 -2.7633 -1.5021 C\\n30 C -1.2472 -0.7714 0.7836 C\\n31 C -2.6095 -1.1609 0.4343 C\\n32 C -5.3262 -1.7928 -0.1990 C\\n33 C -2.9995 -1.6572 -0.7995 C\\n34 C -3.6594 -0.9959 1.3564 C\\n35 C -4.9651 -1.3030 1.0398 C\\n36 C -4.3112 -1.9640 -1.1125 C\\n37 C -6.0091 -1.1523 1.9516 C\\n38 C -5.7678 -0.6846 3.2228 C\\n39 C -4.4736 -0.3744 3.5595 C\\n40 C -3.4342 -0.5292 2.6365 C\\n41 C -4.6769 -2.4921 -2.3454 C\\n42 C -3.7272 -2.7350 -3.3153 C\\n43 C -2.4190 -2.4413 -3.0256 C\\n44 C -2.0762 -1.9198 -1.8037 C\\n45 H 0.0534 4.0252 -0.2427 H\\n46 H -0.1392 0.3380 -1.4692 H\\n47 H -1.9412 0.7665 -1.2893 H\\n48 H -2.7457 0.9416 0.2989 H\\n49 H -2.2309 3.1456 0.4769 H\\n50 H 0.9075 2.2241 -1.8317 H\\n51 H 1.7514 2.2860 -0.2698 H\\n52 H -3.2955 2.9724 -1.6223 H\\n53 H -1.7010 2.7181 -2.5186 H\\n54 H -2.7013 5.0208 -2.6124 H\\n55 H -1.0339 4.9810 -2.0052 H\\n56 H -2.3847 5.1993 -0.8229 H\\n57 H -0.2051 0.8987 2.5203 H\\n58 H -1.6562 1.6595 1.9203 H\\n59 H 1.1533 2.6208 1.5255 H\\n60 H -0.3294 3.4968 1.9841 H\\n61 H 2.0321 -0.0421 -1.4937 H\\n62 H 3.6660 1.4145 -1.3363 H\\n63 H 5.5723 2.2679 -0.0650 H\\n64 H 1.3107 -1.1150 1.9090 H\\n65 H 1.6688 -1.6087 4.2430 H\\n66 H 3.6088 -0.7116 5.4317 H\\n67 H 5.2219 0.7355 4.2009 H\\n68 H 1.7688 -3.3011 -1.4083 H\\n69 H 1.3466 -1.9086 -2.3961 H\\n70 H 7.2627 -1.7883 -2.6233 H\\n71 H 4.0365 -3.5741 -0.5151 H\\n72 H 3.3060 -0.4579 -3.3643 H\\n73 H 5.6704 -0.3491 -3.7630 H\\n74 H 6.4330 -3.4202 -0.9798 H\\n75 H -1.0638 -1.0901 1.8317 H\\n76 H -0.5060 -1.4354 0.2343 H\\n77 H -6.3529 -2.0267 -0.4311 H\\n78 H -7.0351 -1.3992 1.6830 H\\n79 H -6.5385 -0.5565 3.9418 H\\n80 H -4.2493 -0.0023 4.5583 H\\n81 H -2.4682 -0.2837 2.9733 H\\n82 H -5.7320 -2.7243 -2.5645 H\\n83 H -4.0717 -3.1458 -4.2546 H\\n84 H -1.6881 -2.6445 -3.8143 H\\n85 H -1.0355 -1.7268 -1.6231 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.1973 -2.3467 -1.1751 C\\n2 C 0.4153 -0.6655 0.5975 C\\n3 C -1.6834 -1.1743 -0.1958 C\\n4 N -0.6617 -0.1085 -0.2621 N\\n5 C -1.3253 -2.2883 -1.1831 C\\n6 C 0.6912 -2.0644 0.2538 C\\n7 C -1.9647 -3.5496 -0.6817 C\\n8 C -1.5963 -4.7573 -1.5038 C\\n9 C -0.2595 -0.0164 -1.6067 C\\n10 C 0.6391 -1.1710 -2.0099 C\\n11 C 1.5227 0.2603 0.9096 C\\n12 C 1.6322 0.2430 3.4386 C\\n13 C 2.1784 -0.0928 2.2046 C\\n14 N 3.3867 -0.7566 4.6537 N\\n15 C 3.3779 -0.7881 2.2636 C\\n16 C 2.2249 -0.0826 4.6370 C\\n17 C 3.9586 -1.1062 3.4894 C\\n18 C 4.0587 -1.1955 1.1446 C\\n19 C 5.2512 -1.8816 1.1772 C\\n20 C 5.7896 -2.1749 2.4152 C\\n21 C 5.1562 -1.7948 3.5730 C\\n22 O 2.3058 0.7862 -0.0351 O\\n23 C 2.3471 2.1239 -0.2532 C\\n24 C 3.3296 2.4171 -1.3642 C\\n25 C 5.2194 2.9581 -3.2284 C\\n26 C 2.9338 2.4571 -2.6842 C\\n27 C 4.6281 2.6377 -0.9555 C\\n28 C 5.5955 2.9141 -1.9028 C\\n29 C 3.9125 2.7356 -3.6321 C\\n30 C -1.2879 1.0440 0.3490 C\\n31 C -2.7499 1.1666 0.2068 C\\n32 C -5.5848 1.2820 -0.1276 C\\n33 C -3.3585 1.7199 -0.9125 C\\n34 C -3.6451 0.6708 1.1672 C\\n35 C -5.0122 0.7307 0.9962 C\\n36 C -4.7255 1.7784 -1.0819 C\\n37 C -5.9044 0.2512 1.9555 C\\n38 C -5.4364 -0.3043 3.1209 C\\n39 C -4.0736 -0.3706 3.3070 C\\n40 C -3.2071 0.1074 2.3489 C\\n41 C -5.3207 2.3644 -2.1918 C\\n42 C -4.5582 2.9268 -3.1895 C\\n43 C -3.1919 2.8835 -3.0386 C\\n44 C -2.6088 2.2991 -1.9343 C\\n45 H 0.6029 -3.2852 -1.5680 H\\n46 H -0.1527 -0.7219 1.5890 H\\n47 H -1.6712 -1.6330 0.8186 H\\n48 H -2.6766 -0.8477 -0.4589 H\\n49 H -1.6484 -2.0929 -2.2014 H\\n50 H 1.6974 -2.4489 0.2802 H\\n51 H 0.0856 -2.8119 0.8601 H\\n52 H -3.0581 -3.4151 -0.8029 H\\n53 H -1.7306 -3.7763 0.3613 H\\n54 H -0.5696 -5.1311 -1.3220 H\\n55 H -1.8139 -4.6369 -2.5752 H\\n56 H -2.2827 -5.5795 -1.1474 H\\n57 H -1.1674 -0.1487 -2.2579 H\\n58 H 0.3051 0.8941 -1.8945 H\\n59 H 0.4212 -1.4928 -3.0767 H\\n60 H 1.7014 -0.9620 -2.0073 H\\n61 H 0.9813 1.2109 1.2704 H\\n62 H 0.6978 0.7855 3.4175 H\\n63 H 1.7088 0.2311 5.5363 H\\n64 H 3.6497 -0.9838 0.1686 H\\n65 H 5.7726 -2.1936 0.2804 H\\n66 H 6.7343 -2.7175 2.5300 H\\n67 H 5.6012 -2.0382 4.5452 H\\n68 H 2.6347 2.7237 0.6424 H\\n69 H 1.3969 2.5422 -0.6122 H\\n70 H 6.0085 3.1787 -3.9436 H\\n71 H 1.9237 2.2837 -2.9698 H\\n72 H 4.9124 2.6005 0.0912 H\\n73 H 6.6100 3.0858 -1.5712 H\\n74 H 3.6675 2.7808 -4.6819 H\\n75 H -0.7749 1.9947 0.0312 H\\n76 H -0.9824 0.9564 1.4079 H\\n77 H -6.6499 1.3257 -0.2594 H\\n78 H -6.9721 0.3072 1.8020 H\\n79 H -6.0967 -0.6840 3.8827 H\\n80 H -3.7213 -0.8060 4.2205 H\\n81 H -2.1561 0.0191 2.5688 H\\n82 H -6.4091 2.3925 -2.2997 H\\n83 H -5.0226 3.3777 -4.0452 H\\n84 H -2.5919 3.3220 -3.8139 H\\n85 H -1.5609 2.3270 -1.8549 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C -1.0227 1.6202 2.1134 C\\n2 C 0.3192 1.0825 0.0591 C\\n3 C -1.8072 0.1990 0.2291 C\\n4 N -0.3550 -0.1243 0.3844 N\\n5 C -2.1977 0.9439 1.5033 C\\n6 C -0.0054 2.1310 1.1541 C\\n7 C -3.4194 1.8180 1.3237 C\\n8 C -3.8309 2.2807 2.7045 C\\n9 C -0.2864 -0.5985 1.7294 C\\n10 C -0.2535 0.4666 2.7905 C\\n11 C 1.7915 1.1425 -0.1263 C\\n12 C 2.0440 1.5162 -2.6158 C\\n13 C 2.1612 2.0019 -1.3204 C\\n14 N 2.7603 3.5167 -3.5564 N\\n15 C 2.6017 3.2943 -1.2348 C\\n16 C 2.3373 2.2554 -3.7507 C\\n17 C 2.9034 4.0614 -2.3433 C\\n18 C 2.7845 3.8998 -0.0119 C\\n19 C 3.2361 5.1850 0.0524 C\\n20 C 3.5438 5.9815 -1.0285 C\\n21 C 3.3559 5.3530 -2.2803 C\\n22 O 2.5948 1.0630 0.8729 O\\n23 C 3.5766 0.4091 1.3564 C\\n24 C 3.3224 -0.9935 1.6845 C\\n25 C 2.9041 -3.6601 2.3078 C\\n26 C 3.4148 -1.9528 0.6699 C\\n27 C 3.0180 -1.3762 3.0146 C\\n28 C 2.8109 -2.7441 3.2882 C\\n29 C 3.2017 -3.2468 1.0316 C\\n30 C -0.1039 -1.2594 -0.4877 C\\n31 C -1.2499 -1.9475 -1.0922 C\\n32 C -3.5336 -3.2263 -2.1358 C\\n33 C -1.9259 -1.4342 -2.2262 C\\n34 C -1.7743 -3.1456 -0.5073 C\\n35 C -2.8886 -3.7418 -1.0395 C\\n36 C -3.0598 -2.1035 -2.7122 C\\n37 C -3.3504 -4.8814 -0.4898 C\\n38 C -2.7847 -5.5362 0.5980 C\\n39 C -1.6573 -4.9162 1.1183 C\\n40 C -1.1611 -3.7105 0.5498 C\\n41 C -3.7327 -1.6256 -3.8249 C\\n42 C -3.2896 -0.4570 -4.4958 C\\n43 C -2.1800 0.1235 -3.9618 C\\n44 C -1.4907 -0.3121 -2.8711 C\\n45 H -1.3634 2.3723 2.8423 H\\n46 H -0.2523 1.5546 -0.7702 H\\n47 H -2.4128 -0.6689 0.0446 H\\n48 H -1.8328 0.9950 -0.5565 H\\n49 H -2.5384 0.1524 2.2194 H\\n50 H -0.2747 3.1050 0.7684 H\\n51 H 0.9061 2.3139 1.7946 H\\n52 H -4.2259 1.2054 0.9004 H\\n53 H -3.2033 2.7256 0.7492 H\\n54 H -3.4743 1.5092 3.4216 H\\n55 H -3.3415 3.2360 3.0075 H\\n56 H -4.9332 2.3079 2.8301 H\\n57 H 0.5193 -1.3348 1.8190 H\\n58 H -1.2185 -1.2011 1.9849 H\\n59 H 0.8102 0.7420 2.9527 H\\n60 H -0.7501 0.1892 3.7276 H\\n61 H 2.1231 0.1173 -0.6735 H\\n62 H 1.7086 0.4847 -2.8161 H\\n63 H 2.2341 1.8391 -4.7444 H\\n64 H 2.5986 3.3733 0.8948 H\\n65 H 3.3617 5.6439 1.0281 H\\n66 H 3.8984 6.9947 -0.9637 H\\n67 H 3.5926 5.9316 -3.1892 H\\n68 H 4.5591 0.3849 0.7915 H\\n69 H 4.0023 0.8312 2.3507 H\\n70 H 2.7410 -4.7321 2.5182 H\\n71 H 3.6475 -1.6451 -0.3138 H\\n72 H 2.9559 -0.6322 3.8022 H\\n73 H 2.5912 -2.9620 4.3190 H\\n74 H 3.2760 -4.0063 0.2648 H\\n75 H 0.6494 -1.9297 -0.0259 H\\n76 H 0.5383 -0.9556 -1.3706 H\\n77 H -4.4156 -3.7190 -2.5412 H\\n78 H -4.2342 -5.3512 -0.9095 H\\n79 H -3.1800 -6.4471 1.0033 H\\n80 H -1.1864 -5.3804 1.9517 H\\n81 H -0.3011 -3.3346 1.0074 H\\n82 H -4.6044 -2.1431 -4.1917 H\\n83 H -3.8548 -0.1463 -5.3399 H\\n84 H -1.8000 1.0232 -4.4600 H\\n85 H -0.6374 0.2061 -2.5505 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.0474 1.1061 -2.8063 C\\n2 C 0.4958 -0.6436 -0.9675 C\\n3 C -1.2992 -0.6855 -2.1673 C\\n4 N -0.8367 -0.2264 -0.8140 N\\n5 C -1.1624 0.2864 -3.2517 C\\n6 C 1.0548 0.3041 -2.0820 C\\n7 C -0.8541 -0.3468 -4.5893 C\\n8 C -2.0853 -1.1491 -4.9884 C\\n9 C -0.8021 1.1788 -0.6175 C\\n10 C -0.6601 2.0543 -1.8315 C\\n11 C 1.5692 -0.7784 0.0473 C\\n12 C 3.8316 -0.5868 -1.0520 C\\n13 C 2.7899 -1.3799 -0.6167 C\\n14 N 5.0607 -2.4529 -1.8380 N\\n15 C 2.9214 -2.7367 -0.8126 C\\n16 C 4.9668 -1.1244 -1.6629 C\\n17 C 4.0501 -3.2588 -1.4187 C\\n18 C 1.9484 -3.6292 -0.4185 C\\n19 C 2.1369 -4.9714 -0.6400 C\\n20 C 3.2561 -5.4940 -1.2417 C\\n21 C 4.2314 -4.6087 -1.6375 C\\n22 O 1.9818 0.3650 0.6257 O\\n23 C 2.0597 0.5697 1.9391 C\\n24 C 2.6081 1.9643 2.1618 C\\n25 C 3.5933 4.5244 2.5652 C\\n26 C 3.9680 2.1643 2.2736 C\\n27 C 1.7759 3.0571 2.2555 C\\n28 C 2.2272 4.3448 2.4556 C\\n29 C 4.4436 3.4526 2.4753 C\\n30 C -1.7716 -0.7720 0.0732 C\\n31 C -2.5266 -0.1372 1.1395 C\\n32 C -3.9884 1.1190 3.2423 C\\n33 C -3.6539 0.6759 0.9234 C\\n34 C -2.1867 -0.2767 2.4977 C\\n35 C -2.8931 0.3301 3.5018 C\\n36 C -4.3502 1.2750 1.9260 C\\n37 C -2.5652 0.1771 4.8518 C\\n38 C -1.4996 -0.6065 5.2181 C\\n39 C -0.7812 -1.2230 4.2280 C\\n40 C -1.1166 -1.0629 2.8888 C\\n41 C -5.4794 2.0640 1.6958 C\\n42 C -5.9281 2.2583 0.4108 C\\n43 C -5.2455 1.6652 -0.6130 C\\n44 C -4.1379 0.8935 -0.3717 C\\n45 H 0.5261 1.6264 -3.6202 H\\n46 H 0.5678 -1.6401 -1.4602 H\\n47 H -0.7059 -1.5674 -2.5291 H\\n48 H -2.2828 -1.2102 -2.1121 H\\n49 H -2.0693 0.8762 -3.3879 H\\n50 H 1.6320 1.0613 -1.4656 H\\n51 H 1.6613 -0.2345 -2.8046 H\\n52 H 0.0288 -0.9975 -4.5908 H\\n53 H -0.6682 0.4642 -5.3414 H\\n54 H -1.8344 -2.0976 -5.4850 H\\n55 H -2.7056 -1.4208 -4.1000 H\\n56 H -2.7574 -0.5713 -5.6598 H\\n57 H 0.1799 1.4288 -0.0901 H\\n58 H -1.5222 1.5953 0.1178 H\\n59 H -0.0498 2.9488 -1.7053 H\\n60 H -1.6379 2.3960 -2.2192 H\\n61 H 1.2653 -1.5791 0.7151 H\\n62 H 3.8401 0.4878 -0.9431 H\\n63 H 5.7776 -0.5119 -2.0028 H\\n64 H 1.0285 -3.3414 0.0649 H\\n65 H 1.3754 -5.6825 -0.3328 H\\n66 H 3.3930 -6.5481 -1.4106 H\\n67 H 5.1200 -5.0180 -2.1148 H\\n68 H 1.0350 0.6340 2.3588 H\\n69 H 2.6049 -0.1618 2.5500 H\\n70 H 3.9650 5.5421 2.7243 H\\n71 H 4.6429 1.3397 2.2058 H\\n72 H 0.7115 2.9042 2.1687 H\\n73 H 1.5485 5.1612 2.5220 H\\n74 H 5.5089 3.6508 2.5684 H\\n75 H -1.3218 -1.7181 0.4585 H\\n76 H -2.6058 -1.2919 -0.5349 H\\n77 H -4.5319 1.5884 4.0234 H\\n78 H -3.1442 0.6720 5.6245 H\\n79 H -1.2810 -0.6978 6.2670 H\\n80 H 0.0552 -1.8369 4.5383 H\\n81 H -0.5188 -1.5699 2.1832 H\\n82 H -6.0147 2.5310 2.5198 H\\n83 H -6.7928 2.8549 0.1572 H\\n84 H -5.5778 1.8021 -1.6323 H\\n85 H -3.6393 0.4518 -1.1825 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.1879 -0.2718 2.7191 C\\n2 C 0.9356 -0.0148 0.3361 C\\n3 C -1.1353 0.6985 0.9933 C\\n4 N -0.4620 -0.3978 0.2252 N\\n5 C -1.1254 0.4264 2.4866 C\\n6 C 1.1853 0.3952 1.7586 C\\n7 C -1.2294 1.7455 3.2052 C\\n8 C -1.1017 1.6356 4.6888 C\\n9 C -0.8800 -1.5423 0.8875 C\\n10 C -0.1298 -1.6810 2.2124 C\\n11 C 1.9829 -0.7017 -0.4028 C\\n12 C 1.5816 -3.1566 -0.8012 C\\n13 C 2.3012 -2.1212 -0.2109 C\\n14 N 2.8690 -4.8629 0.1487 N\\n15 C 3.3640 -2.5601 0.6002 C\\n16 C 1.8559 -4.4777 -0.6272 C\\n17 C 3.6233 -3.9144 0.7621 C\\n18 C 4.1762 -1.6840 1.2368 C\\n19 C 5.2158 -2.1543 2.0143 C\\n20 C 5.4869 -3.4943 2.1877 C\\n21 C 4.6615 -4.3873 1.5390 C\\n22 O 1.7462 -0.6025 -1.7756 O\\n23 C 2.6314 0.1519 -2.4866 C\\n24 C 2.7070 1.5640 -2.0808 C\\n25 C 2.7215 4.3241 -1.4593 C\\n26 C 1.7536 2.4566 -2.5812 C\\n27 C 3.6640 2.1066 -1.2610 C\\n28 C 3.6669 3.4613 -0.9585 C\\n29 C 1.7573 3.7928 -2.2827 C\\n30 C -0.8989 -0.1276 -1.1290 C\\n31 C -2.2918 0.1776 -1.3874 C\\n32 C -5.0621 0.8011 -1.7202 C\\n33 C -3.2776 -0.7929 -1.4996 C\\n34 C -2.7630 1.4977 -1.4585 C\\n35 C -4.1062 1.7867 -1.6187 C\\n36 C -4.6178 -0.4988 -1.6587 C\\n37 C -4.5751 3.0959 -1.7161 C\\n38 C -3.7022 4.1584 -1.6572 C\\n39 C -2.3644 3.8904 -1.5011 C\\n40 C -1.9151 2.5815 -1.4051 C\\n41 C -5.5880 -1.4836 -1.8102 C\\n42 C -5.2380 -2.7993 -1.8108 C\\n43 C -3.9248 -3.1313 -1.6624 C\\n44 C -2.9664 -2.1488 -1.5114 C\\n45 H 0.5456 -0.2969 3.7384 H\\n46 H 0.8658 1.0228 -0.1844 H\\n47 H -2.1957 0.6254 0.7120 H\\n48 H -0.6368 1.6510 0.8623 H\\n49 H -1.9406 -0.2135 2.8186 H\\n50 H 2.2118 0.2854 2.1245 H\\n51 H 0.9914 1.4926 1.9641 H\\n52 H -0.5718 2.5406 2.7584 H\\n53 H -2.2654 2.1125 2.9926 H\\n54 H -1.1192 0.6248 5.1016 H\\n55 H -0.1766 2.2199 4.9687 H\\n56 H -1.9181 2.1987 5.2307 H\\n57 H -1.9715 -1.4209 1.1846 H\\n58 H -0.8260 -2.5294 0.4593 H\\n59 H 0.7197 -2.3483 2.1859 H\\n60 H -0.8180 -2.0905 2.9957 H\\n61 H 2.8985 -0.0506 -0.3350 H\\n62 H 0.7345 -2.9157 -1.4541 H\\n63 H 1.2744 -5.2636 -1.1025 H\\n64 H 4.0496 -0.6474 1.1476 H\\n65 H 5.8900 -1.4672 2.5420 H\\n66 H 6.3122 -3.8227 2.8064 H\\n67 H 4.8526 -5.4565 1.6582 H\\n68 H 2.3741 0.0993 -3.5825 H\\n69 H 3.6581 -0.3056 -2.3928 H\\n70 H 2.7443 5.3762 -1.2099 H\\n71 H 0.9746 2.0862 -3.2330 H\\n72 H 4.4647 1.5294 -0.8255 H\\n73 H 4.4240 3.8893 -0.3093 H\\n74 H 1.0046 4.4688 -2.6837 H\\n75 H -0.1661 0.6167 -1.4919 H\\n76 H -0.5454 -0.9612 -1.8298 H\\n77 H -6.1026 1.0407 -1.8414 H\\n78 H -5.6346 3.3055 -1.8399 H\\n79 H -4.1028 5.1539 -1.7360 H\\n80 H -1.6715 4.7285 -1.4549 H\\n81 H -0.8773 2.4350 -1.3014 H\\n82 H -6.6412 -1.2127 -1.9297 H\\n83 H -5.9551 -3.6025 -1.9246 H\\n84 H -3.6174 -4.1828 -1.6616 H\\n85 H -1.9569 -2.4557 -1.4549 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.5533 2.5750 0.7811 C\\n2 C 0.8574 0.2834 -0.2580 C\\n3 C -1.2811 1.3269 -0.1869 C\\n4 N -0.4551 0.2457 0.3679 N\\n5 C -0.8622 2.6986 0.2184 C\\n6 C 1.2617 1.7528 -0.2642 C\\n7 C -0.9293 3.7090 -0.8870 C\\n8 C -0.5055 5.0575 -0.3641 C\\n9 C -0.3838 0.5813 1.7709 C\\n10 C 0.5102 1.7735 2.0422 C\\n11 C 1.9630 -0.5342 0.1461 C\\n12 C 1.4664 -2.7708 1.2318 C\\n13 C 1.7744 -2.0594 0.0920 C\\n14 N 1.4887 -4.7949 0.0999 N\\n15 C 1.9424 -2.7552 -1.0790 C\\n16 C 1.3189 -4.1399 1.2573 C\\n17 C 1.7892 -4.1340 -1.0300 C\\n18 C 2.2466 -2.1490 -2.2706 C\\n19 C 2.3939 -2.9286 -3.3950 C\\n20 C 2.2470 -4.3026 -3.3723 C\\n21 C 1.9402 -4.9131 -2.1720 C\\n22 O 3.1901 -0.3477 -0.5013 O\\n23 C 4.2853 -0.2809 0.2738 C\\n24 C 4.4324 0.7162 1.3147 C\\n25 C 4.7912 2.6685 3.3551 C\\n26 C 4.9064 1.9933 1.0583 C\\n27 C 4.1407 0.4509 2.6555 C\\n28 C 4.3185 1.4076 3.6409 C\\n29 C 5.0833 2.9444 2.0375 C\\n30 C -1.1890 -0.9934 0.2189 C\\n31 C -2.5851 -0.9330 -0.2400 C\\n32 C -5.2632 -0.6023 -1.1907 C\\n33 C -3.6738 -0.7610 0.6002 C\\n34 C -2.9069 -0.9390 -1.6080 C\\n35 C -4.2037 -0.7773 -2.0555 C\\n36 C -4.9682 -0.5993 0.1533 C\\n37 C -4.5310 -0.8043 -3.4095 C\\n38 C -3.5562 -0.9982 -4.3616 C\\n39 C -2.2657 -1.1627 -3.9333 C\\n40 C -1.9522 -1.1334 -2.5838 C\\n41 C -6.0505 -0.4702 1.0156 C\\n42 C -5.8744 -0.5032 2.3809 C\\n43 C -4.5903 -0.6693 2.8436 C\\n44 C -3.5366 -0.7938 1.9924 C\\n45 H 1.0712 3.5245 0.8816 H\\n46 H 0.6026 -0.0059 -1.3418 H\\n47 H -2.2670 1.1998 0.3014 H\\n48 H -1.3050 1.3220 -1.2909 H\\n49 H -1.4408 3.1486 1.0618 H\\n50 H 1.0229 2.1478 -1.3044 H\\n51 H 2.3247 1.9394 -0.1572 H\\n52 H -0.4772 3.4143 -1.8346 H\\n53 H -2.0295 3.8265 -1.1220 H\\n54 H -0.8480 5.1607 0.6717 H\\n55 H -0.9869 5.8223 -1.0118 H\\n56 H 0.5800 5.2224 -0.3996 H\\n57 H -1.4132 0.9900 2.0453 H\\n58 H -0.2156 -0.2519 2.4439 H\\n59 H 1.5010 1.4665 2.3491 H\\n60 H 0.0761 2.4003 2.8830 H\\n61 H 2.2495 -0.4083 1.2101 H\\n62 H 1.3303 -2.2370 2.1635 H\\n63 H 1.0771 -4.6908 2.1554 H\\n64 H 2.3740 -1.0896 -2.3757 H\\n65 H 2.6307 -2.4780 -4.3327 H\\n66 H 2.3736 -4.8713 -4.2860 H\\n67 H 1.8302 -5.9737 -2.1733 H\\n68 H 5.1956 -0.1415 -0.4106 H\\n69 H 4.4939 -1.3110 0.7317 H\\n70 H 4.9064 3.3642 4.1635 H\\n71 H 5.1650 2.3011 0.0366 H\\n72 H 3.7728 -0.5073 2.9903 H\\n73 H 4.0813 1.1697 4.6798 H\\n74 H 5.4563 3.9498 1.8354 H\\n75 H -0.5331 -1.5503 -0.4549 H\\n76 H -1.0962 -1.6161 1.1579 H\\n77 H -6.2773 -0.4730 -1.5346 H\\n78 H -5.5650 -0.6720 -3.7348 H\\n79 H -3.8657 -1.0101 -5.3966 H\\n80 H -1.4891 -1.3171 -4.6695 H\\n81 H -0.9204 -1.2904 -2.3382 H\\n82 H -7.0588 -0.3405 0.6340 H\\n83 H -6.6714 -0.4079 3.0956 H\\n84 H -4.4202 -0.7009 3.9042 H\\n85 H -2.5722 -0.9592 2.3876 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.5640 -0.0061 2.8312 C\\n2 C -0.3408 -0.6175 0.5565 C\\n3 C 1.8794 -0.3506 0.8535 C\\n4 N 0.7013 0.3318 0.2370 N\\n5 C 1.9681 -0.1447 2.3383 C\\n6 C -0.2639 -1.0058 2.0018 C\\n7 C 2.7036 -1.3022 2.9420 C\\n8 C 2.7889 -1.1667 4.4680 C\\n9 C 0.6748 1.5367 0.9512 C\\n10 C 0.1468 1.3771 2.3596 C\\n11 C -1.7036 -0.5558 0.0689 C\\n12 C -3.5489 -0.4225 1.7938 C\\n13 C -2.7666 0.1618 0.7785 C\\n14 N -4.8020 1.5334 2.1360 N\\n15 C -3.0999 1.4876 0.5094 C\\n16 C -4.5388 0.2738 2.4416 C\\n17 C -4.1076 2.1500 1.1890 C\\n18 C -2.4466 2.2063 -0.4667 C\\n19 C -2.7457 3.5139 -0.7819 C\\n20 C -3.7668 4.1551 -0.0780 C\\n21 C -4.4413 3.4662 0.9042 C\\n22 O -1.8769 -0.5876 -1.3097 O\\n23 C -2.3457 -1.7316 -1.8702 C\\n24 C -3.6868 -2.1813 -1.4471 C\\n25 C -6.3252 -2.8895 -0.8535 C\\n26 C -4.7713 -1.5876 -2.1035 C\\n27 C -3.9364 -3.1327 -0.4920 C\\n28 C -5.2402 -3.4818 -0.1991 C\\n29 C -6.0749 -1.9311 -1.8166 C\\n30 C 1.0515 0.3420 -1.1594 C\\n31 C 2.4235 0.3956 -1.5876 C\\n32 C 5.1950 0.4581 -2.2912 C\\n33 C 3.1635 1.5743 -1.6607 C\\n34 C 3.1533 -0.7621 -1.8961 C\\n35 C 4.4958 -0.7179 -2.2345 C\\n36 C 4.5015 1.6084 -1.9985 C\\n37 C 5.2084 -1.8710 -2.5656 C\\n38 C 4.5938 -3.1026 -2.5689 C\\n39 C 3.2607 -3.1665 -2.2377 C\\n40 C 2.5765 -2.0154 -1.9133 C\\n41 C 5.2169 2.7967 -2.1042 C\\n42 C 4.5962 4.0038 -1.8734 C\\n43 C 3.2802 4.0001 -1.5445 C\\n44 C 2.5822 2.8169 -1.4418 C\\n45 H 0.3957 -0.1962 3.8854 H\\n46 H 0.1103 -1.5435 0.0292 H\\n47 H 2.7527 0.1473 0.4028 H\\n48 H 1.7548 -1.4155 0.6210 H\\n49 H 2.5096 0.7789 2.6297 H\\n50 H 0.2678 -1.9823 2.1898 H\\n51 H -1.1976 -1.0896 2.5419 H\\n52 H 3.7628 -1.3248 2.6116 H\\n53 H 2.1989 -2.2733 2.7720 H\\n54 H 3.7046 -1.6803 4.8344 H\\n55 H 2.8776 -0.0857 4.7186 H\\n56 H 1.8534 -1.5379 4.9155 H\\n57 H 1.7423 1.8953 1.1063 H\\n58 H 0.1632 2.4089 0.5706 H\\n59 H -0.9221 1.5487 2.4799 H\\n60 H 0.6446 2.0909 3.0624 H\\n61 H -2.0390 -1.6447 0.2525 H\\n62 H -3.4095 -1.4539 2.0892 H\\n63 H -5.1304 -0.2038 3.2259 H\\n64 H -1.6662 1.7098 -1.0041 H\\n65 H -2.1844 3.9914 -1.5559 H\\n66 H -4.0078 5.1825 -0.3192 H\\n67 H -5.2375 3.9471 1.4610 H\\n68 H -2.3224 -1.5503 -2.9908 H\\n69 H -1.6153 -2.5965 -1.7737 H\\n70 H -7.3488 -3.1580 -0.6298 H\\n71 H -4.6126 -0.8294 -2.8663 H\\n72 H -3.1566 -3.6453 0.0478 H\\n73 H -5.5074 -4.2227 0.5436 H\\n74 H -6.8823 -1.4311 -2.3634 H\\n75 H 0.5335 1.1949 -1.7163 H\\n76 H 0.4135 -0.4528 -1.6249 H\\n77 H 6.2253 0.4807 -2.5481 H\\n78 H 6.2575 -1.8272 -2.8275 H\\n79 H 5.1317 -4.0040 -2.8231 H\\n80 H 2.7350 -4.1250 -2.2282 H\\n81 H 1.5528 -2.0993 -1.6739 H\\n82 H 6.2769 2.7842 -2.3714 H\\n83 H 5.1643 4.9203 -1.9586 H\\n84 H 2.7783 4.9415 -1.3610 H\\n85 H 1.5369 2.8914 -1.2197 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.addModel(\"@<TRIPOS>MOLECULE\\n3_13_c_cf0\\n85 92 0 0 0\\nSMALL\\nNO_CHARGES\\n\\n@<TRIPOS>ATOM\\n1 C 0.1927 -1.8331 -2.7077 C\\n2 C 0.1862 -0.6142 -0.4882 C\\n3 C -1.7703 -0.8519 -1.8025 C\\n4 N -0.7640 0.0806 -1.2386 N\\n5 C -1.3586 -1.8073 -2.8443 C\\n6 C 0.3189 -1.9659 -1.2120 C\\n7 C -1.9537 -3.1702 -2.7860 C\\n8 C -1.4230 -4.0656 -3.9127 C\\n9 C -0.1235 0.5937 -2.4909 C\\n10 C 0.5251 -0.4745 -3.2861 C\\n11 C 1.5582 -0.1618 -0.2054 C\\n12 C 3.1782 -2.1205 -0.4140 C\\n13 C 2.3209 -1.3914 0.3757 C\\n14 N 3.7277 -3.5485 1.3284 N\\n15 C 2.1756 -1.7608 1.6752 C\\n16 C 3.8971 -3.2115 0.0441 C\\n17 C 2.9017 -2.8598 2.1289 C\\n18 C 1.3862 -1.1232 2.5721 C\\n19 C 1.3069 -1.5532 3.8793 C\\n20 C 2.0152 -2.6417 4.3508 C\\n21 C 2.8212 -3.2930 3.4455 C\\n22 O 2.3371 0.0769 -1.3168 O\\n23 C 3.2460 1.0286 -1.2532 C\\n24 C 2.9633 2.4440 -1.0271 C\\n25 C 2.4460 5.2267 -0.7251 C\\n26 C 2.9814 3.0829 0.1915 C\\n27 C 2.6686 3.2681 -2.1264 C\\n28 C 2.4191 4.6198 -1.9626 C\\n29 C 2.7336 4.4284 0.3559 C\\n30 C -1.5302 1.2041 -0.7336 C\\n31 C -2.0771 1.2475 0.5957 C\\n32 C -3.1230 1.0907 3.2691 C\\n33 C -1.3642 1.6438 1.7366 C\\n34 C -3.3705 0.7727 0.8916 C\\n35 C -3.8602 0.6998 2.1781 C\\n36 C -1.8598 1.5690 3.0163 C\\n37 C -5.1592 0.2712 2.4667 C\\n38 C -6.0162 -0.0956 1.4614 C\\n39 C -5.5551 -0.0247 0.1779 C\\n40 C -4.2616 0.4013 -0.0969 C\\n41 C -1.1639 2.0285 4.1306 C\\n42 C 0.0727 2.5942 3.9983 C\\n43 C 0.5841 2.6812 2.7009 C\\n44 C -0.1064 2.2262 1.6246 C\\n45 H 0.6363 -2.6799 -3.2100 H\\n46 H -0.3106 -0.8412 0.5049 H\\n47 H -2.4258 -0.1334 -2.3831 H\\n48 H -2.2408 -1.3822 -0.9972 H\\n49 H -1.5160 -1.4591 -3.9120 H\\n50 H -0.5865 -2.5527 -0.8303 H\\n51 H 1.1436 -2.5769 -0.9709 H\\n52 H -1.7811 -3.7478 -1.8667 H\\n53 H -3.0460 -3.0656 -2.9793 H\\n54 H -1.5524 -3.6010 -4.8993 H\\n55 H -0.3846 -4.3749 -3.6781 H\\n56 H -2.0159 -5.0245 -3.8307 H\\n57 H -1.0106 1.0664 -3.0101 H\\n58 H 0.5092 1.4612 -2.2349 H\\n59 H -0.0721 -0.4932 -4.2866 H\\n60 H 1.5314 -0.3411 -3.6570 H\\n61 H 1.7882 0.6478 0.4655 H\\n62 H 3.3372 -1.8591 -1.4560 H\\n63 H 4.5574 -3.7529 -0.6154 H\\n64 H 0.8372 -0.2758 2.2911 H\\n65 H 0.6509 -1.0008 4.5638 H\\n66 H 1.9054 -2.9259 5.3858 H\\n67 H 3.3777 -4.1486 3.8165 H\\n68 H 4.0414 0.7969 -0.4331 H\\n69 H 3.8889 1.0296 -2.2111 H\\n70 H 2.2610 6.2680 -0.5505 H\\n71 H 3.2136 2.4674 1.0686 H\\n72 H 2.6351 2.8459 -3.1171 H\\n73 H 2.1890 5.2747 -2.8057 H\\n74 H 2.7773 4.8223 1.3762 H\\n75 H -2.2873 1.4385 -1.5400 H\\n76 H -0.7950 2.0473 -0.9222 H\\n77 H -3.5136 1.0262 4.2715 H\\n78 H -5.5214 0.2170 3.4779 H\\n79 H -7.0082 -0.4241 1.6875 H\\n80 H -6.2251 -0.3109 -0.6257 H\\n81 H -4.0124 0.4783 -1.1152 H\\n82 H -1.5806 1.9503 5.1215 H\\n83 H 0.6244 2.9549 4.8516 H\\n84 H 1.5707 3.1445 2.6563 H\\n85 H 0.2870 2.3228 0.6342 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 24 27 ar\\n27 27 28 ar\\n28 25 28 ar\\n29 25 29 ar\\n30 26 29 ar\\n31 24 26 ar\\n32 23 24 1\\n33 23 22 1\\n34 31 34 ar\\n35 34 35 ar\\n36 32 35 ar\\n37 32 36 ar\\n38 33 36 ar\\n39 31 33 ar\\n40 30 31 1\\n41 35 37 ar\\n42 37 38 ar\\n43 38 39 ar\\n44 39 40 ar\\n45 40 34 ar\\n46 36 41 ar\\n47 41 42 ar\\n48 42 43 ar\\n49 43 44 ar\\n50 44 33 ar\\n51 4 30 1\\n52 1 45 1\\n53 2 46 1\\n54 3 47 1\\n55 3 48 1\\n56 5 49 1\\n57 6 50 1\\n58 6 51 1\\n59 7 52 1\\n60 7 53 1\\n61 8 54 1\\n62 8 55 1\\n63 8 56 1\\n64 9 57 1\\n65 9 58 1\\n66 10 59 1\\n67 10 60 1\\n68 11 61 1\\n69 12 62 1\\n70 16 63 1\\n71 18 64 1\\n72 19 65 1\\n73 20 66 1\\n74 21 67 1\\n75 23 68 1\\n76 23 69 1\\n77 25 70 1\\n78 26 71 1\\n79 27 72 1\\n80 28 73 1\\n81 29 74 1\\n82 30 75 1\\n83 30 76 1\\n84 32 77 1\\n85 37 78 1\\n86 38 79 1\\n87 39 80 1\\n88 40 81 1\\n89 41 82 1\\n90 42 83 1\\n91 43 84 1\\n92 44 85 1\\n\\n\",\"mol2\",{\"style\": {\"line\": {}}});\n",
       "\tviewer_17535878443793724.zoomTo();\n",
       "viewer_17535878443793724.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_17535878443793724.render();\n            });\n            </script>",
      "text/html": [
       "<script>\n",
       "            $3Dmolpromise.then(function() { //wrap in promise for non-interactive functionality\n",
       "                \n",
       "                viewer_17535878443793724.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_17535878443793724.render();\n            });\n            </script>",
      "text/html": [
       "<script>\n",
       "            $3Dmolpromise.then(function() { //wrap in promise for non-interactive functionality\n",
       "                \n",
       "                viewer_17535878443793724.render();\n",
       "            });\n",
       "            </script>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "%clib_view ../misc/output.clib 3_13_c_cf0"
   ]
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "molli",
   "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": "3.11.11"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 5
}