commit

test/json/1.json

@@ -1,5 +0,0 @@
-{
-  "id": "1",
-  "source": "https://doi.org/10.1021/acs.joc.0c03055",
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[1030.5526079310844, 429.956337975742, 27.720520901468717, 22.050414353441056]}, {\"id\": \"1-tab1-c64\", \"text\": \"\\\\textit{rac}\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1032.4426434470936, 457.6768588772107, 26.460497224129313, 17.010319644083097]}, {\"id\": \"1-tab1-c65\", \"text\": \"\\\\textit{rac}\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1032.4426434470936, 480.9872969079912, 28.98054457880812, 16.380307805413338]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aStandard reaction conditions:NCS or PhICl_2 (0.15 mmol) was added to a mixture of of 1(0.1 mmol),PhCOOH(20 mol%),and amine catalyst(20 mol%) in DCM (2 mL) and stirred at rt for 1 day.DBU (1.5 equiv.)was then added,and the reaction mixture was stirred at rt for an additional 4 h to effect elimination of HCl.bDetermined by ^{31}P NMR spectroscopy.cEnantiomeric excess determined for the crude reaction mixture by CSP-HPLC.\", \"id\": \"1.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many molecular diagrams of benzene rings are there in the table?\", \"answer\": \"There are 0 benzene rings in total.\", \"id\": \"1.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"In the table shown, what is the CI-source corresponding to no. 7?\", \"answer\": \"PhICl2\", \"id\": \"1.png\", \"unable_to_answer\": false, \"hop\": 2, \"type\": \"multihop_retrieval\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"11 rows × 6 columns\", \"id\": \"1.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 1 and column 5 in the picture?\", \"answer\": \"yield 4a,c[%]b\", \"id\": \"1.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the content of the cell at row 15 and column 8 in the picture?\", \"answer\": \"Unable to answer\", \"id\": \"1.png\", \"unable_to_answer\": true, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"yield 4a,c[%]b\\\" in the picture?\", \"answer\": \"Row 1, Column 5\", \"id\": \"1.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the position of the cell with value \\\"1\\\" in the picture?\", \"answer\": \"No answer\", \"id\": \"1.png\", \"unable_to_answer\": true, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Synthesis of Phosphinenones 4a,4c via Organocatalytic Enantioselective α-Chlorination of 1a,1ca\", \"id\": \"1.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/10.json

@@ -1,5 +0,0 @@
-{
-  "id": "10",
-  "source": "https://doi.org/10.1021/acs.orglett.4c03602",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"2\", \"text\": \"Yields for the Ring Closure of the Sulfur and Nitrogen Analogues and Dual Cyclization Reaction at 25 and 50℃\\\\color{blue}{\\\\refmark{a}}\", \"bbox\": [9, 19, 656, 97]}], \"annotations\": [{\"text\": \"\\\\mark{a}A total of 1 equiv of compound \\\\textbf{\\\\refiden{1a}},1 equiv of compound \\\\textbf{\\\\refiden{5}},0.025 equiv of Pd(OAc)_2, 0.75 equiv of Ag_2O, and 1.5 equiv of 2-nitrobenzoic acid were used.The yield was determined by ^1H NMR using hexamethylbenzene as an internal standard. \\\\mark{b}At room temperature.\\\\mark{c}At 50℃.\", \"bbox\": [6, 323, 678, 146]}], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"10-tab1\", \"text\": \"\", \"bbox\": [14, 129, 667, 194], \"data\": [{\"id\": \"10-tab1-c1\", \"text\": \"entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [40.0168571472168, 137.5004425048828, 57.14285659790039, 26.93878173828125]}, {\"id\": \"10-tab1-c2\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [57.976042590949405, 170.96983141082518, 26.122448979591823, 24.48979591836735]}, {\"id\": \"10-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [57.15971606033716, 201.17391304347822, 25.30612244897958, 25.306122448979607]}, {\"id\": \"10-tab1-c4\", \"text\": \"3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [55.52705764770508, 232.19432067871094, 26.938777923583984, 24.48976707458496]}, {\"id\": \"10-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [54.71073646850042, 262.39840283939657, 27.75510204081632, 23.67346938775512]}, {\"id\": \"10-tab1-c6\", \"text\": \"5\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [54.71073646850042, 292.60248447204964, 27.75510204081632, 24.48979591836735]}, {\"id\": \"10-tab1-c7\", \"text\": \"compound\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [197.56788635253906, 135.86778259277344, 100.40815734863281, 27.755109786987305]}, {\"id\": \"10-tab1-c8\", \"text\": \"\\\\textbf{refiden{6a}}:X=S\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [167.36380004882812, 175.0514678955078, 97.14285278320312, 22.85712432861328]}, {\"id\": \"10-tab1-c9\", \"text\": \"\\\\textbf{refiden{6b}}:X=N-Ac\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [165.7311446317657, 201.17391304347822, 142.85714285714278, 26.122448979591866]}, {\"id\": \"10-tab1-c10\", \"text\": \"\\\\textbf{refiden{6c}}:X=N-AcPh\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [164.91481810115343, 232.19432120674355, 164.08163265306118, 27.755102040816325]}, {\"id\": \"10-tab1-c11\", \"text\": \"\\\\textbf{refiden{6d}}:X=N-Ms\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [163.28216552734375, 263.2147216796875, 148.57142639160156, 24.48980712890625]}, {\"id\": \"10-tab1-c12\", \"text\": \"\\\\textbf{refiden{6e}}:X=N-Ts\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [162.4658385093167, 293.41881100266187, 145.30612244897952, 25.30612244897958]}, {\"id\": \"10-tab1-c13\", \"text\": \"yield(%)\\\\color{blue}{\\\\refmark{b}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [395.93522626441865, 130.9698314108252, 102.85714285714283, 39.99999999999997]}, {\"id\": \"10-tab1-c14\", \"text\": \"trace\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [422.05767524401045, 174.23513753327416, 55.51020408163265, 23.67346938775509]}, {\"id\": \"10-tab1-c15\", \"text\": \"0\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [438.38420585625533, 201.17391304347822, 34.28571428571428, 24.489795918367378]}, {\"id\": \"10-tab1-c16\", \"text\": \"0\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [440.8331854480921, 232.19432120674355, 28.571428571428555, 23.67346938775509]}, {\"id\": \"10-tab1-c17\", \"text\": \"90\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [430.2209405501329, 262.39840283939657, 36.734693877551024, 23.67346938775512]}, {\"id\": \"10-tab1-c18\", \"text\": \"66\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [431.03726708074515, 294.23513753327416, 38.36734693877548, 23.673469387755063]}, {\"id\": \"10-tab1-c19\", \"text\": \"yield(%)\\\\color{blue}{\\\\refmark{c}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [561.6495361328125, 134.23513793945312, 100.40814208984375, 34.28570556640625]}, {\"id\": \"10-tab1-c20\", \"text\": \"9\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [601.6495119787044, 174.23513753327416, 30.204081632653015, 24.48979591836735]}, {\"id\": \"10-tab1-c21\", \"text\": \"0\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [603.2821650399287, 202.8065661047027, 26.122448979591923, 25.306122448979607]}, {\"id\": \"10-tab1-c22\", \"text\": \"0\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [604.9148181011533, 233.01064773735578, 24.48979591836735, 24.48979591836735]}, {\"id\": \"10-tab1-c23\", \"text\": \"99\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [596.7515527950308, 263.21472937000885, 31.0204081632653, 24.489795918367292]}, {\"id\": \"10-tab1-c24\", \"text\": \"99\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [594.302573203194, 293.41881100266187, 34.285714285714334, 26.122448979591866]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aA total of 1 equiv of compound 1a,1 equiv of compound 5,0.025 equiv of Pd(OAc)_2, 0.75 equiv of Ag_2O, and 1.5 equiv of 2-nitrobenzoic acid were used.The yield was determined by ^1H NMR using hexamethylbenzene as an internal standard. bAt room temperature.cAt 50℃.\", \"id\": \"10.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"Which compound shows a yield of 9% at 50 °C?\", \"answer\": \"6a: X = S\", \"id\": \"10.png\", \"unable_to_answer\": false, \"type\": \"function_based\"}, {\"question\": \"In the table shown in the figure, which entry corresponds to a yield of 'trace'?\", \"answer\": \"1\", \"id\": \"10.png\", \"unable_to_answer\": false, \"hop\": 2, \"type\": \"multihop_retrieval\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"6 rows × 4 columns\", \"id\": \"10.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 2 and column 2 in the picture?\", \"answer\": \"refiden{6a}:X=S\", \"id\": \"10.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the content of the cell at row 7 and column 9 in the picture?\", \"answer\": \"Unable to answer\", \"id\": \"10.png\", \"unable_to_answer\": true, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"refiden{6a}:X=S\\\" in the picture?\", \"answer\": \"Row 2, Column 2\", \"id\": \"10.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the position of the cell with value \\\"2.4995(9)\\\" in the picture?\", \"answer\": \"No answer\", \"id\": \"10.png\", \"unable_to_answer\": true, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Yields for the Ring Closure of the Sulfur and Nitrogen Analogues and Dual Cyclization Reaction at 25 and 50℃a\", \"id\": \"10.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"What conditions are required for the yield of b to be the highest?\", \"answer\": \"6d: X = N - M_s\", \"id\": \"10.png\", \"unable_to_answer\": false, \"aspect\": \"yield2cond\", \"type\": \"yield_and_conditions\"}]}"
-}

test/json/100.json

@@ -1,5 +0,0 @@
-{
-  "id": "100",
-  "source": "https://doi.org/10.1021/jacs.4c13538",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"1\", \"text\": \"Reaction Development\", \"bbox\": [3.666766712944384, 10.755638659302315, 265.82237724711575, 30.45881405956534]}], \"annotations\": [{\"text\": \"\\\\mark{a}Reactions conducted with eletrophile \\\\textbf{\\\\refiden{la}} (0.025 mmol), olefin \\\\textbf{\\\\refiden{2a}}, and (\\\\textit{S,S})-IDPi catalyst (5 mol %) in CHCl_3 (0.3 M). \\\\mark{b}Determined by ^1H NMR analysis. \\\\mark{c}Using 1 mol % catalyst loading. \\\\mark{d}Performed on 5 mmol scale. \\\\mark{e}Using 0.5 mol % catalyst loading.\", \"bbox\": [3.280750166031344, 679.9431718668503, 490.66471610130765, 85.86632531772887]}], \"reactions\": [{\"id\": \"100-rea1\", \"reactants\": [{\"id\": \"100-rea1-rea-sub1\", \"text\": \"\\\\iden{1a}\", \"maps\": [{\"identifier\": \"1a\", \"smiles\": \"[#smiles#]OCNC(=O)OC(C)(C)C[#smiles#]\"}], \"bbox\": [5.755802826866667, 73.80851305586707, 99.72406859185604, 73.20784226107351]}, {\"id\": \"100-rea1-rea-sub2\", \"text\": \"\\\\iden{2a}(equiv.)\", \"maps\": [{\"identifier\": \"2a\", \"smiles\": \"[#smiles#]C1(C=CC=CC=1)C=C[#smiles#]\"}], \"bbox\": [143.0777712120534, 87.41950562694453, 74.3607216667597, 60.52616879852535]}], \"conditions\": [{\"id\": \"100-rea1-con1\", \"text\": \"IDPi(5 mol %)\", \"maps\": [], \"bbox\": [247.28403831812494, 69.19699543312228, 99.72406859185605, 24.21046751941013]}, {\"id\": \"100-rea1-con2\", \"text\": \"CHCl_3.T(℃）\", \"maps\": [], \"bbox\": [252.47199564371283, 100.3247393866496, 92.23035245489575, 26.51622633078253]}], \"products\": [{\"id\": \"100-rea1-pro-sub1\", \"text\": \"\\\\iden{3a}\", \"maps\": [{\"identifier\": \"3a\", \"smiles\": \"[#smiles#]O=C1OC(CCN1)C1C=CC=CC=1[#smiles#]\"}], \"bbox\": [387.35888610899786, 42.10432939949665, 97.41830978048364, 100.87694799754225]}], \"text\": \"\", \"bbox\": [6.521768569946289, 41.18962478637695, 480.93202781677246, 109.4979019165039]}], \"substances\": [], \"tables\": [{\"id\": \"100-tab1\", \"text\": \"\", \"bbox\": [3.8008463382720947, 453.2049865722656, 482.03560996055603, 225.60728454589844], \"data\": [{\"id\": \"100-tab1-c1\", \"text\": \"entry\\\\color{blue}{\\\\refmark{a}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [13.66346760949097, 455.67064012977215, 44.38179428981004, 20.958069525743667]}, {\"id\": \"100-tab1-c2\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [21.06043332445931, 483.4092615609035, 14.793931429936677, 14.177517620355957]}, {\"id\": \"100-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [21.06043332445931, 503.7509172770664, 13.561103810775286, 17.25958666825943]}, {\"id\": \"100-tab1-c4\", \"text\": \"3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [19.82760570529792, 525.3254006123907, 16.026759049098068, 19.725241906582255]}, {\"id\": \"100-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [18.594778086136532, 549.3655391860378, 16.026759049098064, 16.64317285867878]}, {\"id\": \"100-tab1-c6\", \"text\": \"5\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [19.82760570529792, 569.0907810926201, 16.643172858678767, 18.492414287420843]}, {\"id\": \"100-tab1-c7\", \"text\": \"6\\\\color{blue}{\\\\refmark{c}}\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [20.444019317626953, 590.048828125, 19.10882568359375, 19.72528076171875]}, {\"id\": \"100-tab1-c8\", \"text\": \"7\\\\color{blue}{\\\\refmark{c}}\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [20.444019514878615, 613.4725753824301, 19.725241906582237, 19.108828097001606]}, {\"id\": \"100-tab1-c9\", \"text\": \"8\\\\color{blue}{\\\\refmark{c}}\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [22.2932609436207, 632.5814034794317, 18.49241428742085, 19.108828097001492]}, {\"id\": \"100-tab1-c10\", \"text\": \"9\\\\color{blue}{\\\\refmark{d}, \\\\refmark{e}}\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [20.444019514878615, 654.1558868147561, 30.204276669454057, 21.574483335324317]}, {\"id\": \"100-tab1-c11\", \"text\": \"IDPi\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [85.16746952085158, 454.4378125106108, 33.902759526938226, 19.725241906582255]}, {\"id\": \"100-tab1-c12\", \"text\": \"\\\\textbf{\\\\refiden{4a}}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [93.18084904540062, 482.79284775132277, 18.492414287420843, 17.25958666825943]}, {\"id\": \"100-tab1-c13\", \"text\": \"\\\\textbf{\\\\refiden{5a}}\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [91.94802142623924, 504.3673310866471, 19.725241906582227, 17.876000477840137]}, {\"id\": \"100-tab1-c14\", \"text\": \"\\\\textbf{\\\\refiden{6a}}\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [91.33160761665853, 525.3254006123907, 22.190897144905023, 19.108828097001606]}, {\"id\": \"100-tab1-c15\", \"text\": \"\\\\textbf{\\\\refiden{6b}}\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [90.71519380707784, 546.2834701381344, 23.423724764066407, 19.108828097001492]}, {\"id\": \"100-tab1-c16\", \"text\": \"\\\\textbf{\\\\refiden{6b}}\", \"start_row\": \"6\", 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\"maps\": [], \"bbox\": [155.43864381305082, 613.4725753824301, 31.437104288615444, 18.492414287420843]}, {\"id\": \"100-tab1-c29\", \"text\": \"-25\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [154.20581619388943, 635.6634725273352, 34.51917333651892, 16.02675904909802]}, {\"id\": \"100-tab1-c30\", \"text\": \"-25\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [154.20581619388943, 656.6215420530788, 32.66993190777683, 19.725241906582255]}, {\"id\": \"100-tab1-c31\", \"text\": \"\\\\textbf{\\\\refiden{2a}} equiv.\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [224.47699048608865, 454.4378125106108, 64.10703619639224, 21.574483335324317]}, {\"id\": \"100-tab1-c32\", \"text\": \"20\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [244.20223239267088, 482.79284775132277, 21.574483335324345, 17.25958666825943]}, {\"id\": \"100-tab1-c33\", \"text\": \"20\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [243.5858185830902, 504.9837448962278, 22.80731095448573, 16.02675904909802]}, {\"id\": \"100-tab1-c34\", \"text\": \"20\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [246.66788763099368, 525.3254006123907, 20.341655716162904, 19.108828097001606]}, {\"id\": \"100-tab1-c35\", \"text\": \"20\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [245.43506001183226, 548.1327115668764, 22.190897144905023, 17.876000477840194]}, {\"id\": \"100-tab1-c36\", \"text\": \"10\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [246.66788763099368, 569.0907810926201, 20.341655716162904, 19.72524190658214]}, {\"id\": \"100-tab1-c37\", \"text\": \"10\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [246.05147382141297, 592.5145058566865, 22.190897144905023, 16.02675904909802]}, {\"id\": \"100-tab1-c38\", \"text\": \"10\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [247.28430144057435, 615.3218168111722, 18.49241428742087, 16.026759049098132]}, {\"id\": \"100-tab1-c39\", \"text\": \"5\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [252.21561191721992, 635.6634725273352, 14.793931429936663, 17.25958666825943]}, {\"id\": \"100-tab1-c40\", \"text\": \"10\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [246.66788763099368, 657.2379558626595, 20.95806952574361, 16.02675904909802]}, {\"id\": \"100-tab1-c41\", \"text\": \"yield (%)\\\\color{blue}{\\\\refmark{b}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [315.0898204944508, 452.5885710818687, 70.88758810177995, 24.04013857364714]}, {\"id\": \"100-tab1-c42\", \"text\": \"56\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [341.5956143064207, 482.17643394174206, 19.10882809700155, 18.492414287420843]}, {\"id\": \"100-tab1-c43\", \"text\": \"64\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [340.36278668725936, 504.9837448962278, 20.95806952574361, 17.87600047784008]}, {\"id\": \"100-tab1-c44\", \"text\": \"56\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [339.74637287767865, 527.1746420411328, 22.807310954485672, 16.026759049098132]}, {\"id\": \"100-tab1-c45\", \"text\": \"50\", \"start_row\": 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\"maps\": [], \"bbox\": [340.97920049684, 636.8963001464965, 20.958069525743667, 15.410345239517369]}, {\"id\": \"100-tab1-c50\", \"text\": \"62\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [340.36278668725936, 658.4707834818208, 20.95806952574361, 16.64317285867878]}, {\"id\": \"100-tab1-c51\", \"text\": \"er\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [437.7561686010091, 458.7527091776756, 20.34165571616296, 14.79393142993672]}, {\"id\": \"100-tab1-c52\", \"text\": \"68:32\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [429.1263752668794, 481.56002013216136, 41.91613905148728, 17.876000477840137]}, {\"id\": \"100-tab1-c53\", \"text\": \"72:18\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [429.7427890764601, 503.7509172770664, 40.683311432325866, 19.725241906582255]}, {\"id\": \"100-tab1-c54\", \"text\": \"82:18\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [430.3592028860408, 525.3254006123907, 40.683311432325866, 19.108828097001606]}, {\"id\": \"100-tab1-c55\", \"text\": \"93:7\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [429.1263752668794, 547.5162977572958, 39.45048381316451, 17.25958666825943]}, {\"id\": \"100-tab1-c56\", \"text\": \"97:3\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [430.3592028860408, 570.3236087117814, 33.286345717357506, 17.259586668259544]}, {\"id\": \"100-tab1-c57\", \"text\": \"97:3\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [428.5099614572987, 592.5145058566865, 36.98482857484174, 18.492414287420843]}, {\"id\": \"100-tab1-c58\", \"text\": \"93:7\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [427.27713383813733, 613.4725753824301, 34.51917333651892, 19.725241906582255]}, {\"id\": \"100-tab1-c59\", \"text\": \"97:3\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [427.89354764771804, 635.6634725273352, 41.299725241906515, 17.25958666825943]}, {\"id\": \"100-tab1-c60\", \"text\": \"96.5:3.5\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [418.03094482421875, 657.2379760742188, 57.94281005859375, 17.8759765625]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aReactions conducted with eletrophile la (0.025 mmol), olefin 2a, and (S,S)-IDPi catalyst (5 mol %) in CHCl_3 (0.3 M). bDetermined by ^1H NMR analysis. cUsing 1 mol % catalyst loading. dPerformed on 5 mmol scale. eUsing 0.5 mol % catalyst loading.\", \"id\": \"100.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many benzene rings are there in the diagram?\", \"answer\": \"13\", \"id\": \"100.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"In the table, what is the IDPi corresponding to the row where T is -25°C and the yield is 61?\", \"answer\": \"7b\", \"id\": \"100.png\", \"unable_to_answer\": false, \"hop\": 3, \"type\": \"multihop_retrieval\"}, {\"question\": \"Which entry has the highest yield (%) and what is its value?\", \"answer\": \"Entry 5 (IDPi 6b, T = -25°C, 2a equiv. = 10) has the highest yield of 75%.\", \"id\": \"100.png\", \"unable_to_answer\": false, \"category\": \"max\", \"type\": \"statistic\"}, {\"question\": \"What is the sum of all yield (%) values in the table?\", \"answer\": \"The sum of all yield (%) values is 56 + 64 + 56 + 50 + 75 + 73 + 61 + 51 + 62 = 548.\", \"id\": \"100.png\", \"unable_to_answer\": false, \"category\": \"sum\", \"type\": \"statistic\"}, {\"question\": \"What is the mean (average) yield (%) across all entries?\", \"answer\": \"The mean yield is 548 / 9 ≈ 60.89%.\", \"id\": \"100.png\", \"unable_to_answer\": false, \"category\": \"mean\", \"type\": \"statistic\"}, {\"question\": \"Compare the yield (%) of entry 2 (IDPi 5a, rt) and entry 5 (IDPi 6b, -25°C). Which is higher and by how much?\", \"answer\": \"Entry 5 has a higher yield (75%) compared to entry 2 (64%), with a difference of 11%.\", \"id\": \"100.png\", \"unable_to_answer\": false, \"category\": \"compare\", \"type\": \"statistic\"}, {\"question\": \"Compare the mean yield (%) for reactions conducted at room temperature (entries 1-4) versus those at -25°C (entries 5-9). Which temperature gives a higher average yield?\", \"answer\": \"Room temperature (entries 1-4): (56+64+56+50)/4 = 226/4 = 56.5%. At -25°C (entries 5-9): (75+73+61+51+62)/5 = 322/5 = 64.4%. Therefore, -25°C gives a higher average yield.\", \"id\": \"100.png\", \"unable_to_answer\": false, \"category\": \"compare\", \"type\": \"statistic\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"10 rows × 6 columns\", \"id\": \"100.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 8 and column 2 in the picture?\", \"answer\": \"7b\", \"id\": \"100.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the content of the cell at row 14 and column 8 in the picture?\", \"answer\": \"Unable to answer\", \"id\": \"100.png\", \"unable_to_answer\": true, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"7b\\\" in the picture?\", \"answer\": \"Row 8, Column 2\", \"id\": \"100.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the position of the cell with value \\\"1,4-dioxane\\\" in the picture?\", \"answer\": \"No answer\", \"id\": \"100.png\", \"unable_to_answer\": true, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Reaction Development\", \"id\": \"100.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"What is the temperature at which the yield is highest?\", \"answer\": \"-25\", \"id\": \"100.png\", \"unable_to_answer\": false, \"aspect\": \"cond2yield\", \"type\": \"yield_and_conditions\"}]}"
-}

test/json/1000.json

@@ -1,5 +0,0 @@
-{
-  "id": "1000",
-  "source": "https://doi.org/10.1021/cs500326e",
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46.36626445449974]}, {\"id\": \"1000-tab1-c6\", \"text\": \"\\\\textbf{[\\\\refiden{6}]^{#}}\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [75.21801717728958, 345.9444861639978, 76.44167923579688, 41.35369532428359]}, {\"id\": \"1000-tab1-c7\", \"text\": \"\\\\textbf{[\\\\refiden{7}]^{#}}\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [81.48372859005981, 389.80446605338943, 66.41654097536453, 45.11312217194575]}, {\"id\": \"1000-tab1-c8\", \"text\": \"\\\\textbf{[\\\\refiden{8}]^{#}}\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [76.47115945984363, 437.4238727904433, 75.18853695324283, 37.59426847662138]}, {\"id\": \"1000-tab1-c9\", \"text\": \"\\\\textbf{[\\\\refiden{9}]^{#}}\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [76.47115945984363, 477.52442583217277, 75.18853695324283, 43.859979889391695]}, {\"id\": \"1000-tab1-c10\", \"text\": \"\\\\textbf{[\\\\refiden{10}]^{#}}\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [75.21801717728958, 520.1312634390104, 88.97310206133737, 42.606837606837644]}, {\"id\": \"1000-tab1-c11\", \"text\": \"\\\\textbf{[\\\\refiden{11}]^{#}}\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [77.72430174239767, 565.2443856109561, 88.97310206133739, 42.606837606837644]}, {\"id\": \"1000-tab1-c12\", \"text\": \"\\\\textbf{[\\\\refiden{12}]^{#}}\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [77.72430174239767, 609.1043655003477, 87.71995977878333, 41.35369532428365]}, {\"id\": \"1000-tab1-c13\", \"text\": \"\\\\textbf{[\\\\refiden{13}]^{#}}\", \"start_row\": \"13\", \"end_row\": \"13\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [78.97744402495172, 652.9643453897394, 85.21367521367523, 42.606837606837644]}, {\"id\": \"1000-tab1-c14\", \"text\": \"∆G(kcal/mol)\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [397.2755837936798, 121.6320175868233, 206.76847662141785, 45.113122171945705]}, {\"id\": \"1000-tab1-c15\", \"text\": \"0.0\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [481.236116724801, 167.99828204132305, 51.37883358471589, 41.353695324283564]}, {\"id\": \"1000-tab1-c16\", \"text\": \"0.0\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [477.4766898771388, 219.377115626039, 55.13826043237805, 40.10055304172951]}, {\"id\": \"1000-tab1-c17\", \"text\": \"0.0\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [478.7298321596929, 265.74338008053877, 55.138260432378104, 32.58169934640523]}, {\"id\": \"1000-tab1-c18\", \"text\": \"20.6\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [464.94526705159836, 303.3376485571602, 63.91025641025641, 38.84741075917543]}, {\"id\": \"1000-tab1-c19\", \"text\": \"24.3\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [463.6921247690443, 348.4507707291059, 63.91025641025635, 36.341126194067385]}, {\"id\": \"1000-tab1-c20\", \"text\": \"26.5\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [461.1858402039362, 389.80446605338943, 68.92282554047256, 37.59426847662144]}, {\"id\": \"1000-tab1-c21\", \"text\": \"20.7\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [463.6921247690443, 431.158161377673, 62.65711412770236, 41.35369532428359]}, {\"id\": \"1000-tab1-c22\", \"text\": \"23.2\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [458.6795556388281, 478.7775681147268, 72.68225238813477, 38.84741075917543]}, {\"id\": \"1000-tab1-c23\", \"text\": \"26.6\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [463.6921247690443, 522.6375480041185, 67.66968325791856, 37.59426847662144]}, {\"id\": \"1000-tab1-c24\", \"text\": \"28.4\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [462.43898248649026, 563.9912433284021, 66.41654097536451, 41.353695324283535]}, {\"id\": \"1000-tab1-c25\", \"text\": \"34.1\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [461.1858402039362, 611.6106500654558, 67.66968325791856, 38.847410759175546]}, {\"id\": \"1000-tab1-c26\", \"text\": \"33.1\", \"start_row\": \"13\", \"end_row\": \"13\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [462.43898248649026, 657.9769145199556, 68.92282554047262, 33.83484162895934]}, {\"id\": \"1000-tab1-c27\", \"text\": \"digital repository\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [711.8142967147458, 121.6320175868233, 236.84389140271492, 43.85997988939165]}, {\"id\": \"1000-tab1-c28\", \"text\": \"10042/24798\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [740.6365692134888, 175.51713573664733, 174.18677727501267, 37.59426847662144]}, {\"id\": \"1000-tab1-c29\", \"text\": \"10042/25072\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [739.3834269309348, 216.8708310609309, 175.43991955756667, 41.353695324283564]}, {\"id\": \"1000-tab1-c30\", \"text\": \"10042/24997\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [739.3834269309348, 260.73081095032256, 179.19934640522877, 35.087983911513334]}, {\"id\": \"1000-tab1-c31\", \"text\": \"10042/25071\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [740.6365692134888, 300.8313639920521, 172.93363499245856, 40.10055304172948]}, {\"id\": \"1000-tab1-c32\", \"text\": \"10042/24601\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [739.3834269309348, 344.69134388144374, 175.43991955756667, 45.11312217194569]}, {\"id\": \"1000-tab1-c33\", \"text\": \"10042/24668\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [743.1428537785969, 391.0576083359435, 175.43991955756667, 38.84741075917549]}, {\"id\": \"1000-tab1-c34\", \"text\": \"10042/24488\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [738.1302846483807, 436.17073050788923, 177.94620412267477, 37.59426847662138]}, {\"id\": \"1000-tab1-c35\", \"text\": \"10042/29498\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [738.1302846483807, 480.03071039728087, 177.94620412267477, 32.58169934640529]}, {\"id\": \"1000-tab1-c36\", \"text\": \"10042/29027\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [740.6365692134888, 523.8906902866726, 172.93363499245856, 36.34112619406733]}, {\"id\": \"1000-tab1-c37\", \"text\": \"10042/24666\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [738.1302846483807, 569.0038124586182, 177.94620412267477, 33.83484162895934]}, {\"id\": \"1000-tab1-c38\", \"text\": \"10042/24831\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [740.6365692134888, 609.1043655003477, 167.92106586224236, 41.35369532428365]}, {\"id\": \"1000-tab1-c39\", \"text\": \"10042/24843\", \"start_row\": \"13\", \"end_row\": \"13\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [743.1428537785969, 656.7237722374016, 172.93363499245856, 35.087983911513334]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aSee Web-Enhanced Table 2 for an interactive WEO version. bSpecies labeled with the suffix \\\"#\\\" correspond to located transition states.\", \"id\": \"1000.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"Which compound has a ΔG value of 26.6 kcal/mol?\", \"answer\": \"[10]#\", \"id\": \"1000.png\", \"unable_to_answer\": false, \"type\": \"function_based\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"13 rows × 3 columns\", \"id\": \"1000.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 6 and column 2 in the picture?\", \"answer\": \"24.3\", \"id\": \"1000.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"24.3\\\" in the picture?\", \"answer\": \"Row 6, Column 2\", \"id\": \"1000.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Free-Energy Profile ∆G_{298}^{‡} for the Formation of Iodotriazoles via a Cu^{Ⅲ} Metallacyclea\", \"id\": \"1000.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1001.json

@@ -1,5 +0,0 @@
-{
-  "id": "1001",
-  "source": "https://doi.org/10.1021/cs500326e",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"2\", \"text\": \"PPh_3-Containing Catalysts Screening\", \"bbox\": [10.699025811055803, 10.272688363271381, 939.6807337319325, 59.81540604864456]}], \"annotations\": [{\"text\": \"\\\\mark{a}^lH NMR conversions are the average of at least two independent experiments.\\\\mark{b}5%-10% of dehalogenated triazole observed by ^1H NMR.\", \"bbox\": [8.76949691772461, 670.1716918945312, 1221.392002105713, 146.6442108154297]}], \"reactions\": [{\"id\": \"1001-rea1\", \"reactants\": [{\"id\": \"1001-rea1-rea-sub1\", \"text\": \"\\\\impIden{3c}\", \"maps\": [{\"identifier\": \"3c\", \"smiles\": \"[#smiles#]C1(C=CC=CC=1)CN=[N+]=[N-][#smiles#]\"}], \"bbox\": [240.3130038687559, 88.89552498548487, 177.5166889185581, 88.75834445927903]}, {\"id\": \"1001-rea1-rea-sub2\", \"text\": \"\\\\impIden{3m}\", \"maps\": [{\"identifier\": \"3m\", \"smiles\": \"[#smiles#]C(C1=CC=CC=C1)#CI[#smiles#]\"}], \"bbox\": [224.8767700497509, 209.01419878296142, 206.45962732919256, 75.25163986764963]}], \"conditions\": [{\"id\": \"1001-rea1-con1\", \"text\": \"[CuX(PPh_3)_n] (5 mol %)\", \"maps\": [], \"bbox\": [462.2088650169535, 81.66526977616974, 229.61397805770014, 90.68787368665468]}, {\"id\": \"1001-rea1-con2\", \"text\": \"Neat,in air RT,24 h\", \"maps\": [], \"bbox\": [487.2927449728367, 183.9303188270782, 189.09386428281192, 82.96975677715213]}], \"products\": [{\"id\": \"1001-rea1-pro-sub1\", \"text\": \"\\\\iden{1a}\", \"maps\": [{\"identifier\": \"1a\", \"smiles\": \"[#smiles#]N1=NC(=C(I)N1CC1C=CC=CC=1)C1C=CC=CC=1[#smiles#]\"}], \"bbox\": [738.1315445316687, 100.96056204992605, 285.5703256515934, 196.81198119231436]}], \"text\": \"\", \"bbox\": [195.933837890625, 77.80621337890625, 854.781494140625, 233.4730224609375]}], \"substances\": [], \"tables\": [{\"id\": \"1001-tab1\", \"text\": \"\", \"bbox\": [82.09160614013672, 317.0678405761719, 1094.0431594848633, 347.31524658203125], \"data\": [{\"id\": \"1001-tab1-c1\", \"text\": \"entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [116.82313331671553, 332.5040693350018, 108.05363673303536, 38.590584547512606]}, {\"id\": \"1001-tab1-c2\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [139.9774840452231, 386.5308877015195, 48.2382306843908, 44.37917222963955]}, {\"id\": \"1001-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [147.69560095472562, 450.2053522049153, 46.30870145701516, 38.59058454751266]}, {\"id\": \"1001-tab1-c4\", \"text\": \"3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [147.69560095472562, 502.30264134405735, 38.590584547512634, 38.590584547512606]}, {\"id\": \"1001-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [147.69560095472562, 558.2589889379507, 32.801996865385746, 40.52011377488827]}, {\"id\": \"1001-tab1-c6\", \"text\": \"5\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [143.83654249997437, 612.2858073044683, 46.30870145701513, 44.379172229639494]}, {\"id\": \"1001-tab1-c7\", \"text\": \"catalyst\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [516.2356567382812, 330.574529610515, 127.34893798828125, 42.449676513671875]}, {\"id\": \"1001-tab1-c8\", \"text\": \"[CuCl(PPh_3)]\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [452.5612188800754, 380.7423000193926, 239.26162419457825, 59.81540604864455]}, {\"id\": \"1001-tab1-c9\", \"text\": \"[CuBr(PPh_3)]\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [460.2793357895779, 444.4167645227884, 229.61397805770014, 48.23823068439077]}, {\"id\": \"1001-tab1-c10\", \"text\": \"[CuCl(PPh_3)_3]\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [458.3497619628906, 494.5845031738281, 239.26168823242188, 54.026824951171875]}, {\"id\": \"1001-tab1-c11\", \"text\": \"[CuBr(PPh_3)_3]\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [458.3497619628906, 556.3294677734375, 243.12069702148438, 50.16775131225586]}, {\"id\": \"1001-tab1-c12\", \"text\": \"[CuI(PPh_3)_3]\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [460.2793357895779, 610.3562780770927, 216.10727346607075, 46.308701457015104]}, {\"id\": \"1001-tab1-c13\", \"text\": \"conv(%)\\\\refmark{a}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [942.6616426334857, 324.78595242549926, 183.3052766006848, 54.026818366517716]}, {\"id\": \"1001-tab1-c14\", \"text\": \"92\\\\refmark{b}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [996.6884610000033, 386.5308877015195, 77.18116909502521, 48.23823068439077]}, {\"id\": \"1001-tab1-c15\", \"text\": \"91\\\\refmark{b}\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [992.829402545252, 440.55770606803713, 79.11069832240094, 46.30870145701516]}, {\"id\": \"1001-tab1-c16\", \"text\": \"81\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [1012.1246948190084, 496.51405366193046, 54.02681836651766, 48.23823068439083]}, {\"id\": \"1001-tab1-c17\", \"text\": \"81\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [1014.054224046384, 556.3294597105751, 50.167759911766325, 42.44964300226388]}, {\"id\": \"1001-tab1-c18\", \"text\": \"90\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [1017.9132825011352, 610.3562780770927, 48.23823068439083, 44.379172229639494]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"a^lH NMR conversions are the average of at least two independent experiments.b5%-10% of dehalogenated triazole observed by ^1H NMR.\", \"id\": \"1001.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"Which catalyst achieved the highest conversion percentage in the screening?\", \"answer\": \"92\", \"id\": \"1001.png\", \"unable_to_answer\": false, \"type\": \"function_based\"}, {\"question\": \"What is the entry value corresponding to a conv column value of 90?\", \"answer\": \"5\", \"id\": \"1001.png\", \"unable_to_answer\": false, \"hop\": 2, \"type\": \"multihop_retrieval\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"6 rows × 3 columns\", \"id\": \"1001.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 3 and column 3 in the picture?\", \"answer\": \"91b\", \"id\": \"1001.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"91b\\\" in the picture?\", \"answer\": \"Row 3, Column 3\", \"id\": \"1001.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"PPh_3-Containing Catalysts Screening\", \"id\": \"1001.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1002.json

@@ -1,5 +0,0 @@
-{
-  "id": "1002",
-  "source": "https://doi.org/10.1021/cs500326e",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"3\", \"text\": \"Effect of Nitrogen-Containing Additives with [CuI(PPh_3)_3]\", \"bbox\": [15.110547667342797, 9.359026369168356, 901.5862068965517, 96.70993914807302]}], \"annotations\": [{\"text\": \"\\\\mark{a}^lH NMR conversions are the average of at least two independent experiments.\", \"bbox\": [21.349898580121675, 652.0121703853956, 970.2190669371196, 99.82961460446245]}], \"reactions\": [{\"id\": \"1002-rea1\", \"reactants\": [{\"id\": \"1002-rea1-rea-sub1\", \"text\": \" \\\\impIden{3k}\", \"maps\": [{\"identifier\": \"3k\", \"smiles\": \"[#smiles#]C1(C=CC=CC=1)CN=[N+]=[N-][#smiles#]\"}], \"bbox\": [175.7738336713996, 148.184584178499, 149.74442190669373, 67.07302231237321]}, {\"id\": \"1002-rea1-rea-sub2\", \"text\": \" \\\\impIden{3q}\", \"maps\": [{\"identifier\": \"3q\", \"smiles\": \"[#smiles#]C(C1=CC=CC=C1)#CI[#smiles#]\"}], \"bbox\": [166.41480730223122, 254.25354969574036, 182.50101419878297, 56.15415821501014]}], \"conditions\": [{\"id\": \"1002-rea1-con1\", \"text\": \"[CuI(PPh_3)_3] (5 mol %)\", \"maps\": [], \"bbox\": [378.552738336714, 115.42799188640974, 180.94117647058818, 77.9918864097363]}, {\"id\": \"1002-rea1-con2\", \"text\": \"Additive (5 mol %)\", \"maps\": [], \"bbox\": [359.8346855983773, 196.5395537525355, 233.97565922920887, 32.75659229208924]}, {\"id\": \"1002-rea1-con3\", \"text\": \"Neat,in air RT,24 h\", \"maps\": [], \"bbox\": [403.5101419878296, 240.21501014198785, 149.74442190669373, 65.5131845841785]}], \"products\": [{\"id\": \"1002-rea1-pro-sub1\", \"text\": \"\\n\\\\iden{1a}\", \"maps\": [{\"identifier\": \"1a\", \"smiles\": \"[#smiles#]N1=NC(=C(I)N1CC1C=CC=CC=1)C1C=CC=CC=1[#smiles#]\"}], \"bbox\": [628.1267748478701, 162.22312373225154, 219.9371196754563, 174.70182555780931]}], \"text\": \"\", \"bbox\": [135.21805273833672, 110.74847870182556, 734.6835699797159, 237.0953346855984]}], \"substances\": [], \"tables\": [{\"id\": \"1002-tab1\", 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\"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [774.7515212981745, 360.3225152129818, 149.74442190669367, 40.55578093306286]}, {\"id\": \"1002-tab1-c14\", \"text\": \"90\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [829.3458417849898, 408.6774847870183, 53.034482758620584, 40.55578093306286]}, {\"id\": \"1002-tab1-c15\", \"text\": \"84\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [830.9056795131845, 455.47261663286, 48.354969574036545, 32.756592292089294]}, {\"id\": \"1002-tab1-c16\", \"text\": \"87\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [830.9056795131845, 502.26774847870183, 48.354969574036545, 28.07707910750503]}, {\"id\": \"1002-tab1-c17\", \"text\": \"18\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [830.9056795131845, 542.8235294117648, 51.474645030425904, 34.316430020283974]}, {\"id\": \"1002-tab1-c18\", \"text\": \">95\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [821.546630859375, 592.7383422851562, 57.71405029296875, 34.31640625]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"a^lH NMR conversions are the average of at least two independent experiments.\", \"id\": \"1002.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"6 rows × 3 columns\", \"id\": \"1002.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 3 and column 3 in the picture?\", \"answer\": \"84\", \"id\": \"1002.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"84\\\" in the picture?\", \"answer\": \"Row 3, Column 3\", \"id\": \"1002.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Effect of Nitrogen-Containing Additives with [CuI(PPh_3)_3]\", \"id\": \"1002.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1003.json

@@ -1,5 +0,0 @@
-{
-  "id": "1003",
-  "source": "https://doi.org/10.1021/cs500326e",
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\"1003-tab1-c34\", \"text\": \"10\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [440.10953346855985, 499.0344827586207, 44.03245436105476, 24.462474645030397]}, {\"id\": \"1003-tab1-c35\", \"text\": \"50\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [443.37119675456387, 531.6511156186613, 37.50912778904666, 26.09330628803241]}, {\"id\": \"1003-tab1-c36\", \"text\": \"100\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [433.5862068965517, 565.8985801217038, 47.29411764705884, 22.831643002028386]}, {\"id\": \"1003-tab1-c37\", \"text\": \"4\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [448.26369168356996, 596.8843813387424, 35.87829614604465, 24.462474645030397]}, {\"id\": \"1003-tab1-c38\", \"text\": \"3\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [453.15618661257605, 626.239350912779, 29.354969574036488, 29.35496957403643]}, {\"id\": \"1003-tab1-c39\", \"text\": \"1\", \"start_row\": \"13\", \"end_row\": \"13\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [451.52535496957404, 660.4868154158215, 27.724137931034477, 24.462474645030397]}, {\"id\": \"1003-tab1-c40\", \"text\": \"conv(%)\\\\refmark{a}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [608.0851926977688, 260.93306288032454, 109.2657200811359, 29.354969574036488]}, {\"id\": \"1003-tab1-c41\", \"text\": \">95(90)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [616.239350912779, 300.0730223123732, 94.58823529411757, 27.724137931034477]}, {\"id\": \"1003-tab1-c42\", \"text\": \"88(86)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [629.2860040567952, 334.3204868154158, 81.54158215010136, 27.724137931034534]}, {\"id\": \"1003-tab1-c43\", \"text\": \">95(84)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [619.501014198783, 366.93711967545636, 89.69574036511153, 27.724137931034477]}, {\"id\": \"1003-tab1-c44\", \"text\": \">95(79)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [617.8702115258146, 399.5537414550781, 89.69573974609375, 27.724149703979492]}, {\"id\": \"1003-tab1-c45\", \"text\": \">95(15)\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [619.501014198783, 432.1703853955375, 88.06490872210952, 27.724137931034477]}, {\"id\": \"1003-tab1-c46\", \"text\": \"40(0)\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [640.7018255578093, 463.15618661257605, 71.75659229208918, 27.724137931034477]}, {\"id\": \"1003-tab1-c47\", \"text\": \"8\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [679.841784989858, 499.0344827586207, 32.61663286004057, 22.831643002028386]}, {\"id\": \"1003-tab1-c48\", \"text\": \"71\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [674.9492900608519, 530.0202839756593, 40.77079107505074, 24.462474645030397]}, {\"id\": \"1003-tab1-c49\", \"text\": \"41\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [679.841784989858, 565.8985801217038, 30.985801217038556, 24.462474645030397]}, {\"id\": \"1003-tab1-c50\", \"text\": \">95\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [663.5334685598377, 598.5152129817444, 45.66328600405677, 24.462474645030397]}, {\"id\": \"1003-tab1-c51\", \"text\": \"69\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [674.9492900608519, 629.501014198783, 35.87829614604459, 26.09330628803241]}, {\"id\": \"1003-tab1-c52\", \"text\": \"10\", \"start_row\": \"13\", \"end_row\": \"13\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [678.210953346856, 660.4868154158215, 32.61663286004057, 24.462474645030397]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"a^lH NMR conversions are the average of at least two independent experiments, conversions into brackets were obtained in the absence of 2,6-lutidine.\", \"id\": \"1003.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"At which entry does increasing lutidine from 5 mol % to 10 mol % at 0.5 mol % copper result in a dramatic decrease in conversion, and what is the conversion (%) at the higher lutidine loading?\", \"answer\": \"Entry 7, 8\", \"id\": \"1003.png\", \"unable_to_answer\": false, \"type\": \"function_based\"}, {\"question\": \"When the concentration of Cu is 1 mol%, as the concentration of lutidine increases gradually, at what point does the conversion rate undergo a sudden change?\", \"answer\": \"95\", \"id\": \"1003.png\", \"unable_to_answer\": false, \"type\": \"logical_reasoning_trend\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"13 rows × 4 columns\", \"id\": \"1003.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 6 and column 4 in the picture?\", \"answer\": \">95(15)\", \"id\": \"1003.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\">95(15)\\\" in the picture?\", \"answer\": \"Row 6, Column 4\", \"id\": \"1003.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimization of [CuI(PPh_3)_3] Loading in the Presence of Lutidine\", \"id\": \"1003.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1004.json

@@ -1,5 +0,0 @@
-{
-  "id": "1004",
-  "source": "https://doi.org/10.1021/acs.orglett.4c03751",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"1\", \"text\": \"Product Analysis.\\\\color{blue}{\\\\refmark{a}}\", \"bbox\": [25.136916835699772, 7.0182555780933065, 357.9310344827586, 38.60040567951319]}], \"annotations\": [{\"text\": \"\\\\mark{a}Spectra were recorded in C_6D_6 at 500 MHz. Chemical shifts(δ)are reported in ppm, and coupling constants(J)are reported in Hz.\", \"bbox\": [18.118661880493164, 794.8174438476562, 747.4442043304443, 63.16411209106445]}], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1004-tab1\", \"text\": \"\", \"bbox\": [21.62778663635254, 347.40362548828125, 742.1805019378662, 443.9046630859375], \"data\": [{\"id\": \"1004-tab1-c1\", \"text\": \"Hydrogen\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [35.66430020283974, 356.17647058823525, 101.76470588235294, 31.582150101419927]}, {\"id\": \"1004-tab1-c2\", \"text\": \"23\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [40.927991886409714, 396.5314401622718, 43.86409736308316, 24.56389452332661]}, {\"id\": \"1004-tab1-c3\", \"text\": \"25\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [44.437119675456366, 454.4320486815416, 36.84584178498985, 36.84584178498989]}, {\"id\": \"1004-tab1-c4\", \"text\": \"27\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [46.19168356997969, 526.369168356998, 33.336713995943214, 31.58215010141987]}, {\"id\": \"1004-tab1-c5\", \"text\": \"28(eq)\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [44.437119675456366, 586.0243407707911, 82.46450304259636, 38.60040567951319]}, {\"id\": \"1004-tab1-c6\", \"text\": \"33\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [37.418864097363056, 659.7160243407708, 40.35496957403652, 28.07302231237327]}, {\"id\": \"1004-tab1-c7\", \"text\": \"35\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [46.19168356997969, 722.8803245436105, 33.336713995943214, 33.33671399594323]}, {\"id\": \"1004-tab1-c8\", \"text\": \"\\\\textbf{17}\\\\textit{δ},\\\\textit{J}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [195.32961460446245, 356.1764705882353, 80.70993914807303, 31.58215010141987]}, {\"id\": \"1004-tab1-c9\", \"text\": \"4.43(m)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [167.25659229208924, 393.02231237322513, 107.02839756592289, 31.582150101419927]}, {\"id\": \"1004-tab1-c10\", \"text\": \"4.12(ddd)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [167.2565922920892, 456.18661257606493, 119.31034482758619, 31.58215010141987]}, {\"id\": \"1004-tab1-c11\", \"text\": \"10.2,9.2,2.5\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [169.01115618661257, 494.7870182555781, 136.85598377281949, 28.073022312373155]}, {\"id\": \"1004-tab1-c12\", \"text\": \"5.10(td)\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [165.5020283975659, 528.1237322515213, 101.76470588235296, 26.31845841784991]}, {\"id\": \"1004-tab1-c13\", \"text\": \"16.2,4.5\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [167.25659229208924, 559.7058823529412, 94.74645030425961, 29.827586206896513]}, {\"id\": \"1004-tab1-c14\", \"text\": \"2.83(dd)\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [170.76572008113587, 593.0425963488844, 100.01014198782966, 26.318458417849797]}, {\"id\": \"1004-tab1-c15\", \"text\": \"12.7,4.4\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [170.76572008113587, 624.6247464503043, 91.23732251521298, 28.073022312373155]}, {\"id\": \"1004-tab1-c16\", \"text\": \"3.63(ddd)\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [170.76572008113587, 657.9614604462474, 110.53752535496957, 29.827586206896626]}, {\"id\": \"1004-tab1-c17\", \"text\": \"11.2,7.0,1.9\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [169.01115618661257, 691.2981744421907, 131.59229208924947, 28.07302231237327]}, {\"id\": \"1004-tab1-c18\", \"text\": \"5.33(ddd)\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [170.7657200811359, 722.8803245436105, 108.78296146044627, 28.07302231237327]}, {\"id\": \"1004-tab1-c19\", \"text\": \"8.5,4.6,4.6\", \"start_row\": \"13\", \"end_row\": \"13\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [165.5020283975659, 756.2170385395538, 121.06490872210955, 28.07302231237327]}, {\"id\": \"1004-tab1-c20\", \"text\": \"\\\\textbf{18}\\\\textit{δ},\\\\textit{J}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [365.52231237322513, 354.42190669371195, 80.70993914807303, 31.582150101419927]}, {\"id\": \"1004-tab1-c21\", \"text\": \"4.33(dd)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [337.4492900608519, 393.02231237322513, 105.27383367139959, 29.82758620689657]}, {\"id\": \"1004-tab1-c22\", \"text\": \"7.6,5.8\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [335.69472616632856, 428.11359026369166, 84.21906693711969, 26.31845841784991]}, {\"id\": \"1004-tab1-c23\", \"text\": \"2.95(td)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [339.2038539553752, 461.4503042596349, 92.99188640973631, 26.31845841784991]}, {\"id\": \"1004-tab1-c24\", \"text\": \"9.2,2.4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [337.4492900608519, 494.7870182555781, 80.70993914807303, 28.073022312373155]}, {\"id\": \"1004-tab1-c25\", \"text\": \"4.92(td)\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [337.4492900608519, 526.369168356998, 96.50101419878297, 28.07302231237327]}, {\"id\": \"1004-tab1-c26\", \"text\": \"11.0,4.9\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [337.4492900608519, 559.7058823529412, 92.99188640973631, 29.827586206896513]}, {\"id\": \"1004-tab1-c27\", \"text\": \"2.16(dd)\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [332.1855983772819, 593.0425963488844, 115.80121703853956, 26.318458417849797]}, {\"id\": \"1004-tab1-c28\", \"text\": \"12.2,4.9\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [339.2038539553752, 624.6247464503043, 91.23732251521301, 28.073022312373155]}, {\"id\": \"1004-tab1-c29\", \"text\": \"4.33(dd)\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [340.9584178498985, 656.2068965517242, 101.76470588235293, 28.07302231237327]}, {\"id\": \"1004-tab1-c30\", \"text\": \"11.8,4.7,1.9\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [340.9584178498986, 693.052738336714, 133.3468559837728, 26.31845841784991]}, {\"id\": \"1004-tab1-c31\", \"text\": \"5.35(ddd)\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [337.4492900608519, 724.6348884381339, 119.31034482758616, 28.07302231237327]}, {\"id\": \"1004-tab1-c32\", \"text\": \"7.0,5.6,5.4\", \"start_row\": \"13\", \"end_row\": \"13\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [335.69472616632856, 756.2170385395538, 126.32860040567954, 29.827586206896513]}, {\"id\": \"1004-tab1-c33\", \"text\": \"\\\\textbf{17} NOE\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [518.1693711967546, 350.91277890466534, 101.76470588235293, 38.60040567951319]}, {\"id\": \"1004-tab1-c34\", \"text\": \"25\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [504.13286004056795, 394.7768762677485, 49.127789046653106, 33.33671399594317]}, {\"id\": \"1004-tab1-c35\", \"text\": \"23,27\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [505.88742393509125, 452.6774847870183, 71.93711967545636, 38.60040567951319]}, {\"id\": \"1004-tab1-c36\", \"text\": \"25,33\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [505.88742393509125, 521.105476673428, 84.21906693711963, 36.84584178498983]}, {\"id\": \"1004-tab1-c37\", \"text\": \"27,33\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [502.3782961460446, 582.5152129817444, 89.48275862068965, 38.60040567951319]}, {\"id\": \"1004-tab1-c38\", \"text\": \"28(eq),35\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [512.9057006835938, 649.1886596679688, 115.80120849609375, 42.10951232910156]}, {\"id\": \"1004-tab1-c39\", \"text\": \"33\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [502.3782961460446, 719.3711967545639, 50.882352941176464, 40.354969574036545]}, {\"id\": \"1004-tab1-c40\", \"text\": \"\\\\textbf{18} NOE\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [663.7981567382812, 352.6673278808594, 92.99188232421875, 36.845855712890625]}, {\"id\": \"1004-tab1-c41\", \"text\": \"25,31\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [670.816430020284, 396.5314401622718, 64.9188640973631, 28.07302231237327]}, {\"id\": \"1004-tab1-c42\", \"text\": \"23,27\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [667.3073022312373, 454.4320486815416, 75.44624746450313, 36.84584178498989]}, {\"id\": \"1004-tab1-c43\", \"text\": \"25\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [667.3073022312373, 515.8417849898581, 42.1095334685599, 40.35496957403643]}, {\"id\": \"1004-tab1-c44\", \"text\": \"27\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [656.7799072265625, 591.2880249023438, 60.0885009765625, 26.96832275390625]}, {\"id\": \"1004-tab1-c45\", \"text\": \"23,35\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [670.816430020284, 649.1886409736309, 77.20081135902637, 43.86409736308315]}, {\"id\": \"1004-tab1-c46\", \"text\": \"33\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [663.7981744421907, 719.3711967545639, 57.90060851926978, 38.60040567951319]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aSpectra were recorded in C_6D_6 at 500 MHz. Chemical shifts(δ)are reported in ppm, and coupling constants(J)are reported in Hz.\", \"id\": \"1004.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many molecular diagrams of benzene rings are there in the table?\", \"answer\": \"There are 2 benzene rings in total.\", \"id\": \"1004.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"13 rows × 5 columns\", \"id\": \"1004.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 7 and column 2 in the picture?\", \"answer\": \"16.2,4.5\", \"id\": \"1004.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"16.2,4.5\\\" in the picture?\", \"answer\": \"Row 7, Column 2\", \"id\": \"1004.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Product Analysis.a\", \"id\": \"1004.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1005.json

@@ -1,5 +0,0 @@
-{
-  "id": "1005",
-  "source": "https://doi.org/10.1021/cs500326e",
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-}

test/json/1006.json

@@ -1,5 +0,0 @@
-{
-  "id": "1006",
-  "source": "https://doi.org/10.1021/acs.orglett.0c03133",
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[], \"bbox\": [1123.602510704914, 252.98148262273767, 55.180524097379475, 34.4878275608622]}, {\"id\": \"1006-tab1-c36\", \"text\": \"2.3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1123.602510704914, 296.0912670738154, 56.90491547542274, 34.48782756086223]}, {\"id\": \"1006-tab1-c37\", \"text\": \"2.8\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1130.5000762170864, 337.47666014685007, 51.7317413412934, 37.93661031694836]}, {\"id\": \"1006-tab1-c38\", \"text\": \"2.5\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1123.602510704914, 380.58644459792777, 50.007349963250135, 31.039044804775983]}, {\"id\": \"1006-tab1-c39\", \"text\": \"2.0\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1130.5000762170864, 420.2474462929193, 46.55856720716406, 39.66100169499151]}, {\"id\": \"1006-tab1-c40\", \"text\": \"1.9\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1127.0512934610003, 465.08162212204013, 55.180524097379475, 32.76343618281908]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aFluorescence quantum yield, excitation at 570 nm. Determined with cresyl violet perchlorate in ethanol (54%) as a standard.\", \"id\": \"1006.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"Which compound has the highest molar extinction coefficient (ε) for the Soret band?\", \"answer\": \"3g (13.7)\", \"id\": \"1006.png\", \"unable_to_answer\": false, \"type\": \"function_based\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"8 rows × 5 columns\", \"id\": \"1006.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 1 and column 3 in the picture?\", \"answer\": \"Q bands λ_{abs}[nm](ε)[10^4M^{-1}cm^{-1}]\", \"id\": \"1006.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"Q bands λ_{abs}[nm](ε)[10^4M^{-1}cm^{-1}]\\\" in the picture?\", \"answer\": \"Row 1, Column 3\", \"id\": \"1006.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optical properties of synthesized corroles measured for toluene\", \"id\": \"1006.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"In which column is the bolded information in the table?\", \"answer\": \"1\", \"id\": \"1006.png\", \"unable_to_answer\": false, \"aspect\": \"bold\", \"type\": \"visual_description\"}]}"
-}

test/json/1007.json

@@ -1,5 +0,0 @@
-{
-  "id": "1007",
-  "source": "https://doi.org/10.1021/acs.orglett.0c03133",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S1b\", \"text\": \"Optical properties of synthesized corroles measured for dichloromethane\", \"bbox\": [47.36803720335325, 9.331039629282074, 1431.3035451582195, 69.09741252487956]}], \"annotations\": [{\"text\": \"\\\\mark{a}Fluorescence quantum yield, excitation at 570 nm. Determined with cresyl violet perchlorate in ethanol (54%) as a standard. \", \"bbox\": [69.08436584472656, 592.3499755859375, 1603.0599365234375, 36.88356399536133]}], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1007-tab1\", \"text\": \"\", \"bbox\": [35.52276611328125, 139.62901306152344, 1433.27783203125, 450.07289123535156], \"data\": [{\"id\": \"1007-tab1-c1\", \"text\": \"Cmpd\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [45.53732107057165, 158.13938428865322, 108.73475491035963, 63.96162053550566]}, {\"id\": \"1007-tab1-c2\", \"text\": \"\\\\textbf{\\\\refiden{3a}}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [68.98991526692373, 234.89332893126002, 49.03724241055434, 55.43340446410494]}, {\"id\": \"1007-tab1-c3\", \"text\": \"\\\\textbf{\\\\refiden{3b}}\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [64.72580723122336, 294.5908414310653, 59.697512499805285, 38.37697232130341]}, {\"id\": \"1007-tab1-c4\", \"text\": \"\\\\textbf{\\\\refiden{3c}}\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [60.461699195522975, 341.49602982376945, 63.961620535505666, 40.50902633915359]}, {\"id\": \"1007-tab1-c5\", \"text\": \"\\\\textbf{\\\\refiden{3d}}\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [68.98991526692373, 386.26916419862346, 53.301350446254716, 51.16929642840449]}, {\"id\": \"1007-tab1-c6\", \"text\": \"\\\\textbf{\\\\refiden{3e}}\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [60.461700439453125, 443.8346252441406, 61.829566955566406, 38.3769416809082]}, {\"id\": \"1007-tab1-c7\", \"text\": \"\\\\textbf{\\\\refiden{3f}}\", \"start_row\": \"7\", 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\"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [299.33126702188554, 290.7579241803933, 171.64451622096618, 46.81214078753624]}, {\"id\": \"1007-tab1-c12\", \"text\": \"420(12.3)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [300.63160426598375, 342.77141394432243, 169.0438417327697, 46.81214078753618]}, {\"id\": \"1007-tab1-c13\", \"text\": \"420(12.1)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [299.33126702188554, 393.4845664641533, 171.64451622096618, 41.610791811143315]}, {\"id\": \"1007-tab1-c14\", \"text\": \"419(10.8)\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [300.63160426598375, 440.29670725168955, 169.04384173276975, 46.81214078753618]}, {\"id\": \"1007-tab1-c15\", \"text\": \"422(11.2)\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [298.0309297777873, 491.00985977152044, 171.64451622096618, 42.91112905524159]}, {\"id\": \"1007-tab1-c16\", \"text\": \"426(13.8)\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [296.7305908203125, 539.122314453125, 171.64453125, 44.21148681640625]}, {\"id\": \"1007-tab1-c17\", \"text\": \"Q bands λ_{abs}[nm](ε)[10^4M^{-1}cm^{-1}]\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [633.5179387551302, 146.4204900854899, 444.71533748159413, 93.62428157507247]}, {\"id\": \"1007-tab1-c18\", \"text\": \"583(2.0);604(1.8);640(0.6)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [627.0162525346391, 245.24612063695525, 469.4217451194604, 41.610791811143315]}, {\"id\": \"1007-tab1-c19\", \"text\": \"584(1.9);602(1.8);641(0.5)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [620.5145663141479, 294.6589359126879, 472.02241960765696, 41.610791811143315]}, {\"id\": \"1007-tab1-c20\", \"text\": \"581(2.0);604(1.7);643(0.7)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [624.4155780464426, 338.8704022120277, 474.6230940958534, 46.81214078753624]}, {\"id\": \"1007-tab1-c21\", \"text\": \"581(2.0);604(1.7);643(0.6)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [620.5145663141479, 393.4845664641533, 475.92343133995155, 44.21146629933975]}, {\"id\": \"1007-tab1-c22\", \"text\": \"578(1.8);603(1.4);640(0.5)\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [624.4155780464425, 444.1977189839842, 466.8210706312641, 42.91112905524153]}, {\"id\": \"1007-tab1-c23\", \"text\": \"583(1.8);603(1.7);642(0.5)\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [620.5145663141479, 492.31019701561866, 474.6230940958535, 41.61079181114337]}, {\"id\": \"1007-tab1-c24\", \"text\": \"587(2.4);604(2.2);644(0.8)\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [624.4155883789062, 539.122314453125, 472.02239990234375, 42.91119384765625]}, {\"id\": \"1007-tab1-c25\", \"text\": \"λ_{em}[nm]\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [1115.9430563155731, 164.62521150286508, 152.1394575594927, 57.21483874032208]}, {\"id\": \"1007-tab1-c26\", \"text\": \"674\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [1154.95317363852, 240.04477166056236, 81.92124637818824, 40.31045456704507]}, {\"id\": \"1007-tab1-c27\", \"text\": \"677\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [1154.95317363852, 289.457586936295, 72.81888566950079, 42.91112905524159]}, {\"id\": \"1007-tab1-c28\", \"text\": \"675\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [1152.3524991503234, 342.7714139443224, 79.32057188999192, 41.610791811143315]}, {\"id\": \"1007-tab1-c29\", \"text\": \"675\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [1154.95317363852, 392.1842292200551, 71.51854842540251, 42.91112905524153]}, {\"id\": \"1007-tab1-c30\", \"text\": \"673\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [1154.95317363852, 441.59704449578777, 75.4195601576971, 37.70978007884861]}, {\"id\": \"1007-tab1-c31\", \"text\": \"677\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [1157.5538481267163, 489.7095225274222, 68.9178739372062, 42.91112905524153]}, {\"id\": \"1007-tab1-c32\", \"text\": \"678\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [1160.1545226149128, 537.8220005590566, 67.61753669310792, 42.91112905524153]}, {\"id\": \"1007-tab1-c33\", \"text\": \"\\\\textit{Φ}_{fl}^a (%)\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1297.990270489325, 171.12689772335625, 135.23507338621584, 49.41281527573267]}, {\"id\": \"1007-tab1-c34\", \"text\": \"0.3\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1318.7956663948967, 240.04477166056236, 72.81888566950079, 41.61079181114329]}, {\"id\": \"1007-tab1-c35\", \"text\": \"1.9\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1325.2973526153878, 293.3585986685897, 67.61753669310792, 37.70978007884861]}, {\"id\": \"1007-tab1-c36\", \"text\": \"2.7\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1327.8980271035844, 337.5700649679295, 62.41618771671483, 42.91112905524153]}, {\"id\": \"1007-tab1-c37\", \"text\": \"2.6\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1331.799038835879, 392.1842292200551, 54.61416425212565, 41.610791811143315]}, {\"id\": \"1007-tab1-c38\", \"text\": \"2.3\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1327.8980271035844, 441.59704449578777, 57.214838740321966, 40.3104545670451]}, {\"id\": \"1007-tab1-c39\", \"text\": \"2.4\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1327.8980271035844, 491.00985977152044, 61.11585047261656, 39.01011732294688]}, {\"id\": \"1007-tab1-c40\", \"text\": \"0.3\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"5\", \"end_col\": \"5 \", \"maps\": [], \"bbox\": [1329.1983642578125, 540.4226684570312, 54.6141356523176, 39.010125245715585]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aFluorescence quantum yield, excitation at 570 nm. Determined with cresyl violet perchlorate in ethanol (54%) as a standard.\", \"id\": \"1007.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"For the compound with the highest molar absorptivity (ε) in the Soret band, what is its fluorescence quantum yield (Φ_fl)?\", \"answer\": \"0.3\", \"id\": \"1007.png\", \"unable_to_answer\": false, \"type\": \"function_based\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"8 rows × 5 columns\", \"id\": \"1007.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 1 and column 4 in the picture?\", \"answer\": \"λ_{em}[nm]\", \"id\": \"1007.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"λ_{em}[nm]\\\" in the picture?\", \"answer\": \"Row 1, Column 4\", \"id\": \"1007.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optical properties of synthesized corroles measured for dichloromethane\", \"id\": \"1007.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"In which column is the bolded information in the table?\", \"answer\": \"1\", \"id\": \"1007.png\", \"unable_to_answer\": false, \"aspect\": \"bold\", \"type\": \"visual_description\"}]}"
-}

test/json/1008.json

@@ -1,5 +0,0 @@
-{
-  "id": "1008",
-  "source": "https://doi.org/10.1021/cs501924c",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"1\", \"text\": \"Selected Screening Results for Direct C-H Alkylation of \\\\refiden{1} Using Alkyl Bromides\", \"bbox\": [18.329891985170367, 20.215762331138766, 1123.960122169077, 38.192819685356994]}], \"annotations\": [{\"text\": \"\\\\mark{a}Equivalents based on monomer unit.\\\\mark{b}Reaction block temperatures and not inside temperatures of the reaction mixtures.\\\\mark{c}Based on GC analysis of\\nthe reaction mixture with dodecane as internal standard.\\\\mark{d}Isolated yield.\", \"bbox\": [25.60471534729004, 709.5052490234375, 1524.0753383636475, 67.29196166992188]}], \"reactions\": [{\"id\": \"1008-rea1\", \"reactants\": [{\"id\": \"1008-rea1-rea-sub1\", \"text\": \"\\\\iden{1}\", \"maps\": [{\"identifier\": \"1\", \"smiles\": \"[#smiles#]C1(C(C)=CC=CN=1)NC(C1C=CC=CC=1)[H][#smiles#]\"}], \"bbox\": [440.2696228027344, 65.68340301513672, 227.33822631835938, 223.70081329345703]}], \"conditions\": [{\"id\": \"1008-rea1-con1\", \"text\": \"\\\\impIden{3k}(3 eq.)\", \"maps\": [{\"identifier\": \"3k\", \"smiles\": \"[#smiles#]C(CCCCCC)Br[#smiles#]\"}], \"bbox\": [673.0639437341474, 74.77693331022019, 161.86480723794148, 81.84175646862212]}, {\"id\": \"1008-rea1-con2\", \"text\": \"catalyst,base additives under Ar\", \"maps\": [], \"bbox\": [687.6135893285691, 172.98704107256674, 140.04033884630894, 89.11657926583297]}], \"products\": [{\"id\": \"1008-rea1-pro-sub1\", \"text\": \"\\\\iden{2}\", \"maps\": [{\"identifier\": \"2\", \"smiles\": \"[#smiles#]C1(C(C)=CC=CN=1)NC(CCCCCCC)C1C=CC=CC=1[#smiles#]\"}], \"bbox\": [880.3963934546567, 65.68340481370662, 258.25620930098546, 216.425978217023]}], \"text\": \"\", \"bbox\": [414.8077392578125, 62.04599380493164, 751.12548828125, 232.79433822631836]}], \"substances\": [], \"tables\": [{\"id\": \"1008-tab1\", \"text\": \"\", \"bbox\": [25.604714782381222, 302.1151457230594, 1516.8005532184634, 403.7526652452025], \"data\": [{\"id\": \"1008-tab1-c1   \", \"text\": \"entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [31.06083188028937, 329.39573121260014, 58.19858237768685, 36.37411398605428]}, {\"id\": \"1008-tab1-c2\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [43.791771775408364, 369.40725659725985, 36.37411398605428, 27.280585489540726]}, {\"id\": \"1008-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [43.79176712036133, 418.5122985839844, 32.7367057800293, 36.37409591674805]}, {\"id\": \"1008-tab1-c4\", \"text\": \"3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [38.33565467750022, 476.7108928561199, 38.19281968535699, 40.01152538465965]}, {\"id\": \"1008-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [43.791771775408364, 536.7281809331095, 30.917996888146135, 32.73670258744892]}, {\"id\": \"1008-tab1-c6\", \"text\": \"5\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [41.973066076105646, 593.1080576114936, 32.73670258744885, 36.37411398605434]}, {\"id\": \"1008-tab1-c7\", \"text\": \"6\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [45.610477474711075, 645.8505228912722, 29.099291188843424, 36.37411398605434]}, {\"id\": \"1008-tab1-c8\", \"text\": \"catalyst\\\\refmark{a}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [196.56304931640625, 323.9396057128906, 92.29150390625, 34.124176025390625]}, {\"id\": \"1008-tab1-c9\", \"text\": \"[RuCl_2(p-cymene)]_2(0.1 equiv)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [100.1716484537925, 363.9511394993517, 245.52526940586637, 56.37987667838411]}, {\"id\": \"1008-tab1-c10\", \"text\": \"[RuCl_2(p-cymene)]_2(0.1 equiv)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [98.35294275448977, 423.96842757634124, 247.34397510516908, 52.742465279778685]}, {\"id\": \"1008-tab1-c11\", \"text\": \"[RhCl(cod)]_2(0.1 equiv)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [96.53423705518706, 480.34830425472535, 249.1626808044718, 32.736702587448804]}, {\"id\": \"1008-tab1-c12\", \"text\": \"[RhCl(cod)]_2(0.1 equiv)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [100.1716484537925, 531.2720638352014, 250.9813865037745, 40.01152538465965]}, {\"id\": \"1008-tab1-c13\", \"text\": \"[RhCl(cod)]_2(0.1 equiv)\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [98.35294275448977, 589.4706462128881, 247.34397510516908, 40.01152538465976]}, {\"id\": \"1008-tab1-c14\", \"text\": \"[RhCl(cod)]_2(0.1 equiv)\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [96.53423705518706, 644.0318171919696, 256.43750360168264, 43.648936783265185]}, {\"id\": \"1008-tab1-c15\", \"text\": \"base\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [454.8192598178217, 323.939614114692, 54.561170979081396, 36.37411398605428]}, {\"id\": \"1008-tab1-c16\", \"text\": \"K_2CO_3(3 equiv)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [392.9832763671875, 367.5885314941406, 114.57843017578125, 54.56113052368164]}, {\"id\": \"1008-tab1-c17\", \"text\": \"K_2CO_3(3 equiv)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [389.3458557128906, 427.6058349609375, 118.21585083007812, 50.923641204833984]}, {\"id\": \"1008-tab1-c18\", \"text\": \"K_2CO_3(3 equiv)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [392.9832660415294, 480.34830425472535, 110.94104765746556, 52.742465279778685]}, {\"id\": \"1008-tab1-c19\", \"text\": \"K_2CO_3(3 equiv)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [394.80197174083213, 538.5468866324122, 109.12234195816285, 52.742465279778685]}, {\"id\": \"1008-tab1-c20\", \"text\": \"K_2CO_3(3 equiv)\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [391.1645603422267, 596.745469010099, 120.03457615397912, 50.92375958047603]}, {\"id\": \"1008-tab1-c21\", \"text\": \"K_2CO_3(3 equiv)\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [400.25808883874026, 651.3066399891804, 105.48493055955743, 52.742465279778685]}, {\"id\": \"1008-tab1-c22 \", \"text\": \"additive\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [718.5315862167153, 329.39573121260014, 85.47916786722749, 30.91799688814615]}, {\"id\": \"1008-tab1-c23\", \"text\": \"PPh_3(0.05 equiv) cyclohexanol(1 equiv)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [569.3977188738927, 363.9511394993517, 340.0979657696075, 54.561170979081396]}, {\"id\": \"1008-tab1-c24\", \"text\": \"KOPiv(0.3 equiv) cyclohexanol(1 equiv)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [571.2164306640625, 422.1496887207031, 347.37274169921875, 56.379913330078125]}, {\"id\": \"1008-tab1-c25\", \"text\": \"cyclohexanol(1 equiv)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [571.2164245731954, 483.9857156533308, 238.25044660865558, 40.01152538465965]}, {\"id\": \"1008-tab1-c26\", \"text\": \"cyclohexanol(1 equiv)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [574.8538359718008, 534.9094752338068, 220.06338961562847, 34.55540828675157]}, {\"id\": \"1008-tab1-c27\", \"text\": \"cyclohexanol(1 equiv)\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [569.3977188738927, 591.2893519121909, 229.15691811214197, 43.64893678326507]}, {\"id\": \"1008-tab1-c28\", \"text\": \"solvent\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [962.2381499232789, 331.21443691190285, 78.20434507001676, 30.91799688814615]}, {\"id\": \"1008-tab1-c29\", \"text\": \"\\\\textit{o}-xylene\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [956.7820328253707, 367.58855089795713, 90.93528496513579, 29.099291188843438]}, {\"id\": \"1008-tab1-c30\", \"text\": \"\\\\textit{o}-xylene\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [954.9633271260681, 427.60583897494666, 89.11657926583291, 27.280585489540726]}, {\"id\": \"1008-tab1-c31\", \"text\": \"\\\\textit{o}-xylene\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [953.1446214267653, 473.0734814575145, 90.93528496513568, 47.286348181870494]}, {\"id\": \"1008-tab1-c32\", \"text\": \"toluene\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [953.1446214267653, 531.2720638352014, 92.75399066443833, 47.286348181870494]}, {\"id\": \"1008-tab1-c33\", \"text\": \"toluene \", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [953.1446214267653, 587.6519405135855, 90.93528496513568, 41.83023108396242]}, {\"id\": \"1008-tab1-c34\", \"text\": \"toluene\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [949.5072100281599, 644.0318171919696, 90.93528496513579, 40.01152538465965]}, {\"id\": \"1008-tab1-c35\", \"text\": \"temp\\\\refmark{b}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1073.1791975807444, 316.66479131748116, 74.56693367141133, 43.64893678326513]}, {\"id\": \"1008-tab1-c36\", \"text\": \"140 ℃\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1069.541786182139, 363.9511394993517, 92.75399066443833, 36.37411398605428]}, {\"id\": \"1008-tab1-c37\", \"text\": \"140 ℃\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1069.541786182139, 420.3310161777358, 89.11657926583302, 34.55540828675157]}, {\"id\": \"1008-tab1-c38\", \"text\": \"140 ℃\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1065.9043747835335, 473.0734814575145, 87.29787356653037, 40.01152538465965]}, {\"id\": \"1008-tab1-c39\", \"text\": \"140 ℃\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1067.7230804828362, 531.2720638352014, 78.20434507001687, 36.374113986054226]}, {\"id\": \"1008-tab1-c40\", \"text\": \"160 ℃\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1071.3604918814417, 593.1080576114936, 78.20434507001664, 32.73670258744892]}, {\"id\": \"1008-tab1-c41\", \"text\": \"160 ℃\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1069.541786182139, 640.3944057933642, 83.66046216792483, 43.64893678326507]}, {\"id\": \"1008-tab1-c42\", \"text\": \"time\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1178.664128140302, 329.39573121260014, 50.92375958047592, 30.91799688814615]}, {\"id\": \"1008-tab1-c43\", \"text\": \"24 h\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1182.3015395389073, 367.58855089795713, 50.92375958047592, 32.73670258744886]}, {\"id\": \"1008-tab1-c44\", \"text\": \"24 h\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1176.845422440999, 423.96842757634124, 63.65469947559495, 34.55540828675157]}, {\"id\": \"1008-tab1-c45\", \"text\": \"24 h\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1182.3015395389073, 476.7108928561199, 56.37987667838411, 36.374113986054226]}, {\"id\": \"1008-tab1-c46\", \"text\": \"24 h\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1178.6641845703125, 533.0907592773438, 58.198486328125, 38.19282913208008]}, {\"id\": \"1008-tab1-c47\", \"text\": \"24 h\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1182.3015395389073, 593.1080576114936, 54.56117097908145, 32.73670258744892]}, {\"id\": \"1008-tab1-c48\", \"text\": \"24 h\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1180.4828338396046, 644.0318171919696, 52.74246527977857, 41.83023108396242]}, {\"id\": \"1008-tab1-c49\", \"text\": \"conversion of \\\\textbf{\\\\refiden{1}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1267.7807074061348, 305.75255712166484, 110.94104765746556, 50.92375958047603]}, {\"id\": \"1008-tab1-c50\", \"text\": \"56%\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1291.4238814970702, 363.9511394993517, 52.74246527977857, 38.192819685356994]}, {\"id\": \"1008-tab1-c51\", \"text\": \"60%\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1295.061279296875, 418.5122985839844, 50.923828125, 36.374114990234375]}, {\"id\": \"1008-tab1-c52\", \"text\": \"70%\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1291.4238814970702, 476.7108928561199, 58.19858237768676, 43.64893678326507]}, {\"id\": \"1008-tab1-c53\", \"text\": \"73%\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1293.2425871963728, 527.6346524365958, 61.8359937762923, 47.28634818187061]}, {\"id\": \"1008-tab1-c54\", \"text\": \"97%\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1293.2425871963728, 591.2893519121909, 61.8359937762923, 38.192819685356994]}, {\"id\": \"1008-tab1-c55\", \"text\": \"98%\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1298.698704294281, 645.8505228912722, 45.467642482567726, 41.83023108396253]}, {\"id\": \"1008-tab1-c56\", \"text\": \"conversion to \\\\textbf{\\\\refiden{1}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"9\", \"end_col\": \"9\", \"maps\": [], \"bbox\": [1422.3707275390625, 307.5712585449219, 112.759765625, 52.74246597290039]}, {\"id\": \"1008-tab1-c57\", \"text\": \"23%\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"9\", \"end_col\": \"9\", \"maps\": [], \"bbox\": [1411.4584576510492, 363.9511394993517, 47.28634818187061, 40.011525384659706]}, {\"id\": \"1008-tab1-c58\", \"text\": \"20%\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"9\", \"end_col\": \"9\", \"maps\": [], \"bbox\": [1409.6397519517466, 422.14972187703853, 47.28634818187061, 40.011525384659706]}, {\"id\": \"1008-tab1-c59\", \"text\": \"31%\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"9\", \"end_col\": \"9\", \"maps\": [], \"bbox\": [1407.8210462524437, 478.52959855542264, 54.56117097908145, 38.19281968535694]}, {\"id\": \"1008-tab1-c60\", \"text\": \"37%\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"9\", \"end_col\": \"9\", \"maps\": [], \"bbox\": [1411.4584576510492, 534.9094752338068, 47.28634818187061, 34.55540828675157]}, {\"id\": \"1008-tab1-c61\", \"text\": \"70%(56%)\\\\refmark{d}\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"9\", \"end_col\": \"9\", \"maps\": [], \"bbox\": [1407.8210462524437, 587.6519405135855, 130.94681034979544, 40.01152538465965]}, {\"id\": \"1008-tab1-c62\", \"text\": \"70%\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"9\", \"end_col\": \"9\", \"maps\": [], \"bbox\": [1406.002340553141, 651.3066399891804, 56.37987667838411, 36.37411398605434]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aEquivalents based on monomer unit.bReaction block temperatures and not inside temperatures of the reaction mixtures.cBased on GC analysis of the reaction mixture with dodecane as internal standard.dIsolated yield.\", \"id\": \"1008.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many molecular diagrams of benzene rings are there in the table?\", \"answer\": \"There are a total of 2 benzene rings.\", \"id\": \"1008.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"What is the entry value corresponding to a column 1 value of 97?\", \"answer\": \"5\", \"id\": \"1008.png\", \"unable_to_answer\": false, \"hop\": 2, \"type\": \"multihop_retrieval\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"7 rows × 9 columns\", \"id\": \"1008.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 6 and column 5 in the picture?\", \"answer\": \"toluene \", \"id\": \"1008.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"toluene \\\" in the picture?\", \"answer\": \"Row 6, Column 5\", \"id\": \"1008.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Selected Screening Results for Direct C-H Alkylation of 1 Using Alkyl Bromides\", \"id\": \"1008.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1009.json

@@ -1,5 +0,0 @@
-{
-  "id": "1009",
-  "source": "https://doi.org/10.1002/anie.201611974",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"1\", \"text\": \"Optimization of reaction conditions.\", \"bbox\": [25.555780933062834, 7.555780933062881, 468.45841784989864, 33.24543610547667]}], \"annotations\": [{\"text\": \"\\\\mark{[a]}Yields were determined by GC analysis, unless otherwise noted.\\\\mark{[b]}Isolated yields are shown in parentheses.\\\\mark{[c]}Yields for the reactions conducted for 120 h in brackets.\\\\mark{[d]}Reaction was conducted without KOAc.\\\\mark{[e]}Reaction was conducted for 120 h using 1.21 g(5 mmol) of \\\\textbf{\\\\refiden{2a}}.Key:dcpe=1,2-bis(dicyclohexylphosphino)ethane.\", \"bbox\": [24.044624746450257, 577.261663286004, 734.421906693712, 151.1156186612577]}], \"reactions\": [{\"id\": \"1009-rea1\", \"reactants\": [{\"id\": \"1009-rea1-rea-sub1\", \"text\": \"\\\\iden{2a}\", \"maps\": [{\"identifier\": \"2a\", \"smiles\": \"[#smiles#]O=C(C1C=CC(=CC=1)C1C=CC=CC=1)SCC[#smiles#]\"}], \"bbox\": [126.80324543610543, 60.446247464503045, 172.27180527383365, 140.53752535496957]}], \"conditions\": [{\"id\": \"1009-rea1-con1\", \"text\": \"(Bpin)_2(\\\\textbf{\\\\refiden{4a}},2 equiv)\", \"maps\": [], \"bbox\": [311.6037449493765, 44.88271852615163, 169.86838522283745, 23.803213215939017]}, {\"id\": \"1009-rea1-con2\", \"text\": \"Rh source (\\\\textit{x} mol%)\", \"maps\": [], \"bbox\": [309.4398164752002, 70.84986021626692, 168.78642098574937, 21.639284741762722]}, {\"id\": \"1009-rea1-con3\", \"text\": \"ligand (10\\\\textit{x} mol%)\", \"maps\": [], \"bbox\": [319.17749460899347, 94.65307343220591, 150.393028955251, 22.72124897885088]}, {\"id\": \"1009-rea1-con4\", \"text\": \"KOAc(20 mol%)\", \"maps\": [], \"bbox\": [320.25946044921875, 120.62020874023438, 148.22909545898438, 20.55731964111328]}, {\"id\": \"1009-rea1-con5\", \"text\": \"CPME,80 ℃，24 h\", \"maps\": [], \"bbox\": [315.931601897729, 162.81682036875853, 160.13070708904422, 29.2130344013797]}], \"products\": [{\"id\": \"1009-rea1-pro-sub1\", \"text\": \"\\\\iden{3a}\", \"maps\": [{\"identifier\": \"3a\", \"smiles\": \"[#smiles#]B1(OC(C)(C)C(C)(C)O1)C1C=CC(C2C=CC=CC=2)=CC=1[#smiles#]\"}], \"bbox\": [503.0811462402344, 77.49815966427906, 152.62673950195312, 120.89250183105469]}], \"text\": \"\", \"bbox\": [119.24746450304255, 42.31237322515213, 593.8843813387424, 161.69371196754565]}], \"substances\": [], \"tables\": [{\"id\": \"1009-tab1\", \"text\": \"\", \"bbox\": [17.999999999999954, 207.02839756592292, 741.9776876267748, 364.18864097363087], \"data\": [{\"id\": \"1009-tab1-c1\", \"text\": \"Entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [30.949964961522255, 215.2359958110888, 61.07948075609201, 36.647688453655206]}, {\"id\": \"1009-tab1-c2 \", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [25.520677783202963, 264.0995804159624, 33.933044864495564, 24.431792302436804]}, {\"id\": \"1009-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [30.949964961522255, 292.6033381021387, 17.645183329537694, 27.14643589159641]}, {\"id\": \"1009-tab1-c4\", \"text\": \"3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [28.23532137236261, 326.5363829666342, 24.431792302436808, 23.07447050785703]}, {\"id\": \"1009-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [28.23532137236261, 356.39746244739035, 25.789114097016625, 23.074470507856972]}, {\"id\": \"1009-tab1-c6\", \"text\": \"5\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [30.949964961522255, 384.9012201335666, 19.002505124117512, 23.074470507856972]}, {\"id\": \"1009-tab1-c7\", \"text\": \"6\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [28.23532137236261, 413.4049778197429, 27.14643589159645, 27.14643589159641]}, {\"id\": \"1009-tab1-c8\", \"text\": \"7\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [28.23532137236261, 444.6233790950788, 27.14643589159645, 24.431792302436804]}, {\"id\": \"1009-tab1-c9\", \"text\": \"8\\\\refmark{[d]}\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [28.235321044921875, 471.76983642578125, 39.362327575683594, 28.503705978393555]}, {\"id\": \"1009-tab1-c10\", \"text\": \"9\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [25.520677783202963, 504.345538056591, 27.146435891596454, 24.431792302436804]}, {\"id\": \"1009-tab1-c11\", \"text\": \"10\\\\refmark{[e]}\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [28.23532137236261, 532.8492957427673, 52.935549988613076, 29.861079480756075]}, {\"id\": \"1009-tab1-c12\", \"text\": \"Rh source (\\\\textit{x} mol%)\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [158.53821365202558, 213.87867401650897, 213.0995217490321, 38.00501024823504]}, {\"id\": \"1009-tab1-c13\", \"text\": \"[Rh(OH)(cod)]_2 (5)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [155.8235626220703, 258.6702880859375, 199.5262908935547, 36.647705078125]}, {\"id\": \"1009-tab1-c14\", \"text\": \"[Rh(OH)(cod)]_2 (5)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [155.8235626220703, 298.0326232910156, 202.24095153808594, 25.78911590576172]}, {\"id\": \"1009-tab1-c15\", \"text\": \"[Rh(OH)(cod)]_2 (5)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [157.18089185744574, 326.5363829666342, 198.16898200865407, 29.861079480756132]}, {\"id\": \"1009-tab1-c16\", \"text\": \"[Rh(OH)(cod)]_2 (5)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [158.53821365202558, 357.7547842419702, 196.81166021407424, 28.503757686176243]}, {\"id\": \"1009-tab1-c17\", \"text\": \"[Rh(OH)(cod)]_2 (5)\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [155.8235700628659, 387.61586372272626, 202.24094739239356, 29.861079480756075]}, {\"id\": \"1009-tab1-c18\", \"text\": \"[RhCl(cod)]_2 (5)\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [155.8235700628659, 417.47694320348234, 203.5982691869734, 27.146435891596468]}, {\"id\": \"1009-tab1-c19\", \"text\": \"[RhCl(CO)_2]_2 (5)\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [151.75160467912644, 445.98070088965864, 209.0275563652927, 31.218401275335907]}, {\"id\": \"1009-tab1-c20\", \"text\": \"[Rh(OH)(cod)]_2 (5)\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [154.4662482682861, 477.19910216499454, 204.9555909815532, 29.861079480756075]}, {\"id\": \"1009-tab1-c21\", \"text\": \"[Rh(OH)(cod)]_2 (0.05)\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [158.5382080078125, 507.0601806640625, 226.6727294921875, 29.861082077026367]}, {\"id\": \"1009-tab1-c22\", \"text\": \"[Rh(OH)(cod)]_2 (0.5)\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [155.8235626220703, 538.278564453125, 225.31544494628906, 27.146453857421875]}, {\"id\": \"1009-tab1-c23\", \"text\": \"Ligand\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [453.07704307584703, 216.59331760566863, 76.01002049647008, 29.861079480756075]}, {\"id\": \"1009-tab1-c24\", \"text\": \"P(\\\\textit{n}Bu)_3\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [454.43436487042686, 262.7422586213826, 86.86859485310868, 29.861079480756132]}, {\"id\": \"1009-tab1-c25\", \"text\": \"PCy_3\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [449.0050776921076, 295.3179816912983, 61.07948075609198, 29.861079480756132]}, {\"id\": \"1009-tab1-c26\", \"text\": \"PPh_3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [449.0050776921076, 327.89370476121405, 61.07948075609198, 25.789114097016636]}, {\"id\": \"1009-tab1-c27\", \"text\": \"dcpe\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [447.64775589752776, 356.39746244739035, 67.86608972899114, 27.14643589159641]}, {\"id\": \"1009-tab1-c28\", \"text\": \"-\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [450.3623994866874, 391.6878291064657, 29.861079480756075, 19.002505124117533]}, {\"id\": \"1009-tab1-c29\", \"text\": \"P(\\\\textit{n}Bu)_3\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [453.07704307584703, 413.4049778197429, 90.94056023684817, 32.57572306991574]}, {\"id\": \"1009-tab1-c30\", \"text\": \"P(\\\\textit{n}Bu)_3\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [449.0050354003906, 447.3380126953125, 101.79922485351562, 25.7890625]}, {\"id\": \"1009-tab1-c31\", \"text\": \"P(\\\\textit{n}Bu)_3\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [454.43436487042686, 475.8417803704147, 85.51127305852879, 28.5037576861763]}, {\"id\": \"1009-tab1-c32\", \"text\": \"P(\\\\textit{n}Bu)_3\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [454.43436487042686, 507.0601816457506, 88.22591664768845, 25.789114097016636]}, {\"id\": \"1009-tab1-c33\", \"text\": \"P(\\\\textit{n}Bu)_3\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [455.7916866650067, 535.5639393319269, 82.79662946936918, 28.5037576861763]}, {\"id\": \"1009-tab1-c34\", \"text\": \"Yield \\\\textbf{\\\\refiden{3a}}[%]\\\\refmark{[a ]}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [609.1690494525267, 213.87867401650897, 143.87611022546116, 36.647688453655206]}, {\"id\": \"1009-tab1-c35\", \"text\": \"95 (83)\\\\refmark{[b]}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [609.1690494525267, 260.02761503222297, 109.94306536096565, 31.218401275335907]}, {\"id\": \"1009-tab1-c36\", \"text\": \"1\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [603.7397622742074, 295.3179816912983, 27.14643589159641, 24.431792302436804]}, {\"id\": \"1009-tab1-c37\", \"text\": \"48\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [606.454405863367, 322.4644175828948, 36.64768845365518, 28.503757686176243]}, {\"id\": \"1009-tab1-c38\", \"text\": \"0\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [603.7397622742074, 355.0401406528105, 28.5037576861763, 23.074470507856972]}, {\"id\": \"1009-tab1-c39\", \"text\": \"17\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [609.1690673828125, 382.18658447265625, 40.71966552734375, 28.503686904907227]}, {\"id\": \"1009-tab1-c40\", \"text\": \"27 [>99]\\\\refmark{[c]}\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [603.7397622742074, 414.7622996143227, 119.44431792302441, 28.503757686176243]}, {\"id\": \"1009-tab1-c41\", \"text\": \"22 [>99]\\\\refmark{[c]}\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [611.8836669921875, 444.6233825683594, 112.65777587890625, 29.86107635498047]}, {\"id\": \"1009-tab1-c42\", \"text\": \"25 [29]\\\\refmark{[c]}\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [609.1690494525267, 475.8417803704147, 88.22591664768845, 25.789114097016636]}, {\"id\": \"1009-tab1-c43\", \"text\": \"[72]\\\\refmark{[c]}\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [606.4544067382812, 504.3455505371094, 63.79412841796875, 27.146453857421875]}, {\"id\": \"1009-tab1-c44\", \"text\": \"89 (89)\\\\refmark{[b]}\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [609.1690673828125, 531.4920043945312, 101.79913330078125, 32.5756950378418]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"[a]Yields were determined by GC analysis, unless otherwise noted.[b]Isolated yields are shown in parentheses.[c]Yields for the reactions conducted for 120 h in brackets.[d]Reaction was conducted without KOAc.[e]Reaction was conducted for 120 h using 1.21 g(5 mmol) of 2a.Key:dcpe=1,2-bis(dicyclohexylphosphino)ethane.\", \"id\": \"1009.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"What is the proportion of substances containing benzene rings among all the substances in the table?\", \"answer\": \"100%\", \"id\": \"1009.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"11 rows × 4 columns\", \"id\": \"1009.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 1 and column 3 in the picture?\", \"answer\": \"Ligand\", \"id\": \"1009.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"Ligand\\\" in the picture?\", \"answer\": \"Row 1, Column 3\", \"id\": \"1009.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimization of reaction conditions.\", \"id\": \"1009.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/101.json

@@ -1,5 +0,0 @@
-{
-  "id": "101",
-  "source": "https://doi.org/10.1021/jacs.4c13538",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"SI-2\", \"text\": \"Current scope limitations.\", \"bbox\": [7.202819162824028, 7.709381362547077, 214, 20]}], \"annotations\": [{\"text\": \"\\\\mark{a}Using 5 mol% of IDPi \\\\textbf{\\\\refiden{6b}}. \\\\mark{b}Reaction conducted at rt. \\\\mark{c}Using 1 mol% of IDPi \\\\textbf{\\\\refiden{6b}}. \\\\mark{d}Reaction conducted at -25 ℃.\", \"bbox\": [5.167026996612549, 439.6754150390625, 618.7755355834961, 21.2244873046875]}], \"reactions\": [{\"id\": \"101-rea1\", \"reactants\": [{\"id\": \"101-rea1-rea-sub1\", \"text\": \"\\\\iden{1a}\", \"maps\": [{\"identifier\": \"1a\", \"smiles\": \"[#smiles#]OCNC(=O)OC(C)(C)C[#smiles#]\"}], \"bbox\": [185.40724182128906, 82.54119110107422, 83.84944152832031, 62.364601135253906]}, {\"id\": \"101-rea1-rea-sub2\", \"text\": \"\\\\iden{2}\", \"maps\": [{\"identifier\": \"2\", \"smiles\": \"[#smiles#][*]C=C[#smiles#]\"}], \"bbox\": [312.9596862792969, 91.49224090576172, 45.314697265625, 52.0279655456543]}], \"conditions\": [{\"id\": \"101-rea1-con1\", \"text\": \"IDPi \\\\textbf{\\\\refiden{6b}}\", \"maps\": [], \"bbox\": [396.31634422732503, 81.42231305512988, 52.027972027972, 16.783216783216773]}, {\"id\": \"101-rea1-con2\", \"text\": \"CHCl_3,T\", \"maps\": [], \"bbox\": [395.7568664550781, 105.47825622558594, 52.58746337890625, 16.78321647644043]}], \"products\": [{\"id\": \"101-rea1-pro-sub1\", \"text\": \"\\\\iden{3}\", \"maps\": [{\"identifier\": \"3\", \"smiles\": \"[#smiles#]O=C1OC(CCN1)[*][#smiles#]\"}], \"bbox\": [491.42123933221995, 61.282452915269765, 74.40559440559429, 82.23776223776215]}], \"text\": \"\", \"bbox\": [183.67404174804688, 59.604129791259766, 384.949951171875, 85.31286239624023]}], \"substances\": [], \"tables\": [{\"id\": \"101-tab1\", \"text\": \"\", \"bbox\": [150.26641845703125, 158.87442016601562, 449.9009704589844, 264.5544738769531], \"data\": [{\"id\": \"101-tab1-c1\", \"text\": \"\\\\impIden{A},not detected\\\\refmark{a},\\\\refmark{b}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [{\"identifier\": \"A\", \"smiles\": \"[#smiles#]O=C1OC(CCCCCC)CCN1[#smiles#]\"}], \"bbox\": [188.71842512022087, 171.3710563192218, 96.35036496350355, 92.84671532846704]}, {\"id\": \"101-tab1-c2\", \"text\": \"\\\\impIden{B},not detected\\\\refmark{a},\\\\refmark{b}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [{\"identifier\": \"B\", \"smiles\": \"[#smiles#]O=C1OC(C2C=CC(=CC=2)C(F)(F)F)CCN1[#smiles#]\"}], \"bbox\": [157.76951599121094, 280.5681457519531, 127.29927062988281, 113.28466033935547]}, {\"id\": \"101-tab1-c3\", \"text\": \"\\\\impIden{C},not detected\\\\refmark{a},\\\\refmark{b}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [{\"identifier\": \"C\", \"smiles\": \"[#smiles#]O=C1NCCC(CC2C=CC=CC=2)O1[#smiles#]\"}], \"bbox\": [337.6235346092718, 174.29076434841886, 106.27737226277361, 89.92700729926997]}, {\"id\": \"101-tab1-c4\", \"text\": \"\\\\impIden{D},43%\\\\refmark{c},\\\\refmark{d} 72:28 e.r.\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [{\"identifier\": \"D\", \"smiles\": \"[#smiles#]O=C1OC(C2C=CC(=CC=2)OC)CCN1[#smiles#]\"}], \"bbox\": [309.5943298339844, 279.98419189453125, 130.80291748046875, 129.63504028320312]}, {\"id\": \"101-tab1-c5\", \"text\": \"\\\\impIden{E},not detected\\\\refmark{a},\\\\refmark{b}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [{\"identifier\": \"E\", \"smiles\": \"[#smiles#]O=C1OC(C2C=CC=CC=2)C(CN1)C[#smiles#]\"}], \"bbox\": [491.20017694503804, 162.61193223163056, 103.35766423357654, 110.94890510948895]}, {\"id\": \"101-tab1-c6\", \"text\": \"\\\\impIden{F},20%\\\\refmark{c},\\\\refmark{d} 57:43 e.r.\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [{\"identifier\": \"F\", \"smiles\": \"[#smiles#]O=C1OC(C2C=CC(=CC=2)OC)C(CN1)C[#smiles#]\"}], \"bbox\": [463.1709899902344, 277.0644836425781, 127.88309478759766, 129.63504028320312]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aUsing 5 mol% of IDPi 6b. bReaction conducted at rt. cUsing 1 mol% of IDPi 6b. dReaction conducted at -25 ℃.\", \"id\": \"101.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"What is the proportion of substances containing a benzene ring among all the substances in the table?\", \"answer\": \"44.44%\", \"id\": \"101.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"Which lactam derivative in the table has the longest linear alkyl side chain attached to the lactam ring?\", \"answer\": \"O=C1OC(CCCCCC)CCN1\", \"id\": \"101.png\", \"unable_to_answer\": false, \"type\": \"function_based\"}, {\"question\": \"Which compound features a methoxy (OC) substituent on the aromatic ring and has a methyl group attached to the lactam ring?\", \"answer\": \"O=C1OC(C2C=CC(=CC=2)OC)C(CN1)C\", \"id\": \"101.png\", \"unable_to_answer\": false, \"category\": \"\", \"type\": \"function_based\"}, {\"question\": \"Which lactam derivative has the longest linear alkyl chain attached to the lactam ring?\", \"answer\": \"O=C1OC(CCCCCC)CCN1\", \"id\": \"101.png\", \"unable_to_answer\": false, \"category\": \"\", \"type\": \"function_based\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Current scope limitations.\", \"id\": \"101.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1010.json

@@ -1,5 +0,0 @@
-{
-  "id": "1010",
-  "source": "https://doi.org/10.1002/anie.201611974",
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499.04712703617173, 80.43478260869568, 21.739130434782567]}, {\"id\": \"1010-tab1-c25\", \"text\": \"Cy-JohnPhos\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [326.4543021408239, 528.3949531231283, 119.56521739130437, 23.913043478260875]}, {\"id\": \"1010-tab1-c26\", \"text\": \"SIPr·HCl\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [350.3673456190848, 559.916692253563, 85.86956521739137, 23.913043478260875]}, {\"id\": \"1010-tab1-c27\", \"text\": \"2,2＇-bipyridine\", \"start_row\": \"13\", \"end_row\": \"13\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [323.19343257560655, 594.6993009492152, 126.08695652173918, 22.82608695652175]}, {\"id\": \"1010-tab1-c28\", \"text\": \"none\", \"start_row\": \"14\", \"end_row\": \"14\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [366.6716934451718, 627.3079966013892, 44.56521739130437, 19.565217391304373]}, {\"id\": \"1010-tab1-c29\", \"text\": \"Yield[%]\\\\refmark{[a]}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [498.1933898925781, 205.56886291503906, 98.91311645507812, 28.26087188720703]}, {\"id\": \"1010-tab1-c30\", \"text\": \">99\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [524.2803890973457, 240.3514748622586, 52.17391304347825, 28.260869565217376]}, {\"id\": \"1010-tab1-c31\", \"text\": \"95\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [528.6282151843022, 270.7862574709543, 39.13043478260863, 26.086956521739125]}, {\"id\": \"1010-tab1-c32\", \"text\": \"1\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [539.4977804016936, 303.3949531231282, 18.478260869565133, 25]}, {\"id\": 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\"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [535.149954314737, 466.4384313839978, 29.347826086956502, 23.913043478260875]}, {\"id\": \"1010-tab1-c38\", \"text\": \"0\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [538.4108238799545, 496.8732139926935, 21.73913043478251, 27.173913043478194]}, {\"id\": \"1010-tab1-c39\", \"text\": \"0\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [536.2369108364761, 530.5688661666065, 27.17391304347825, 21.739130434782624]}, {\"id\": \"1010-tab1-c40\", \"text\": \"0\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [537.3238673582154, 562.0906052970413, 28.260869565217263, 21.739130434782624]}, {\"id\": \"1010-tab1-c41\", \"text\": \"0\", \"start_row\": \"13\", \"end_row\": \"13\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [538.4108276367188, 590.3515014648438, 23.91302490234375, 23.91301727294922]}, {\"id\": \"1010-tab1-c42\", \"text\": \"17\", \"start_row\": \"14\", \"end_row\": \"14\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [534.0629977929979, 622.9601705144327, 29.347826086956502, 22.826086956521635]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"[a]Determined by GC analysis. [b]Yield for the reaction conducted for 120 h is shown in parentheses.[c] Ligand (25 mol%) was used.\", \"id\": \"1010.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many benzene rings are present in the substance labeled as reactant 2a?\", \"answer\": \"The substance labeled as reactant 2a contains 1 benzene ring.\", \"id\": \"1010.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"14 rows × 3 columns\", \"id\": \"1010.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 11 and column 1 in the picture?\", \"answer\": \"10\", \"id\": \"1010.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"10\\\" in the picture?\", \"answer\": \"Row 11, Column 1\", \"id\": \"1010.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimizatioan of ligand\", \"id\": \"1010.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1011.json

@@ -1,5 +0,0 @@
-{
-  "id": "1011",
-  "source": "https://doi.org/10.1002/anie.201611974",
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\"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [354.75862068965523, 493.44827586206895, 32.58620689655169, 34.13793103448279]}, {\"id\": \"1011-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [354.75862068965523, 538.448275862069, 31.03448275862064, 35.68965517241372]}, {\"id\": \"1011-tab1-c6\", \"text\": \"5\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [359.4137931034483, 594.3103448275862, 27.931034482758605, 32.586206896551744]}, {\"id\": \"1011-tab1-c7\", \"text\": \"6\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [360.96551724137936, 642.4137931034483, 24.827586206896513, 34.13793103448279]}, {\"id\": \"1011-tab1-c8\", \"text\": \"\\\\textbf{x}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [567.344827586207, 344.4827586206896, 43.448275862068954, 37.241379310344826]}, {\"id\": \"1011-tab1-c9\", \"text\": \"10\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [572, 391.0344827586206, 48.10344827586209, 35.689655172413836]}, {\"id\": \"1011-tab1-c10\", \"text\": \"20\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [576.6551724137931, 442.2413793103448, 37.24137931034477, 35.68965517241378]}, {\"id\": \"1011-tab1-c11\", \"text\": \"30\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [575.1034482758621, 493.44827586206895, 41.89655172413791, 32.586206896551744]}, {\"id\": \"1011-tab1-c12\", \"text\": \"40\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [576.6551724137931, 540, 38.793103448275815, 40.34482758620686]}, {\"id\": \"1011-tab1-c13\", \"text\": \"50\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [568.8965517241379, 592.7586206896551, 49.65517241379314, 32.586206896551744]}, {\"id\": \"1011-tab1-c14\", \"text\": \"100\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [572, 639.3103448275862, 57.413793103448256, 37.24137931034488]}, {\"id\": \"1011-tab1-c15\", \"text\": \"Yield[%]\\\\refmark{[a]}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [765.9655172413793, 335.1724137931034, 152.0689655172414, 41.896551724137964]}, {\"id\": \"1011-tab1-c16\", \"text\": \"90\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [824.9310344827586, 387.93103448275855, 35.689655172413836, 40.34482758620692]}, {\"id\": \"1011-tab1-c17\", \"text\": \"91\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [823.3793103448274, 445.34482758620686, 41.89655172413802, 29.48275862068965]}, {\"id\": \"1011-tab1-c18\", \"text\": \"99\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [821.8275862068965, 491.8965517241379, 43.44827586206907, 32.586206896551744]}, {\"id\": \"1011-tab1-c19\", \"text\": \"96\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [821.8275862068965, 543.103448275862, 41.89655172413802, 34.13793103448279]}, {\"id\": \"1011-tab1-c20\", \"text\": \"99\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [818.7241379310345, 592.7586206896551, 41.89655172413791, 34.13793103448279]}, {\"id\": \"1011-tab1-c21\", \"text\": \">99\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [807.8620689655172, 639.3103448275862, 63.62068965517244, 35.689655172413836]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"[a]Determined by GC analysis.\", \"id\": \"1011.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many molecular diagrams of benzene rings are there in the table?\", \"answer\": \"There are 2 benzene rings in total.\", \"id\": \"1011.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"7 rows × 3 columns\", \"id\": \"1011.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 3 and column 1 in the picture?\", \"answer\": \"2\", \"id\": \"1011.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"2\\\" in the picture?\", \"answer\": \"Row 3, Column 1\", \"id\": \"1011.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimization of the amount of P(n-Bu)_3\", \"id\": \"1011.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"At what value of x is the yield the lowest?\", \"answer\": \"The yield is lowest when x is 10.\", \"id\": \"1011.png\", \"unable_to_answer\": false, \"aspect\": \"yield2cond\", \"type\": \"yield_and_conditions\"}]}"
-}

test/json/1012.json

@@ -1,5 +0,0 @@
-{
-  "id": "1012",
-  "source": "https://doi.org/10.1002/anie.201611974",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S3\", \"text\": \"Optimization of rhodium source\", \"bbox\": [18.20689655172414, 15.172413793103448, 444.55172413793105, 47.0344827586207]}], \"annotations\": [{\"text\": \"\\\\mark{[a]}Determined by GC analysis. \\\\mark{[b]}Yields when the reaction was performed for 120 h in parentheses.\\\\mark{[c]}Reaction was conducted in the absence of KOAc.\\n\\\\mark{[d]}Reaction was conducted with 2.5 mol% of Rh source.\", \"bbox\": [245.79310607910156, 626.6206665039062, 638.7585906982422, 118.3448486328125]}], \"reactions\": [{\"id\": \"1012-rea1\", \"reactants\": [{\"id\": \"1012-rea1-rea-sub1\", \"text\": \"\\\\iden{2a}\", \"maps\": [{\"identifier\": \"2a\", \"smiles\": \"[#smiles#]O=C(C1C=CC(=CC=1)C1C=CC=CC=1)SCC[#smiles#]\"}], \"bbox\": [166.89655172413794, 84.96551724137932, 195.7241379310345, 157.79310344827587]}], \"conditions\": [{\"id\": \"1012-rea1-con1\", \"text\": \"\\\\color{green}{\\\\textbf{(Bpin)_2}}(\\\\textbf{\\\\refiden{4a}},2 equiv)\", \"maps\": [], \"bbox\": [406.62068965517244, 71.3103448275862, 188.1379310344828, 28.827586206896555]}, {\"id\": \"1012-rea1-con2\", \"text\": \"\\\\textbf{Rh source (5 mol%)}\", \"maps\": [], \"bbox\": [400.5517272949219, 97.10344696044922, 198.75863647460938, 22.758621215820312]}, {\"id\": \"1012-rea1-con3\", \"text\": \"P(\\\\textit{n}-Bu)_3(50 mol%)\", \"maps\": [], \"bbox\": [409.65517241379314, 121.37931034482759, 182.0689655172414, 27.31034482758622]}, {\"id\": \"1012-rea1-con4\", \"text\": \"KOAc(20 mol%)\", \"maps\": [], \"bbox\": [408.1379310344828, 145.6551724137931, 189.65517241379314, 25.793103448275872]}, {\"id\": \"1012-rea1-con5\", \"text\": \"CPME,80 ℃，24 h\", \"maps\": [], \"bbox\": [409.65517241379314, 185.10344827586206, 185.1034482758621, 36.413793103448285]}], \"products\": [{\"id\": \"1012-rea1-pro-sub1\", \"text\": \"\\\\iden{3a}\", \"maps\": [{\"identifier\": \"3a\", \"smiles\": \"[#smiles#]B1(OC(C)(C)C(C)(C)O1)C1C=CC(C2C=CC=CC=2)=CC=1[#smiles#]\"}], \"bbox\": [661.5172413793103, 115.3103448275862, 168.41379310344826, 127.44827586206897]}], \"text\": \"\", \"bbox\": [162.34482758620692, 68.27586206896552, 675.1724137931035, 183.58620689655174]}], \"substances\": [], \"tables\": [{\"id\": \"1012-tab1\", \"text\": \"\", \"bbox\": [262.4827575683594, 260.96551513671875, 500.6896057128906, 362.62066650390625], \"data\": [{\"id\": \"1012-tab1-c1\", \"text\": \"Entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [279.1724137931035, 264, 69.79310344827582, 39.448275862068954]}, {\"id\": \"1012-tab1-c2\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [289.7931034482759, 306.48275862068965, 39.448275862068954, 30.344827586206918]}, {\"id\": \"1012-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [295.86206896551727, 345.93103448275866, 28.82758620689657, 31.86206896551721]}, {\"id\": \"1012-tab1-c4\", \"text\": \"3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [300.4137931034483, 388.4137931034483, 30.34482758620686, 33.37931034482756]}, {\"id\": \"1012-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [292.82758620689657, 426.3448275862069, 31.862068965517267, 31.862068965517267]}, {\"id\": \"1012-tab1-c6\", \"text\": \"5\\\\refmark{[c]}\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [300.4137931034483, 464.2758620689655, 36.413793103448256, 28.82758620689657]}, {\"id\": \"1012-tab1-c7\", \"text\": \"6\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [294.3448275862069, 508.2758620689655, 31.86206896551721, 28.82758620689657]}, {\"id\": \"1012-tab1-c8\", \"text\": \"7\\\\refmark{[d]}\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [301.93103448275866, 544.6896551724138, 44, 27.310344827586164]}, {\"id\": \"1012-tab1-c9\", \"text\": \"8\\\\refmark{[e]}\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [297.3793103448276, 582.6206896551724, 45.51724137931035, 34.89655172413791]}, {\"id\": \"1012-tab1-c10\", \"text\": \"\\\\textbf{Rh source}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [429.3793103448276, 265.51724137931035, 124.41379310344831, 36.41379310344831]}, {\"id\": \"1012-tab1-c11\", \"text\": \"[Rh(OH)(cod)]_2\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [403.58620689655174, 303.44827586206895, 166.8965517241379, 39.44827586206901]}, {\"id\": \"1012-tab1-c12\", \"text\": \"[RhCl(cod)]_2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [418.7586206896552, 348.9655172413793, 147.17241379310343, 36.41379310344831]}, {\"id\": \"1012-tab1-c13\", \"text\": \"[Rh(OMe)(cod)]_2\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [394.48275862068965, 385.3793103448276, 185.1034482758621, 37.931034482758605]}, {\"id\": \"1012-tab1-c14\", \"text\": \"[Rh(OAc)(cod)]_2\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [396, 426.3448275862069, 179.0344827586207, 37.931034482758605]}, {\"id\": \"1012-tab1-c15\", \"text\": \"[Rh(OAc)(cod)]_2\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [400.55172413793105, 465.7931034482759, 176, 34.896551724137964]}, {\"id\": \"1012-tab1-c16\", \"text\": \"[RhCl(CO)_2]_2\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [414.2068965517242, 506.7586206896552, 151.72413793103442, 34.896551724137964]}, {\"id\": \"1012-tab1-c17\", \"text\": \"Rh_4(CO)_{12}\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [424.8275451660156, 546.2069091796875, 121.37930297851562, 34.89654541015625]}, {\"id\": \"1012-tab1-c18\", \"text\": \"Rh/C\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [461.2413793103448, 587.1724137931035, 66.75862068965517, 28.827586206896513]}, {\"id\": \"1012-tab1-c19\", \"text\": \"Yield[%]\\\\refmark{[a]}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [614.4827586206897, 264, 128.9655172413793, 36.41379310344831]}, {\"id\": \"1012-tab1-c20\", \"text\": \"95\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [660, 306.48275862068965, 42.48275862068965, 31.862068965517267]}, {\"id\": \"1012-tab1-c21\", \"text\": \"27(>99)\\\\refmark{[b]}\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [622.0689655172414, 342.89655172413796, 116.82758620689663, 39.448275862068954]}, {\"id\": \"1012-tab1-c22\", \"text\": \"92\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [664.551724137931, 386.89655172413796, 36.413793103448256, 30.34482758620686]}, {\"id\": \"1012-tab1-c23\", \"text\": \"91\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [661.5172413793103, 427.86206896551727, 33.37931034482756, 31.86206896551721]}, {\"id\": \"1012-tab1-c24\", \"text\": \"24(41)\\\\refmark{[b]}\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [632.6896362304688, 464.2758483886719, 110.75860595703125, 33.37932205200195]}, {\"id\": \"1012-tab1-c25\", \"text\": \"22(>99)\\\\refmark{[b]}\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [622.0689655172414, 506.7586206896552, 113.79310344827593, 33.379310344827616]}, {\"id\": \"1012-tab1-c26\", \"text\": \"90\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [663.0344827586207, 549.2413793103449, 40.9655172413793, 24.275862068965466]}, {\"id\": \"1012-tab1-c27\", \"text\": \"0\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [663.0344827586207, 585.6551724137931, 37.931034482758605, 28.827586206896513]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"[a]Determined by GC analysis. [b]Yields when the reaction was performed for 120 h in parentheses.[c]Reaction was conducted in the absence of KOAc. [d]Reaction was conducted with 2.5 mol% of Rh source.\", \"id\": \"1012.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many molecular diagrams of benzene rings are there in the table?\", \"answer\": \"There are a total of 2 benzene rings.\", \"id\": \"1012.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"9 rows × 3 columns\", \"id\": \"1012.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 9 and column 2 in the picture?\", \"answer\": \"Rh/C\", \"id\": \"1012.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"Rh/C\\\" in the picture?\", \"answer\": \"Row 9, Column 2\", \"id\": \"1012.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimization of rhodium source\", \"id\": \"1012.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1013.json

@@ -1,5 +0,0 @@
-{
-  "id": "1013",
-  "source": "https://doi.org/10.1002/anie.201611974",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S4\", \"text\": \"Optimization of the amount of KOAc\", \"bbox\": [10.820486815415865, 14.726166328600405, 631.7525354969574, 53.01419878296145]}], \"annotations\": [{\"text\": \"\\\\mark{[a]}Determined by GC analysis.\", \"bbox\": [327.4330628803246, 671.5131845841785, 371.09939148073016, 36.815415821501006]}], \"reactions\": [{\"id\": \"1013-rea1\", \"reactants\": [{\"id\": \"1013-rea1-rea-sub1\", \"text\": \"\\\\iden{2a}\", \"maps\": [{\"identifier\": \"2a\", \"smiles\": \"[#smiles#]O=C(C1C=CC(=CC=1)C1C=CC=CC=1)SCC[#smiles#]\"}], \"bbox\": [239.07606490872215, 95.72008113590262, 220.89249492900606, 198.80324543610544]}], \"conditions\": [{\"id\": \"1013-rea1-con1\", \"text\": \"\\\\color{green}{\\\\textbf{(Bpin)_2}}(\\\\textbf{\\\\refiden{4a}},2 equiv)\", \"maps\": [], \"bbox\": [492.3661257606491, 73.63083164300203, 244.45436105476676, 36.815415821501006]}, {\"id\": \"1013-rea1-con2\", \"text\": \"[Rh(OH)(cod)]_2(5 mol%)}\", \"maps\": [], \"bbox\": [473.2220764160156, 111.91886138916016, 287.1602478027344, 27.979700088500977]}, {\"id\": \"1013-rea1-con3\", \"text\": \"P(\\\\textit{n}-Bu)_3(50 mol%)\", \"maps\": [], \"bbox\": [492.3661193847656, 136.95335388183594, 245.92697143554688, 33.87017822265625]}, {\"id\": \"1013-rea1-con4\", \"text\": \"\\\\textbf{KOAc(x mol%)}\", \"maps\": [], \"bbox\": [512.9827880859375, 169.35092163085938, 200.27581787109375, 30.924936294555664]}, {\"id\": \"1013-rea1-con5\", \"text\": \"CPME,80 ℃，24 h\", \"maps\": [], \"bbox\": [504.14705882352945, 222.3651115618661, 220.8924949290061, 35.34279918864098]}], \"products\": [{\"id\": \"1013-rea1-pro-sub1\", \"text\": \"\\\\iden{3a}\", \"maps\": [{\"identifier\": \"3a\", \"smiles\": \"[#smiles#]B1(OC(C)(C)C(C)(C)O1)C1C=CC(C2C=CC=CC=2)=CC=1[#smiles#]\"}], \"bbox\": [792.7799188640973, 111.91886409736308, 203.22109533468551, 181.13184584178498]}], \"text\": \"\", \"bbox\": [224.34989858012173, 69.21298174442191, 783.4320486815415, 235.61866125760648]}], \"substances\": [], \"tables\": [{\"id\": \"1013-tab1\", \"text\": \"\", \"bbox\": [337.7413793103449, 309.2494929006085, 556.6490872210952, 356.37322515212975], \"data\": [{\"id\": \"1013-tab1-c1\", \"text\": \"Entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [362.7758620689655, 318.0851926977688, 83.93914807302235, 41.23326572008108]}, {\"id\": \"1013-tab1-c2\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [392.22819472616635, 368.1541582150101, 27.979716024340746, 38.28803245436109]}, {\"id\": \"1013-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [389.28296146044624, 421.16835699797156, 30.92494929006085, 35.34279918864098]}, {\"id\": \"1013-tab1-c4\", \"text\": \"3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [392.22819472616635, 471.23732251521295, 33.87018255578096, 36.815415821501006]}, {\"id\": \"1013-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [392.22819472616635, 524.2515212981745, 29.452332657200827, 30.924949290060795]}, {\"id\": \"1013-tab1-c6\", \"text\": \"5\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [387.8103448275862, 571.3752535496957, 33.87018255578096, 30.92494929006091]}, {\"id\": \"1013-tab1-c7\", \"text\": \"6\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [386.3377281947262, 624.3894523326571, 39.76064908722111, 29.452332657200827]}, {\"id\": \"1013-tab1-c8\", \"text\": \"\\\\textbf{x}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [567.4695740365112, 326.920892494929, 35.342799188640925, 30.92494929006085]}, {\"id\": \"1013-tab1-c9\", \"text\": \"300\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [558.6338500976562, 368.1541442871094, 57.43206787109375, 38.28798294067383]}, {\"id\": \"1013-tab1-c10\", \"text\": \"200\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [557.1612576064908, 424.11359026369166, 60.377281947261736, 27.979716024340746]}, {\"id\": \"1013-tab1-c11\", \"text\": \"100\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [555.6886409736309, 468.2920892494929, 63.32251521298167, 36.815415821501006]}, {\"id\": \"1013-tab1-c12\", \"text\": \"50\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [561.579107505071, 521.3062880324543, 45.651115618661265, 33.87018255578096]}, {\"id\": \"1013-tab1-c13\", \"text\": \"20\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [564.5243407707911, 568.4300202839756, 53.014198782961444, 35.342799188640925]}, {\"id\": \"1013-tab1-c14\", \"text\": \"0\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [565.9969574036511, 622.9168356997972, 41.233265720081135, 32.397565922920876]}, {\"id\": \"1013-tab1-c15\", \"text\": \"Yield[%]\\\\refmark{[a]}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [722.0943204868154, 315.13995943204867, 150.20689655172407, 41.233265720081135]}, {\"id\": \"1013-tab1-c16\", \"text\": \"89\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [780.9989858012169, 368.1541582150101, 44.1784989858013, 39.76064908722111]}, {\"id\": \"1013-tab1-c17\", \"text\": \"88\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [782.471602434077, 416.7505070993915, 39.760649087221054, 42.70588235294116]}, {\"id\": \"1013-tab1-c18\", \"text\": \"89\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [780.9989858012169, 472.709939148073, 39.76064908722117, 33.87018255578096]}, {\"id\": \"1013-tab1-c19\", \"text\": \"88\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [779.526369168357, 518.3610547667342, 47.12373225152123, 36.815415821501006]}, {\"id\": \"1013-tab1-c20\", \"text\": \"95\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [778.0537525354969, 571.3752535496957, 48.596348884381314, 32.397565922920876]}, {\"id\": \"1013-tab1-c21\", \"text\": \"21\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [772.1632690429688, 615.5537719726562, 51.54156494140625, 36.8154296875]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"[a]Determined by GC analysis.\", \"id\": \"1013.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"What is the proportion of substances containing benzene rings among all substances in the table?\", \"answer\": \"100%\", \"id\": \"1013.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"As x increases, how does the yield change?\", \"answer\": \"It increases initially, and then as x continues to increase, the yield exhibits slight fluctuations.\", \"id\": \"1013.png\", \"unable_to_answer\": false, \"type\": \"logical_reasoning_trend\"}, {\"question\": \"What is the x value corresponding to an Entry column value of 6?\", \"answer\": \"0\", \"id\": \"1013.png\", \"unable_to_answer\": false, \"hop\": 2, \"type\": \"multihop_retrieval\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"7 rows × 3 columns\", \"id\": \"1013.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 4 and column 2 in the picture?\", \"answer\": \"100\", \"id\": \"1013.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"100\\\" in the picture?\", \"answer\": \"Row 4, Column 2\", \"id\": \"1013.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimization of the amount of KOAc\", \"id\": \"1013.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"At what value of x is the yield highest?\", \"answer\": \"The yield is highest when x is 20.\", \"id\": \"1013.png\", \"unable_to_answer\": false, \"aspect\": \"yield2cond\", \"type\": \"yield_and_conditions\"}]}"
-}

test/json/1014.json

@@ -1,5 +0,0 @@
-{
-  "id": "1014",
-  "source": "https://doi.org/10.1002/anie.201611974",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S5\", \"text\": \"Reaction without KOAc\", \"bbox\": [11.141987829614623, 16.0040567951318, 548.9391480730222, 52.81338742393508]}], \"annotations\": [{\"text\": \"\\\\mark{[a]}Determined by GC analysis.\", \"bbox\": [412.84381338742395, 740.9878296146044, 430.50912778904654, 46.41176470588232]}], \"reactions\": [{\"id\": \"1014-rea1\", \"reactants\": [{\"id\": \"1014-rea1-rea-sub1\", \"text\": \"\\\\iden{2a}\", \"maps\": [{\"identifier\": \"2a\", \"smiles\": \"[#smiles#]O=C(C1C=CC(=CC=1)C1C=CC=CC=1)SCC[#smiles#]\"}], \"bbox\": [281.6105476673428, 113.62880324543605, 275.2697768762677, 232.05882352941174]}], \"conditions\": [{\"id\": \"1014-rea1-con1\", \"text\": \"\\\\color{green}{\\\\textbf{(Bpin)_2}}(\\\\textbf{\\\\refiden{4a}},2 equiv)\", \"maps\": [], \"bbox\": [596.8904418945312, 86.42190551757812, 292.874267578125, 41.61054611206055]}, {\"id\": \"1014-rea1-con2\", \"text\": \"[Rh(OH)(cod)]_2(5 mol%)}\", \"maps\": [], \"bbox\": [569.68359375, 128.03245544433594, 340.8863525390625, 33.6085205078125]}, {\"id\": \"1014-rea1-con3\", \"text\": \"P(\\\\textit{n}-Bu)_3(50 mol%)\", \"maps\": [], \"bbox\": [611.2941176470588, 160.0405679513184, 267.2677484787017, 38.40973630831644]}, {\"id\": \"1014-rea1-con4\", \"text\": \"\\\\textbf{without KOAc}\", \"maps\": [], \"bbox\": [641.7018255578093, 200.05070993914802, 214.45436105476654, 35.208924949290065]}, {\"id\": \"1014-rea1-con5\", \"text\": \"CPME,80 ℃,\\\\textbf{time}\", \"maps\": [], \"bbox\": [609.6937119675456, 254.46450304259628, 273.66937119675447, 56.014198782961444]}], \"products\": [{\"id\": \"1014-rea1-pro-sub1\", \"text\": \"\\\\iden{3a}\", \"maps\": [{\"identifier\": \"3a\", \"smiles\": \"[#smiles#]B1(OC(C)(C)C(C)(C)O1)C1C=CC(C2C=CC=CC=2)=CC=1[#smiles#]\"}], \"bbox\": [947.3793103448274, 144.03651115618655, 256.0649087221095, 201.65111561866124]}], \"text\": \"\", \"bbox\": [272.0081135902637, 76.81947261663281, 941.0385395537523, 281.67139959432046]}], \"substances\": [], \"tables\": [{\"id\": \"1014-tab1\", \"text\": \"\", \"bbox\": [464.0567932128906, 369.6937255859375, 584.1481628417969, 361.69158935546875], \"data\": [{\"id\": \"1014-tab1-c1\", \"text\": \"Entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [481.66125760649084, 377.6957403651115, 84.82150101419882, 51.21298174442194]}, {\"id\": \"1014-tab1-c2\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [510.46855983772815, 441.7119675456389, 28.807302231237315, 41.610547667342814]}, {\"id\": \"1014-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [512.0689655172414, 504.1277890466531, 24.006085192697697, 36.809330628803195]}, {\"id\": \"1014-tab1-c4\", \"text\": \"3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [508.86815415821496, 566.5436105476673, 41.610547667342814, 32.00811359026363]}, {\"id\": \"1014-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [499.2657200811359, 619.3569979716024, 54.413793103448256, 46.41176470588232]}, {\"id\": \"1014-tab1-c6\", \"text\": \"5\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [507.2677307128906, 681.7728271484375, 38.409759521484375, 40.0101318359375]}, {\"id\": \"1014-tab1-c7\", \"text\": \"\\\\textbf{Time [h]}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [665.707910750507, 377.6957403651115, 132.83367139959432, 54.41379310344831]}, {\"id\": \"1014-tab1-c8\", \"text\": \"24\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [710.5192697768763, 441.7119675456389, 43.210953346855945, 40.01014198782963]}, {\"id\": \"1014-tab1-c9\", \"text\": \"48\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [704.1176470588235, 500.92697768762673, 52.81338742393507, 43.210953346855945]}, {\"id\": \"1014-tab1-c10\", \"text\": \"72\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [708.9188640973631, 556.9411764705882, 46.41176470588232, 44.81135902636913]}, {\"id\": \"1014-tab1-c11\", \"text\": \"96\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [702.5172413793103, 627.3590263691683, 52.81338742393507, 35.20892494929001]}, {\"id\": \"1014-tab1-c12\", \"text\": \"120\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [699.316430020284, 680.1724137931034, 64.01622718052738, 43.210953346855945]}, {\"id\": \"1014-tab1-c13\", \"text\": \"Yield[%]\\\\refmark{[a]}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [865.758620689655, 376.0953346855983, 169.64300202839752, 49.61257606490875]}, {\"id\": \"1014-tab1-c14\", \"text\": \"25\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [928.1744421906692, 438.51115618661254, 51.21298174442188, 38.40973630831644]}, {\"id\": \"1014-tab1-c15\", \"text\": \"24\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [928.1744421906692, 492.9249492900608, 43.21095334685606, 51.21298174442188]}, {\"id\": \"1014-tab1-c16\", \"text\": \"26\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [931.3752535496956, 564.9432048681541, 46.41176470588243, 38.40973630831638]}, {\"id\": \"1014-tab1-c17\", \"text\": \"28\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [931.3752535496956, 624.1582150101419, 41.61054766734287, 41.61054766734276]}, {\"id\": \"1014-tab1-c18\", \"text\": \"29\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [928.1744421906692, 681.7728194726166, 44.811359026369246, 38.409736308316496]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"[a]Determined by GC analysis.\", \"id\": \"1014.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many molecular diagrams of benzene rings are there in the table?\", \"answer\": \"There are 2 benzene rings in total.\", \"id\": \"1014.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"How does the yield change as the reaction time increases?\", \"answer\": \"It gradually increases.\", \"id\": \"1014.png\", \"unable_to_answer\": false, \"type\": \"logical_reasoning_trend\"}, {\"question\": \"What is the Yield value corresponding to a Time value of 48?\", \"answer\": \"24\", \"id\": \"1014.png\", \"unable_to_answer\": false, \"hop\": 2, \"type\": \"multihop_retrieval\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"6 rows × 3 columns\", \"id\": \"1014.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 5 and column 1 in the picture?\", \"answer\": \"4\", \"id\": \"1014.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"4\\\" in the picture?\", \"answer\": \"Row 5, Column 1\", \"id\": \"1014.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Reaction without KOAc\", \"id\": \"1014.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"At what reaction time is the yield the highest?\", \"answer\": \"The yield is highest when the reaction time is 29 hours.\", \"id\": \"1014.png\", \"unable_to_answer\": false, \"aspect\": \"yield2cond\", \"type\": \"yield_and_conditions\"}]}"
-}

test/json/1015.json

@@ -1,5 +0,0 @@
-{
-  "id": "1015",
-  "source": "https://doi.org/10.1002/anie.201611974",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S6\", \"text\": \"Optimization of combination of rhodium source and base\", \"bbox\": [9.03305393226775, 17.80277901806651, 453.50882766758957, 22.395497662597016]}], \"annotations\": [{\"text\": \"\\\\mark{[a]}Determined by GC analysis.\", \"bbox\": [53.831626892089844, 730.238525390625, 196.03631210327148, 23.258544921875]}], \"reactions\": [{\"id\": \"1015-rea1\", \"reactants\": [{\"id\": \"1015-rea1-rea-sub1\", \"text\": \"\\\\iden{2a}\", \"maps\": [{\"identifier\": \"2a\", \"smiles\": \"[#smiles#]O=C(C1C=CC(=CC=1)C1C=CC=CC=1)SCC[#smiles#]\"}], \"bbox\": [126.336906096905, 70.14483078561786, 116.33372342722096, 88.3015009146376]}], \"conditions\": [{\"id\": \"1015-rea1-con1\", \"text\": \"\\\\color{green}{\\\\textbf{(Bpin)_2}}(\\\\textbf{\\\\refiden{4a}},2 equiv)\", \"maps\": [], \"bbox\": [258.7891574688614, 47.71905277555116, 122.64097349255223, 19.622555758808346]}, {\"id\": \"1015-rea1-con2\", \"text\": \"\\\\textbf{[RhX(cod)]_2(5 mol%)}\", \"maps\": [], \"bbox\": [253.8835185291593, 64.53838628310118, 131.75144580914184, 16.819333507550027]}, {\"id\": \"1015-rea1-con3\", \"text\": \"P(\\\\textit{n}-Bu)_3(50 mol%)\", \"maps\": [], \"bbox\": [260.8915741573051, 79.95610866502203, 114.23130673877722, 17.520139070364607]}, {\"id\": \"1015-rea1-con4\", \"text\": \"\\\\textbf{base(20 mol%)}\", \"maps\": [], \"bbox\": [270.0020464738947, 95.37383104694288, 98.81358435685638, 15.41772238192084]}, {\"id\": \"1015-rea1-con5\", \"text\": \"CPME,80 ℃，24 h\", \"maps\": [], \"bbox\": [262.9939908457489, 123.40605355952624, 112.82969561314803, 19.622555758808346]}], \"products\": [{\"id\": \"1015-rea1-pro-sub1\", \"text\": \"\\\\iden{3a}\", \"maps\": [{\"identifier\": \"3a\", \"smiles\": \"[#smiles#]B1(OC(C)(C)C(C)(C)O1)C1C=CC(C2C=CC=CC=2)=CC=1[#smiles#]\"}], \"bbox\": [405.2575200971095, 81.3577197906512, 108.62486223626047, 74.2853896583459]}], \"text\": \"\", \"bbox\": [122.4102554321289, 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\"end_row\": \"16\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [494.76675016460234, 548.7169671602848, 28.920814734236103, 25.450316966127843]}, {\"id\": \"1015-tab1-c80\", \"text\": \"88\", \"start_row\": \"17\", \"end_row\": \"17\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [497.08041534334126, 577.6377818945209, 24.293484376758386, 21.979819198019413]}, {\"id\": \"1015-tab1-c81\", \"text\": \"90\", \"start_row\": \"18\", \"end_row\": \"18\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [497.0804138183594, 603.0880737304688, 25.450347900390625, 17.352514266967773]}, {\"id\": \"1015-tab1-c82\", \"text\": \"89\", \"start_row\": \"19\", \"end_row\": \"19\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [494.76675016460234, 627.381583237407, 26.6071495554973, 19.66615401928061]}, {\"id\": \"1015-tab1-c83\", \"text\": \"18\", \"start_row\": \"20\", \"end_row\": \"20\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [492.4530849858635, 651.6750676141653, 28.92081473423616, 20.822986608650012]}, {\"id\": \"1015-tab1-c84\", \"text\": \"22\", \"start_row\": \"21\", \"end_row\": \"21\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [494.76675016460234, 675.9685519909236, 26.6071495554973, 23.136651787388928]}, {\"id\": \"1015-tab1-c85\", \"text\": \"25\", \"start_row\": \"22\", \"end_row\": \"22\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [495.9235812289899, 701.4188787665737, 23.136688232421875, 18.50931167602539]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"[a]Determined by GC analysis.\", \"id\": \"1015.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"Do the reactants and products contain the same number of benzene rings?\", \"answer\": \"Yes, they do.\", \"id\": \"1015.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"22 rows × 4 columns\", \"id\": \"1015.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 18 and column 2 in the picture?\", \"answer\": \"CsOPiv\", \"id\": \"1015.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"CsOPiv\\\" in the picture?\", \"answer\": \"Row 18, Column 2\", \"id\": \"1015.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimization of combination of rhodium source and base\", \"id\": \"1015.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1016.json

@@ -1,5 +0,0 @@
-{
-  "id": "1016",
-  "source": "https://doi.org/10.1002/anie.201611974",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S7\", \"text\": \"Reducing the amount of rhodium source and ligand\", \"bbox\": [26.073022842407227, 24.448274612426758, 708.9999752044678, 40.267751693725586]}], \"annotations\": [{\"text\": \"\\\\mark{[a]}Determined by GC analysis. \\\\mark{[b]}5.0 mmol of \\\\textbf{\\\\refiden{2a}} was used. \\\\mark{[c]}Isolated yield in parentheses.\", \"bbox\": [211.59228515625, 604.0162353515625, 342.27587890625, 94.91683197021484]}], \"reactions\": [{\"id\": \"1016-rea1\", \"reactants\": [{\"id\": \"1016-rea1-rea-sub1\", \"text\": \"\\\\iden{2a}\", \"maps\": [{\"identifier\": \"2a\", \"smiles\": \"[#smiles#]O=C(C1C=CC(=CC=1)C1C=CC=CC=1)SCC[#smiles#]\"}], \"bbox\": [220.22109533468566, 96.3549695740365, 201.33874239350914, 169.6997971602434]}], \"conditions\": [{\"id\": \"1016-rea1-con1\", \"text\": \"\\\\color{green}{\\\\textbf{(Bpin)_2}}(\\\\textbf{\\\\refiden{4a}},2 equiv)\", \"maps\": [], \"bbox\": [448.88438133874246, 79.0973630831643, 221.47261663286002, 31.638945233265716]}, {\"id\": \"1016-rea1-con2\", \"text\": \"[Rh(OH)(cod)]_2(\\\\textbf{x mol%})\", \"maps\": [], \"bbox\": [431.6267748478702, 109.29817444219067, 254.54969574036517, 25.886409736308295]}, {\"id\": \"1016-rea1-con3\", \"text\": \"P(\\\\textit{n}-Bu)_3\\\\(textbf{10x mol%})\", \"maps\": [], \"bbox\": [450.3225152129818, 135.18458417849897, 212.8438133874239, 25.886409736308337]}, {\"id\": \"1016-rea1-con4\", \"text\": \"KOAc(20 mol%)\", \"maps\": [], \"bbox\": [467.580121703854, 159.63286004056795, 179.7667342799188, 30.200811359026375]}, {\"id\": \"1016-rea1-con5\", \"text\": \"CPME,80 ℃,\\\\textbf{time}\", \"maps\": [], \"bbox\": [451.7606490872211, 208.52941176470588, 208.5294117647059, 41.70588235294116]}], \"products\": [{\"id\": \"1016-rea1-pro-sub1\", \"text\": \"\\\\iden{3a}\", \"maps\": [{\"identifier\": \"3a\", \"smiles\": \"[#smiles#]B1(OC(C)(C)C(C)(C)O1)C1C=CC(C2C=CC=CC=2)=CC=1[#smiles#]\"}], \"bbox\": [706.3103448275863, 123.67951318458417, 185.51926977687617, 143.81338742393513]}], \"text\": \"\", \"bbox\": [204.40162271805278, 70.4685598377282, 701.8093306288033, 201.3387423935091]}], \"substances\": [], \"tables\": [{\"id\": \"1016-tab1\", \"text\": \"\", \"bbox\": [237.47870182555786, 284.7505070993915, 657.2271805273833, 313.5131845841785], \"data\": [{\"id\": \"1016-tab1-c1\", \"text\": \"Entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [247.54563894523332, 293.37931034482756, 64.71602434077076, 34.51521298174441]}, {\"id\": \"1016-tab1-c2\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [271.9939148073023, 336.5233265720081, 20.13387423935086, 31.6389452332657]}, {\"id\": \"1016-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [267.6795131845842, 382.5436105476673, 30.200811359026375, 31.63894523326576]}, {\"id\": \"1016-tab1-c4\", \"text\": \"3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [273.43204868154163, 428.56389452332655, 18.695740365111533, 34.51521298174441]}, {\"id\": \"1016-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [264.8032531738281, 471.7079162597656, 34.51519775390625, 28.76258087158203]}, {\"id\": \"1016-tab1-c6\", \"text\": \"5\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [270.5557809330629, 514.8519269776876, 24.448275862068954, 34.51521298174441]}, {\"id\": \"1016-tab1-c7\", \"text\": \"6\\\\refmark{[b]}\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [264.8032454361055, 556.5578093306287, 53.210953346856, 34.51521298174441]}, {\"id\": \"1016-tab1-c8\", \"text\": \"\\\\textbf{x}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [421.5598377281948, 296.25557809330627, 33.07707910750503, 31.6389452332657]}, {\"id\": \"1016-tab1-c9\", \"text\": \"5\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [420.1217038539554, 336.5233265720081, 38.829614604462506, 30.200811359026375]}, {\"id\": \"1016-tab1-c10\", \"text\": \"1\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [421.5598377281948, 382.5436105476673, 41.70588235294116, 33.077079107505085]}, {\"id\": \"1016-tab1-c11\", \"text\": \"0.5\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [417.2454361054767, 425.68762677484784, 46.020283975659254, 34.51521298174441]}, {\"id\": \"1016-tab1-c12\", \"text\": \"0.1\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [414.369168356998, 470.2697768762677, 43.14401622718054, 33.077079107505085]}, {\"id\": \"1016-tab1-c13\", \"text\": \"0.05\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [405.7403651115619, 513.4137931034483, 66.15415821501011, 33.07707910750503]}, {\"id\": \"1016-tab1-c14\", \"text\": \"0.5\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [412.93103448275866, 555.1196754563895, 46.020283975659254, 35.95334685598368]}, {\"id\": \"1016-tab1-c15\", \"text\": \"\\\\textbf{Time [h]}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [574.0020283975659, 290.50304259634885, 109.29817444219066, 38.829614604462506]}, {\"id\": \"1016-tab1-c16\", \"text\": \"24\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [608.5172413793103, 336.5233265720081, 43.1440162271806, 34.51521298174441]}, {\"id\": \"1016-tab1-c17\", \"text\": \"120\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [601.3265720081137, 382.5436105476673, 50.33468559837729, 37.39148073022312]}, {\"id\": \"1016-tab1-c18\", \"text\": \"120\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [604.2028397565923, 427.1257606490872, 48.89655172413791, 33.07707910750503]}, {\"id\": \"1016-tab1-c19\", \"text\": \"120\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [604.2028397565923, 467.393509127789, 51.772819472616675, 38.829614604462506]}, {\"id\": \"1016-tab1-c20\", \"text\": \"120\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [601.3265720081137, 513.4137931034483, 50.33468559837729, 37.391480730223066]}, {\"id\": \"1016-tab1-c21\", \"text\": \"120\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [602.7647058823529, 559.4340770791074, 48.89655172413802, 31.63894523326576]}, {\"id\": \"1016-tab1-c22\", \"text\": \"Yield[%]\\\\refmark{[a]}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [735.0730223123733, 290.50304259634885, 140.93711967545642, 40.26774847870183]}, {\"id\": \"1016-tab1-c23\", \"text\": \"95\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [781.0933062880325, 337.96146044624743, 41.7058823529411, 33.077079107505085]}, {\"id\": \"1016-tab1-c24\", \"text\": \"91\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [782.5314401622718, 379.66734279918865, 44.58215010141987, 38.82961460446245]}, {\"id\": \"1016-tab1-c25\", \"text\": \"86\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [785.40771484375, 422.8113708496094, 37.3914794921875, 35.953338623046875]}, {\"id\": \"1016-tab1-c26\", \"text\": \"77\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [782.5314401622718, 470.2697768762677, 44.58215010141987, 31.63894523326576]}, {\"id\": \"1016-tab1-c27\", \"text\": \"72\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [786.8458417849898, 511.97565922920893, 34.515212981744526, 34.515212981744355]}, {\"id\": \"1016-tab1-c28\", \"text\": \"89(89)\\\\refmark{[c]}\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [752.3306274414062, 550.8052978515625, 103.545654296875, 41.70586013793945]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"[a]Determined by GC analysis. [b]5.0 mmol of 2a was used. [c]Isolated yield in parentheses.\", \"id\": \"1016.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many substances in the diagram contain at least one benzene ring?\", \"answer\": \"There are 2 substances that contain at least one benzene ring.\", \"id\": \"1016.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"At time 120, how does the yield change as x decreases?\", \"answer\": \"The yield decreases.\", \"id\": \"1016.png\", \"unable_to_answer\": false, \"type\": \"logical_reasoning_trend\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"7 rows × 4 columns\", \"id\": \"1016.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 1 and column 4 in the picture?\", \"answer\": \"Yield[%][a]\", \"id\": \"1016.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"Yield[%][a]\\\" in the picture?\", \"answer\": \"Row 1, Column 4\", \"id\": \"1016.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Reducing the amount of rhodium source and ligand\", \"id\": \"1016.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"Under what conditions is the yield highest?\", \"answer\": \"The yield is highest when x is 5 and the reaction time is 24 hours.\", \"id\": \"1016.png\", \"unable_to_answer\": false, \"aspect\": \"yield2cond\", \"type\": \"yield_and_conditions\"}]}"
-}

test/json/1017.json

@@ -1,5 +0,0 @@
-{
-  "id": "1017",
-  "source": "https://doi.org/10.1002/anie.201611974",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S8\", \"text\": \"Optimization of solvent\", \"bbox\": [14.653143882751465, 22.064908981323242, 381.4077081680298, 39.401620864868164]}], \"annotations\": [{\"text\": \"\\\\mark{[a]}Determined by GC analysis.\", \"bbox\": [269.97565922920893, 724.9898580121704, 345.158215010142, 45.7058823529411]}], \"reactions\": [{\"id\": \"1017-rea1\", \"reactants\": [{\"id\": \"1017-rea1-rea-sub1\", \"text\": \"\\\\iden{2a}\", \"maps\": [{\"identifier\": \"2a\", \"smiles\": \"[#smiles#]O=C(C1C=CC(=CC=1)C1C=CC=CC=1)SCC[#smiles#]\"}], \"bbox\": [197.47667342799187, 85.10750507099391, 214.3448275862069, 178.0953346855984]}], \"conditions\": [{\"id\": \"1017-rea1-con1\", \"text\": \"\\\\color{green}{\\\\textbf{(Bpin)_2}}(\\\\textbf{\\\\refiden{4a}},2 equiv)\", \"maps\": [], \"bbox\": [430.7342799188641, 72.49898580121705, 219.07302231237327, 31.52129817444218]}, {\"id\": \"1017-rea1-con2\", \"text\": \"[Rh(OH)(cod)]_2(5 mol%)}\", \"maps\": [], \"bbox\": [419.70182555780934, 100.868154158215, 249.01825557809332, 28.369168356997974]}, {\"id\": \"1017-rea1-con3\", \"text\": \"P(\\\\textit{n}-Bu)_3(50 mol%)\", \"maps\": [], \"bbox\": [437.0385395537525, 127.66125760649088, 206.4645030425964, 26.793103448275858]}, {\"id\": \"1017-rea1-con4\", \"text\": \"KOAc(20 mol%)\", \"maps\": [], \"bbox\": [451.2231237322515, 151.30223123732253, 185.97565922920893, 31.521298174442165]}, {\"id\": \"1017-rea1-con5\", \"text\": \"\\\\textbf{solvent},80 ℃，24 h\", \"maps\": [], \"bbox\": [443.342799188641, 197.00811359026366, 211.19269776876268, 42.55375253549698]}], \"products\": [{\"id\": \"1017-rea1-pro-sub1\", \"text\": \"\\\\iden{3a}\", \"maps\": [{\"identifier\": \"3a\", \"smiles\": \"[#smiles#]B1(OC(C)(C)C(C)(C)O1)C1C=CC(C2C=CC=CC=2)=CC=1[#smiles#]\"}], \"bbox\": [697.0892494929006, 100.868154158215, 181.24746450304258, 163.9107505070994]}], \"text\": \"\", \"bbox\": [191.1724090576172, 66.1947250366211, 709.2292022705078, 203.31231689453125]}], \"substances\": [], \"tables\": [{\"id\": \"1017-tab1\", \"text\": \"\", \"bbox\": [298.3448181152344, 282.1156311035156, 509.0690002441406, 441.2981872558594], \"data\": [{\"id\": \"1017-tab1-c1\", \"text\": \"Entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [307.80121703853956, 288.41987829614607, 70.92292089249491, 36.249492900608516]}, {\"id\": \"1017-tab1-c2\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [329.8661257606491, 327.8215010141988, 31.521298174442165, 33.09736308316428]}, {\"id\": \"1017-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [333.0182555780933, 373.52738336714, 22.06490872210952, 34.6734279918864]}, {\"id\": \"1017-tab1-c4\", \"text\": \"3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [333.0182555780933, 420.80933062880325, 18.912778904665288, 31.521298174442165]}, {\"id\": \"1017-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [325.13793103448273, 463.36308316430024, 33.09736308316434, 33.09736308316428]}, {\"id\": \"1017-tab1-c6\", \"text\": \"5\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [321.98580121703856, 509.0689655172414, 36.249492900608516, 29.94523326572005]}, {\"id\": \"1017-tab1-c7\", \"text\": \"6\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [328.290060851927, 551.6227180527384, 26.793103448275872, 33.09736308316428]}, {\"id\": \"1017-tab1-c8\", \"text\": \"7\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [328.29006085192697, 591.0243407707911, 29.945233265720105, 33.09736308316428]}, {\"id\": \"1017-tab1-c9\", \"text\": \"8\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [331.4421906693712, 636.7302231237322, 23.64097363083164, 33.09736308316428]}, {\"id\": \"1017-tab1-c10\", \"text\": \"9\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [333.01824951171875, 682.4360961914062, 28.369171142578125, 29.94525146484375]}, {\"id\": \"1017-tab1-c11\", \"text\": \"\\\\textbf{Solvent}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [459.1034240722656, 289.9959411621094, 118.20486450195312, 28.369171142578125]}, {\"id\": \"1017-tab1-c12\", \"text\": \"\\\\textit{n}-hexane\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [460.67951318458415, 329.3975659229209, 115.05273833671401, 36.249492900608516]}, {\"id\": \"1017-tab1-c13\", \"text\": \"benzene\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [465.40771484375, 378.2555847167969, 108.74847412109375, 28.369096755981445]}, {\"id\": \"1017-tab1-c14\", \"text\": \"toluene\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [473.28803245436103, 423.9614604462475, 86.68356997971608, 29.94523326572005]}, {\"id\": \"1017-tab1-c15\", \"text\": \"chlorobenzene\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [429.158215010142, 466.5152129817444, 181.24746450304264, 34.6734279918864]}, {\"id\": \"1017-tab1-c16\", \"text\": \"CPME\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [471.71196754563897, 507.4929006085193, 91.41176470588238, 36.24949290060857]}, {\"id\": \"1017-tab1-c17\", \"text\": \"THF\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [490.62474645030426, 551.6227180527384, 53.58620689655169, 36.249492900608516]}, {\"id\": \"1017-tab1-c18\", \"text\": \"1,4-dioxane\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [452.7991886409736, 598.9046653144017, 130.81338742393507, 40.97768762677481]}, {\"id\": \"1017-tab1-c19\", \"text\": \"MeCN\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [474.86409736308315, 643.0344827586207, 89.83569979716026, 29.945233265720162]}, {\"id\": \"1017-tab1-c20\", \"text\": \"DMF\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [481.1683569979716, 680.8600405679513, 74.07505070993909, 34.673427991886456]}, {\"id\": \"1017-tab1-c21\", \"text\": \"Yield[%]\\\\refmark{[a]}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [652.9594116210938, 285.26776123046875, 138.6937255859375, 39.401607513427734]}, {\"id\": \"1017-tab1-c22\", \"text\": \"59\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [695.5131845841785, 327.8215010141988, 45.70588235294122, 36.249492900608516]}, {\"id\": \"1017-tab1-c23\", \"text\": \"26\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [698.6653144016227, 373.52738336714, 40.97768762677481, 34.6734279918864]}, {\"id\": \"1017-tab1-c24\", \"text\": \"31\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [704.9695740365112, 420.80933062880325, 31.521298174442222, 31.521298174442165]}, {\"id\": \"1017-tab1-c25\", \"text\": \"71\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [704.9695740365112, 463.36308316430024, 31.521298174442222, 33.09736308316428]}, {\"id\": \"1017-tab1-c26\", \"text\": \"95\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [701.8174442190669, 507.4929006085193, 42.55375253549698, 33.09736308316434]}, {\"id\": \"1017-tab1-c27\", \"text\": \"89\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [704.9695740365112, 554.7748478701826, 31.521298174442222, 26.793103448275815]}, {\"id\": \"1017-tab1-c28\", \"text\": \"85\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [701.8174442190669, 598.9046653144017, 42.55375253549698, 29.94523326572005]}, {\"id\": \"1017-tab1-c29\", \"text\": \"46\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [704.9695740365112, 639.8823529411765, 37.825557809330576, 33.09736308316428]}, {\"id\": \"1017-tab1-c30\", \"text\": \"22\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [701.8174442190669, 682.4361054766734, 39.40162271805275, 31.521298174442222]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"[a]Determined by GC analysis.\", \"id\": \"1017.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many substances among the reactants in the diagram contain only two benzene rings?\", \"answer\": \"There are 0 substances among the reactants that contain only two benzene rings.\", \"id\": \"1017.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"What is the yield when using the only solvent in the table that is both an ether and a cyclic compound?\", \"answer\": \"85\", \"id\": \"1017.png\", \"unable_to_answer\": false, \"type\": \"function_based\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"10 rows × 3 columns\", \"id\": \"1017.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 5 and column 3 in the picture?\", \"answer\": \"71\", \"id\": \"1017.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"71\\\" in the picture?\", \"answer\": \"Row 5, Column 3\", \"id\": \"1017.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimization of solvent\", \"id\": \"1017.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"What is the yield when the solvent is benzene?\", \"answer\": \"When the solvent is benzene, the yield is 26%.\", \"id\": \"1017.png\", \"unable_to_answer\": false, \"aspect\": \"cond2yield\", \"type\": \"yield_and_conditions\"}]}"
-}

test/json/1018.json

@@ -1,5 +0,0 @@
-{
-  "id": "1018",
-  "source": "https://doi.org/10.1002/anie.201611974",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S9\", \"text\": \"Decarbonylative borylation of thioesters in the presence of radical scavengers\", \"bbox\": [17.301295645353395, 23.04310143428141, 908.4366349741244, 28.621976170417618]}], \"annotations\": [{\"text\": \"\\\\mark{[a]}Determined by GC analysis.\", \"bbox\": [232.58833379675548, 463.57264770940475, 303.6418341557347, 38.57744614273679]}], \"reactions\": [{\"id\": \"1018-rea1\", \"reactants\": [{\"id\": \"1018-rea1-rea-sub1\", \"text\": \"\\\\iden{2a}\", \"maps\": [{\"identifier\": \"2a\", \"smiles\": \"[#smiles#]O=C(C1C=CC(=CC=1)C1C=CC=CC=1)SCC[#smiles#]\"}], \"bbox\": [164.14447021484375, 112.642333984375, 184.17617797851562, 135.64328002929688]}], \"conditions\": [{\"id\": \"1018-rea1-con1\", \"text\": \"\\\\color{green}{\\\\textbf{(Bpin)_2}}(\\\\textbf{\\\\refiden{4a}},2 equiv)\", \"maps\": [], \"bbox\": [410.54235955196066, 56.64281259085862, 196.6205319533036, 26.133108677337823]}, {\"id\": \"1018-rea1-con2\", \"text\": \"[Rh(OH)(cod)]_2(5 mol%)}\", \"maps\": [], \"bbox\": [388.1425521142425, 80.28705377511665, 232.7091106029606, 26.13310867733783]}, {\"id\": \"1018-rea1-con3\", \"text\": \"P(\\\\textit{n}-Bu)_3(50 mol%)\", \"maps\": [], \"bbox\": [416.7645263671875, 105.17572784423828, 180.44287109375, 26.13311004638672]}, {\"id\": \"1018-rea1-con4\", \"text\": \"KOAc(20 mol%)\", \"maps\": [], \"bbox\": [426.7199982569793, 127.57553614363272, 163.02082079672647, 24.88867493079792]}, {\"id\": \"1018-rea1-con5\", \"text\": \"\\\\textbf{radical scavenger (30 mol%)}\", \"maps\": [], \"bbox\": [362.0094299316406, 151.21978759765625, 286.2198181152344, 28.621965408325195]}, {\"id\": \"1018-rea1-con6\", \"text\": \"CPME,80 ℃，24 h\", \"maps\": [], \"bbox\": [411.7867932985006, 194.7749584567871, 185.4206282344445, 39.82187988927669]}], \"products\": [{\"id\": \"1018-rea1-pro-sub1\", \"text\": \"\\\\iden{3a}\", \"maps\": [{\"identifier\": \"3a\", \"smiles\": \"[#smiles#]B1(OC(C)(C)C(C)(C)O1)C1C=CC(C2C=CC=CC=2)=CC=1[#smiles#]\"}], \"bbox\": [678.0956150580384, 110.15346369207415, 165.50968828980626, 139.3765796124684]}], \"text\": \"\", \"bbox\": [159.166748046875, 54.15394592285156, 693.1495361328125, 199.10939025878906]}], \"substances\": [], \"tables\": [{\"id\": \"1018-tab1\", \"text\": \"\", \"bbox\": [258.721435546875, 256.99664306640625, 507.72894287109375, 202.8426971435547], \"data\": [{\"id\": \"1018-tab1-c1\", \"text\": \"Entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [271.16577993949227, 264.4632482630213, 59.732819833915016, 29.866409916957537]}, {\"id\": \"1018-tab1-c2\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [284.8545511514311, 301.7962606592182, 27.377542423877742, 28.62197617041761]}, {\"id\": \"1018-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [288.58785239105083, 342.8625742950348, 21.155373691178227, 27.377542423877685]}, {\"id\": \"1018-tab1-c4\", \"text\": \"3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [284.8545511514311, 383.9288879308514, 33.5997111565772, 32.355277410037274]}, {\"id\": \"1018-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [283.610107421875, 423.7507629394531, 32.35528564453125, 27.3775634765625]}, {\"id\": \"1018-tab1-c6\", \"text\": \"\\\\textbf{Radical scavenger}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [378.1870821419234, 261.9743807699415, 201.5982669394632, 32.35527741003733]}, {\"id\": \"1018-tab1-c7\", \"text\": \"TEMPO\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [421.7422632708197, 300.5518269126783, 109.51016969551091, 32.35527741003733]}, {\"id\": \"1018-tab1-c8\", \"text\": \"Galvinoxyl radical\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [383.1648171280829, 344.10700804157466, 191.64279696714408, 36.088578649656995]}, {\"id\": \"1018-tab1-c9\", \"text\": \"BHT\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [446.63093820161765, 386.41775542393117, 62.22168732699481, 26.133108677337816]}, {\"id\": \"1018-tab1-c10\", \"text\": \"9,10-dihydroanthracene\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [355.78727470420523, 421.26190032704824, 246.39788181489945, 31.110843663497405]}, {\"id\": \"1018-tab1-c11\", \"text\": \"Yield[%]\\\\refmark{[a]}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [620.8516627172031, 260.7299470234016, 128.1766758936094, 41.066313635816584]}, {\"id\": \"1018-tab1-c12\", \"text\": \">99\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [654.4513738737804, 305.52956189883787, 47.28848236851604, 31.110843663497405]}, {\"id\": \"1018-tab1-c13\", \"text\": \">99\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [659.42910885994, 340.373706801955, 42.31074738235645, 36.088578649656995]}, {\"id\": \"1018-tab1-c14\", \"text\": \">99\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [655.6958076203204, 381.4400204377716, 48.53291611505597, 32.355277410037274]}, {\"id\": \"1018-tab1-c15\", \"text\": \">99\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [650.7180726341608, 421.26190032704824, 53.51065110121556, 28.62197617041761]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"[a]Determined by GC analysis.\", \"id\": \"1018.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many molecular diagrams of benzene rings are there in the table?\", \"answer\": \"There are 2 benzene rings in total.\", \"id\": \"1018.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"5 rows × 3 columns\", \"id\": \"1018.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 3 and column 2 in the picture?\", \"answer\": \"Galvinoxyl radical\", \"id\": \"1018.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"Galvinoxyl radical\\\" in the picture?\", \"answer\": \"Row 3, Column 2\", \"id\": \"1018.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Decarbonylative borylation of thioesters in the presence of radical scavengers\", \"id\": \"1018.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1019.json

@@ -1,5 +0,0 @@
-{
-  "id": "1019",
-  "source": "https://doi.org/10.1021/acs.joc.5b00583",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"1\", \"text\": \"Optimization of the One-Pot Process\", \"bbox\": [16.120689392089844, 3.2413790225982666, 479.8169937133789, 39.45368552207947]}], \"annotations\": [{\"text\": \"\\\\mark{a}Allylic trichloroacetimidate \\\\textbf{\\\\refiden{9a}} was isolated by filtration of the reaction mixture through a plug of silica gel.\\\\mark{b}Allylic trichloroacetimidate \\\\textbf{\\\\refiden{9a}} was isolated by filtration of the reaction mixture through a plug of neutral alumina.\", \"bbox\": [11.258620262145996, 675.8275756835938, 622.3448343276978, 105.34484100341797]}], \"reactions\": [{\"id\": \"1019-rea1\", \"reactants\": [{\"id\": \"1019-rea1-rea-sub1\", \"text\": \"\\\\iden{8a}\", \"maps\": [{\"identifier\": \"8a\", \"smiles\": \"[#smiles#]O(CC=C)C1C(/C=C/CO)=CC=CC=1[#smiles#]\"}], \"bbox\": [103.58916473388672, 61.13139724731445, 144.88945770263672, 135.38850021362305]}], \"conditions\": [{\"id\": \"1019-rea1-con1\", \"text\": \"Cl_3CCN,DBU,CH_2Cl_2,rt,1 h\", \"maps\": [], \"bbox\": [253.2290802001953, 55.193302154541016, 111.63613891601562, 71.25710678100586]}], \"products\": [{\"id\": \"1019-rea1-pro-sub1\", \"text\": \"\\\\iden{9a}\", \"maps\": [{\"identifier\": \"9a\", \"smiles\": \"[#smiles#]N=C(C(Cl)(Cl)Cl)OC/C=C/C1C(=CC=CC=1)OCC=C[#smiles#]\"}], \"bbox\": [374.3661804199219, 52.81806564331055, 143.70181274414062, 143.70183181762695]}], \"text\": \"\", \"bbox\": [84.1008529663086, 48.51406478881836, 447.65543365478516, 155.83909606933594]}, {\"id\": \"1019-rea2\", \"reactants\": [{\"id\": \"1019-rea2-rea-sub1\", \"text\": \"\\\\iden{9a}\", \"maps\": [{\"identifier\": \"9a\", \"smiles\": \"[#smiles#]N=C(C(Cl)(Cl)Cl)OC/C=C/C1C(=CC=CC=1)OCC=C[#smiles#]\"}], \"bbox\": [367.2404597434763, 51.630447989061565, 159.1408717624763, 146.07706885660141]}], \"conditions\": [{\"id\": \"1019-rea2-con1\", \"text\": \"Overman Rearrangement,\\\\textit{p}-Xylene,18 h\", \"maps\": [], \"bbox\": [311.20733642578125, 202.2416534423828, 131.88992309570312, 59.12306213378906]}], \"products\": [{\"id\": \"1019-rea2-pro-sub1\", \"text\": \"\\\\iden{10a}\", \"maps\": [{\"identifier\": \"10a\", \"smiles\": \"[#smiles#]N(C(C=C)C1C(=CC=CC=1)OCC=C)C(C(Cl)(Cl)Cl)=O[#smiles#]\"}], \"bbox\": [363.6776123046875, 273.715087890625, 166.26654052734375, 161.51611328125]}], \"text\": \"\", \"bbox\": [307.16464790942877, 46.986230300141976, 259.73181633482324, 397.23689557090614]}, {\"id\": \"1019-rea3\", \"reactants\": [{\"id\": \"1019-rea3-rea-sub1\", \"text\": \"\\\\iden{10a}\", \"maps\": [{\"identifier\": \"10a\", \"smiles\": \"[#smiles#]N(C(C=C)C1C(=CC=CC=1)OCC=C)C(C(Cl)(Cl)Cl)=O[#smiles#]\"}], \"bbox\": [357.7395324707031, 266.5893859863281, 175.76751708984375, 173.39230346679688]}], \"conditions\": [{\"id\": \"1019-rea3-con1\", \"text\": \"Ru(Ⅱ)cat.,50 ℃\", \"maps\": [], \"bbox\": [271.04336561839733, 296.27984786271924, 83.13329121920407, 46.31711939355648]}], \"products\": [{\"id\": 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597.6493378865122, 180.51800379027168, 40.37902716361339]}, {\"id\": \"1019-tab1-c15\", \"text\": \"Grubbs Ⅱ (5 mol %),20 h\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [321.3909753323239, 642.77883883408, 219.7094125078964, 24.939987365761226]}, {\"id\": \"1019-tab1-c16\", \"text\": \"yield (%)\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [563.6651611328125, 452.7598876953125, 49.87994384765625, 41.566646575927734]}, {\"id\": \"1019-tab1-c17\", \"text\": \"15\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [576.7289412198792, 501.4522437614331, 23.752368919772607, 28.502842703727083]}, {\"id\": \"1019-tab1-c18\", \"text\": \"63\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [571.9784674359247, 550.144600046967, 32.06569804169294, 26.127605811749845]}, {\"id\": \"1019-tab1-c19\", \"text\": \"26\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [568.4156120979587, 595.2741009945348, 40.37902716361339, 28.502842703727197]}, {\"id\": \"1019-tab1-c20\", \"text\": \"68\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [573.1660858819133, 640.4036019421028, 33.25331648768156, 27.315224257738464]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aAllylic trichloroacetimidate 9a was isolated by filtration of the reaction mixture through a plug of silica gel.bAllylic trichloroacetimidate 9a was isolated by filtration of the reaction mixture through a plug of neutral alumina.\", \"id\": \"1019.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many molecular diagrams of benzene rings are there in the table?\", \"answer\": \"There are a total of 4 benzene rings.\", \"id\": \"1019.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"5 rows × 4 columns\", \"id\": \"1019.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 3 and column 1 in the picture?\", \"answer\": \"2b\", \"id\": \"1019.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"2b\\\" in the picture?\", \"answer\": \"Row 3, Column 1\", \"id\": \"1019.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimization of the One-Pot Process\", \"id\": \"1019.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/102.json

@@ -1,5 +0,0 @@
-{
-  "id": "102",
-  "source": "https://doi.org/10.1021/acscatal.4c03103",
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\"102-tab1-c20\", \"text\": \"variation from standard conditions\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [397.7885863106037, 186.6167043399894, 234.8562699625054, 24.324399388973774]}, {\"id\": \"102-tab1-c21\", \"text\": \"\\\\textbf{\\\\refiden{2a}}(1.0 equiv) in place of \\\\textbf{\\\\refiden{2b}}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [315.5888977050781, 216.8125, 202.14413452148438, 20.96932029724121]}, {\"id\": \"102-tab1-c22\", \"text\": \"none\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [318.1052090018965, 241.1369098669996, 39.422302457991975, 18.452992639911145]}, {\"id\": \"102-tab1-c23\", \"text\": \"[Ir(dF(CF_3)ppy)_2(dtbbpy)]PF_6(2 mol%) as photocatalyst\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [315.5888977050781, 262.94500732421875, 403.4494934082031, 23.485610961914062]}, {\"id\": \"102-tab1-c24\", \"text\": \"4CzIPN(2 mol%) as photocatalyst\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [316.42766421645007, 286.43061907405416, 250.79294542424685, 19.291765032634373]}, {\"id\": \"102-tab1-c25\", \"text\": \"TMes HBF_4 as NHC precursor\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [317.2664366091733, 306.56115649941177, 218.0808221080407, 22.646854603527345]}, {\"id\": \"102-tab1-c26\", \"text\": \"IMes HCl as NHC precursor\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [317.2664366091733, 330.88555588838557, 206.3380086099155, 20.130537425357602]}, {\"id\": \"102-tab1-c27\", \"text\": \"thiazolium(dipp) HClO_4 as NHC precursor\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [315.58889182372684, 352.6936380991896, 297.76419941674794, 24.324399388973802]}, {\"id\": \"102-tab1-c28\", \"text\": \"Cs_2CO_3 (1.0 equiv) as base\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [315.58889182372684, 378.6955822736099, 191.24010554089722, 20.130537425357602]}, {\"id\": \"102-tab1-c29\", \"text\": \"Cs_2CO_3(1.0 equiv),CH_2Cl_2 as solvent\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [315.58889182372684, 400.50366448441395, 270.0847104568812, 21.80808221080406]}, {\"id\": \"102-tab1-c30\", \"text\": \"Cs_2CO_3(1.0 equiv),1,2-DCE as solvent\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [315.58889182372684, 423.98929148066446, 275.1173448132206, 20.96930981808083]}, {\"id\": \"102-tab1-c31\", \"text\": \"Cs_2CO_3(1.0 equiv),DMF as solvent\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [316.6625897082758, 446.0046066790756, 254.14803499513977, 20.969309818080887]}, {\"id\": \"102-tab1-c32\", \"text\": \"Cs_2CO_3(1.0 equiv),THF as solvent\", \"start_row\": \"13\", \"end_row\": \"13\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [317.501362100999, 469.4902336753262, 250.7929454242468, 23.485626996250517]}, {\"id\": \"102-tab1-c33\", \"text\": \"Cs_2CO_3(1.0 equiv),\\\\textbf{\\\\refiden{5a}}(2.0 equiv)\", \"start_row\": \"14\", \"end_row\": \"14\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [317.501362100999, 493.8146330642999, 244.92153867518414, 20.96930981808083]}, {\"id\": \"102-tab1-c34\", \"text\": \"Cs_2CO_3(1.0 equiv),\\\\textbf{\\\\refiden{5a}}(2.0 equiv),no degassing\", \"start_row\": \"15\", \"end_row\": \"15\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [317.501362100999, 514.7839428823808, 335.5089570892934, 24.324399388973802]}, {\"id\": \"102-tab1-c35\", \"text\": \"Cs_2CO_3(1.0 equiv),\\\\textbf{\\\\refiden{5a}}(2.0 equiv),no light\", \"start_row\": \"16\", \"end_row\": \"16\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [315.82381731555256, 539.9471146640777, 307.8294681294267, 20.969309818080887]}, {\"id\": \"102-tab1-c36\", \"text\": \"Cs_2CO_3(1.0 equiv),\\\\textbf{\\\\refiden{5a}}(2.0 equiv),no NHC precursor\", \"start_row\": \"17\", \"end_row\": \"17\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [315.82381731555256, 562.5939692676051, 382.48021108179444, 22.646854603527345]}, {\"id\": \"102-tab1-c37\", \"text\": \"\\\\textbf{\\\\refiden{5a}}(2.0 equiv),no Cs_2CO_3\", \"start_row\": \"18\", \"end_row\": \"18\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [316.6625897082758, 585.2408238711324, 193.7564227190669, 20.969309818080774]}, {\"id\": \"102-tab1-c38\", \"text\": \"Cs_2CO_3(1.0 equiv),\\\\textbf{\\\\refiden{5a}},no photocatalyst\", \"start_row\": \"19\", \"end_row\": \"19\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [315.82381731555256, 609.5652232601061, 364.0272184418833, 23.48562699625063]}, {\"id\": \"102-tab1-c39\", \"text\": \"^1H NMR Yield\\\\color{blue}{\\\\refmark{b}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [889.4472045898438, 187.33387756347656, 113.9903564453125, 26.07615089416504]}, {\"id\": \"102-tab1-c40\", \"text\": \"33%\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [903.6028939510633, 217.88031744110103, 39.486863204637984, 20.86098433452574]}, {\"id\": \"102-tab1-c41\", \"text\": \"65%\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [905.0929642606721, 240.23137208523576, 35.76168743061555, 20.86098433452574]}, {\"id\": \"102-tab1-c42\", \"text\": \"47%\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [902.8578587962588, 261.0923564197615, 37.251757740224434, 20.860984334525767]}, {\"id\": \"102-tab1-c43\", \"text\": \"53%\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [904.3479291058677, 286.42355168311417, 35.76168743061555, 20.860984334525767]}, {\"id\": \"102-tab1-c44\", \"text\": \"54%\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [903.6028939510633, 308.0295711724444, 36.50672258541999, 20.11594917972127]}, {\"id\": \"102-tab1-c45\", \"text\": \"2%\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [904.3479291058677, 331.12566097138364, 28.31133588257069, 20.11594917972127]}, {\"id\": \"102-tab1-c46\", \"text\": \"31%\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [904.3479291058677, 354.9667859251273, 34.27161712100667, 20.11594917972127]}, {\"id\": \"102-tab1-c47\", \"text\": \"74%\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [905.8379994154767, 376.57280541445755, 35.76168743061555, 21.606019489330208]}, {\"id\": \"102-tab1-c48\", \"text\": \"73%\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [905.8379994154767, 401.15896552300575, 35.01665227581111, 19.370914024916715]}, {\"id\": \"102-tab1-c49\", \"text\": \"53%\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [905.8379994154767, 424.25505532194495, 33.526581966202116, 19.370914024916715]}, {\"id\": \"102-tab1-c50\", \"text\": \"40%\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [906.0265208834031, 444.77135248209225, 32.50224215246635, 23.21588725176173]}, {\"id\": \"102-tab1-c51\", \"text\": \"33%\", \"start_row\": \"13\", \"end_row\": \"13\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [906.0264929332159, 470.30880553534513, 34.8238525390625, 21.668182373046875]}, {\"id\": \"102-tab1-c52\", \"text\": \"76%\", \"start_row\": \"14\", \"end_row\": \"14\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [906.0265208834031, 494.29857861918396, 34.823830877642536, 20.120435618193426]}, {\"id\": \"102-tab1-c53\", \"text\": \"76%(76%)\", \"start_row\": \"15\", \"end_row\": \"15\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [906.0265502929688, 515.9667358398438, 81.25555419921875, 23.215890884399414]}, {\"id\": \"102-tab1-c54\", \"text\": \"traces\", \"start_row\": \"16\", \"end_row\": \"16\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [906.0265502929688, 542.278076171875, 44.11016845703125, 20.12042236328125]}, {\"id\": \"102-tab1-c55\", \"text\": \"2%\", \"start_row\": \"18\", \"end_row\": \"18\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [904.478795066619, 584.0666759926626, 30.18065342729028, 20.894298526585544]}, {\"id\": \"102-tab1-c56\", \"text\": \"8%\", \"start_row\": \"19\", \"end_row\": \"19\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [906.0265208834031, 608.8302890612084, 30.954516335682342, 21.668161434977605]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aConditions: benzoyl fluoride(5a),benzyl silane(2a or 2b),NHC precursor,photocatalyst and base in degassed solvent irradiated with light from blue LEDs (λ_{max}=440 nm) for 24 h at rt.b1H NMR yields using CH_2Br_2 as an internal standard.Isolated yields in parentheses.TMe·HCl=1,4-dimethyl-4H-1,2,4-triazol-1-ium chloride;TMes·HBF_4= 2-mesityl-2,5,6,7-tetrahydropyrrolo[2,1-c]\\\\color{blue}^{ 1,2,4} triazol-4-ium tetrafluoroborate; ppy =2-phenylpyridine; dtbbpy= 4,4'-di-tert-butyl-2,2'-bypyridine; dF(CF_3)ppy=3,5-difluoro-2-[5-(trifluoromethyl)-2-pyridinyl-N]phenyl;4CzIPN=1,2,3,5-tetrakis(carbazo1-9-yl)-4,6-dicyanobenzene.\", \"id\": \"102.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"What is the proportion of substances containing benzene rings among all the substances in the table?\", \"answer\": \"100%\", \"id\": \"102.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"In the table, what is the yield corresponding to entry 14?\", \"answer\": \"76%\", \"id\": \"102.png\", \"unable_to_answer\": false, \"hop\": 2, \"type\": \"multihop_retrieval\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"19 rows × 3 columns\", \"id\": \"102.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 17 and column 2 in the picture?\", \"answer\": \"Cs_2CO_3(1.0 equiv),5a(2.0 equiv),no NHC precursor\", \"id\": \"102.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the content of the cell at row 20 and column 8 in the picture?\", \"answer\": \"Unable to answer\", \"id\": \"102.png\", \"unable_to_answer\": true, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"Cs_2CO_3(1.0 equiv),5a(2.0 equiv),no NHC precursor\\\" in the picture?\", \"answer\": \"Row 17, Column 2\", \"id\": \"102.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the position of the cell with value \\\"DMF instead of DMA\\\" in the picture?\", \"answer\": \"No answer\", \"id\": \"102.png\", \"unable_to_answer\": true, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimization of the Dual NHC/Photoredox-Catalyzed Benzylation Reaction of Acyl Fluoride 5a with Benzyl Silanes\", \"id\": \"102.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"What is the substance labeled in green in the figure?\", \"answer\": \"TMe·HOTf\", \"id\": \"102.png\", \"unable_to_answer\": false, \"aspect\": \"color\", \"type\": \"visual_description\"}]}"
-}

test/json/1020.json

@@ -1,5 +0,0 @@
-{
-  "id": "1020",
-  "source": "https://doi.org/10.1021/jo4028243",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"10\", \"text\": \"Determination of Redox Potential of SmBr_2, SmCl_2,SmBr_2(H_2O)_\\\\textit{n},and SmCl_2(H_2O)_\\\\textit{n} by Reduction of Alkyl Halides \", \"bbox\": [12.121942960480059, 7.912871834023879, 1528.988232200381, 49.322201038721964]}], \"annotations\": [{\"text\": \"\\\\mark{a}In volts vs SCE;-\\\\textit{E}_{1/2} describes half-reduction potential.Columns 4-7 refer to conversions in %.\\\\mark{b}Determined for ArF, ref 34. All conversions determined by GC or 1^H NMR.\\\\mark{d}32.6/1 h.\\\\mark{e}Average of two experiments (1.3,2.3 conv).All reactions with SmCl_2,or SmCl_2(H_2O)_\\\\textit{n} 2-3 min until decolorization;SmBr_2(H_2O)_\\\\textit{n} 2-3 min until decolorization; SmBr_2: entries 1-3 2 h; entry 4, 15 min until decolorization.\", \"bbox\": [2.970670859488905, 240.31605725524724, 1541.3188471794128, 95.42865753173828]}], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1020-tab1\", \"text\": \"\", \"bbox\": [29.190950393676758, 61.34525680541992, 1493.4234619140625, 179.32533645629883], \"data\": [{\"id\": \"1020-tab1-c1\", \"text\": \"entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [43.55745652632463, 71.18367004394531, 65.09805297851562, 30.045249938964844]}, {\"id\": \"1020-tab1-c2\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [52.41480992706034, 104.56728255564406, 28.376072939888665, 28.376072939888672]}, {\"id\": \"1020-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [49.076448404720495, 139.6200785402124, 28.376072939888672, 28.376072939888672]}, {\"id\": \"1020-tab1-c4\", \"text\": \"3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [49.076448404720495, 174.67287452478075, 40.06033826807811, 25.03771141754882]}, {\"id\": \"1020-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [50.74562916589042, 204.71812822583934, 30.045253701058584, 26.70689217871876]}, {\"id\": \"1020-tab1-c6\", \"text\": \"alkyl halide\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [147.55812072753906, 67.84530639648438, 118.51182556152344, 30.045251846313477]}, {\"id\": \"1020-tab1-c7\", \"text\": \"C_{10}H_{21}I\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [155.90401711959547, 104.56728255564406, 88.46658034200584, 33.38361522339844]}, {\"id\": \"1020-tab1-c8\", \"text\": \"C_{14}H_{29}Br\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [155.90401711959547, 141.28925930138232, 95.14330338668555, 30.045253701058613]}, {\"id\": \"1020-tab1-c9\", \"text\": \"C_{14}H_{29}Cl\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [154.23483635842555, 174.67287452478075, 105.15838795370504, 26.70689217871876]}, {\"id\": \"1020-tab1-c10\", \"text\": \"C_{14}H_{29}F\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [152.56565856933594, 208.0564727783203, 94.12620544433594, 28.011093139648438]}, {\"id\": \"1020-tab1-c11\", \"text\": \"-\\\\textit{E}_{1/2}\\\\refmark{a}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [308.1176289095452, 67.72603017823415, 76.60200122523997, 29.015909555015128]}, {\"id\": \"1020-tab1-c12\", \"text\": \"1.30\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [322.0452654959525, 106.02703079085413, 54.54990996342843, 27.85527317281452]}, {\"id\": \"1020-tab1-c13\", \"text\": \"2.29\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [327.8484474069555, 140.8461222568723, 48.74672805242545, 24.3733640262127]}, {\"id\": \"1020-tab1-c14\", \"text\": \"2.79\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [325.52717464255426, 174.50457734068985, 52.228637199027276, 25.534000408413306]}, {\"id\": \"1020-tab1-c15\", \"text\": \"3.0\\\\refmark{b}\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [320.8846435546875, 202.35984802246094, 55.710540771484375, 27.8552303314209]}, {\"id\": \"1020-tab1-c16\", \"text\": \"reaction with SmBr_2\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [436.9482727050781, 68.88666534423828, 201.95077514648438, 29.01590919494629]}, {\"id\": \"1020-tab1-c17\", \"text\": \"23.6 (2 h)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [464.8035405066269, 106.02703079085413, 102.13600163365328, 27.85527317281452]}, {\"id\": \"1020-tab1-c18\", \"text\": \"58.0 (2 h)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [467.12481327102813, 139.68548587467168, 102.13600163365328, 29.015909555015128]}, {\"id\": \"1020-tab1-c19\", \"text\": \"3.3 (2 h)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [474.0886315642318, 173.34394095848924, 96.33281972265019, 27.85527317281452]}, {\"id\": \"1020-tab1-c20\", \"text\": \"22.1 (15 min)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [462.4822677422257, 207.0023960423068, 145.0795477750757, 26.694636790613913]}, {\"id\": \"1020-tab1-c21\", \"text\": \"reaction with SmBr_2(H_2O)_n\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [687.6457258891431, 66.56539379603355, 264.62509514173803, 32.49781870161695]}, {\"id\": \"1020-tab1-c22\", \"text\": \"23.1 (3 min)\\\\refmark{d}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [741.0349731445312, 103.70575714111328, 153.20404052734375, 30.176530838012695]}, {\"id\": \"1020-tab1-c23\", \"text\": \"<2 (3 min)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [761.9264543499819, 139.68548587467168, 114.90300183785996, 29.015909555015128]}, {\"id\": \"1020-tab1-c24\", \"text\": \"1.7 (3 min)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [756.1232724389789, 173.34394095848924, 121.86682013106349, 27.85527317281452]}, {\"id\": \"1020-tab1-c25\", \"text\": \"21.2 (3 min)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [747.9988177635746, 204.68112327790558, 134.63382033527023, 27.85527317281452]}, {\"id\": \"1020-tab1-c26\", \"text\": \"reaction with SmCl_2\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [999.856912701106, 66.56539379603355, 207.75391241390844, 33.65845508381756]}, {\"id\": \"1020-tab1-c27\", \"text\": \"36.6 (3 min)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1033.5153677849235, 106.02703079085413, 132.31254757086913, 30.176545937215735]}, {\"id\": \"1020-tab1-c28\", \"text\": \"55.3 (3 min)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1034.6760041671241, 139.68548587467168, 129.9912748064678, 27.85527317281452]}, {\"id\": \"1020-tab1-c29\", \"text\": \"9.5 (3 min)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1045.1217316069296, 172.18330457628863, 119.54554736666228, 30.176545937215735]}, {\"id\": \"1020-tab1-c30\", \"text\": \"5.5 (3 min)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1043.9610595703125, 204.68112182617188, 121.8668212890625, 30.176546096801758]}, {\"id\": \"1020-tab1-c31\", \"text\": \"reaction with SmCl_2(H_2O)_n\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1248.2330984920354, 66.56539379603355, 269.26764067054046, 33.65845508381756]}, {\"id\": \"1020-tab1-c32\", \"text\": \"<2\\\\refmark{e} (3 min)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1319.0319178062725, 102.5451216442523, 126.50936565986581, 32.49781870161695]}, {\"id\": \"1020-tab1-c33\", \"text\": \"1.8 (3 min)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1327.1563720703125, 137.3642120361328, 118.3848876953125, 32.49781799316406]}, {\"id\": \"1020-tab1-c34\", \"text\": \"<2 (3 min)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1332.9595947265625, 172.1833038330078, 112.5816650390625, 30.176546096801758]}, {\"id\": \"1020-tab1-c35\", \"text\": \"7.8  (3 min)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1327.1563720703125, 205.84176635742188, 117.2242431640625, 27.855234146118164]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aIn volts vs SCE;-E_{1/2} describes half-reduction potential.Columns 4-7 refer to conversions in %.bDetermined for ArF, ref 34. All conversions determined by GC or 1^H NMR.d32.6/1 h.eAverage of two experiments (1.3,2.3 conv).All reactions with SmCl_2,or SmCl_2(H_2O)_n 2-3 min until decolorization;SmBr_2(H_2O)_n 2-3 min until decolorization; SmBr_2: entries 1-3 2 h; entry 4, 15 min until decolorization.\", \"id\": \"1020.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"5 rows × 7 columns\", \"id\": \"1020.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 1 and column 2 in the picture?\", \"answer\": \"alkyl halide\", \"id\": \"1020.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"alkyl halide\\\" in the picture?\", \"answer\": \"Row 1, Column 2\", \"id\": \"1020.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Determination of Redox Potential of SmBr_2, SmCl_2,SmBr_2(H_2O)_n,and SmCl_2(H_2O)_n by Reduction of Alkyl Halides\", \"id\": \"1020.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1021.json

@@ -1,5 +0,0 @@
-{
-  "id": "1021",
-  "source": "https://doi.org/10.1002/anie.201800818",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S3\", \"text\": \"Screening of the different concentration of acids under batch conditions\", \"bbox\": [18.72793742011442, 13.05124583389185, 784.0591498367442, 37.802851867128744]}], \"annotations\": [{\"text\": \"\\\\mark{a}Reaction conditions:1.0 mmol of \\\\textbf{\\\\refiden{1}},2 mol % of tetrabutylammonium decatungstate,4 h reaction time,open to air,solar simulator,7 ml solvent (CH_3CN:HCl 2.5:1)\", \"bbox\": [21.718562874251553, 602.1616766467065, 1126.8443113772455, 67.96407185628743]}], \"reactions\": [{\"id\": \"1021-rea1\", \"reactants\": [{\"id\": \"1021-rea1-rea-sub1\", \"text\": \"\\\\iden{1}\", \"maps\": [{\"identifier\": \"1\", \"smiles\": \"[#smiles#]C1CCCCC1[#smiles#]\"}], \"bbox\": [192.98802395209586, 125.05389221556881, 92.4311377245509, 140.0059880239521]}], \"conditions\": [{\"id\": \"1021-rea1-con1\", \"text\": \"\\\\textit{\\\\textbf{Air}}\", \"maps\": [], \"bbox\": [466.2035928143713, 93.7904191616766, 53.01197604790423, 39.419161676646695]}, {\"id\": \"1021-rea1-con2\", \"text\": \"\\\\textit{\\\\textbf{cat.TBADT}}\", \"maps\": [], \"bbox\": [419.98802395209583, 133.2095808383233, 144.0838323353293, 38.059880239520965]}, {\"id\": \"1021-rea1-con3\", \"text\": \"\\\\textit{\\\\textbf{CH_3CN:HCl (2.5:1)}}\", \"maps\": [], \"bbox\": [386.0059880239521, 188.94011976047898, 227, 38.059880239520965]}, {\"id\": \"1021-rea1-con4\", \"text\": \"\\\\textit{\\\\textbf{hv, r.t., 4 h}}\", \"maps\": [], \"bbox\": [421.34730538922156, 226.99999999999994, 142.72455089820357, 28.54491017964071]}], \"products\": [{\"id\": \"1021-rea1-pro-sub1\", \"text\": \"\\\\iden{2a}\", \"maps\": [{\"identifier\": \"2a\", \"smiles\": \"[#smiles#]O=C1CCCCC1[#smiles#]\"}], \"bbox\": [694.562874251497, 84.27544910179637, 93.79041916167671, 187.58083832335325]}, {\"id\": \"1021-rea1-pro-sub2\", \"text\": \"\\\\iden{2b}\", \"maps\": [{\"identifier\": \"2b\", \"smiles\": \"[#smiles#]OC1CCCCC1[#smiles#]\"}], \"bbox\": [903.8922155688623, 85.63473053892211, 92.43113772455081, 191.65868263473055]}], \"text\": \"\", \"bbox\": [187.5509033203125, 81.556884765625, 814.2093505859375, 193.01793670654297]}], \"substances\": [], \"tables\": [{\"id\": \"1021-tab1\", \"text\": \"\", \"bbox\": [118.22754491017969, 294.9640718562874, 970.5269461077844, 292.2455089820359], \"data\": [{\"id\": \"1021-tab1-c1\", \"text\": \"Entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [134.53892215568868, 320.7904191616766, 66.60479041916167, 35.341317365269504]}, {\"id\": \"1021-tab1-c2\", \"text\": \"0\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [156.28742514970065, 365.6467065868263, 24.46706586826346, 29.904191616766468]}, {\"id\": \"1021-tab1-c3\", \"text\": \"1\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [156.28742514970065, 406.42514970059875, 21.74850299401197, 29.904191616766468]}, {\"id\": \"1021-tab1-c4\", \"text\": \"2\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [156.28742514970065, 445.8443113772455, 21.74850299401197, 31.2634730538922]}, {\"id\": \"1021-tab1-c5\", \"text\": \"3\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [157.64670658682638, 486.62275449101793, 20.38922155688624, 33.982035928143716]}, {\"id\": \"1021-tab1-c6\", \"text\": \"4\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [159.00598802395214, 532.8383233532934, 21.74850299401197, 31.2634730538922]}, {\"id\": \"1021-tab1-c7\", \"text\": \"Solvent\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [349.30538922155694, 318.0718562874251, 89.7125748502994, 33.98203592814377]}, {\"id\": \"1021-tab1-c8\", \"text\": \"CH_3CN:HCl 1M (2.5:1)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [277.26347305389226, 358.85029940119756, 233.7964071856287, 38.059880239520965]}, {\"id\": \"1021-tab1-c9\", \"text\": \"CH_3CN:HCl 0.25 M (2.5:1)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [260.95208740234375, 403.7065734863281, 263.70062255859375, 36.70062255859375]}, {\"id\": \"1021-tab1-c10\", \"text\": \"CH_3CN:HCl 0.5 M (2.5:1)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [269.10778443113776, 448.56287425149696, 250.10778443113776, 33.982035928143716]}, {\"id\": \"1021-tab1-c11\", \"text\": \"CH_3CN:HCl 2M (2.5:1)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [275.9041916167665, 486.62275449101793, 232.43712574850298, 38.059880239520965]}, {\"id\": \"1021-tab1-c12\", \"text\": \"CH_3CN:HCl 4M (2.5:1)\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [278.622754491018, 530.1197604790419, 228.35928143712573, 35.34131736526945]}, {\"id\": \"1021-tab1-c13\", \"text\": \"Cyclohexanone \\\\textbf{\\\\refiden{2a}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [593.9760479041917, 315.3532934131736, 198.45508982035926, 39.419161676646695]}, {\"id\": \"1021-tab1-c14\", \"text\": \"53%\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [670.0958083832336, 362.9281437125748, 51.65269461077844, 32.622754491017986]}, {\"id\": \"1021-tab1-c15\", \"text\": \"41%\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [668.7365269461078, 406.42514970059875, 54.3712574850299, 28.544910179640738]}, {\"id\": \"1021-tab1-c16\", \"text\": \"45%\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [668.7365269461078, 447.20359281437123, 51.65269461077844, 32.62275449101793]}, {\"id\": \"1021-tab1-c17\", \"text\": \"49%\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [667.377245508982, 489.34131736526945, 55.73053892215569, 33.98203592814366]}, {\"id\": \"1021-tab1-c18\", \"text\": \"40%\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [668.7365269461078, 530.1197604790419, 55.73053892215569, 38.05988023952091]}, {\"id\": \"1021-tab1-c19\", \"text\": \"Cyclohexanol \\\\textbf{\\\\refiden{2b}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [844.0838323353294, 313.99401197604783, 179.4251497005988, 40.77844311377248]}, {\"id\": \"1021-tab1-c20\", \"text\": \"6%\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [914.7664670658683, 361.5688622754491, 39.419161676646695, 32.622754491017986]}, {\"id\": \"1021-tab1-c21\", \"text\": \"5%\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [914.7664670658683, 407.78443113772454, 39.419161676646695, 28.54491017964068]}, {\"id\": \"1021-tab1-c22\", \"text\": \"6%\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [914.7664670658683, 449.9221556886227, 38.05988023952091, 29.904191616766468]}, {\"id\": \"1021-tab1-c23\", \"text\": \"6%\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [914.7664670658683, 489.34131736526945, 38.05988023952091, 32.622754491017986]}, {\"id\": \"1021-tab1-c24\", \"text\": \"6%\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [914.7664670658683, 530.1197604790419, 43.49700598802394, 38.05988023952091]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aReaction conditions:1.0 mmol of 1,2 mol % of tetrabutylammonium decatungstate,4 h reaction time,open to air,solar simulator,7 ml solvent (CH_3CN:HCl 2.5:1)\", \"id\": \"1021.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"6 rows × 4 columns\", \"id\": \"1021.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 3 and column 3 in the picture?\", \"answer\": \"41%\", \"id\": \"1021.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"41%\\\" in the picture?\", \"answer\": \"Row 3, Column 3\", \"id\": \"1021.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Screening of the different concentration of acids under batch conditions\", \"id\": \"1021.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1022.json

@@ -1,5 +0,0 @@
-{
-  "id": "1022",
-  "source": "https://doi.org/10.1002/anie.201800818",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S4\", \"text\": \"Screening of suitable solvents\", \"bbox\": [22.592618033386334, 17.5854673400607, 380.67978533094816, 30.053667262969594]}], \"annotations\": [{\"text\": \"\\\\mark{a}reaction conditions: 1.0 mmol of \\\\textbf{\\\\refiden{1}},2 mol % of tetrabutylammonium decatungstate,7 ml of solvent,4 h reaction time,open to air,solar simulator.\", \"bbox\": [36.05089820359283, 643.8323353293414, 1113.7724550898204, 67.54491017964062]}], \"reactions\": [{\"id\": \"1022-rea1\", \"reactants\": [{\"id\": \"1022-rea1-rea-sub1\", \"text\": \"\\\\iden{1}\", \"maps\": [{\"identifier\": \"1\", \"smiles\": \"[#smiles#]C1CCCCC1[#smiles#]\"}], \"bbox\": [195.57185628742516, 130.96989412179104, 93.41317365269461, 132.21556886227546]}], \"conditions\": [{\"id\": \"1022-rea1-con1\", \"text\": \"\\\\textit{\\\\textbf{Air}}\", \"maps\": [], \"bbox\": [468.62574850299404, 99.1616766467066, 53.17365269461084, 35.92814371257485]}, {\"id\": \"1022-rea1-con2\", \"text\": \"\\\\textit{\\\\textbf{cat.TBADT}}\", \"maps\": [], \"bbox\": [416.88922155688624, 135.08982035928145, 152.33532934131733, 34.49101796407186]}, {\"id\": \"1022-rea1-con3\", \"text\": \"\\\\textit{\\\\textbf{Solvent}}\", \"maps\": [], \"bbox\": [435.5718562874252, 195.4491017964072, 102.03592814371251, 28.742514970059858]}, {\"id\": \"1022-rea1-con4\", \"text\": \"\\\\textit{\\\\textbf{hv,r.t., 4 h}}\", \"maps\": [], \"bbox\": [421.20059880239523, 224.19161676646706, 145.14970059880238, 33.05389221556885]}], \"products\": [{\"id\": \"1022-rea1-pro-sub1\", \"text\": \"\\\\iden{2a}\", \"maps\": [{\"identifier\": \"2a\", \"smiles\": \"[#smiles#]O=C1CCCCC1[#smiles#]\"}], \"bbox\": [705.7514970059881, 89.10179640718563, 84.7904191616766, 176.76646706586826]}, {\"id\": \"1022-rea1-pro-sub2\", \"text\": \"\\\\iden{2b}\", \"maps\": [{\"identifier\": \"2b\", \"smiles\": \"[#smiles#]OC1CCCCC1[#smiles#]\"}], \"bbox\": [906.9490966796875, 86.22754669189453, 87.101806640625, 175.07784271240234]}], \"text\": \"\", \"bbox\": [184.0748291015625, 80.47904205322266, 822.0358123779297, 183.95201873779297]}], \"substances\": [], \"tables\": [{\"id\": \"1022-tab1\", \"text\": \"\", \"bbox\": [15.93113772455091, 298.92215568862275, 1148.2634730538923, 327.66467065868267], \"data\": [{\"id\": \"1022-tab1-c1\", \"text\": \"Entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [61.91916167664672, 319.0419161676647, 68.98203592814372, 37.365269461077844]}, {\"id\": \"1022-tab1-c2\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [84.91317365269462, 366.4670658682635, 18.682634730538922, 31.616766467065872]}, {\"id\": \"1022-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [82.03892215568864, 406.70658682634735, 22.9940119760479, 31.616766467065872]}, {\"id\": \"1022-tab1-c4\", \"text\": \"3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [84.91317365269462, 445.50898203592817, 20.119760479041915, 33.05389221556885]}, {\"id\": \"1022-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [82.03892215568864, 488.622754491018, 22.9940119760479, 31.616766467065872]}, {\"id\": \"1022-tab1-c6\", \"text\": \"5\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [83.47604790419163, 528.8622754491018, 20.119760479041915, 33.053892215568794]}, {\"id\": \"1022-tab1-c7\", \"text\": \"6\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [84.91317365269462, 577.7245508982036, 21.556886227544908, 27.30538922155688]}, {\"id\": \"1022-tab1-c8\", \"text\": \"Solvent\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [336.4101796407186, 319.0419161676647, 94.85029940119762, 37.365269461077844]}, {\"id\": \"1022-tab1-c9\", \"text\": \"CH_3CN:HCl 1M (2.5:1)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [277.488037109375, 362.1556701660156, 231.37721252441406, 34.49102783203125]}, {\"id\": \"1022-tab1-c10\", \"text\": \"CH_3CN:HCl 1M (1:1)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [280.36227544910184, 405.2694610778443, 221.31736526946105, 37.365269461077844]}, {\"id\": \"1022-tab1-c11\", \"text\": \"CH_3CN\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [357.9670658682635, 446.94610778443115, 76.16766467065872, 35.928143712574865]}, {\"id\": \"1022-tab1-c12\", \"text\": \"Acetone:HCl 1M (4:1)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [280.36227544910184, 488.622754491018, 231.377245508982, 34.49101796407183]}, {\"id\": \"1022-tab1-c13\", \"text\": \"Acetone:H_2O (4:1)\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [297.60778443113776, 530.2994011976048, 194.01197604790417, 38.802395209580936]}, {\"id\": \"1022-tab1-c14\", \"text\": \"CH_2Cl_2:CH_3CN:HCl 1M (1.5:1.5:1)\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [221.44011976047906, 571.9760479041917, 347.7844311377245, 37.36526946107779]}, {\"id\": \"1022-tab1-c15\", \"text\": \"Cyclohexanone \\\\textbf{\\\\refiden{2a}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [642.5179640718563, 319.0419161676647, 205.50898203592817, 33.05389221556885]}, {\"id\": \"1022-tab1-c16\", \"text\": \"56%\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [738.8053588867188, 366.4670715332031, 53.17364501953125, 27.305383682250977]}, {\"id\": \"1022-tab1-c17\", \"text\": \"42%\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [740.2425149700599, 399.52095808383234, 53.17365269461084, 37.365269461077844]}, {\"id\": \"1022-tab1-c18\", \"text\": \"23%\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [740.2425149700599, 448.3832335329341, 53.17365269461084, 31.616766467065872]}, {\"id\": \"1022-tab1-c19\", \"text\": \"42%\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [740.2425149700599, 487.185628742515, 51.7365269461078, 35.92814371257481]}, {\"id\": \"1022-tab1-c20\", \"text\": \"13%\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [741.679640718563, 531.7365269461078, 50.299401197604766, 34.49101796407183]}, {\"id\": \"1022-tab1-c21\", \"text\": \"36%\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [741.679640718563, 576.2874251497007, 50.299401197604766, 30.179640718562837]}, {\"id\": \"1022-tab1-c22\", \"text\": \"Cyclohexanol \\\\textbf{\\\\refiden{2b}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [929.9431137724551, 316.1676646706587, 176.76646706586837, 43.113772455089816]}, {\"id\": \"1022-tab1-c23\", \"text\": \"6%\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [1001.7994011976049, 362.1556886227545, 45.98802395209589, 31.616766467065872]}, {\"id\": \"1022-tab1-c24\", \"text\": \"11%\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [1001.7994011976049, 405.2694610778443, 50.29940119760465, 31.616766467065872]}, {\"id\": \"1022-tab1-c25\", \"text\": \"14%\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [998.9251497005988, 448.3832335329341, 54.61077844311387, 35.928143712574865]}, {\"id\": \"1022-tab1-c26\", \"text\": \"4%\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [1006.1107784431139, 487.185628742515, 43.113772455089816, 37.365269461077844]}, {\"id\": \"1022-tab1-c27\", \"text\": \"9%\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [1003.2365269461078, 531.7365269461078, 44.550898203592965, 34.49101796407183]}, {\"id\": \"1022-tab1-c28\", \"text\": \"14%\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [1001.7994011976049, 576.2874251497007, 53.17365269461072, 31.616766467065872]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"areaction conditions: 1.0 mmol of 1,2 mol % of tetrabutylammonium decatungstate,7 ml of solvent,4 h reaction time,open to air,solar simulator.\", \"id\": \"1022.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"What is the Entry value corresponding to a 42% value in column 2a for cyclohexanone?\", \"answer\": \"4\", \"id\": \"1022.png\", \"unable_to_answer\": false, \"hop\": 2, \"type\": \"multihop_retrieval\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"7 rows × 4 columns\", \"id\": \"1022.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 3 and column 2 in the picture?\", \"answer\": \"CH_3CN:HCl 1M (1:1)\", \"id\": \"1022.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"CH_3CN:HCl 1M (1:1)\\\" in the picture?\", \"answer\": \"Row 3, Column 2\", \"id\": \"1022.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Screening of suitable solvents\", \"id\": \"1022.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1023.json

@@ -1,5 +0,0 @@
-{
-  "id": "1023",
-  "source": "https://doi.org/10.1021/acs.joc.5b01041",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"2\", \"text\": \"Varying Catalyst Loading and Temperatures\", \"bbox\": [3.9388732457366302, 27.079679886709844, 863.060598643765, 51.30080481448954]}], \"annotations\": [{\"text\": \"\\\\mark{a}Determined using ^1H NMR analysis of the crude reaction mixture using dimethylsulfone as an internal standard.\", \"bbox\": [4.728542804718018, 549.101806640625, 964.850314617157, 84.98004150390625]}], \"reactions\": [{\"id\": \"1023-rea1\", \"reactants\": [{\"id\": \"1023-rea1-rea-sub1\", \"text\": \"\\\\iden{2b}\", \"maps\": [{\"identifier\": \"2b\", \"smiles\": \"[#smiles#]OB(O)C1=CC=C(OC)C(OC)=C1[#smiles#]\"}], \"bbox\": [111.93413173652698, 86.2874251497006, 311.1576846307385, 164.7305389221557]}], \"conditions\": [{\"id\": \"1023-rea1-con1\", \"text\": \"PPh_3AuNTf_2\", \"maps\": [], \"bbox\": [462.31337325349307, 86.2874251497006, 172.5748502994012, 39.221556886227546]}, {\"id\": \"1023-rea1-con2\", \"text\": \"(x mol%)\", \"maps\": [], \"bbox\": [489.76846307385233, 125.50898203592814, 120.27944111776446, 32.68463073852294]}, {\"id\": \"1023-rea1-con3\", \"text\": \"Dimethylcarbonate\", \"maps\": [], \"bbox\": [424.3992015968064, 173.88223552894212, 249.7105788423155, 31.377245508982043]}, {\"id\": \"1023-rea1-con4\", \"text\": \"x ℃,24 h\", \"maps\": [], \"bbox\": [476.6946107784431, 211.79640718562874, 146.42714570858288, 41.83632734530937]}], \"products\": [{\"id\": \"1023-rea1-pro-sub1\", \"text\": \"\\\\iden{7b}\", \"maps\": [{\"identifier\": \"7b\", \"smiles\": \"[#smiles#]COC1=CC=CC=C1OC[#smiles#]\"}], \"bbox\": [676.7245508982037, 84.98003992015968, 189.57085828343315, 172.5748502994012]}], \"text\": \"\", \"bbox\": [106.7045908183633, 77.13572854291417, 779.2015968063873, 190.87824351297408]}], \"substances\": [], \"tables\": [{\"id\": \"1023-tab1\", \"text\": \"\", \"bbox\": [4.728542804718018, 266.7065734863281, 966.157687664032, 282.3951721191406], \"data\": [{\"id\": \"1023-tab1-c1\", \"text\": \"entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [47.87225548902199, 278.47305389221555, 77.13572854291417, 35.29940119760482]}, {\"id\": \"1023-tab1-c2\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [77.94211576846311, 328.1536926147705, 20.918163672654686, 31.377245508982014]}, {\"id\": \"1023-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [77.94211576846311, 368.6826347305389, 22.225548902195598, 35.29940119760482]}, {\"id\": \"1023-tab1-c4\", \"text\": \"3\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [77.94211576846311, 418.3632734530938, 22.225548902195598, 28.76247504990016]}, {\"id\": \"1023-tab1-c5\", \"text\": \"4\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [77.94211576846311, 458.8922155688623, 23.532934131736525, 31.377245508982014]}, {\"id\": \"1023-tab1-c6\", \"text\": \"5\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [77.94211576846311, 502.03592814371257, 22.225548902195598, 33.992015968063924]}, {\"id\": \"1023-tab1-c7\", \"text\": \"temp (℃)\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [225.67664670658687, 273.2435129740519, 143.812375249501, 43.14371257485027]}, {\"id\": \"1023-tab1-c8\", \"text\": \"50\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [280.5868263473054, 324.2315369261477, 40.52894211576847, 39.22155688622752]}, {\"id\": \"1023-tab1-c9\", \"text\": \"50\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [280.5868225097656, 371.2973937988281, 37.9141731262207, 36.6068115234375]}, {\"id\": \"1023-tab1-c10\", \"text\": \"30\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [279.2794411177645, 413.1337325349301, 39.22155688622752, 36.60678642714572]}, {\"id\": \"1023-tab1-c11\", \"text\": \"40\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [281.8942115768463, 452.3552894211577, 33.99201596806387, 40.52894211576847]}, {\"id\": \"1023-tab1-c12\", \"text\": \"50\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [281.8942115768463, 502.03592814371257, 37.91417165668662, 33.992015968063924]}, {\"id\": \"1023-tab1-c13\", \"text\": \"mol % of catalyst\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [471.4650573730469, 269.32135009765625, 219.64064025878906, 49.6806640625]}, {\"id\": \"1023-tab1-c14\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [572.1337325349301, 326.8463073852295, 22.22554890219567, 32.68463073852297]}, {\"id\": \"1023-tab1-c15\", \"text\": \"3\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [572.1337325349301, 368.6826347305389, 22.22554890219567, 35.29940119760482]}, {\"id\": \"1023-tab1-c16\", \"text\": \"5\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [570.8263473053893, 415.748502994012, 22.225548902195555, 31.377245508982014]}, {\"id\": \"1023-tab1-c17\", \"text\": \"5\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [572.1337325349301, 453.6626746506986, 20.918163672654714, 40.52894211576847]}, {\"id\": \"1023-tab1-c18\", \"text\": \"5\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [570.8263473053893, 502.03592814371257, 26.147704590818307, 36.60678642714572]}, {\"id\": \"1023-tab1-c19\", \"text\": \"yield (%)\\\\refmark{a}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [797.0039920159682, 271.936127744511, 138.58283433133738, 47.06586826347302]}, {\"id\": \"1023-tab1-c20\", \"text\": \"16\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [825.7664670658684, 328.1536926147705, 39.22155688622752, 33.99201596806387]}, {\"id\": \"1023-tab1-c21\", \"text\": \"62\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [825.7664670658684, 369.99001996007985, 37.91417165668656, 37.91417165668662]}, {\"id\": \"1023-tab1-c22\", \"text\": \"34\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [823.1516966067866, 415.748502994012, 39.22155688622752, 33.99201596806387]}, {\"id\": \"1023-tab1-c23\", \"text\": \"47\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [824.4590818363274, 457.58483033932134, 37.914171656686676, 32.68463073852297]}, {\"id\": \"1023-tab1-c24\", \"text\": \"quant.\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [823.1516966067866, 505.9580838323353, 83.67265469061874, 35.299401197604766]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aDetermined using ^1H NMR analysis of the crude reaction mixture using dimethylsulfone as an internal standard.\", \"id\": \"1023.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many molecular diagrams of benzene rings are there in the table?\", \"answer\": \"There are 2 benzene rings in total.\", \"id\": \"1023.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"At 50°C, how does the yield change as the amount of catalyst increases?\", \"answer\": \"It increases gradually.\", \"id\": \"1023.png\", \"unable_to_answer\": false, \"type\": \"logical_reasoning_trend\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"6 rows × 4 columns\", \"id\": \"1023.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 6 and column 4 in the picture?\", \"answer\": \"quant.\", \"id\": \"1023.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"quant.\\\" in the picture?\", \"answer\": \"Row 6, Column 4\", \"id\": \"1023.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Varying Catalyst Loading and Temperatures\", \"id\": \"1023.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"What is the maximum yield at a temperature of 50 degrees?\", \"answer\": \"At a temperature of 50 degrees, the maximum yield is 62%.\", \"id\": \"1023.png\", \"unable_to_answer\": false, \"aspect\": \"cond2yield\", \"type\": \"yield_and_conditions\"}]}"
-}

test/json/1024.json

@@ -1,5 +0,0 @@
-{
-  "id": "1024",
-  "source": "https://doi.org/10.1002/anie.201800818",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S6\", \"text\": \"Optimization of the residence time (t_r) in flow with a 3 ml reactor\", \"bbox\": [22.719534111400336, 18.070032567943787, 721.4691791987428, 37.74285444500465]}], \"annotations\": [{\"text\": \"\\\\mark{a}Reaction conditions: 1.0 mmol of cyclohexane,2 mol % of tetrabutylammonium decatungstate,7 ml CH_3CN:HCl 1M (2.5:1),2.1 eq.O_2,0.5 bar back-pressure regulator.\", \"bbox\": [41.94330901102934, 587.8545276524848, 1117.9003499416763, 76.94050991501422]}], \"reactions\": [{\"id\": \"1024-rea1\", \"reactants\": [{\"id\": \"1024-rea1-rea-sub1\", \"text\": \"\\\\iden{1}\", \"maps\": [{\"identifier\": \"1\", \"smiles\": \"[#smiles#]C1CCCCC1[#smiles#]\"}], \"bbox\": [204.8761535369417, 126.21146816239975, 85.99233461089815, 147.84647003277234]}], \"conditions\": [{\"id\": \"1024-rea1-con1\", \"text\": \"\\\\textit{\\\\textbf{O_2(2.1 equiv.)}}\", \"maps\": [], \"bbox\": [400.9990219477621, 99.0559940747477, 187.07104371493642, 43.75048603010609]}, {\"id\": \"1024-rea1-con2\", \"text\": \"\\\\textit{\\\\textbf{TBADT (2 mol%)}}\", \"maps\": [], \"bbox\": [388.929931640625, 142.8064727783203, 214.22650146484375, 31.681392669677734]}, {\"id\": \"1024-rea1-con3\", \"text\": \"\\\\textit{\\\\textbf{CH_3CN:HCl 1M (2.5:1)}}\", \"maps\": [], \"bbox\": [352.722623569714, 198.62606572947192, 264.0115536299506, 36.20729878353606]}, {\"id\": \"1024-rea1-con4\", \"text\": \"\\\\textit{\\\\textbf{hv (365 nm),r.t.}}\", \"maps\": [], \"bbox\": [393.4558347011921, 234.83336451300798, 199.1401433094485, 27.155474087652095]}, {\"id\": \"1024-rea1-con5\", \"text\": \"\\\\textit{\\\\textbf{Vr = 3 mL}}\", \"maps\": [], \"bbox\": [428.1545104980469, 263.4974670410156, 131.25143432617188, 30.17275619506836]}], \"products\": [{\"id\": \"1024-rea1-pro-sub1\", \"text\": \"\\\\iden{2a}\", \"maps\": [{\"identifier\": \"2a\", \"smiles\": \"[#smiles#]O=C1CCCCC1[#smiles#]\"}], \"bbox\": [702.7265118105628, 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\"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [616.7341771996646, 518.4572049840407, 52.80231072599008, 31.68138643559405]}, {\"id\": \"1024-tab1-c16\", \"text\": \"Cyclohexanol \\\\textbf{\\\\refiden{2b}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [915.4443921638373, 346.4725357622442, 184.05376881630843, 37.71593623285008]}, {\"id\": \"1024-tab1-c17\", \"text\": \"12%\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [975.7898901363974, 394.74893414029236, 54.31094817530402, 33.1900238849081]}, {\"id\": \"1024-tab1-c18\", \"text\": \"11%\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [975.7898901363974, 436.9907827210845, 55.819585624618185, 31.68138643559405]}, {\"id\": \"1024-tab1-c19\", \"text\": \"10%\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [977.2985275857113, 476.21535640324856, 52.80231072599008, 34.698661334222095]}, {\"id\": \"1024-tab1-c20\", \"text\": \"9%\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [977.2985275857113, 516.9485675347266, 46.767760928734106, 36.20729878353609]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aReaction conditions: 1.0 mmol of cyclohexane,2 mol % of tetrabutylammonium decatungstate,7 ml CH_3CN:HCl 1M (2.5:1),2.1 eq.O_2,0.5 bar back-pressure regulator.\", \"id\": \"1024.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"As t increases, how do 2a and 2b change?\", \"answer\": \"2a gradually increases, while 2b gradually decreases.\", \"id\": \"1024.png\", \"unable_to_answer\": false, \"type\": \"logical_reasoning_trend\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"5 rows × 4 columns\", \"id\": \"1024.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 3 and column 4 in the picture?\", \"answer\": \"11%\", \"id\": \"1024.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"11%\\\" in the picture?\", \"answer\": \"Row 3, Column 4\", \"id\": \"1024.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimization of the residence time (t_r) in flow with a 3 ml reactor\", \"id\": \"1024.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1025.json

@@ -1,5 +0,0 @@
-{
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\"maps\": [], \"bbox\": [702.7347366333153, 404.0581663237441, 29.71985383678441, 27.738530247665437]}, {\"id\": \"1025-tab1-c46\", \"text\": \"6\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [712.6413545789101, 434.76868195508797, 20.80389768574912, 27.738530247665437]}, {\"id\": \"1025-tab1-c47\", \"text\": \"11\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [700.7534130441963, 465.4791975864319, 29.71985383678441, 23.775883069427493]}, {\"id\": \"1025-tab1-c48\", \"text\": \"6\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [716.60400390625, 495.1990661621094, 14.85992431640625, 22.785186767578125]}, {\"id\": \"1025-tab1-c49\", \"text\": \"4\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [714.6226781680291, 519.9655962872033, 16.841250507511063, 30.71051563134381]}, {\"id\": \"1025-tab1-c50\", \"text\": \"0\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [714.6226781680291, 554.6387590967851, 16.841250507511063, 28.729192042224895]}, {\"id\": \"1025-tab1-c51\", \"text\": \"\\\\textbf{7}\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [714.6226781680291, 584.3586129335695, 18.822574096630092, 27.738530247665494]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"\", \"id\": \"1025.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"11 rows × 5 columns\", \"id\": \"1025.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 10 and column 1 in the picture?\", \"answer\": \"8\", \"id\": \"1025.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"8\\\" in the picture?\", \"answer\": \"Row 10, Column 1\", \"id\": \"1025.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Reaction optimization of the C(sp^3)-H oxidation enabled by decatungstate photocatalysis in batch.[a]\", \"id\": \"1025.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"When the yield of 2b is at its highest, what is the total yield of 2a and 2b?\", \"answer\": \"When the yield of 2b is at its highest, the total yield of 2a and 2b is 37%.\", \"id\": \"1025.png\", \"unable_to_answer\": false, \"aspect\": \"cond2yield\", \"type\": \"yield_and_conditions\"}]}"
-}

test/json/1026.json

@@ -1,5 +0,0 @@
-{
-  "id": "1026",
-  "source": "https://doi.org/10.1002/anie.201807001",
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141.56060791015625, 35.390167236328125]}, {\"id\": \"1026-tab1-c32\", \"text\": \"NEt_3 (1.0)\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [450.56963233213503, 453.2495708515772, 120.14028251339505, 27.939600584510515]}, {\"id\": \"1026-tab1-c33\", \"text\": \"Na_2CO_3 (1.0)\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [431.0119323730469, 483.0517883300781, 155.5302734375, 32.596221923828125]}, {\"id\": \"1026-tab1-c34\", \"text\": \"Na_2CO_3 (1.0)\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [430.08059190349405, 516.5793321764676, 155.530443253775, 28.870920603994136]}, {\"id\": \"1026-tab1-c35\", \"text\": \"Na_2CO_3 (1.0)\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [433.80587198142877, 546.3815727999454, 154.5991232342913, 34.45884072089632]}, {\"id\": \"1026-tab1-c36\", \"text\": \"Na_2CO_3 (1.0)\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [431.9432319424614, 580.8404135208417, 154.5991232342913, 27.93960058451046]}, {\"id\": \"1026-tab1-c37\", \"text\": \"Temp (℃)\", \"start_row\": \"1\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [621.0011958976489, 287.4746073834817, 76.36824159766195, 67.05504140282511]}, {\"id\": \"1026-tab1-c38\", \"text\": \"110\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [638.6962762678389, 354.52964878630684, 45.63468095470046, 29.80224062347787]}, {\"id\": \"1026-tab1-c39\", \"text\": \"110\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [636.8336362288716, 386.19452944875206, 46.566000974184135, 29.802240623477815]}, {\"id\": \"1026-tab1-c40\", \"text\": \"80\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [644.284196384741, 419.7220501501646, 32.59620068192885, 28.870920603994193]}, {\"id\": \"1026-tab1-c41\", \"text\": \"110\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [637.7649562483552, 449.52429077364246, 48.42864101315149, 30.733560642961493]}, {\"id\": \"1026-tab1-c42\", \"text\": \"110\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [636.8336362288716, 483.05181147505505, 45.63468095470046, 31.66488066244517]}, {\"id\": \"1026-tab1-c43\", \"text\": \"90\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [643.3528763652573, 516.5793321764676, 33.52752070141253, 26.076960545543102]}, {\"id\": \"1026-tab1-c44\", \"text\": \"110\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [637.7649562483552, 544.518932760978, 47.49732099366781, 31.664880662445285]}, {\"id\": \"1026-tab1-c45\", \"text\": \"110\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [635.9023162093879, 578.0464534623907, 50.29128105211885, 29.802240623477815]}, {\"id\": \"1026-tab1-c46\", \"text\": \"Time (h)\", \"start_row\": \"1\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [730.8969581967235, 289.3372474224491, 71.71164150024356, 63.3297613248904]}, {\"id\": \"1026-tab1-c47\", \"text\": \"19\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [749.5233585863971, 356.3922888252742, 35.39016074038, 27.939600584510515]}, {\"id\": \"1026-tab1-c48\", \"text\": \"21\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [749.5233585863971, 386.19452944875206, 29.80224062347793, 30.733560642961493]}, {\"id\": \"1026-tab1-c49\", \"text\": \"21\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [747.6607055664062, 419.7220458984375, 32.596092224121094, 27.008270263671875]}, {\"id\": \"1026-tab1-c50\", \"text\": \"22\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [750.4546786058808, 448.5929707541588, 30.733560642961606, 33.527520701412584]}, {\"id\": \"1026-tab1-c51\", \"text\": \"22\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [747.6607185474297, 483.05181147505505, 35.39016074038, 30.733560642961493]}, {\"id\": \"1026-tab1-c52\", \"text\": \"22\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [746.729398527946, 516.5793321764676, 38.18412079883103, 26.076960545543102]}, {\"id\": \"1026-tab1-c53\", \"text\": \"22\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [748.5920385669134, 544.518932760978, 35.39016074038, 32.59620068192896]}, {\"id\": \"1026-tab1-c54\", \"text\": \"22\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [748.5920385669134, 577.115133442907, 35.39016074038, 29.802240623477815]}, {\"id\": \"1026-tab1-c55\", \"text\": \"Isolated yields (%)\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"7\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [917.2847900390625, 287.681396484375, 227.8913116455078, 35.2802734375]}, {\"id\": \"1026-tab1-c56\", \"text\": \"\\\\textbf{\\\\refiden{3p}}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [902.0284727318474, 323.9151985336628, 38.14083383203672, 28.605625374027568]}, {\"id\": \"1026-tab1-c57\", \"text\": \"33\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [908.7031186524539, 356.334907290894, 31.46618791143021, 26.698583682425692]}, {\"id\": \"1026-tab1-c58\", \"text\": \"45\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [907.7495727539062, 386.8475646972656, 34.32665252685547, 28.605621337890625]}, {\"id\": \"1026-tab1-c59\", \"text\": \"Only 5% conversion\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"7\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [910.6101603440557, 417.36024142215274, 236.4731697586276, 33.373229603032144]}, {\"id\": \"1026-tab1-c60\", \"text\": \"43\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [903.9354858398438, 451.6869812011719, 36.23382568359375, 28.605636596679688]}, {\"id\": \"1026-tab1-c61\", \"text\": \"\\\\textbf{52}\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [907.7495978066529, 482.19965893661515, 34.32675044883308, 30.51266706562933]}, {\"id\": \"1026-tab1-c62\", \"text\": \"29\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [907.7495978066529, 514.6193676938464, 31.466187911430325, 28.605625374027568]}, {\"id\": \"1026-tab1-c63\", \"text\": \"\\\\textbf{66}\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [906.796076960852, 547.0390764510776, 37.18731298623584, 29.55914621982845]}, {\"id\": \"1026-tab1-c64\", \"text\": \"\\\\textbf{74}\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [907.7495978066529, 577.5517435167069, 34.32675044883308, 30.512667065629444]}, {\"id\": \"1026-tab1-c65\", \"text\": \"\\\\textbf{\\\\refiden{3p'}}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1111.8030588080494, 323.9151985336628, 45.76900059844388, 28.605625374027568]}, {\"id\": \"1026-tab1-c66\", \"text\": \"5\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1127.059392340864, 356.334907290894, 21.93097945342106, 26.698583682425692]}, {\"id\": \"1026-tab1-c67\", \"text\": \"5\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1127.059392340864, 384.9405326649216, 23.83802114502305, 29.55914621982845]}, {\"id\": \"1026-tab1-c68\", \"text\": \"20\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1122.2917881118594, 451.6869918709858, 32.41970875723109, 27.652104528226573]}, {\"id\": \"1026-tab1-c69\", \"text\": \"8\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1127.059392340864, 484.106700628217, 22.884500299222054, 28.605625374027454]}, {\"id\": \"1026-tab1-c70\", \"text\": \"traces\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1103.2213711958411, 518.43345107705, 69.60702174346693, 27.652104528226687]}, {\"id\": \"1026-tab1-c71\", \"text\": \"7\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1128.012913186665, 547.0390764510776, 20.023937761819298, 29.55914621982845]}, {\"id\": \"1026-tab1-c72\", \"text\": \"traces\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [1101.3143295042391, 580.4123060541096, 70.56054258926792, 27.652104528226687]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"Reaction conditions: Diaryliodonium salt 2h (0.1 mmol),base and amine 1a were added to a vial under argon,anhydrous toluene (0.5 mL) was added and the mixture was stirred at the specified temperature.aThe toluene was degassed.\", \"id\": \"1026.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many substances in the table contain only two benzene rings?\", \"answer\": \"There are 2 substances that contain only two benzene rings.\", \"id\": \"1026.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"10 rows × 8 columns\", \"id\": \"1026.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 5 and column 1 in the picture?\", \"answer\": \"3\", \"id\": \"1026.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"3\\\" in the picture?\", \"answer\": \"Row 5, Column 1\", \"id\": \"1026.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimization with diphenyliodonium triflate (2h).\", \"id\": \"1026.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1027.json

@@ -1,5 +0,0 @@
-{
-  "id": "1027",
-  "source": "https://doi.org/10.1002/anie.201900801",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S-5\", \"text\": \"Data collection and structure refinement of [\\\\textbf{JiLiCv2]}.\", \"bbox\": [16.240825145665948, 12.60416065459962, 583.7887848358345, 30.661175674150968]}], \"annotations\": [], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1027-tab1\", \"text\": \"\", \"bbox\": [12.233555671175761, 41.81481126115764, 1064.5560194065217, 313.9704389033059], \"data\": [{\"id\": \"1027-tab1-c1\", \"text\": \"\\\\textbf{Index ranges}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [24.498025940836147, 58.98506963868218, 126.32404377750198, 34.34051675504908]}, {\"id\": \"1027-tab1-c2\", \"text\": \"\\\\textbf{Reflections number}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [25.724472967802186, 117.85452693305204, 180.2877129640077, 35.56696378201512]}, {\"id\": \"1027-tab1-c3\", \"text\": \"\\\\textbf{Refinement method}\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [25.724472967802186, 176.7239842274219, 180.2877129640077, 26.98183459325284]}, {\"id\": \"1027-tab1-c4\", \"text\": \"\\\\textbf{Function minimized}\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [26.950919994768228, 213.51739503640306, 183.9670540449058, 28.208281620218884]}, {\"id\": \"1027-tab1-c5\", \"text\": \"\\\\textbf{Goodness-of-fit on F_2}\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [25.724472967802186, 247.85791179145215, 192.55218323366807, 28.208281620218855]}, {\"id\": \"1027-tab1-c6\", \"text\": \"\\\\textbf{Largest diff.peak and hole[e Å^{-3}}\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [28.177367021734266, 287.10421665436536, 197.45797134153224, 57.64301026740378]}, {\"id\": \"1027-tab1-c7\", \"text\": \"-42≤h≤42,-8≤k≤8,-26≤1≤26\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [273.466772414942, 46.72059936902179, 203.59020647636243, 55.19011621347175]}, {\"id\": \"1027-tab1-c8\", \"text\": \"77713\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [344.6006999789723, 117.85452693305204, 61.322351348301936, 31.887622701116996]}, {\"id\": \"1027-tab1-c9\", \"text\": \"Least squares\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [310.26018322392315, 175.49753720045587, 123.87114972356994, 30.661175674150968]}, {\"id\": \"1027-tab1-c10\", \"text\": \"Σw(F_o^2-F_c^2)^2\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [310.26018322392315, 212.29094800943702, 127.55049080446804, 30.661175674150968]}, {\"id\": \"1027-tab1-c11\", \"text\": \"1.031\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [347.05359403290436, 246.6314647644861, 52.73722215953967, 30.661175674150968]}, {\"id\": \"1027-tab1-c12\", \"text\": \"0.27/-0.23\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [328.65688862841375, 296.9157928700937, 91.9835270224529, 34.340516755049066]}, {\"id\": \"1027-tab1-c13\", \"text\": \"\\\\textbf{Theta range for data collection[°]}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [491.77434321489693, 46.72059936902179, 160.66456053255104, 52.73722215953966]}, {\"id\": \"1027-tab1-c14\", \"text\": \"\\\\textbf{Data/restraints/parameters}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [494.227237268829, 110.4958447712558, 158.21166647861895, 56.416563240437796]}, {\"id\": \"1027-tab1-c15\", \"text\": \"\\\\textbf{Final R indices}\", \"start_row\": \"3\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [493.00079024186294, 188.98845449708227, 137.36206702019632, 39.24630486291326]}, {\"id\": \"1027-tab1-c16\", \"text\": \"\\\\textbf{Weighting scheme}\", \"start_row\": \"5\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [493.00079345703125, 280.97198486328125, 165.57028198242188, 35.56695556640625]}, {\"id\": \"1027-tab1-c17\", \"text\": \"4.744 to 60.142\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [794.7067588755085, 58.98506963868218, 145.94719620895853, 33.11406972808305]}, {\"id\": \"1027-tab1-c18\", \"text\": \"10283/1/381\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [815.5563583339311, 120.30742098698411, 104.24799729211327, 34.340516755049094]}, {\"id\": \"1027-tab1-c19\", \"text\": \"all data\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [707.6290199609198, 177.95043125438792, 73.5868216179623, 25.755387566286828]}, {\"id\": \"1027-tab1-c20\", \"text\": \"I>2σ(I)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [710.0819140148518, 211.06450098247097, 69.9074805370642, 30.661175674150968]}, {\"id\": \"1027-tab1-c21\", \"text\": \"R1=0.0411,wR2=0.0753\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [822.9150404957273, 170.5917490925917, 230.57204106961524, 34.340516755049094]}, {\"id\": \"1027-tab1-c22\", \"text\": \"R1=0.0292,wR2=0.0691\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [822.9150404957273, 209.83805395550493, 226.89269998871725, 31.88762270111701]}, {\"id\": \"1027-tab1-c23\", \"text\": \"w=1/[σ^2(F_o^2)+(0.0411P)^2+0.7599P]\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [722.3463842845122, 249.0843588184182, 293.12083944488325, 30.661175674150968]}, {\"id\": \"1027-tab1-c24\", \"text\": \"where P=(F_o^2+2F_c^2)/3\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [776.3100534710179, 294.4628988161616, 185.19350107187188, 41.69919891684526]}]}], \"question\": [{\"question\": \"What is the size of the table in the picture?\", \"answer\": \"6 rows × 5 columns\", \"id\": \"1027.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 4 and column 2 in the picture?\", \"answer\": \"Σw(F_o^2-F_c^2)^2\", \"id\": \"1027.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"Σw(F_o^2-F_c^2)^2\\\" in the picture?\", \"answer\": \"Row 4, Column 2\", \"id\": \"1027.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Data collection and structure refinement of [JiLiCv2].\", \"id\": \"1027.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1028.json

@@ -1,5 +0,0 @@
-{
-  "id": "1028",
-  "source": "https://doi.org/10.1021/acs.joc.7b02639",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S1\", \"text\": \"Computed N-phenyl nitrone activation barriers for the reaction between \\\\textbf{\\\\refiden{6m}} with \\\\textbf{\\\\refiden{2}},reaction energies (kcal mol^{-1}) and product ratios,at 50 ℃ and 15 kbar,computed at the COSMO(THF)-BP86/TZ2P level.\", \"bbox\": [9.198340874811226, 1.7229102167182562, 950.5882352941178, 90.58823529411765]}], \"annotations\": [{\"text\": \"\\\\mark{a}Calculated at 50℃ and 15 kbar based on the ∆∆\\\\textit{G}^‡ between the various isomers of \\\\textbf{\\\\refiden{4m}}.\", \"bbox\": [11.551282051281815, 280.54643962848303, 867.0588235294119, 32.94117647058823]}], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1028-tab1\", \"text\": \"\", \"bbox\": [9.198340874811226, 105.25232198142416, 915.2941176470589, 180.00000000000003], \"data\": [{\"id\": \"1028-tab1-c1\", \"text\": \"\\\\textbf{Compound}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [26.845399698340643, 118.19349845201239, 104.7058823529412, 21.176470588235304]}, {\"id\": \"1028-tab1-c2\", \"text\": \"\\\\textbf{\\\\refiden{4m}}\", \"start_row\": \"2\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [64.49245852187006, 208.78173374613007, 32.94117647058823, 27.058823529411768]}, {\"id\": \"1028-tab1-c3\", \"text\": \"\\\\textbf{Isomer}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [164.49245852187008, 114.66408668730651, 69.41176470588235, 28.235294117647072]}, {\"id\": \"1028-tab1-c4\", \"text\": \"\\\\textit{trans}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [178.6101055806936, 164.07585139318888, 47.05882352941177, 20]}, {\"id\": \"1028-tab1-c5\", \"text\": \"\\\\textit{cis}\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [185.66892911010538, 193.48761609907123, 32.94117647058823, 20.00000000000003]}, {\"id\": \"1028-tab1-c6\", \"text\": \"regio-\\\\textit{trans}\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [157.4336349924583, 224.07585139318888, 89.41176470588238, 20.00000000000003]}, {\"id\": \"1028-tab1-c7\", \"text\": \"regio-\\\\textit{cis}\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [164.49245852187008, 253.48761609907126, 72.94117647058823, 21.176470588235304]}, {\"id\": \"1028-tab1-c8\", \"text\": \"\\\\textbf{∆\\\\textit{E}^‡(∆\\\\textit{G}^‡)}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [291.5512820512819, 114.66408668730651, 87.05882352941177, 35.29411764705884]}, {\"id\": \"1028-tab1-c9\", \"text\": \"18.8 (27.9)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [290.37481146304657, 160.546439628483, 90.58823529411768, 24.705882352941188]}, {\"id\": \"1028-tab1-c10\", \"text\": \"17.9 (27.3)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [289.19834087481127, 189.95820433436535, 91.76470588235298, 27.058823529411768]}, {\"id\": \"1028-tab1-c11\", \"text\": \"19.4 (28.9)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [289.19834087481127, 220.546439628483, 91.76470588235298, 24.705882352941188]}, {\"id\": \"1028-tab1-c12\", \"text\": \"20.2 (29.9)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [291.5512820512819, 249.95820433436538, 89.41176470588238, 28.235294117647044]}, {\"id\": \"1028-tab1-c13\", \"text\": \"\\\\textbf{∆\\\\textit{E}_{rxn}-(∆\\\\textit{G}_{rxn})}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [431.5512820512819, 118.19349845201239, 105.88235294117646, 27.058823529411768]}, {\"id\": \"1028-tab1-c14\", \"text\": \"-10.6 (1.4)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [437.43363499245834, 159.3699690402477, 95.2941176470589, 29.411764705882376]}, {\"id\": \"1028-tab1-c15\", \"text\": \"-9.7 (1.9)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [439.78657616892895, 192.31114551083596, 85.88235294117646, 24.70588235294116]}, {\"id\": \"1028-tab1-c16\", \"text\": \"-7.1 (4.0)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [440.9630432128906, 218.19349670410156, 85.88235473632812, 28.23525047302246]}, {\"id\": \"1028-tab1-c17\", \"text\": \"-7.3 (5.9)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [440.96304675716425, 247.60526315789477, 87.05882352941177, 30.588235294117652]}, {\"id\": \"1028-tab1-c18\", \"text\": \"\\\\textbf{Calc.product ratios\\\\refmark{a}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [560.9630737304688, 115.8405532836914, 172.94114685058594, 38.82353973388672]}, {\"id\": \"1028-tab1-c19\", \"text\": \"25\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [630.3748114630466, 160.546439628483, 31.764705882352928, 24.705882352941188]}, {\"id\": \"1028-tab1-c20\", \"text\": \"69\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [631.5512820512819, 189.95820433436535, 31.76470588235304, 24.705882352941188]}, {\"id\": \"1028-tab1-c21\", \"text\": \"5\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [636.2571644042231, 219.36996904024772, 23.529411764705856, 24.705882352941188]}, {\"id\": \"1028-tab1-c22\", \"text\": \"1\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [640.9630467571643, 247.60526315789477, 15.294117647058783, 30.588235294117652]}, {\"id\": \"1028-tab1-c23\", \"text\": \"\\\\textbf{Exp.product ratios}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [750.3748114630466, 118.19349845201239, 158.82352941176475, 30.588235294117652]}, {\"id\": \"1028-tab1-c24\", \"text\": \"19\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [815.0806938159878, 161.7229102167183, 25.882352941176464, 21.176470588235304]}, {\"id\": \"1028-tab1-c25\", \"text\": \"81\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [812.7277526395172, 191.13467492260065, 29.41176470588232, 23.529411764705884]}, {\"id\": \"1028-tab1-c26\", \"text\": \"0\", \"start_row\": \"4\", \"end_row\": \"5\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [817.4336349924585, 235.84055727554184, 17.64705882352939, 27.05882352941174]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aCalculated at 50℃ and 15 kbar based on the ∆∆G^‡ between the various isomers of 4m.\", \"id\": \"1028.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"5 rows × 6 columns\", \"id\": \"1028.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 5 and column 3 in the picture?\", \"answer\": \"20.2 (29.9)\", \"id\": \"1028.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"20.2 (29.9)\\\" in the picture?\", \"answer\": \"Row 5, Column 3\", \"id\": \"1028.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Computed N-phenyl nitrone activation barriers for the reaction between 6m with 2,reaction energies (kcal mol^{-1}) and product ratios,at 50 ℃ and 15 kbar,computed at the COSMO(THF)-BP86/TZ2P level.\", \"id\": \"1028.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1029.json

@@ -1,5 +0,0 @@
-{
-  "id": "1029",
-  "source": "https://doi.org/10.1021/acs.joc.7b02639",
-  "data": "{\"title\": [{\"type\": \"\", \"index\": \"\", \"text\": \"Table\", \"bbox\": [13.071619033813477, 5.100039015523784, 1425.4971914291382, 132.99646520614624]}], \"annotations\": [{\"text\": \"\\\\mark{a}Calculated at 50℃ and 15 kbar based on the ∆∆\\\\textit{G}^‡ between the various isomers of \\\\textbf{\\\\refiden{4p}}.\", \"bbox\": [22.50252110589488, 410.87058025258995, 1282.9291030749566, 45.50635290579652]}], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1029-tab1\", \"text\": \"\", \"bbox\": [19.002032420833604, 164.08612795577014, 1356.4393654612434, 245.03420795428914], \"data\": [{\"id\": \"1029-tab1-c1\", \"text\": \"\\\\textbf{Compound}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [35.50447584613997, 167.5866166408314, 155.77174648522666, 45.50635290579655]}, {\"id\": \"1029-tab1-c2\", \"text\": \"\\\\textbf{\\\\refiden{4p}}\", \"start_row\": \"2\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [94.26253914965098, 298.85494233062917, 42.00586422073529, 54.25757461844972]}, {\"id\": \"1029-tab1-c3\", \"text\": \"\\\\textbf{\\\\refiden{Isomer}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [254.6347237324401, 172.4814739814402, 93.58793969849248, 35.095477386934675]}, {\"id\": \"1029-tab1-c4\", \"text\": \"\\\\textit{trans}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [261.94628152138483, 236.82318252415376, 71.6532663316583, 35.09547738693465]}, {\"id\": \"1029-tab1-c5\", \"text\": \"\\\\textit{cis}\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [279.4940202148522, 280.6925292578221, 43.86934673366835, 33.633165829145696]}, {\"id\": \"1029-tab1-c6\", \"text\": \"regio-\\\\textit{trans}\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [228.3131156922391, 324.56187599149047, 143.30653266331657, 40.94472361809045]}, {\"id\": \"1029-tab1-c7\", \"text\": \"regio-\\\\textit{cis}\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [244.3985428279175, 368.43122272515876, 111.13567839195977, 38.020100502512605]}, {\"id\": \"1029-tab1-c8\", \"text\": \"\\\\textbf{∆\\\\textit{E}^‡(∆\\\\textit{G^‡})}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [437.4236684560582, 169.55685086586232, 133.070351758794, 39.4824120603015]}, {\"id\": \"1029-tab1-c9\", \"text\": \"21.1(30.1)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [425.7251892089844, 235.36085510253906, 146.23117065429688, 38.02012634277344]}, {\"id\": \"1029-tab1-c10\", \"text\": \"20.4(29.6)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [430.1121106671135, 274.8432830266663, 143.3065326633166, 40.94472361809045]}, {\"id\": \"1029-tab1-c11\", \"text\": \"21.1(30.3)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [430.1121106671135, 321.63725287591257, 146.2311557788945, 39.4824120603015]}, {\"id\": \"1029-tab1-c12\", \"text\": \"21.5(31.1)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [428.64979910932453, 362.581976494003, 143.30653266331655, 40.94472361809045]}, {\"id\": \"1029-tab1-c13\", \"text\": \"\\\\textbf{∆\\\\textit{E}_{rxn}(∆\\\\textit{G}_{rxn}})\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [641.6849749887215, 171.01916242365124, 166.7035175879397, 45.3316582914573]}, {\"id\": \"1029-tab1-c14\", \"text\": \"-6.3 (4.7)\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [658.2327136821889, 235.3608709663648, 133.0703517587939, 38.02010050251255]}, {\"id\": \"1029-tab1-c15\", \"text\": \"-6.5 (4.9)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [661.1573367977668, 280.6925292578221, 133.0703517587939, 35.09547738693465]}, {\"id\": \"1029-tab1-c16\", \"text\": \"-3.9 (7.8)\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [656.7704021243999, 324.56187599149047, 134.5326633165829, 35.09547738693465]}, {\"id\": \"1029-tab1-c17\", \"text\": \"-3.4 (8.3)\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [656.7703857421875, 366.9689025878906, 135.9949951171875, 36.55780029296875]}, {\"id\": \"1029-tab1-c18\", \"text\": \"\\\\textbf{Calc.product ratios}\\\\refmark{a}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [839.559346848018, 172.4814739814402, 260.2914572864321, 38.02010050251258]}, {\"id\": \"1029-tab1-c19\", \"text\": \"22\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [947.7704021243999, 236.82318252415376, 40.94472361809051, 33.63316582914575]}, {\"id\": \"1029-tab1-c20\", \"text\": \"57\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [950.6950252399778, 279.23021770003317, 38.020100502512605, 33.633165829145696]}, {\"id\": \"1029-tab1-c21\", \"text\": \"16\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [951.0587951495423, 321.0487861309943, 39.53356730442658, 42.169138458055045]}, {\"id\": \"1029-tab1-c22\", \"text\": \"5\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [951.0587951495423, 368.4890668963062, 36.89799615079812, 31.626853843541255]}, {\"id\": \"1029-tab1-c23\", \"text\": \"\\\\textbf{Exp.product ratios}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1118.4175634049482, 168.18565922054484, 239.83697498018773, 40.851352881240786]}, {\"id\": \"1029-tab1-c24\", \"text\": \"24\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1217.2514816660146, 234.0749380612558, 47.44028076531208, 36.89799615079812]}, {\"id\": \"1029-tab1-c25\", \"text\": \"47\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1215.9336960892003, 278.87964767293926, 42.16913845805516, 34.26242499716972]}, {\"id\": \"1029-tab1-c26\", \"text\": \"9\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1225.1581951269, 322.36657170780853, 27.67349711309862, 38.21578172761235]}, {\"id\": \"1029-tab1-c27\", \"text\": \"20\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1219.8870849609375, 365.853515625, 43.4869384765625, 38.21573257446289]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aCalculated at 50℃ and 15 kbar based on the ∆∆G^‡ between the various isomers of 4p.\", \"id\": \"1029.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"5 rows × 6 columns\", \"id\": \"1029.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 3 and column 5 in the picture?\", \"answer\": \"57\", \"id\": \"1029.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"57\\\" in the picture?\", \"answer\": \"Row 3, Column 5\", \"id\": \"1029.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Table\", \"id\": \"1029.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1031.json

@@ -1,5 +0,0 @@
-{
-  "id": "1031",
-  "source": "https://doi.org/10.1002/anie.201809934",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"1\", \"text\": \"Optimization of the cross-olefination.\\\\refmark{[a]}\", \"bbox\": [20.320244493401773, 7.025277661182513, 577.2565871310642, 40.22315202231521]}], \"annotations\": [{\"text\": \"\\\\mark{[a]}All reactions were performed on 0.2 mmol scale(diazo compound) under air.\\\\mark[b]With 2.0 equiv of the sulfoxonium ylide.\\\\mark[c]Yields determined by ^1H NMR spectroscopy using mesitylene as an internal standard.\\\\mark{[d]}Yield of isolated product.\", \"bbox\": [18.86546993276415, 559.2901942381388, 843.7276948033784, 146.80539240364715]}], \"reactions\": [{\"id\": \"1031-rea1\", \"reactants\": [{\"id\": \"1031-rea1-rea-sub1\", \"text\": \"\\\\iden{1a}\", \"maps\": [{\"identifier\": \"1a\", \"smiles\": \"[#smiles#]O=C(C=[N+]=[N-])OCC[#smiles#]\"}], \"bbox\": [55.97012955126837, 73.70312705684454, 137.12591598142865, 145.19214633327738]}, {\"id\": \"1031-rea1-rea-sub2\", \"text\": \"\\\\iden{2a}\", \"maps\": [{\"identifier\": \"2a\", \"smiles\": \"[#smiles#]O=C(C=[S@](C)(C)=O)C1=CC=CC=C1[#smiles#]\"}], \"bbox\": [244.71991978452897, 78.54286526795379, 148.4186384740169, 138.73916205179836]}], \"conditions\": [{\"id\": \"1031-rea1-con1\", \"text\": \"Catalyst(5 mol%)\", \"maps\": [], \"bbox\": [436.696202158529, 59.18391242351681, 193.58952844436988, 32.26492140739497]}, {\"id\": \"1031-rea1-con2\", \"text\": \"DCM(2.5 mL)\", \"maps\": [], \"bbox\": [452.8286437988281, 89.83557891845703, 151.64511108398438, 33.878173828125]}, {\"id\": \"1031-rea1-con3\", \"text\": \"16 h\", \"maps\": [], \"bbox\": [501.22604497331895, 133.39323166052523, 53.23712032220169, 35.49141354813449]}], \"products\": [{\"id\": \"1031-rea1-pro-sub1\", \"text\": \"\\\\iden{3aa}\", \"maps\": [{\"identifier\": \"3aa\", \"smiles\": \"[#smiles#]O=C(/C=C\\\\C(OCC)=O)C1=CC=CC=C1[#smiles#]\"}], \"bbox\": [667.3903902214031, 65.6368967049958, 167.7775913184538, 151.64513061475634]}], \"text\": \"\", \"bbox\": [41.45091491794063, 49.504436001298316, 803.3965430441348, 177.45706774067236]}], \"substances\": [], \"tables\": [{\"id\": \"1031-tab1\", \"text\": \"\", \"bbox\": [22.091962073503648, 243.09396444566815, 848.5674330144877, 312.9697376517313], \"data\": [{\"id\": \"1031-tab1-c1\", \"text\": \"Entry\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [25.318454214243143, 243.7072105160379, 74.20931923700843, 43.55764389998325]}, {\"id\": \"1031-tab1-c2\", \"text\": \"1\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [44.67740705868013, 304.3973151197186, 35.491413548134474, 30.65167533702521]}, {\"id\": \"1031-tab1-c3\", \"text\": \"2\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [44.67740705868013, 336.6622365271136, 32.264921407394965, 32.26492140739498]}, {\"id\": \"1031-tab1-c4\", \"text\": \"3\", 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38.717905688874]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"[a]All reactions were performed on 0.2 mmol scale(diazo compound) under air.\\\\mark[b]With 2.0 equiv of the sulfoxonium ylide.\\\\mark[c]Yields determined by ^1H NMR spectroscopy using mesitylene as an internal standard.[d]Yield of isolated product.\", \"id\": \"1031.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"8 rows × 5 columns\", \"id\": \"1031.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 5 and column 4 in the picture?\", \"answer\": \"53\", \"id\": \"1031.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"53\\\" in the picture?\", \"answer\": \"Row 5, Column 4\", \"id\": \"1031.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimization of the cross-olefination.[a]\", \"id\": \"1031.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1032.json

@@ -1,5 +0,0 @@
-{
-  "id": "1032",
-  "source": "https://doi.org/10.1021/acs.joc.7b02896",
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596.5379589360347, 26.14823815309842, 25.21437250477345]}, {\"id\": \"1032-tab1-c13\", \"text\": \"deviation from reaction conditions\\\\color{blue}{\\\\refmark{a}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [189.1501007080078, 225.7932891845703, 341.7948455810547, 28.9498291015625]}, {\"id\": \"1032-tab1-c14\", \"text\": \"PhC(O)SBn(0.65 equiv), no air\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [187.2823944091797, 264.081787109375, 311.91111755371094, 30.81756591796875]}, {\"id\": \"1032-tab1-c15\", \"text\": \"PhC(O)Cl(0.65 equiv), no air\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [187.2823944091797, 300.5025329589844, 303.50633239746094, 28.94985008239746]}, {\"id\": \"1032-tab1-c16\", \"text\": \"O_2 balloon for 5 min\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [189.15011863501468, 331.32011481175067, 203.5827113348377, 32.68529769137302]}, {\"id\": \"1032-tab1-c17\", \"text\": \"30 min air exposure\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [189.15011863501468, 366.80700944809854, 192.37632355493838, 30.817566394723144]}, {\"id\": \"1032-tab1-c18\", \"text\": \"rt,20 min\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [188.21625298668974, 399.49230713947156, 103.65908696406873, 27.082103801423386]}, {\"id\": \"1032-tab1-c19\", \"text\": \"0 ℃ to rt,20 min\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [189.15011863501468, 430.3098735341947, 181.16993577503905, 29.883700746398233]}, {\"id\": \"1032-tab1-c20\", \"text\": \"1.0 equiv \\\\textit{n}-BuLi,0 ℃ to rt,20 min\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [189.15011863501468, 463.9290368738927, 348.3318868252039, 29.88370074639812]}, {\"id\": \"1032-tab1-c21\", \"text\": \"1.6 equiv \\\\textit{n}-BuLi,0 ℃ to rt,20 min\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [191.01784993166456, 496.61433456526566, 348.331886825204, 28.949835098073265]}, {\"id\": \"1032-tab1-c22\", \"text\": \"Et_2O,0 ℃ to rt,20 min\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [188.55401358184824, 529.5986536245867, 240.0033541570584, 31.57938870487601]}, {\"id\": \"1032-tab1-c23\", \"text\": \"toluene\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [189.456281830559, 562.0803105781736, 74.88826464299191, 29.774852207454614]}, {\"id\": \"1032-tab1-c24\", \"text\": \"air exposure at -78℃\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [187.65174865722656, 595.4642333984375, 226.4693145751953, 26.165781021118164]}, {\"id\": \"1032-tab1-c25\", \"text\": \"Yield(%)\\\\color{blue}{\\\\refmark{b}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [612.6484110646081, 226.50644101301373, 106.45320861627022, 32.90371902684717]}, {\"id\": \"1032-tab1-c26\", \"text\": \"89\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [639.7455914396587, 266.1844551336236, 32.90371902684717, 29.03269325898276]}, {\"id\": \"1032-tab1-c27\", \"text\": \"71\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [639.7455914396587, 299.0881741604707, 30.96820614291505, 28.0649368170167]}, {\"id\": \"1032-tab1-c28\", \"text\": \"69\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [639.7455914396587, 331.02413674535177, 29.032693258982817, 30.000449700948877]}, {\"id\": \"1032-tab1-c29\", \"text\": \"41\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [638.77783203125, 367.79888916015625, 28.064939498901367, 28.064897537231445]}, {\"id\": \"1032-tab1-c30\", \"text\": \"68\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [637.8100785557265, 397.79933124101217, 31.935962584881054, 26.129423933084524]}, {\"id\": \"1032-tab1-c31\", \"text\": \"71\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [638.7778349976927, 430.70305026785934, 31.935962584881054, 26.129423933084524]}, {\"id\": \"1032-tab1-c32\", \"text\": \"66\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [637.8100785557266, 463.6067692947065, 31.935962584881054, 27.097180375050584]}, {\"id\": \"1032-tab1-c33\", \"text\": \"60\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [638.7778349976927, 497.47824476351974, 30.968206142914937, 27.09718037505064]}, {\"id\": \"1032-tab1-c34\", \"text\": \"46\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [638.7778349976927, 531.349720232333, 30.00044970094882, 25.161667491118465]}, {\"id\": \"1032-tab1-c35\", \"text\": \"39\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [637.8100785557266, 564.2534392591801, 31.935962584881054, 26.129423933084468]}, {\"id\": \"1032-tab1-c36\", \"text\": \"traces\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [635.8745656717944, 598.1249147279934, 62.904168727796105, 24.193911049152348]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"an-BuLi (2.5 M in hexanes,1.3 mmol) was added dropwise to a solution of dithiane 4a(1 mmol) in THF (5 mL) under argon atmosphere at -78℃.The mixture was left to reach rt after 20 min,and opened to air 1 min before addition of NH_4Cl saturated aqueous solution.bIsolated yield.\", \"id\": \"1032.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"What is the yield value corresponding to an entry value of 10?\", \"answer\": \"39\", \"id\": \"1032.png\", \"unable_to_answer\": false, \"hop\": 2, \"type\": \"multihop_retrieval\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"12 rows × 3 columns\", \"id\": \"1032.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 3 and column 1 in the picture?\", \"answer\": \"2\", \"id\": \"1032.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"2\\\" in the picture?\", \"answer\": \"Row 3, Column 1\", \"id\": \"1032.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimization of Reaction Conditions\", \"id\": \"1032.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"What is the highest yield?\", \"answer\": \"The highest yield is 89%.\", \"id\": \"1032.png\", \"unable_to_answer\": false, \"aspect\": \"cond2yield\", \"type\": \"yield_and_conditions\"}]}"
-}

test/json/1033.json

@@ -1,5 +0,0 @@
-{
-  "id": "1033",
-  "source": "https://doi.org/10.1021/acs.joc.7b02984",
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671.3743401998837, 32.22282197992013, 29.744143366080152]}, {\"id\": \"1033-tab1-c34\", \"text\": \"catalyst/conditions\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [482.0158996582031, 277.26446533203125, 211.92703247070312, 38.41949462890625]}, {\"id\": \"1033-tab1-c35\", \"text\": \"rt\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [524.153430409038, 325.5986735692025, 37.18017920760008, 32.22282197992007]}, {\"id\": \"1033-tab1-c36\", \"text\": \"rt\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [526.632109022878, 366.4968706975626, 32.22282197992013, 32.22282197992013]}, {\"id\": \"1033-tab1-c37\", \"text\": \"rt\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [527.8714599609375, 403.6770324707031, 30.983469009399414, 29.744171142578125]}, {\"id\": \"1033-tab1-c38\", \"text\": \"rt\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [524.153430409038, 443.3359077266029, 33.462161286840114, 29.744143366080095]}, {\"id\": \"1033-tab1-c39\", \"text\": \"rt\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [525.392769715958, 482.99476554804306, 30.98348267300014, 28.504804059160108]}, {\"id\": \"1033-tab1-c40\", \"text\": \"rt\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [525.392769715958, 517.6962661418032, 30.98348267300014, 32.22282197992013]}, {\"id\": \"1033-tab1-c41\", \"text\": \"ZnCl_2\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [526.632109022878, 553.6371060424833, 79.31771564288033, 38.41951851452018]}, {\"id\": \"1033-tab1-c42\", \"text\": \"ZnCl_2\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [525.392769715958, 592.0566245570035, 79.31771564288033, 35.9408399006802]}, {\"id\": \"1033-tab1-c43\", \"text\": \"rt\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [527.871448329798, 632.9548216853636, 29.744143366080152, 30.983482673000026]}, {\"id\": \"1033-tab1-c44\", \"text\": \"sonication\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [529.1107876367181, 672.6136795068037, 125.17326999892043, 30.98348267300014]}, {\"id\": \"1033-tab1-c45\", \"text\": \"yield (%)\\\\color{blue}{\\\\refmark{c}}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [721.2083802093188, 278.5037799062423, 131.36996653352048, 45.85555435604016]}, {\"id\": \"1033-tab1-c46\", \"text\": \"traces\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [747.2345056546388, 325.5986735692025, 76.83903702904024, 30.983482673000083]}, {\"id\": \"1033-tab1-c47\", \"text\": \"15\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [753.4312021892389, 362.77885277680264, 33.462161286840114, 33.462161286840114]}, {\"id\": \"1033-tab1-c48\", \"text\": \"48\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [750.9525235753988, 399.95903198440277, 38.41951851452018, 32.22282197992007]}, {\"id\": \"1033-tab1-c49\", \"text\": \"65\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [752.1918628823189, 437.1392111920029, 39.65885782144005, 35.94083990068009]}, {\"id\": \"1033-tab1-c50\", \"text\": \"22\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [753.4312021892389, 478.03740832036306, 34.7015005937601, 34.7015005937601]}, {\"id\": \"1033-tab1-c51\", \"text\": \"30\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [754.6705322265625, 515.2175903320312, 35.94072723388672, 33.462158203125]}, {\"id\": \"1033-tab1-c52\", \"text\": \"43\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [750.9525235753988, 554.8764453494033, 39.658857821440165, 34.7015005937601]}, {\"id\": \"1033-tab1-c53\", \"text\": \"25\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [753.4312021892389, 594.5353031708435, 33.462161286840114, 32.22282197992013]}, {\"id\": \"1033-tab1-c54\", \"text\": \"60\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [754.6705414961589, 630.4761430715236, 37.18017920760008, 34.701500593760215]}, {\"id\": \"1033-tab1-c55\", \"text\": \"20\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [752.1918628823189, 671.3743401998837, 38.419518514520064, 27.265464752240177]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aThe reaction was carried out with N-(5-aminopentyl)-5-isocyano-pentanamide (1.0 mmol),paraformaldehyde (1.0 mmol),and 2-phenylacetic acid (1.0 mmol).b10 mol% catalyst used.cYield of isolated product.\", \"id\": \"1033.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"How many molecular diagrams of benzene rings are there in the table?\", \"answer\": \"There are a total of 2 benzene rings.\", \"id\": \"1033.png\", \"unable_to_answer\": false, \"type\": \"benzene_ring_count\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"11 rows × 5 columns\", \"id\": \"1033.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 11 and column 1 in the picture?\", \"answer\": \"10\", \"id\": \"1033.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"10\\\" in the picture?\", \"answer\": \"Row 11, Column 1\", \"id\": \"1033.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Optimization of Ugi-4CR\", \"id\": \"1033.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"Under what conditions is the yield the highest?\", \"answer\": \"The highest yield is achieved when MeOH is used as the solvent, the reaction time is 24 hours, and rt is used as the catalyst.\", \"id\": \"1033.png\", \"unable_to_answer\": false, \"aspect\": \"yield2cond\", \"type\": \"yield_and_conditions\"}]}"
-}

test/json/1034.json

@@ -1,5 +0,0 @@
-{
-  "id": "1034",
-  "source": "https://doi.org/10.1021/acs.joc.9b01253",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S1\", \"text\": \"Spectral parameters for 2D spectra.\", \"bbox\": [48.439907516260575, 4.56923071973234, 682.6159738970068, 48.85799404170805]}], \"annotations\": [], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1034-tab1\", \"text\": \"\", \"bbox\": [41.70345613648459, 52.65402288270545, 1357.632590315142, 661.7986164488854], \"data\": [{\"id\": \"1034-tab1-c1\", \"text\": \"\\\\textbf{Experiment}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [58.72113484517021, 54.54487607255941, 211.77555726364332, 54.83474250576479]}, {\"id\": \"1034-tab1-c2\", \"text\": \"COSY\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [109.77417097122708, 275.7746992854725, 113.4511913912375, 43.48962336664107]}, {\"id\": \"1034-tab1-c3\", \"text\": \"TOCSY\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [105.99246459151917, 347.62712049992297, 130.46887009992312, 45.380476556494955]}, {\"id\": \"1034-tab1-c4\", \"text\": \"NOESY\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [98.4290542602539, 419.4795227050781, 138.03227996826172, 52.94390869140625]}, {\"id\": \"1034-tab1-c5\", \"text\": \"ROESY\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [105.99246215820312, 495.1136779785156, 128.57801818847656, 45.380462646484375]}, {\"id\": \"1034-tab1-c6\", \"text\": \"^1H-^{13}C HSQC\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [60.61198803502417, 565.0752373331281, 219.33897002305912, 51.05303612605678]}, {\"id\": \"1034-tab1-c7\", \"text\": \"^1H ^{13}C HMBC\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [56.83028030395508, 636.9276733398438, 228.79322814941406, 51.05302047729492]}, {\"id\": \"1034-tab1-c8\", \"text\": \"\\\\textbf{Sweep width in direct dimension (ppm)}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [310.20460909574666, 58.326582452267324, 173.95849346656416, 215.55726364335126]}, {\"id\": \"1034-tab1-c9\", \"text\": \"8.67\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [344.2399665131179, 275.77469928547254, 92.65180630284397, 43.48962336664101]}, {\"id\": \"1034-tab1-c10\", \"text\": \"8.76\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [351.80337927253373, 349.5179736897769, 86.97924673328208, 43.48962336664101]}, {\"id\": \"1034-tab1-c11\", \"text\": \"8.77\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [351.80337927253373, 421.37039490422734, 83.1975403535742, 43.48962336664101]}, {\"id\": \"1034-tab1-c12\", \"text\": \"9.15\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [351.80337927253373, 493.22281611867766, 83.1975403535742, 47.27132974634901]}, {\"id\": \"1034-tab1-c13\", \"text\": \"8.67\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [351.80337927253373, 568.8569437128359, 86.97924673328208, 45.380476556494955]}, {\"id\": \"1034-tab1-c14\", \"text\": \"8.66\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [351.8033752441406, 640.7093505859375, 85.08840942382812, 45.3804931640625]}, {\"id\": \"1034-tab1-c15\", \"text\": \"\\\\textbf{Number of complex points (direct)}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [508.7441940304123, 62.108288831975244, 183.41275941583393, 179.63105303612602]}, {\"id\": \"1034-tab1-c16\", \"text\": \"2048\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [544.6704046376375, 273.8838460956186, 98.32436587240579, 49.162182936202896]}, {\"id\": \"1034-tab1-c17\", \"text\": \"1024\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [552.2338173970534, 347.62712049992297, 92.65180630284385, 47.271329746348954]}, {\"id\": \"1034-tab1-c18\", \"text\": \"2048\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [556.0155237767613, 423.2612480940813, 86.97924673328203, 49.162182936202896]}, {\"id\": \"1034-tab1-c19\", \"text\": \"1024\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [554.1246948242188, 495.1136779785156, 94.5426025390625, 54.834747314453125]}, {\"id\": \"1034-tab1-c20\", \"text\": \"1024\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [554.1246705869073, 566.9660905229821, 94.54265949269791, 51.05303612605678]}, {\"id\": \"1034-tab1-c21\", \"text\": \"2048\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [548.4520874023438, 638.8184814453125, 90.76097869873047, 49.1622314453125]}, {\"id\": \"1034-tab1-c22\", \"text\": \"\\\\textbf{Sweep width in indirect dimension (ppm)}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [711.0654853447858, 60.21743564212128, 177.74019984627216, 211.77555726364332]}, {\"id\": \"1034-tab1-c23\", \"text\": \"8.67\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [748.882549141865, 271.9929929057646, 92.65180630284397, 56.72559569561878]}, {\"id\": \"1034-tab1-c24\", \"text\": \"8.76\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [752.6642555215728, 351.40882687963085, 88.87009992313608, 47.271329746348954]}, {\"id\": \"1034-tab1-c25\", \"text\": \"8.77\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [748.882549141865, 423.2612480940813, 88.87009992313608, 47.271329746348954]}, {\"id\": \"1034-tab1-c26\", \"text\": \"9.15\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [756.4459838867188, 491.3319396972656, 86.97918701171875, 54.834747314453125]}, {\"id\": \"1034-tab1-c27\", \"text\": \"231.26\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [739.4282831925952, 565.0752373331281, 121.01460415065333, 54.83474250576478]}, {\"id\": \"1034-tab1-c28\", \"text\": \"241.31\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [739.4282831925952, 640.7093649272864, 117.23289777094533, 47.27132974634901]}, {\"id\": \"1034-tab1-c29\", \"text\": \"\\\\textbf{Number of complex points (indirect)}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [905.8233638997435, 60.21743564212128, 187.19446579554187, 175.84934665641813]}, {\"id\": \"1034-tab1-c30\", \"text\": \"2048\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [947.4221340765306, 275.77469928547254, 96.43351268255185, 45.38047655649501]}, {\"id\": \"1034-tab1-c31\", \"text\": \"1024\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [953.0946936460924, 349.5179736897769, 90.76095311299002, 43.48962336664101]}, {\"id\": \"1034-tab1-c32\", \"text\": \"2048\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [951.2038404562385, 419.47954171437334, 88.87009992313608, 47.271329746348954]}, {\"id\": \"1034-tab1-c33\", \"text\": \"1024\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [951.2038404562385, 497.0045224983856, 94.54265949269791, 45.38047655649501]}, {\"id\": \"1034-tab1-c34\", \"text\": \"1024\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [954.9855468359465, 566.9660905229821, 92.65180630284385, 45.380476556494955]}, {\"id\": \"1034-tab1-c35\", \"text\": \"1024\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [953.0946936460924, 636.9276585475785, 90.76095311299002, 52.94388931591084]}, {\"id\": \"1034-tab1-c36\", \"text\": \"\\\\textbf{Name pf pulse sequence}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1125.1623339228026, 56.43572926241337, 243.9200614911606, 96.43351268255188]}, {\"id\": \"1034-tab1-c37\", \"text\": \"cosygpmfqfvg3\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1123.2714807329487, 275.77469928547254, 242.02920830130665, 52.94388931591084]}, {\"id\": \"1034-tab1-c38\", \"text\": \"mlevgp.agi\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1153.525131770612, 351.40882687963085, 187.19446579554187, 49.162182936202896]}, {\"id\": \"1034-tab1-c39\", \"text\": \"noesygpphzs\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1136.5074462890625, 421.3703918457031, 207.993896484375, 52.94390869140625]}, {\"id\": \"1034-tab1-c40\", \"text\": \"roesyetgp\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1168.6519572894438, 498.89537568823954, 160.72252113758645, 51.05303612605684]}, {\"id\": \"1034-tab1-c41\", \"text\": \"hsqcedetgpsisp2.4\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1104.3629150390625, 565.0752563476562, 279.8463134765625, 58.61639404296875]}, {\"id\": \"1034-tab1-c42\", \"text\": \"hmbcetgpl3nd\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1136.5074530619265, 640.7093649272865, 223.120676402767, 51.05303612605678]}]}], \"question\": [{\"question\": \"Which experiment has a greater sweep width in the direct dimension: ROESY or TOCSY?\", \"answer\": \"ROESY has a greater sweep width in the direct dimension (9.15 ppm) compared to TOCSY (8.76 ppm).\", \"id\": \"1034.png\", \"unable_to_answer\": false, \"category\": \"compare\", \"type\": \"statistic\"}, {\"question\": \"Which experiment has the maximum sweep width in the indirect dimension?\", \"answer\": \"The ^1H-^13C HMBC experiment has the maximum sweep width in the indirect dimension (241.31 ppm).\", \"id\": \"1034.png\", \"unable_to_answer\": false, \"category\": \"max\", \"type\": \"statistic\"}, {\"question\": \"What is the sum of the number of complex points (direct) for all experiments?\", \"answer\": \"The sum of the number of complex points (direct) for all experiments is 10,240.\", \"id\": \"1034.png\", \"unable_to_answer\": false, \"category\": \"sum\", \"type\": \"statistic\"}, {\"question\": \"What is the mean sweep width in the direct dimension across all experiments?\", \"answer\": \"The mean sweep width in the direct dimension is (8.67 + 8.76 + 8.77 + 9.15 + 8.67 + 8.66) / 6 = 8.78 ppm (rounded to two decimal places).\", \"id\": \"1034.png\", \"unable_to_answer\": false, \"category\": \"mean\", \"type\": \"statistic\"}, {\"question\": \"Compare the number of complex points (indirect) between COSY and ^1H-^13C HSQC experiments.\", \"answer\": \"COSY has 2048 complex points (indirect), while ^1H-^13C HSQC has 1024 complex points (indirect). COSY has more complex points in the indirect dimension.\", \"id\": \"1034.png\", \"unable_to_answer\": false, \"category\": \"compare\", \"type\": \"statistic\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"7 rows × 6 columns\", \"id\": \"1034.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 4 and column 6 in the picture?\", \"answer\": \"noesygpphzs\", \"id\": \"1034.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"noesygpphzs\\\" in the picture?\", \"answer\": \"Row 4, Column 6\", \"id\": \"1034.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Spectral parameters for 2D spectra.\", \"id\": \"1034.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1035.json

@@ -1,5 +0,0 @@
-{
-  "id": "1035",
-  "source": "https://doi.org/10.1021/acs.joc.9b01253",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S2\", \"text\": \"\", \"bbox\": [5.718935839081637, 4.958877568078945, 153.05487305487307, 52.612612612612615]}], \"annotations\": [], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1035-tab1\", \"text\": \"\", \"bbox\": [225.48902195608784, 81.59680638722554, 1052.0159680638722, 614.8902195608782], \"data\": [{\"id\": \"1035-tab1-c1\", \"text\": \"\\\\textbf{^1H}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [715.0698602794411, 91.79640718562874, 64.11177644710574, 48.08383233532933]}, {\"id\": \"1035-tab1-c2\", \"text\": \"\\\\textbf{Residue Number}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [241.51696606786427, 163.19361277445108, 275.38922155688624, 52.45508982035929]}, {\"id\": \"1035-tab1-c3\", \"text\": \"1 - Lan(Dha)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [275.0299377441406, 224.39122009277344, 212.73452758789062, 52.45506286621094]}, {\"id\": \"1035-tab1-c4\", \"text\": \"2 - Leu\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [321.65668662674653, 330.7584830339321, 120.93812375249496, 42.255489021956066]}, {\"id\": \"1035-tab1-c5\", \"text\": \"3 - Gly\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [315.8283386230469, 428.3832092285156, 131.13772583007812, 49.540924072265625]}, {\"id\": \"1035-tab1-c6\", \"text\": \"4 - Lan（Cys)\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [273.5728454589844, 527.465087890625, 214.19161987304688, 48.08380126953125]}, {\"id\": \"1035-tab1-c7\", \"text\": \"5 - Thr\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [321.65667724609375, 630.9181518554688, 119.48104858398438, 39.34130859375]}, {\"id\": \"1035-tab1-c8\", \"text\": \"\\\\textbf{NH}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [543.1337325349301, 160.27944111776446, 75.76846307385233, 50.99800399201598]}, {\"id\": \"1035-tab1-c9\", \"text\": \"8.20\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [546.0479041916168, 327.8443113772455, 75.76846307385222, 43.712574850299404]}, {\"id\": \"1035-tab1-c10\", \"text\": \"8.77\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [544.5908183632735, 428.3832335329341, 78.6826347305389, 42.255489021956066]}, {\"id\": \"1035-tab1-c11\", \"text\": \"7.16\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [543.1337280273438, 530.3792114257812, 79.95770263671875, 43.77325439453125]}, {\"id\": \"1035-tab1-c12\", \"text\": \"8.02\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [544.5908183632735, 629.4610778443114, 80.13972055888223, 40.798403193612785]}, {\"id\": \"1035-tab1-c13\", \"text\": \"\\\\textbf{α}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [653.872255489022, 166.10778443113773, 50.998003992015924, 48.08383233532933]}, {\"id\": \"1035-tab1-c14\", \"text\": \"3.90\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [642.2155688622754, 224.39121756487026, 75.76846307385233, 46.626746506986024]}, {\"id\": \"1035-tab1-c15\", \"text\": \"4.14\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [634.9301397205588, 329.30139720558884, 84.51097804391225, 46.626746506986024]}, {\"id\": \"1035-tab1-c16\", \"text\": \"3.64\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [636.3872255489022, 425.4690618762475, 80.13972055888223, 45.169660678642686]}, {\"id\": \"1035-tab1-c17\", \"text\": \"3.73\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [642.2155688622754, 477.92415169660677, 78.68263473053901, 40.79840319361273]}, {\"id\": \"1035-tab1-c18\", \"text\": \"4.24\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [636.38720703125, 528.9221801757812, 84.510986328125, 48.08380126953125]}, {\"id\": \"1035-tab1-c19\", \"text\": \"4.14\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [636.3872255489022, 630.9181636726547, 81.59680638722557, 42.25548902195601]}, {\"id\": \"1035-tab1-c20\", \"text\": \"\\\\textbf{β}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [748.5828343313373, 163.19361277445108, 48.08383233532936, 53.9121756487026]}, {\"id\": \"1035-tab1-c21\", \"text\": \"2.87\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [736.9261477045908, 222.93413173652695, 75.76846307385222, 40.79840319361276]}, {\"id\": \"1035-tab1-c22\", \"text\": \"3.05\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [736.9261477045908, 279.76047904191614, 77.22554890219556, 40.798403193612785]}, {\"id\": \"1035-tab1-c23\", \"text\": \"1.58\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [742.754491017964, 329.30139720558884, 68.48303393213564, 40.79840319361273]}, {\"id\": \"1035-tab1-c24\", \"text\": \"3.21\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [736.9261477045908, 527.4650698602794, 71.39720558882232, 43.71257485029946]}, {\"id\": \"1035-tab1-c25\", \"text\": \"2.81\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [736.9261477045908, 575.5489021956088, 68.48303393213564, 48.08383233532936]}, {\"id\": \"1035-tab1-c26\", \"text\": \"4.14\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [736.9261477045908, 629.4610778443114, 74.31137724550888, 46.626746506986024]}, {\"id\": \"1035-tab1-c27\", \"text\": \"\\\\textbf{γ}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [852.0359281437125, 167.56487025948104, 39.34131736526945, 55.36926147704591]}, {\"id\": \"1035-tab1-c28\", \"text\": \"1.58\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [834.5508982035927, 329.30139720558884, 71.39720558882232, 45.169660678642686]}, {\"id\": \"1035-tab1-c29\", \"text\": \"1.03\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [836.0079840319361, 626.5469061876247, 71.39720558882232, 46.626746506986024]}, {\"id\": \"1035-tab1-c30\", \"text\": \"\\\\textbf{δ}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [948.2035928143712, 164.65069860279442, 33.51297405189621, 52.45508982035926]}, {\"id\": \"1035-tab1-c31\", \"text\": \"0.86\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [929.2614770459081, 326.38722554890217, 72.85429141716565, 45.16966067864274]}, {\"id\": \"1035-tab1-c32\", \"text\": \"0.92\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [927.8043912175648, 378.8423153692615, 75.76846307385233, 48.083832335329305]}, {\"id\": \"1035-tab1-c33\", \"text\": \"\\\\textbf{Exchangeable}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1026.88622754491, 157.36526946107784, 233.13373253493023, 55.36926147704591]}, {\"id\": \"1035-tab1-c34\", \"text\": \"NH_2 - 8.33\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1053.1137724550897, 222.93413173652695, 173.3932135728544, 45.169660678642714]}, {\"id\": \"1035-tab1-c35\", \"text\": \"OH - 4.93\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1057.4850299401196, 625.0898203592815, 158.82235528942124, 49.540918163672586]}]}], \"question\": [{\"question\": \"What is the size of the table in the picture?\", \"answer\": \"11 rows × 7 columns\", \"id\": \"1035.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 11 and column 2 in the picture?\", \"answer\": \"8.02\", \"id\": \"1035.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"8.02\\\" in the picture?\", \"answer\": \"Row 11, Column 2\", \"id\": \"1035.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"\", \"id\": \"1035.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1036.json

@@ -1,5 +0,0 @@
-{
-  "id": "1036",
-  "source": "https://doi.org/10.1021/acs.joc.9b01253",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S3\", \"text\": \"\", \"bbox\": [14.195856108964177, 16.897478833884254, 147.47738693467338, 47.44924623115578]}], \"annotations\": [], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1036-tab1\", \"text\": \"\", \"bbox\": [228.59988280544246, 68.95750092171019, 1035.628314503113, 454.5584505418492], \"data\": [{\"id\": \"1036-tab1-c1\", \"text\": \"\\\\textbf{^{13}C}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [719.9349070157261, 89.55238217603345, 63.25570670970717, 48.54507724233342]}, {\"id\": \"1036-tab1-c2\", \"text\": \"\\\\textbf{Residue Number}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [306.56621898252337, 152.80808888574063, 266.2623933594651, 47.074014295596044]}, {\"id\": \"1036-tab1-c3\", \"text\": \"1 - Lan(Dha)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [331.5742890770588, 202.82422907481143, 220.65944201060643, 50.016140189070796]}, {\"id\": \"1036-tab1-c4\", \"text\": \"2 - Leu\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [374.2351145324427, 252.84036926388222, 123.56928752593961, 44.13188840212126]}, {\"id\": \"1036-tab1-c5\", \"text\": \"3 - Gly\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [378.6483033726548, 352.8726496420238, 113.271846898778, 50.01614018907077]}, {\"id\": \"1036-tab1-c6\", \"text\": \"4 - Lan(Cys)\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [334.51641845703125, 405.8309020996094, 204.4777374267578, 50.016143798828125]}, {\"id\": \"1036-tab1-c7\", \"text\": \"5 - Thr\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [380.1193663193922, 455.84705591364013, 114.74290984551533, 50.016140189070825]}, {\"id\": \"1036-tab1-c8\", \"text\": \"\\\\textbf{CO}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [658.1502632527563, 152.80808888574063, 79.4373991238183, 44.13188840212129]}, {\"id\": \"1036-tab1-c9\", \"text\": \"173.96\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [643.4396337853825, 205.76635496828618, 110.32972100530333, 41.18976250864654]}, {\"id\": \"1036-tab1-c10\", \"text\": \"175.23\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [640.5824909282397, 255.78249515735698, 104.44546921835376, 44.13188840212129]}, {\"id\": \"1036-tab1-c11\", \"text\": \"172.20\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [643.4396337853825, 352.8726496420238, 114.74290984551544, 50.01614018907077]}, {\"id\": \"1036-tab1-c12\", \"text\": \"173.57\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [644.91069673212, 408.7730416180441, 107.38759511182843, 41.18976250864654]}, {\"id\": \"1036-tab1-c13\", \"text\": \"\\\\textbf{α}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [808.1986838199687, 160.16340361942753, 45.60295134885871, 39.71869956190915]}, {\"id\": \"1036-tab1-c14\", \"text\": \"57.25\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [781.7195434570312, 202.82423400878906, 94.14804077148438, 45.60295104980469]}, {\"id\": \"1036-tab1-c15\", \"text\": \"56.11\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [784.6616766721706, 254.31143221061959, 89.73483975097997, 42.6608254553839]}, {\"id\": \"1036-tab1-c16\", \"text\": \"45.74\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [780.2484741210938, 352.8726501464844, 94.14804077148438, 51.487213134765625]}, {\"id\": \"1036-tab1-c17\", \"text\": \"55.23\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [778.7774248852212, 405.83091572456937, 97.09015448466687, 47.074014295596044]}, {\"id\": \"1036-tab1-c18\", \"text\": \"60.75\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [780.2484878319585, 458.7891818071149, 98.5612174314042, 41.18976250864654]}, {\"id\": \"1036-tab1-c19\", \"text\": \"\\\\textbf{β}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [928.8258454524336, 152.80808888574063, 39.71869956190915, 52.95826608254555]}, {\"id\": \"1036-tab1-c20\", \"text\": \"40.02\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [899.4045865176861, 205.76635496828618, 95.61909153792942, 41.18976250864654]}, {\"id\": \"1036-tab1-c21\", \"text\": \"41.68\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [902.3467124111608, 255.78249515735698, 98.5612174314042, 39.718699561909176]}, {\"id\": \"1036-tab1-c22\", \"text\": \"39.92\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [896.4624633789062, 405.8309020996094, 101.50321197509766, 47.07403564453125]}, {\"id\": \"1036-tab1-c23\", \"text\": \"69.36\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [896.4624606242113, 458.7891818071149, 102.97440627161632, 44.13188840212126]}, {\"id\": \"1036-tab1-c24\", \"text\": \"\\\\textbf{γ}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1053.8661959251106, 158.69234067269014, 36.77657366843437, 41.18976250864654]}, {\"id\": \"1036-tab1-c25\", \"text\": \"27.37\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1022.973876953125, 251.3693084716797, 92.719482421875, 45.90040588378906]}, {\"id\": \"1036-tab1-c26\", \"text\": \"23.57\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1021.5028110968883, 455.84705591364013, 91.20590269771719, 51.48720313580816]}, {\"id\": \"1036-tab1-c27\", \"text\": \"\\\\textbf{δ}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1173.0222946108381, 152.80808888574063, 27.950195988010137, 45.60295134885868]}, {\"id\": \"1036-tab1-c28\", \"text\": \"25.31\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1139.1878662109375, 255.78248596191406, 94.1480712890625, 41.18977355957031]}, {\"id\": \"1036-tab1-c29\", \"text\": \"25.73\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1139.1878468358784, 302.856509452953, 94.14802859119209, 45.60295134885871]}]}], \"question\": [{\"question\": \"Which residue has two distinct δ carbon chemical shift values listed, and what is the second δ value?\", \"answer\": \"25.73\", \"id\": \"1036.png\", \"unable_to_answer\": false, \"type\": \"function_based\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"8 rows × 6 columns\", \"id\": \"1036.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 3 and column 4 in the picture?\", \"answer\": \"40.02\", \"id\": \"1036.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"40.02\\\" in the picture?\", \"answer\": \"Row 3, Column 4\", \"id\": \"1036.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"\", \"id\": \"1036.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1037.json

@@ -1,5 +0,0 @@
-{
-  "id": "1037",
-  "source": "https://doi.org/10.1021/acs.joc.9b01253",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S4\", \"text\": \"\", \"bbox\": [9.18876630302132, 2.967524616434935, 145.17509450110552, 44.52036231367235]}], \"annotations\": [], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1037-tab1\", \"text\": \"\", \"bbox\": [165.02211055276376, 77.5115577889447, 1159.246231155779, 579.6231155778895], \"data\": [{\"id\": \"1037-tab1-c1\", \"text\": \"\\\\textbf{^1H}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [720.0964824120604, 92.51356783919596, 51.825125628140654, 51.82512562814071]}, {\"id\": \"1037-tab1-c2\", \"text\": \"\\\\textbf{Residue Number}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [205.93668341708536, 147.06633165829143, 267.3085427135679, 49.09748743718595]}, {\"id\": \"1037-tab1-c3\", \"text\": \"1 - Lan(Dha)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [235.94070351758788, 197.52763819095478, 207.30050251256282, 47.73366834170852]}, {\"id\": \"1037-tab1-c4\", \"text\": \"2 - Lcu\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [276.8552763819095, 295.72261306532664, 122.7437185929648, 42.27839195979897]}, {\"id\": \"1037-tab1-c5\", \"text\": \"3 - Gly\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [274.1276381909547, 398.00904522613064, 126.83517587939701, 43.64221105527639]}, {\"id\": \"1037-tab1-c6\", \"text\": \"4 - Lan(Cys)\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [235.94070351758788, 496.20402010050253, 207.30050251256282, 49.097487437185976]}, {\"id\": \"1037-tab1-c7\", \"text\": \"5 - Thr\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [276.8552763819095, 595.7628140703517, 118.65226130653264, 53.18894472361808]}, {\"id\": \"1037-tab1-c8\", \"text\": \"\\\\textbf{NH}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [508.7045226130653, 145.70251256281406, 69.55477386934666, 47.73366834170855]}, {\"id\": \"1037-tab1-c9\", \"text\": \"8.12\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [505.9768844221105, 297.086432160804, 75.0100502512563, 43.64221105527639]}, {\"id\": \"1037-tab1-c10\", \"text\": \"8.34\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [503.2492462311557, 398.00904522613064, 75.01005025125625, 42.27839195979902]}, {\"id\": \"1037-tab1-c11\", \"text\": \"7.18\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [505.9768844221105, 496.20402010050253, 72.28241206030145, 43.64221105527639]}, {\"id\": \"1037-tab1-c12\", \"text\": \"7.88\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [508.7045226130653, 594.3989949748744, 69.55477386934666, 50.46130653266323]}, {\"id\": \"1037-tab1-c13\", \"text\": \"\\\\textbf{α}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [621.9015075376884, 156.61306532663315, 43.642211055276334, 36.82311557788947]}, {\"id\": \"1037-tab1-c14\", \"text\": \"4.63\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [604.1718592964824, 196.16381909547738, 75.0100502512563, 50.461306532663315]}, {\"id\": \"1037-tab1-c15\", \"text\": \"4.55\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [605.5356783919598, 297.086432160804, 76.37386934673361, 49.09748743718592]}, {\"id\": \"1037-tab1-c16\", \"text\": \"3.50\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [606.8994974874372, 395.2814070351759, 73.64623115577888, 45.00603015075376]}, {\"id\": \"1037-tab1-c17\", \"text\": \"3.78\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [604.1718592964824, 447.1065326633166, 75.0100502512563, 46.36984924623113]}, {\"id\": \"1037-tab1-c18\", \"text\": \"4.41\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [605.5356783919598, 497.5678391959799, 72.28241206030145, 43.64221105527645]}, {\"id\": \"1037-tab1-c19\", \"text\": \"4.19\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [604.1718592964824, 593.035175879397, 73.64623115577888, 50.46130653266334]}, {\"id\": \"1037-tab1-c20\", \"text\": \"\\\\textbf{β}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [726.9155883789062, 148.43016052246094, 35.45928955078125, 46.36983871459961]}, {\"id\": \"1037-tab1-c21\", \"text\": \"2.58\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [705.094472361809, 197.52763819095478, 75.0100502512563, 43.64221105527636]}, {\"id\": \"1037-tab1-c22\", \"text\": \"3.17\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [706.4582914572865, 249.3527638190955, 77.73768844221104, 39.5507537688442]}, {\"id\": \"1037-tab1-c23\", \"text\": \"1.61\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [708.5497487437186, 298.45025125628143, 66.82713567839198, 39.550753768844174]}, {\"id\": \"1037-tab1-c24\", \"text\": \"2.30\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [706.4582914572865, 496.20402010050253, 79.10150753768846, 42.27839195979897]}, {\"id\": \"1037-tab1-c25\", \"text\": \"3.29\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [706.4582914572865, 545.3015075376885, 75.0100502512563, 42.27839195979891]}, {\"id\": \"1037-tab1-c26\", \"text\": \"4.16\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [706.4583129882812, 599.854248046875, 75.00984954833984, 40.91461181640625]}, {\"id\": \"1037-tab1-c27\", \"text\": \"\\\\textbf{γ}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [825.1105527638191, 148.43015075376883, 40.91457286432171, 49.09748743718595]}, {\"id\": \"1037-tab1-c28\", \"text\": \"1.74\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [808.7447236180905, 297.086432160804, 73.64623115577899, 43.64221105527639]}, {\"id\": \"1037-tab1-c29\", \"text\": \"1.06\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [810.1085427135679, 594.3989949748744, 76.37386934673373, 49.09748743718592]}, {\"id\": \"1037-tab1-c30\", \"text\": \"\\\\textbf{δ}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [924.6693467336684, 147.06633165829143, 40.9145728643216, 53.18894472361811]}, {\"id\": \"1037-tab1-c31\", \"text\": \"0.91\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [908.3035175879397, 299.8140703517588, 72.28241206030157, 40.9145728643216]}, {\"id\": \"1037-tab1-c32\", \"text\": \"0.95\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [908.3035175879397, 348.9115577889447, 70.91859296482414, 38.18693467336686]}, {\"id\": \"1037-tab1-c33\", \"text\": \"\\\\textbf{Exchangeable}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1040.5939698492464, 145.70251256281406, 229.12160804020095, 47.73366834170855]}, {\"id\": \"1037-tab1-c34\", \"text\": \"NH_2 - 8.00\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1071.9618090452261, 197.52763819095478, 167.74974874371878, 47.73366834170852]}]}], \"question\": [{\"question\": \"What is the size of the table in the picture?\", \"answer\": \"11 rows × 7 columns\", \"id\": \"1037.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 5 and column 4 in the picture?\", \"answer\": \"1.61\", \"id\": \"1037.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"1.61\\\" in the picture?\", \"answer\": \"Row 5, Column 4\", \"id\": \"1037.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"\", \"id\": \"1037.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1038.json

@@ -1,5 +0,0 @@
-{
-  "id": "1038",
-  "source": "https://doi.org/10.1021/acs.joc.9b01253",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S5\", \"text\": \"\", \"bbox\": [7.728343041379597, 2.4409699552834674, 148.64996778665002, 47.567989691728]}], \"annotations\": [], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1038-tab1\", \"text\": \"\", \"bbox\": [252.5246231155779, 75.33115577889447, 994.7939698492462, 445.1065326633165], \"data\": [{\"id\": \"1038-tab1-c1\", \"text\": \"\\\\textbf{^{13}C}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [709.1095477386934, 95.67220149431813, 70.1457286432161, 47.18894472361808]}, {\"id\": \"1038-tab1-c2\", \"text\": \"\\\\textbf{Residue Number}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [292.0613065326633, 153.1291457286432, 275.4814070351759, 49.73969849246231]}, {\"id\": \"1038-tab1-c3\", \"text\": \"1-Lan(Dha)\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [325.2211055276382, 206.69497487437187, 209.16180904522605, 47.18894472361808]}, {\"id\": \"1038-tab1-c4\", \"text\": \"2-Leu\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [371.13467336683414, 256.43467336683415, 119.88542713567841, 45.91356783919599]}, {\"id\": \"1038-tab1-c5\", \"text\": \"3-Gly\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [366.03316582914573, 357.18944723618085, 133.9145728643216, 45.91356783919599]}, {\"id\": \"1038-tab1-c6\", \"text\": \"4-Lan(Cys)\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [322.67035175879397, 404.37839195979893, 206.61105527638193, 52.29045226130654]}, {\"id\": \"1038-tab1-c7\", \"text\": \"5-Thr\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [368.58391959798996, 457.9442211055276, 122.43618090452259, 48.464321608040166]}, {\"id\": \"1038-tab1-c8\", \"text\": \"\\\\textbf{CO}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [622.3839195979899, 155.67989949748744, 70.1457286432161, 51.015075376884425]}, {\"id\": \"1038-tab1-c9\", \"text\": \"176.63\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [603.2532663316583, 257.7100502512563, 105.85628140703511, 44.63819095477385]}, {\"id\": \"1038-tab1-c10\", \"text\": \"173.21\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [607.0793969849246, 358.464824120603, 103.30552763819094, 44.63819095477385]}, {\"id\": \"1038-tab1-c11\", \"text\": \"\\\\textbf{α}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [769.0522613065326, 159.50603015075376, 43.36281407035176, 47.18894472361811]}, {\"id\": \"1038-tab1-c12\", \"text\": \"59.28\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [740.9939698492462, 205.41959798994975, 102.0301507537688, 45.91356783919599]}, {\"id\": \"1038-tab1-c13\", \"text\": \"56.47\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [740.9939698492462, 258.9854271356784, 99.47939698492462, 42.08743718592967]}, {\"id\": \"1038-tab1-c14\", \"text\": \"46.40\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [746.0954773869347, 357.18944723618085, 90.55175879396984, 44.638190954773904]}, {\"id\": \"1038-tab1-c15\", \"text\": \"54.02\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [742.2693467336683, 409.4798994974874, 93.10251256281413, 47.18894472361808]}, {\"id\": \"1038-tab1-c16\", \"text\": \"60.74\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [743.5447236180904, 461.77035175879394, 94.37788944723616, 44.63819095477385]}, {\"id\": \"1038-tab1-c17\", \"text\": \"\\\\textbf{β}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [894.0391959798994, 155.67989949748744, 30.60904522613066, 48.464321608040194]}, {\"id\": \"1038-tab1-c18\", \"text\": \"32.91\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [863.4301507537688, 204.14422110552763, 86.72562814070352, 49.73969849246231]}, {\"id\": \"1038-tab1-c19\", \"text\": \"43.24\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [865.9809045226131, 260.2608040201005, 91.82713567839198, 38.2613065326633]}, {\"id\": \"1038-tab1-c20\", \"text\": \"34.38\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [865.9809045226131, 408.2045226130653, 93.10251256281401, 47.18894472361808]}, {\"id\": \"1038-tab1-c21\", \"text\": \"70.47\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [865.9809045226131, 460.4949748743718, 94.37788944723616, 45.91356783919599]}, {\"id\": \"1038-tab1-c22\", \"text\": \"\\\\textbf{γ}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [1016.4753768844221, 155.67989949748744, 31.884422110552805, 49.73969849246231]}, {\"id\": \"1038-tab1-c23\", \"text\": \"27.46\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [978.2140703517588, 257.7100502512563, 102.03015075376891, 44.63819095477385]}, {\"id\": \"1038-tab1-c24\", \"text\": \"23.57\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [980.764824120603, 459.2195979899497, 100.75477386934676, 47.18894472361808]}, {\"id\": \"1038-tab1-c25\", \"text\": \"\\\\textbf{δ}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1131.259296482412, 156.95527638190956, 42.0874371859295, 44.63819095477385]}, {\"id\": \"1038-tab1-c26\", \"text\": \"23.80\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1103.2010050251256, 257.7100502512563, 98.20402010050248, 44.63819095477385]}, {\"id\": \"1038-tab1-c27\", \"text\": \"26.81\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1105.7517587939699, 308.7251256281407, 91.82713567839187, 43.36281407035176]}]}], \"question\": [{\"question\": \"What is the size of the table in the picture?\", \"answer\": \"8 rows × 6 columns\", \"id\": \"1038.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 7 and column 4 in the picture?\", \"answer\": \"34.38\", \"id\": \"1038.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"34.38\\\" in the picture?\", \"answer\": \"Row 7, Column 4\", \"id\": \"1038.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"\", \"id\": \"1038.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1039.json

@@ -1,5 +0,0 @@
-{
-  "id": "1039",
-  "source": "https://doi.org/10.1021/acs.joc.9b01253",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S6\", \"text\": \"\", \"bbox\": [10.100802840189262, 16.5012121032491, 127.7938808373591, 39.162640901771326]}], \"annotations\": [], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1039-tab1\", \"text\": \"\", \"bbox\": [41.42074456943949, 67.93269418015204, 1086.4459161147904, 563.7086092715233], \"data\": [{\"id\": \"1039-tab1-c1\", \"text\": \"\\\\textbf{^1H}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [552.8556231566359, 84.886336564258, 49.44812362030905, 39.558498896247244]}, {\"id\": \"1039-tab1-c2\", \"text\": \"\\\\textbf{Residue Number}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [73.91522580564258, 134.33446018456706, 223.22295805739515, 45.209713024282564]}, {\"id\": \"1039-tab1-c3\", \"text\": \"\\\\textbf{1-Lan(Dha)}\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [92.28167172175738, 180.95697674085844, 192.1412803532009, 46.6225165562914]}, {\"id\": \"1039-tab1-c4\", \"text\": \"\\\\textbf{2-Pro}\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [131.8401706180046, 267.1379921933971, 105.96026490066228, 46.62251655629137]}, {\"id\": \"1039-tab1-c5\", \"text\": \"\\\\textbf{3-Gly}\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [137.49138474603993, 353.3190076459357, 98.89624724061812, 43.796909492273755]}, {\"id\": \"1039-tab1-c6\", \"text\": \"\\\\textbf{4-Lan(Cys)}\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [90.86886818974854, 438.08721956646554, 189.31567328918328, 45.209713024282564]}, {\"id\": \"1039-tab1-c7\", \"text\": \"\\\\textbf{5-Lys}\", \"start_row\": \"11\", \"end_row\": \"11\", 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\"end_col\": \"6\", \"maps\": [], \"bbox\": [730.8688681897486, 135.74726371657587, 29.668874172185383, 40.97130242825608]}, {\"id\": \"1039-tab1-c33\", \"text\": \"3.42\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [708.2640116776073, 265.72518866138824, 70.64017660044146, 39.55849889624727]}, {\"id\": \"1039-tab1-c34\", \"text\": \"3.50\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [709.6768152096162, 309.522098153662, 72.05298013245033, 40.97130242825608]}, {\"id\": \"1039-tab1-c35\", \"text\": \"1.52\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [715.3280293376514, 521.4426279549865, 62.16335540838861, 38.14569536423846]}, {\"id\": \"1039-tab1-c36\", \"text\": \"\\\\textbf{ε}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [828.3523118983578, 138.57287078059355, 29.668874172185497, 36.73289183222957]}, {\"id\": \"1039-tab1-c37\", \"text\": \"2.77\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [811.398681640625, 521.442626953125, 63.30621337890625, 35.73382568359375]}, {\"id\": \"1039-tab1-c38\", \"text\": \"\\\\textbf{Exchangeable}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [898.9924884987994, 131.5088531205494, 200.6181015452538, 49.44812362030905]}, {\"id\": \"1039-tab1-c39\", \"text\": \"NH_2-8.23\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [925.8357556069672, 182.36978027286727, 146.93156732891828, 42.38410596026492]}, {\"id\": \"1039-tab1-c40\", \"text\": \"NH_2-7.63\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [923.0101485429494, 521.4426279549865, 153.9955849889626, 43.7969094922737]}, {\"id\": \"1039-tab1-c41\", \"text\": \"CO_2H-12.66\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [910.29491675487, 565.2395374472602, 185.07726269315685, 49.44812362030905]}]}], \"question\": [{\"question\": \"What is the size of the table in the picture?\", \"answer\": \"12 rows × 8 columns\", \"id\": \"1039.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 2 and column 4 in the picture?\", \"answer\": \"β\", \"id\": \"1039.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"β\\\" in the picture?\", \"answer\": \"Row 2, Column 4\", \"id\": \"1039.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"\", \"id\": \"1039.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/104.json

@@ -1,5 +0,0 @@
-{
-  "id": "104",
-  "source": "https://doi.org/10.1002/anie.202401733",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"1\", \"text\": \"Photochemical behaviour of tetrazine fluorophores and their kinetics upon reaction with 4-TCO-OH (\\\\textbf{\\\\refiden{18}}).\", \"bbox\": [28.57924308611228, 10.18219865616227, 968.3493069293839, 96.13576151826014]}], \"annotations\": [{\"text\": \"\\\\mark{a}Measured at absorption maxima of the species.\\\\mark{b}Second order rate constants (k_2) for the conjugates (1 μM) were calculated upon reaction with \\\\refiden{18}(10 μM)in 0.1% DMSO/PBS.\\\\mark{c}Fold enhancements upon the reaction with PLE and \\\\refiden{18} in PBS at emission maxima of the products.\", \"bbox\": [23.335474276025362, 482.12139156398484, 970.0972298660795, 176.5402166062595]}], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"104-tab1\", \"text\": \"\", \"bbox\": [19.839628402634087, 113.30965192120496, 971.8451528027753, 356.5762790859104], \"data\": [{\"id\": \"104-tab1-c1\", \"text\": \"Fluorophore\", 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\"\\\\textbf{{\\\\refiden{14}}\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [31.815774635283834, 341.74924940746433, 46.99334395908127, 39.16111996590104]}, {\"id\": \"104-tab1-c6\", \"text\": \"\\\\textbf{{\\\\refiden{16}}\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [29.205033304223765, 383.52111070442544, 50.909455955671376, 41.77186129696116]}, {\"id\": \"104-tab1-c7\", \"text\": \"\\\\textbf{{\\\\refiden{17}}\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [31.815774635283834, 425.2929720013866, 45.68797329355124, 43.07723196249117]}, {\"id\": \"104-tab1-c8\", \"text\": \"λ_{abs}\\\\refmark{a}/nm\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [239.36971045455942, 119.83623626735837, 134.45317854959364, 50.909455955671376]}, {\"id\": \"104-tab1-c9\", \"text\": \"495\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [241.98045178561952, 224.2658895097612, 65.26853327650176, 44.3826026280212]}, {\"id\": \"104-tab1-c10\", \"text\": \"494\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [244.5911931166796, 264.73238014119227, 66.57390394203176, 41.77186129696116]}, {\"id\": \"104-tab1-c11\", \"text\": \"494\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [244.5911931166796, 306.50424143815343, 65.26853327650176, 35.245007969310905]}, {\"id\": \"104-tab1-c12\", \"text\": \"494\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [247.20193444773966, 346.97073206958447, 62.65779194544169, 41.771861296961106]}, {\"id\": \"104-tab1-c13\", \"text\": \"494\", \"start_row\": 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\"end_col\": \"3\", \"maps\": [], \"bbox\": [407.76252630793397, 266.03775080672233, 67.87927460756185, 44.382602628021175]}, {\"id\": \"104-tab1-c18\", \"text\": \"519\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [411.6786383045241, 309.1149827692135, 63.96316261097172, 35.245007969310905]}, {\"id\": \"104-tab1-c19\", \"text\": \"519\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [410.3732604980469, 345.6653747558594, 66.57391357421875, 39.161102294921875]}, {\"id\": \"104-tab1-c20\", \"text\": \"519\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [407.76252630793397, 384.8264813699555, 62.657791945441716, 41.771861296961106]}, {\"id\": \"104-tab1-c21\", \"text\": \"527\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [414.28937963558417, 429.2090839979767, 57.43630928332152, 39.161119965901094]}, {\"id\": \"104-tab1-c22\", \"text\": \"\\\\textit{k}_2\\\\refmark{b}/M^{-1}s^{-1}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [556.574782178358, 112.00401227417817, 160.56059186019445, 52.21482662120141]}, {\"id\": \"104-tab1-c23\", \"text\": \"5610\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [559.1855235094181, 225.57126017529123, 79.62761059733214, 41.771861296961106]}, {\"id\": \"104-tab1-c24\", \"text\": \"1270\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [561.7962648404781, 266.03775080672233, 82.23835192839226, 37.85574930037103]}, {\"id\": \"104-tab1-c25\", \"text\": \"n.d.\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [560.4908941749482, 306.50424143815343, 63.96316261097172, 40.46649063143104]}, {\"id\": \"104-tab1-c26\", \"text\": \"10850\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [556.574782178358, 346.97073206958447, 101.81891191134275, 39.16111996590104]}, {\"id\": \"104-tab1-c27\", \"text\": \"10070\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [560.4908941749482, 387.43722270101557, 97.90279991475256, 37.85574930037103]}, {\"id\": \"104-tab1-c28\", \"text\": \"10380\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [559.1855235094181, 426.5983426669166, 104.42965324240276, 37.85574930037103]}, {\"id\": \"104-tab1-c29\", \"text\": \"Fold Enhancement\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [753.5035400390625, 118.53086853027344, 196.97161865234375, 82.08560180664062]}, {\"id\": \"104-tab1-c30\", \"text\": \"20\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [751.0750113423334, 222.96051884423116, 53.520197286731445, 41.771861296961106]}, {\"id\": \"104-tab1-c31\", \"text\": \"1.5\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [754.9911233389234, 264.73238014119227, 50.90945595567132, 37.85574930037103]}, {\"id\": \"104-tab1-c32\", \"text\": \"1.2\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [751.0750113423334, 306.50424143815343, 60.04705061438153, 40.46649063143104]}, {\"id\": \"104-tab1-c33\", \"text\": \"45\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [749.7696533203125, 346.9707336425781, 46.9932861328125, 37.855743408203125]}, {\"id\": \"104-tab1-c34\", \"text\": \"80\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [754.9911233389234, 386.1318520354855, 41.771861296961106, 43.07723196249117]}, {\"id\": \"104-tab1-c35\", \"text\": \"27\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [754.9911499023438, 426.5983581542969, 41.7718505859375, 37.855743408203125]}]}], \"question\": [{\"question\": \"What are the annotations of this table?\", \"answer\": \"aMeasured at absorption maxima of the species.bSecond order rate constants (k_2) for the conjugates (1 μM) were calculated upon reaction with 18(10 μM)in 0.1% DMSO/PBS.cFold enhancements upon the reaction with PLE and 18 in PBS at emission maxima of the products.\", \"id\": \"104.png\", \"unable_to_answer\": false, \"type\": \"annotation_description\"}, {\"question\": \"Which fluorophore has a second order rate constant (k_2) of 10380 M^{-1}s^{-1}?\", \"answer\": \"17\", \"id\": \"104.png\", \"unable_to_answer\": false, \"category\": \"\", \"type\": \"function_based\"}, {\"question\": \"In the table, what is the Fluorophore corresponding to a Fold Enhancement of 80?\", \"answer\": \"16\", \"id\": \"104.png\", \"unable_to_answer\": false, \"hop\": 2, \"type\": \"multihop_retrieval\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"7 rows × 5 columns\", \"id\": \"104.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 3 and column 4 in the picture?\", \"answer\": \"1270\", \"id\": \"104.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the content of the cell at row 11 and column 7 in the picture?\", \"answer\": \"Unable to answer\", \"id\": \"104.png\", \"unable_to_answer\": true, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"1270\\\" in the picture?\", \"answer\": \"Row 3, Column 4\", \"id\": \"104.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the position of the cell with value \\\"50\\\" in the picture?\", \"answer\": \"No answer\", \"id\": \"104.png\", \"unable_to_answer\": true, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"Photochemical behaviour of tetrazine fluorophores and their kinetics upon reaction with 4-TCO-OH (18).\", \"id\": \"104.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}, {\"question\": \"In the figure, there is a table. What is the header of the bolded column?\", \"answer\": \"Fluorophore\", \"id\": \"104.png\", \"unable_to_answer\": false, \"aspect\": \"bold\", \"type\": \"visual_description\"}]}"
-}

test/json/1040.json

@@ -1,5 +0,0 @@
-{
-  "id": "1040",
-  "source": "https://doi.org/10.1021/acs.joc.9b01253",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S7\", \"text\": \"\", \"bbox\": [5.298739633447955, 5.363348881864398, 125.1016383495145, 38.42991504854367]}], \"annotations\": [], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1040-tab1\", \"text\": \"\", \"bbox\": [87.97160950665206, 54.92863937475719, 975.4950674035432, 320.71070709157584], \"data\": [{\"id\": \"1040-tab1-c1\", \"text\": \"\\\\textbf{^{13}C}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [546.7660932626563, 70.5187431917088, 59.0196787356025, 38.97525954237901]}, {\"id\": \"1040-tab1-c2\", \"text\": \"\\\\textbf{Residue Number}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [115.81108060835136, 112.83473926629172, 230.51082072207015, 43.429574918650886]}, {\"id\": \"1040-tab1-c3\", \"text\": \"\\\\textbf{1-Lan(Dha)}\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [140.30981517784673, 157.37789302901058, 185.96766695935125, 38.97525954237901]}, {\"id\": \"1040-tab1-c4\", \"text\": \"\\\\textbf{2-Pro}\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [181.51223240836168, 198.58031025952553, 99.10851712204948, 38.97525954237901]}, {\"id\": \"1040-tab1-c5\", \"text\": \"\\\\textbf{3-Gly}\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [181.51223240836168, 242.00988517817643, 103.56283249832137, 40.08883838644698]}, {\"id\": \"1040-tab1-c6\", \"text\": \"\\\\textbf{4-Lan(Cys)}\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [141.4233940219147, 284.32588125275936, 182.62693042714733, 38.975259542379035]}, {\"id\": \"1040-tab1-c7\", \"text\": \"\\\\textbf{5-Lys}\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [180.3986535642937, 326.6418773273423, 100.22209596611745, 40.08883838644698]}, {\"id\": \"1040-tab1-c8\", \"text\": \"\\\\textbf{CO}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [400.8872646897521, 111.72116042222375, 60.1332575796705, 38.97525954237902]}, {\"id\": \"1040-tab1-c9\", \"text\": \"174.63\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [381.9564243405966, 155.15073534087463, 94.65420174577758, 38.97525954237901]}, {\"id\": \"1040-tab1-c10\", \"text\": \"175.24\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [378.6156878083927, 196.3531525713896, 99.10851712204948, 43.4295749186509]}, {\"id\": \"1040-tab1-c11\", \"text\": \"172.98\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [381.9564243405966, 242.00988517817643, 92.42704405764164, 37.861680698311034]}, {\"id\": \"1040-tab1-c12\", \"text\": \"173.85\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [383.07000318466453, 284.32588125275936, 93.54062290170964, 37.86168069831109]}, {\"id\": \"1040-tab1-c13\", \"text\": \"176.70\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [381.9564243405966, 327.7554561714103, 93.54062290170964, 37.861680698311034]}, {\"id\": \"1040-tab1-c14\", \"text\": \"\\\\textbf{α}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [542.3117778863846, 121.74337001883549, 31.180207633903137, 31.180207633903194]}, {\"id\": \"1040-tab1-c15\", \"text\": \"52.19\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [512.2451490965493, 156.2643141849426, 81.29125561696185, 38.97525954237901]}, {\"id\": \"1040-tab1-c16\", \"text\": \"62.15\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [513.3587279406172, 199.6938891035935, 79.06409792882607, 37.861680698311034]}, {\"id\": \"1040-tab1-c17\", \"text\": \"46.76\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [511.1315612792969, 239.78271484375, 83.51840209960938, 40.08882141113281]}, {\"id\": \"1040-tab1-c18\", \"text\": \"59.65\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [515.5858856287532, 284.32588125275936, 77.95051908475796, 35.634523010175144]}, {\"id\": \"1040-tab1-c19\", \"text\": \"55.21\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [511.1315702524813, 322.18756195107045, 85.74557099323386, 42.31599607458287]}, {\"id\": \"1040-tab1-c20\", \"text\": \"\\\\textbf{β}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [648.1017680728418, 117.2890546425636, 38.975259542379035, 36.74810185424306]}, {\"id\": \"1040-tab1-c21\", \"text\": \"34.96\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [629.1709277236863, 197.46673141545756, 77.95051908475796, 38.97525954237901]}, {\"id\": \"1040-tab1-c22\", \"text\": \"32.68\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [628.0573488796183, 283.21230240869136, 75.72336139662207, 37.86168069831109]}, {\"id\": \"1040-tab1-c23\", \"text\": \"33.55\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [628.0573488796183, 327.7554561714103, 75.72336139662207, 35.63452301017509]}, {\"id\": \"1040-tab1-c24\", \"text\": \"\\\\textbf{γ} \", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [766.1411255440468, 117.2890546425636, 28.95304994576736, 41.20241723051495]}, {\"id\": \"1040-tab1-c25\", \"text\": \"25.21\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [739.4152332864155, 199.6938891035935, 79.06409792882596, 38.97525954237901]}, {\"id\": \"1040-tab1-c26\", \"text\": \"25.75\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [741.6423909745514, 324.41471963920634, 77.95051908475807, 42.31599607458293]}, {\"id\": \"1040-tab1-c27\", \"text\": \"\\\\textbf{δ}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [877.499009950844, 111.72116042222375, 27.839471101699246, 41.20241723051494]}, {\"id\": \"1040-tab1-c28\", \"text\": \"50.56\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [854.1138542254166, 197.46673141545756, 79.06409792882596, 41.20241723051495]}, {\"id\": \"1040-tab1-c29\", \"text\": \"29.85\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [855.2274330694845, 325.52829848327434, 79.06409792882607, 43.42957491865087]}, {\"id\": \"1040-tab1-c30\", \"text\": \"\\\\textbf{ε}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [984.4025789813693, 121.74337001883549, 27.839471101699246, 27.839471101699303]}, {\"id\": \"1040-tab1-c31\", \"text\": \"41.88\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [958.7902655678059, 323.3011407951384, 90.19988636950563, 37.861680698311034]}]}], \"question\": [{\"question\": \"What is the size of the table in the picture?\", \"answer\": \"7 rows × 7 columns\", \"id\": \"1040.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 4 and column 4 in the picture?\", \"answer\": \"34.96\", \"id\": \"1040.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"34.96\\\" in the picture?\", \"answer\": \"Row 4, Column 4\", \"id\": \"1040.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"\", \"id\": \"1040.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1041.json

@@ -1,5 +0,0 @@
-{
-  "id": "1041",
-  "source": "https://doi.org/10.1021/acs.joc.9b01253",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S8\", \"text\": \"\", \"bbox\": [8.740060806274414, 18.051881790161133, 125.99318027496338, 31.918275833129883]}], \"annotations\": [], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1041-tab1\", \"text\": \"\", \"bbox\": [55.77751844965645, 86.92815861480793, 1038.183881952327, 490.53348467650414], \"data\": [{\"id\": \"1041-tab1-c1\", \"text\": \"\\\\textbf{^1H}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [554.7105490966486, 90.28797700300316, 50.397275822928464, 38.63791146424518]}, {\"id\": \"1041-tab1-c2\", \"text\": \"\\\\textbf{Residue Number}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [80.9761563611207, 144.0450712141269, 218.38819523269015, 33.59818388195234]}, {\"id\": \"1041-tab1-c3\", \"text\": \"\\\\textbf{1 - MeLan (Dhb)}\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [80.97615814208984, 186.1729736328125, 218.38819122314453, 33.468013763427734]}, {\"id\": \"1041-tab1-c4\", \"text\": \"\\\\textbf{2 - Pro}\", \"start_row\": \"4\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [141.4528873486349, 234.7601676953982, 99.11464245175935, 33.59818388195231]}, {\"id\": \"1041-tab1-c5\", \"text\": \"\\\\textbf{3 - Gly}\", \"start_row\": \"6\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [141.4528873486349, 322.1154457884743, 97.43473325766175, 31.918274687854705]}, {\"id\": \"1041-tab1-c6\", \"text\": \"\\\\textbf{4 - MeLan (Cys)}\", \"start_row\": \"8\", \"end_row\": \"9\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [79.29624716702308, 402.75108710515985, 220.06810442678778, 35.27809307604997]}, {\"id\": \"1041-tab1-c7\", \"text\": \"\\\\textbf{5 - Lys}\", \"start_row\": \"10\", \"end_row\": \"11\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [141.4528873486349, 485.0666376159431, 95.75482406356412, 36.958002270147574]}, {\"id\": \"1041-tab1-c8\", \"text\": \"\\\\textbf{NH}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [343.0419906403489, 144.0450712141269, 50.397275822928464, 31.918274687854705]}, {\"id\": \"1041-tab1-c9\", \"text\": \"8.63\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [339.68217225215363, 318.755627400279, 55.43700340522139, 33.598183881952366]}, {\"id\": \"1041-tab1-c10\", \"text\": \"7.81\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [339.68217225215363, 402.75108710515985, 57.116912599318994, 30.2383654937571]}, {\"id\": \"1041-tab1-c11\", \"text\": \"8.65\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [336.3223538639584, 483.3867284218455, 60.4767309875142, 33.598183881952366]}, {\"id\": \"1041-tab1-c12\", \"text\": \"\\\\textbf{α}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [452.23608825669396, 154.1245263787126, 28.558456299659497, 23.518728717366628]}, {\"id\": \"1041-tab1-c13\", \"text\": \"3.76\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [437.1169055098154, 184.3628918724697, 57.116912599318994, 35.27809307604994]}, {\"id\": \"1041-tab1-c14\", \"text\": \"4.66\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [433.757080078125, 238.11997985839844, 63.8365592956543, 30.238357543945312]}, {\"id\": \"1041-tab1-c15\", \"text\": \"3.60\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [433.7570871216202, 320.43553659437663, 62.156640181611806, 31.918274687854762]}, {\"id\": \"1041-tab1-c16\", \"text\": \"3.83\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [435.4369963157178, 359.07344805862186, 55.43700340522133, 31.918274687854705]}, {\"id\": \"1041-tab1-c17\", \"text\": \"4.43\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [428.7173156738281, 402.7510681152344, 65.51651000976562, 31.918264389038086]}, {\"id\": \"1041-tab1-c18\", \"text\": \"4.22\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [430.39726873342494, 486.7465468100407, 63.83654937570947, 31.918274687854762]}, {\"id\": \"1041-tab1-c19\", \"text\": \"\\\\textbf{β}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [547.9909123202581, 147.40488960232213, 23.518728717366685, 33.59818388195234]}, {\"id\": \"1041-tab1-c20\", \"text\": \"3.05\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [529.5119111851843, 187.72271026066494, 58.7968217934166, 31.918274687854705]}, {\"id\": \"1041-tab1-c21\", \"text\": \"1.97\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [534.5516387674772, 236.44007688949583, 57.11691259931888, 30.238365493757072]}, {\"id\": \"1041-tab1-c22\", \"text\": \"2.22\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [532.8717295733795, 278.43780674193624, 58.7968217934166, 26.878547105561836]}, {\"id\": \"1041-tab1-c23\", \"text\": \"2.98\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [527.8320019910867, 404.4309962992575, 65.51645856980701, 28.55845629965944]}, {\"id\": \"1041-tab1-c24\", \"text\": \"2.93\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [531.1918203792819, 441.38899856940503, 57.116912599318994, 35.27809307604997]}, {\"id\": \"1041-tab1-c25\", \"text\": \"1.74\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [534.5516387674772, 486.7465468100407, 57.11691259931888, 30.238365493757158]}, {\"id\": \"1041-tab1-c26\", \"text\": \"1.59\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [534.5516387674772, 533.784004244774, 58.796821793416484, 33.59818388195231]}, {\"id\": \"1041-tab1-c27\", \"text\": \"\\\\textbf{γ}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [645.4256455779199, 154.1245263787126, 23.51872871736657, 26.878547105561864]}, {\"id\": \"1041-tab1-c28\", \"text\": \"1.11\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [628.6265258789062, 187.7227020263672, 58.796875, 31.918270111083984]}, {\"id\": \"1041-tab1-c29\", \"text\": \"1.87\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [630.3064628310414, 236.44007688949583, 58.7968217934166, 28.55845629965947]}, {\"id\": \"1041-tab1-c30\", \"text\": \"1.34\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [631.986372025139, 485.0666376159431, 53.757094211123785, 31.918274687854762]}, {\"id\": \"1041-tab1-c31\", \"text\": \"\\\\textbf{δ}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [744.5402880296792, 147.40488960232213, 20.158910329171476, 28.55845629965947]}, {\"id\": \"1041-tab1-c32\", \"text\": \"3.48\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [727.7411960887031, 236.44007688949583, 55.43700340522139, 28.55845629965947]}, {\"id\": \"1041-tab1-c33\", \"text\": \"1.52\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [729.4211052828007, 485.0666376159431, 57.116912599318994, 30.238365493757158]}, {\"id\": \"1041-tab1-c34\", \"text\": \"\\\\textbf{ε}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [838.6152028991459, 149.08479879641973, 18.47900113507376, 31.918274687854733]}, {\"id\": \"1041-tab1-c35\", \"text\": \"2.77\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [813.4165649876816, 486.7465468100407, 63.836549375709524, 30.238365493757158]}, {\"id\": \"1041-tab1-c36\", \"text\": \"\\\\textbf{Exchangeable}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [900.7718430807578, 139.00534363183405, 184.7900113507377, 43.67763904653802]}, {\"id\": \"1041-tab1-c37\", \"text\": \"NH_2 - 8.26\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [924.2905717981243, 187.72271026066494, 139.43246311010216, 31.918274687854705]}, {\"id\": \"1041-tab1-c38\", \"text\": \"NH_2 - 7.64\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [924.5154245087887, 485.5163430372717, 147.83200908059018, 35.27809307604997]}, {\"id\": \"1041-tab1-c39\", \"text\": \"CO_2H - 12.73\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [907.4914798571482, 533.784004244774, 173.03064699205459, 35.27809307604991]}]}], \"question\": [{\"question\": \"What is the chemical shift of the β proton in the 4 - MeLan (Cys) residue that is not shared with any other residue?\", \"answer\": \"2.93\", \"id\": \"1041.png\", \"unable_to_answer\": false, \"type\": \"function_based\"}, {\"question\": \"What is the size of the table in the picture?\", \"answer\": \"11 rows × 8 columns\", \"id\": \"1041.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 4 and column 4 in the picture?\", \"answer\": \"1.97\", \"id\": \"1041.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"1.97\\\" in the picture?\", \"answer\": \"Row 4, Column 4\", \"id\": \"1041.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"\", \"id\": \"1041.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1042.json

@@ -1,5 +0,0 @@
-{
-  "id": "1042",
-  "source": "https://doi.org/10.1021/acs.joc.9b01253",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S9\", \"text\": \"\", \"bbox\": [5.00147819519043, 12.671748161315918, 141.73069381713867, 39.81198978424072]}], \"annotations\": [], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1042-tab1\", \"text\": \"\", \"bbox\": [111.6976089477539, 101.8506088256836, 1144.9930419921875, 374.23270416259766], \"data\": [{\"id\": \"1042-tab1-c1\", \"text\": \"\\\\textbf{^{13}C}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [654.7331602030034, 108.22052519965571, 57.32926601506574, 36.62703106518087]}, {\"id\": \"1042-tab1-c2\", \"text\": \"\\\\textbf{Residue Number}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [138.76976606741215, 168.7347504377806, 267.53657473697325, 35.03455145365126]}, {\"id\": \"1042-tab1-c3\", \"text\": \"\\\\textbf{1 - MeLan (Dhb)}\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [141.95472529047137, 219.6940980067279, 264.351615513914, 39.81199028824008]}, {\"id\": \"1042-tab1-c4\", \"text\": \"\\\\textbf{2 - Pro}\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [218.39374664389229, 270.65344557567516, 108.288613584013, 36.62703106518086]}, {\"id\": \"1042-tab1-c5\", \"text\": \"\\\\textbf{3 - Gly}\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [215.2087874208331, 323.20527275615206, 114.6585320301314, 41.40446989976971]}, {\"id\": \"1042-tab1-c6\", \"text\": \"\\\\textbf{4 - MeLan (Cys)}\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [145.13968451353057, 374.16462032509935, 259.5741766793252, 38.219510676710456]}, {\"id\": \"1042-tab1-c7\", \"text\": \"\\\\textbf{5 - Lys}\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [215.2087874208331, 425.12396789404664, 114.6585320301314, 39.811990288240054]}, {\"id\": \"1042-tab1-c8\", \"text\": \"\\\\textbf{CO}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [476.3754437116879, 170.3272300493102, 63.69918446118413, 35.03455145365126]}, {\"id\": \"1042-tab1-c9\", \"text\": \"172.18\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [455.6732087618031, 218.1016183951983, 106.69613397248332, 38.219510676710485]}, {\"id\": \"1042-tab1-c10\", \"text\": \"175.14\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [462.0431272079215, 272.24592518720476, 98.73373591483534, 35.03455145365126]}, {\"id\": \"1042-tab1-c11\", \"text\": \"173.34\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [460.4506530761719, 323.20526123046875, 101.91867065429688, 38.219512939453125]}, {\"id\": \"1042-tab1-c12\", \"text\": \"173.41\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [460.4506475963919, 374.16462032509935, 100.32621552636493, 35.03455145365126]}, {\"id\": \"1042-tab1-c13\", \"text\": \"176.04\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [460.4506475963919, 421.93900867098745, 100.32621552636493, 39.811990288240054]}, {\"id\": \"1042-tab1-c14\", \"text\": \"\\\\textbf{α}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [643.5858029222962, 178.28962810695822, 30.257112619062468, 30.257112619062468]}, {\"id\": \"1042-tab1-c15\", \"text\": \"57.41\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [614.9211699147634, 222.8790572297871, 82.8089397995393, 33.44207184212169]}, {\"id\": \"1042-tab1-c16\", \"text\": \"62.87\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [613.3286903032338, 272.24592518720476, 89.1788582456577, 35.03455145365126]}, {\"id\": \"1042-tab1-c17\", \"text\": \"46.65\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [610.1437377929688, 320.0202941894531, 90.7713623046875, 38.21953201293945]}, {\"id\": \"1042-tab1-c18\", \"text\": \"56.62\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [616.513649526293, 374.16462032509935, 85.9938990225985, 35.03455145365126]}, {\"id\": \"1042-tab1-c19\", \"text\": \"54.97\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [616.513649526293, 425.12396789404664, 85.9938990225985, 36.62703106518086]}, {\"id\": \"1042-tab1-c20\", \"text\": \"\\\\textbf{β}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [778.9465699023124, 170.3272300493102, 28.66463300753287, 44.589429122828875]}, {\"id\": \"1042-tab1-c21\", \"text\": \"43.80\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [748.689453125, 221.2865753173828, 87.5863265991211, 38.21952819824219]}, {\"id\": \"1042-tab1-c22\", \"text\": \"34.72\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [750.2819368947796, 270.65344557567516, 85.9938990225985, 36.62703106518086]}, {\"id\": \"1042-tab1-c23\", \"text\": \"34.42\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [750.2819368947796, 374.16462032509935, 85.9938990225985, 33.44207184212166]}, {\"id\": \"1042-tab1-c24\", \"text\": \"33.73\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [751.8744165063092, 423.53148828251705, 84.4014194110689, 36.62703106518086]}, {\"id\": \"1042-tab1-c25\", \"text\": \"\\\\textbf{γ}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [914.3073368823286, 179.88210771848784, 27.072153396003273, 33.442071842121635]}, {\"id\": \"1042-tab1-c26\", \"text\": \"20.91\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [887.2351834863255, 221.2865776182575, 85.9938990225985, 35.03455145365129]}, {\"id\": \"1042-tab1-c27\", \"text\": \"25.61\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [880.865265040207, 272.24592518720476, 92.363817468717, 38.21951067671051]}, {\"id\": \"1042-tab1-c28\", \"text\": \"25.68\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [884.0502242632662, 425.12396789404664, 89.1788582456578, 35.03455145365126]}, {\"id\": \"1042-tab1-c29\", \"text\": \"\\\\textbf{δ}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1049.6681038623449, 170.3272300493102, 30.257112619062354, 39.81199028824008]}, {\"id\": \"1042-tab1-c30\", \"text\": \"50.70\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1021.0035400390625, 269.06097412109375, 89.17879486083984, 38.219512939453125]}, {\"id\": \"1042-tab1-c31\", \"text\": \"29.84\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [1021.003470854812, 421.93900867098745, 89.1788582456578, 38.219510676710456]}, {\"id\": \"1042-tab1-c32\", \"text\": \"\\\\textbf{ε}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1180.2514320077723, 176.69714849542862, 22.294714561414366, 30.257112619062468]}, {\"id\": \"1042-tab1-c33\", \"text\": \"41.78\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [1145.216880554121, 425.12396789404664, 92.36381746871712, 39.811990288240054]}]}], \"question\": [{\"question\": \"What is the size of the table in the picture?\", \"answer\": \"7 rows × 7 columns\", \"id\": \"1042.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 5 and column 2 in the picture?\", \"answer\": \"173.34\", \"id\": \"1042.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"173.34\\\" in the picture?\", \"answer\": \"Row 5, Column 2\", \"id\": \"1042.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"\", \"id\": \"1042.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1043.json

@@ -1,5 +0,0 @@
-{
-  "id": "1043",
-  "source": "https://doi.org/10.1021/acs.joc.9b01253",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S10\", \"text\": \"\", \"bbox\": [14.796268049105029, 8.247455775008493, 136.49002064693738, 40.57811424638679]}], \"annotations\": [], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1043-tab1\", \"text\": \"\", \"bbox\": [55.37438229549182, 82.02584531389357, 1049.4975911906402, 715.6503785271851], \"data\": [{\"id\": \"1043-tab1-c1\", \"text\": \"\\\\textbf{^1H}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [553.3785116829661, 83.8703050523657, 49.8004129387474, 40.57811424638679]}, {\"id\": \"1043-tab1-c2\", \"text\": \"\\\\textbf{Residue Number}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [107.17479523423924, 134.13733877569675, 116.20096352374398, 68.24501032346868]}, {\"id\": \"1043-tab1-c3\", \"text\": \"1 - Phe\", \"start_row\": \"3\", \"end_row\": \"5\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [118.08601340354413, 205.60464779152605, 94.06744666207847, 29.511355815554055]}, {\"id\": \"1043-tab1-c4\", \"text\": \"2 - Ser\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [114.39709392659988, 327.33899053068643, 94.06744666207847, 31.35581555402615]}, {\"id\": \"1043-tab1-c5\", \"text\": \"3 - Lan (Dha)\", \"start_row\": \"7\", \"end_row\": \"8\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [77.50789915715734, 369.76156451554533, 177.06813489332418, 36.889194769442554]}, {\"id\": \"1043-tab1-c6\", \"text\": \"4 - Leu\", \"start_row\": \"9\", \"end_row\": \"10\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [116.2415542602539, 451.2956237792969, 97.7563705444336, 34.66690444946289]}, {\"id\": \"1043-tab1-c7\", \"text\": \"5 - Ala\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [118.08601340354413, 537.6074007165089, 94.06744666207847, 33.200275292498304]}, {\"id\": \"1043-tab1-c8\", \"text\": \"6 - Leu\", \"start_row\": \"12\", \"end_row\": \"13\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [110.55263418812775, 581.3410552244235, 101.44528561596697, 36.88919476944261]}, {\"id\": \"1043-tab1-c9\", \"text\": \"7 - Lan (Cys)\", \"start_row\": \"14\", \"end_row\": \"15\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [81.19681863410159, 664.8751226710856, 169.69029593943566, 36.88919476944261]}, {\"id\": \"1043-tab1-c10\", \"text\": \"8 - Ala\", \"start_row\": \"16\", \"end_row\": \"16\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [107.01925659179688, 747.8757934570312, 105.13421630859375, 29.511064529418945]}, {\"id\": \"1043-tab1-c11\", \"text\": \"\\\\textbf{NH}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [280.3984703890913, 129.98179851416887, 55.3337921541638, 40.578114246386775]}, {\"id\": \"1043-tab1-c12\", \"text\": \"8.85\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [274.8650911736749, 329.1834502691585, 64.55609084652446, 33.200275292498304]}, {\"id\": \"1043-tab1-c13\", \"text\": \"8.33\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [276.70955091214705, 373.4504839924896, 62.7116311080523, 29.511355815553998]}, {\"id\": \"1043-tab1-c14\", \"text\": \"8.34\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [273.0206314352028, 452.76225274679103, 66.40055058499655, 35.0447350309704]}, {\"id\": \"1043-tab1-c15\", \"text\": \"7.94\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [278.55401065061915, 533.9184812395646, 60.867171369580205, 36.88919476944261]}, {\"id\": \"1043-tab1-c16\", \"text\": \"8.00\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [280.3984703890913, 580.0299747013678, 59.02271163110805, 29.511355815553998]}, {\"id\": \"1043-tab1-c17\", \"text\": \"7.78\", \"start_row\": \"14\", \"end_row\": \"14\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [276.70955091214705, 663.0306629326135, 68.24501032346865, 31.355815554026094]}, {\"id\": \"1043-tab1-c18\", \"text\": \"7.93\", \"start_row\": \"16\", \"end_row\": \"16\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [278.55401065061915, 746.0313511638592, 59.02271163110805, 33.200275292498304]}, {\"id\": \"1043-tab1-c19\", \"text\": \"α\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [385.5326754820025, 135.51517772958525, 27.6668960770819, 36.889194769442526]}, {\"id\": \"1043-tab1-c20\", \"text\": \"4.13\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [367.08807809728125, 207.4491075299982, 64.55609084652446, 31.355815554026123]}, {\"id\": \"1043-tab1-c21\", \"text\": \"4.48\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [365.2436183588091, 327.33899053068643, 66.40055058499661, 31.35581555402615]}, {\"id\": \"1043-tab1-c22\", \"text\": \"4.39\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [368.93253783575335, 371.6060242540174, 64.55609084652446, 31.35581555402615]}, {\"id\": \"1043-tab1-c23\", \"text\": \"3.93\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [368.93253783575335, 454.60671248526313, 59.02271163110811, 33.200275292498304]}, {\"id\": \"1043-tab1-c24\", \"text\": \"4.15\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [368.93253783575335, 537.6074007165089, 59.02271163110811, 31.355815554026094]}, {\"id\": \"1043-tab1-c25\", \"text\": \"4.05\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [367.08807809728125, 580.0299747013678, 66.40055058499655, 35.0447350309704]}, {\"id\": \"1043-tab1-c26\", \"text\": \"4.47\", \"start_row\": \"14\", \"end_row\": \"14\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [367.08807373046875, 663.0306396484375, 60.86714553833008, 31.3558349609375]}, {\"id\": \"1043-tab1-c27\", \"text\": \"4.07\", \"start_row\": \"16\", \"end_row\": \"16\", \"start_col\": \"3\", \"end_col\": \"3\", \"maps\": [], \"bbox\": [365.2436183588091, 746.0313511638592, 64.55609084652446, 35.0447350309704]}, {\"id\": \"1043-tab1-c28\", \"text\": \"β\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [470.3778381347656, 135.5151824951172, 35.044708251953125, 36.889190673828125]}, {\"id\": \"1043-tab1-c29\", \"text\": \"2.88\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [457.46661376953125, 204.44911193847656, 64.71160888671875, 34.35580825805664]}, {\"id\": \"1043-tab1-c30\", \"text\": \"3.12\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [457.46660528241546, 244.3383022994407, 66.40055058499661, 33.200275292498276]}, {\"id\": \"1043-tab1-c31\", \"text\": \"3.62\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [457.46660528241546, 329.1834502691585, 60.867171369580205, 31.35581555402615]}, {\"id\": \"1043-tab1-c32\", \"text\": \"2.92\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [459.3110650208876, 369.76156451554533, 60.86717136958015, 35.0447350309704]}, {\"id\": \"1043-tab1-c33\", \"text\": \"2.83\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [461.1555247593597, 412.18413850040423, 59.02271163110805, 29.511355815554055]}, {\"id\": \"1043-tab1-c34\", \"text\": \"1.49\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [461.155517578125, 455.451171875, 58.48931884765625, 28.666894912719727]}, {\"id\": \"1043-tab1-c35\", \"text\": \"1.74\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [461.1555247593597, 491.4959072547057, 60.86717136958015, 33.200275292498304]}, {\"id\": \"1043-tab1-c36\", \"text\": \"1.27\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [457.46660528241546, 535.7629409780367, 62.7116311080523, 36.88919476944261]}, {\"id\": \"1043-tab1-c37\", \"text\": \"1.60\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [462.99998449783186, 576.3410552244235, 57.1782518926359, 36.88919476944261]}, {\"id\": \"1043-tab1-c38\", \"text\": \"1.69\", \"start_row\": \"13\", \"end_row\": \"13\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [462.99998449783186, 620.6080889477546, 59.022711631107995, 29.511355815553998]}, {\"id\": \"1043-tab1-c39\", \"text\": \"2.79\", \"start_row\": \"14\", \"end_row\": \"14\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [461.155517578125, 664.8751220703125, 62.711639404296875, 33.20025634765625]}, {\"id\": \"1043-tab1-c40\", \"text\": \"2.92\", \"start_row\": \"15\", \"end_row\": \"15\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [455.62214554394336, 699.919857702056, 66.4005505849965, 35.0447350309704]}, {\"id\": \"1043-tab1-c41\", \"text\": \"1.30\", \"start_row\": \"16\", \"end_row\": \"16\", \"start_col\": \"4\", \"end_col\": \"4\", \"maps\": [], \"bbox\": [461.1555247593597, 746.0313511638592, 60.86717136958015, 35.0447350309704]}, {\"id\": \"1043-tab1-c42\", \"text\": \"γ\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [566.289729852271, 142.89301668347375, 27.6668960770819, 31.35581555402615]}, {\"id\": \"1043-tab1-c43\", \"text\": \"1.54\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [553.3785116829661, 454.60671248526313, 59.022711631107995, 29.511355815554055]}, {\"id\": \"1043-tab1-c44\", \"text\": \"1.57\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"5\", \"end_col\": \"5\", \"maps\": [], \"bbox\": [551.5340576171875, 580.0299682617188, 66.4005126953125, 33.20028305053711]}, {\"id\": \"1043-tab1-c45\", \"text\": \"δ\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [678.8018188476562, 137.35963439941406, 27.666852951049805, 33.20027160644531]}, {\"id\": \"1043-tab1-c46\", \"text\": \"a - 0.80\", \"start_row\": \"9\", \"end_row\": \"9\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [645.3102450938769, 457.2279854524015, 95.5247524752474, 27.596039603960378]}, {\"id\": \"1043-tab1-c47\", \"text\": \"b - 0.83\", \"start_row\": \"10\", \"end_row\": \"10\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [643.1874728166491, 495.43788644250054, 98.70891089108909, 28.657425742574276]}, {\"id\": \"1043-tab1-c48\", \"text\": \"a - 0.85\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [643.1875, 580.3487548828125, 99.770263671875, 29.718833923339844]}, {\"id\": \"1043-tab1-c49\", \"text\": \"b - 0.90\", \"start_row\": \"13\", \"end_row\": \"13\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [641.0647005394214, 617.4972923830945, 100.83168316831677, 32.9029702970297]}, {\"id\": \"1043-tab1-c50\", \"text\": \"\\\\textbf{Ar}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [807.837881658097, 133.2984570000441, 42.21802142407057, 38.84057971014491]}, {\"id\": \"1043-tab1-c51\", \"text\": \"2 - 7.32\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [777.44091796875, 204.2247314453125, 108.078125, 30.39697265625]}, {\"id\": \"1043-tab1-c52\", \"text\": \"3 - 7.29\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [777.4409062327661, 244.7540335595904, 99.63453056080652, 30.396975425330794]}, {\"id\": \"1043-tab1-c53\", \"text\": \"4 - 7.26\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [774.0634645188404, 285.28333412669815, 101.32325141776948, 30.396975425330822]}, {\"id\": \"1043-tab1-c54\", \"text\": \"\\\\textbf{Exchangeable}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [902.6301879882812, 133.8220977783203, 191.99322509765625, 38.44497299194336]}, {\"id\": \"1043-tab1-c55\", \"text\": \"NH_2 - 8.09\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [929.9225882093777, 205.49617761329355, 138.69541778975747, 34.67385444743934]}, {\"id\": \"1043-tab1-c56\", \"text\": \"CO_2H - 12.63\", \"start_row\": \"16\", \"end_row\": \"16\", \"start_col\": \"8\", \"end_col\": \"8\", \"maps\": [], \"bbox\": [905.4873427516035, 745.5907750497344, 179.82683982683977, 34.80519480519479]}]}], \"question\": [{\"question\": \"What is the size of the table in the picture?\", \"answer\": \"16 rows × 8 columns\", \"id\": \"1043.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 16 and column 4 in the picture?\", \"answer\": \"1.30\", \"id\": \"1043.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value \\\"1.30\\\" in the picture?\", \"answer\": \"Row 16, Column 4\", \"id\": \"1043.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_position\"}, {\"question\": \"What is the title of this table?\", \"answer\": \"\", \"id\": \"1043.png\", \"unable_to_answer\": false, \"type\": \"title_description\"}]}"
-}

test/json/1044.json

@@ -1,5 +0,0 @@
-{
-  "id": "1044",
-  "source": "https://doi.org/10.1021/acs.joc.9b01253",
-  "data": "{\"title\": [{\"type\": \"Table\", \"index\": \"S11\", \"text\": \"\", \"bbox\": [7.050245655159025, 4.175152910902786, 130.72875894336326, 34.724826594330864]}], \"annotations\": [], \"reactions\": [], \"substances\": [], \"tables\": [{\"id\": \"1044-tab1\", \"text\": \"\", \"bbox\": [66.28671455137051, 79.75271667503468, 1017.2331555280455, 643.4306104243661], \"data\": [{\"id\": \"1044-tab1-c1\", \"text\": \"\\\\textbf{^{13}C}\", \"start_row\": \"1\", \"end_row\": \"1\", \"start_col\": \"1\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [550.3916500135126, 85.88062725050483, 49.023284603761226, 30.639552877350766]}, {\"id\": \"1044-tab1-c2\", \"text\": \"\\\\textbf{Residue Number}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [86.71308313627101, 134.90391185426606, 222.6474175754156, 32.68218973584081]}, {\"id\": \"1044-tab1-c3\", \"text\": \"1 - Phe\", \"start_row\": \"3\", \"end_row\": \"6\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [152.07746260795264, 177.79928588255711, 91.91865863205231, 30.63955287735078]}, {\"id\": \"1044-tab1-c4\", \"text\": \"2 - Ser\", \"start_row\": \"7\", \"end_row\": \"7\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [152.07746260795264, 343.25287142025127, 89.87602177356226, 30.639552877350752]}, {\"id\": \"1044-tab1-c5\", \"text\": \"3 - Lan(Dha)\", \"start_row\": \"8\", \"end_row\": \"8\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [113.26736229664168, 386.14824544854235, 171.5814961131643, 32.68218973584078]}, {\"id\": \"1044-tab1-c6\", \"text\": \"4 - Leu\", \"start_row\": \"9\", \"end_row\": \"10\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [150.03482574946258, 431.08625633532347, 98.04656920752245, 28.596916018860668]}, {\"id\": \"1044-tab1-c7\", \"text\": \"5 - Ala\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [150.03482574946258, 510.74909381643545, 93.96129549054237, 32.68218973584089]}, {\"id\": \"1044-tab1-c8\", \"text\": \"6 - Leu\", \"start_row\": \"12\", \"end_row\": \"13\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [147.99218889097256, 553.6444678447266, 100.08920606601248, 30.639552877350752]}, {\"id\": \"1044-tab1-c9\", \"text\": \"7 - Lan(Cys)\", \"start_row\": \"14\", \"end_row\": \"14\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [115.30999915513173, 635.3499421843286, 165.45358553769415, 36.76746345282095]}, {\"id\": \"1044-tab1-c10\", \"text\": \"8 - Ala\", \"start_row\": \"15\", \"end_row\": \"15\", \"start_col\": \"1\", \"end_col\": \"1\", \"maps\": [], \"bbox\": [152.07746260795264, 680.2879530711098, 91.91865863205231, 30.639552877350752]}, {\"id\": \"1044-tab1-c11\", \"text\": \"\\\\textbf{CO}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], 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429.0436194768334, 87.8333849150722, 26.554279160370697]}, {\"id\": \"1044-tab1-c16\", \"text\": \"177.01\", \"start_row\": \"11\", \"end_row\": \"11\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [340.00005358903735, 512.7917306749255, 83.74811119809209, 28.59691601886084]}, {\"id\": \"1044-tab1-c17\", \"text\": \"170.11\", \"start_row\": \"12\", \"end_row\": \"12\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [342.0426904475274, 549.5591941277464, 85.79074805658217, 32.68218973584089]}, {\"id\": \"1044-tab1-c18\", \"text\": \"174.34\", \"start_row\": \"14\", \"end_row\": \"14\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [342.0426904475274, 635.3499421843286, 91.91865863205231, 30.639552877350752]}, {\"id\": \"1044-tab1-c19\", \"text\": \"175.24\", \"start_row\": \"15\", \"end_row\": \"15\", \"start_col\": \"2\", \"end_col\": \"2\", \"maps\": [], \"bbox\": [342.0426904475274, 676.2026793541296, 87.8333849150722, 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553.6444702148438, 110.3023681640625, 28.596914291381836]}, {\"id\": \"1044-tab1-c45\", \"text\": \"b - 26.34\", \"start_row\": \"13\", \"end_row\": \"13\", \"start_col\": \"6\", \"end_col\": \"6\", \"maps\": [], \"bbox\": [785.2948887398685, 592.4545681560376, 116.43030093393293, 32.68218973584078]}, {\"id\": \"1044-tab1-c46\", \"text\": \"\\\\textbf{Ar}\", \"start_row\": \"2\", \"end_row\": \"2\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [977.3027534379332, 134.90391185426606, 42.895374028291144, 32.68218973584081]}, {\"id\": \"1044-tab1-c47\", \"text\": \"1 - 138.00\", \"start_row\": \"3\", \"end_row\": \"3\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [934.4073794096422, 173.71401216557703, 126.64348522638318, 34.724826594330864]}, {\"id\": \"1044-tab1-c48\", \"text\": \"2 - 131.83\", \"start_row\": \"4\", \"end_row\": \"4\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [932.3647425511522, 216.6093861938681, 134.8140326603434, 32.68218973584081]}, {\"id\": \"1044-tab1-c49\", \"text\": \"3 - 132.67\", \"start_row\": \"5\", \"end_row\": \"5\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [934.4073794096422, 261.5473970806492, 130.72875894336323, 28.596916018860725]}, {\"id\": \"1044-tab1-c50\", \"text\": \"4 - 130.43\", \"start_row\": \"6\", \"end_row\": \"6\", \"start_col\": \"7\", \"end_col\": \"7\", \"maps\": [], \"bbox\": [932.36474609375, 300.35748291015625, 128.68612670898438, 30.639556884765625]}]}], \"question\": [{\"question\": \"What is the size of the table in the picture?\", \"answer\": \"15 rows × 7 columns\", \"id\": \"1044.png\", \"unable_to_answer\": false, \"type\": \"table_dimensions\"}, {\"question\": \"What is the content of the cell at row 9 and column 2 in the picture?\", \"answer\": \"174.50\", \"id\": \"1044.png\", \"unable_to_answer\": false, \"type\": \"table_recognition_content\"}, {\"question\": \"What is the position of the cell with value 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