dist/klayjs-d3-ww.js
function(kgraph) {
        if (kgraph) {
          zoomToFit(kgraph);
          // assign coordinates to nodes
          kgraph.children.forEach(function(n) {
            var d3node = nodes[parseInt(n.id)];
            copyProps(n, d3node);
            (n.ports || []).forEach(function(p, i) {
              copyProps(p, d3node.ports[i]);
            });
            (n.labels || []).forEach(function(l, i) {
              copyProps(l, d3node.labels[i]);
            });
          });
          // edges
          kgraph.edges.forEach(function(e) {
            var l = links[parseInt(e.id) - nodes.length];
            copyProps(e, l);
            copyProps(e.source, l.source);
  	        copyProps(e.target, l.target);
            // make sure the bendpoint array is valid
            l.bendPoints = e.bendPoints || [];
          });
        }
        function copyProps(src, tgt, copyKeys) {
          var keys = kgraphKeys;
          if (copyKeys) {
            keys = copyKeys.reduce(function (p, c) {p[c] = 1; return p;}, {});
          }
          for (var k in src) {
            if (keys[k]) {
              tgt[k] = src[k];
            }
          }
        }
        // invoke the 'finish' event
        dispatch.finish({graph: kgraph});
      }
function(kgraph) {
        if (kgraph) {
          zoomToFit(kgraph);
          // assign coordinates to nodes
          kgraph.children.forEach(function(n) {
            var d3node = nodes[parseInt(n.id)];
            copyProps(n, d3node);
            (n.ports || []).forEach(function(p, i) {
              copyProps(p, d3node.ports[i]);
            });
            (n.labels || []).forEach(function(l, i) {
              copyProps(l, d3node.labels[i]);
            });
          });
          // edges
          kgraph.edges.forEach(function(e) {
            var l = links[parseInt(e.id) - nodes.length];
            copyProps(e, l);
            copyProps(e.source, l.source);
  	        copyProps(e.target, l.target);
            // make sure the bendpoint array is valid
            l.bendPoints = e.bendPoints || [];
          });
        }
        function copyProps(src, tgt, copyKeys) {
          var keys = kgraphKeys;
          if (copyKeys) {
            keys = copyKeys.reduce(function (p, c) {p[c] = 1; return p;}, {});
          }
          for (var k in src) {
            if (keys[k]) {
              tgt[k] = src[k];
            }
          }
        }
        // invoke the 'finish' event
        dispatch.finish({graph: kgraph});
      }
function ( kgraph ) { if ( kgraph ) { zoomToFit ( kgraph ) ; // assign coordinates to nodes kgraph . children . forEach ( function ( n ) { var d3node = nodes [ parseInt ( n . id ) ] ; copyProps ( n , d3node ) ; ( n . ports || [ ] ) . forEach ( function ( p , i ) { copyProps ( p , d3node . ports [ i ] ) ; } ) ; ( n . labels || [ ] ) . forEach ( function ( l , i ) { copyProps ( l , d3node . labels [ i ] ) ; } ) ; } ) ; // edges kgraph . edges . forEach ( function ( e ) { var l = links [ parseInt ( e . id ) - nodes . length ] ; copyProps ( e , l ) ; copyProps ( e . source , l . source ) ; copyProps ( e . target , l . target ) ; // make sure the bendpoint array is valid l . bendPoints = e . bendPoints || [ ] ; } ) ; } function copyProps ( src , tgt , copyKeys ) { var keys = kgraphKeys ; if ( copyKeys ) { keys = copyKeys . reduce ( function ( p , c ) { p [ c ] = 1 ; return p ; } , { } ) ; } for ( var k in src ) { if ( keys [ k ] ) { tgt [ k ] = src [ k ] ; } } } // invoke the 'finish' event dispatch . finish ( { graph : kgraph } ) ; }
Apply layout for d3 style.
Copies properties of the layouted graph
back to the original nodes and links.
Apply layout for d3 style . Copies properties of the layouted graph back to the original nodes and links .