end2end_quick_match_display_formula_formula.json

[
    {
        "gt_idx": [
            0
        ],
        "gt": "\\left[ U ( x ), \\Pi^{U} ( y ) \\right]=\\delta( x-y )，",
        "pred_idx": [
            1,
            2
        ],
        "pred": "\\[H\\]\\[[U(x),\\Pi^U(y)]=\\delta(x-y),\\]",
        "edit": 0.425531914893617,
        "gt_position": [
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        ],
        "pred_position": 138,
        "norm_gt": "$$\n\\left[u(x),\\pi^{u}(y)\\right]=\\delta(x-y)，\n$$",
        "norm_pred": "h[u(x),\\pi^u(y)]=\\delta(x-y),",
        "gt_category_type": "equation_isolated",
        "pred_category_type": "equation_inline",
        "gt_attribute": [
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    },
    {
        "gt_idx": [
            1
        ],
        "gt": "( \\Sigma, \\Sigma_{i} )=\\left(-\\partial_{k} \\Pi_{k}^{V}, \\varepsilon^{i j k} \\partial_{j} \\left( \\Pi_{k}^{B}-m V_{k} \\right)-\\mu^{2} B_{i} \\right).",
        "pred_idx": [
            4
        ],
        "pred": "\\[(\\Sigma,\\Sigma_i)=(-\\partial_k\\Pi_k^L,\\epsilon^{ijk}\\partial_j(\\Pi_k^B-mV_k)-\\mu^2B_i).\\tag{14}\\]",
        "edit": 0.38405797101449274,
        "gt_position": [
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        "pred_position": 318,
        "norm_gt": "$$\n(\\sigma,\\sigma_{i})=\\left(-\\partial_{k}\\pi_{k}^{v},\\varepsilon^{ijk}\\partial_{j}\\left(\\pi_{k}^{b}-mv_{k}\\right)-\\mu^{2}b_{i}\\right).\n$$",
        "norm_pred": "(\\sigma,\\sigma_i)=(-\\partial_k\\pi_k^l,\\epsilon^{ijk}\\partial_j(\\pi_k^b-mv_k)-\\mu^2b_i)",
        "gt_category_type": "equation_isolated",
        "pred_category_type": "equation_isolated",
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    },
    {
        "gt_idx": [
            2
        ],
        "gt": "T_{k} \\equiv\\mu^{2} \\varPi_{k}^{B}=0",
        "pred_idx": [
            12
        ],
        "pred": "\\[\\Pi_k\\equiv\\mu^2\\Pi_k^B=0\\]",
        "edit": 0.45,
        "gt_position": [
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        ],
        "pred_position": 763,
        "norm_gt": "$$\nt_{k}\\equiv\\mu^{2}\\varpi_{k}^{b}=0\n$$",
        "norm_pred": "\\pi_k\\equiv\\mu^2\\pi_k^b=0",
        "gt_category_type": "equation_isolated",
        "pred_category_type": "equation_isolated",
        "gt_attribute": [
            {
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    },
    {
        "gt_idx": [
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        ],
        "gt": "\\left[ T_{k} ( x ), \\, \\varSigma_{i} ( y ) \\right]=\\mu^{4} \\delta_{i k} \\delta( x-y ).",
        "pred_idx": [
            14,
            15
        ],
        "pred": "\\[\\Pi_k\\]\\[[T_k(x),\\Sigma(y)]=\\mu^4\\delta_{ik}\\delta(x-y).\\]",
        "edit": 0.4025974025974026,
        "gt_position": [
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        ],
        "pred_position": 821,
        "norm_gt": "$$\n\\left[t_{k}(x),\\,\\varsigma_{i}(y)\\right]=\\mu^{4}\\delta_{ik}\\delta(x-y).\n$$",
        "norm_pred": "\\pi_k[t_k(x),\\sigma(y)]=\\mu^4\\delta_{ik}\\delta(x-y)",
        "gt_category_type": "equation_isolated",
        "pred_category_type": "equation_inline",
        "gt_attribute": [
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    },
    {
        "gt_idx": [
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        ],
        "gt": "\\left( \\gamma^{U}, \\gamma_{k}^{A}, \\gamma^{V} \\right)=\\left( U, A_{k}, \\partial_{k} V_{k} \\right)=0.",
        "pred_idx": [
            26,
            27
        ],
        "pred": "\\[A_k\\]\\[(\\gamma^U,\\gamma_k^A,\\gamma^V)=(U,A_k,\\partial_kV_k)=0.\\]",
        "edit": 0.44329896907216493,
        "gt_position": [
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        ],
        "pred_position": 1423,
        "norm_gt": "$$\n\\left(\\gamma^{u},\\gamma_{k}^{a},\\gamma^{v}\\right)=\\left(u,a_{k},\\partial_{k}v_{k}\\right)=0.\n$$",
        "norm_pred": "a_k(\\gamma^u,\\gamma_k^a,\\gamma^v)=(u,a_k,\\partial_kv_k)=0",
        "gt_category_type": "equation_isolated",
        "pred_category_type": "equation_inline",
        "gt_attribute": [
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        "img_id": "4",
        "image_name": "docstructbench_llm-raw-scihub-o.O-j.physletb.2004.06.101.pdf_3.jpg",
        "upper_len": 97,
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        "img_name": "docstructbench_llm-raw-scihub-o.O-j.physletb.2004.06.101.pdf_3.jpg"
    },
    {
        "gt_idx": [
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        ],
        "gt": "V_{i}^{T} \\equiv\\big( \\delta_{i j}-\\partial_{i} \\partial_{j} / \\partial^{2} \\big) V_{j}.",
        "pred_idx": [
            30
        ],
        "pred": "\\[V_i^T=(\\delta_{ij}-\\partial_i\\partial_j/\\partial^2)V_j.\\]",
        "edit": 0.38372093023255816,
        "gt_position": [
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        ],
        "pred_position": 1747,
        "norm_gt": "$$\nv_{i}^{t}\\equiv\\big(\\delta_{ij}-\\partial_{i}\\partial_{j}/\\partial^{2}\\big)v_{j}.\n$$",
        "norm_pred": "v_i^t=(\\delta_{ij}-\\partial_i\\partial_j/\\partial^2)v_j",
        "gt_category_type": "equation_isolated",
        "pred_category_type": "equation_isolated",
        "gt_attribute": [
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        "img_id": "5",
        "image_name": "docstructbench_llm-raw-scihub-o.O-j.physletb.2004.06.101.pdf_3.jpg",
        "upper_len": 86,
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    },
    {
        "gt_idx": [
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        ],
        "gt": "\\mathbf{\\nabla} \\times\\mathbf{V}^{L} \\equiv0 \\equiv\\mathbf{\\nabla} \\cdot\\mathbf{V}^{T}，",
        "pred_idx": [
            36
        ],
        "pred": "\\[\\nabla\\timesV^L\\equiv0\\equiv\\nabla\\cdotV^T,\\]",
        "edit": 0.3114754098360656,
        "gt_position": [
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        ],
        "pred_position": 2081,
        "norm_gt": "$$\n{\\nabla}\\times{v}^{l}\\equiv0\\equiv{\\nabla}\\cdot{v}^{t}，\n$$",
        "norm_pred": "\\nabla\\timesv^l\\equiv0\\equiv\\nabla\\cdotv^t,",
        "gt_category_type": "equation_isolated",
        "pred_category_type": "equation_inline",
        "gt_attribute": [
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                "formula_type": "print"
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        "image_name": "docstructbench_llm-raw-scihub-o.O-j.physletb.2004.06.101.pdf_3.jpg",
        "upper_len": 61,
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        "Edit_num": 19,
        "img_name": "docstructbench_llm-raw-scihub-o.O-j.physletb.2004.06.101.pdf_3.jpg"
    },
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        "gt_idx": [
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        ],
        "gt": "\\begin{array} {l} {{{2 L=\\left( \\dot{\\mathbf{B}}^{L} \\right)^{2}-\\left( \\nabla\\cdot\\mathbf{B}^{L} \\right)^{2}+\\left[ \\dot{\\mathbf{B}}^{T}-\\nabla\\times\\mathbf{A}^{T} \\right]^{2}+\\left( \\dot{\\mathbf{V}}^{T} \\right)^{2}-\\left( \\nabla\\times\\mathbf{V}^{T} \\right)^{2}+\\left[ \\dot{\\mathbf{V}}^{L}-\\nabla U \\right]^{2}}}} \\\\ {{{\\ \\ \\ +2 m \\left[ \\mathbf{V}^{T} \\cdot\\left( \\nabla\\times\\mathbf{A}^{T} \\right)+\\mathbf{B}^{L} \\cdot\\dot{\\mathbf{V}}^{L}+\\mathbf{B}^{T} \\cdot\\dot{\\mathbf{V}}^{T}-\\mathbf{B}^{L} \\cdot\\nabla U \\right]+2 \\mu^{2} \\left[ \\mathbf{A}^{T} \\cdot\\mathbf{B}^{T}+\\mathbf{A}^{L} \\cdot\\mathbf{B}^{L} \\right]}}} \\\\ \\end{array}.",
        "pred_idx": [
            38
        ],
        "pred": "\\[2L=(\\dot{B}^L)^2-(\\nabla\\cdotB^L)^2+[\\dot{B}^T-\\nabla\\timesA^T]^2+(\\dot{V}^T)^2-(\\nabla\\timesV^T)^2+[\\dot{V}^L-\\nablaU]^2+2m[V^T\\cdot(\\nabla\\timesA^T)+B^L\\cdot\\dot{V}^L+B^T\\cdot\\dot{V}^T-B^L\\cdot\\nablaU]+2\\mu^2[A^T\\cdotB^T+A^L\\cdotB^L].\\]",
        "edit": 0.4766146993318486,
        "gt_position": [
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        "pred_position": 2122,
        "norm_gt": "$$\n{l}{{{2l=\\left(\\dot{{b}}^{l}\\right)^{2}-\\left(\\nabla\\cdot{b}^{l}\\right)^{2}+\\left[\\dot{{b}}^{t}-\\nabla\\times{a}^{t}\\right]^{2}+\\left(\\dot{{v}}^{t}\\right)^{2}-\\left(\\nabla\\times{v}^{t}\\right)^{2}+\\left[\\dot{{v}}^{l}-\\nablau\\right]^{2}}}}\\\\{{{\\\\\\+2m\\left[{v}^{t}\\cdot\\left(\\nabla\\times{a}^{t}\\right)+{b}^{l}\\cdot\\dot{{v}}^{l}+{b}^{t}\\cdot\\dot{{v}}^{t}-{b}^{l}\\cdot\\nablau\\right]+2\\mu^{2}\\left[{a}^{t}\\cdot{b}^{t}+{a}^{l}\\cdot{b}^{l}\\right]}}}\\\\.\n$$",
        "norm_pred": "2l=(\\dot{b}^l)^2-(\\nabla\\cdotb^l)^2+[\\dot{b}^t-\\nabla\\timesa^t]^2+(\\dot{v}^t)^2-(\\nabla\\timesv^t)^2+[\\dot{v}^l-\\nablau]^2+2m[v^t\\cdot(\\nabla\\timesa^t)+b^l\\cdot\\dot{v}^l+b^t\\cdot\\dot{v}^t-b^l\\cdot\\nablau]+2\\mu^2[a^t\\cdotb^t+a^l\\cdotb^l]",
        "gt_category_type": "equation_isolated",
        "pred_category_type": "equation_inline",
        "gt_attribute": [
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        "img_name": "docstructbench_llm-raw-scihub-o.O-j.physletb.2004.06.101.pdf_3.jpg"
    },
    {
        "gt_idx": [
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        ],
        "gt": "{\\bf B}^{L}=0={\\dot{\\bf V}}^{L}-\\nabla U，",
        "pred_idx": [
            39,
            40,
            41
        ],
        "pred": "\\[A^L\\]\\[U\\]\\[B^L=0=\\dot{V}^L-\\nablaU,\\]",
        "edit": 0.4772727272727273,
        "gt_position": [
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        ],
        "pred_position": 2147,
        "norm_gt": "$$\n{\\bfb}^{l}=0={\\dot{\\bfv}}^{l}-\\nablau，\n$$",
        "norm_pred": "a^lub^l=0=\\dot{v}^l-\\nablau,",
        "gt_category_type": "equation_isolated",
        "pred_category_type": "equation_inline",
        "gt_attribute": [
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                "formula_type": "print"
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        "image_name": "docstructbench_llm-raw-scihub-o.O-j.physletb.2004.06.101.pdf_3.jpg",
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    },
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        "gt_idx": [
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        "gt": "2 L=\\left( {\\dot{\\mathbf{V}}}^{T} \\right)^{2}-\\left( \\nabla\\times\\mathbf{V}^{T} \\right)^{2}+\\left[ {\\dot{\\mathbf{B}}}^{T}-\\nabla\\times\\mathbf{A}^{T} \\right]^{2}+2 m \\mathbf{V}^{T} \\cdot\\left( \\nabla\\times\\mathbf{A}^{T} \\right)+2 m \\mathbf{B}^{T} \\cdot{\\dot{\\mathbf{V}}}^{T}+2 \\mu^{2} \\mathbf{A}^{T} \\cdot\\mathbf{B}^{T}.",
        "pred_idx": [
            43
        ],
        "pred": "\\[2L=(\\dot{V}^T)^2-(\\nabla\\timesV^T)^2+[\\dot{B}^T-\\nabla\\timesA^T]^2+2mV^T\\cdot(\\nabla\\timesA^T)+2mB^T\\cdot\\dot{V}^T+2\\mu^2A^T\\cdotB^T.\\]",
        "edit": 0.4430379746835443,
        "gt_position": [
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        "pred_position": 2271,
        "norm_gt": "$$\n2l=\\left({\\dot{{v}}}^{t}\\right)^{2}-\\left(\\nabla\\times{v}^{t}\\right)^{2}+\\left[{\\dot{{b}}}^{t}-\\nabla\\times{a}^{t}\\right]^{2}+2m{v}^{t}\\cdot\\left(\\nabla\\times{a}^{t}\\right)+2m{b}^{t}\\cdot{\\dot{{v}}}^{t}+2\\mu^{2}{a}^{t}\\cdot{b}^{t}.\n$$",
        "norm_pred": "2l=(\\dot{v}^t)^2-(\\nabla\\timesv^t)^2+[\\dot{b}^t-\\nabla\\timesa^t]^2+2mv^t\\cdot(\\nabla\\timesa^t)+2mb^t\\cdot\\dot{v}^t+2\\mu^2a^t\\cdotb^t",
        "gt_category_type": "equation_isolated",
        "pred_category_type": "equation_isolated",
        "gt_attribute": [
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        "img_id": "9",
        "image_name": "docstructbench_llm-raw-scihub-o.O-j.physletb.2004.06.101.pdf_3.jpg",
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        "gt_idx": [
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        "gt": "\\mathbf{A}^{T} \\cdot\\mathbf{B}^{T}=-\\big( \\nabla\\times\\mathbf{A}^{T} \\big) \\cdot\\big( \\nabla^{2} \\big)^{-1} \\big( \\nabla\\times\\mathbf{B}^{T} \\big)，",
        "pred_idx": [
            44
        ],
        "pred": "\\[A^T\\cdotB^T=-(\\nabla\\timesA^T)\\cdot(\\nabla^2)^{-1}(\\nabla\\timesB^T),\\]",
        "edit": 0.4224137931034483,
        "gt_position": [
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        "pred_position": 2565,
        "norm_gt": "$$\n{a}^{t}\\cdot{b}^{t}=-\\big(\\nabla\\times{a}^{t}\\big)\\cdot\\big(\\nabla^{2}\\big)^{-1}\\big(\\nabla\\times{b}^{t}\\big)，\n$$",
        "norm_pred": "a^t\\cdotb^t=-(\\nabla\\timesa^t)\\cdot(\\nabla^2)^{-1}(\\nabla\\timesb^t),",
        "gt_category_type": "equation_isolated",
        "pred_category_type": "equation_isolated",
        "gt_attribute": [
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        ],
        "gt": "\\nabla\\times{\\bf A}^{T}=\\dot{{\\bf B}}^{T}-m {\\bf V}^{T}+\\mu^{2} \\big( \\nabla^{2} \\big)^{-1} \\big( \\nabla\\times{\\bf B}^{T} \\big).",
        "pred_idx": [
            47
        ],
        "pred": "\\[\\nabla\\timesA^T=\\dot{B}^T-mV^T+\\mu^2(\\nabla^2)^{-1}(\\nabla\\timesB^T).\\]",
        "edit": 0.44715447154471544,
        "gt_position": [
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        "pred_position": 2654,
        "norm_gt": "$$\n\\nabla\\times{\\bfa}^{t}=\\dot{{\\bfb}}^{t}-m{\\bfv}^{t}+\\mu^{2}\\big(\\nabla^{2}\\big)^{-1}\\big(\\nabla\\times{\\bfb}^{t}\\big).\n$$",
        "norm_pred": "\\nabla\\timesa^t=\\dot{b}^t-mv^t+\\mu^2(\\nabla^2)^{-1}(\\nabla\\timesb^t)",
        "gt_category_type": "equation_isolated",
        "pred_category_type": "equation_isolated",
        "gt_attribute": [
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        "gt": "B[u,v]=\\int_{U}\\sum_{i,j}a^{i j}u_{x_{i}}v_{x_{j}}\\,d x\\mathrm{~for~}u\\in H^{1}(U),v\\in H_{0}^{1}(U).",
        "pred_idx": [
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        ],
        "pred": "\\[B[u,v]=\\int_U\\sum_{i,j}a^{ij}u_{x_i}v_{x_j}\\,dx\\text{for}u\\inH^1(U),v\\inH^1_0(U).\\]",
        "edit": 0.25,
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        "norm_gt": "$$\nb[u,v]=\\int_{u}\\sum_{i,j}a^{ij}u_{x_{i}}v_{x_{j}}\\,dx{~for~}u\\inh^{1}(u),v\\inh_{0}^{1}(u).\n$$",
        "norm_pred": "b[u,v]=\\int_u\\sum_{i,j}a^{ij}u_{x_i}v_{x_j}\\,dx{for}u\\inh^1(u),v\\inh^1_0(u)",
        "gt_category_type": "equation_isolated",
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        "gt": "\\begin{aligned} {{-a^{i j} w_{x_{i} x_{j}}}} & {{} {{}=\\frac{-a^{i j} u_{x_{i} x_{j}} v+a^{i j} v_{x_{i} x_{j}} u} {v^{2}}+\\frac{a^{i j} v_{x_{i}} u_{x_{j}}-a^{i j} u_{x_{i}} v_{x_{j}}} {v^{2}}-a^{i j} \\frac{2} {v} v_{x_{j}}  \\frac{v_{x_{i}} u-v u_{x_{i}}} {v^{2}}}} \n\\\\ {{}} & {{} {} {{}=\\frac{( L u-b^{i} u_{x_{i}}-c u ) v+(-L v+b^{i} v_{x_{i}}+c v ) u} {v^{2}}+0+a^{i j} \\frac{2} {v} v_{x_{j}} w_{x_{i}}, \\ \\mathrm{s i n c e} \\ a^{i j}-a^{j i}.}} \n\\\\ {{}} & {{} {} {{}=\\frac{L u} {v}-\\frac{u L v} {v^{2}}-b^{i} w_{x_{i}}+a^{i j} \\frac{2} {v} w_{x_{j}} w_{x_{i}}}} \\\\ \\end{aligned}",
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        ],
        "pred": "\\[-a^{ij}w_{x_ix_j}=-a^{ij}u_{x_ix_j}v+a^{ij}v_{x_ix_j}u+\\frac{a^{ij}v_{x_i}u_{x_j}-a^{ij}u_{x_i}v_{x_j}}{v^2}-a^{ij}\\frac{2}{v}v_{x_i}u_{x_j}-\\frac{vu_{x_i}}{v^2}\\]\\[=(Lu-b^iu_{x_i}-cw)v+(-Lu+b^iv_{x_i}+cv)u\\]\\[=\\frac{Lu}{v}-\\frac{uLv}{v^2}-b^iu_{x_i}+a^{ij}\\frac{2}{v}v_{x_j}w_{x_i},\\text{since}a^{ij}=a^{ji}.\\]",
        "edit": 0.474468085106383,
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