Advanced-GraphRAG/knowledge_graph_overview.html at main · nynuz/Advanced-GraphRAG · GitHub

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    highlightActive = true;
    var i, j;
    var selectedNode = params.nodes[0];
    var degrees = 2;

    // mark all nodes as hard to read.
    for (let nodeId in allNodes) {
      // nodeColors[nodeId] = allNodes[nodeId].color;
      allNodes[nodeId].color = "rgba(200,200,200,0.5)";
      if (allNodes[nodeId].hiddenLabel === undefined) {
        allNodes[nodeId].hiddenLabel = allNodes[nodeId].label;
        allNodes[nodeId].label = undefined;
      }
    }
    var connectedNodes = network.getConnectedNodes(selectedNode);
    var allConnectedNodes = [];

    // get the second degree nodes
    for (i = 1; i < degrees; i++) {
      for (j = 0; j < connectedNodes.length; j++) {
        allConnectedNodes = allConnectedNodes.concat(
          network.getConnectedNodes(connectedNodes[j])
        );
      }
    }

    // all second degree nodes get a different color and their label back
    for (i = 0; i < allConnectedNodes.length; i++) {
      // allNodes[allConnectedNodes[i]].color = "pink";
      allNodes[allConnectedNodes[i]].color = "rgba(150,150,150,0.75)";
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    // all first degree nodes get their own color and their label back
    for (i = 0; i < connectedNodes.length; i++) {
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      if (allNodes[connectedNodes[i]].hiddenLabel !== undefined) {
        allNodes[connectedNodes[i]].label =
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        allNodes[connectedNodes[i]].hiddenLabel = undefined;
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    // the main node gets its own color and its label back.
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    allNodes[selectedNode].color = nodeColors[selectedNode];
    if (allNodes[selectedNode].hiddenLabel !== undefined) {
      allNodes[selectedNode].label = allNodes[selectedNode].hiddenLabel;
      allNodes[selectedNode].hiddenLabel = undefined;
    }
  } else if (highlightActive === true) {
    // console.log("highlightActive was true");
    // reset all nodes
    for (let nodeId in allNodes) {
      // allNodes[nodeId].color = "purple";
      allNodes[nodeId].color = nodeColors[nodeId];
      // delete allNodes[nodeId].color;
      if (allNodes[nodeId].hiddenLabel !== undefined) {
        allNodes[nodeId].label = allNodes[nodeId].hiddenLabel;
        allNodes[nodeId].hiddenLabel = undefined;
      }
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    highlightActive = false;
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  // transform the object into an array
  var updateArray = [];
  if (params.nodes.length > 0) {
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      if (allNodes.hasOwnProperty(nodeId)) {
        // console.log(allNodes[nodeId]);
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    nodes.update(updateArray);
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    for (let nodeId in allNodes) {
      if (allNodes.hasOwnProperty(nodeId)) {
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        updateArray.push(allNodes[nodeId]);
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    }
    nodes.update(updateArray);
  }
}

function filterHighlight(params) {
  allNodes = nodes.get({ returnType: "Object" });
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    let selectedNodes = params.nodes;

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    for (let i=0; i < selectedNodes.length; i++) {
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      if (allNodes[selectedNodes[i]].savedLabel !== undefined) {
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        allNodes[selectedNodes[i]].savedLabel = undefined;
      }
    }

  } else if (filterActive === true) {
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    for (let nodeId in allNodes) {
      allNodes[nodeId].hidden = false;
      if (allNodes[nodeId].savedLabel !== undefined) {
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        allNodes[nodeId].savedLabel = undefined;
      }
    }
    filterActive = false;
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  // transform the object into an array
  var updateArray = [];
  if (params.nodes.length > 0) {
    for (let nodeId in allNodes) {
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    nodes.update(updateArray);
  } else {
    for (let nodeId in allNodes) {
      if (allNodes.hasOwnProperty(nodeId)) {
        updateArray.push(allNodes[nodeId]);
      }
    }
    nodes.update(updateArray);
  }
}

function selectNode(nodes) {
  network.selectNodes(nodes);
  neighbourhoodHighlight({ nodes: nodes });
  return nodes;
}

function selectNodes(nodes) {
  network.selectNodes(nodes);
  filterHighlight({nodes: nodes});
  return nodes;
}

function highlightFilter(filter) {
  let selectedNodes = []
  let selectedProp = filter['property']
  if (filter['item'] === 'node') {
    let allNodes = nodes.get({ returnType: "Object" });
    for (let nodeId in allNodes) {
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        selectedNodes.push(nodeId)
      }
    }
  }
  else if (filter['item'] === 'edge'){
    let allEdges = edges.get({returnType: 'object'});
    // check if the selected property exists for selected edge and select the nodes connected to the edge
    for (let edge in allEdges) {
      if (allEdges[edge][selectedProp] && filter['value'].includes((allEdges[edge][selectedProp]).toString())) {
        selectedNodes.push(allEdges[edge]['from'])
        selectedNodes.push(allEdges[edge]['to'])
      }
    }
  }
  selectNodes(selectedNodes)
}</script>
            <link rel="stylesheet" href="https://cdnjs.cloudflare.com/ajax/libs/vis-network/9.1.2/dist/dist/vis-network.min.css" integrity="sha512-WgxfT5LWjfszlPHXRmBWHkV2eceiWTOBvrKCNbdgDYTHrT2AeLCGbF4sZlZw3UMN3WtL0tGUoIAKsu8mllg/XA==" crossorigin="anonymous" referrerpolicy="no-referrer" />
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<center>
<h1></h1>
</center>

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        <center>
          <h1></h1>
        </center>
        <style type="text/css">

             #mynetwork {
                 width: 100%;
                 height: 800px;
                 background-color: #1a1a2e;
                 border: 1px solid lightgray;
                 position: relative;
                 float: left;
             }


             #loadingBar {
                 position:absolute;
                 top:0px;
                 left:0px;
                 width: 100%;
                 height: 800px;
                 background-color:rgba(200,200,200,0.8);
                 -webkit-transition: all 0.5s ease;
                 -moz-transition: all 0.5s ease;
                 -ms-transition: all 0.5s ease;
                 -o-transition: all 0.5s ease;
                 transition: all 0.5s ease;
                 opacity:1;
             }

             #bar {
                 position:absolute;
                 top:0px;
                 left:0px;
                 width:20px;
                 height:20px;
                 margin:auto auto auto auto;
                 border-radius:11px;
                 border:2px solid rgba(30,30,30,0.05);
                 background: rgb(0, 173, 246); /* Old browsers */
                 box-shadow: 2px 0px 4px rgba(0,0,0,0.4);
             }

             #border {
                 position:absolute;
                 top:10px;
                 left:10px;
                 width:500px;
                 height:23px;
                 margin:auto auto auto auto;
                 box-shadow: 0px 0px 4px rgba(0,0,0,0.2);
                 border-radius:10px;
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                 position:absolute;
                 top:8px;
                 left:530px;
                 width:30px;
                 height:50px;
                 margin:auto auto auto auto;
                 font-size:22px;
                 color: #000000;
             }

             div.outerBorder {
                 position:relative;
                 top:400px;
                 width:600px;
                 height:44px;
                 margin:auto auto auto auto;
                 border:8px solid rgba(0,0,0,0.1);
                 background: rgb(252,252,252); /* Old browsers */
                 background: -moz-linear-gradient(top,  rgba(252,252,252,1) 0%, rgba(237,237,237,1) 100%); /* FF3.6+ */
                 background: -webkit-gradient(linear, left top, left bottom, color-stop(0%,rgba(252,252,252,1)), color-stop(100%,rgba(237,237,237,1))); /* Chrome,Safari4+ */
                 background: -webkit-linear-gradient(top,  rgba(252,252,252,1) 0%,rgba(237,237,237,1) 100%); /* Chrome10+,Safari5.1+ */
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                 border-radius:72px;
                 box-shadow: 0px 0px 10px rgba(0,0,0,0.2);
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        </style>
    </head>


    <body>
        <div class="card" style="width: 100%">


            <div id="mynetwork" class="card-body"></div>
        </div>


            <div id="loadingBar">
              <div class="outerBorder">
                <div id="text">0%</div>
                <div id="border">
                  <div id="bar"></div>
                </div>
              </div>
            </div>


        <script type="text/javascript">

              // initialize global variables.
              var edges;
              var nodes;
              var allNodes;
              var allEdges;
              var nodeColors;
              var originalNodes;
              var network;
              var container;
              var options, data;
              var filter = {
                  item : '',
                  property : '',
                  value : []
              };


              // This method is responsible for drawing the graph, returns the drawn network
              function drawGraph() {
                  var container = document.getElementById('mynetwork');


                  // parsing and collecting nodes and edges from the python
                  nodes = new vis.DataSet([{"color": "#95a5a6", "font": {"color": "white"}, "id": "c_standard model", "label": "standard model", "shape": "dot", "size": 42, "title": "Concept: standard model\nCategory: physics_concept\nPapers: 16"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_active galactic nucleus", "label": "active galactic nucleus", "shape": "dot", "size": 34, "title": "Concept: active galactic nucleus\nCategory: physics_concept\nPapers: 12"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_black hole", "label": "black hole", "shape": "dot", "size": 32, "title": "Concept: black hole\nCategory: physics_concept\nPapers: 11"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_dark matter", "label": "dark matter", "shape": "dot", "size": 32, "title": "Concept: dark matter\nCategory: physics_concept\nPapers: 11"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_gravitational wave", "label": "gravitational wave", "shape": "dot", "size": 30, "title": "Concept: gravitational wave\nCategory: physics_concept\nPapers: 10"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_quantum chromodynamics", "label": "quantum chromodynamics", "shape": "dot", "size": 30, "title": "Concept: quantum chromodynamics\nCategory: physics_concept\nPapers: 10"}, {"color": "#e74c3c", "font": {"color": "white"}, "id": "c_superconductivity", "label": "superconductivity", "shape": "dot", "size": 28, "title": "Concept: superconductivity\nCategory: Physics_Concept\nPapers: 9"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_higgs boson", "label": "higgs boson", "shape": "dot", "size": 26, "title": "Concept: higgs boson\nCategory: physics_concept\nPapers: 8"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_phase transition", "label": "phase transition", "shape": "dot", "size": 26, "title": "Concept: phase transition\nCategory: physics_concept\nPapers: 8"}, {"color": "#e74c3c", "font": {"color": "white"}, "id": "c_supermassive black hole", "label": "supermassive black hole", "shape": "dot", "size": 24, "title": "Concept: supermassive black hole\nCategory: Physics_Concept\nPapers: 7"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_gamma ray burst", "label": "gamma ray burst", "shape": "dot", "size": 24, "title": "Concept: gamma ray burst\nCategory: physics_concept\nPapers: 7"}, {"color": "#e74c3c", "font": {"color": "white"}, "id": "c_metallicity", "label": "metallicity", "shape": "dot", "size": 24, "title": "Concept: metallicity\nCategory: Physics_Concept\nPapers: 7"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_cp violation", "label": "cp violation", "shape": "dot", "size": 24, "title": "Concept: cp violation\nCategory: physics_concept\nPapers: 7"}, {"color": "#e74c3c", "font": {"color": "white"}, "id": "c_spectral energy distribution", "label": "spectral energy distribution", "shape": "dot", "size": 24, "title": "Concept: spectral energy distribution\nCategory: Physics_Concept\nPapers: 7"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_dark energy", "label": "dark energy", "shape": "dot", "size": 24, "title": "Concept: dark energy\nCategory: physics_concept\nPapers: 7"}, {"color": "#e74c3c", "font": {"color": "white"}, "id": "c_quark gluon plasma", "label": "quark gluon plasma", "shape": "dot", "size": 24, "title": "Concept: quark gluon plasma\nCategory: Physics_Concept\nPapers: 7"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_supersymmetry", "label": "supersymmetry", "shape": "dot", "size": 22, "title": "Concept: supersymmetry\nCategory: physics_concept\nPapers: 6"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_quantum entanglement", "label": "quantum entanglement", "shape": "dot", "size": 22, "title": "Concept: quantum entanglement\nCategory: physics_concept\nPapers: 6"}, {"color": "#e74c3c", "font": {"color": "white"}, "id": "c_stellar evolution", "label": "stellar evolution", "shape": "dot", "size": 22, "title": "Concept: stellar evolution\nCategory: Physics_Concept\nPapers: 6"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_magnetic field", "label": "magnetic field", "shape": "dot", "size": 22, "title": "Concept: magnetic field\nCategory: physics_concept\nPapers: 6"}, {"color": "#e74c3c", "font": {"color": "white"}, "id": "c_equation of state", "label": "equation of state", "shape": "dot", "size": 22, "title": "Concept: equation of state\nCategory: Physics_Concept\nPapers: 6"}, {"color": "#e74c3c", "font": {"color": "white"}, "id": "c_neutron star", "label": "neutron star", "shape": "dot", "size": 22, "title": "Concept: neutron star\nCategory: Physics_Concept\nPapers: 6"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_electroweak symmetry breaking", "label": "electroweak symmetry breaking", "shape": "dot", "size": 22, "title": "Concept: electroweak symmetry breaking\nCategory: physics_concept\nPapers: 6"}, {"color": "#e74c3c", "font": {"color": "white"}, "id": "c_velocity dispersion", "label": "velocity dispersion", "shape": "dot", "size": 20, "title": "Concept: velocity dispersion\nCategory: Physics_Concept\nPapers: 5"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_strong interaction", "label": "strong interaction", "shape": "dot", "size": 20, "title": "Concept: strong interaction\nCategory: physics_concept\nPapers: 5"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_general relativity", "label": "general relativity", "shape": "dot", "size": 20, "title": "Concept: general relativity\nCategory: physics_concept\nPapers: 5"}, {"color": "#e74c3c", "font": {"color": "white"}, "id": "c_ising model", "label": "ising model", "shape": "dot", "size": 20, "title": "Concept: ising model\nCategory: Physics_Concept\nPapers: 5"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_turbulence", "label": "turbulence", "shape": "dot", "size": 20, "title": "Concept: turbulence\nCategory: physics_concept\nPapers: 5"}, {"color": "#95a5a6", "font": {"color": "white"}, "id": "c_star formation rate", "label": "star formation rate", "shape": "dot", "size": 20, "title": "Concept: star formation rate\nCategory: general\nPapers: 5"}, {"color": "#2ecc71", "font": {"color": "white"}, "id": "c_renormalization group", "label": "renormalization group", "shape": "dot", "size": 20, "title": "Concept: renormalization group\nCategory: Statistical_Method\nPapers: 5"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_numerical simulation", "label": "numerical simulation", "shape": "triangle", "size": 52, "title": "Method: numerical simulation\nPapers: 21"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_monte carlo simulation", "label": "monte carlo simulation", "shape": "triangle", "size": 32, "title": "Method: monte carlo simulation\nPapers: 11"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_spectral analysis", "label": "spectral analysis", "shape": "triangle", "size": 20, "title": "Method: spectral analysis\nPapers: 5"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_infrared spectroscopy", "label": "infrared spectroscopy", "shape": "triangle", "size": 20, "title": "Method: infrared spectroscopy\nPapers: 5"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_perturbation theory", "label": "perturbation theory", "shape": "triangle", "size": 18, "title": "Method: perturbation theory\nPapers: 4"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_molecular dynamics simulation", "label": "molecular dynamics simulation", "shape": "triangle", "size": 18, "title": "Method: molecular dynamics simulation\nPapers: 4"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_numerical integration", "label": "numerical integration", "shape": "triangle", "size": 18, "title": "Method: numerical integration\nPapers: 4"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_bifurcation analysis", "label": "bifurcation analysis", "shape": "triangle", "size": 16, "title": "Method: bifurcation analysis\nPapers: 3"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_simulation", "label": "simulation", "shape": "triangle", "size": 16, "title": "Method: simulation\nPapers: 3"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_statistical analysis", "label": "statistical analysis", "shape": "triangle", "size": 16, "title": "Method: statistical analysis\nPapers: 3"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_stability analysis", "label": "stability analysis", "shape": "triangle", "size": 16, "title": "Method: stability analysis\nPapers: 3"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_gravitational wave detection", "label": "gravitational wave detection", "shape": "triangle", "size": 16, "title": "Method: gravitational wave detection\nPapers: 3"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_density functional theory", "label": "density functional theory", "shape": "triangle", "size": 16, "title": "Method: density functional theory\nPapers: 3"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_perturbative quantum chromodynamics", "label": "perturbative quantum chromodynamics", "shape": "triangle", "size": 16, "title": "Method: perturbative quantum chromodynamics\nPapers: 3"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_associated production", "label": "associated production", "shape": "triangle", "size": 14, "title": "Method: associated production\nPapers: 2"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_x-ray survey", "label": "x-ray survey", "shape": "triangle", "size": 14, "title": "Method: x-ray survey\nPapers: 2"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_linearization", "label": "linearization", "shape": "triangle", "size": 14, "title": "Method: linearization\nPapers: 2"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_numerical method", "label": "numerical method", "shape": "triangle", "size": 14, "title": "Method: numerical method\nPapers: 2"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_ising model", "label": "ising model", "shape": "triangle", "size": 14, "title": "Method: ising model\nPapers: 2"}, {"color": "#9b59b6", "font": {"color": "white"}, "id": "m_nuclear quadrupole resonance measurement", "label": "nuclear quadrupole resonance measurement", "shape": "triangle", "size": 14, "title": "Method: nuclear quadrupole resonance measurement\nPapers: 2"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_chaos theory", "label": "chaos theory", "shape": "square", "size": 20, "title": "Research Area: chaos theory"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_computational physics", "label": "computational physics", "shape": "square", "size": 20, "title": "Research Area: computational physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_star formation", "label": "star formation", "shape": "square", "size": 20, "title": "Research Area: star formation"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_many-body physics", "label": "many-body physics", "shape": "square", "size": 20, "title": "Research Area: many-body physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_nanotechnology", "label": "nanotechnology", "shape": "square", "size": 20, "title": "Research Area: nanotechnology"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_galactic astronomy", "label": "galactic astronomy", "shape": "square", "size": 20, "title": "Research Area: galactic astronomy"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_high energy astrophysics", "label": "high energy astrophysics", "shape": "square", "size": 20, "title": "Research Area: high energy astrophysics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_cosmology", "label": "cosmology", "shape": "square", "size": 20, "title": "Research Area: cosmology"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_stellar dynamics", "label": "stellar dynamics", "shape": "square", "size": 20, "title": "Research Area: stellar dynamics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_solar physics", "label": "solar physics", "shape": "square", "size": 20, "title": "Research Area: solar physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_general relativity", "label": "general relativity", "shape": "square", "size": 20, "title": "Research Area: general relativity"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_plasma physics", "label": "plasma physics", "shape": "square", "size": 20, "title": "Research Area: plasma physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_ecology", "label": "ecology", "shape": "square", "size": 20, "title": "Research Area: ecology"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_soft condensed matter physics", "label": "soft condensed matter physics", "shape": "square", "size": 20, "title": "Research Area: soft condensed matter physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_statistical physics", "label": "statistical physics", "shape": "square", "size": 20, "title": "Research Area: statistical physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_astrophysics", "label": "astrophysics", "shape": "square", "size": 20, "title": "Research Area: astrophysics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_applied mathematics", "label": "applied mathematics", "shape": "square", "size": 20, "title": "Research Area: applied mathematics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_dynamical systems", "label": "dynamical systems", "shape": "square", "size": 20, "title": "Research Area: dynamical systems"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_nonlinear dynamics", "label": "nonlinear dynamics", "shape": "square", "size": 20, "title": "Research Area: nonlinear dynamics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_condensed matter physics", "label": "condensed matter physics", "shape": "square", "size": 20, "title": "Research Area: condensed matter physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_atomic physics", "label": "atomic physics", "shape": "square", "size": 20, "title": "Research Area: atomic physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_fluid dynamics", "label": "fluid dynamics", "shape": "square", "size": 20, "title": "Research Area: fluid dynamics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_quantum physics", "label": "quantum physics", "shape": "square", "size": 20, "title": "Research Area: quantum physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_biophysics", "label": "biophysics", "shape": "square", "size": 20, "title": "Research Area: biophysics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_statistical mechanics", "label": "statistical mechanics", "shape": "square", "size": 20, "title": "Research Area: statistical mechanics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_quantum information", "label": "quantum information", "shape": "square", "size": 20, "title": "Research Area: quantum information"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_complex systems", "label": "complex systems", "shape": "square", "size": 20, "title": "Research Area: complex systems"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_galaxy evolution", "label": "galaxy evolution", "shape": "square", "size": 20, "title": "Research Area: galaxy evolution"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_network science", "label": "network science", "shape": "square", "size": 20, "title": "Research Area: network science"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_mathematical physics", "label": "mathematical physics", "shape": "square", "size": 20, "title": "Research 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"white"}, "id": "a_acoustics", "label": "acoustics", "shape": "square", "size": 20, "title": "Research Area: acoustics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_particle physics", "label": "particle physics", "shape": "square", "size": 20, "title": "Research Area: particle physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_astroparticle physics", "label": "astroparticle physics", "shape": "square", "size": 20, "title": "Research Area: astroparticle physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_nuclear physics", "label": "nuclear physics", "shape": "square", "size": 20, "title": "Research Area: nuclear physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_power systems", "label": "power systems", "shape": "square", "size": 20, "title": "Research Area: power systems"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_x-ray astronomy", "label": "x-ray astronomy", "shape": "square", "size": 20, "title": "Research Area: x-ray astronomy"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_planetary science", "label": "planetary science", "shape": "square", "size": 20, "title": "Research Area: planetary science"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_magnetism", "label": "magnetism", "shape": "square", "size": 20, "title": "Research Area: magnetism"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_superconductivity", "label": "superconductivity", "shape": "square", "size": 20, "title": "Research Area: superconductivity"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_theoretical physics", "label": "theoretical physics", "shape": "square", "size": 20, "title": "Research Area: theoretical physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_differential equations", "label": "differential equations", "shape": "square", "size": 20, "title": "Research Area: differential equations"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_gravitational wave astronomy", "label": "gravitational wave astronomy", "shape": "square", "size": 20, "title": "Research Area: gravitational wave astronomy"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_computer vision", "label": "computer vision", "shape": "square", "size": 20, "title": "Research Area: computer vision"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_robotics", "label": "robotics", "shape": "square", "size": 20, "title": "Research Area: robotics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_machine learning", "label": "machine learning", "shape": "square", "size": 20, "title": "Research Area: machine learning"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_polymer physics", "label": "polymer physics", "shape": "square", "size": 20, "title": "Research Area: polymer physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_evolutionary biology", "label": "evolutionary biology", "shape": "square", "size": 20, "title": "Research Area: evolutionary biology"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_experimental physics", "label": "experimental physics", "shape": "square", "size": 20, "title": "Research Area: experimental physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_observational astronomy", "label": "observational astronomy", "shape": "square", "size": 20, "title": "Research Area: observational astronomy"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_topological quantum computation", "label": "topological quantum computation", "shape": "square", "size": 20, "title": "Research Area: topological quantum computation"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_infrared astronomy", "label": "infrared astronomy", "shape": "square", "size": 20, "title": "Research Area: infrared astronomy"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_stellar astronomy", "label": "stellar astronomy", "shape": "square", "size": 20, "title": "Research Area: stellar astronomy"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_astrochemistry", "label": "astrochemistry", "shape": "square", "size": 20, "title": "Research Area: astrochemistry"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_stellar evolution", "label": "stellar evolution", "shape": "square", "size": 20, "title": "Research Area: stellar evolution"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_radio astronomy", "label": "radio astronomy", "shape": "square", "size": 20, "title": "Research Area: radio astronomy"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_spintronics", "label": "spintronics", "shape": "square", "size": 20, "title": "Research Area: spintronics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_black hole physics", "label": "black hole physics", "shape": "square", "size": 20, "title": "Research Area: black hole physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_gravitational physics", "label": "gravitational physics", "shape": "square", "size": 20, "title": "Research Area: gravitational physics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_nonlinear science", "label": "nonlinear science", "shape": "square", "size": 20, "title": "Research Area: nonlinear science"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_mathematics", "label": "mathematics", "shape": "square", "size": 20, "title": "Research Area: mathematics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_quantum chromodynamics", "label": "quantum chromodynamics", "shape": "square", "size": 20, "title": "Research Area: quantum chromodynamics"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_quantum field theory", "label": "quantum field theory", "shape": "square", "size": 20, "title": "Research Area: quantum field theory"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_stochastic processes", "label": "stochastic processes", "shape": "square", "size": 20, "title": "Research Area: stochastic processes"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_numerical analysis", "label": "numerical analysis", "shape": "square", "size": 20, "title": "Research Area: numerical analysis"}, {"color": "#f39c12", "font": {"color": "white"}, "id": "a_tribology", "label": "tribology", "shape": "square", "size": 20, "title": "Research Area: tribology"}]);
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"APPLIED_IN (1 papers)", "to": "a_solar physics", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": "APPLIED_IN (1 papers)", "to": "a_general relativity", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": "APPLIED_IN (4 papers)", "to": "a_plasma physics", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": "APPLIED_IN (1 papers)", "to": "a_ecology", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": "APPLIED_IN (1 papers)", "to": "a_soft condensed matter physics", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": "APPLIED_IN (2 papers)", "to": "a_statistical physics", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": "APPLIED_IN (9 papers)", "to": "a_astrophysics", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": "APPLIED_IN (1 papers)", "to": "a_applied mathematics", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": "APPLIED_IN (3 papers)", "to": "a_dynamical systems", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": "APPLIED_IN (2 papers)", "to": "a_nonlinear dynamics", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": "APPLIED_IN (3 papers)", "to": "a_condensed matter physics", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": "APPLIED_IN (2 papers)", "to": "a_atomic physics", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": "APPLIED_IN (1 papers)", "to": "a_fluid dynamics", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": "APPLIED_IN (3 papers)", "to": "a_quantum physics", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": "APPLIED_IN (1 papers)", "to": "a_biophysics", "width": 1}, {"color": "#f39c1266", "from": "m_numerical simulation", "title": 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