\n",
""
],
"text/plain": [
- " source model method true_positives false_positives false_negatives \\\n",
- "0 GO 3.0 gpt 34198 36751 1502346 \n",
- "1 GO 3.5 gpt 34128 14844 1502416 \n",
- "2 GO 4.0 gpt 61838 24122 1474706 \n",
- "3 NONE 3.0 gpt 35898 16532 1500646 \n",
- "4 NONE 3.5 gpt 48870 18781 1487674 \n",
- "5 NONE 4.0 gpt 51356 19080 1485188 \n",
- "6 RefSeq 3.0 gpt 40307 22012 1496237 \n",
- "7 RefSeq 3.5 gpt 43319 15097 1493225 \n",
- "8 RefSeq 4.0 gpt 44079 18650 1492465 \n",
+ " go_term_ids \\\n",
+ "0 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "1 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "2 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "3 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "4 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "... ... \n",
+ "99355 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "99356 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "99357 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "99358 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "99359 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "\n",
+ " name cutoff closure top_n source model \\\n",
+ "0 glycolysis-gocam-0-0.005 0.005 False 1 NONE 4 \n",
+ "1 glycolysis-gocam-0-0.005 0.005 False 5 NONE 4 \n",
+ "2 glycolysis-gocam-0-0.005 0.005 False 10 NONE 4 \n",
+ "3 glycolysis-gocam-0-0.005 0.005 False 25 NONE 4 \n",
+ "4 glycolysis-gocam-0-0.005 0.005 False 5000 NONE 4 \n",
+ "... ... ... ... ... ... ... \n",
+ "99355 HALLMARK_MTORC1_SIGNALING-1-99 99.0 True 1 \n",
+ "99356 HALLMARK_MTORC1_SIGNALING-1-99 99.0 True 5 \n",
+ "99357 HALLMARK_MTORC1_SIGNALING-1-99 99.0 True 10 \n",
+ "99358 HALLMARK_MTORC1_SIGNALING-1-99 99.0 True 25 \n",
+ "99359 HALLMARK_MTORC1_SIGNALING-1-99 99.0 True 5000 \n",
+ "\n",
+ " method method_desc run ... \\\n",
+ "0 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "1 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "2 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "3 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "4 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "... ... ... ... ... \n",
+ "99355 closure ... \n",
+ "99356 closure ... \n",
+ "99357 closure ... \n",
+ "99358 closure ... \n",
+ "99359 closure ... \n",
+ "\n",
+ " true_positive_terms \\\n",
+ "0 GO:0006096 \n",
+ "1 GO:0006096 \n",
+ "2 GO:0006096 \n",
+ "3 GO:0006096|GO:0006006 \n",
+ "4 GO:0006096|GO:0006006 \n",
+ "... ... \n",
+ "99355 GO:0044283 \n",
+ "99356 GO:0044283|GO:0005737|GO:0019752|GO:0036094|GO... \n",
+ "99357 GO:0044283|GO:0005737|GO:0019752|GO:0036094|GO... \n",
+ "99358 GO:0044283|GO:0005737|GO:0019752|GO:0036094|GO... \n",
+ "99359 GO:0044283|GO:0005737|GO:0019752|GO:0036094|GO... \n",
+ "\n",
+ " false_positive_terms \\\n",
+ "0 \n",
+ "1 GO:0006006 \n",
+ "2 GO:0006006 \n",
+ "3 \n",
+ "4 \n",
+ "... ... \n",
+ "99355 \n",
+ "99356 GO:0008525|GO:0009749|GO:0019899|GO:0050709|GO... \n",
+ "99357 GO:0008525|GO:0009749|GO:0019899|GO:0050709|GO... \n",
+ "99358 GO:0008525|GO:0019899|GO:0050709|GO:0035094|GO... \n",
+ "99359 \n",
+ "\n",
+ " false_negative_terms_example20 unparsed_terms \\\n",
+ "0 \n",
+ "1 GO:0006090|GO:001605 energy production|atp generation \n",
+ "2 GO:0006090|GO:001605 energy production|atp generation \n",
+ "3 GO:0006090|GO:001605 energy production|atp generation \n",
+ "4 GO:0006090|GO:001605 energy production|atp generation \n",
+ "... ... ... \n",
+ "99355 \n",
+ "99356 \n",
+ "99357 \n",
+ "99358 \n",
+ "99359 \n",
+ "\n",
+ " gene_set_size precision recall \\\n",
+ "0 10 1.0 1.0 \n",
+ "1 10 0.5 0.2 \n",
+ "2 10 0.5 0.1 \n",
+ "3 10 1.0 0.08 \n",
+ "4 10 1.0 0.05128205128205128 \n",
+ "... ... ... ... \n",
+ "99355 180 1.0 1.0 \n",
+ "99356 180 0.0007942811755361397 1.0 \n",
+ "99357 180 0.0017199862401100791 1.0 \n",
+ "99358 180 0.004760997905160921 1.0 \n",
+ "99359 180 1.0 1.0 \n",
+ "\n",
+ " recall_general recall_specific f1_score \n",
+ "0 1.0 1.0 1.0 \n",
+ "1 1.0 0.2 0.2857142857142857 \n",
+ "2 0.2 0.2 0.16666666666666666 \n",
+ "3 0.25 0.15384615384615385 0.14814814814814814 \n",
+ "4 0.25 0.14285714285714285 0.0975609756097561 \n",
+ "... ... ... ... \n",
+ "99355 1.0 1.0 1.0 \n",
+ "99356 1.0 1.0 0.0015873015873015873 \n",
+ "99357 1.0 1.0 0.003434065934065934 \n",
+ "99358 1.0 1.0 0.009476876421531463 \n",
+ "99359 1.0 1.0 1.0 \n",
"\n",
- " precision recall f1_score \n",
- "0 0.482008 0.022256 0.042548 \n",
- "1 0.696888 0.022211 0.043050 \n",
- "2 0.719381 0.040245 0.076225 \n",
- "3 0.684684 0.023363 0.045184 \n",
- "4 0.722384 0.031805 0.060928 \n",
- "5 0.729116 0.033423 0.063916 \n",
- "6 0.646785 0.026232 0.050420 \n",
- "7 0.741561 0.028192 0.054320 \n",
- "8 0.702689 0.028687 0.055124 "
+ "[99360 rows x 31 columns]"
]
},
- "execution_count": 68,
+ "execution_count": 13,
"metadata": {},
"output_type": "execute_result"
}
],
"source": [
- "grouped_data = df.groupby(['source', 'model', 'method'])[['true_positives', 'false_positives', 'false_negatives']].sum().reset_index()\n",
+ "import csv\n",
"\n",
- "# Calculate precision, recall, and F1-score for each group\n",
- "grouped_data['precision'] = grouped_data['true_positives'] / (grouped_data['true_positives'] + grouped_data['false_positives'])\n",
- "grouped_data['recall'] = grouped_data['true_positives'] / (grouped_data['true_positives'] + grouped_data['false_negatives'])\n",
- "grouped_data['f1_score'] = 2 * ((grouped_data['precision'] * grouped_data['recall']) / (grouped_data['precision'] + grouped_data['recall']))\n",
- "grouped_data"
+ "with open('results/processed.tsv', mode='r', encoding='utf-8') as file:\n",
+ " tsv_reader = csv.DictReader(file, delimiter='\\t')\n",
+ "\n",
+ " data = [row for row in tsv_reader]\n",
+ "\n",
+ "df2 = pd.DataFrame(data)\n",
+ "\n",
+ "df2"
]
},
{
"cell_type": "code",
- "execution_count": 69,
- "id": "be1a6c9f-b32e-472d-982e-dc8f7903e166",
+ "execution_count": 30,
+ "id": "e0eb2191",
+ "metadata": {},
+ "outputs": [
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "Discrepancy found in line 1: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 3: CSV - 0.16666666666666666, Pandas - 0.1666666666666666\n",
+ "Discrepancy found in line 4: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 5: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 6: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 7: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 8: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 9: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 10: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 11: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 13: CSV - 0.16666666666666666, Pandas - 0.1666666666666666\n",
+ "Discrepancy found in line 14: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 15: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 16: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 17: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 18: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 19: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 20: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 21: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 23: CSV - 0.16666666666666666, Pandas - 0.1666666666666666\n",
+ "Discrepancy found in line 24: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 25: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 26: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 27: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 28: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 29: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 30: CSV - , Pandas - nan\n",
+ "Discrepancy found in line 31: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 32: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 33: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 34: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 35: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 36: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 37: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 38: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 39: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 40: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 41: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 42: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 43: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 44: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 45: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 46: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 47: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 48: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 49: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 50: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 51: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 52: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 53: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 54: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 55: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 56: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 57: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 58: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 59: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 60: CSV - 56, Pandas - 56.0\n",
+ "Discrepancy found in line 61: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 62: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 63: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 64: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 65: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 66: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 67: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 68: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 69: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 70: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 71: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 72: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 73: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 74: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 75: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 76: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 77: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 78: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 79: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 80: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 81: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 82: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 83: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 84: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 85: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 86: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 87: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 88: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 89: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 90: CSV - 72, Pandas - 72.0\n",
+ "Discrepancy found in line 91: CSV - 143, Pandas - 143.0\n",
+ "Discrepancy found in line 92: CSV - 143, Pandas - 143.0\n",
+ "Discrepancy found in line 93: CSV - 143, Pandas - 143.0\n",
+ "Discrepancy found in line 94: CSV - 143, Pandas - 143.0\n",
+ "Discrepancy found in line 95: CSV - 143, Pandas - 143.0\n",
+ "Discrepancy found in line 96: CSV - 143, Pandas - 143.0\n",
+ "Discrepancy found in line 97: CSV - 143, Pandas - 143.0\n",
+ "Discrepancy found in line 98: CSV - 143, Pandas - 143.0\n",
+ "Discrepancy found in line 99: CSV - 143, Pandas - 143.0\n",
+ "Discrepancy found in line 100: CSV - 143, Pandas - 143.0\n",
+ "Discrepancy found in line 101: CSV - 143, Pandas - 143.0\n",
+ "Discrepancy found in line 102: CSV - 143, Pandas - 143.0\n",
+ "Discrepancy found in line 103: CSV - 143, Pandas - 143.0\n"
+ ]
+ }
+ ],
+ "source": [
+ "import csv\n",
+ "import pandas as pd\n",
+ "\n",
+ "def compare_tsv(file_path):\n",
+ " df = pd.read_csv(file_path, sep='\\t')\n",
+ "\n",
+ " discrepancies = []\n",
+ " line_number = 0\n",
+ "\n",
+ " with open(file_path, 'r', newline='', encoding='utf-8') as file:\n",
+ " tsv_reader = csv.DictReader(file, delimiter='\\t')\n",
+ "\n",
+ " for dict_row in tsv_reader:\n",
+ " line_number += 1\n",
+ "\n",
+ " if line_number <= len(df):\n",
+ " pandas_row = df.iloc[line_number - 1].to_dict()\n",
+ " \n",
+ " for key in dict_row:\n",
+ " if str(dict_row[key]) != str(pandas_row[key]):\n",
+ " \n",
+ " if dict_row[key] != \"4\" and dict_row[key] != \"67\":\n",
+ " # continue\n",
+ " \n",
+ " #print(type(dict_row[key]))\n",
+ " discrepancies.append(f\"Discrepancy found in line {line_number}: CSV - {dict_row[key]}, Pandas - {pandas_row[key]}\")\n",
+ " break\n",
+ " else:\n",
+ " discrepancies.append(f\"Extra line in CSV at line {line_number}\")\n",
+ "\n",
+ " if line_number < len(df):\n",
+ " discrepancies.append(f\"Pandas has extra rows from line {line_number + 1} onwards\")\n",
+ "\n",
+ " return discrepancies\n",
+ "\n",
+ "file_path = 'results/processed.tsv'\n",
+ "discrepancies = compare_tsv(file_path)\n",
+ "countd = 0\n",
+ "for discrepancy in discrepancies:\n",
+ " if countd < 100:\n",
+ " print(discrepancy)\n",
+ " countd = countd + 1\n",
+ " else:\n",
+ " break"
+ ]
+ },
+ {
+ "cell_type": "code",
+ "execution_count": 34,
+ "id": "4702da5a",
+ "metadata": {},
+ "outputs": [
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ "Inconsistent number of tabs in line 302\n",
+ "Inconsistent number of tabs in line 303\n",
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+ "Inconsistent number of tabs in line 2370\n",
+ "Inconsistent number of tabs in line 2371\n",
+ "Inconsistent number of tabs in line 2372\n",
+ "Inconsistent number of tabs in line 2373\n",
+ "Inconsistent number of tabs in line 2374\n",
+ "Inconsistent number of tabs in line 2375\n",
+ "Inconsistent number of tabs in line 2376\n",
+ "Inconsistent number of tabs in line 2377\n",
+ "Inconsistent number of tabs in line 2378\n",
+ "Inconsistent number of tabs in line 2379\n",
+ "Inconsistent number of tabs in line 2380\n",
+ "Inconsistent number of tabs in line 2381\n",
+ "Inconsistent number of tabs in line 2382\n",
+ "Inconsistent number of tabs in line 2383\n",
+ "Inconsistent number of tabs in line 2384\n",
+ "Inconsistent number of tabs in line 2385\n",
+ "Inconsistent number of tabs in line 2386\n",
+ "Inconsistent number of tabs in line 2387\n",
+ "Inconsistent number of tabs in line 2388\n",
+ "Inconsistent number of tabs in line 2389\n",
+ "Inconsistent number of tabs in line 2390\n",
+ "Inconsistent number of tabs in line 2391\n",
+ "Inconsistent number of tabs in line 2392\n",
+ "Inconsistent number of tabs in line 2393\n",
+ "Inconsistent number of tabs in line 2394\n",
+ "Inconsistent number of tabs in line 2395\n",
+ "Inconsistent number of tabs in line 2396\n",
+ "Inconsistent number of tabs in line 2397\n",
+ "Inconsistent number of tabs in line 2398\n",
+ "Inconsistent number of tabs in line 2399\n",
+ "Inconsistent number of tabs in line 2400\n",
+ "Inconsistent number of tabs in line 2401\n",
+ "Inconsistent number of tabs in line 2402\n",
+ "Inconsistent number of tabs in line 2403\n",
+ "Inconsistent number of tabs in line 2404\n",
+ "Inconsistent number of tabs in line 2405\n",
+ "Inconsistent number of tabs in line 2406\n",
+ "Inconsistent number of tabs in line 2407\n",
+ "Inconsistent number of tabs in line 2408\n",
+ "Inconsistent number of tabs in line 2409\n",
+ "Inconsistent number of tabs in line 2410\n",
+ "Inconsistent number of tabs in line 2411\n",
+ "Inconsistent number of tabs in line 2412\n",
+ "Inconsistent number of tabs in line 2413\n",
+ "Non-ASCII character found in line 5475\n",
+ "Non-ASCII character found in line 5476\n",
+ "Non-ASCII character found in line 5477\n",
+ "Non-ASCII character found in line 5478\n",
+ "Non-ASCII character found in line 5480\n",
+ "Non-ASCII character found in line 5481\n",
+ "Non-ASCII character found in line 5482\n",
+ "Non-ASCII character found in line 5483\n",
+ "Non-ASCII character found in line 5485\n",
+ "Non-ASCII character found in line 5486\n",
+ "Non-ASCII character found in line 5487\n",
+ "Non-ASCII character found in line 5488\n",
+ "Non-ASCII character found in line 5490\n",
+ "Non-ASCII character found in line 5491\n",
+ "Non-ASCII character found in line 5492\n",
+ "Non-ASCII character found in line 5493\n",
+ "Non-ASCII character found in line 5495\n",
+ "Non-ASCII character found in line 5496\n",
+ "Non-ASCII character found in line 5497\n",
+ "Non-ASCII character found in line 5498\n",
+ "Non-ASCII character found in line 5500\n",
+ "Non-ASCII character found in line 5501\n",
+ "Non-ASCII character found in line 5502\n",
+ "Non-ASCII character found in line 5503\n",
+ "Inconsistent number of tabs in line 7965\n",
+ "Inconsistent number of tabs in line 7966\n",
+ "Inconsistent number of tabs in line 7967\n",
+ "Inconsistent number of tabs in line 7968\n",
+ "Inconsistent number of tabs in line 7969\n",
+ "Inconsistent number of tabs in line 7970\n",
+ "Inconsistent number of tabs in line 7971\n",
+ "Inconsistent number of tabs in line 7972\n",
+ "Inconsistent number of tabs in line 7973\n",
+ "Inconsistent number of tabs in line 7974\n",
+ "Inconsistent number of tabs in line 7975\n",
+ "Inconsistent number of tabs in line 7976\n",
+ "Inconsistent number of tabs in line 7978\n",
+ "Inconsistent number of tabs in line 7979\n",
+ "Inconsistent number of tabs in line 7980\n",
+ "Inconsistent number of tabs in line 7981\n",
+ "Inconsistent number of tabs in line 7982\n",
+ "Inconsistent number of tabs in line 7983\n",
+ "Inconsistent number of tabs in line 7984\n",
+ "Inconsistent number of tabs in line 7985\n",
+ "Inconsistent number of tabs in line 7986\n",
+ "Inconsistent number of tabs in line 7987\n",
+ "Inconsistent number of tabs in line 7988\n",
+ "Inconsistent number of tabs in line 7989\n",
+ "Inconsistent number of tabs in line 7991\n",
+ "Inconsistent number of tabs in line 7992\n",
+ "Inconsistent number of tabs in line 7993\n",
+ "Inconsistent number of tabs in line 7994\n",
+ "Inconsistent number of tabs in line 7995\n",
+ "Inconsistent number of tabs in line 7996\n",
+ "Inconsistent number of tabs in line 7997\n",
+ "Inconsistent number of tabs in line 7998\n",
+ "Inconsistent number of tabs in line 7999\n",
+ "Inconsistent number of tabs in line 8000\n",
+ "Inconsistent number of tabs in line 8001\n",
+ "Inconsistent number of tabs in line 8002\n",
+ "Inconsistent number of tabs in line 8004\n",
+ "Inconsistent number of tabs in line 8005\n",
+ "Inconsistent number of tabs in line 8006\n",
+ "Inconsistent number of tabs in line 8007\n",
+ "Inconsistent number of tabs in line 8008\n",
+ "Inconsistent number of tabs in line 8009\n",
+ "Inconsistent number of tabs in line 8010\n",
+ "Inconsistent number of tabs in line 8011\n",
+ "Inconsistent number of tabs in line 8012\n",
+ "Inconsistent number of tabs in line 8013\n",
+ "Inconsistent number of tabs in line 8014\n",
+ "Inconsistent number of tabs in line 8015\n",
+ "Inconsistent number of tabs in line 8017\n",
+ "Inconsistent number of tabs in line 8018\n",
+ "Inconsistent number of tabs in line 8019\n",
+ "Inconsistent number of tabs in line 8020\n",
+ "Inconsistent number of tabs in line 8021\n",
+ "Inconsistent number of tabs in line 8022\n",
+ "Inconsistent number of tabs in line 8023\n",
+ "Inconsistent number of tabs in line 8024\n",
+ "Inconsistent number of tabs in line 8025\n",
+ "Inconsistent number of tabs in line 8026\n",
+ "Inconsistent number of tabs in line 8027\n",
+ "Inconsistent number of tabs in line 8028\n",
+ "Inconsistent number of tabs in line 8030\n",
+ "Inconsistent number of tabs in line 8031\n",
+ "Inconsistent number of tabs in line 8032\n",
+ "Inconsistent number of tabs in line 8033\n",
+ "Inconsistent number of tabs in line 8034\n",
+ "Inconsistent number of tabs in line 8035\n",
+ "Inconsistent number of tabs in line 8036\n",
+ "Inconsistent number of tabs in line 8037\n",
+ "Inconsistent number of tabs in line 8038\n",
+ "Inconsistent number of tabs in line 8039\n",
+ "Inconsistent number of tabs in line 8040\n",
+ "Inconsistent number of tabs in line 8041\n",
+ "Inconsistent number of tabs in line 9333\n",
+ "Inconsistent number of tabs in line 9334\n",
+ "Inconsistent number of tabs in line 9335\n",
+ "Inconsistent number of tabs in line 9336\n",
+ "Inconsistent number of tabs in line 9337\n",
+ "Inconsistent number of tabs in line 9338\n",
+ "Inconsistent number of tabs in line 9339\n",
+ "Inconsistent number of tabs in line 9340\n",
+ "Inconsistent number of tabs in line 9341\n",
+ "Inconsistent number of tabs in line 9342\n",
+ "Inconsistent number of tabs in line 9343\n",
+ "Inconsistent number of tabs in line 9344\n",
+ "Inconsistent number of tabs in line 9346\n",
+ "Inconsistent number of tabs in line 9347\n",
+ "Inconsistent number of tabs in line 9348\n",
+ "Inconsistent number of tabs in line 9349\n",
+ "Inconsistent number of tabs in line 9350\n",
+ "Inconsistent number of tabs in line 9351\n",
+ "Inconsistent number of tabs in line 9352\n",
+ "Inconsistent number of tabs in line 9353\n",
+ "Inconsistent number of tabs in line 9354\n",
+ "Inconsistent number of tabs in line 9355\n",
+ "Inconsistent number of tabs in line 9356\n",
+ "Inconsistent number of tabs in line 9357\n",
+ "Inconsistent number of tabs in line 9359\n",
+ "Inconsistent number of tabs in line 9360\n",
+ "Inconsistent number of tabs in line 9361\n",
+ "Inconsistent number of tabs in line 9362\n",
+ "Inconsistent number of tabs in line 9363\n",
+ "Inconsistent number of tabs in line 9364\n",
+ "Inconsistent number of tabs in line 9365\n",
+ "Inconsistent number of tabs in line 9366\n",
+ "Inconsistent number of tabs in line 9367\n",
+ "Inconsistent number of tabs in line 9368\n",
+ "Inconsistent number of tabs in line 9369\n",
+ "Inconsistent number of tabs in line 9370\n",
+ "Inconsistent number of tabs in line 9372\n",
+ "Inconsistent number of tabs in line 9373\n",
+ "Inconsistent number of tabs in line 9374\n",
+ "Inconsistent number of tabs in line 9375\n",
+ "Inconsistent number of tabs in line 9376\n",
+ "Inconsistent number of tabs in line 9377\n",
+ "Inconsistent number of tabs in line 9378\n",
+ "Inconsistent number of tabs in line 9379\n",
+ "Inconsistent number of tabs in line 9380\n",
+ "Inconsistent number of tabs in line 9381\n",
+ "Inconsistent number of tabs in line 9382\n",
+ "Inconsistent number of tabs in line 9383\n",
+ "Inconsistent number of tabs in line 9385\n",
+ "Inconsistent number of tabs in line 9386\n",
+ "Inconsistent number of tabs in line 9387\n",
+ "Inconsistent number of tabs in line 9388\n",
+ "Inconsistent number of tabs in line 9389\n",
+ "Inconsistent number of tabs in line 9390\n",
+ "Inconsistent number of tabs in line 9391\n",
+ "Inconsistent number of tabs in line 9392\n",
+ "Inconsistent number of tabs in line 9393\n",
+ "Inconsistent number of tabs in line 9394\n",
+ "Inconsistent number of tabs in line 9395\n",
+ "Inconsistent number of tabs in line 9396\n",
+ "Inconsistent number of tabs in line 9398\n",
+ "Inconsistent number of tabs in line 9399\n",
+ "Inconsistent number of tabs in line 9400\n",
+ "Inconsistent number of tabs in line 9401\n",
+ "Inconsistent number of tabs in line 9402\n",
+ "Inconsistent number of tabs in line 9403\n",
+ "Inconsistent number of tabs in line 9404\n",
+ "Inconsistent number of tabs in line 9405\n",
+ "Inconsistent number of tabs in line 9406\n",
+ "Inconsistent number of tabs in line 9407\n",
+ "Inconsistent number of tabs in line 9408\n",
+ "Inconsistent number of tabs in line 9409\n",
+ "Inconsistent number of tabs in line 11450\n",
+ "Inconsistent number of tabs in line 11451\n",
+ "Inconsistent number of tabs in line 11452\n",
+ "Inconsistent number of tabs in line 11457\n",
+ "Inconsistent number of tabs in line 11458\n",
+ "Inconsistent number of tabs in line 11459\n",
+ "Inconsistent number of tabs in line 11464\n",
+ "Inconsistent number of tabs in line 11465\n",
+ "Inconsistent number of tabs in line 11466\n",
+ "Inconsistent number of tabs in line 11471\n",
+ "Inconsistent number of tabs in line 11472\n",
+ "Inconsistent number of tabs in line 11473\n",
+ "Inconsistent number of tabs in line 11478\n",
+ "Inconsistent number of tabs in line 11479\n",
+ "Inconsistent number of tabs in line 11480\n",
+ "Inconsistent number of tabs in line 11485\n",
+ "Inconsistent number of tabs in line 11486\n",
+ "Inconsistent number of tabs in line 11487\n",
+ "Inconsistent number of tabs in line 13052\n",
+ "Inconsistent number of tabs in line 13053\n",
+ "Inconsistent number of tabs in line 13058\n",
+ "Inconsistent number of tabs in line 13059\n",
+ "Inconsistent number of tabs in line 13064\n",
+ "Inconsistent number of tabs in line 13065\n",
+ "Inconsistent number of tabs in line 13070\n",
+ "Inconsistent number of tabs in line 13071\n",
+ "Inconsistent number of tabs in line 13076\n",
+ "Inconsistent number of tabs in line 13077\n",
+ "Inconsistent number of tabs in line 13082\n",
+ "Inconsistent number of tabs in line 13083\n",
+ "Inconsistent number of tabs in line 17048\n",
+ "Inconsistent number of tabs in line 17049\n",
+ "Inconsistent number of tabs in line 17050\n",
+ "Inconsistent number of tabs in line 17055\n",
+ "Inconsistent number of tabs in line 17056\n",
+ "Inconsistent number of tabs in line 17057\n",
+ "Inconsistent number of tabs in line 17062\n",
+ "Inconsistent number of tabs in line 17063\n",
+ "Inconsistent number of tabs in line 17064\n",
+ "Inconsistent number of tabs in line 17069\n",
+ "Inconsistent number of tabs in line 17070\n",
+ "Inconsistent number of tabs in line 17071\n",
+ "Inconsistent number of tabs in line 17076\n",
+ "Inconsistent number of tabs in line 17077\n",
+ "Inconsistent number of tabs in line 17078\n",
+ "Inconsistent number of tabs in line 17083\n",
+ "Inconsistent number of tabs in line 17084\n",
+ "Inconsistent number of tabs in line 17085\n",
+ "Inconsistent number of tabs in line 17090\n",
+ "Inconsistent number of tabs in line 17091\n",
+ "Inconsistent number of tabs in line 17092\n",
+ "Inconsistent number of tabs in line 17097\n",
+ "Inconsistent number of tabs in line 17098\n",
+ "Inconsistent number of tabs in line 17099\n",
+ "Inconsistent number of tabs in line 17104\n",
+ "Inconsistent number of tabs in line 17105\n",
+ "Inconsistent number of tabs in line 17106\n",
+ "Inconsistent number of tabs in line 17111\n",
+ "Inconsistent number of tabs in line 17112\n",
+ "Inconsistent number of tabs in line 17113\n",
+ "Inconsistent number of tabs in line 17118\n",
+ "Inconsistent number of tabs in line 17119\n",
+ "Inconsistent number of tabs in line 17120\n",
+ "Inconsistent number of tabs in line 17125\n",
+ "Inconsistent number of tabs in line 17126\n",
+ "Inconsistent number of tabs in line 17127\n",
+ "Non-ASCII character found in line 17313\n",
+ "Non-ASCII character found in line 17314\n",
+ "Non-ASCII character found in line 17315\n",
+ "Non-ASCII character found in line 17316\n",
+ "Non-ASCII character found in line 17318\n",
+ "Non-ASCII character found in line 17319\n",
+ "Non-ASCII character found in line 17320\n",
+ "Non-ASCII character found in line 17321\n",
+ "Non-ASCII character found in line 17323\n",
+ "Non-ASCII character found in line 17324\n",
+ "Non-ASCII character found in line 17325\n",
+ "Non-ASCII character found in line 17326\n",
+ "Non-ASCII character found in line 17328\n",
+ "Non-ASCII character found in line 17329\n",
+ "Non-ASCII character found in line 17330\n",
+ "Non-ASCII character found in line 17331\n",
+ "Non-ASCII character found in line 17333\n",
+ "Non-ASCII character found in line 17334\n",
+ "Non-ASCII character found in line 17335\n",
+ "Non-ASCII character found in line 17336\n",
+ "Non-ASCII character found in line 17338\n",
+ "Non-ASCII character found in line 17339\n",
+ "Non-ASCII character found in line 17340\n",
+ "Non-ASCII character found in line 17341\n",
+ "Inconsistent number of tabs in line 17732\n",
+ "Inconsistent number of tabs in line 17733\n",
+ "Inconsistent number of tabs in line 17734\n",
+ "Inconsistent number of tabs in line 17735\n",
+ "Inconsistent number of tabs in line 17736\n",
+ "Inconsistent number of tabs in line 17737\n",
+ "Inconsistent number of tabs in line 17738\n",
+ "Inconsistent number of tabs in line 17739\n",
+ "Inconsistent number of tabs in line 17740\n",
+ "Inconsistent number of tabs in line 17741\n",
+ "Inconsistent number of tabs in line 17742\n",
+ "Inconsistent number of tabs in line 17743\n",
+ "Inconsistent number of tabs in line 17744\n",
+ "Inconsistent number of tabs in line 17745\n",
+ "Inconsistent number of tabs in line 17746\n",
+ "Inconsistent number of tabs in line 17747\n",
+ "Inconsistent number of tabs in line 17748\n",
+ "Inconsistent number of tabs in line 17749\n",
+ "Inconsistent number of tabs in line 17750\n",
+ "Inconsistent number of tabs in line 17751\n",
+ "Inconsistent number of tabs in line 17752\n",
+ "Inconsistent number of tabs in line 17753\n",
+ "Inconsistent number of tabs in line 17754\n",
+ "Inconsistent number of tabs in line 17755\n",
+ "Inconsistent number of tabs in line 17756\n",
+ "Inconsistent number of tabs in line 17757\n",
+ "Inconsistent number of tabs in line 17758\n",
+ "Inconsistent number of tabs in line 17759\n",
+ "Inconsistent number of tabs in line 17760\n",
+ "Inconsistent number of tabs in line 17761\n",
+ "Inconsistent number of tabs in line 17762\n",
+ "Inconsistent number of tabs in line 17763\n",
+ "Inconsistent number of tabs in line 17764\n",
+ "Inconsistent number of tabs in line 17765\n",
+ "Inconsistent number of tabs in line 17766\n",
+ "Inconsistent number of tabs in line 17767\n",
+ "Inconsistent number of tabs in line 17768\n",
+ "Inconsistent number of tabs in line 17769\n",
+ "Inconsistent number of tabs in line 17770\n",
+ "Inconsistent number of tabs in line 17771\n",
+ "Inconsistent number of tabs in line 17772\n",
+ "Inconsistent number of tabs in line 17773\n",
+ "Inconsistent number of tabs in line 17774\n",
+ "Inconsistent number of tabs in line 17775\n",
+ "Inconsistent number of tabs in line 17776\n",
+ "Inconsistent number of tabs in line 17777\n",
+ "Inconsistent number of tabs in line 17778\n",
+ "Inconsistent number of tabs in line 17779\n",
+ "Inconsistent number of tabs in line 17780\n",
+ "Inconsistent number of tabs in line 17781\n",
+ "Inconsistent number of tabs in line 17782\n",
+ "Inconsistent number of tabs in line 17783\n",
+ "Inconsistent number of tabs in line 17784\n",
+ "Inconsistent number of tabs in line 17785\n",
+ "Inconsistent number of tabs in line 17786\n",
+ "Inconsistent number of tabs in line 17787\n",
+ "Inconsistent number of tabs in line 17788\n",
+ "Inconsistent number of tabs in line 17789\n",
+ "Inconsistent number of tabs in line 17790\n",
+ "Inconsistent number of tabs in line 17791\n",
+ "Inconsistent number of tabs in line 17792\n",
+ "Inconsistent number of tabs in line 17793\n",
+ "Inconsistent number of tabs in line 17794\n",
+ "Inconsistent number of tabs in line 17795\n",
+ "Inconsistent number of tabs in line 17796\n",
+ "Inconsistent number of tabs in line 17797\n",
+ "Inconsistent number of tabs in line 17798\n",
+ "Inconsistent number of tabs in line 17799\n",
+ "Inconsistent number of tabs in line 17800\n",
+ "Inconsistent number of tabs in line 17801\n",
+ "Inconsistent number of tabs in line 17802\n",
+ "Inconsistent number of tabs in line 17803\n",
+ "Inconsistent number of tabs in line 17804\n",
+ "Inconsistent number of tabs in line 17805\n",
+ "Inconsistent number of tabs in line 17806\n",
+ "Inconsistent number of tabs in line 17807\n",
+ "Inconsistent number of tabs in line 17808\n",
+ "Inconsistent number of tabs in line 17809\n",
+ "Inconsistent number of tabs in line 17810\n",
+ "Inconsistent number of tabs in line 17811\n",
+ "Inconsistent number of tabs in line 17812\n",
+ "Inconsistent number of tabs in line 17813\n",
+ "Inconsistent number of tabs in line 17814\n",
+ "Inconsistent number of tabs in line 17815\n",
+ "Inconsistent number of tabs in line 17816\n",
+ "Inconsistent number of tabs in line 17817\n",
+ "Inconsistent number of tabs in line 17818\n",
+ "Inconsistent number of tabs in line 17819\n",
+ "Inconsistent number of tabs in line 17820\n",
+ "Inconsistent number of tabs in line 17821\n",
+ "Inconsistent number of tabs in line 17822\n",
+ "Inconsistent number of tabs in line 17823\n",
+ "Inconsistent number of tabs in line 17824\n",
+ "Inconsistent number of tabs in line 17825\n",
+ "Inconsistent number of tabs in line 17826\n",
+ "Inconsistent number of tabs in line 17827\n",
+ "Inconsistent number of tabs in line 17828\n",
+ "Inconsistent number of tabs in line 17829\n",
+ "Inconsistent number of tabs in line 17830\n",
+ "Inconsistent number of tabs in line 17831\n",
+ "Inconsistent number of tabs in line 17832\n",
+ "Inconsistent number of tabs in line 17833\n",
+ "Inconsistent number of tabs in line 17834\n",
+ "Inconsistent number of tabs in line 17835\n",
+ "Inconsistent number of tabs in line 17836\n",
+ "Inconsistent number of tabs in line 17837\n",
+ "Inconsistent number of tabs in line 17838\n",
+ "Inconsistent number of tabs in line 17839\n",
+ "Inconsistent number of tabs in line 17840\n",
+ "Inconsistent number of tabs in line 17841\n",
+ "Inconsistent number of tabs in line 17842\n",
+ "Inconsistent number of tabs in line 17843\n",
+ "Inconsistent number of tabs in line 17844\n",
+ "Inconsistent number of tabs in line 17845\n",
+ "Inconsistent number of tabs in line 17846\n",
+ "Inconsistent number of tabs in line 17847\n",
+ "Inconsistent number of tabs in line 17848\n",
+ "Inconsistent number of tabs in line 17849\n",
+ "Inconsistent number of tabs in line 17850\n",
+ "Inconsistent number of tabs in line 17851\n",
+ "Inconsistent number of tabs in line 17852\n",
+ "Inconsistent number of tabs in line 17853\n",
+ "Inconsistent number of tabs in line 17854\n",
+ "Inconsistent number of tabs in line 17855\n",
+ "Inconsistent number of tabs in line 17856\n",
+ "Inconsistent number of tabs in line 17857\n",
+ "Inconsistent number of tabs in line 17858\n",
+ "Inconsistent number of tabs in line 17859\n",
+ "Inconsistent number of tabs in line 17860\n",
+ "Inconsistent number of tabs in line 17861\n",
+ "Inconsistent number of tabs in line 17862\n",
+ "Inconsistent number of tabs in line 17863\n",
+ "Inconsistent number of tabs in line 17864\n",
+ "Inconsistent number of tabs in line 17865\n",
+ "Inconsistent number of tabs in line 17866\n",
+ "Inconsistent number of tabs in line 17867\n",
+ "Inconsistent number of tabs in line 17868\n",
+ "Inconsistent number of tabs in line 17869\n",
+ "Inconsistent number of tabs in line 17870\n",
+ "Inconsistent number of tabs in line 17871\n",
+ "Inconsistent number of tabs in line 17872\n",
+ "Inconsistent number of tabs in line 17873\n",
+ "Inconsistent number of tabs in line 17874\n",
+ "Inconsistent number of tabs in line 17875\n",
+ "Inconsistent number of tabs in line 17876\n",
+ "Inconsistent number of tabs in line 17877\n",
+ "Inconsistent number of tabs in line 17878\n",
+ "Inconsistent number of tabs in line 17879\n",
+ "Inconsistent number of tabs in line 17880\n",
+ "Inconsistent number of tabs in line 17881\n",
+ "Inconsistent number of tabs in line 17882\n",
+ "Inconsistent number of tabs in line 17883\n",
+ "Inconsistent number of tabs in line 17884\n",
+ "Inconsistent number of tabs in line 17885\n",
+ "Inconsistent number of tabs in line 17886\n",
+ "Inconsistent number of tabs in line 17887\n",
+ "Inconsistent number of tabs in line 17888\n",
+ "Inconsistent number of tabs in line 17889\n",
+ "Inconsistent number of tabs in line 17890\n",
+ "Inconsistent number of tabs in line 17891\n",
+ "Inconsistent number of tabs in line 17892\n",
+ "Inconsistent number of tabs in line 17893\n",
+ "Inconsistent number of tabs in line 17894\n",
+ "Inconsistent number of tabs in line 17895\n",
+ "Inconsistent number of tabs in line 17896\n",
+ "Inconsistent number of tabs in line 17897\n",
+ "Inconsistent number of tabs in line 17898\n",
+ "Inconsistent number of tabs in line 17899\n",
+ "Inconsistent number of tabs in line 17900\n",
+ "Inconsistent number of tabs in line 17901\n",
+ "Inconsistent number of tabs in line 17902\n",
+ "Inconsistent number of tabs in line 17903\n",
+ "Inconsistent number of tabs in line 17904\n",
+ "Inconsistent number of tabs in line 17905\n",
+ "Inconsistent number of tabs in line 17906\n",
+ "Inconsistent number of tabs in line 17907\n",
+ "Inconsistent number of tabs in line 17908\n",
+ "Inconsistent number of tabs in line 17909\n",
+ "Inconsistent number of tabs in line 17910\n",
+ "Inconsistent number of tabs in line 17911\n",
+ "Inconsistent number of tabs in line 17912\n",
+ "Inconsistent number of tabs in line 17913\n",
+ "Inconsistent number of tabs in line 17914\n",
+ "Inconsistent number of tabs in line 17915\n",
+ "Inconsistent number of tabs in line 17916\n",
+ "Inconsistent number of tabs in line 17917\n",
+ "Inconsistent number of tabs in line 17918\n",
+ "Inconsistent number of tabs in line 17919\n",
+ "Inconsistent number of tabs in line 17920\n",
+ "Inconsistent number of tabs in line 17921\n",
+ "Inconsistent number of tabs in line 17922\n",
+ "Inconsistent number of tabs in line 17923\n",
+ "Inconsistent number of tabs in line 17924\n",
+ "Inconsistent number of tabs in line 17925\n",
+ "Inconsistent number of tabs in line 17926\n",
+ "Inconsistent number of tabs in line 17927\n",
+ "Inconsistent number of tabs in line 17928\n",
+ "Inconsistent number of tabs in line 17929\n",
+ "Inconsistent number of tabs in line 17930\n",
+ "Inconsistent number of tabs in line 17931\n",
+ "Inconsistent number of tabs in line 17932\n",
+ "Inconsistent number of tabs in line 17933\n",
+ "Inconsistent number of tabs in line 17934\n",
+ "Inconsistent number of tabs in line 17935\n",
+ "Inconsistent number of tabs in line 17936\n",
+ "Inconsistent number of tabs in line 17937\n",
+ "Inconsistent number of tabs in line 17938\n",
+ "Inconsistent number of tabs in line 17939\n",
+ "Inconsistent number of tabs in line 17940\n",
+ "Inconsistent number of tabs in line 17941\n",
+ "Inconsistent number of tabs in line 17942\n",
+ "Inconsistent number of tabs in line 17943\n",
+ "Inconsistent number of tabs in line 17944\n",
+ "Inconsistent number of tabs in line 17945\n",
+ "Inconsistent number of tabs in line 17946\n",
+ "Inconsistent number of tabs in line 17947\n",
+ "Inconsistent number of tabs in line 17948\n",
+ "Inconsistent number of tabs in line 17949\n",
+ "Inconsistent number of tabs in line 17950\n",
+ "Inconsistent number of tabs in line 17951\n",
+ "Inconsistent number of tabs in line 17952\n",
+ "Inconsistent number of tabs in line 17953\n",
+ "Inconsistent number of tabs in line 17954\n",
+ "Inconsistent number of tabs in line 17955\n",
+ "Inconsistent number of tabs in line 17956\n",
+ "Inconsistent number of tabs in line 17957\n",
+ "Inconsistent number of tabs in line 17958\n",
+ "Inconsistent number of tabs in line 17959\n",
+ "Inconsistent number of tabs in line 17960\n",
+ "Inconsistent number of tabs in line 17961\n",
+ "Inconsistent number of tabs in line 17962\n",
+ "Inconsistent number of tabs in line 17963\n",
+ "Inconsistent number of tabs in line 17964\n",
+ "Inconsistent number of tabs in line 17965\n",
+ "Inconsistent number of tabs in line 17966\n",
+ "Inconsistent number of tabs in line 17967\n",
+ "Inconsistent number of tabs in line 17968\n",
+ "Inconsistent number of tabs in line 17969\n",
+ "Inconsistent number of tabs in line 17970\n",
+ "Inconsistent number of tabs in line 17971\n",
+ "Inconsistent number of tabs in line 17972\n",
+ "Inconsistent number of tabs in line 17973\n",
+ "Inconsistent number of tabs in line 17974\n",
+ "Inconsistent number of tabs in line 17975\n",
+ "Inconsistent number of tabs in line 17976\n",
+ "Inconsistent number of tabs in line 17977\n",
+ "Inconsistent number of tabs in line 17978\n",
+ "Inconsistent number of tabs in line 17979\n",
+ "Inconsistent number of tabs in line 17980\n",
+ "Inconsistent number of tabs in line 17981\n",
+ "Inconsistent number of tabs in line 17982\n",
+ "Inconsistent number of tabs in line 17983\n",
+ "Inconsistent number of tabs in line 17984\n",
+ "Inconsistent number of tabs in line 17985\n",
+ "Inconsistent number of tabs in line 17986\n",
+ "Inconsistent number of tabs in line 17987\n",
+ "Inconsistent number of tabs in line 17988\n",
+ "Inconsistent number of tabs in line 17989\n",
+ "Inconsistent number of tabs in line 17990\n",
+ "Inconsistent number of tabs in line 17991\n",
+ "Inconsistent number of tabs in line 17992\n",
+ "Inconsistent number of tabs in line 17993\n",
+ "Inconsistent number of tabs in line 17994\n",
+ "Inconsistent number of tabs in line 17995\n",
+ "Inconsistent number of tabs in line 17996\n",
+ "Inconsistent number of tabs in line 17997\n",
+ "Inconsistent number of tabs in line 17998\n",
+ "Inconsistent number of tabs in line 17999\n",
+ "Inconsistent number of tabs in line 18000\n",
+ "Inconsistent number of tabs in line 18001\n",
+ "Inconsistent number of tabs in line 18062\n",
+ "Inconsistent number of tabs in line 18063\n",
+ "Inconsistent number of tabs in line 18064\n",
+ "Inconsistent number of tabs in line 18069\n",
+ "Inconsistent number of tabs in line 18070\n",
+ "Inconsistent number of tabs in line 18071\n",
+ "Inconsistent number of tabs in line 18076\n",
+ "Inconsistent number of tabs in line 18077\n",
+ "Inconsistent number of tabs in line 18078\n",
+ "Inconsistent number of tabs in line 18083\n",
+ "Inconsistent number of tabs in line 18084\n",
+ "Inconsistent number of tabs in line 18085\n",
+ "Inconsistent number of tabs in line 18090\n",
+ "Inconsistent number of tabs in line 18091\n",
+ "Inconsistent number of tabs in line 18092\n",
+ "Inconsistent number of tabs in line 18097\n",
+ "Inconsistent number of tabs in line 18098\n",
+ "Inconsistent number of tabs in line 18099\n",
+ "Inconsistent number of tabs in line 19544\n",
+ "Inconsistent number of tabs in line 19545\n",
+ "Inconsistent number of tabs in line 19546\n",
+ "Inconsistent number of tabs in line 19551\n",
+ "Inconsistent number of tabs in line 19552\n",
+ "Inconsistent number of tabs in line 19553\n",
+ "Inconsistent number of tabs in line 19558\n",
+ "Inconsistent number of tabs in line 19559\n",
+ "Inconsistent number of tabs in line 19560\n",
+ "Inconsistent number of tabs in line 19565\n",
+ "Inconsistent number of tabs in line 19566\n",
+ "Inconsistent number of tabs in line 19567\n",
+ "Inconsistent number of tabs in line 19572\n",
+ "Inconsistent number of tabs in line 19573\n",
+ "Inconsistent number of tabs in line 19574\n",
+ "Inconsistent number of tabs in line 19579\n",
+ "Inconsistent number of tabs in line 19580\n",
+ "Inconsistent number of tabs in line 19581\n",
+ "Inconsistent number of tabs in line 20066\n",
+ "Inconsistent number of tabs in line 20067\n",
+ "Inconsistent number of tabs in line 20068\n",
+ "Inconsistent number of tabs in line 20069\n",
+ "Inconsistent number of tabs in line 20070\n",
+ "Inconsistent number of tabs in line 20071\n",
+ "Inconsistent number of tabs in line 20072\n",
+ "Inconsistent number of tabs in line 20073\n",
+ "Inconsistent number of tabs in line 20074\n",
+ "Inconsistent number of tabs in line 20075\n",
+ "Inconsistent number of tabs in line 20076\n",
+ "Inconsistent number of tabs in line 20077\n",
+ "Inconsistent number of tabs in line 20078\n",
+ "Inconsistent number of tabs in line 20079\n",
+ "Inconsistent number of tabs in line 20080\n",
+ "Inconsistent number of tabs in line 20081\n",
+ "Inconsistent number of tabs in line 20082\n",
+ "Inconsistent number of tabs in line 20083\n",
+ "Inconsistent number of tabs in line 20084\n",
+ "Inconsistent number of tabs in line 20085\n",
+ "Inconsistent number of tabs in line 20086\n",
+ "Inconsistent number of tabs in line 20087\n",
+ "Inconsistent number of tabs in line 20088\n",
+ "Inconsistent number of tabs in line 20089\n",
+ "Inconsistent number of tabs in line 20090\n",
+ "Inconsistent number of tabs in line 20091\n",
+ "Inconsistent number of tabs in line 20092\n",
+ "Inconsistent number of tabs in line 20093\n",
+ "Inconsistent number of tabs in line 20094\n",
+ "Inconsistent number of tabs in line 20095\n",
+ "Inconsistent number of tabs in line 20096\n",
+ "Inconsistent number of tabs in line 20097\n",
+ "Inconsistent number of tabs in line 20098\n",
+ "Inconsistent number of tabs in line 20099\n",
+ "Inconsistent number of tabs in line 20100\n",
+ "Inconsistent number of tabs in line 20101\n",
+ "Inconsistent number of tabs in line 20102\n",
+ "Inconsistent number of tabs in line 20103\n",
+ "Inconsistent number of tabs in line 20104\n",
+ "Inconsistent number of tabs in line 20105\n",
+ "Inconsistent number of tabs in line 20106\n",
+ "Inconsistent number of tabs in line 20107\n",
+ "Inconsistent number of tabs in line 20108\n",
+ "Inconsistent number of tabs in line 20109\n",
+ "Inconsistent number of tabs in line 20110\n",
+ "Inconsistent number of tabs in line 20111\n",
+ "Inconsistent number of tabs in line 20112\n",
+ "Inconsistent number of tabs in line 20113\n",
+ "Inconsistent number of tabs in line 20114\n",
+ "Inconsistent number of tabs in line 20115\n",
+ "Inconsistent number of tabs in line 20116\n",
+ "Inconsistent number of tabs in line 20117\n",
+ "Inconsistent number of tabs in line 20118\n",
+ "Inconsistent number of tabs in line 20119\n",
+ "Inconsistent number of tabs in line 20120\n",
+ "Inconsistent number of tabs in line 20121\n",
+ "Inconsistent number of tabs in line 20122\n",
+ "Inconsistent number of tabs in line 20123\n",
+ "Inconsistent number of tabs in line 20124\n",
+ "Inconsistent number of tabs in line 20125\n",
+ "Inconsistent number of tabs in line 20126\n",
+ "Inconsistent number of tabs in line 20127\n",
+ "Inconsistent number of tabs in line 20128\n",
+ "Inconsistent number of tabs in line 20129\n",
+ "Inconsistent number of tabs in line 20130\n",
+ "Inconsistent number of tabs in line 20131\n",
+ "Inconsistent number of tabs in line 20132\n",
+ "Inconsistent number of tabs in line 20133\n",
+ "Inconsistent number of tabs in line 20134\n",
+ "Inconsistent number of tabs in line 20135\n",
+ "Inconsistent number of tabs in line 20136\n",
+ "Inconsistent number of tabs in line 20137\n",
+ "Inconsistent number of tabs in line 20138\n",
+ "Inconsistent number of tabs in line 20139\n",
+ "Inconsistent number of tabs in line 20140\n",
+ "Inconsistent number of tabs in line 20141\n",
+ "Inconsistent number of tabs in line 20142\n",
+ "Inconsistent number of tabs in line 20143\n",
+ "Inconsistent number of tabs in line 20144\n",
+ "Inconsistent number of tabs in line 20145\n",
+ "Inconsistent number of tabs in line 20146\n",
+ "Inconsistent number of tabs in line 20147\n",
+ "Inconsistent number of tabs in line 20148\n",
+ "Inconsistent number of tabs in line 20149\n",
+ "Inconsistent number of tabs in line 20150\n",
+ "Inconsistent number of tabs in line 20151\n",
+ "Inconsistent number of tabs in line 20152\n",
+ "Inconsistent number of tabs in line 20153\n",
+ "Inconsistent number of tabs in line 20154\n",
+ "Inconsistent number of tabs in line 20155\n",
+ "Inconsistent number of tabs in line 20156\n",
+ "Inconsistent number of tabs in line 20157\n",
+ "Inconsistent number of tabs in line 20158\n",
+ "Inconsistent number of tabs in line 20159\n",
+ "Inconsistent number of tabs in line 20160\n",
+ "Inconsistent number of tabs in line 20161\n",
+ "Inconsistent number of tabs in line 20162\n",
+ "Inconsistent number of tabs in line 20163\n",
+ "Inconsistent number of tabs in line 20164\n",
+ "Inconsistent number of tabs in line 20165\n",
+ "Inconsistent number of tabs in line 20166\n",
+ "Inconsistent number of tabs in line 20167\n",
+ "Inconsistent number of tabs in line 22208\n",
+ "Inconsistent number of tabs in line 22209\n",
+ "Inconsistent number of tabs in line 22210\n",
+ "Inconsistent number of tabs in line 22215\n",
+ "Inconsistent number of tabs in line 22216\n",
+ "Inconsistent number of tabs in line 22217\n",
+ "Inconsistent number of tabs in line 22222\n",
+ "Inconsistent number of tabs in line 22223\n",
+ "Inconsistent number of tabs in line 22224\n",
+ "Inconsistent number of tabs in line 22229\n",
+ "Inconsistent number of tabs in line 22230\n",
+ "Inconsistent number of tabs in line 22231\n",
+ "Inconsistent number of tabs in line 22236\n",
+ "Inconsistent number of tabs in line 22237\n",
+ "Inconsistent number of tabs in line 22238\n",
+ "Inconsistent number of tabs in line 22243\n",
+ "Inconsistent number of tabs in line 22244\n",
+ "Inconsistent number of tabs in line 22245\n",
+ "Inconsistent number of tabs in line 23630\n",
+ "Inconsistent number of tabs in line 23631\n",
+ "Inconsistent number of tabs in line 23632\n",
+ "Inconsistent number of tabs in line 23637\n",
+ "Inconsistent number of tabs in line 23638\n",
+ "Inconsistent number of tabs in line 23639\n",
+ "Inconsistent number of tabs in line 23644\n",
+ "Inconsistent number of tabs in line 23645\n",
+ "Inconsistent number of tabs in line 23646\n",
+ "Inconsistent number of tabs in line 23651\n",
+ "Inconsistent number of tabs in line 23652\n",
+ "Inconsistent number of tabs in line 23653\n",
+ "Inconsistent number of tabs in line 23658\n",
+ "Inconsistent number of tabs in line 23659\n",
+ "Inconsistent number of tabs in line 23660\n",
+ "Inconsistent number of tabs in line 23665\n",
+ "Inconsistent number of tabs in line 23666\n",
+ "Inconsistent number of tabs in line 23667\n",
+ "Inconsistent number of tabs in line 24363\n",
+ "Inconsistent number of tabs in line 24364\n",
+ "Inconsistent number of tabs in line 24365\n",
+ "Inconsistent number of tabs in line 24366\n",
+ "Inconsistent number of tabs in line 24367\n",
+ "Inconsistent number of tabs in line 24368\n",
+ "Inconsistent number of tabs in line 24369\n",
+ "Inconsistent number of tabs in line 24370\n",
+ "Inconsistent number of tabs in line 24371\n",
+ "Inconsistent number of tabs in line 24372\n",
+ "Inconsistent number of tabs in line 24373\n",
+ "Inconsistent number of tabs in line 24374\n",
+ "Inconsistent number of tabs in line 24376\n",
+ "Inconsistent number of tabs in line 24377\n",
+ "Inconsistent number of tabs in line 24378\n",
+ "Inconsistent number of tabs in line 24379\n",
+ "Inconsistent number of tabs in line 24380\n",
+ "Inconsistent number of tabs in line 24381\n",
+ "Inconsistent number of tabs in line 24382\n",
+ "Inconsistent number of tabs in line 24383\n",
+ "Inconsistent number of tabs in line 24384\n",
+ "Inconsistent number of tabs in line 24385\n",
+ "Inconsistent number of tabs in line 24386\n",
+ "Inconsistent number of tabs in line 24387\n",
+ "Inconsistent number of tabs in line 24389\n",
+ "Inconsistent number of tabs in line 24390\n",
+ "Inconsistent number of tabs in line 24391\n",
+ "Inconsistent number of tabs in line 24392\n",
+ "Inconsistent number of tabs in line 24393\n",
+ "Inconsistent number of tabs in line 24394\n",
+ "Inconsistent number of tabs in line 24395\n",
+ "Inconsistent number of tabs in line 24396\n",
+ "Inconsistent number of tabs in line 24397\n",
+ "Inconsistent number of tabs in line 24398\n",
+ "Inconsistent number of tabs in line 24399\n",
+ "Inconsistent number of tabs in line 24400\n",
+ "Inconsistent number of tabs in line 24402\n",
+ "Inconsistent number of tabs in line 24403\n",
+ "Inconsistent number of tabs in line 24404\n",
+ "Inconsistent number of tabs in line 24405\n",
+ "Inconsistent number of tabs in line 24406\n",
+ "Inconsistent number of tabs in line 24407\n",
+ "Inconsistent number of tabs in line 24408\n",
+ "Inconsistent number of tabs in line 24409\n",
+ "Inconsistent number of tabs in line 24410\n",
+ "Inconsistent number of tabs in line 24411\n",
+ "Inconsistent number of tabs in line 24412\n",
+ "Inconsistent number of tabs in line 24413\n",
+ "Inconsistent number of tabs in line 24415\n",
+ "Inconsistent number of tabs in line 24416\n",
+ "Inconsistent number of tabs in line 24417\n",
+ "Inconsistent number of tabs in line 24418\n",
+ "Inconsistent number of tabs in line 24419\n",
+ "Inconsistent number of tabs in line 24420\n",
+ "Inconsistent number of tabs in line 24421\n",
+ "Inconsistent number of tabs in line 24422\n",
+ "Inconsistent number of tabs in line 24423\n",
+ "Inconsistent number of tabs in line 24424\n",
+ "Inconsistent number of tabs in line 24425\n",
+ "Inconsistent number of tabs in line 24426\n",
+ "Inconsistent number of tabs in line 24428\n",
+ "Inconsistent number of tabs in line 24429\n",
+ "Inconsistent number of tabs in line 24430\n",
+ "Inconsistent number of tabs in line 24431\n",
+ "Inconsistent number of tabs in line 24432\n",
+ "Inconsistent number of tabs in line 24433\n",
+ "Inconsistent number of tabs in line 24434\n",
+ "Inconsistent number of tabs in line 24435\n",
+ "Inconsistent number of tabs in line 24436\n",
+ "Inconsistent number of tabs in line 24437\n",
+ "Inconsistent number of tabs in line 24438\n",
+ "Inconsistent number of tabs in line 24439\n",
+ "Inconsistent number of tabs in line 27110\n",
+ "Inconsistent number of tabs in line 27111\n",
+ "Inconsistent number of tabs in line 27112\n",
+ "Inconsistent number of tabs in line 27117\n",
+ "Inconsistent number of tabs in line 27118\n",
+ "Inconsistent number of tabs in line 27119\n",
+ "Inconsistent number of tabs in line 27124\n",
+ "Inconsistent number of tabs in line 27125\n",
+ "Inconsistent number of tabs in line 27126\n",
+ "Inconsistent number of tabs in line 27131\n",
+ "Inconsistent number of tabs in line 27132\n",
+ "Inconsistent number of tabs in line 27133\n",
+ "Inconsistent number of tabs in line 27138\n",
+ "Inconsistent number of tabs in line 27139\n",
+ "Inconsistent number of tabs in line 27140\n",
+ "Inconsistent number of tabs in line 27145\n",
+ "Inconsistent number of tabs in line 27146\n",
+ "Inconsistent number of tabs in line 27147\n",
+ "Inconsistent number of tabs in line 27902\n",
+ "Inconsistent number of tabs in line 27903\n",
+ "Inconsistent number of tabs in line 27904\n",
+ "Inconsistent number of tabs in line 27909\n",
+ "Inconsistent number of tabs in line 27910\n",
+ "Inconsistent number of tabs in line 27911\n",
+ "Inconsistent number of tabs in line 27916\n",
+ "Inconsistent number of tabs in line 27917\n",
+ "Inconsistent number of tabs in line 27918\n",
+ "Inconsistent number of tabs in line 27923\n",
+ "Inconsistent number of tabs in line 27924\n",
+ "Inconsistent number of tabs in line 27925\n",
+ "Inconsistent number of tabs in line 27930\n",
+ "Inconsistent number of tabs in line 27931\n",
+ "Inconsistent number of tabs in line 27932\n",
+ "Inconsistent number of tabs in line 27937\n",
+ "Inconsistent number of tabs in line 27938\n",
+ "Inconsistent number of tabs in line 27939\n",
+ "Inconsistent number of tabs in line 28514\n",
+ "Inconsistent number of tabs in line 28515\n",
+ "Inconsistent number of tabs in line 28516\n",
+ "Inconsistent number of tabs in line 28521\n",
+ "Inconsistent number of tabs in line 28522\n",
+ "Inconsistent number of tabs in line 28523\n",
+ "Inconsistent number of tabs in line 28528\n",
+ "Inconsistent number of tabs in line 28529\n",
+ "Inconsistent number of tabs in line 28530\n",
+ "Inconsistent number of tabs in line 28535\n",
+ "Inconsistent number of tabs in line 28536\n",
+ "Inconsistent number of tabs in line 28537\n",
+ "Inconsistent number of tabs in line 28542\n",
+ "Inconsistent number of tabs in line 28543\n",
+ "Inconsistent number of tabs in line 28544\n",
+ "Inconsistent number of tabs in line 28549\n",
+ "Inconsistent number of tabs in line 28550\n",
+ "Inconsistent number of tabs in line 28551\n",
+ "Inconsistent number of tabs in line 31316\n",
+ "Inconsistent number of tabs in line 31317\n",
+ "Inconsistent number of tabs in line 31318\n",
+ "Inconsistent number of tabs in line 31323\n",
+ "Inconsistent number of tabs in line 31324\n",
+ "Inconsistent number of tabs in line 31325\n",
+ "Inconsistent number of tabs in line 31330\n",
+ "Inconsistent number of tabs in line 31331\n",
+ "Inconsistent number of tabs in line 31332\n",
+ "Inconsistent number of tabs in line 31337\n",
+ "Inconsistent number of tabs in line 31338\n",
+ "Inconsistent number of tabs in line 31339\n",
+ "Inconsistent number of tabs in line 31344\n",
+ "Inconsistent number of tabs in line 31345\n",
+ "Inconsistent number of tabs in line 31346\n",
+ "Inconsistent number of tabs in line 31351\n",
+ "Inconsistent number of tabs in line 31352\n",
+ "Inconsistent number of tabs in line 31353\n",
+ "Inconsistent number of tabs in line 32049\n",
+ "Inconsistent number of tabs in line 32050\n",
+ "Inconsistent number of tabs in line 32051\n",
+ "Inconsistent number of tabs in line 32052\n",
+ "Inconsistent number of tabs in line 32053\n",
+ "Inconsistent number of tabs in line 32054\n",
+ "Inconsistent number of tabs in line 32055\n",
+ "Inconsistent number of tabs in line 32056\n",
+ "Inconsistent number of tabs in line 32057\n",
+ "Inconsistent number of tabs in line 32058\n",
+ "Inconsistent number of tabs in line 32059\n",
+ "Inconsistent number of tabs in line 32060\n",
+ "Inconsistent number of tabs in line 32062\n",
+ "Inconsistent number of tabs in line 32063\n",
+ "Inconsistent number of tabs in line 32064\n",
+ "Inconsistent number of tabs in line 32065\n",
+ "Inconsistent number of tabs in line 32066\n",
+ "Inconsistent number of tabs in line 32067\n",
+ "Inconsistent number of tabs in line 32068\n",
+ "Inconsistent number of tabs in line 32069\n",
+ "Inconsistent number of tabs in line 32070\n",
+ "Inconsistent number of tabs in line 32071\n",
+ "Inconsistent number of tabs in line 32072\n",
+ "Inconsistent number of tabs in line 32073\n",
+ "Inconsistent number of tabs in line 32075\n",
+ "Inconsistent number of tabs in line 32076\n",
+ "Inconsistent number of tabs in line 32077\n",
+ "Inconsistent number of tabs in line 32078\n",
+ "Inconsistent number of tabs in line 32079\n",
+ "Inconsistent number of tabs in line 32080\n",
+ "Inconsistent number of tabs in line 32081\n",
+ "Inconsistent number of tabs in line 32082\n",
+ "Inconsistent number of tabs in line 32083\n",
+ "Inconsistent number of tabs in line 32084\n",
+ "Inconsistent number of tabs in line 32085\n",
+ "Inconsistent number of tabs in line 32086\n",
+ "Inconsistent number of tabs in line 32088\n",
+ "Inconsistent number of tabs in line 32089\n",
+ "Inconsistent number of tabs in line 32090\n",
+ "Inconsistent number of tabs in line 32091\n",
+ "Inconsistent number of tabs in line 32092\n",
+ "Inconsistent number of tabs in line 32093\n",
+ "Inconsistent number of tabs in line 32094\n",
+ "Inconsistent number of tabs in line 32095\n",
+ "Inconsistent number of tabs in line 32096\n",
+ "Inconsistent number of tabs in line 32097\n",
+ "Inconsistent number of tabs in line 32098\n",
+ "Inconsistent number of tabs in line 32099\n",
+ "Inconsistent number of tabs in line 32101\n",
+ "Inconsistent number of tabs in line 32102\n",
+ "Inconsistent number of tabs in line 32103\n",
+ "Inconsistent number of tabs in line 32104\n",
+ "Inconsistent number of tabs in line 32105\n",
+ "Inconsistent number of tabs in line 32106\n",
+ "Inconsistent number of tabs in line 32107\n",
+ "Inconsistent number of tabs in line 32108\n",
+ "Inconsistent number of tabs in line 32109\n",
+ "Inconsistent number of tabs in line 32110\n",
+ "Inconsistent number of tabs in line 32111\n",
+ "Inconsistent number of tabs in line 32112\n",
+ "Inconsistent number of tabs in line 32114\n",
+ "Inconsistent number of tabs in line 32115\n",
+ "Inconsistent number of tabs in line 32116\n",
+ "Inconsistent number of tabs in line 32117\n",
+ "Inconsistent number of tabs in line 32118\n",
+ "Inconsistent number of tabs in line 32119\n",
+ "Inconsistent number of tabs in line 32120\n",
+ "Inconsistent number of tabs in line 32121\n",
+ "Inconsistent number of tabs in line 32122\n",
+ "Inconsistent number of tabs in line 32123\n",
+ "Inconsistent number of tabs in line 32124\n",
+ "Inconsistent number of tabs in line 32125\n",
+ "Inconsistent number of tabs in line 32127\n",
+ "Inconsistent number of tabs in line 32128\n",
+ "Inconsistent number of tabs in line 32129\n",
+ "Inconsistent number of tabs in line 32130\n",
+ "Inconsistent number of tabs in line 32131\n",
+ "Inconsistent number of tabs in line 32132\n",
+ "Inconsistent number of tabs in line 32133\n",
+ "Inconsistent number of tabs in line 32134\n",
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+ "Inconsistent number of tabs in line 32136\n",
+ "Inconsistent number of tabs in line 32137\n",
+ "Inconsistent number of tabs in line 32138\n",
+ "Inconsistent number of tabs in line 32140\n",
+ "Inconsistent number of tabs in line 32141\n",
+ "Inconsistent number of tabs in line 32142\n",
+ "Inconsistent number of tabs in line 32143\n",
+ "Inconsistent number of tabs in line 32144\n",
+ "Inconsistent number of tabs in line 32145\n",
+ "Inconsistent number of tabs in line 32146\n",
+ "Inconsistent number of tabs in line 32147\n",
+ "Inconsistent number of tabs in line 32148\n",
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+ "Inconsistent number of tabs in line 32157\n",
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+ "Inconsistent number of tabs in line 32184\n",
+ "Inconsistent number of tabs in line 32185\n",
+ "Inconsistent number of tabs in line 32186\n",
+ "Inconsistent number of tabs in line 32187\n",
+ "Inconsistent number of tabs in line 32188\n",
+ "Inconsistent number of tabs in line 32189\n",
+ "Inconsistent number of tabs in line 32190\n",
+ "Inconsistent number of tabs in line 32192\n",
+ "Inconsistent number of tabs in line 32193\n",
+ "Inconsistent number of tabs in line 32194\n",
+ "Inconsistent number of tabs in line 32195\n",
+ "Inconsistent number of tabs in line 32196\n",
+ "Inconsistent number of tabs in line 32197\n",
+ "Inconsistent number of tabs in line 32198\n",
+ "Inconsistent number of tabs in line 32199\n",
+ "Inconsistent number of tabs in line 32200\n",
+ "Inconsistent number of tabs in line 32201\n",
+ "Inconsistent number of tabs in line 32202\n",
+ "Inconsistent number of tabs in line 32203\n",
+ "Inconsistent number of tabs in line 32744\n",
+ "Inconsistent number of tabs in line 32745\n",
+ "Inconsistent number of tabs in line 32746\n",
+ "Inconsistent number of tabs in line 32747\n",
+ "Inconsistent number of tabs in line 32748\n",
+ "Inconsistent number of tabs in line 32749\n",
+ "Inconsistent number of tabs in line 32750\n",
+ "Inconsistent number of tabs in line 32751\n",
+ "Inconsistent number of tabs in line 32752\n",
+ "Inconsistent number of tabs in line 32753\n",
+ "Inconsistent number of tabs in line 32754\n",
+ "Inconsistent number of tabs in line 32755\n",
+ "Inconsistent number of tabs in line 32756\n",
+ "Inconsistent number of tabs in line 32757\n",
+ "Inconsistent number of tabs in line 32758\n",
+ "Inconsistent number of tabs in line 32759\n",
+ "Inconsistent number of tabs in line 32760\n",
+ "Inconsistent number of tabs in line 32761\n",
+ "Inconsistent number of tabs in line 32762\n",
+ "Inconsistent number of tabs in line 32763\n",
+ "Inconsistent number of tabs in line 32764\n",
+ "Inconsistent number of tabs in line 32765\n",
+ "Inconsistent number of tabs in line 32766\n",
+ "Inconsistent number of tabs in line 32767\n",
+ "Inconsistent number of tabs in line 32768\n",
+ "Inconsistent number of tabs in line 32769\n",
+ "Inconsistent number of tabs in line 32770\n",
+ "Inconsistent number of tabs in line 32771\n",
+ "Inconsistent number of tabs in line 32772\n",
+ "Inconsistent number of tabs in line 32773\n",
+ "Inconsistent number of tabs in line 32774\n",
+ "Inconsistent number of tabs in line 32775\n",
+ "Inconsistent number of tabs in line 32776\n",
+ "Inconsistent number of tabs in line 32777\n",
+ "Inconsistent number of tabs in line 32778\n",
+ "Inconsistent number of tabs in line 32779\n",
+ "Inconsistent number of tabs in line 32780\n",
+ "Inconsistent number of tabs in line 32781\n",
+ "Inconsistent number of tabs in line 32782\n",
+ "Inconsistent number of tabs in line 32783\n",
+ "Inconsistent number of tabs in line 32784\n",
+ "Inconsistent number of tabs in line 32785\n",
+ "Inconsistent number of tabs in line 32786\n",
+ "Inconsistent number of tabs in line 32787\n",
+ "Inconsistent number of tabs in line 32788\n",
+ "Inconsistent number of tabs in line 32789\n",
+ "Inconsistent number of tabs in line 32790\n",
+ "Inconsistent number of tabs in line 32791\n",
+ "Inconsistent number of tabs in line 32792\n",
+ "Inconsistent number of tabs in line 32793\n",
+ "Inconsistent number of tabs in line 32794\n",
+ "Inconsistent number of tabs in line 32795\n",
+ "Inconsistent number of tabs in line 32796\n",
+ "Inconsistent number of tabs in line 32797\n",
+ "Inconsistent number of tabs in line 32798\n",
+ "Inconsistent number of tabs in line 32799\n",
+ "Inconsistent number of tabs in line 32800\n",
+ "Inconsistent number of tabs in line 32801\n",
+ "Inconsistent number of tabs in line 32802\n",
+ "Inconsistent number of tabs in line 32803\n",
+ "Inconsistent number of tabs in line 32804\n",
+ "Inconsistent number of tabs in line 32805\n",
+ "Inconsistent number of tabs in line 32806\n",
+ "Inconsistent number of tabs in line 32807\n",
+ "Inconsistent number of tabs in line 32808\n",
+ "Inconsistent number of tabs in line 32809\n",
+ "Inconsistent number of tabs in line 32810\n",
+ "Inconsistent number of tabs in line 32811\n",
+ "Inconsistent number of tabs in line 32812\n",
+ "Inconsistent number of tabs in line 32813\n",
+ "Inconsistent number of tabs in line 32814\n",
+ "Inconsistent number of tabs in line 32815\n",
+ "Inconsistent number of tabs in line 32816\n",
+ "Inconsistent number of tabs in line 32817\n",
+ "Inconsistent number of tabs in line 32818\n",
+ "Inconsistent number of tabs in line 32819\n",
+ "Inconsistent number of tabs in line 32820\n",
+ "Inconsistent number of tabs in line 32821\n",
+ "Inconsistent number of tabs in line 32822\n",
+ "Inconsistent number of tabs in line 32823\n",
+ "Inconsistent number of tabs in line 32824\n",
+ "Inconsistent number of tabs in line 32825\n",
+ "Inconsistent number of tabs in line 32826\n",
+ "Inconsistent number of tabs in line 32827\n",
+ "Inconsistent number of tabs in line 32828\n",
+ "Inconsistent number of tabs in line 32829\n",
+ "Inconsistent number of tabs in line 32830\n",
+ "Inconsistent number of tabs in line 32831\n",
+ "Inconsistent number of tabs in line 32832\n",
+ "Inconsistent number of tabs in line 32833\n",
+ "Inconsistent number of tabs in line 33614\n",
+ "Inconsistent number of tabs in line 33615\n",
+ "Inconsistent number of tabs in line 33616\n",
+ "Inconsistent number of tabs in line 33626\n",
+ "Inconsistent number of tabs in line 33627\n",
+ "Inconsistent number of tabs in line 33628\n",
+ "Inconsistent number of tabs in line 33638\n",
+ "Inconsistent number of tabs in line 33639\n",
+ "Inconsistent number of tabs in line 33640\n",
+ "Inconsistent number of tabs in line 35690\n",
+ "Inconsistent number of tabs in line 35691\n",
+ "Inconsistent number of tabs in line 35692\n",
+ "Inconsistent number of tabs in line 35697\n",
+ "Inconsistent number of tabs in line 35698\n",
+ "Inconsistent number of tabs in line 35699\n",
+ "Inconsistent number of tabs in line 35704\n",
+ "Inconsistent number of tabs in line 35705\n",
+ "Inconsistent number of tabs in line 35706\n",
+ "Inconsistent number of tabs in line 35711\n",
+ "Inconsistent number of tabs in line 35712\n",
+ "Inconsistent number of tabs in line 35713\n",
+ "Inconsistent number of tabs in line 35718\n",
+ "Inconsistent number of tabs in line 35719\n",
+ "Inconsistent number of tabs in line 35720\n",
+ "Inconsistent number of tabs in line 35725\n",
+ "Inconsistent number of tabs in line 35726\n",
+ "Inconsistent number of tabs in line 35727\n",
+ "Inconsistent number of tabs in line 37142\n",
+ "Inconsistent number of tabs in line 37143\n",
+ "Inconsistent number of tabs in line 37148\n",
+ "Inconsistent number of tabs in line 37149\n",
+ "Inconsistent number of tabs in line 37154\n",
+ "Inconsistent number of tabs in line 37155\n",
+ "Inconsistent number of tabs in line 37160\n",
+ "Inconsistent number of tabs in line 37161\n",
+ "Inconsistent number of tabs in line 37166\n",
+ "Inconsistent number of tabs in line 37167\n",
+ "Inconsistent number of tabs in line 37172\n",
+ "Inconsistent number of tabs in line 37173\n",
+ "Inconsistent number of tabs in line 37718\n",
+ "Inconsistent number of tabs in line 37719\n",
+ "Inconsistent number of tabs in line 37720\n",
+ "Inconsistent number of tabs in line 37725\n",
+ "Inconsistent number of tabs in line 37726\n",
+ "Inconsistent number of tabs in line 37727\n",
+ "Inconsistent number of tabs in line 37732\n",
+ "Inconsistent number of tabs in line 37733\n",
+ "Inconsistent number of tabs in line 37734\n",
+ "Inconsistent number of tabs in line 37739\n",
+ "Inconsistent number of tabs in line 37740\n",
+ "Inconsistent number of tabs in line 37741\n",
+ "Inconsistent number of tabs in line 37746\n",
+ "Inconsistent number of tabs in line 37747\n",
+ "Inconsistent number of tabs in line 37748\n",
+ "Inconsistent number of tabs in line 37753\n",
+ "Inconsistent number of tabs in line 37754\n",
+ "Inconsistent number of tabs in line 37755\n",
+ "Non-ASCII character found in line 42831\n",
+ "Non-ASCII character found in line 42832\n",
+ "Non-ASCII character found in line 42833\n",
+ "Non-ASCII character found in line 42834\n",
+ "Non-ASCII character found in line 42836\n",
+ "Non-ASCII character found in line 42837\n",
+ "Non-ASCII character found in line 42838\n",
+ "Non-ASCII character found in line 42839\n",
+ "Non-ASCII character found in line 42841\n",
+ "Non-ASCII character found in line 42842\n",
+ "Non-ASCII character found in line 42843\n",
+ "Non-ASCII character found in line 42844\n",
+ "Non-ASCII character found in line 42846\n",
+ "Non-ASCII character found in line 42847\n",
+ "Non-ASCII character found in line 42848\n",
+ "Non-ASCII character found in line 42849\n",
+ "Non-ASCII character found in line 42851\n",
+ "Non-ASCII character found in line 42852\n",
+ "Non-ASCII character found in line 42853\n",
+ "Non-ASCII character found in line 42854\n",
+ "Non-ASCII character found in line 42856\n",
+ "Non-ASCII character found in line 42857\n",
+ "Non-ASCII character found in line 42858\n",
+ "Non-ASCII character found in line 42859\n",
+ "Inconsistent number of tabs in line 44660\n",
+ "Inconsistent number of tabs in line 44661\n",
+ "Inconsistent number of tabs in line 44662\n",
+ "Inconsistent number of tabs in line 44667\n",
+ "Inconsistent number of tabs in line 44668\n",
+ "Inconsistent number of tabs in line 44669\n",
+ "Inconsistent number of tabs in line 44674\n",
+ "Inconsistent number of tabs in line 44675\n",
+ "Inconsistent number of tabs in line 44676\n",
+ "Inconsistent number of tabs in line 44681\n",
+ "Inconsistent number of tabs in line 44682\n",
+ "Inconsistent number of tabs in line 44683\n",
+ "Inconsistent number of tabs in line 44688\n",
+ "Inconsistent number of tabs in line 44689\n",
+ "Inconsistent number of tabs in line 44690\n",
+ "Inconsistent number of tabs in line 44695\n",
+ "Inconsistent number of tabs in line 44696\n",
+ "Inconsistent number of tabs in line 44697\n",
+ "Inconsistent number of tabs in line 45393\n",
+ "Inconsistent number of tabs in line 45394\n",
+ "Inconsistent number of tabs in line 45395\n",
+ "Inconsistent number of tabs in line 45396\n",
+ "Inconsistent number of tabs in line 45397\n",
+ "Inconsistent number of tabs in line 45398\n",
+ "Inconsistent number of tabs in line 45399\n",
+ "Inconsistent number of tabs in line 45400\n",
+ "Inconsistent number of tabs in line 45401\n",
+ "Inconsistent number of tabs in line 45402\n",
+ "Inconsistent number of tabs in line 45403\n",
+ "Inconsistent number of tabs in line 45404\n",
+ "Inconsistent number of tabs in line 45406\n",
+ "Inconsistent number of tabs in line 45407\n",
+ "Inconsistent number of tabs in line 45408\n",
+ "Inconsistent number of tabs in line 45409\n",
+ "Inconsistent number of tabs in line 45410\n",
+ "Inconsistent number of tabs in line 45411\n",
+ "Inconsistent number of tabs in line 45412\n",
+ "Inconsistent number of tabs in line 45413\n",
+ "Inconsistent number of tabs in line 45414\n",
+ "Inconsistent number of tabs in line 45415\n",
+ "Inconsistent number of tabs in line 45416\n",
+ "Inconsistent number of tabs in line 45417\n",
+ "Inconsistent number of tabs in line 45419\n",
+ "Inconsistent number of tabs in line 45420\n",
+ "Inconsistent number of tabs in line 45421\n",
+ "Inconsistent number of tabs in line 45422\n",
+ "Inconsistent number of tabs in line 45423\n",
+ "Inconsistent number of tabs in line 45424\n",
+ "Inconsistent number of tabs in line 45425\n",
+ "Inconsistent number of tabs in line 45426\n",
+ "Inconsistent number of tabs in line 45427\n",
+ "Inconsistent number of tabs in line 45428\n",
+ "Inconsistent number of tabs in line 45429\n",
+ "Inconsistent number of tabs in line 45430\n",
+ "Inconsistent number of tabs in line 45432\n",
+ "Inconsistent number of tabs in line 45433\n",
+ "Inconsistent number of tabs in line 45434\n",
+ "Inconsistent number of tabs in line 45435\n",
+ "Inconsistent number of tabs in line 45436\n",
+ "Inconsistent number of tabs in line 45437\n",
+ "Inconsistent number of tabs in line 45438\n",
+ "Inconsistent number of tabs in line 45439\n",
+ "Inconsistent number of tabs in line 45440\n",
+ "Inconsistent number of tabs in line 45441\n",
+ "Inconsistent number of tabs in line 45442\n",
+ "Inconsistent number of tabs in line 45443\n",
+ "Inconsistent number of tabs in line 45445\n",
+ "Inconsistent number of tabs in line 45446\n",
+ "Inconsistent number of tabs in line 45447\n",
+ "Inconsistent number of tabs in line 45448\n",
+ "Inconsistent number of tabs in line 45449\n",
+ "Inconsistent number of tabs in line 45450\n",
+ "Inconsistent number of tabs in line 45451\n",
+ "Inconsistent number of tabs in line 45452\n",
+ "Inconsistent number of tabs in line 45453\n",
+ "Inconsistent number of tabs in line 45454\n",
+ "Inconsistent number of tabs in line 45455\n",
+ "Inconsistent number of tabs in line 45456\n",
+ "Inconsistent number of tabs in line 45458\n",
+ "Inconsistent number of tabs in line 45459\n",
+ "Inconsistent number of tabs in line 45460\n",
+ "Inconsistent number of tabs in line 45461\n",
+ "Inconsistent number of tabs in line 45462\n",
+ "Inconsistent number of tabs in line 45463\n",
+ "Inconsistent number of tabs in line 45464\n",
+ "Inconsistent number of tabs in line 45465\n",
+ "Inconsistent number of tabs in line 45466\n",
+ "Inconsistent number of tabs in line 45467\n",
+ "Inconsistent number of tabs in line 45468\n",
+ "Inconsistent number of tabs in line 45469\n",
+ "Non-ASCII character found in line 45561\n",
+ "Non-ASCII character found in line 45562\n",
+ "Non-ASCII character found in line 45563\n",
+ "Non-ASCII character found in line 45564\n",
+ "Non-ASCII character found in line 45566\n",
+ "Non-ASCII character found in line 45567\n",
+ "Non-ASCII character found in line 45568\n",
+ "Non-ASCII character found in line 45569\n",
+ "Non-ASCII character found in line 45571\n",
+ "Non-ASCII character found in line 45572\n",
+ "Non-ASCII character found in line 45573\n",
+ "Non-ASCII character found in line 45574\n",
+ "Non-ASCII character found in line 45576\n",
+ "Non-ASCII character found in line 45577\n",
+ "Non-ASCII character found in line 45578\n",
+ "Non-ASCII character found in line 45579\n",
+ "Non-ASCII character found in line 45581\n",
+ "Non-ASCII character found in line 45582\n",
+ "Non-ASCII character found in line 45583\n",
+ "Non-ASCII character found in line 45584\n",
+ "Non-ASCII character found in line 45586\n",
+ "Non-ASCII character found in line 45587\n",
+ "Non-ASCII character found in line 45588\n",
+ "Non-ASCII character found in line 45589\n",
+ "Non-ASCII character found in line 45651\n",
+ "Non-ASCII character found in line 45652\n",
+ "Non-ASCII character found in line 45653\n",
+ "Non-ASCII character found in line 45654\n",
+ "Non-ASCII character found in line 45656\n",
+ "Non-ASCII character found in line 45657\n",
+ "Non-ASCII character found in line 45658\n",
+ "Non-ASCII character found in line 45659\n",
+ "Non-ASCII character found in line 45661\n",
+ "Non-ASCII character found in line 45662\n",
+ "Non-ASCII character found in line 45663\n",
+ "Non-ASCII character found in line 45664\n",
+ "Non-ASCII character found in line 45666\n",
+ "Non-ASCII character found in line 45667\n",
+ "Non-ASCII character found in line 45668\n",
+ "Non-ASCII character found in line 45669\n",
+ "Non-ASCII character found in line 45671\n",
+ "Non-ASCII character found in line 45672\n",
+ "Non-ASCII character found in line 45673\n",
+ "Non-ASCII character found in line 45674\n",
+ "Non-ASCII character found in line 45676\n",
+ "Non-ASCII character found in line 45677\n",
+ "Non-ASCII character found in line 45678\n",
+ "Non-ASCII character found in line 45679\n",
+ "Inconsistent number of tabs in line 46071\n",
+ "Inconsistent number of tabs in line 46072\n",
+ "Inconsistent number of tabs in line 46073\n",
+ "Inconsistent number of tabs in line 46074\n",
+ "Inconsistent number of tabs in line 46075\n",
+ "Inconsistent number of tabs in line 46076\n",
+ "Inconsistent number of tabs in line 46077\n",
+ "Inconsistent number of tabs in line 46078\n",
+ "Inconsistent number of tabs in line 46079\n",
+ "Inconsistent number of tabs in line 46080\n",
+ "Inconsistent number of tabs in line 46081\n",
+ "Inconsistent number of tabs in line 46082\n",
+ "Inconsistent number of tabs in line 46084\n",
+ "Inconsistent number of tabs in line 46085\n",
+ "Inconsistent number of tabs in line 46086\n",
+ "Inconsistent number of tabs in line 46087\n",
+ "Inconsistent number of tabs in line 46088\n",
+ "Inconsistent number of tabs in line 46089\n",
+ "Inconsistent number of tabs in line 46090\n",
+ "Inconsistent number of tabs in line 46091\n",
+ "Inconsistent number of tabs in line 46092\n",
+ "Inconsistent number of tabs in line 46093\n",
+ "Inconsistent number of tabs in line 46094\n",
+ "Inconsistent number of tabs in line 46095\n",
+ "Inconsistent number of tabs in line 46097\n",
+ "Inconsistent number of tabs in line 46098\n",
+ "Inconsistent number of tabs in line 46099\n",
+ "Inconsistent number of tabs in line 46100\n",
+ "Inconsistent number of tabs in line 46101\n",
+ "Inconsistent number of tabs in line 46102\n",
+ "Inconsistent number of tabs in line 46103\n",
+ "Inconsistent number of tabs in line 46104\n",
+ "Inconsistent number of tabs in line 46105\n",
+ "Inconsistent number of tabs in line 46106\n",
+ "Inconsistent number of tabs in line 46107\n",
+ "Inconsistent number of tabs in line 46108\n",
+ "Inconsistent number of tabs in line 46110\n",
+ "Inconsistent number of tabs in line 46111\n",
+ "Inconsistent number of tabs in line 46112\n",
+ "Inconsistent number of tabs in line 46113\n",
+ "Inconsistent number of tabs in line 46114\n",
+ "Inconsistent number of tabs in line 46115\n",
+ "Inconsistent number of tabs in line 46116\n",
+ "Inconsistent number of tabs in line 46117\n",
+ "Inconsistent number of tabs in line 46118\n",
+ "Inconsistent number of tabs in line 46119\n",
+ "Inconsistent number of tabs in line 46120\n",
+ "Inconsistent number of tabs in line 46121\n",
+ "Inconsistent number of tabs in line 46123\n",
+ "Inconsistent number of tabs in line 46124\n",
+ "Inconsistent number of tabs in line 46125\n",
+ "Inconsistent number of tabs in line 46126\n",
+ "Inconsistent number of tabs in line 46127\n",
+ "Inconsistent number of tabs in line 46128\n",
+ "Inconsistent number of tabs in line 46129\n",
+ "Inconsistent number of tabs in line 46130\n",
+ "Inconsistent number of tabs in line 46131\n",
+ "Inconsistent number of tabs in line 46132\n",
+ "Inconsistent number of tabs in line 46133\n",
+ "Inconsistent number of tabs in line 46134\n",
+ "Inconsistent number of tabs in line 46136\n",
+ "Inconsistent number of tabs in line 46137\n",
+ "Inconsistent number of tabs in line 46138\n",
+ "Inconsistent number of tabs in line 46139\n",
+ "Inconsistent number of tabs in line 46140\n",
+ "Inconsistent number of tabs in line 46141\n",
+ "Inconsistent number of tabs in line 46142\n",
+ "Inconsistent number of tabs in line 46143\n",
+ "Inconsistent number of tabs in line 46144\n",
+ "Inconsistent number of tabs in line 46145\n",
+ "Inconsistent number of tabs in line 46146\n",
+ "Inconsistent number of tabs in line 46147\n",
+ "Inconsistent number of tabs in line 48819\n",
+ "Inconsistent number of tabs in line 48820\n",
+ "Inconsistent number of tabs in line 48821\n",
+ "Inconsistent number of tabs in line 48822\n",
+ "Inconsistent number of tabs in line 48823\n",
+ "Inconsistent number of tabs in line 48824\n",
+ "Inconsistent number of tabs in line 48825\n",
+ "Inconsistent number of tabs in line 48826\n",
+ "Inconsistent number of tabs in line 48827\n",
+ "Inconsistent number of tabs in line 48828\n",
+ "Inconsistent number of tabs in line 48829\n",
+ "Inconsistent number of tabs in line 48830\n",
+ "Inconsistent number of tabs in line 48832\n",
+ "Inconsistent number of tabs in line 48833\n",
+ "Inconsistent number of tabs in line 48834\n",
+ "Inconsistent number of tabs in line 48835\n",
+ "Inconsistent number of tabs in line 48836\n",
+ "Inconsistent number of tabs in line 48837\n",
+ "Inconsistent number of tabs in line 48838\n",
+ "Inconsistent number of tabs in line 48839\n",
+ "Inconsistent number of tabs in line 48840\n",
+ "Inconsistent number of tabs in line 48841\n",
+ "Inconsistent number of tabs in line 48842\n",
+ "Inconsistent number of tabs in line 48843\n",
+ "Inconsistent number of tabs in line 48845\n",
+ "Inconsistent number of tabs in line 48846\n",
+ "Inconsistent number of tabs in line 48847\n",
+ "Inconsistent number of tabs in line 48848\n",
+ "Inconsistent number of tabs in line 48849\n",
+ "Inconsistent number of tabs in line 48850\n",
+ "Inconsistent number of tabs in line 48851\n",
+ "Inconsistent number of tabs in line 48852\n",
+ "Inconsistent number of tabs in line 48853\n",
+ "Inconsistent number of tabs in line 48854\n",
+ "Inconsistent number of tabs in line 48855\n",
+ "Inconsistent number of tabs in line 48856\n",
+ "Inconsistent number of tabs in line 48858\n",
+ "Inconsistent number of tabs in line 48859\n",
+ "Inconsistent number of tabs in line 48860\n",
+ "Inconsistent number of tabs in line 48861\n",
+ "Inconsistent number of tabs in line 48862\n",
+ "Inconsistent number of tabs in line 48863\n",
+ "Inconsistent number of tabs in line 48864\n",
+ "Inconsistent number of tabs in line 48865\n",
+ "Inconsistent number of tabs in line 48866\n",
+ "Inconsistent number of tabs in line 48867\n",
+ "Inconsistent number of tabs in line 48868\n",
+ "Inconsistent number of tabs in line 48869\n",
+ "Inconsistent number of tabs in line 48871\n",
+ "Inconsistent number of tabs in line 48872\n",
+ "Inconsistent number of tabs in line 48873\n",
+ "Inconsistent number of tabs in line 48874\n",
+ "Inconsistent number of tabs in line 48875\n",
+ "Inconsistent number of tabs in line 48876\n",
+ "Inconsistent number of tabs in line 48877\n",
+ "Inconsistent number of tabs in line 48878\n",
+ "Inconsistent number of tabs in line 48879\n",
+ "Inconsistent number of tabs in line 48880\n",
+ "Inconsistent number of tabs in line 48881\n",
+ "Inconsistent number of tabs in line 48882\n",
+ "Inconsistent number of tabs in line 48884\n",
+ "Inconsistent number of tabs in line 48885\n",
+ "Inconsistent number of tabs in line 48886\n",
+ "Inconsistent number of tabs in line 48887\n",
+ "Inconsistent number of tabs in line 48888\n",
+ "Inconsistent number of tabs in line 48889\n",
+ "Inconsistent number of tabs in line 48890\n",
+ "Inconsistent number of tabs in line 48891\n",
+ "Inconsistent number of tabs in line 48892\n",
+ "Inconsistent number of tabs in line 48893\n",
+ "Inconsistent number of tabs in line 48894\n",
+ "Inconsistent number of tabs in line 48895\n",
+ "Inconsistent number of tabs in line 49617\n",
+ "Inconsistent number of tabs in line 49618\n",
+ "Inconsistent number of tabs in line 49619\n",
+ "Inconsistent number of tabs in line 49620\n",
+ "Inconsistent number of tabs in line 49621\n",
+ "Inconsistent number of tabs in line 49622\n",
+ "Inconsistent number of tabs in line 49623\n",
+ "Inconsistent number of tabs in line 49624\n",
+ "Inconsistent number of tabs in line 49625\n",
+ "Inconsistent number of tabs in line 49626\n",
+ "Inconsistent number of tabs in line 49627\n",
+ "Inconsistent number of tabs in line 49628\n",
+ "Inconsistent number of tabs in line 49630\n",
+ "Inconsistent number of tabs in line 49631\n",
+ "Inconsistent number of tabs in line 49632\n",
+ "Inconsistent number of tabs in line 49633\n",
+ "Inconsistent number of tabs in line 49634\n",
+ "Inconsistent number of tabs in line 49635\n",
+ "Inconsistent number of tabs in line 49636\n",
+ "Inconsistent number of tabs in line 49637\n",
+ "Inconsistent number of tabs in line 49638\n",
+ "Inconsistent number of tabs in line 49639\n",
+ "Inconsistent number of tabs in line 49640\n",
+ "Inconsistent number of tabs in line 49641\n",
+ "Inconsistent number of tabs in line 49643\n",
+ "Inconsistent number of tabs in line 49644\n",
+ "Inconsistent number of tabs in line 49645\n",
+ "Inconsistent number of tabs in line 49646\n",
+ "Inconsistent number of tabs in line 49647\n",
+ "Inconsistent number of tabs in line 49648\n",
+ "Inconsistent number of tabs in line 49649\n",
+ "Inconsistent number of tabs in line 49650\n",
+ "Inconsistent number of tabs in line 49651\n",
+ "Inconsistent number of tabs in line 49652\n",
+ "Inconsistent number of tabs in line 49653\n",
+ "Inconsistent number of tabs in line 49654\n",
+ "Inconsistent number of tabs in line 49656\n",
+ "Inconsistent number of tabs in line 49657\n",
+ "Inconsistent number of tabs in line 49658\n",
+ "Inconsistent number of tabs in line 49659\n",
+ "Inconsistent number of tabs in line 49660\n",
+ "Inconsistent number of tabs in line 49661\n",
+ "Inconsistent number of tabs in line 49662\n",
+ "Inconsistent number of tabs in line 49663\n",
+ "Inconsistent number of tabs in line 49664\n",
+ "Inconsistent number of tabs in line 49665\n",
+ "Inconsistent number of tabs in line 49666\n",
+ "Inconsistent number of tabs in line 49667\n",
+ "Inconsistent number of tabs in line 49669\n",
+ "Inconsistent number of tabs in line 49670\n",
+ "Inconsistent number of tabs in line 49671\n",
+ "Inconsistent number of tabs in line 49672\n",
+ "Inconsistent number of tabs in line 49673\n",
+ "Inconsistent number of tabs in line 49674\n",
+ "Inconsistent number of tabs in line 49675\n",
+ "Inconsistent number of tabs in line 49676\n",
+ "Inconsistent number of tabs in line 49677\n",
+ "Inconsistent number of tabs in line 49678\n",
+ "Inconsistent number of tabs in line 49679\n",
+ "Inconsistent number of tabs in line 49680\n",
+ "Inconsistent number of tabs in line 49682\n",
+ "Inconsistent number of tabs in line 49683\n",
+ "Inconsistent number of tabs in line 49684\n",
+ "Inconsistent number of tabs in line 49685\n",
+ "Inconsistent number of tabs in line 49686\n",
+ "Inconsistent number of tabs in line 49687\n",
+ "Inconsistent number of tabs in line 49688\n",
+ "Inconsistent number of tabs in line 49689\n",
+ "Inconsistent number of tabs in line 49690\n",
+ "Inconsistent number of tabs in line 49691\n",
+ "Inconsistent number of tabs in line 49692\n",
+ "Inconsistent number of tabs in line 49693\n",
+ "Inconsistent number of tabs in line 49695\n",
+ "Inconsistent number of tabs in line 49696\n",
+ "Inconsistent number of tabs in line 49697\n",
+ "Inconsistent number of tabs in line 49698\n",
+ "Inconsistent number of tabs in line 49699\n",
+ "Inconsistent number of tabs in line 49700\n",
+ "Inconsistent number of tabs in line 49701\n",
+ "Inconsistent number of tabs in line 49702\n",
+ "Inconsistent number of tabs in line 49703\n",
+ "Inconsistent number of tabs in line 49704\n",
+ "Inconsistent number of tabs in line 49705\n",
+ "Inconsistent number of tabs in line 49706\n",
+ "Inconsistent number of tabs in line 49708\n",
+ "Inconsistent number of tabs in line 49709\n",
+ "Inconsistent number of tabs in line 49710\n",
+ "Inconsistent number of tabs in line 49711\n",
+ "Inconsistent number of tabs in line 49712\n",
+ "Inconsistent number of tabs in line 49713\n",
+ "Inconsistent number of tabs in line 49714\n",
+ "Inconsistent number of tabs in line 49715\n",
+ "Inconsistent number of tabs in line 49716\n",
+ "Inconsistent number of tabs in line 49717\n",
+ "Inconsistent number of tabs in line 49718\n",
+ "Inconsistent number of tabs in line 49719\n",
+ "Inconsistent number of tabs in line 49721\n",
+ "Inconsistent number of tabs in line 49722\n",
+ "Inconsistent number of tabs in line 49723\n",
+ "Inconsistent number of tabs in line 49724\n",
+ "Inconsistent number of tabs in line 49725\n",
+ "Inconsistent number of tabs in line 49726\n",
+ "Inconsistent number of tabs in line 49727\n",
+ "Inconsistent number of tabs in line 49728\n",
+ "Inconsistent number of tabs in line 49729\n",
+ "Inconsistent number of tabs in line 49730\n",
+ "Inconsistent number of tabs in line 49731\n",
+ "Inconsistent number of tabs in line 49732\n",
+ "Inconsistent number of tabs in line 49734\n",
+ "Inconsistent number of tabs in line 49735\n",
+ "Inconsistent number of tabs in line 49736\n",
+ "Inconsistent number of tabs in line 49737\n",
+ "Inconsistent number of tabs in line 49738\n",
+ "Inconsistent number of tabs in line 49739\n",
+ "Inconsistent number of tabs in line 49740\n",
+ "Inconsistent number of tabs in line 49741\n",
+ "Inconsistent number of tabs in line 49742\n",
+ "Inconsistent number of tabs in line 49743\n",
+ "Inconsistent number of tabs in line 49744\n",
+ "Inconsistent number of tabs in line 49745\n",
+ "Inconsistent number of tabs in line 49747\n",
+ "Inconsistent number of tabs in line 49748\n",
+ "Inconsistent number of tabs in line 49749\n",
+ "Inconsistent number of tabs in line 49750\n",
+ "Inconsistent number of tabs in line 49751\n",
+ "Inconsistent number of tabs in line 49752\n",
+ "Inconsistent number of tabs in line 49753\n",
+ "Inconsistent number of tabs in line 49754\n",
+ "Inconsistent number of tabs in line 49755\n",
+ "Inconsistent number of tabs in line 49756\n",
+ "Inconsistent number of tabs in line 49757\n",
+ "Inconsistent number of tabs in line 49758\n",
+ "Inconsistent number of tabs in line 49760\n",
+ "Inconsistent number of tabs in line 49761\n",
+ "Inconsistent number of tabs in line 49762\n",
+ "Inconsistent number of tabs in line 49763\n",
+ "Inconsistent number of tabs in line 49764\n",
+ "Inconsistent number of tabs in line 49765\n",
+ "Inconsistent number of tabs in line 49766\n",
+ "Inconsistent number of tabs in line 49767\n",
+ "Inconsistent number of tabs in line 49768\n",
+ "Inconsistent number of tabs in line 49769\n",
+ "Inconsistent number of tabs in line 49770\n",
+ "Inconsistent number of tabs in line 49771\n",
+ "Non-ASCII character found in line 51993\n",
+ "Non-ASCII character found in line 51994\n",
+ "Non-ASCII character found in line 51995\n",
+ "Non-ASCII character found in line 51996\n",
+ "Non-ASCII character found in line 51998\n",
+ "Non-ASCII character found in line 51999\n",
+ "Non-ASCII character found in line 52000\n",
+ "Non-ASCII character found in line 52001\n",
+ "Non-ASCII character found in line 52003\n",
+ "Non-ASCII character found in line 52004\n",
+ "Non-ASCII character found in line 52005\n",
+ "Non-ASCII character found in line 52006\n",
+ "Non-ASCII character found in line 52008\n",
+ "Non-ASCII character found in line 52009\n",
+ "Non-ASCII character found in line 52010\n",
+ "Non-ASCII character found in line 52011\n",
+ "Non-ASCII character found in line 52013\n",
+ "Non-ASCII character found in line 52014\n",
+ "Non-ASCII character found in line 52015\n",
+ "Non-ASCII character found in line 52016\n",
+ "Non-ASCII character found in line 52018\n",
+ "Non-ASCII character found in line 52019\n",
+ "Non-ASCII character found in line 52020\n",
+ "Non-ASCII character found in line 52021\n",
+ "Inconsistent number of tabs in line 53102\n",
+ "Inconsistent number of tabs in line 53103\n",
+ "Inconsistent number of tabs in line 53104\n",
+ "Inconsistent number of tabs in line 53109\n",
+ "Inconsistent number of tabs in line 53110\n",
+ "Inconsistent number of tabs in line 53111\n",
+ "Inconsistent number of tabs in line 53116\n",
+ "Inconsistent number of tabs in line 53117\n",
+ "Inconsistent number of tabs in line 53118\n",
+ "Inconsistent number of tabs in line 53123\n",
+ "Inconsistent number of tabs in line 53124\n",
+ "Inconsistent number of tabs in line 53125\n",
+ "Inconsistent number of tabs in line 53130\n",
+ "Inconsistent number of tabs in line 53131\n",
+ "Inconsistent number of tabs in line 53132\n",
+ "Inconsistent number of tabs in line 53137\n",
+ "Inconsistent number of tabs in line 53138\n",
+ "Inconsistent number of tabs in line 53139\n",
+ "Inconsistent number of tabs in line 53984\n",
+ "Inconsistent number of tabs in line 53985\n",
+ "Inconsistent number of tabs in line 53990\n",
+ "Inconsistent number of tabs in line 53991\n",
+ "Inconsistent number of tabs in line 53996\n",
+ "Inconsistent number of tabs in line 53997\n",
+ "Inconsistent number of tabs in line 54002\n",
+ "Inconsistent number of tabs in line 54003\n",
+ "Inconsistent number of tabs in line 54008\n",
+ "Inconsistent number of tabs in line 54009\n",
+ "Inconsistent number of tabs in line 54014\n",
+ "Inconsistent number of tabs in line 54015\n",
+ "Inconsistent number of tabs in line 55190\n",
+ "Inconsistent number of tabs in line 55191\n",
+ "Inconsistent number of tabs in line 55192\n",
+ "Inconsistent number of tabs in line 55193\n",
+ "Inconsistent number of tabs in line 55194\n",
+ "Inconsistent number of tabs in line 55195\n",
+ "Inconsistent number of tabs in line 55196\n",
+ "Inconsistent number of tabs in line 55197\n",
+ "Inconsistent number of tabs in line 55198\n",
+ "Inconsistent number of tabs in line 55199\n",
+ "Inconsistent number of tabs in line 55200\n",
+ "Inconsistent number of tabs in line 55201\n",
+ "Inconsistent number of tabs in line 55202\n",
+ "Inconsistent number of tabs in line 55203\n",
+ "Inconsistent number of tabs in line 55204\n",
+ "Inconsistent number of tabs in line 55205\n",
+ "Inconsistent number of tabs in line 55206\n",
+ "Inconsistent number of tabs in line 55207\n",
+ "Inconsistent number of tabs in line 55208\n",
+ "Inconsistent number of tabs in line 55209\n",
+ "Inconsistent number of tabs in line 55210\n",
+ "Inconsistent number of tabs in line 55211\n",
+ "Inconsistent number of tabs in line 55212\n",
+ "Inconsistent number of tabs in line 55213\n",
+ "Inconsistent number of tabs in line 55214\n",
+ "Inconsistent number of tabs in line 55215\n",
+ "Inconsistent number of tabs in line 55216\n",
+ "Inconsistent number of tabs in line 55217\n",
+ "Inconsistent number of tabs in line 55218\n",
+ "Inconsistent number of tabs in line 55219\n",
+ "Inconsistent number of tabs in line 55220\n",
+ "Inconsistent number of tabs in line 55221\n",
+ "Inconsistent number of tabs in line 55222\n",
+ "Inconsistent number of tabs in line 55223\n",
+ "Inconsistent number of tabs in line 55224\n",
+ "Inconsistent number of tabs in line 55225\n",
+ "Inconsistent number of tabs in line 55226\n",
+ "Inconsistent number of tabs in line 55227\n",
+ "Inconsistent number of tabs in line 55228\n",
+ "Inconsistent number of tabs in line 55229\n",
+ "Inconsistent number of tabs in line 55230\n",
+ "Inconsistent number of tabs in line 55231\n",
+ "Inconsistent number of tabs in line 55232\n",
+ "Inconsistent number of tabs in line 55233\n",
+ "Inconsistent number of tabs in line 55234\n",
+ "Inconsistent number of tabs in line 55235\n",
+ "Inconsistent number of tabs in line 55236\n",
+ "Inconsistent number of tabs in line 55237\n",
+ "Inconsistent number of tabs in line 55238\n",
+ "Inconsistent number of tabs in line 55239\n",
+ "Inconsistent number of tabs in line 55240\n",
+ "Inconsistent number of tabs in line 55241\n",
+ "Inconsistent number of tabs in line 55242\n",
+ "Inconsistent number of tabs in line 55243\n",
+ "Inconsistent number of tabs in line 55244\n",
+ "Inconsistent number of tabs in line 55245\n",
+ "Inconsistent number of tabs in line 55246\n",
+ "Inconsistent number of tabs in line 55247\n",
+ "Inconsistent number of tabs in line 55248\n",
+ "Inconsistent number of tabs in line 55249\n",
+ "Inconsistent number of tabs in line 55250\n",
+ "Inconsistent number of tabs in line 55251\n",
+ "Inconsistent number of tabs in line 55252\n",
+ "Inconsistent number of tabs in line 55253\n",
+ "Inconsistent number of tabs in line 55254\n",
+ "Inconsistent number of tabs in line 55255\n",
+ "Inconsistent number of tabs in line 55256\n",
+ "Inconsistent number of tabs in line 55257\n",
+ "Inconsistent number of tabs in line 55258\n",
+ "Inconsistent number of tabs in line 55259\n",
+ "Inconsistent number of tabs in line 55260\n",
+ "Inconsistent number of tabs in line 55261\n",
+ "Inconsistent number of tabs in line 55262\n",
+ "Inconsistent number of tabs in line 55263\n",
+ "Inconsistent number of tabs in line 55264\n",
+ "Inconsistent number of tabs in line 55265\n",
+ "Inconsistent number of tabs in line 55266\n",
+ "Inconsistent number of tabs in line 55267\n",
+ "Inconsistent number of tabs in line 55268\n",
+ "Inconsistent number of tabs in line 55269\n",
+ "Inconsistent number of tabs in line 55270\n",
+ "Inconsistent number of tabs in line 55271\n",
+ "Inconsistent number of tabs in line 55272\n",
+ "Inconsistent number of tabs in line 55273\n",
+ "Inconsistent number of tabs in line 55274\n",
+ "Inconsistent number of tabs in line 55275\n",
+ "Inconsistent number of tabs in line 55276\n",
+ "Inconsistent number of tabs in line 55277\n",
+ "Inconsistent number of tabs in line 55278\n",
+ "Inconsistent number of tabs in line 55279\n",
+ "Inconsistent number of tabs in line 55280\n",
+ "Inconsistent number of tabs in line 55281\n",
+ "Inconsistent number of tabs in line 55282\n",
+ "Inconsistent number of tabs in line 55283\n",
+ "Inconsistent number of tabs in line 55284\n",
+ "Inconsistent number of tabs in line 55285\n",
+ "Inconsistent number of tabs in line 55286\n",
+ "Inconsistent number of tabs in line 55287\n",
+ "Inconsistent number of tabs in line 55288\n",
+ "Inconsistent number of tabs in line 55289\n",
+ "Inconsistent number of tabs in line 55290\n",
+ "Inconsistent number of tabs in line 55291\n",
+ "Inconsistent number of tabs in line 55292\n",
+ "Inconsistent number of tabs in line 55293\n",
+ "Inconsistent number of tabs in line 55294\n",
+ "Inconsistent number of tabs in line 55295\n",
+ "Inconsistent number of tabs in line 55296\n",
+ "Inconsistent number of tabs in line 55297\n",
+ "Inconsistent number of tabs in line 55298\n",
+ "Inconsistent number of tabs in line 55299\n",
+ "Inconsistent number of tabs in line 55300\n",
+ "Inconsistent number of tabs in line 55301\n",
+ "Inconsistent number of tabs in line 55302\n",
+ "Inconsistent number of tabs in line 55303\n",
+ "Inconsistent number of tabs in line 55304\n",
+ "Inconsistent number of tabs in line 55305\n",
+ "Inconsistent number of tabs in line 55306\n",
+ "Inconsistent number of tabs in line 55307\n",
+ "Inconsistent number of tabs in line 55308\n",
+ "Inconsistent number of tabs in line 55309\n",
+ "Inconsistent number of tabs in line 55310\n",
+ "Inconsistent number of tabs in line 55311\n",
+ "Inconsistent number of tabs in line 55312\n",
+ "Inconsistent number of tabs in line 55313\n",
+ "Inconsistent number of tabs in line 55314\n",
+ "Inconsistent number of tabs in line 55315\n",
+ "Inconsistent number of tabs in line 55316\n",
+ "Inconsistent number of tabs in line 55317\n",
+ "Inconsistent number of tabs in line 55318\n",
+ "Inconsistent number of tabs in line 55319\n",
+ "Inconsistent number of tabs in line 55320\n",
+ "Inconsistent number of tabs in line 55321\n",
+ "Inconsistent number of tabs in line 55322\n",
+ "Inconsistent number of tabs in line 55323\n",
+ "Inconsistent number of tabs in line 55324\n",
+ "Inconsistent number of tabs in line 55325\n",
+ "Inconsistent number of tabs in line 55326\n",
+ "Inconsistent number of tabs in line 55327\n",
+ "Inconsistent number of tabs in line 55328\n",
+ "Inconsistent number of tabs in line 55329\n",
+ "Inconsistent number of tabs in line 55330\n",
+ "Inconsistent number of tabs in line 55331\n",
+ "Inconsistent number of tabs in line 55332\n",
+ "Inconsistent number of tabs in line 55333\n",
+ "Inconsistent number of tabs in line 55334\n",
+ "Inconsistent number of tabs in line 55335\n",
+ "Inconsistent number of tabs in line 55336\n",
+ "Inconsistent number of tabs in line 55337\n",
+ "Inconsistent number of tabs in line 55338\n",
+ "Inconsistent number of tabs in line 55339\n",
+ "Inconsistent number of tabs in line 55340\n",
+ "Inconsistent number of tabs in line 55341\n",
+ "Inconsistent number of tabs in line 55342\n",
+ "Inconsistent number of tabs in line 55343\n",
+ "Inconsistent number of tabs in line 55344\n",
+ "Inconsistent number of tabs in line 55345\n",
+ "Inconsistent number of tabs in line 55346\n",
+ "Inconsistent number of tabs in line 55347\n",
+ "Inconsistent number of tabs in line 55348\n",
+ "Inconsistent number of tabs in line 55349\n",
+ "Inconsistent number of tabs in line 55350\n",
+ "Inconsistent number of tabs in line 55351\n",
+ "Inconsistent number of tabs in line 55352\n",
+ "Inconsistent number of tabs in line 55353\n",
+ "Inconsistent number of tabs in line 55354\n",
+ "Inconsistent number of tabs in line 55355\n",
+ "Inconsistent number of tabs in line 55356\n",
+ "Inconsistent number of tabs in line 55357\n",
+ "Inconsistent number of tabs in line 55358\n",
+ "Inconsistent number of tabs in line 55359\n",
+ "Inconsistent number of tabs in line 55360\n",
+ "Inconsistent number of tabs in line 55361\n",
+ "Inconsistent number of tabs in line 55362\n",
+ "Inconsistent number of tabs in line 55363\n",
+ "Inconsistent number of tabs in line 55364\n",
+ "Inconsistent number of tabs in line 55365\n",
+ "Inconsistent number of tabs in line 55366\n",
+ "Inconsistent number of tabs in line 55367\n",
+ "Inconsistent number of tabs in line 55368\n",
+ "Inconsistent number of tabs in line 55369\n",
+ "Inconsistent number of tabs in line 55370\n",
+ "Inconsistent number of tabs in line 55371\n",
+ "Inconsistent number of tabs in line 55372\n",
+ "Inconsistent number of tabs in line 55373\n",
+ "Inconsistent number of tabs in line 55374\n",
+ "Inconsistent number of tabs in line 55375\n",
+ "Inconsistent number of tabs in line 55376\n",
+ "Inconsistent number of tabs in line 55377\n",
+ "Inconsistent number of tabs in line 55378\n",
+ "Inconsistent number of tabs in line 55379\n",
+ "Inconsistent number of tabs in line 55380\n",
+ "Inconsistent number of tabs in line 55381\n",
+ "Inconsistent number of tabs in line 55382\n",
+ "Inconsistent number of tabs in line 55383\n",
+ "Inconsistent number of tabs in line 55384\n",
+ "Inconsistent number of tabs in line 55385\n",
+ "Inconsistent number of tabs in line 55386\n",
+ "Inconsistent number of tabs in line 55387\n",
+ "Inconsistent number of tabs in line 55388\n",
+ "Inconsistent number of tabs in line 55389\n",
+ "Inconsistent number of tabs in line 55390\n",
+ "Inconsistent number of tabs in line 55391\n",
+ "Inconsistent number of tabs in line 55392\n",
+ "Inconsistent number of tabs in line 55393\n",
+ "Inconsistent number of tabs in line 55394\n",
+ "Inconsistent number of tabs in line 55395\n",
+ "Inconsistent number of tabs in line 55396\n",
+ "Inconsistent number of tabs in line 55397\n",
+ "Inconsistent number of tabs in line 55398\n",
+ "Inconsistent number of tabs in line 55399\n",
+ "Inconsistent number of tabs in line 55400\n",
+ "Inconsistent number of tabs in line 55401\n",
+ "Inconsistent number of tabs in line 55402\n",
+ "Inconsistent number of tabs in line 55403\n",
+ "Inconsistent number of tabs in line 55404\n",
+ "Inconsistent number of tabs in line 55405\n",
+ "Inconsistent number of tabs in line 55406\n",
+ "Inconsistent number of tabs in line 55407\n",
+ "Inconsistent number of tabs in line 55408\n",
+ "Inconsistent number of tabs in line 55409\n",
+ "Inconsistent number of tabs in line 55410\n",
+ "Inconsistent number of tabs in line 55411\n",
+ "Inconsistent number of tabs in line 55412\n",
+ "Inconsistent number of tabs in line 55413\n",
+ "Inconsistent number of tabs in line 55414\n",
+ "Inconsistent number of tabs in line 55415\n",
+ "Inconsistent number of tabs in line 55416\n",
+ "Inconsistent number of tabs in line 55417\n",
+ "Inconsistent number of tabs in line 55418\n",
+ "Inconsistent number of tabs in line 55419\n",
+ "Inconsistent number of tabs in line 55420\n",
+ "Inconsistent number of tabs in line 55421\n",
+ "Inconsistent number of tabs in line 55422\n",
+ "Inconsistent number of tabs in line 55423\n",
+ "Inconsistent number of tabs in line 55424\n",
+ "Inconsistent number of tabs in line 55425\n",
+ "Inconsistent number of tabs in line 55426\n",
+ "Inconsistent number of tabs in line 55427\n",
+ "Inconsistent number of tabs in line 55428\n",
+ "Inconsistent number of tabs in line 55429\n",
+ "Inconsistent number of tabs in line 55430\n",
+ "Inconsistent number of tabs in line 55431\n",
+ "Inconsistent number of tabs in line 55432\n",
+ "Inconsistent number of tabs in line 55433\n",
+ "Inconsistent number of tabs in line 55434\n",
+ "Inconsistent number of tabs in line 55435\n",
+ "Inconsistent number of tabs in line 55436\n",
+ "Inconsistent number of tabs in line 55437\n",
+ "Inconsistent number of tabs in line 55438\n",
+ "Inconsistent number of tabs in line 55439\n",
+ "Inconsistent number of tabs in line 55440\n",
+ "Inconsistent number of tabs in line 55441\n",
+ "Inconsistent number of tabs in line 55442\n",
+ "Inconsistent number of tabs in line 55443\n",
+ "Inconsistent number of tabs in line 55444\n",
+ "Inconsistent number of tabs in line 55445\n",
+ "Inconsistent number of tabs in line 55446\n",
+ "Inconsistent number of tabs in line 55447\n",
+ "Inconsistent number of tabs in line 55448\n",
+ "Inconsistent number of tabs in line 55449\n",
+ "Inconsistent number of tabs in line 55450\n",
+ "Inconsistent number of tabs in line 55451\n",
+ "Inconsistent number of tabs in line 55452\n",
+ "Inconsistent number of tabs in line 55453\n",
+ "Inconsistent number of tabs in line 55454\n",
+ "Inconsistent number of tabs in line 55455\n",
+ "Inconsistent number of tabs in line 55456\n",
+ "Inconsistent number of tabs in line 55457\n",
+ "Inconsistent number of tabs in line 55458\n",
+ "Inconsistent number of tabs in line 55459\n",
+ "Inconsistent number of tabs in line 55460\n",
+ "Inconsistent number of tabs in line 55461\n",
+ "Inconsistent number of tabs in line 55462\n",
+ "Inconsistent number of tabs in line 55463\n",
+ "Inconsistent number of tabs in line 55464\n",
+ "Inconsistent number of tabs in line 55465\n",
+ "Inconsistent number of tabs in line 55466\n",
+ "Inconsistent number of tabs in line 55467\n",
+ "Inconsistent number of tabs in line 55468\n",
+ "Inconsistent number of tabs in line 55469\n",
+ "Inconsistent number of tabs in line 55470\n",
+ "Inconsistent number of tabs in line 55471\n",
+ "Inconsistent number of tabs in line 55472\n",
+ "Inconsistent number of tabs in line 55473\n",
+ "Inconsistent number of tabs in line 55474\n",
+ "Inconsistent number of tabs in line 55475\n",
+ "Inconsistent number of tabs in line 55476\n",
+ "Inconsistent number of tabs in line 55477\n",
+ "Inconsistent number of tabs in line 55478\n",
+ "Inconsistent number of tabs in line 55479\n",
+ "Inconsistent number of tabs in line 55480\n",
+ "Inconsistent number of tabs in line 55481\n",
+ "Inconsistent number of tabs in line 55482\n",
+ "Inconsistent number of tabs in line 55483\n",
+ "Inconsistent number of tabs in line 55484\n",
+ "Inconsistent number of tabs in line 55485\n",
+ "Inconsistent number of tabs in line 55486\n",
+ "Inconsistent number of tabs in line 55487\n",
+ "Inconsistent number of tabs in line 55488\n",
+ "Inconsistent number of tabs in line 55489\n",
+ "Inconsistent number of tabs in line 55490\n",
+ "Inconsistent number of tabs in line 55491\n",
+ "Inconsistent number of tabs in line 55492\n",
+ "Inconsistent number of tabs in line 55493\n",
+ "Inconsistent number of tabs in line 55494\n",
+ "Inconsistent number of tabs in line 55495\n",
+ "Inconsistent number of tabs in line 55496\n",
+ "Inconsistent number of tabs in line 55497\n",
+ "Inconsistent number of tabs in line 55498\n",
+ "Inconsistent number of tabs in line 55499\n",
+ "Inconsistent number of tabs in line 55500\n",
+ "Inconsistent number of tabs in line 55501\n",
+ "Inconsistent number of tabs in line 55502\n",
+ "Inconsistent number of tabs in line 55503\n",
+ "Inconsistent number of tabs in line 55504\n",
+ "Inconsistent number of tabs in line 55505\n",
+ "Inconsistent number of tabs in line 55506\n",
+ "Inconsistent number of tabs in line 55507\n",
+ "Inconsistent number of tabs in line 55508\n",
+ "Inconsistent number of tabs in line 55509\n",
+ "Inconsistent number of tabs in line 55510\n",
+ "Inconsistent number of tabs in line 55511\n",
+ "Inconsistent number of tabs in line 55512\n",
+ "Inconsistent number of tabs in line 55513\n",
+ "Inconsistent number of tabs in line 55514\n",
+ "Inconsistent number of tabs in line 55515\n",
+ "Inconsistent number of tabs in line 55516\n",
+ "Inconsistent number of tabs in line 55517\n",
+ "Inconsistent number of tabs in line 55518\n",
+ "Inconsistent number of tabs in line 55519\n",
+ "Inconsistent number of tabs in line 55520\n",
+ "Inconsistent number of tabs in line 55521\n",
+ "Inconsistent number of tabs in line 55522\n",
+ "Inconsistent number of tabs in line 55523\n",
+ "Inconsistent number of tabs in line 55524\n",
+ "Inconsistent number of tabs in line 55525\n",
+ "Inconsistent number of tabs in line 55526\n",
+ "Inconsistent number of tabs in line 55527\n",
+ "Inconsistent number of tabs in line 55528\n",
+ "Inconsistent number of tabs in line 55529\n",
+ "Inconsistent number of tabs in line 55530\n",
+ "Inconsistent number of tabs in line 55531\n",
+ "Inconsistent number of tabs in line 55532\n",
+ "Inconsistent number of tabs in line 55533\n",
+ "Inconsistent number of tabs in line 55534\n",
+ "Inconsistent number of tabs in line 55535\n",
+ "Inconsistent number of tabs in line 55536\n",
+ "Inconsistent number of tabs in line 55537\n",
+ "Inconsistent number of tabs in line 55538\n",
+ "Inconsistent number of tabs in line 55539\n",
+ "Inconsistent number of tabs in line 55540\n",
+ "Inconsistent number of tabs in line 55541\n",
+ "Inconsistent number of tabs in line 55542\n",
+ "Inconsistent number of tabs in line 55543\n",
+ "Inconsistent number of tabs in line 55544\n",
+ "Inconsistent number of tabs in line 55545\n",
+ "Inconsistent number of tabs in line 55546\n",
+ "Inconsistent number of tabs in line 55547\n",
+ "Inconsistent number of tabs in line 55548\n",
+ "Inconsistent number of tabs in line 55549\n",
+ "Inconsistent number of tabs in line 55550\n",
+ "Inconsistent number of tabs in line 55551\n",
+ "Inconsistent number of tabs in line 55552\n",
+ "Inconsistent number of tabs in line 55553\n",
+ "Inconsistent number of tabs in line 55554\n",
+ "Inconsistent number of tabs in line 55555\n",
+ "Inconsistent number of tabs in line 55556\n",
+ "Inconsistent number of tabs in line 55557\n",
+ "Inconsistent number of tabs in line 55558\n",
+ "Inconsistent number of tabs in line 55559\n",
+ "Inconsistent number of tabs in line 55560\n",
+ "Inconsistent number of tabs in line 55561\n",
+ "Inconsistent number of tabs in line 55562\n",
+ "Inconsistent number of tabs in line 55563\n",
+ "Inconsistent number of tabs in line 55564\n",
+ "Inconsistent number of tabs in line 55565\n",
+ "Inconsistent number of tabs in line 55566\n",
+ "Inconsistent number of tabs in line 55567\n",
+ "Inconsistent number of tabs in line 55568\n",
+ "Inconsistent number of tabs in line 55569\n",
+ "Inconsistent number of tabs in line 55570\n",
+ "Inconsistent number of tabs in line 55571\n",
+ "Inconsistent number of tabs in line 55572\n",
+ "Inconsistent number of tabs in line 55573\n",
+ "Inconsistent number of tabs in line 55574\n",
+ "Inconsistent number of tabs in line 55575\n",
+ "Inconsistent number of tabs in line 55576\n",
+ "Inconsistent number of tabs in line 55577\n",
+ "Inconsistent number of tabs in line 55578\n",
+ "Inconsistent number of tabs in line 55579\n",
+ "Inconsistent number of tabs in line 55760\n",
+ "Inconsistent number of tabs in line 55761\n",
+ "Inconsistent number of tabs in line 55766\n",
+ "Inconsistent number of tabs in line 55767\n",
+ "Inconsistent number of tabs in line 55772\n",
+ "Inconsistent number of tabs in line 55773\n",
+ "Inconsistent number of tabs in line 55778\n",
+ "Inconsistent number of tabs in line 55779\n",
+ "Inconsistent number of tabs in line 55784\n",
+ "Inconsistent number of tabs in line 55785\n",
+ "Inconsistent number of tabs in line 55790\n",
+ "Inconsistent number of tabs in line 55791\n",
+ "Inconsistent number of tabs in line 56967\n",
+ "Inconsistent number of tabs in line 56968\n",
+ "Inconsistent number of tabs in line 56969\n",
+ "Inconsistent number of tabs in line 56970\n",
+ "Inconsistent number of tabs in line 56971\n",
+ "Inconsistent number of tabs in line 56972\n",
+ "Inconsistent number of tabs in line 56973\n",
+ "Inconsistent number of tabs in line 56974\n",
+ "Inconsistent number of tabs in line 56975\n",
+ "Inconsistent number of tabs in line 56976\n",
+ "Inconsistent number of tabs in line 56977\n",
+ "Inconsistent number of tabs in line 56978\n",
+ "Inconsistent number of tabs in line 56980\n",
+ "Inconsistent number of tabs in line 56981\n",
+ "Inconsistent number of tabs in line 56982\n",
+ "Inconsistent number of tabs in line 56983\n",
+ "Inconsistent number of tabs in line 56984\n",
+ "Inconsistent number of tabs in line 56985\n",
+ "Inconsistent number of tabs in line 56986\n",
+ "Inconsistent number of tabs in line 56987\n",
+ "Inconsistent number of tabs in line 56988\n",
+ "Inconsistent number of tabs in line 56989\n",
+ "Inconsistent number of tabs in line 56990\n",
+ "Inconsistent number of tabs in line 56991\n",
+ "Inconsistent number of tabs in line 56993\n",
+ "Inconsistent number of tabs in line 56994\n",
+ "Inconsistent number of tabs in line 56995\n",
+ "Inconsistent number of tabs in line 56996\n",
+ "Inconsistent number of tabs in line 56997\n",
+ "Inconsistent number of tabs in line 56998\n",
+ "Inconsistent number of tabs in line 56999\n",
+ "Inconsistent number of tabs in line 57000\n",
+ "Inconsistent number of tabs in line 57001\n",
+ "Inconsistent number of tabs in line 57002\n",
+ "Inconsistent number of tabs in line 57003\n",
+ "Inconsistent number of tabs in line 57004\n",
+ "Inconsistent number of tabs in line 57006\n",
+ "Inconsistent number of tabs in line 57007\n",
+ "Inconsistent number of tabs in line 57008\n",
+ "Inconsistent number of tabs in line 57009\n",
+ "Inconsistent number of tabs in line 57010\n",
+ "Inconsistent number of tabs in line 57011\n",
+ "Inconsistent number of tabs in line 57012\n",
+ "Inconsistent number of tabs in line 57013\n",
+ "Inconsistent number of tabs in line 57014\n",
+ "Inconsistent number of tabs in line 57015\n",
+ "Inconsistent number of tabs in line 57016\n",
+ "Inconsistent number of tabs in line 57017\n",
+ "Inconsistent number of tabs in line 57019\n",
+ "Inconsistent number of tabs in line 57020\n",
+ "Inconsistent number of tabs in line 57021\n",
+ "Inconsistent number of tabs in line 57022\n",
+ "Inconsistent number of tabs in line 57023\n",
+ "Inconsistent number of tabs in line 57024\n",
+ "Inconsistent number of tabs in line 57025\n",
+ "Inconsistent number of tabs in line 57026\n",
+ "Inconsistent number of tabs in line 57027\n",
+ "Inconsistent number of tabs in line 57028\n",
+ "Inconsistent number of tabs in line 57029\n",
+ "Inconsistent number of tabs in line 57030\n",
+ "Inconsistent number of tabs in line 57032\n",
+ "Inconsistent number of tabs in line 57033\n",
+ "Inconsistent number of tabs in line 57034\n",
+ "Inconsistent number of tabs in line 57035\n",
+ "Inconsistent number of tabs in line 57036\n",
+ "Inconsistent number of tabs in line 57037\n",
+ "Inconsistent number of tabs in line 57038\n",
+ "Inconsistent number of tabs in line 57039\n",
+ "Inconsistent number of tabs in line 57040\n",
+ "Inconsistent number of tabs in line 57041\n",
+ "Inconsistent number of tabs in line 57042\n",
+ "Inconsistent number of tabs in line 57043\n",
+ "Inconsistent number of tabs in line 57675\n",
+ "Inconsistent number of tabs in line 57676\n",
+ "Inconsistent number of tabs in line 57677\n",
+ "Inconsistent number of tabs in line 57678\n",
+ "Inconsistent number of tabs in line 57679\n",
+ "Inconsistent number of tabs in line 57680\n",
+ "Inconsistent number of tabs in line 57681\n",
+ "Inconsistent number of tabs in line 57682\n",
+ "Inconsistent number of tabs in line 57683\n",
+ "Inconsistent number of tabs in line 57684\n",
+ "Inconsistent number of tabs in line 57685\n",
+ "Inconsistent number of tabs in line 57686\n",
+ "Inconsistent number of tabs in line 57688\n",
+ "Inconsistent number of tabs in line 57689\n",
+ "Inconsistent number of tabs in line 57690\n",
+ "Inconsistent number of tabs in line 57691\n",
+ "Inconsistent number of tabs in line 57692\n",
+ "Inconsistent number of tabs in line 57693\n",
+ "Inconsistent number of tabs in line 57694\n",
+ "Inconsistent number of tabs in line 57695\n",
+ "Inconsistent number of tabs in line 57696\n",
+ "Inconsistent number of tabs in line 57697\n",
+ "Inconsistent number of tabs in line 57698\n",
+ "Inconsistent number of tabs in line 57699\n",
+ "Inconsistent number of tabs in line 57701\n",
+ "Inconsistent number of tabs in line 57702\n",
+ "Inconsistent number of tabs in line 57703\n",
+ "Inconsistent number of tabs in line 57704\n",
+ "Inconsistent number of tabs in line 57705\n",
+ "Inconsistent number of tabs in line 57706\n",
+ "Inconsistent number of tabs in line 57707\n",
+ "Inconsistent number of tabs in line 57708\n",
+ "Inconsistent number of tabs in line 57709\n",
+ "Inconsistent number of tabs in line 57710\n",
+ "Inconsistent number of tabs in line 57711\n",
+ "Inconsistent number of tabs in line 57712\n",
+ "Inconsistent number of tabs in line 57714\n",
+ "Inconsistent number of tabs in line 57715\n",
+ "Inconsistent number of tabs in line 57716\n",
+ "Inconsistent number of tabs in line 57717\n",
+ "Inconsistent number of tabs in line 57718\n",
+ "Inconsistent number of tabs in line 57719\n",
+ "Inconsistent number of tabs in line 57720\n",
+ "Inconsistent number of tabs in line 57721\n",
+ "Inconsistent number of tabs in line 57722\n",
+ "Inconsistent number of tabs in line 57723\n",
+ "Inconsistent number of tabs in line 57724\n",
+ "Inconsistent number of tabs in line 57725\n",
+ "Inconsistent number of tabs in line 57727\n",
+ "Inconsistent number of tabs in line 57728\n",
+ "Inconsistent number of tabs in line 57729\n",
+ "Inconsistent number of tabs in line 57730\n",
+ "Inconsistent number of tabs in line 57731\n",
+ "Inconsistent number of tabs in line 57732\n",
+ "Inconsistent number of tabs in line 57733\n",
+ "Inconsistent number of tabs in line 57734\n",
+ "Inconsistent number of tabs in line 57735\n",
+ "Inconsistent number of tabs in line 57736\n",
+ "Inconsistent number of tabs in line 57737\n",
+ "Inconsistent number of tabs in line 57738\n",
+ "Inconsistent number of tabs in line 57740\n",
+ "Inconsistent number of tabs in line 57741\n",
+ "Inconsistent number of tabs in line 57742\n",
+ "Inconsistent number of tabs in line 57743\n",
+ "Inconsistent number of tabs in line 57744\n",
+ "Inconsistent number of tabs in line 57745\n",
+ "Inconsistent number of tabs in line 57746\n",
+ "Inconsistent number of tabs in line 57747\n",
+ "Inconsistent number of tabs in line 57748\n",
+ "Inconsistent number of tabs in line 57749\n",
+ "Inconsistent number of tabs in line 57750\n",
+ "Inconsistent number of tabs in line 57751\n",
+ "Inconsistent number of tabs in line 59102\n",
+ "Inconsistent number of tabs in line 59103\n",
+ "Inconsistent number of tabs in line 59104\n",
+ "Inconsistent number of tabs in line 59105\n",
+ "Inconsistent number of tabs in line 59106\n",
+ "Inconsistent number of tabs in line 59107\n",
+ "Inconsistent number of tabs in line 59112\n",
+ "Inconsistent number of tabs in line 59113\n",
+ "Inconsistent number of tabs in line 59114\n",
+ "Inconsistent number of tabs in line 59115\n",
+ "Inconsistent number of tabs in line 59116\n",
+ "Inconsistent number of tabs in line 59117\n",
+ "Inconsistent number of tabs in line 59122\n",
+ "Inconsistent number of tabs in line 59123\n",
+ "Inconsistent number of tabs in line 59124\n",
+ "Inconsistent number of tabs in line 59125\n",
+ "Inconsistent number of tabs in line 59126\n",
+ "Inconsistent number of tabs in line 59127\n",
+ "Inconsistent number of tabs in line 59132\n",
+ "Inconsistent number of tabs in line 59133\n",
+ "Inconsistent number of tabs in line 59134\n",
+ "Inconsistent number of tabs in line 59135\n",
+ "Inconsistent number of tabs in line 59136\n",
+ "Inconsistent number of tabs in line 59137\n",
+ "Inconsistent number of tabs in line 59142\n",
+ "Inconsistent number of tabs in line 59143\n",
+ "Inconsistent number of tabs in line 59144\n",
+ "Inconsistent number of tabs in line 59145\n",
+ "Inconsistent number of tabs in line 59146\n",
+ "Inconsistent number of tabs in line 59147\n",
+ "Inconsistent number of tabs in line 59152\n",
+ "Inconsistent number of tabs in line 59153\n",
+ "Inconsistent number of tabs in line 59154\n",
+ "Inconsistent number of tabs in line 59155\n",
+ "Inconsistent number of tabs in line 59156\n",
+ "Inconsistent number of tabs in line 59157\n",
+ "Inconsistent number of tabs in line 59913\n",
+ "Inconsistent number of tabs in line 59914\n",
+ "Inconsistent number of tabs in line 59915\n",
+ "Inconsistent number of tabs in line 59916\n",
+ "Inconsistent number of tabs in line 59917\n",
+ "Inconsistent number of tabs in line 59918\n",
+ "Inconsistent number of tabs in line 59919\n",
+ "Inconsistent number of tabs in line 59920\n",
+ "Inconsistent number of tabs in line 59921\n",
+ "Inconsistent number of tabs in line 59922\n",
+ "Inconsistent number of tabs in line 59923\n",
+ "Inconsistent number of tabs in line 59924\n",
+ "Inconsistent number of tabs in line 59926\n",
+ "Inconsistent number of tabs in line 59927\n",
+ "Inconsistent number of tabs in line 59928\n",
+ "Inconsistent number of tabs in line 59929\n",
+ "Inconsistent number of tabs in line 59930\n",
+ "Inconsistent number of tabs in line 59931\n",
+ "Inconsistent number of tabs in line 59932\n",
+ "Inconsistent number of tabs in line 59933\n",
+ "Inconsistent number of tabs in line 59934\n",
+ "Inconsistent number of tabs in line 59935\n",
+ "Inconsistent number of tabs in line 59936\n",
+ "Inconsistent number of tabs in line 59937\n",
+ "Inconsistent number of tabs in line 59939\n",
+ "Inconsistent number of tabs in line 59940\n",
+ "Inconsistent number of tabs in line 59941\n",
+ "Inconsistent number of tabs in line 59942\n",
+ "Inconsistent number of tabs in line 59943\n",
+ "Inconsistent number of tabs in line 59944\n",
+ "Inconsistent number of tabs in line 59945\n",
+ "Inconsistent number of tabs in line 59946\n",
+ "Inconsistent number of tabs in line 59947\n",
+ "Inconsistent number of tabs in line 59948\n",
+ "Inconsistent number of tabs in line 59949\n",
+ "Inconsistent number of tabs in line 59950\n",
+ "Inconsistent number of tabs in line 59952\n",
+ "Inconsistent number of tabs in line 59953\n",
+ "Inconsistent number of tabs in line 59954\n",
+ "Inconsistent number of tabs in line 59955\n",
+ "Inconsistent number of tabs in line 59956\n",
+ "Inconsistent number of tabs in line 59957\n",
+ "Inconsistent number of tabs in line 59958\n",
+ "Inconsistent number of tabs in line 59959\n",
+ "Inconsistent number of tabs in line 59960\n",
+ "Inconsistent number of tabs in line 59961\n",
+ "Inconsistent number of tabs in line 59962\n",
+ "Inconsistent number of tabs in line 59963\n",
+ "Inconsistent number of tabs in line 59965\n",
+ "Inconsistent number of tabs in line 59966\n",
+ "Inconsistent number of tabs in line 59967\n",
+ "Inconsistent number of tabs in line 59968\n",
+ "Inconsistent number of tabs in line 59969\n",
+ "Inconsistent number of tabs in line 59970\n",
+ "Inconsistent number of tabs in line 59971\n",
+ "Inconsistent number of tabs in line 59972\n",
+ "Inconsistent number of tabs in line 59973\n",
+ "Inconsistent number of tabs in line 59974\n",
+ "Inconsistent number of tabs in line 59975\n",
+ "Inconsistent number of tabs in line 59976\n",
+ "Inconsistent number of tabs in line 59978\n",
+ "Inconsistent number of tabs in line 59979\n",
+ "Inconsistent number of tabs in line 59980\n",
+ "Inconsistent number of tabs in line 59981\n",
+ "Inconsistent number of tabs in line 59982\n",
+ "Inconsistent number of tabs in line 59983\n",
+ "Inconsistent number of tabs in line 59984\n",
+ "Inconsistent number of tabs in line 59985\n",
+ "Inconsistent number of tabs in line 59986\n",
+ "Inconsistent number of tabs in line 59987\n",
+ "Inconsistent number of tabs in line 59988\n",
+ "Inconsistent number of tabs in line 59989\n",
+ "Non-ASCII character found in line 61221\n",
+ "Non-ASCII character found in line 61222\n",
+ "Non-ASCII character found in line 61223\n",
+ "Non-ASCII character found in line 61224\n",
+ "Non-ASCII character found in line 61226\n",
+ "Non-ASCII character found in line 61227\n",
+ "Non-ASCII character found in line 61228\n",
+ "Non-ASCII character found in line 61229\n",
+ "Non-ASCII character found in line 61231\n",
+ "Non-ASCII character found in line 61232\n",
+ "Non-ASCII character found in line 61233\n",
+ "Non-ASCII character found in line 61234\n",
+ "Non-ASCII character found in line 61236\n",
+ "Non-ASCII character found in line 61237\n",
+ "Non-ASCII character found in line 61238\n",
+ "Non-ASCII character found in line 61239\n",
+ "Non-ASCII character found in line 61241\n",
+ "Non-ASCII character found in line 61242\n",
+ "Non-ASCII character found in line 61243\n",
+ "Non-ASCII character found in line 61244\n",
+ "Non-ASCII character found in line 61246\n",
+ "Non-ASCII character found in line 61247\n",
+ "Non-ASCII character found in line 61248\n",
+ "Non-ASCII character found in line 61249\n",
+ "Inconsistent number of tabs in line 62001\n",
+ "Inconsistent number of tabs in line 62002\n",
+ "Inconsistent number of tabs in line 62003\n",
+ "Inconsistent number of tabs in line 62004\n",
+ "Inconsistent number of tabs in line 62005\n",
+ "Inconsistent number of tabs in line 62006\n",
+ "Inconsistent number of tabs in line 62007\n",
+ "Inconsistent number of tabs in line 62008\n",
+ "Inconsistent number of tabs in line 62009\n",
+ "Inconsistent number of tabs in line 62010\n",
+ "Inconsistent number of tabs in line 62011\n",
+ "Inconsistent number of tabs in line 62012\n",
+ "Inconsistent number of tabs in line 62014\n",
+ "Inconsistent number of tabs in line 62015\n",
+ "Inconsistent number of tabs in line 62016\n",
+ "Inconsistent number of tabs in line 62017\n",
+ "Inconsistent number of tabs in line 62018\n",
+ "Inconsistent number of tabs in line 62019\n",
+ "Inconsistent number of tabs in line 62020\n",
+ "Inconsistent number of tabs in line 62021\n",
+ "Inconsistent number of tabs in line 62022\n",
+ "Inconsistent number of tabs in line 62023\n",
+ "Inconsistent number of tabs in line 62024\n",
+ "Inconsistent number of tabs in line 62025\n",
+ "Inconsistent number of tabs in line 62027\n",
+ "Inconsistent number of tabs in line 62028\n",
+ "Inconsistent number of tabs in line 62029\n",
+ "Inconsistent number of tabs in line 62030\n",
+ "Inconsistent number of tabs in line 62031\n",
+ "Inconsistent number of tabs in line 62032\n",
+ "Inconsistent number of tabs in line 62033\n",
+ "Inconsistent number of tabs in line 62034\n",
+ "Inconsistent number of tabs in line 62035\n",
+ "Inconsistent number of tabs in line 62036\n",
+ "Inconsistent number of tabs in line 62037\n",
+ "Inconsistent number of tabs in line 62038\n",
+ "Inconsistent number of tabs in line 62040\n",
+ "Inconsistent number of tabs in line 62041\n",
+ "Inconsistent number of tabs in line 62042\n",
+ "Inconsistent number of tabs in line 62043\n",
+ "Inconsistent number of tabs in line 62044\n",
+ "Inconsistent number of tabs in line 62045\n",
+ "Inconsistent number of tabs in line 62046\n",
+ "Inconsistent number of tabs in line 62047\n",
+ "Inconsistent number of tabs in line 62048\n",
+ "Inconsistent number of tabs in line 62049\n",
+ "Inconsistent number of tabs in line 62050\n",
+ "Inconsistent number of tabs in line 62051\n",
+ "Inconsistent number of tabs in line 62053\n",
+ "Inconsistent number of tabs in line 62054\n",
+ "Inconsistent number of tabs in line 62055\n",
+ "Inconsistent number of tabs in line 62056\n",
+ "Inconsistent number of tabs in line 62057\n",
+ "Inconsistent number of tabs in line 62058\n",
+ "Inconsistent number of tabs in line 62059\n",
+ "Inconsistent number of tabs in line 62060\n",
+ "Inconsistent number of tabs in line 62061\n",
+ "Inconsistent number of tabs in line 62062\n",
+ "Inconsistent number of tabs in line 62063\n",
+ "Inconsistent number of tabs in line 62064\n",
+ "Inconsistent number of tabs in line 62066\n",
+ "Inconsistent number of tabs in line 62067\n",
+ "Inconsistent number of tabs in line 62068\n",
+ "Inconsistent number of tabs in line 62069\n",
+ "Inconsistent number of tabs in line 62070\n",
+ "Inconsistent number of tabs in line 62071\n",
+ "Inconsistent number of tabs in line 62072\n",
+ "Inconsistent number of tabs in line 62073\n",
+ "Inconsistent number of tabs in line 62074\n",
+ "Inconsistent number of tabs in line 62075\n",
+ "Inconsistent number of tabs in line 62076\n",
+ "Inconsistent number of tabs in line 62077\n",
+ "Inconsistent number of tabs in line 62738\n",
+ "Inconsistent number of tabs in line 62739\n",
+ "Inconsistent number of tabs in line 62740\n",
+ "Inconsistent number of tabs in line 62745\n",
+ "Inconsistent number of tabs in line 62746\n",
+ "Inconsistent number of tabs in line 62747\n",
+ "Inconsistent number of tabs in line 62752\n",
+ "Inconsistent number of tabs in line 62753\n",
+ "Inconsistent number of tabs in line 62754\n",
+ "Inconsistent number of tabs in line 62759\n",
+ "Inconsistent number of tabs in line 62760\n",
+ "Inconsistent number of tabs in line 62761\n",
+ "Inconsistent number of tabs in line 62766\n",
+ "Inconsistent number of tabs in line 62767\n",
+ "Inconsistent number of tabs in line 62768\n",
+ "Inconsistent number of tabs in line 62773\n",
+ "Inconsistent number of tabs in line 62774\n",
+ "Inconsistent number of tabs in line 62775\n",
+ "Inconsistent number of tabs in line 63410\n",
+ "Inconsistent number of tabs in line 63411\n",
+ "Inconsistent number of tabs in line 63412\n",
+ "Inconsistent number of tabs in line 63417\n",
+ "Inconsistent number of tabs in line 63418\n",
+ "Inconsistent number of tabs in line 63419\n",
+ "Inconsistent number of tabs in line 63424\n",
+ "Inconsistent number of tabs in line 63425\n",
+ "Inconsistent number of tabs in line 63426\n",
+ "Inconsistent number of tabs in line 63431\n",
+ "Inconsistent number of tabs in line 63432\n",
+ "Inconsistent number of tabs in line 63433\n",
+ "Inconsistent number of tabs in line 63438\n",
+ "Inconsistent number of tabs in line 63439\n",
+ "Inconsistent number of tabs in line 63440\n",
+ "Inconsistent number of tabs in line 63445\n",
+ "Inconsistent number of tabs in line 63446\n",
+ "Inconsistent number of tabs in line 63447\n",
+ "Inconsistent number of tabs in line 65613\n",
+ "Inconsistent number of tabs in line 65614\n",
+ "Inconsistent number of tabs in line 65615\n",
+ "Inconsistent number of tabs in line 65616\n",
+ "Inconsistent number of tabs in line 65617\n",
+ "Inconsistent number of tabs in line 65618\n",
+ "Inconsistent number of tabs in line 65619\n",
+ "Inconsistent number of tabs in line 65620\n",
+ "Inconsistent number of tabs in line 65621\n",
+ "Inconsistent number of tabs in line 65622\n",
+ "Inconsistent number of tabs in line 65623\n",
+ "Inconsistent number of tabs in line 65624\n",
+ "Inconsistent number of tabs in line 65626\n",
+ "Inconsistent number of tabs in line 65627\n",
+ "Inconsistent number of tabs in line 65628\n",
+ "Inconsistent number of tabs in line 65629\n",
+ "Inconsistent number of tabs in line 65630\n",
+ "Inconsistent number of tabs in line 65631\n",
+ "Inconsistent number of tabs in line 65632\n",
+ "Inconsistent number of tabs in line 65633\n",
+ "Inconsistent number of tabs in line 65634\n",
+ "Inconsistent number of tabs in line 65635\n",
+ "Inconsistent number of tabs in line 65636\n",
+ "Inconsistent number of tabs in line 65637\n",
+ "Inconsistent number of tabs in line 65639\n",
+ "Inconsistent number of tabs in line 65640\n",
+ "Inconsistent number of tabs in line 65641\n",
+ "Inconsistent number of tabs in line 65642\n",
+ "Inconsistent number of tabs in line 65643\n",
+ "Inconsistent number of tabs in line 65644\n",
+ "Inconsistent number of tabs in line 65645\n",
+ "Inconsistent number of tabs in line 65646\n",
+ "Inconsistent number of tabs in line 65647\n",
+ "Inconsistent number of tabs in line 65648\n",
+ "Inconsistent number of tabs in line 65649\n",
+ "Inconsistent number of tabs in line 65650\n",
+ "Inconsistent number of tabs in line 65652\n",
+ "Inconsistent number of tabs in line 65653\n",
+ "Inconsistent number of tabs in line 65654\n",
+ "Inconsistent number of tabs in line 65655\n",
+ "Inconsistent number of tabs in line 65656\n",
+ "Inconsistent number of tabs in line 65657\n",
+ "Inconsistent number of tabs in line 65658\n",
+ "Inconsistent number of tabs in line 65659\n",
+ "Inconsistent number of tabs in line 65660\n",
+ "Inconsistent number of tabs in line 65661\n",
+ "Inconsistent number of tabs in line 65662\n",
+ "Inconsistent number of tabs in line 65663\n",
+ "Inconsistent number of tabs in line 65665\n",
+ "Inconsistent number of tabs in line 65666\n",
+ "Inconsistent number of tabs in line 65667\n",
+ "Inconsistent number of tabs in line 65668\n",
+ "Inconsistent number of tabs in line 65669\n",
+ "Inconsistent number of tabs in line 65670\n",
+ "Inconsistent number of tabs in line 65671\n",
+ "Inconsistent number of tabs in line 65672\n",
+ "Inconsistent number of tabs in line 65673\n",
+ "Inconsistent number of tabs in line 65674\n",
+ "Inconsistent number of tabs in line 65675\n",
+ "Inconsistent number of tabs in line 65676\n",
+ "Inconsistent number of tabs in line 65678\n",
+ "Inconsistent number of tabs in line 65679\n",
+ "Inconsistent number of tabs in line 65680\n",
+ "Inconsistent number of tabs in line 65681\n",
+ "Inconsistent number of tabs in line 65682\n",
+ "Inconsistent number of tabs in line 65683\n",
+ "Inconsistent number of tabs in line 65684\n",
+ "Inconsistent number of tabs in line 65685\n",
+ "Inconsistent number of tabs in line 65686\n",
+ "Inconsistent number of tabs in line 65687\n",
+ "Inconsistent number of tabs in line 65688\n",
+ "Inconsistent number of tabs in line 65689\n",
+ "Inconsistent number of tabs in line 66200\n",
+ "Inconsistent number of tabs in line 66201\n",
+ "Inconsistent number of tabs in line 66202\n",
+ "Inconsistent number of tabs in line 66203\n",
+ "Inconsistent number of tabs in line 66204\n",
+ "Inconsistent number of tabs in line 66205\n",
+ "Inconsistent number of tabs in line 66206\n",
+ "Inconsistent number of tabs in line 66207\n",
+ "Inconsistent number of tabs in line 66208\n",
+ "Inconsistent number of tabs in line 66209\n",
+ "Inconsistent number of tabs in line 66210\n",
+ "Inconsistent number of tabs in line 66211\n",
+ "Inconsistent number of tabs in line 66212\n",
+ "Inconsistent number of tabs in line 66213\n",
+ "Inconsistent number of tabs in line 66214\n",
+ "Inconsistent number of tabs in line 66215\n",
+ "Inconsistent number of tabs in line 66216\n",
+ "Inconsistent number of tabs in line 66217\n",
+ "Inconsistent number of tabs in line 66218\n",
+ "Inconsistent number of tabs in line 66219\n",
+ "Inconsistent number of tabs in line 66220\n",
+ "Inconsistent number of tabs in line 66221\n",
+ "Inconsistent number of tabs in line 66222\n",
+ "Inconsistent number of tabs in line 66223\n",
+ "Inconsistent number of tabs in line 66224\n",
+ "Inconsistent number of tabs in line 66225\n",
+ "Inconsistent number of tabs in line 66226\n",
+ "Inconsistent number of tabs in line 66227\n",
+ "Inconsistent number of tabs in line 66228\n",
+ "Inconsistent number of tabs in line 66229\n",
+ "Inconsistent number of tabs in line 66230\n",
+ "Inconsistent number of tabs in line 66231\n",
+ "Inconsistent number of tabs in line 66232\n",
+ "Inconsistent number of tabs in line 66233\n",
+ "Inconsistent number of tabs in line 66234\n",
+ "Inconsistent number of tabs in line 66235\n",
+ "Inconsistent number of tabs in line 66236\n",
+ "Inconsistent number of tabs in line 66237\n",
+ "Inconsistent number of tabs in line 66238\n",
+ "Inconsistent number of tabs in line 66239\n",
+ "Inconsistent number of tabs in line 66240\n",
+ "Inconsistent number of tabs in line 66241\n",
+ "Inconsistent number of tabs in line 66242\n",
+ "Inconsistent number of tabs in line 66243\n",
+ "Inconsistent number of tabs in line 66244\n",
+ "Inconsistent number of tabs in line 66245\n",
+ "Inconsistent number of tabs in line 66246\n",
+ "Inconsistent number of tabs in line 66247\n",
+ "Inconsistent number of tabs in line 66248\n",
+ "Inconsistent number of tabs in line 66249\n",
+ "Inconsistent number of tabs in line 66250\n",
+ "Inconsistent number of tabs in line 66251\n",
+ "Inconsistent number of tabs in line 66252\n",
+ "Inconsistent number of tabs in line 66253\n",
+ "Inconsistent number of tabs in line 66254\n",
+ "Inconsistent number of tabs in line 66255\n",
+ "Inconsistent number of tabs in line 66256\n",
+ "Inconsistent number of tabs in line 66257\n",
+ "Inconsistent number of tabs in line 66258\n",
+ "Inconsistent number of tabs in line 66259\n",
+ "Inconsistent number of tabs in line 66260\n",
+ "Inconsistent number of tabs in line 66261\n",
+ "Inconsistent number of tabs in line 66262\n",
+ "Inconsistent number of tabs in line 66263\n",
+ "Inconsistent number of tabs in line 66264\n",
+ "Inconsistent number of tabs in line 66265\n",
+ "Inconsistent number of tabs in line 66266\n",
+ "Inconsistent number of tabs in line 66267\n",
+ "Inconsistent number of tabs in line 66268\n",
+ "Inconsistent number of tabs in line 66269\n",
+ "Inconsistent number of tabs in line 66270\n",
+ "Inconsistent number of tabs in line 66271\n",
+ "Inconsistent number of tabs in line 66272\n",
+ "Inconsistent number of tabs in line 66273\n",
+ "Inconsistent number of tabs in line 66274\n",
+ "Inconsistent number of tabs in line 66275\n",
+ "Inconsistent number of tabs in line 66276\n",
+ "Inconsistent number of tabs in line 66277\n",
+ "Inconsistent number of tabs in line 66278\n",
+ "Inconsistent number of tabs in line 66279\n",
+ "Inconsistent number of tabs in line 66280\n",
+ "Inconsistent number of tabs in line 66281\n",
+ "Inconsistent number of tabs in line 66282\n",
+ "Inconsistent number of tabs in line 66283\n",
+ "Inconsistent number of tabs in line 66284\n",
+ "Inconsistent number of tabs in line 66285\n",
+ "Inconsistent number of tabs in line 66286\n",
+ "Inconsistent number of tabs in line 66287\n",
+ "Inconsistent number of tabs in line 66288\n",
+ "Inconsistent number of tabs in line 66289\n",
+ "Inconsistent number of tabs in line 66290\n",
+ "Inconsistent number of tabs in line 66291\n",
+ "Inconsistent number of tabs in line 66292\n",
+ "Inconsistent number of tabs in line 66293\n",
+ "Inconsistent number of tabs in line 66294\n",
+ "Inconsistent number of tabs in line 66295\n",
+ "Inconsistent number of tabs in line 66296\n",
+ "Inconsistent number of tabs in line 66297\n",
+ "Inconsistent number of tabs in line 66298\n",
+ "Inconsistent number of tabs in line 66299\n",
+ "Inconsistent number of tabs in line 66300\n",
+ "Inconsistent number of tabs in line 66301\n",
+ "Inconsistent number of tabs in line 66302\n",
+ "Inconsistent number of tabs in line 66303\n",
+ "Inconsistent number of tabs in line 66304\n",
+ "Inconsistent number of tabs in line 66305\n",
+ "Inconsistent number of tabs in line 66306\n",
+ "Inconsistent number of tabs in line 66307\n",
+ "Inconsistent number of tabs in line 66308\n",
+ "Inconsistent number of tabs in line 66309\n",
+ "Inconsistent number of tabs in line 66310\n",
+ "Inconsistent number of tabs in line 66311\n",
+ "Inconsistent number of tabs in line 66312\n",
+ "Inconsistent number of tabs in line 66313\n",
+ "Inconsistent number of tabs in line 66314\n",
+ "Inconsistent number of tabs in line 66315\n",
+ "Inconsistent number of tabs in line 66316\n",
+ "Inconsistent number of tabs in line 66317\n",
+ "Inconsistent number of tabs in line 66318\n",
+ "Inconsistent number of tabs in line 66319\n",
+ "Inconsistent number of tabs in line 66320\n",
+ "Inconsistent number of tabs in line 66321\n",
+ "Inconsistent number of tabs in line 66322\n",
+ "Inconsistent number of tabs in line 66323\n",
+ "Inconsistent number of tabs in line 66324\n",
+ "Inconsistent number of tabs in line 66325\n",
+ "Inconsistent number of tabs in line 66326\n",
+ "Inconsistent number of tabs in line 66327\n",
+ "Inconsistent number of tabs in line 66328\n",
+ "Inconsistent number of tabs in line 66329\n",
+ "Inconsistent number of tabs in line 66330\n",
+ "Inconsistent number of tabs in line 66331\n",
+ "Inconsistent number of tabs in line 66332\n",
+ "Inconsistent number of tabs in line 66333\n",
+ "Inconsistent number of tabs in line 66334\n",
+ "Inconsistent number of tabs in line 66335\n",
+ "Inconsistent number of tabs in line 66336\n",
+ "Inconsistent number of tabs in line 66337\n",
+ "Inconsistent number of tabs in line 66338\n",
+ "Inconsistent number of tabs in line 66339\n",
+ "Inconsistent number of tabs in line 66340\n",
+ "Inconsistent number of tabs in line 66341\n",
+ "Inconsistent number of tabs in line 66342\n",
+ "Inconsistent number of tabs in line 66343\n",
+ "Inconsistent number of tabs in line 66344\n",
+ "Inconsistent number of tabs in line 66345\n",
+ "Inconsistent number of tabs in line 66346\n",
+ "Inconsistent number of tabs in line 66347\n",
+ "Inconsistent number of tabs in line 66348\n",
+ "Inconsistent number of tabs in line 66349\n",
+ "Inconsistent number of tabs in line 66350\n",
+ "Inconsistent number of tabs in line 66351\n",
+ "Inconsistent number of tabs in line 66352\n",
+ "Inconsistent number of tabs in line 66353\n",
+ "Inconsistent number of tabs in line 66354\n",
+ "Inconsistent number of tabs in line 66355\n",
+ "Inconsistent number of tabs in line 66356\n",
+ "Inconsistent number of tabs in line 66357\n",
+ "Inconsistent number of tabs in line 66358\n",
+ "Inconsistent number of tabs in line 66359\n",
+ "Inconsistent number of tabs in line 66360\n",
+ "Inconsistent number of tabs in line 66361\n",
+ "Inconsistent number of tabs in line 66362\n",
+ "Inconsistent number of tabs in line 66363\n",
+ "Inconsistent number of tabs in line 66364\n",
+ "Inconsistent number of tabs in line 66365\n",
+ "Inconsistent number of tabs in line 66366\n",
+ "Inconsistent number of tabs in line 66367\n",
+ "Inconsistent number of tabs in line 66368\n",
+ "Inconsistent number of tabs in line 66369\n",
+ "Inconsistent number of tabs in line 66370\n",
+ "Inconsistent number of tabs in line 66371\n",
+ "Inconsistent number of tabs in line 66372\n",
+ "Inconsistent number of tabs in line 66373\n",
+ "Inconsistent number of tabs in line 66374\n",
+ "Inconsistent number of tabs in line 66375\n",
+ "Inconsistent number of tabs in line 66376\n",
+ "Inconsistent number of tabs in line 66377\n",
+ "Inconsistent number of tabs in line 66378\n",
+ "Inconsistent number of tabs in line 66379\n",
+ "Inconsistent number of tabs in line 66380\n",
+ "Inconsistent number of tabs in line 66381\n",
+ "Inconsistent number of tabs in line 66382\n",
+ "Inconsistent number of tabs in line 66383\n",
+ "Inconsistent number of tabs in line 66384\n",
+ "Inconsistent number of tabs in line 66385\n",
+ "Inconsistent number of tabs in line 66386\n",
+ "Inconsistent number of tabs in line 66387\n",
+ "Inconsistent number of tabs in line 66388\n",
+ "Inconsistent number of tabs in line 66389\n",
+ "Inconsistent number of tabs in line 66390\n",
+ "Inconsistent number of tabs in line 66391\n",
+ "Inconsistent number of tabs in line 66392\n",
+ "Inconsistent number of tabs in line 66393\n",
+ "Inconsistent number of tabs in line 66394\n",
+ "Inconsistent number of tabs in line 66395\n",
+ "Inconsistent number of tabs in line 66396\n",
+ "Inconsistent number of tabs in line 66397\n",
+ "Inconsistent number of tabs in line 66398\n",
+ "Inconsistent number of tabs in line 66399\n",
+ "Inconsistent number of tabs in line 66400\n",
+ "Inconsistent number of tabs in line 66401\n",
+ "Inconsistent number of tabs in line 66402\n",
+ "Inconsistent number of tabs in line 66403\n",
+ "Inconsistent number of tabs in line 66404\n",
+ "Inconsistent number of tabs in line 66405\n",
+ "Inconsistent number of tabs in line 66406\n",
+ "Inconsistent number of tabs in line 66407\n",
+ "Inconsistent number of tabs in line 66408\n",
+ "Inconsistent number of tabs in line 66409\n",
+ "Inconsistent number of tabs in line 66440\n",
+ "Inconsistent number of tabs in line 66441\n",
+ "Inconsistent number of tabs in line 66442\n",
+ "Inconsistent number of tabs in line 66447\n",
+ "Inconsistent number of tabs in line 66448\n",
+ "Inconsistent number of tabs in line 66449\n",
+ "Inconsistent number of tabs in line 66454\n",
+ "Inconsistent number of tabs in line 66455\n",
+ "Inconsistent number of tabs in line 66456\n",
+ "Inconsistent number of tabs in line 66461\n",
+ "Inconsistent number of tabs in line 66462\n",
+ "Inconsistent number of tabs in line 66463\n",
+ "Inconsistent number of tabs in line 66468\n",
+ "Inconsistent number of tabs in line 66469\n",
+ "Inconsistent number of tabs in line 66470\n",
+ "Inconsistent number of tabs in line 66475\n",
+ "Inconsistent number of tabs in line 66476\n",
+ "Inconsistent number of tabs in line 66477\n",
+ "Non-ASCII character found in line 68643\n",
+ "Non-ASCII character found in line 68644\n",
+ "Non-ASCII character found in line 68645\n",
+ "Non-ASCII character found in line 68646\n",
+ "Non-ASCII character found in line 68648\n",
+ "Non-ASCII character found in line 68649\n",
+ "Non-ASCII character found in line 68650\n",
+ "Non-ASCII character found in line 68651\n",
+ "Non-ASCII character found in line 68653\n",
+ "Non-ASCII character found in line 68654\n",
+ "Non-ASCII character found in line 68655\n",
+ "Non-ASCII character found in line 68656\n",
+ "Non-ASCII character found in line 68658\n",
+ "Non-ASCII character found in line 68659\n",
+ "Non-ASCII character found in line 68660\n",
+ "Non-ASCII character found in line 68661\n",
+ "Non-ASCII character found in line 68663\n",
+ "Non-ASCII character found in line 68664\n",
+ "Non-ASCII character found in line 68665\n",
+ "Non-ASCII character found in line 68666\n",
+ "Non-ASCII character found in line 68668\n",
+ "Non-ASCII character found in line 68669\n",
+ "Non-ASCII character found in line 68670\n",
+ "Non-ASCII character found in line 68671\n",
+ "Non-ASCII character found in line 69242\n",
+ "Non-ASCII character found in line 69243\n",
+ "Non-ASCII character found in line 69244\n",
+ "Non-ASCII character found in line 69245\n",
+ "Non-ASCII character found in line 69246\n",
+ "Non-ASCII character found in line 69247\n",
+ "Non-ASCII character found in line 69248\n",
+ "Non-ASCII character found in line 69249\n",
+ "Non-ASCII character found in line 69250\n",
+ "Non-ASCII character found in line 69251\n",
+ "Non-ASCII character found in line 69252\n",
+ "Non-ASCII character found in line 69253\n",
+ "Non-ASCII character found in line 69254\n",
+ "Non-ASCII character found in line 69255\n",
+ "Non-ASCII character found in line 69256\n",
+ "Non-ASCII character found in line 69257\n",
+ "Non-ASCII character found in line 69258\n",
+ "Non-ASCII character found in line 69259\n",
+ "Non-ASCII character found in line 69260\n",
+ "Non-ASCII character found in line 69261\n",
+ "Non-ASCII character found in line 69262\n",
+ "Non-ASCII character found in line 69263\n",
+ "Non-ASCII character found in line 69264\n",
+ "Non-ASCII character found in line 69265\n",
+ "Non-ASCII character found in line 69266\n",
+ "Non-ASCII character found in line 69267\n",
+ "Non-ASCII character found in line 69268\n",
+ "Non-ASCII character found in line 69269\n",
+ "Non-ASCII character found in line 69270\n",
+ "Non-ASCII character found in line 69271\n",
+ "Inconsistent number of tabs in line 69272\n",
+ "Inconsistent number of tabs in line 69273\n",
+ "Inconsistent number of tabs in line 69274\n",
+ "Inconsistent number of tabs in line 69279\n",
+ "Inconsistent number of tabs in line 69280\n",
+ "Inconsistent number of tabs in line 69281\n",
+ "Inconsistent number of tabs in line 69286\n",
+ "Inconsistent number of tabs in line 69287\n",
+ "Inconsistent number of tabs in line 69288\n",
+ "Inconsistent number of tabs in line 69293\n",
+ "Inconsistent number of tabs in line 69294\n",
+ "Inconsistent number of tabs in line 69295\n",
+ "Inconsistent number of tabs in line 69300\n",
+ "Inconsistent number of tabs in line 69301\n",
+ "Inconsistent number of tabs in line 69302\n",
+ "Inconsistent number of tabs in line 69307\n",
+ "Inconsistent number of tabs in line 69308\n",
+ "Inconsistent number of tabs in line 69309\n",
+ "Inconsistent number of tabs in line 69915\n",
+ "Inconsistent number of tabs in line 69916\n",
+ "Inconsistent number of tabs in line 69917\n",
+ "Inconsistent number of tabs in line 69918\n",
+ "Inconsistent number of tabs in line 69919\n",
+ "Inconsistent number of tabs in line 69920\n",
+ "Inconsistent number of tabs in line 69921\n",
+ "Inconsistent number of tabs in line 69922\n",
+ "Inconsistent number of tabs in line 69923\n",
+ "Inconsistent number of tabs in line 69924\n",
+ "Inconsistent number of tabs in line 69925\n",
+ "Inconsistent number of tabs in line 69926\n",
+ "Inconsistent number of tabs in line 69928\n",
+ "Inconsistent number of tabs in line 69929\n",
+ "Inconsistent number of tabs in line 69930\n",
+ "Inconsistent number of tabs in line 69931\n",
+ "Inconsistent number of tabs in line 69932\n",
+ "Inconsistent number of tabs in line 69933\n",
+ "Inconsistent number of tabs in line 69934\n",
+ "Inconsistent number of tabs in line 69935\n",
+ "Inconsistent number of tabs in line 69936\n",
+ "Inconsistent number of tabs in line 69937\n",
+ "Inconsistent number of tabs in line 69938\n",
+ "Inconsistent number of tabs in line 69939\n",
+ "Inconsistent number of tabs in line 69941\n",
+ "Inconsistent number of tabs in line 69942\n",
+ "Inconsistent number of tabs in line 69943\n",
+ "Inconsistent number of tabs in line 69944\n",
+ "Inconsistent number of tabs in line 69945\n",
+ "Inconsistent number of tabs in line 69946\n",
+ "Inconsistent number of tabs in line 69947\n",
+ "Inconsistent number of tabs in line 69948\n",
+ "Inconsistent number of tabs in line 69949\n",
+ "Inconsistent number of tabs in line 69950\n",
+ "Inconsistent number of tabs in line 69951\n",
+ "Inconsistent number of tabs in line 69952\n",
+ "Inconsistent number of tabs in line 69954\n",
+ "Inconsistent number of tabs in line 69955\n",
+ "Inconsistent number of tabs in line 69956\n",
+ "Inconsistent number of tabs in line 69957\n",
+ "Inconsistent number of tabs in line 69958\n",
+ "Inconsistent number of tabs in line 69959\n",
+ "Inconsistent number of tabs in line 69960\n",
+ "Inconsistent number of tabs in line 69961\n",
+ "Inconsistent number of tabs in line 69962\n",
+ "Inconsistent number of tabs in line 69963\n",
+ "Inconsistent number of tabs in line 69964\n",
+ "Inconsistent number of tabs in line 69965\n",
+ "Inconsistent number of tabs in line 69967\n",
+ "Inconsistent number of tabs in line 69968\n",
+ "Inconsistent number of tabs in line 69969\n",
+ "Inconsistent number of tabs in line 69970\n",
+ "Inconsistent number of tabs in line 69971\n",
+ "Inconsistent number of tabs in line 69972\n",
+ "Inconsistent number of tabs in line 69973\n",
+ "Inconsistent number of tabs in line 69974\n",
+ "Inconsistent number of tabs in line 69975\n",
+ "Inconsistent number of tabs in line 69976\n",
+ "Inconsistent number of tabs in line 69977\n",
+ "Inconsistent number of tabs in line 69978\n",
+ "Inconsistent number of tabs in line 69980\n",
+ "Inconsistent number of tabs in line 69981\n",
+ "Inconsistent number of tabs in line 69982\n",
+ "Inconsistent number of tabs in line 69983\n",
+ "Inconsistent number of tabs in line 69984\n",
+ "Inconsistent number of tabs in line 69985\n",
+ "Inconsistent number of tabs in line 69986\n",
+ "Inconsistent number of tabs in line 69987\n",
+ "Inconsistent number of tabs in line 69988\n",
+ "Inconsistent number of tabs in line 69989\n",
+ "Inconsistent number of tabs in line 69990\n",
+ "Inconsistent number of tabs in line 69991\n",
+ "Inconsistent number of tabs in line 70082\n",
+ "Inconsistent number of tabs in line 70083\n",
+ "Inconsistent number of tabs in line 70084\n",
+ "Inconsistent number of tabs in line 70089\n",
+ "Inconsistent number of tabs in line 70090\n",
+ "Inconsistent number of tabs in line 70091\n",
+ "Inconsistent number of tabs in line 70096\n",
+ "Inconsistent number of tabs in line 70097\n",
+ "Inconsistent number of tabs in line 70098\n",
+ "Inconsistent number of tabs in line 70103\n",
+ "Inconsistent number of tabs in line 70104\n",
+ "Inconsistent number of tabs in line 70105\n",
+ "Inconsistent number of tabs in line 70110\n",
+ "Inconsistent number of tabs in line 70111\n",
+ "Inconsistent number of tabs in line 70112\n",
+ "Inconsistent number of tabs in line 70117\n",
+ "Inconsistent number of tabs in line 70118\n",
+ "Inconsistent number of tabs in line 70119\n",
+ "Inconsistent number of tabs in line 70664\n",
+ "Inconsistent number of tabs in line 70665\n",
+ "Inconsistent number of tabs in line 70666\n",
+ "Inconsistent number of tabs in line 70671\n",
+ "Inconsistent number of tabs in line 70672\n",
+ "Inconsistent number of tabs in line 70673\n",
+ "Inconsistent number of tabs in line 70678\n",
+ "Inconsistent number of tabs in line 70679\n",
+ "Inconsistent number of tabs in line 70680\n",
+ "Inconsistent number of tabs in line 70685\n",
+ "Inconsistent number of tabs in line 70686\n",
+ "Inconsistent number of tabs in line 70687\n",
+ "Inconsistent number of tabs in line 70692\n",
+ "Inconsistent number of tabs in line 70693\n",
+ "Inconsistent number of tabs in line 70694\n",
+ "Inconsistent number of tabs in line 70699\n",
+ "Inconsistent number of tabs in line 70700\n",
+ "Inconsistent number of tabs in line 70701\n",
+ "Inconsistent number of tabs in line 71367\n",
+ "Inconsistent number of tabs in line 71368\n",
+ "Inconsistent number of tabs in line 71369\n",
+ "Inconsistent number of tabs in line 71370\n",
+ "Inconsistent number of tabs in line 71371\n",
+ "Inconsistent number of tabs in line 71372\n",
+ "Inconsistent number of tabs in line 71373\n",
+ "Inconsistent number of tabs in line 71374\n",
+ "Inconsistent number of tabs in line 71375\n",
+ "Inconsistent number of tabs in line 71376\n",
+ "Inconsistent number of tabs in line 71377\n",
+ "Inconsistent number of tabs in line 71378\n",
+ "Inconsistent number of tabs in line 71380\n",
+ "Inconsistent number of tabs in line 71381\n",
+ "Inconsistent number of tabs in line 71382\n",
+ "Inconsistent number of tabs in line 71383\n",
+ "Inconsistent number of tabs in line 71384\n",
+ "Inconsistent number of tabs in line 71385\n",
+ "Inconsistent number of tabs in line 71386\n",
+ "Inconsistent number of tabs in line 71387\n",
+ "Inconsistent number of tabs in line 71388\n",
+ "Inconsistent number of tabs in line 71389\n",
+ "Inconsistent number of tabs in line 71390\n",
+ "Inconsistent number of tabs in line 71391\n",
+ "Inconsistent number of tabs in line 71393\n",
+ "Inconsistent number of tabs in line 71394\n",
+ "Inconsistent number of tabs in line 71395\n",
+ "Inconsistent number of tabs in line 71396\n",
+ "Inconsistent number of tabs in line 71397\n",
+ "Inconsistent number of tabs in line 71398\n",
+ "Inconsistent number of tabs in line 71399\n",
+ "Inconsistent number of tabs in line 71400\n",
+ "Inconsistent number of tabs in line 71401\n",
+ "Inconsistent number of tabs in line 71402\n",
+ "Inconsistent number of tabs in line 71403\n",
+ "Inconsistent number of tabs in line 71404\n",
+ "Inconsistent number of tabs in line 71406\n",
+ "Inconsistent number of tabs in line 71407\n",
+ "Inconsistent number of tabs in line 71408\n",
+ "Inconsistent number of tabs in line 71409\n",
+ "Inconsistent number of tabs in line 71410\n",
+ "Inconsistent number of tabs in line 71411\n",
+ "Inconsistent number of tabs in line 71412\n",
+ "Inconsistent number of tabs in line 71413\n",
+ "Inconsistent number of tabs in line 71414\n",
+ "Inconsistent number of tabs in line 71415\n",
+ "Inconsistent number of tabs in line 71416\n",
+ "Inconsistent number of tabs in line 71417\n",
+ "Inconsistent number of tabs in line 71419\n",
+ "Inconsistent number of tabs in line 71420\n",
+ "Inconsistent number of tabs in line 71421\n",
+ "Inconsistent number of tabs in line 71422\n",
+ "Inconsistent number of tabs in line 71423\n",
+ "Inconsistent number of tabs in line 71424\n",
+ "Inconsistent number of tabs in line 71425\n",
+ "Inconsistent number of tabs in line 71426\n",
+ "Inconsistent number of tabs in line 71427\n",
+ "Inconsistent number of tabs in line 71428\n",
+ "Inconsistent number of tabs in line 71429\n",
+ "Inconsistent number of tabs in line 71430\n",
+ "Inconsistent number of tabs in line 71432\n",
+ "Inconsistent number of tabs in line 71433\n",
+ "Inconsistent number of tabs in line 71434\n",
+ "Inconsistent number of tabs in line 71435\n",
+ "Inconsistent number of tabs in line 71436\n",
+ "Inconsistent number of tabs in line 71437\n",
+ "Inconsistent number of tabs in line 71438\n",
+ "Inconsistent number of tabs in line 71439\n",
+ "Inconsistent number of tabs in line 71440\n",
+ "Inconsistent number of tabs in line 71441\n",
+ "Inconsistent number of tabs in line 71442\n",
+ "Inconsistent number of tabs in line 71443\n",
+ "Inconsistent number of tabs in line 77025\n",
+ "Inconsistent number of tabs in line 77026\n",
+ "Inconsistent number of tabs in line 77027\n",
+ "Inconsistent number of tabs in line 77028\n",
+ "Inconsistent number of tabs in line 77029\n",
+ "Inconsistent number of tabs in line 77030\n",
+ "Inconsistent number of tabs in line 77031\n",
+ "Inconsistent number of tabs in line 77032\n",
+ "Inconsistent number of tabs in line 77033\n",
+ "Inconsistent number of tabs in line 77034\n",
+ "Inconsistent number of tabs in line 77035\n",
+ "Inconsistent number of tabs in line 77036\n",
+ "Inconsistent number of tabs in line 77038\n",
+ "Inconsistent number of tabs in line 77039\n",
+ "Inconsistent number of tabs in line 77040\n",
+ "Inconsistent number of tabs in line 77041\n",
+ "Inconsistent number of tabs in line 77042\n",
+ "Inconsistent number of tabs in line 77043\n",
+ "Inconsistent number of tabs in line 77044\n",
+ "Inconsistent number of tabs in line 77045\n",
+ "Inconsistent number of tabs in line 77046\n",
+ "Inconsistent number of tabs in line 77047\n",
+ "Inconsistent number of tabs in line 77048\n",
+ "Inconsistent number of tabs in line 77049\n",
+ "Inconsistent number of tabs in line 77051\n",
+ "Inconsistent number of tabs in line 77052\n",
+ "Inconsistent number of tabs in line 77053\n",
+ "Inconsistent number of tabs in line 77054\n",
+ "Inconsistent number of tabs in line 77055\n",
+ "Inconsistent number of tabs in line 77056\n",
+ "Inconsistent number of tabs in line 77057\n",
+ "Inconsistent number of tabs in line 77058\n",
+ "Inconsistent number of tabs in line 77059\n",
+ "Inconsistent number of tabs in line 77060\n",
+ "Inconsistent number of tabs in line 77061\n",
+ "Inconsistent number of tabs in line 77062\n",
+ "Inconsistent number of tabs in line 77064\n",
+ "Inconsistent number of tabs in line 77065\n",
+ "Inconsistent number of tabs in line 77066\n",
+ "Inconsistent number of tabs in line 77067\n",
+ "Inconsistent number of tabs in line 77068\n",
+ "Inconsistent number of tabs in line 77069\n",
+ "Inconsistent number of tabs in line 77070\n",
+ "Inconsistent number of tabs in line 77071\n",
+ "Inconsistent number of tabs in line 77072\n",
+ "Inconsistent number of tabs in line 77073\n",
+ "Inconsistent number of tabs in line 77074\n",
+ "Inconsistent number of tabs in line 77075\n",
+ "Inconsistent number of tabs in line 77077\n",
+ "Inconsistent number of tabs in line 77078\n",
+ "Inconsistent number of tabs in line 77079\n",
+ "Inconsistent number of tabs in line 77080\n",
+ "Inconsistent number of tabs in line 77081\n",
+ "Inconsistent number of tabs in line 77082\n",
+ "Inconsistent number of tabs in line 77083\n",
+ "Inconsistent number of tabs in line 77084\n",
+ "Inconsistent number of tabs in line 77085\n",
+ "Inconsistent number of tabs in line 77086\n",
+ "Inconsistent number of tabs in line 77087\n",
+ "Inconsistent number of tabs in line 77088\n",
+ "Inconsistent number of tabs in line 77090\n",
+ "Inconsistent number of tabs in line 77091\n",
+ "Inconsistent number of tabs in line 77092\n",
+ "Inconsistent number of tabs in line 77093\n",
+ "Inconsistent number of tabs in line 77094\n",
+ "Inconsistent number of tabs in line 77095\n",
+ "Inconsistent number of tabs in line 77096\n",
+ "Inconsistent number of tabs in line 77097\n",
+ "Inconsistent number of tabs in line 77098\n",
+ "Inconsistent number of tabs in line 77099\n",
+ "Inconsistent number of tabs in line 77100\n",
+ "Inconsistent number of tabs in line 77101\n",
+ "Inconsistent number of tabs in line 77643\n",
+ "Inconsistent number of tabs in line 77644\n",
+ "Inconsistent number of tabs in line 77645\n",
+ "Inconsistent number of tabs in line 77646\n",
+ "Inconsistent number of tabs in line 77647\n",
+ "Inconsistent number of tabs in line 77648\n",
+ "Inconsistent number of tabs in line 77649\n",
+ "Inconsistent number of tabs in line 77650\n",
+ "Inconsistent number of tabs in line 77651\n",
+ "Inconsistent number of tabs in line 77652\n",
+ "Inconsistent number of tabs in line 77653\n",
+ "Inconsistent number of tabs in line 77654\n",
+ "Inconsistent number of tabs in line 77656\n",
+ "Inconsistent number of tabs in line 77657\n",
+ "Inconsistent number of tabs in line 77658\n",
+ "Inconsistent number of tabs in line 77659\n",
+ "Inconsistent number of tabs in line 77660\n",
+ "Inconsistent number of tabs in line 77661\n",
+ "Inconsistent number of tabs in line 77662\n",
+ "Inconsistent number of tabs in line 77663\n",
+ "Inconsistent number of tabs in line 77664\n",
+ "Inconsistent number of tabs in line 77665\n",
+ "Inconsistent number of tabs in line 77666\n",
+ "Inconsistent number of tabs in line 77667\n",
+ "Inconsistent number of tabs in line 77669\n",
+ "Inconsistent number of tabs in line 77670\n",
+ "Inconsistent number of tabs in line 77671\n",
+ "Inconsistent number of tabs in line 77672\n",
+ "Inconsistent number of tabs in line 77673\n",
+ "Inconsistent number of tabs in line 77674\n",
+ "Inconsistent number of tabs in line 77675\n",
+ "Inconsistent number of tabs in line 77676\n",
+ "Inconsistent number of tabs in line 77677\n",
+ "Inconsistent number of tabs in line 77678\n",
+ "Inconsistent number of tabs in line 77679\n",
+ "Inconsistent number of tabs in line 77680\n",
+ "Inconsistent number of tabs in line 77682\n",
+ "Inconsistent number of tabs in line 77683\n",
+ "Inconsistent number of tabs in line 77684\n",
+ "Inconsistent number of tabs in line 77685\n",
+ "Inconsistent number of tabs in line 77686\n",
+ "Inconsistent number of tabs in line 77687\n",
+ "Inconsistent number of tabs in line 77688\n",
+ "Inconsistent number of tabs in line 77689\n",
+ "Inconsistent number of tabs in line 77690\n",
+ "Inconsistent number of tabs in line 77691\n",
+ "Inconsistent number of tabs in line 77692\n",
+ "Inconsistent number of tabs in line 77693\n",
+ "Inconsistent number of tabs in line 77695\n",
+ "Inconsistent number of tabs in line 77696\n",
+ "Inconsistent number of tabs in line 77697\n",
+ "Inconsistent number of tabs in line 77698\n",
+ "Inconsistent number of tabs in line 77699\n",
+ "Inconsistent number of tabs in line 77700\n",
+ "Inconsistent number of tabs in line 77701\n",
+ "Inconsistent number of tabs in line 77702\n",
+ "Inconsistent number of tabs in line 77703\n",
+ "Inconsistent number of tabs in line 77704\n",
+ "Inconsistent number of tabs in line 77705\n",
+ "Inconsistent number of tabs in line 77706\n",
+ "Inconsistent number of tabs in line 77708\n",
+ "Inconsistent number of tabs in line 77709\n",
+ "Inconsistent number of tabs in line 77710\n",
+ "Inconsistent number of tabs in line 77711\n",
+ "Inconsistent number of tabs in line 77712\n",
+ "Inconsistent number of tabs in line 77713\n",
+ "Inconsistent number of tabs in line 77714\n",
+ "Inconsistent number of tabs in line 77715\n",
+ "Inconsistent number of tabs in line 77716\n",
+ "Inconsistent number of tabs in line 77717\n",
+ "Inconsistent number of tabs in line 77718\n",
+ "Inconsistent number of tabs in line 77719\n",
+ "Inconsistent number of tabs in line 81230\n",
+ "Inconsistent number of tabs in line 81231\n",
+ "Inconsistent number of tabs in line 81232\n",
+ "Inconsistent number of tabs in line 81237\n",
+ "Inconsistent number of tabs in line 81238\n",
+ "Inconsistent number of tabs in line 81239\n",
+ "Inconsistent number of tabs in line 81244\n",
+ "Inconsistent number of tabs in line 81245\n",
+ "Inconsistent number of tabs in line 81246\n",
+ "Inconsistent number of tabs in line 81251\n",
+ "Inconsistent number of tabs in line 81252\n",
+ "Inconsistent number of tabs in line 81253\n",
+ "Inconsistent number of tabs in line 81258\n",
+ "Inconsistent number of tabs in line 81259\n",
+ "Inconsistent number of tabs in line 81260\n",
+ "Inconsistent number of tabs in line 81265\n",
+ "Inconsistent number of tabs in line 81266\n",
+ "Inconsistent number of tabs in line 81267\n",
+ "Non-ASCII character found in line 81993\n",
+ "Non-ASCII character found in line 81994\n",
+ "Non-ASCII character found in line 81995\n",
+ "Non-ASCII character found in line 81996\n",
+ "Non-ASCII character found in line 81998\n",
+ "Non-ASCII character found in line 81999\n",
+ "Non-ASCII character found in line 82000\n",
+ "Non-ASCII character found in line 82001\n",
+ "Non-ASCII character found in line 82003\n",
+ "Non-ASCII character found in line 82004\n",
+ "Non-ASCII character found in line 82005\n",
+ "Non-ASCII character found in line 82006\n",
+ "Non-ASCII character found in line 82008\n",
+ "Non-ASCII character found in line 82009\n",
+ "Non-ASCII character found in line 82010\n",
+ "Non-ASCII character found in line 82011\n",
+ "Non-ASCII character found in line 82013\n",
+ "Non-ASCII character found in line 82014\n",
+ "Non-ASCII character found in line 82015\n",
+ "Non-ASCII character found in line 82016\n",
+ "Non-ASCII character found in line 82018\n",
+ "Non-ASCII character found in line 82019\n",
+ "Non-ASCII character found in line 82020\n",
+ "Non-ASCII character found in line 82021\n",
+ "Inconsistent number of tabs in line 82653\n",
+ "Inconsistent number of tabs in line 82654\n",
+ "Inconsistent number of tabs in line 82655\n",
+ "Inconsistent number of tabs in line 82656\n",
+ "Inconsistent number of tabs in line 82657\n",
+ "Inconsistent number of tabs in line 82658\n",
+ "Inconsistent number of tabs in line 82659\n",
+ "Inconsistent number of tabs in line 82660\n",
+ "Inconsistent number of tabs in line 82661\n",
+ "Inconsistent number of tabs in line 82662\n",
+ "Inconsistent number of tabs in line 82663\n",
+ "Inconsistent number of tabs in line 82664\n",
+ "Inconsistent number of tabs in line 82666\n",
+ "Inconsistent number of tabs in line 82667\n",
+ "Inconsistent number of tabs in line 82668\n",
+ "Inconsistent number of tabs in line 82669\n",
+ "Inconsistent number of tabs in line 82670\n",
+ "Inconsistent number of tabs in line 82671\n",
+ "Inconsistent number of tabs in line 82672\n",
+ "Inconsistent number of tabs in line 82673\n",
+ "Inconsistent number of tabs in line 82674\n",
+ "Inconsistent number of tabs in line 82675\n",
+ "Inconsistent number of tabs in line 82676\n",
+ "Inconsistent number of tabs in line 82677\n",
+ "Inconsistent number of tabs in line 82679\n",
+ "Inconsistent number of tabs in line 82680\n",
+ "Inconsistent number of tabs in line 82681\n",
+ "Inconsistent number of tabs in line 82682\n",
+ "Inconsistent number of tabs in line 82683\n",
+ "Inconsistent number of tabs in line 82684\n",
+ "Inconsistent number of tabs in line 82685\n",
+ "Inconsistent number of tabs in line 82686\n",
+ "Inconsistent number of tabs in line 82687\n",
+ "Inconsistent number of tabs in line 82688\n",
+ "Inconsistent number of tabs in line 82689\n",
+ "Inconsistent number of tabs in line 82690\n",
+ "Inconsistent number of tabs in line 82692\n",
+ "Inconsistent number of tabs in line 82693\n",
+ "Inconsistent number of tabs in line 82694\n",
+ "Inconsistent number of tabs in line 82695\n",
+ "Inconsistent number of tabs in line 82696\n",
+ "Inconsistent number of tabs in line 82697\n",
+ "Inconsistent number of tabs in line 82698\n",
+ "Inconsistent number of tabs in line 82699\n",
+ "Inconsistent number of tabs in line 82700\n",
+ "Inconsistent number of tabs in line 82701\n",
+ "Inconsistent number of tabs in line 82702\n",
+ "Inconsistent number of tabs in line 82703\n",
+ "Inconsistent number of tabs in line 82705\n",
+ "Inconsistent number of tabs in line 82706\n",
+ "Inconsistent number of tabs in line 82707\n",
+ "Inconsistent number of tabs in line 82708\n",
+ "Inconsistent number of tabs in line 82709\n",
+ "Inconsistent number of tabs in line 82710\n",
+ "Inconsistent number of tabs in line 82711\n",
+ "Inconsistent number of tabs in line 82712\n",
+ "Inconsistent number of tabs in line 82713\n",
+ "Inconsistent number of tabs in line 82714\n",
+ "Inconsistent number of tabs in line 82715\n",
+ "Inconsistent number of tabs in line 82716\n",
+ "Inconsistent number of tabs in line 82718\n",
+ "Inconsistent number of tabs in line 82719\n",
+ "Inconsistent number of tabs in line 82720\n",
+ "Inconsistent number of tabs in line 82721\n",
+ "Inconsistent number of tabs in line 82722\n",
+ "Inconsistent number of tabs in line 82723\n",
+ "Inconsistent number of tabs in line 82724\n",
+ "Inconsistent number of tabs in line 82725\n",
+ "Inconsistent number of tabs in line 82726\n",
+ "Inconsistent number of tabs in line 82727\n",
+ "Inconsistent number of tabs in line 82728\n",
+ "Inconsistent number of tabs in line 82729\n",
+ "Non-ASCII character found in line 87711\n",
+ "Non-ASCII character found in line 87712\n",
+ "Non-ASCII character found in line 87713\n",
+ "Non-ASCII character found in line 87714\n",
+ "Non-ASCII character found in line 87716\n",
+ "Non-ASCII character found in line 87717\n",
+ "Non-ASCII character found in line 87718\n",
+ "Non-ASCII character found in line 87719\n",
+ "Non-ASCII character found in line 87721\n",
+ "Non-ASCII character found in line 87722\n",
+ "Non-ASCII character found in line 87723\n",
+ "Non-ASCII character found in line 87724\n",
+ "Non-ASCII character found in line 87726\n",
+ "Non-ASCII character found in line 87727\n",
+ "Non-ASCII character found in line 87728\n",
+ "Non-ASCII character found in line 87729\n",
+ "Non-ASCII character found in line 87731\n",
+ "Non-ASCII character found in line 87732\n",
+ "Non-ASCII character found in line 87733\n",
+ "Non-ASCII character found in line 87734\n",
+ "Non-ASCII character found in line 87736\n",
+ "Non-ASCII character found in line 87737\n",
+ "Non-ASCII character found in line 87738\n",
+ "Non-ASCII character found in line 87739\n",
+ "Inconsistent number of tabs in line 88190\n",
+ "Inconsistent number of tabs in line 88191\n",
+ "Inconsistent number of tabs in line 88192\n",
+ "Inconsistent number of tabs in line 88197\n",
+ "Inconsistent number of tabs in line 88198\n",
+ "Inconsistent number of tabs in line 88199\n",
+ "Inconsistent number of tabs in line 88204\n",
+ "Inconsistent number of tabs in line 88205\n",
+ "Inconsistent number of tabs in line 88206\n",
+ "Inconsistent number of tabs in line 88211\n",
+ "Inconsistent number of tabs in line 88212\n",
+ "Inconsistent number of tabs in line 88213\n",
+ "Inconsistent number of tabs in line 88218\n",
+ "Inconsistent number of tabs in line 88219\n",
+ "Inconsistent number of tabs in line 88220\n",
+ "Inconsistent number of tabs in line 88225\n",
+ "Inconsistent number of tabs in line 88226\n",
+ "Inconsistent number of tabs in line 88227\n",
+ "Non-ASCII character found in line 90453\n",
+ "Non-ASCII character found in line 90454\n",
+ "Non-ASCII character found in line 90455\n",
+ "Non-ASCII character found in line 90456\n",
+ "Non-ASCII character found in line 90458\n",
+ "Non-ASCII character found in line 90459\n",
+ "Non-ASCII character found in line 90460\n",
+ "Non-ASCII character found in line 90461\n",
+ "Non-ASCII character found in line 90463\n",
+ "Non-ASCII character found in line 90464\n",
+ "Non-ASCII character found in line 90465\n",
+ "Non-ASCII character found in line 90466\n",
+ "Non-ASCII character found in line 90468\n",
+ "Non-ASCII character found in line 90469\n",
+ "Non-ASCII character found in line 90470\n",
+ "Non-ASCII character found in line 90471\n",
+ "Non-ASCII character found in line 90473\n",
+ "Non-ASCII character found in line 90474\n",
+ "Non-ASCII character found in line 90475\n",
+ "Non-ASCII character found in line 90476\n",
+ "Non-ASCII character found in line 90478\n",
+ "Non-ASCII character found in line 90479\n",
+ "Non-ASCII character found in line 90480\n",
+ "Non-ASCII character found in line 90481\n",
+ "Inconsistent number of tabs in line 91652\n",
+ "Inconsistent number of tabs in line 91653\n",
+ "Inconsistent number of tabs in line 91654\n",
+ "Inconsistent number of tabs in line 91659\n",
+ "Inconsistent number of tabs in line 91660\n",
+ "Inconsistent number of tabs in line 91661\n",
+ "Inconsistent number of tabs in line 91666\n",
+ "Inconsistent number of tabs in line 91667\n",
+ "Inconsistent number of tabs in line 91668\n",
+ "Inconsistent number of tabs in line 91673\n",
+ "Inconsistent number of tabs in line 91674\n",
+ "Inconsistent number of tabs in line 91675\n",
+ "Inconsistent number of tabs in line 91680\n",
+ "Inconsistent number of tabs in line 91681\n",
+ "Inconsistent number of tabs in line 91682\n",
+ "Inconsistent number of tabs in line 91687\n",
+ "Inconsistent number of tabs in line 91688\n",
+ "Inconsistent number of tabs in line 91689\n",
+ "Inconsistent number of tabs in line 92295\n",
+ "Inconsistent number of tabs in line 92296\n",
+ "Inconsistent number of tabs in line 92297\n",
+ "Inconsistent number of tabs in line 92298\n",
+ "Inconsistent number of tabs in line 92299\n",
+ "Inconsistent number of tabs in line 92300\n",
+ "Inconsistent number of tabs in line 92301\n",
+ "Inconsistent number of tabs in line 92302\n",
+ "Inconsistent number of tabs in line 92303\n",
+ "Inconsistent number of tabs in line 92304\n",
+ "Inconsistent number of tabs in line 92305\n",
+ "Inconsistent number of tabs in line 92306\n",
+ "Inconsistent number of tabs in line 92308\n",
+ "Inconsistent number of tabs in line 92309\n",
+ "Inconsistent number of tabs in line 92310\n",
+ "Inconsistent number of tabs in line 92311\n",
+ "Inconsistent number of tabs in line 92312\n",
+ "Inconsistent number of tabs in line 92313\n",
+ "Inconsistent number of tabs in line 92314\n",
+ "Inconsistent number of tabs in line 92315\n",
+ "Inconsistent number of tabs in line 92316\n",
+ "Inconsistent number of tabs in line 92317\n",
+ "Inconsistent number of tabs in line 92318\n",
+ "Inconsistent number of tabs in line 92319\n",
+ "Inconsistent number of tabs in line 92321\n",
+ "Inconsistent number of tabs in line 92322\n",
+ "Inconsistent number of tabs in line 92323\n",
+ "Inconsistent number of tabs in line 92324\n",
+ "Inconsistent number of tabs in line 92325\n",
+ "Inconsistent number of tabs in line 92326\n",
+ "Inconsistent number of tabs in line 92327\n",
+ "Inconsistent number of tabs in line 92328\n",
+ "Inconsistent number of tabs in line 92329\n",
+ "Inconsistent number of tabs in line 92330\n",
+ "Inconsistent number of tabs in line 92331\n",
+ "Inconsistent number of tabs in line 92332\n",
+ "Inconsistent number of tabs in line 92334\n",
+ "Inconsistent number of tabs in line 92335\n",
+ "Inconsistent number of tabs in line 92336\n",
+ "Inconsistent number of tabs in line 92337\n",
+ "Inconsistent number of tabs in line 92338\n",
+ "Inconsistent number of tabs in line 92339\n",
+ "Inconsistent number of tabs in line 92340\n",
+ "Inconsistent number of tabs in line 92341\n",
+ "Inconsistent number of tabs in line 92342\n",
+ "Inconsistent number of tabs in line 92343\n",
+ "Inconsistent number of tabs in line 92344\n",
+ "Inconsistent number of tabs in line 92345\n",
+ "Inconsistent number of tabs in line 92347\n",
+ "Inconsistent number of tabs in line 92348\n",
+ "Inconsistent number of tabs in line 92349\n",
+ "Inconsistent number of tabs in line 92350\n",
+ "Inconsistent number of tabs in line 92351\n",
+ "Inconsistent number of tabs in line 92352\n",
+ "Inconsistent number of tabs in line 92353\n",
+ "Inconsistent number of tabs in line 92354\n",
+ "Inconsistent number of tabs in line 92355\n",
+ "Inconsistent number of tabs in line 92356\n",
+ "Inconsistent number of tabs in line 92357\n",
+ "Inconsistent number of tabs in line 92358\n",
+ "Inconsistent number of tabs in line 92360\n",
+ "Inconsistent number of tabs in line 92361\n",
+ "Inconsistent number of tabs in line 92362\n",
+ "Inconsistent number of tabs in line 92363\n",
+ "Inconsistent number of tabs in line 92364\n",
+ "Inconsistent number of tabs in line 92365\n",
+ "Inconsistent number of tabs in line 92366\n",
+ "Inconsistent number of tabs in line 92367\n",
+ "Inconsistent number of tabs in line 92368\n",
+ "Inconsistent number of tabs in line 92369\n",
+ "Inconsistent number of tabs in line 92370\n",
+ "Inconsistent number of tabs in line 92371\n",
+ "Inconsistent number of tabs in line 97232\n",
+ "Inconsistent number of tabs in line 97233\n",
+ "Inconsistent number of tabs in line 97234\n",
+ "Inconsistent number of tabs in line 97239\n",
+ "Inconsistent number of tabs in line 97240\n",
+ "Inconsistent number of tabs in line 97241\n",
+ "Inconsistent number of tabs in line 97246\n",
+ "Inconsistent number of tabs in line 97247\n",
+ "Inconsistent number of tabs in line 97248\n",
+ "Inconsistent number of tabs in line 97253\n",
+ "Inconsistent number of tabs in line 97254\n",
+ "Inconsistent number of tabs in line 97255\n",
+ "Inconsistent number of tabs in line 97260\n",
+ "Inconsistent number of tabs in line 97261\n",
+ "Inconsistent number of tabs in line 97262\n",
+ "Inconsistent number of tabs in line 97267\n",
+ "Inconsistent number of tabs in line 97268\n",
+ "Inconsistent number of tabs in line 97269\n",
+ "Non-ASCII character found in line 98835\n",
+ "Non-ASCII character found in line 98836\n",
+ "Non-ASCII character found in line 98837\n",
+ "Non-ASCII character found in line 98838\n",
+ "Non-ASCII character found in line 98840\n",
+ "Non-ASCII character found in line 98841\n",
+ "Non-ASCII character found in line 98842\n",
+ "Non-ASCII character found in line 98843\n",
+ "Non-ASCII character found in line 98845\n",
+ "Non-ASCII character found in line 98846\n",
+ "Non-ASCII character found in line 98847\n",
+ "Non-ASCII character found in line 98848\n",
+ "Non-ASCII character found in line 98850\n",
+ "Non-ASCII character found in line 98851\n",
+ "Non-ASCII character found in line 98852\n",
+ "Non-ASCII character found in line 98853\n",
+ "Non-ASCII character found in line 98855\n",
+ "Non-ASCII character found in line 98856\n",
+ "Non-ASCII character found in line 98857\n",
+ "Non-ASCII character found in line 98858\n",
+ "Non-ASCII character found in line 98860\n",
+ "Non-ASCII character found in line 98861\n",
+ "Non-ASCII character found in line 98862\n",
+ "Non-ASCII character found in line 98863\n",
+ "Inconsistent number of tabs in line 99224\n",
+ "Inconsistent number of tabs in line 99225\n",
+ "Inconsistent number of tabs in line 99226\n",
+ "Inconsistent number of tabs in line 99227\n",
+ "Inconsistent number of tabs in line 99228\n",
+ "Inconsistent number of tabs in line 99229\n",
+ "Inconsistent number of tabs in line 99230\n",
+ "Inconsistent number of tabs in line 99231\n",
+ "Inconsistent number of tabs in line 99232\n",
+ "Inconsistent number of tabs in line 99233\n",
+ "Inconsistent number of tabs in line 99234\n",
+ "Inconsistent number of tabs in line 99235\n",
+ "Inconsistent number of tabs in line 99236\n",
+ "Inconsistent number of tabs in line 99237\n",
+ "Inconsistent number of tabs in line 99238\n",
+ "Inconsistent number of tabs in line 99239\n",
+ "Inconsistent number of tabs in line 99240\n",
+ "Inconsistent number of tabs in line 99241\n",
+ "Inconsistent number of tabs in line 99242\n",
+ "Inconsistent number of tabs in line 99243\n",
+ "Inconsistent number of tabs in line 99244\n",
+ "Inconsistent number of tabs in line 99245\n",
+ "Inconsistent number of tabs in line 99246\n",
+ "Inconsistent number of tabs in line 99247\n",
+ "Inconsistent number of tabs in line 99248\n",
+ "Inconsistent number of tabs in line 99249\n",
+ "Inconsistent number of tabs in line 99250\n",
+ "Inconsistent number of tabs in line 99251\n",
+ "Inconsistent number of tabs in line 99252\n",
+ "Inconsistent number of tabs in line 99253\n",
+ "Inconsistent number of tabs in line 99254\n",
+ "Inconsistent number of tabs in line 99255\n",
+ "Inconsistent number of tabs in line 99256\n",
+ "Inconsistent number of tabs in line 99257\n",
+ "Inconsistent number of tabs in line 99258\n",
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+ "Inconsistent number of tabs in line 99999\n",
+ "Inconsistent number of tabs in line 100000\n",
+ "Inconsistent number of tabs in line 100001\n",
+ "Inconsistent number of tabs in line 100002\n",
+ "Inconsistent number of tabs in line 100003\n",
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+ "Inconsistent number of tabs in line 100811\n",
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+ "Inconsistent number of tabs in line 100814\n",
+ "Inconsistent number of tabs in line 100815\n",
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+ "Inconsistent number of tabs in line 100817\n",
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+ "Inconsistent number of tabs in line 100819\n",
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+ "Inconsistent number of tabs in line 100821\n",
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+ "Inconsistent number of tabs in line 100826\n",
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+ "Inconsistent number of tabs in line 101618\n",
+ "Inconsistent number of tabs in line 101619\n",
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+ "Inconsistent number of tabs in line 101621\n",
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+ "Inconsistent number of tabs in line 101631\n",
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+ "Inconsistent number of tabs in line 101636\n",
+ "Inconsistent number of tabs in line 101637\n",
+ "Inconsistent number of tabs in line 101638\n",
+ "Inconsistent number of tabs in line 101639\n",
+ "Inconsistent number of tabs in line 101640\n",
+ "Inconsistent number of tabs in line 101642\n",
+ "Inconsistent number of tabs in line 101643\n",
+ "Inconsistent number of tabs in line 101644\n",
+ "Inconsistent number of tabs in line 101645\n",
+ "Inconsistent number of tabs in line 101646\n",
+ "Inconsistent number of tabs in line 101647\n",
+ "Inconsistent number of tabs in line 101648\n",
+ "Inconsistent number of tabs in line 101649\n",
+ "Inconsistent number of tabs in line 101650\n",
+ "Inconsistent number of tabs in line 101651\n",
+ "Inconsistent number of tabs in line 101652\n",
+ "Inconsistent number of tabs in line 101653\n"
+ ]
+ }
+ ],
+ "source": [
+ "import csv\n",
+ "\n",
+ "file_path = 'results/processed.tsv'\n",
+ "\n",
+ "\n",
+ "standard_characters = set('\\t\\n\\rabcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789 .,;:\"\\'!?-()[]{}')\n",
+ "\n",
+ "\n",
+ "def detect_problems(file_path):\n",
+ " problems = []\n",
+ " expected_delimiter_count = None\n",
+ "\n",
+ " with open(file_path, 'r', encoding='utf-8') as file:\n",
+ " for line_number, line in enumerate(file, 1):\n",
+ " # Count the number of tab characters\n",
+ " delimiter_count = line.count('\\t')\n",
+ "\n",
+ " if expected_delimiter_count is None:\n",
+ " expected_delimiter_count = delimiter_count\n",
+ " elif delimiter_count != expected_delimiter_count:\n",
+ " problems.append(f\"Inconsistent number of tabs in line {line_number}\")\n",
+ "\n",
+ " # Check for non-ASCII characters\n",
+ " if any(ord(char) > 127 for char in line):\n",
+ " problems.append(f\"Non-ASCII character found in line {line_number}\")\n",
+ " \n",
+ " #for char in line: \n",
+ " # if char not in standard_characters:\n",
+ " # problems.append(f\"Non-standard character '{char}' found in line {line_number}\")\n",
+ " # break\n",
+ "\n",
+ " return problems\n",
+ "\n",
+ "#Use\n",
+ "file_problems = detect_problems(file_path)\n",
+ "for problem in file_problems:\n",
+ " print(problem)"
+ ]
+ },
+ {
+ "cell_type": "code",
+ "execution_count": 80,
+ "id": "4b1a8d79",
+ "metadata": {},
+ "outputs": [
+ {
+ "data": {
+ "text/plain": [
+ "'false_negative_terms_example20'"
+ ]
+ },
+ "execution_count": 80,
+ "metadata": {},
+ "output_type": "execute_result"
+ }
+ ],
+ "source": [
+ "df_bad.columns[23]"
+ ]
+ },
+ {
+ "cell_type": "code",
+ "execution_count": 78,
+ "id": "cdf1cc25",
+ "metadata": {},
+ "outputs": [
+ {
+ "ename": "ParserError",
+ "evalue": "Error tokenizing data. C error: Expected 23 fields in line 302, saw 31\n",
+ "output_type": "error",
+ "traceback": [
+ "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
+ "\u001b[0;31mParserError\u001b[0m Traceback (most recent call last)",
+ "Cell \u001b[0;32mIn[78], line 1\u001b[0m\n\u001b[0;32m----> 1\u001b[0m df \u001b[38;5;241m=\u001b[39m \u001b[43mpd\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mread_csv\u001b[49m\u001b[43m(\u001b[49m\u001b[38;5;124;43m'\u001b[39;49m\u001b[38;5;124;43mresults/processed_1234567891011121314151617181920212223.tsv\u001b[39;49m\u001b[38;5;124;43m'\u001b[39;49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[43msep\u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[38;5;124;43m'\u001b[39;49m\u001b[38;5;130;43;01m\\t\u001b[39;49;00m\u001b[38;5;124;43m'\u001b[39;49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[43mheader\u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[38;5;241;43m0\u001b[39;49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[43mlow_memory\u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[38;5;28;43;01mFalse\u001b[39;49;00m\u001b[43m)\u001b[49m\n\u001b[1;32m 2\u001b[0m df\n",
+ "File \u001b[0;32m~/Documents/VIMSS/ontology/LLMs/talisman-paper/venv/lib/python3.10/site-packages/pandas/io/parsers/readers.py:948\u001b[0m, in \u001b[0;36mread_csv\u001b[0;34m(filepath_or_buffer, sep, delimiter, header, names, index_col, usecols, dtype, engine, converters, true_values, false_values, skipinitialspace, skiprows, skipfooter, nrows, na_values, keep_default_na, na_filter, verbose, skip_blank_lines, parse_dates, infer_datetime_format, keep_date_col, date_parser, date_format, dayfirst, cache_dates, iterator, chunksize, compression, thousands, decimal, lineterminator, quotechar, quoting, doublequote, escapechar, comment, encoding, encoding_errors, dialect, on_bad_lines, delim_whitespace, low_memory, memory_map, float_precision, storage_options, dtype_backend)\u001b[0m\n\u001b[1;32m 935\u001b[0m kwds_defaults \u001b[38;5;241m=\u001b[39m _refine_defaults_read(\n\u001b[1;32m 936\u001b[0m dialect,\n\u001b[1;32m 937\u001b[0m delimiter,\n\u001b[0;32m (...)\u001b[0m\n\u001b[1;32m 944\u001b[0m dtype_backend\u001b[38;5;241m=\u001b[39mdtype_backend,\n\u001b[1;32m 945\u001b[0m )\n\u001b[1;32m 946\u001b[0m kwds\u001b[38;5;241m.\u001b[39mupdate(kwds_defaults)\n\u001b[0;32m--> 948\u001b[0m \u001b[38;5;28;01mreturn\u001b[39;00m \u001b[43m_read\u001b[49m\u001b[43m(\u001b[49m\u001b[43mfilepath_or_buffer\u001b[49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[43mkwds\u001b[49m\u001b[43m)\u001b[49m\n",
+ "File \u001b[0;32m~/Documents/VIMSS/ontology/LLMs/talisman-paper/venv/lib/python3.10/site-packages/pandas/io/parsers/readers.py:617\u001b[0m, in \u001b[0;36m_read\u001b[0;34m(filepath_or_buffer, kwds)\u001b[0m\n\u001b[1;32m 614\u001b[0m \u001b[38;5;28;01mreturn\u001b[39;00m parser\n\u001b[1;32m 616\u001b[0m \u001b[38;5;28;01mwith\u001b[39;00m parser:\n\u001b[0;32m--> 617\u001b[0m \u001b[38;5;28;01mreturn\u001b[39;00m \u001b[43mparser\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mread\u001b[49m\u001b[43m(\u001b[49m\u001b[43mnrows\u001b[49m\u001b[43m)\u001b[49m\n",
+ "File \u001b[0;32m~/Documents/VIMSS/ontology/LLMs/talisman-paper/venv/lib/python3.10/site-packages/pandas/io/parsers/readers.py:1748\u001b[0m, in \u001b[0;36mTextFileReader.read\u001b[0;34m(self, nrows)\u001b[0m\n\u001b[1;32m 1741\u001b[0m nrows \u001b[38;5;241m=\u001b[39m validate_integer(\u001b[38;5;124m\"\u001b[39m\u001b[38;5;124mnrows\u001b[39m\u001b[38;5;124m\"\u001b[39m, nrows)\n\u001b[1;32m 1742\u001b[0m \u001b[38;5;28;01mtry\u001b[39;00m:\n\u001b[1;32m 1743\u001b[0m \u001b[38;5;66;03m# error: \"ParserBase\" has no attribute \"read\"\u001b[39;00m\n\u001b[1;32m 1744\u001b[0m (\n\u001b[1;32m 1745\u001b[0m index,\n\u001b[1;32m 1746\u001b[0m columns,\n\u001b[1;32m 1747\u001b[0m col_dict,\n\u001b[0;32m-> 1748\u001b[0m ) \u001b[38;5;241m=\u001b[39m \u001b[38;5;28;43mself\u001b[39;49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43m_engine\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mread\u001b[49m\u001b[43m(\u001b[49m\u001b[43m \u001b[49m\u001b[38;5;66;43;03m# type: ignore[attr-defined]\u001b[39;49;00m\n\u001b[1;32m 1749\u001b[0m \u001b[43m \u001b[49m\u001b[43mnrows\u001b[49m\n\u001b[1;32m 1750\u001b[0m \u001b[43m \u001b[49m\u001b[43m)\u001b[49m\n\u001b[1;32m 1751\u001b[0m \u001b[38;5;28;01mexcept\u001b[39;00m \u001b[38;5;167;01mException\u001b[39;00m:\n\u001b[1;32m 1752\u001b[0m \u001b[38;5;28mself\u001b[39m\u001b[38;5;241m.\u001b[39mclose()\n",
+ "File \u001b[0;32m~/Documents/VIMSS/ontology/LLMs/talisman-paper/venv/lib/python3.10/site-packages/pandas/io/parsers/c_parser_wrapper.py:239\u001b[0m, in \u001b[0;36mCParserWrapper.read\u001b[0;34m(self, nrows)\u001b[0m\n\u001b[1;32m 236\u001b[0m data \u001b[38;5;241m=\u001b[39m _concatenate_chunks(chunks)\n\u001b[1;32m 238\u001b[0m \u001b[38;5;28;01melse\u001b[39;00m:\n\u001b[0;32m--> 239\u001b[0m data \u001b[38;5;241m=\u001b[39m \u001b[38;5;28;43mself\u001b[39;49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43m_reader\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mread\u001b[49m\u001b[43m(\u001b[49m\u001b[43mnrows\u001b[49m\u001b[43m)\u001b[49m\n\u001b[1;32m 240\u001b[0m \u001b[38;5;28;01mexcept\u001b[39;00m \u001b[38;5;167;01mStopIteration\u001b[39;00m:\n\u001b[1;32m 241\u001b[0m \u001b[38;5;28;01mif\u001b[39;00m \u001b[38;5;28mself\u001b[39m\u001b[38;5;241m.\u001b[39m_first_chunk:\n",
+ "File \u001b[0;32mparsers.pyx:825\u001b[0m, in \u001b[0;36mpandas._libs.parsers.TextReader.read\u001b[0;34m()\u001b[0m\n",
+ "File \u001b[0;32mparsers.pyx:913\u001b[0m, in \u001b[0;36mpandas._libs.parsers.TextReader._read_rows\u001b[0;34m()\u001b[0m\n",
+ "File \u001b[0;32mparsers.pyx:890\u001b[0m, in \u001b[0;36mpandas._libs.parsers.TextReader._check_tokenize_status\u001b[0;34m()\u001b[0m\n",
+ "File \u001b[0;32mparsers.pyx:2058\u001b[0m, in \u001b[0;36mpandas._libs.parsers.raise_parser_error\u001b[0;34m()\u001b[0m\n",
+ "\u001b[0;31mParserError\u001b[0m: Error tokenizing data. C error: Expected 23 fields in line 302, saw 31\n"
+ ]
+ }
+ ],
+ "source": [
+ "df = pd.read_csv('results/processed_1234567891011121314151617181920212223.tsv', sep='\\t', header=0, low_memory=False)\n",
+ "df"
+ ]
+ },
+ {
+ "cell_type": "code",
+ "execution_count": 49,
+ "id": "87b881ca-c5a1-4e39-85ab-d3c5ba53b8d3",
"metadata": {},
"outputs": [
{
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99360 rows × 31 columns
\n",
""
],
"text/plain": [
- " cutoff source model method true_positives false_positives \\\n",
- "0 0.005 GO 3.0 gpt 5156 13022 \n",
- "1 0.005 GO 3.5 gpt 6635 5122 \n",
- "2 0.005 GO 4.0 gpt 10300 8481 \n",
- "3 0.005 NONE 3.0 gpt 4891 5747 \n",
- "4 0.005 NONE 3.5 gpt 9943 6501 \n",
- "5 0.005 NONE 4.0 gpt 9237 6648 \n",
- "6 0.005 RefSeq 3.0 gpt 5268 7690 \n",
- "7 0.005 RefSeq 3.5 gpt 8506 5211 \n",
- "8 0.005 RefSeq 4.0 gpt 7839 6509 \n",
- "9 0.050 GO 3.0 gpt 6067 13229 \n",
- "10 0.050 GO 3.5 gpt 7574 5380 \n",
- "11 0.050 GO 4.0 gpt 11909 8563 \n",
- "12 0.050 NONE 3.0 gpt 5802 6093 \n",
- "13 0.050 NONE 3.5 gpt 11194 6696 \n",
- "14 0.050 NONE 4.0 gpt 10618 6813 \n",
- "15 0.050 RefSeq 3.0 gpt 6178 8013 \n",
- "16 0.050 RefSeq 3.5 gpt 9595 5449 \n",
- "17 0.050 RefSeq 4.0 gpt 9029 6711 \n",
- "18 99.000 GO 3.0 gpt 22975 10500 \n",
- "19 99.000 GO 3.5 gpt 19919 4342 \n",
- "20 99.000 GO 4.0 gpt 39629 7078 \n",
- "21 99.000 NONE 3.0 gpt 25205 4692 \n",
- "22 99.000 NONE 3.5 gpt 27733 5584 \n",
- "23 99.000 NONE 4.0 gpt 31501 5619 \n",
- "24 99.000 RefSeq 3.0 gpt 28861 6309 \n",
- "25 99.000 RefSeq 3.5 gpt 25218 4437 \n",
- "26 99.000 RefSeq 4.0 gpt 27211 5430 \n",
+ " go_term_ids \\\n",
+ "0 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "1 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "2 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "3 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "4 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "... ... \n",
+ "99355 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "99356 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "99357 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "99358 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "99359 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "\n",
+ " name cutoff closure top_n source model \\\n",
+ "0 glycolysis-gocam-0-0.005 0.005 False 1 NONE 4.0 \n",
+ "1 glycolysis-gocam-0-0.005 0.005 False 5 NONE 4.0 \n",
+ "2 glycolysis-gocam-0-0.005 0.005 False 10 NONE 4.0 \n",
+ "3 glycolysis-gocam-0-0.005 0.005 False 25 NONE 4.0 \n",
+ "4 glycolysis-gocam-0-0.005 0.005 False 5000 NONE 4.0 \n",
+ "... ... ... ... ... ... ... \n",
+ "99355 HALLMARK_MTORC1_SIGNALING-1-99 99.000 True 1 NaN NaN \n",
+ "99356 HALLMARK_MTORC1_SIGNALING-1-99 99.000 True 5 NaN NaN \n",
+ "99357 HALLMARK_MTORC1_SIGNALING-1-99 99.000 True 10 NaN NaN \n",
+ "99358 HALLMARK_MTORC1_SIGNALING-1-99 99.000 True 25 NaN NaN \n",
+ "99359 HALLMARK_MTORC1_SIGNALING-1-99 99.000 True 5000 NaN NaN \n",
+ "\n",
+ " method method_desc run ... \\\n",
+ "0 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "1 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "2 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "3 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "4 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "... ... ... ... ... \n",
+ "99355 NaN NaN closure ... \n",
+ "99356 NaN NaN closure ... \n",
+ "99357 NaN NaN closure ... \n",
+ "99358 NaN NaN closure ... \n",
+ "99359 NaN NaN closure ... \n",
+ "\n",
+ " true_positive_terms \\\n",
+ "0 GO:0006096 \n",
+ "1 GO:0006096 \n",
+ "2 GO:0006096 \n",
+ "3 GO:0006096|GO:0006006 \n",
+ "4 GO:0006096|GO:0006006 \n",
+ "... ... \n",
+ "99355 GO:0044283 \n",
+ "99356 GO:0044283|GO:0005737|GO:0019752|GO:0036094|GO... \n",
+ "99357 GO:0044283|GO:0005737|GO:0019752|GO:0036094|GO... \n",
+ "99358 GO:0044283|GO:0005737|GO:0019752|GO:0036094|GO... \n",
+ "99359 GO:0044283|GO:0005737|GO:0019752|GO:0036094|GO... \n",
+ "\n",
+ " false_positive_terms \\\n",
+ "0 NaN \n",
+ "1 GO:0006006 \n",
+ "2 GO:0006006 \n",
+ "3 NaN \n",
+ "4 NaN \n",
+ "... ... \n",
+ "99355 NaN \n",
+ "99356 GO:0008525|GO:0009749|GO:0019899|GO:0050709|GO... \n",
+ "99357 GO:0008525|GO:0009749|GO:0019899|GO:0050709|GO... \n",
+ "99358 GO:0008525|GO:0019899|GO:0050709|GO:0035094|GO... \n",
+ "99359 NaN \n",
+ "\n",
+ " false_negative_terms_example20 unparsed_terms \\\n",
+ "0 NaN NaN \n",
+ "1 GO:0006090|GO:001605 energy production|atp generation \n",
+ "2 GO:0006090|GO:001605 energy production|atp generation \n",
+ "3 GO:0006090|GO:001605 energy production|atp generation \n",
+ "4 GO:0006090|GO:001605 energy production|atp generation \n",
+ "... ... ... \n",
+ "99355 NaN NaN \n",
+ "99356 NaN NaN \n",
+ "99357 NaN NaN \n",
+ "99358 NaN NaN \n",
+ "99359 NaN NaN \n",
"\n",
- " false_negatives precision recall f1_score \n",
- "0 95620 0.283640 0.051163 0.086689 \n",
- "1 94141 0.564345 0.065839 0.117921 \n",
- "2 90476 0.548427 0.102207 0.172303 \n",
- "3 95885 0.459767 0.048533 0.087799 \n",
- "4 90833 0.604658 0.098664 0.169647 \n",
- "5 91539 0.581492 0.091659 0.158356 \n",
- "6 95508 0.406544 0.052274 0.092637 \n",
- "7 92270 0.620106 0.084405 0.148586 \n",
- "8 92937 0.546348 0.077786 0.136184 \n",
- "9 119291 0.314417 0.048397 0.083883 \n",
- "10 117784 0.584684 0.060419 0.109521 \n",
- "11 113449 0.581721 0.095000 0.163327 \n",
- "12 119556 0.487768 0.046283 0.084545 \n",
- "13 114164 0.625713 0.089296 0.156288 \n",
- "14 114740 0.609145 0.084701 0.148723 \n",
- "15 119180 0.435346 0.049283 0.088542 \n",
- "16 115763 0.637796 0.076541 0.136679 \n",
- "17 116329 0.573634 0.072026 0.127982 \n",
- "18 1287435 0.686333 0.017533 0.034192 \n",
- "19 1290491 0.821030 0.015201 0.029849 \n",
- "20 1270781 0.848460 0.030242 0.058402 \n",
- "21 1285205 0.843061 0.019234 0.037611 \n",
- "22 1282677 0.832398 0.021164 0.041278 \n",
- "23 1278909 0.848626 0.024039 0.046754 \n",
- "24 1281549 0.820614 0.022024 0.042897 \n",
- "25 1285192 0.850379 0.019244 0.037637 \n",
- "26 1283199 0.833645 0.020765 0.040521 "
+ " gene_set_size precision recall recall_general recall_specific \\\n",
+ "0 10 1.000000 1.000000 1.00 1.000000 \n",
+ "1 10 0.500000 0.200000 1.00 0.200000 \n",
+ "2 10 0.500000 0.100000 0.20 0.200000 \n",
+ "3 10 1.000000 0.080000 0.25 0.153846 \n",
+ "4 10 1.000000 0.051282 0.25 0.142857 \n",
+ "... ... ... ... ... ... \n",
+ "99355 180 1.000000 1.000000 1.00 1.000000 \n",
+ "99356 180 0.000794 1.000000 1.00 1.000000 \n",
+ "99357 180 0.001720 1.000000 1.00 1.000000 \n",
+ "99358 180 0.004761 1.000000 1.00 1.000000 \n",
+ "99359 180 1.000000 1.000000 1.00 1.000000 \n",
+ "\n",
+ " f1_score \n",
+ "0 1.000000 \n",
+ "1 0.285714 \n",
+ "2 0.166667 \n",
+ "3 0.148148 \n",
+ "4 0.097561 \n",
+ "... ... \n",
+ "99355 1.000000 \n",
+ "99356 0.001587 \n",
+ "99357 0.003434 \n",
+ "99358 0.009477 \n",
+ "99359 1.000000 \n",
+ "\n",
+ "[99360 rows x 31 columns]"
]
},
- "execution_count": 69,
+ "execution_count": 49,
"metadata": {},
"output_type": "execute_result"
}
],
"source": [
- "grouped_data_cutoff_combination = df.groupby(['cutoff', 'source', 'model', 'method'])[['true_positives', 'false_positives', 'false_negatives']].sum().reset_index()\n",
- "\n",
- "# Calculate precision, recall, and F1-score for each group\n",
- "grouped_data_cutoff_combination['precision'] = grouped_data_cutoff_combination['true_positives'] / (grouped_data_cutoff_combination['true_positives'] + grouped_data_cutoff_combination['false_positives'])\n",
- "grouped_data_cutoff_combination['recall'] = grouped_data_cutoff_combination['true_positives'] / (grouped_data_cutoff_combination['true_positives'] + grouped_data_cutoff_combination['false_negatives'])\n",
- "grouped_data_cutoff_combination['f1_score'] = 2 * ((grouped_data_cutoff_combination['precision'] * grouped_data_cutoff_combination['recall']) / (grouped_data_cutoff_combination['precision'] + grouped_data_cutoff_combination['recall']))\n",
- "grouped_data_cutoff_combination"
+ "df = pd.read_csv('results/processed.tsv', sep='\\t', header=0, low_memory=False)\n",
+ "df"
]
},
{
"cell_type": "code",
- "execution_count": 70,
- "id": "22e41212-1a73-4072-8f7b-e2747c953a4c",
+ "execution_count": 41,
+ "id": "2a9308c1",
"metadata": {},
"outputs": [
{
- "name": "stderr",
+ "name": "stdout",
"output_type": "stream",
"text": [
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ "{'GO:0016569', 'BFO:0000015', 'GO:0003677', 'GO:0003676', 'GO:0032502', 'BFO:0000003', 'GO:0008150', 'GO:0097159', 'GO:0042592', 'GO:0003674', 'GO:0005488', 'GO:1901363'}\n"
+ ]
+ }
+ ],
+ "source": [
+ "print(df.iloc[45561,0])"
+ ]
+ },
+ {
+ "cell_type": "code",
+ "execution_count": 9,
+ "id": "d0079859",
+ "metadata": {},
+ "outputs": [
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ " go_term_ids \\\n",
+ "99358 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "99359 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ " name cutoff closure top_n source model \\\n",
+ "99358 HALLMARK_MTORC1_SIGNALING-1-99 99.0 True 25 NaN NaN \n",
+ "99359 HALLMARK_MTORC1_SIGNALING-1-99 99.0 True 5000 NaN NaN \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ " method method_desc run ... \\\n",
+ "99358 NaN NaN closure ... \n",
+ "99359 NaN NaN closure ... \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ " true_positive_terms \\\n",
+ "99358 GO:0044283|GO:0005737|GO:0019752|GO:0036094|GO... \n",
+ "99359 GO:0044283|GO:0005737|GO:0019752|GO:0036094|GO... \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ " false_positive_terms \\\n",
+ "99358 GO:0008525|GO:0019899|GO:0050709|GO:0035094|GO... \n",
+ "99359 NaN \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ " false_negative_terms_example20 unparsed_terms gene_set_size \\\n",
+ "99358 NaN NaN 180 \n",
+ "99359 NaN NaN 180 \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ " precision recall recall_general recall_specific f1_score \n",
+ "99358 0.004761 1.0 1.0 1.0 0.009477 \n",
+ "99359 1.000000 1.0 1.0 1.0 1.000000 \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ "[2 rows x 31 columns]\n"
+ ]
+ }
+ ],
+ "source": [
+ "print(df.tail(2))"
+ ]
+ },
+ {
+ "cell_type": "code",
+ "execution_count": 42,
+ "id": "70d710c1",
+ "metadata": {},
+ "outputs": [
+ {
+ "name": "stdout",
+ "output_type": "stream",
+ "text": [
+ " go_term_ids \\\n",
+ "0 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "1 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "2 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "3 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "4 {'BFO:0000015', 'GO:0032787', 'GO:0043436', 'G... \n",
+ "... ... \n",
+ "99355 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "99356 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "99357 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "99358 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
+ "99359 {'GO:0051348', 'GO:0005976', 'GO:0035524', 'GO... \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ " name cutoff closure top_n source model \\\n",
+ "0 glycolysis-gocam-0-0.005 0.005 False 1 NONE 4.0 \n",
+ "1 glycolysis-gocam-0-0.005 0.005 False 5 NONE 4.0 \n",
+ "2 glycolysis-gocam-0-0.005 0.005 False 10 NONE 4.0 \n",
+ "3 glycolysis-gocam-0-0.005 0.005 False 25 NONE 4.0 \n",
+ "4 glycolysis-gocam-0-0.005 0.005 False 5000 NONE 4.0 \n",
+ "... ... ... ... ... ... ... \n",
+ "99355 HALLMARK_MTORC1_SIGNALING-1-99 99.000 True 1 NaN NaN \n",
+ "99356 HALLMARK_MTORC1_SIGNALING-1-99 99.000 True 5 NaN NaN \n",
+ "99357 HALLMARK_MTORC1_SIGNALING-1-99 99.000 True 10 NaN NaN \n",
+ "99358 HALLMARK_MTORC1_SIGNALING-1-99 99.000 True 25 NaN NaN \n",
+ "99359 HALLMARK_MTORC1_SIGNALING-1-99 99.000 True 5000 NaN NaN \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ " method method_desc run ... \\\n",
+ "0 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "1 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "2 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "3 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "4 gpt no_synopsis-4 gpt-4.no_synopsis.v1 ... \n",
+ "... ... ... ... ... \n",
+ "99355 NaN NaN closure ... \n",
+ "99356 NaN NaN closure ... \n",
+ "99357 NaN NaN closure ... \n",
+ "99358 NaN NaN closure ... \n",
+ "99359 NaN NaN closure ... \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ " true_positive_terms \\\n",
+ "0 GO:0006096 \n",
+ "1 GO:0006096 \n",
+ "2 GO:0006096 \n",
+ "3 GO:0006096|GO:0006006 \n",
+ "4 GO:0006096|GO:0006006 \n",
+ "... ... \n",
+ "99355 GO:0044283 \n",
+ "99356 GO:0044283|GO:0005737|GO:0019752|GO:0036094|GO... \n",
+ "99357 GO:0044283|GO:0005737|GO:0019752|GO:0036094|GO... \n",
+ "99358 GO:0044283|GO:0005737|GO:0019752|GO:0036094|GO... \n",
+ "99359 GO:0044283|GO:0005737|GO:0019752|GO:0036094|GO... \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ " false_positive_terms \\\n",
+ "0 NaN \n",
+ "1 GO:0006006 \n",
+ "2 GO:0006006 \n",
+ "3 NaN \n",
+ "4 NaN \n",
+ "... ... \n",
+ "99355 NaN \n",
+ "99356 GO:0008525|GO:0009749|GO:0019899|GO:0050709|GO... \n",
+ "99357 GO:0008525|GO:0009749|GO:0019899|GO:0050709|GO... \n",
+ "99358 GO:0008525|GO:0019899|GO:0050709|GO:0035094|GO... \n",
+ "99359 NaN \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ " false_negative_terms_example20 unparsed_terms \\\n",
+ "0 NaN NaN \n",
+ "1 GO:0006090|GO:001605 energy production|atp generation \n",
+ "2 GO:0006090|GO:001605 energy production|atp generation \n",
+ "3 GO:0006090|GO:001605 energy production|atp generation \n",
+ "4 GO:0006090|GO:001605 energy production|atp generation \n",
+ "... ... ... \n",
+ "99355 NaN NaN \n",
+ "99356 NaN NaN \n",
+ "99357 NaN NaN \n",
+ "99358 NaN NaN \n",
+ "99359 NaN NaN \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ " gene_set_size precision recall recall_general recall_specific \\\n",
+ "0 10 1.000000 1.000000 1.00 1.000000 \n",
+ "1 10 0.500000 0.200000 1.00 0.200000 \n",
+ "2 10 0.500000 0.100000 0.20 0.200000 \n",
+ "3 10 1.000000 0.080000 0.25 0.153846 \n",
+ "4 10 1.000000 0.051282 0.25 0.142857 \n",
+ "... ... ... ... ... ... \n",
+ "99355 180 1.000000 1.000000 1.00 1.000000 \n",
+ "99356 180 0.000794 1.000000 1.00 1.000000 \n",
+ "99357 180 0.001720 1.000000 1.00 1.000000 \n",
+ "99358 180 0.004761 1.000000 1.00 1.000000 \n",
+ "99359 180 1.000000 1.000000 1.00 1.000000 \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
+ " f1_score \n",
+ "0 1.000000 \n",
+ "1 0.285714 \n",
+ "2 0.166667 \n",
+ "3 0.148148 \n",
+ "4 0.097561 \n",
+ "... ... \n",
+ "99355 1.000000 \n",
+ "99356 0.001587 \n",
+ "99357 0.003434 \n",
+ "99358 0.009477 \n",
+ "99359 1.000000 \n",
"\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:52: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label'] = data_combination['source'] + '-' + data_combination['model'].astype(str) + '-' + data_combination['method']\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:55: SettingWithCopyWarning: \n",
- "A value is trying to be set on a copy of a slice from a DataFrame.\n",
- "Try using .loc[row_indexer,col_indexer] = value instead\n",
- "\n",
- "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
- " data_combination['label_order'] = data_combination['label'].apply(label_order)\n",
- "/var/folders/hx/svkm0dlj0bd9689lm21_7fyw0000gs/T/ipykernel_7257/2630182969.py:87: UserWarning: This figure includes Axes that are not compatible with tight_layout, so results might be incorrect.\n",
- " plt.tight_layout()\n"
+ "[99360 rows x 31 columns]\n"
]
- },
- {
- "data": {
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",
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