2016-11-06 9 views
6

मैं एनएलपी/पीओएस-टैगर प्रोजेक्ट के लिए रिएक्ट जेएस में एक पार्सर पेड़ बनाने की कोशिश कर रहा हूं। मैंने पाया कि गोजे एक शांत पार्सर पेड़ GoJs-parser-tree प्रदान करता है, लेकिन मुझे प्रतिक्रिया जेएस कार्यान्वयन के लिए दस्तावेज़ीकरण नहीं मिला। मैं कुछ उदाहरण की कोशिश की, लेकिन मैं इसका इस्तेमाल नहीं कर सकता है heres मेरी कोड है कि मैं इसका इस्तेमाल करने में प्रतिक्रियाReactJs में GoJs का उपयोग

<!DOCTYPE html> 
<html> 
<head> 
<title>Parse Tree</title> 
<meta name="description" content="A collapsible tree layout with all of the leaf nodes at the same layer." /> 
    <!-- Copyright 1998-2016 by Northwoods Software Corporation. --> 
    <meta charset="UTF-8"> 
    <script src="go.js"></script> 
    <link href="../assets/css/goSamples.css" rel="stylesheet" type="text/css" /> <!-- you don't need to use this --> 
    <script src="goSamples.js"></script> <!-- this is only for the GoJS Samples framework --> 
    <script id="code"> 
    function init() { 
     if (window.goSamples) goSamples(); // init for these samples -- you don't need to call this 
     var $ = go.GraphObject.make; // for conciseness in defining templates 
     myDiagram = 
     $(go.Diagram, "myDiagramDiv", 
      { 
      allowCopy: false, 
      allowDelete: false, 
      allowMove: false, 
      initialContentAlignment: go.Spot.Center, 
      initialAutoScale: go.Diagram.Uniform, 
      layout: 
       $(FlatTreeLayout, // custom Layout, defined below 
       { angle: 90, 
        compaction: go.TreeLayout.CompactionNone }), 
      "undoManager.isEnabled": true 
      }); 

     myDiagram.nodeTemplate = 
     $(go.Node, "Vertical", 
      { selectionObjectName: "BODY" }, 
      $(go.Panel, "Auto", { name: "BODY" }, 
      $(go.Shape, "RoundedRectangle", 
       new go.Binding("fill"), 
       new go.Binding("stroke")), 
      $(go.TextBlock, 
       { font: "bold 12pt Arial, sans-serif", margin: new go.Margin(4, 2, 2, 2) }, 
       new go.Binding("text")) 
     ), 
      $(go.Panel, // this is underneath the "BODY" 
      { height: 15 }, // always this height, even if the TreeExpanderButton is not visible 
      $("TreeExpanderButton") 
     ) 
     ); 

     myDiagram.linkTemplate = 
     $(go.Link, 
      $(go.Shape, { strokeWidth: 1.5 })); 

     // set up the nodeDataArray, describing each part of the sentence 
     var nodeDataArray = [ 
     { key: 1, text: "Sentence", fill: "#f68c06", stroke: "#4d90fe" }, 
     { key: 2, text: "NP", fill: "#f68c06", stroke: "#4d90fe", parent: 1 }, 
     { key: 3, text: "DT", fill: "#ccc", stroke: "#4d90fe", parent: 2 }, 
     { key: 4, text: "A", fill: "#f8f8f8", stroke: "#4d90fe", parent: 3 }, 
     { key: 5, text: "JJ", fill: "#ccc", stroke: "#4d90fe", parent: 2 }, 
     { key: 6, text: "rare", fill: "#f8f8f8", stroke: "#4d90fe", parent: 5 }, 
     { key: 7, text: "JJ", fill: "#ccc", stroke: "#4d90fe", parent: 2 }, 
     { key: 8, text: "black", fill: "#f8f8f8", stroke: "#4d90fe", parent: 7 }, 
     { key: 9, text: "NN", fill: "#ccc", stroke: "#4d90fe", parent: 2 }, 
     { key: 10, text: "squirrel", fill: "#f8f8f8", stroke: "#4d90fe", parent: 9 }, 
     { key: 11, text: "VP", fill: "#f68c06", stroke: "#4d90fe", parent: 1 }, 
     { key: 12, text: "VBZ", fill: "#ccc", stroke: "#4d90fe", parent: 11 }, 
     { key: 13, text: "has", fill: "#f8f8f8", stroke: "#4d90fe", parent: 12 }, 
     { key: 14, text: "VP", fill: "#f68c06", stroke: "#4d90fe", parent: 11 }, 
     { key: 15, text: "VBN", fill: "#ccc", stroke: "#4d90fe", parent: 14 }, 
     { key: 16, text: "become", fill: "#f8f8f8", stroke: "#4d90fe", parent: 15 }, 
     { key: 17, text: "NP", fill: "#f68c06", stroke: "#4d90fe", parent: 14 }, 
     { key: 18, text: "NP", fill: "#f68c06", stroke: "#4d90fe", parent: 17 }, 
     { key: 19, text: "DT", fill: "#ccc", stroke: "#4d90fe", parent: 18 }, 
     { key: 20, text: "a", fill: "#f8f8f8", stroke: "#4d90fe", parent: 19 }, 
     { key: 21, text: "JJ", fill: "#ccc", stroke: "#4d90fe", parent: 18 }, 
     { key: 22, text: "regular", fill: "#f8f8f8", stroke: "#4d90fe", parent: 21 }, 
     { key: 23, text: "NN", fill: "#ccc", stroke: "#4d90fe", parent: 18 }, 
     { key: 24, text: "visitor", fill: "#f8f8f8", stroke: "#4d90fe", parent: 23 }, 
     { key: 25, text: "PP", fill: "#f68c06", stroke: "#4d90fe", parent: 17 }, 
     { key: 26, text: "TO", fill: "#ccc", stroke: "#4d90fe", parent: 25 }, 
     { key: 27, text: "to", fill: "#f8f8f8", stroke: "#4d90fe", parent: 26 }, 
     { key: 28, text: "NP", fill: "#f68c06", stroke: "#4d90fe", parent: 25 }, 
     { key: 29, text: "DT", fill: "#ccc", stroke: "#4d90fe", parent: 28 }, 
     { key: 30, text: "a", fill: "#f8f8f8", stroke: "#4d90fe", parent: 29 }, 
     { key: 31, text: "JJ", fill: "#ccc", stroke: "#4d90fe", parent: 28 }, 
     { key: 32, text: "suburban", fill: "#f8f8f8", stroke: "#4d90fe", parent: 31 }, 
     { key: 33, text: "NN", fill: "#ccc", stroke: "#4d90fe", parent: 28 }, 
     { key: 34, text: "garden", fill: "#f8f8f8", stroke: "#4d90fe", parent: 33 }, 
     { key: 35, text: ".", fill: "#ccc", stroke: "#4d90fe", parent: 1 }, 
     { key: 36, text: ".", fill: "#f8f8f8", stroke: "#4d90fe", parent: 35 } 
     ] 

     // create the Model with data for the tree, and assign to the Diagram 
     myDiagram.model = 
     $(go.TreeModel, 
      { nodeDataArray: nodeDataArray }); 
    } 

    // Customize the TreeLayout to position all of the leaf nodes at the same vertical Y position. 
    function FlatTreeLayout() { 
     go.TreeLayout.call(this); // call base constructor 
    } 
    go.Diagram.inherit(FlatTreeLayout, go.TreeLayout); 

    // This assumes the TreeLayout.angle is 90 -- growing downward 
    /** @override */ 
    FlatTreeLayout.prototype.commitLayout = function() { 
     go.TreeLayout.prototype.commitLayout.call(this); // call base method first 
     // find maximum Y position of all Nodes 
     var y = -Infinity; 
     this.network.vertexes.each(function(v) { 
      y = Math.max(y, v.node.position.y); 
     }); 
     // move down all leaf nodes to that Y position, but keeping their X position 
     this.network.vertexes.each(function(v) { 
      var node = v.node; 
      if (node.isTreeLeaf) { 
      node.position = new go.Point(node.position.x, y); 
      } 
     }); 
    }; 
    // end FlatTreeLayout 
    </script> 
</head> 
<body onload="init()"> 
<div id="sample"> 
    <h3>GoJS Parse Tree</h3> 
    <div id="myDiagramDiv" style="border: solid 1px black; width:100%; height:500px"></div> 
    <p>A <em>parse tree</em> is an ordered, rooted tree representing the structure of a sentence, broken down to parts-of-speech.</p> 
    <p> 
    This diagram uses a custom <a>TreeLayout</a> called <b>FlatTreeLayout</b> that places all leaf nodes at the same Y position. 
    It also makes use of a <b>TreeExpanderButton</b> on the node template. See the <a href="../intro/buttons.html">Intro page on Buttons</a> for more GoJS button information. 
    </p> 
    <p> 
    The abbreviations used in this diagram are: 
    <ul> 
     <li><b>NP</b>, a noun phrase</li> 
     <li><b>VP</b>, a verb phrase</li> 
     <li><b>PP</b>, a prepositional phrase</li> 
     <li><b>DT</b>, a determiner</li> 
     <li><b>JJ</b>, an adjective</li> 
     <li><b>NN</b>, a common noun</li> 
     <li><b>VBZ</b>, a third person singular present verb</li> 
     <li><b>VBN</b>, a past participle verb</li> 
    </ul> 
    </p> 
</div> 
</body> 
</html> 

जरूरत प्रतिक्रिया के साथ है और इस कोड मुझे मिल गया जब यह प्रतिक्रिया का उपयोग करने की कोशिश कर

import React, {Component} from 'react'; 
import go from 'gojs'; 
const goObj = go.GraphObject.make; 

export default class GoJs extends Component { 
    constructor (props) { 
    super (props); 

    this.renderCanvas = this.renderCanvas.bind (this); 

    this.state = {myModel: null, myDiagram: null} 
    } 

    renderCanvas() { 
    let model = goObj (go.TreeModel); 
    let diagram = goObj (go.Diagram, this.refs.goJsDiv, {initialContentAlignment: go.Spot.Center}); 
    this.setState({myModel: model, myDiagram: diagram}, 
    () => { 
     model.nodeDataArray = this.props.data; 
     diagram.model = model; 
     this.setState({myModel: model, myDiagram: diagram}); 
     } 
    ); 
    } 

    componentDidMount() { 
    this.renderCanvas(); 
    } 

    componentWillUpdate (prevProps) { 
    if (this.props.data !== prevProps.data) { 
     console.log ('Updating'); 
     const model = this.state.myModel; 
     const diagram = this.state.myDiagram; 
     model.nodeDataArray = this.props.data; 
     diagram.model = model; 
     this.setState({myModel: model, myDiagram: diagram}); 
    } 
    } 

    render() { 
    return <div ref="goJsDiv" style={{'width': '500px', 'height': '500px', 'backgroundColor': '#DAE4E4'}}></div>; 
    } 
} 

GoJs.propTypes = { data: React.PropTypes.string.isRequired }; 
GoJs.defaultProps = { data: '[]' }; 

मैं क्या खो रहा है यह पता लगाने में असमर्थ हूं और इससे बाहर निकलने वाला मुझे कुल गड़बड़ है।

उत्तर

7

यहाँ और वहाँ बदलते कोड के घंटे खर्च करने के बाद मैं क्या यहाँ मेरा अंतिम कोड

import React, {Component} from 'react'; 
import go from 'gojs'; 
const goObj = go.GraphObject.make; 

export default class GoJs extends Component { 
    constructor (props) { 
    super (props); 

    this.renderCanvas = this.renderCanvas.bind (this); 

    this.state = {myModel: null, myDiagram: null} 
    } 

    renderCanvas() { 

    function FlatTreeLayout() { 
    go.TreeLayout.call(this); // call base constructor 
    } 
    go.Diagram.inherit(FlatTreeLayout, go.TreeLayout); 

    // This assumes the TreeLayout.angle is 90 -- growing downward 
    /** @override */ 
    FlatTreeLayout.prototype.commitLayout = function() { 
    go.TreeLayout.prototype.commitLayout.call(this); // call base method first 
    // find maximum Y position of all Nodes 
    var y = -Infinity; 
    this.network.vertexes.each(function(v) { 
     y = Math.max(y, v.node.position.y); 
     }); 
    // move down all leaf nodes to that Y position, but keeping their X position 
    this.network.vertexes.each(function(v) { 
     var node = v.node; 
     if (node.isTreeLeaf) { 
      node.position = new go.Point(node.position.x, y); 
     } 
     }); 
    }; 

    let model = goObj (go.TreeModel); 
    let diagram = goObj (go.Diagram, this.refs.goJsDiv,   { 
       allowCopy: false, 
       allowDelete: false, 
       allowMove: false, 
       initialContentAlignment: go.Spot.Center, 
       initialAutoScale: go.Diagram.Uniform, 
       layout: 
       goObj(FlatTreeLayout, // custom Layout, defined below 
        { angle: 90, 
        compaction: go.TreeLayout.CompactionNone }), 
       "undoManager.isEnabled": true 
      }); 

      diagram.nodeTemplate = goObj(go.Node, "Vertical", 
         { selectionObjectName: "BODY" }, 
         goObj(go.Panel, "Auto", { name: "BODY" }, 
         goObj(go.Shape, "RoundedRectangle", 
          new go.Binding("fill"), 
          new go.Binding("stroke")), 
         goObj(go.TextBlock, 
          { font: "bold 12pt Arial, sans-serif", margin: new go.Margin(4, 2, 2, 2) }, 
          new go.Binding("text")) 
        ), 
         goObj(go.Panel, // this is underneath the "BODY" 
         { height: 15 }, // always this height, even if the TreeExpanderButton is not visible 
         goObj("TreeExpanderButton") 
        ) 
        ); 

      diagram.linkTemplate = goObj(go.Link,goObj(go.Shape, { strokeWidth: 1.5 })); 

    this.setState({myModel: model, myDiagram: diagram}, 
    () => { 
     model.nodeDataArray = this.props.data; 
     diagram.model = model; 
     this.setState({myModel: model, myDiagram: diagram}); 
     } 
    ); 

    } 



    componentDidMount() { 
    this.renderCanvas(); 
    } 

    componentWillUpdate (prevProps) { 
    if (this.props.data !== prevProps.data) { 
     console.log ('Updating'); 
     const model = this.state.myModel; 
     const diagram = this.state.myDiagram; 
     model.nodeDataArray = this.props.data; 
     diagram.model = model; 
     this.setState({myModel: model, myDiagram: diagram}); 
    } 
    } 

    render() { 
    return <div ref="goJsDiv" style={{'width': '500px', 'height': '500px', 'backgroundColor': '#DAE4E4'}}></div>; 
    } 
} 

GoJs.propTypes = { data: React.PropTypes.string.isRequired }; 
GoJs.defaultProps = { data: '[]' }; 

आवश्यक था इसकी एक दम घटक हम रंगमंच की सामग्री के माध्यम से माता-पिता घटक से डेटा पारित करने के लिए है के बाद से बनाने में कामयाब रहे।

माता पिता घटक से

render(){ 
    return(
     <div> 
     <PTagBox data={nodeDataArray}/> 
     </div> 
    ); 
    } 

जहां PTagBox गूंगा या बच्चे घटक

है