SYMBOL INDEX (641 symbols across 43 files)

FILE: example/lib/algorithm_selector_graphview.dart
  type LayoutAlgorithmType (line 7) | enum LayoutAlgorithmType {
  class AlgorithmSelectedVIewPage (line 15) | class AlgorithmSelectedVIewPage extends StatefulWidget {
    method createState (line 17) | _TreeViewPageState createState()
  class _TreeViewPageState (line 20) | class _TreeViewPageState extends State<AlgorithmSelectedVIewPage> with T...
    method build (line 30) | Widget build(BuildContext context)
    method _getAlgorithmDisplayName (line 168) | String _getAlgorithmDisplayName(LayoutAlgorithmType type)
    method _updateAlgorithm (line 183) | void _updateAlgorithm()
    method rectangleWidget (line 208) | Widget rectangleWidget(int? a)
    method _navigateToRandomNode (line 228) | void _navigateToRandomNode()
    method _resetView (line 243) | void _resetView()
    method initState (line 248) | void initState()

FILE: example/lib/decision_tree_screen.dart
  class DecisionTreeScreen (line 6) | class DecisionTreeScreen extends StatefulWidget {
    method createState (line 8) | _DecisionTreeScreenState createState()
  class _DecisionTreeScreenState (line 11) | class _DecisionTreeScreenState extends State<DecisionTreeScreen> {
    method initState (line 20) | void initState()
    method build (line 39) | Widget build(BuildContext context)

FILE: example/lib/example.dart
  function main (line 7) | void main()
  class MyApp (line 11) | class MyApp extends StatelessWidget {
    method build (line 13) | Widget build(BuildContext context)
  class Home (line 20) | class Home extends StatelessWidget {
    method build (line 26) | Widget build(BuildContext context)

FILE: example/lib/force_directed_graphview.dart
  class GraphClusterViewPage (line 6) | class GraphClusterViewPage extends StatefulWidget {
    method createState (line 8) | _GraphClusterViewPageState createState()
  class _GraphClusterViewPageState (line 11) | class _GraphClusterViewPageState extends State<GraphClusterViewPage> {
    method build (line 13) | Widget build(BuildContext context)
    method rectangWidget (line 47) | Widget rectangWidget(int? i)
    method initState (line 63) | void initState()

FILE: example/lib/graph_cluster_animated.dart
  class GraphScreen (line 7) | class GraphScreen extends StatefulWidget {
    method createState (line 15) | _GraphScreenState createState()
  class _GraphScreenState (line 18) | class _GraphScreenState extends State<GraphScreen> {
    method build (line 23) | Widget build(BuildContext context)
    method rectangWidget (line 67) | Widget rectangWidget(String? i)
    method update (line 79) | Future<void> update()

FILE: example/lib/large_tree_graphview.dart
  class LargeTreeViewPage (line 6) | class LargeTreeViewPage extends StatefulWidget {
    method createState (line 8) | _LargeTreeViewPageState createState()
  class _LargeTreeViewPageState (line 11) | class _LargeTreeViewPageState extends State<LargeTreeViewPage> with Tick...
    method build (line 18) | Widget build(BuildContext context)
    method _toggleCollapse (line 140) | void _toggleCollapse(Node node)
    method _navigateToRandomNode (line 144) | void _navigateToRandomNode()
    method _resetView (line 159) | void _resetView()
    method initState (line 164) | void initState()

FILE: example/lib/layer_eiglesperger_graphview.dart
  class LayeredEiglspergerGraphViewPage (line 5) | class LayeredEiglspergerGraphViewPage extends StatefulWidget {
    method createState (line 7) | _LayeredEiglspergerGraphViewPageState createState()
  class _LayeredEiglspergerGraphViewPageState (line 10) | class _LayeredEiglspergerGraphViewPageState extends State<LayeredEiglspe...
    method build (line 16) | Widget build(BuildContext context)
    method rectangleWidget (line 122) | Widget rectangleWidget(int? a)
    method _navigateToRandomNode (line 138) | void _navigateToRandomNode()
    method initState (line 154) | void initState()

FILE: example/lib/layer_graphview.dart
  class LayeredGraphViewPage (line 5) | class LayeredGraphViewPage extends StatefulWidget {
    method createState (line 7) | _LayeredGraphViewPageState createState()
  class _LayeredGraphViewPageState (line 10) | class _LayeredGraphViewPageState extends State<LayeredGraphViewPage> {
    method build (line 17) | Widget build(BuildContext context)
    method _buildControlPanel (line 55) | Widget _buildControlPanel()
    method _buildNumericControls (line 76) | Widget _buildNumericControls()
    method _buildSliderControl (line 91) | Widget _buildSliderControl(String label, int value, int min, int max, ...
    method _buildDropdown (line 111) | Widget _buildDropdown<T>(String label, T value, List<T> items, Functio...
    method _buildShapeControls (line 139) | Widget _buildShapeControls()
    method _buildShapeButton (line 169) | Widget _buildShapeButton(String text, bool isSelected, VoidCallback on...
    method _buildGraphView (line 182) | Widget _buildGraphView()
    method _navigateToRandomNode (line 231) | void _navigateToRandomNode()
    method initState (line 238) | void initState()
    method _initializeGraph (line 243) | void _initializeGraph()

FILE: example/lib/layer_graphview_json.dart
  class LayerGraphPageFromJson (line 6) | class LayerGraphPageFromJson extends StatefulWidget {
    method createState (line 8) | _LayerGraphPageFromJsonState createState()
  class _LayerGraphPageFromJsonState (line 11) | class _LayerGraphPageFromJsonState extends State<LayerGraphPageFromJson> {
    method build (line 99) | Widget build(BuildContext context)
    method _navigateToRandomNode (line 196) | void _navigateToRandomNode()
    method rectangleWidget (line 212) | Widget rectangleWidget(String? a, Node node)
    method initState (line 234) | void initState()

FILE: example/lib/main.dart
  function main (line 17) | void main()
  class MyApp (line 21) | class MyApp extends StatelessWidget {
    method build (line 23) | Widget build(BuildContext context)
  class Home (line 37) | class Home extends StatelessWidget {
    method build (line 41) | Widget build(BuildContext context)
    method _buildScrollableContent (line 67) | Widget _buildScrollableContent()
    method _buildSection (line 177) | Widget _buildSection(String title, List<Widget> buttons)
    method _buildButton (line 204) | Widget _buildButton(
    method _buildCustomGraphButton (line 296) | Widget _buildCustomGraphButton(
    method _createSquareGraph (line 396) | Graph _createSquareGraph()
    method _createTriangleGraph (line 424) | Graph _createTriangleGraph()

FILE: example/lib/mindmap_graphview.dart
  class MindMapPage (line 6) | class MindMapPage extends StatefulWidget {
    method createState (line 8) | _MindMapPageState createState()
  class _MindMapPageState (line 11) | class _MindMapPageState extends State<MindMapPage> with TickerProviderSt...
    method build (line 18) | Widget build(BuildContext context)
    method rectangleWidget (line 123) | Widget rectangleWidget(int? a)
    method _navigateToRandomNode (line 143) | void _navigateToRandomNode()
    method _resetView (line 158) | void _resetView()
    method initState (line 163) | void initState()

FILE: example/lib/mutliple_forest_graphview.dart
  class MultipleForestTreeViewPage (line 6) | class MultipleForestTreeViewPage extends StatefulWidget {
    method createState (line 8) | _TreeViewPageState createState()
  class _TreeViewPageState (line 11) | class _TreeViewPageState extends State<MultipleForestTreeViewPage> with ...
    method build (line 18) | Widget build(BuildContext context)
    method rectangleWidget (line 118) | Widget rectangleWidget(int? a)
    method _navigateToRandomNode (line 138) | void _navigateToRandomNode()
    method _resetView (line 153) | void _resetView()
    method initState (line 158) | void initState()

FILE: example/lib/tree_graphview.dart
  class TreeViewPage (line 6) | class TreeViewPage extends StatefulWidget {
    method createState (line 8) | _TreeViewPageState createState()
  class _TreeViewPageState (line 11) | class _TreeViewPageState extends State<TreeViewPage> with TickerProvider...
    method build (line 18) | Widget build(BuildContext context)
    method _toggleCollapse (line 132) | void _toggleCollapse(Node node)
    method _navigateToRandomNode (line 136) | void _navigateToRandomNode()
    method _resetView (line 151) | void _resetView()
    method initState (line 156) | void initState()

FILE: example/lib/tree_graphview_json.dart
  class TreeViewPageFromJson (line 4) | class TreeViewPageFromJson extends StatefulWidget {
    method createState (line 6) | _TreeViewPageFromJsonState createState()
  class _TreeViewPageFromJsonState (line 9) | class _TreeViewPageFromJsonState extends State<TreeViewPageFromJson> {
    method build (line 33) | Widget build(BuildContext context)
    method rectangleWidget (line 113) | Widget rectangleWidget(String? a)
    method initState (line 134) | void initState()

FILE: lib/Algorithm.dart
  class Algorithm (line 3) | abstract class Algorithm {
    method run (line 10) | Size run(Graph? graph, double shiftX, double shiftY)
    method init (line 12) | void init(Graph? graph)
    method setDimensions (line 14) | void setDimensions(double width, double height)

FILE: lib/Graph.dart
  class Graph (line 3) | class Graph {
    method nodeCount (line 19) | int nodeCount()
    method addNode (line 21) | void addNode(Node node)
    method addNodes (line 27) | void addNodes(List<Node> nodes)
    method removeNode (line 29) | void removeNode(Node? node)
    method removeNodes (line 43) | void removeNodes(List<Node> nodes)
    method addEdge (line 45) | Edge addEdge(Node source, Node destination, {Paint? paint})
    method addEdgeS (line 51) | void addEdgeS(Edge edge)
    method addEdges (line 88) | void addEdges(List<Edge> edges)
    method removeEdge (line 90) | void removeEdge(Edge edge)
    method removeEdges (line 95) | void removeEdges(List<Edge> edges)
    method removeEdgeFromPredecessor (line 97) | void removeEdgeFromPredecessor(Node? predecessor, Node? current)
    method hasNodes (line 103) | bool hasNodes()
    method getEdgeBetween (line 105) | Edge? getEdgeBetween(Node source, Node? destination)
    method hasSuccessor (line 109) | bool hasSuccessor(Node? node)
    method successorsOf (line 111) | List<Node> successorsOf(Node? node)
    method hasPredecessor (line 117) | bool hasPredecessor(Node node)
    method predecessorsOf (line 119) | List<Node> predecessorsOf(Node? node)
    method _buildCache (line 125) | void _buildCache()
    method contains (line 142) | bool contains({Node? node, Edge? edge})
    method containsData (line 146) | bool containsData(data)
    method getNodeAtPosition (line 148) | Node getNodeAtPosition(int position)
    method getNodeAtUsingData (line 162) | Node getNodeAtUsingData(Widget data)
    method getNodeUsingKey (line 165) | Node getNodeUsingKey(ValueKey key)
    method getNodeUsingId (line 168) | Node getNodeUsingId(dynamic id)
    method getOutEdges (line 171) | List<Edge> getOutEdges(Node node)
    method getInEdges (line 174) | List<Edge> getInEdges(Node node)
    method notifyGraphObserver (line 177) | void notifyGraphObserver()
    method toJson (line 181) | String toJson()
  function calculateGraphBounds (line 198) | Rect calculateGraphBounds()
  function calculateGraphSize (line 214) | Size calculateGraphSize()
  type LineType (line 220) | enum LineType {
  class Node (line 227) | class Node {
    method toString (line 274) | String toString()
  class Edge (line 279) | class Edge {
  class GraphObserver (line 296) | abstract class GraphObserver {
    method notifyGraphInvalidated (line 297) | void notifyGraphInvalidated()

FILE: lib/GraphView.dart
  type NodeWidgetBuilder (line 36) | typedef NodeWidgetBuilder = Widget Function(Node node);
  type EdgeWidgetBuilder (line 37) | typedef EdgeWidgetBuilder = Widget Function(Edge edge);
  class GraphViewController (line 39) | class GraphViewController {
    method _attach (line 54) | void _attach(_GraphViewState? state)
    method _detach (line 56) | void _detach()
    method animateToNode (line 58) | void animateToNode(ValueKey key)
    method jumpToNode (line 60) | void jumpToNode(ValueKey key)
    method animateToMatrix (line 62) | void animateToMatrix(Matrix4 target)
    method resetView (line 64) | void resetView()
    method zoomToFit (line 66) | void zoomToFit()
    method forceRecalculation (line 68) | void forceRecalculation()
    method isNodeCollapsed (line 71) | bool isNodeCollapsed(Node node)
    method isNodeHidden (line 73) | bool isNodeHidden(Node node)
    method isNodeVisible (line 75) | bool isNodeVisible(Graph graph, Node node)
    method findClosestVisibleAncestor (line 79) | Node? findClosestVisibleAncestor(Graph graph, Node node)
    method _markDescendantsHiddenBy (line 93) | void _markDescendantsHiddenBy(
    method _markExpandingDescendants (line 111) | void _markExpandingDescendants(Graph graph, Node node)
    method expandNode (line 120) | void expandNode(Graph graph, Node node, {animate = false})
    method collapseNode (line 133) | void collapseNode(Graph graph, Node node, {animate = false})
    method toggleNodeExpanded (line 146) | void toggleNodeExpanded(Graph graph, Node node, {animate = false})
    method getCollapsingEdges (line 154) | List<Edge> getCollapsingEdges(Graph graph)
    method getExpandingEdges (line 162) | List<Edge> getExpandingEdges(Graph graph)
    method setInitiallyCollapsedNodes (line 176) | void setInitiallyCollapsedNodes(Graph graph, List<Node> nodes)
    method setInitiallyCollapsedByKeys (line 184) | void setInitiallyCollapsedByKeys(Graph graph, Set<ValueKey> keys)
    method isNodeExpanding (line 197) | bool isNodeExpanding(Node node)
    method removeCollapsingNodes (line 199) | void removeCollapsingNodes()
    method jumpToFocusedNode (line 203) | void jumpToFocusedNode()
  class GraphChildDelegate (line 215) | class GraphChildDelegate {
    method getVisibleGraph (line 232) | Graph getVisibleGraph()
    method getVisibleGraphOnly (line 247) | Graph getVisibleGraphOnly()
    method build (line 261) | Widget? build(Node node)
    method shouldRebuild (line 266) | bool shouldRebuild(GraphChildDelegate oldDelegate)
    method runAlgorithm (line 273) | Size runAlgorithm()
    method isNodeVisible (line 289) | bool isNodeVisible(Node node)
    method findClosestVisibleAncestor (line 293) | Node? findClosestVisibleAncestor(Node node)
  class GraphView (line 298) | class GraphView extends StatefulWidget {
    method createState (line 363) | _GraphViewState createState()
  class _GraphViewState (line 366) | class _GraphViewState extends State<GraphView> with TickerProviderStateM...
    method initState (line 373) | void initState()
    method dispose (line 405) | void dispose()
    method build (line 414) | Widget build(BuildContext context)
    method jumpToNodeUsingKey (line 436) | void jumpToNodeUsingKey(ValueKey key, bool animated)
    method jumpToNode (line 443) | void jumpToNode(Node node, bool animated)
    method jumpToOffset (line 450) | void jumpToOffset(Offset offset, bool animated)
    method resetView (line 475) | void resetView()
    method zoomToFit (line 477) | void zoomToFit()
    method animateToMatrix (line 503) | void animateToMatrix(Matrix4 target)
    method _onPanTick (line 513) | void _onPanTick()
    method forceRecalculation (line 523) | void forceRecalculation()
  class GraphChildManager (line 531) | abstract class GraphChildManager {
    method startLayout (line 532) | void startLayout()
    method buildChild (line 534) | void buildChild(Node node)
    method reuseChild (line 536) | void reuseChild(Node node)
    method endLayout (line 538) | void endLayout()
  class GraphViewWidget (line 541) | class GraphViewWidget extends RenderObjectWidget {
    method createElement (line 556) | GraphViewElement createElement()
    method createRenderObject (line 559) | RenderCustomLayoutBox createRenderObject(BuildContext context)
    method updateRenderObject (line 570) | void updateRenderObject(
  class GraphViewElement (line 580) | class GraphViewElement extends RenderObjectElement
    method performRebuild (line 603) | void performRebuild()
    method forgetChild (line 611) | void forgetChild(Element child)
    method insertRenderObjectChild (line 621) | void insertRenderObjectChild(RenderBox child, Node slot)
    method moveRenderObjectChild (line 626) | void moveRenderObjectChild(RenderBox child, Node oldSlot, Node newSlot)
    method removeRenderObjectChild (line 631) | void removeRenderObjectChild(RenderBox child, Node slot)
    method visitChildren (line 636) | void visitChildren(ElementVisitor visitor)
    method startLayout (line 643) | void startLayout()
    method buildChild (line 650) | void buildChild(Node node)
    method reuseChild (line 675) | void reuseChild(Node node)
    method _retrieveOldElement (line 691) | Element? _retrieveOldElement(Widget newWidget, Node node)
    method endLayout (line 708) | void endLayout()
    method centerNodeWhileToggling (line 734) | void centerNodeWhileToggling()
  class RenderCustomLayoutBox (line 739) | class RenderCustomLayoutBox extends RenderBox
    method buildOrObtainChildFor (line 771) | RenderBox? buildOrObtainChildFor(Node node)
    method markNeedsRecalculation (line 808) | void markNeedsRecalculation()
    method attach (line 815) | void attach(PipelineOwner owner)
    method detach (line 824) | void detach()
    method forceRecalculation (line 832) | void forceRecalculation()
    method _onAnimationTick (line 862) | void _onAnimationTick()
    method paint (line 867) | void paint(PaintingContext context, Offset offset)
    method performLayout (line 935) | void performLayout()
    method _paintNodes (line 961) | void _paintNodes(PaintingContext context, Offset offset, double t)
    method _paintExpandingNode (line 996) | void _paintExpandingNode(PaintingContext context, RenderBox child,
    method _paintCollapsingNode (line 1025) | void _paintCollapsingNode(PaintingContext context, RenderBox child,
    method _updateNodePositions (line 1055) | void _updateNodePositions()
    method _layoutNodesLazily (line 1070) | void _layoutNodesLazily(BoxConstraints constraints)
    method _updateAnimationStates (line 1080) | void _updateAnimationStates()
    method _updateVisibleNodeAnimation (line 1098) | void _updateVisibleNodeAnimation(NodeBoxData nodeData, Node graphNode)
    method _updateCollapsedNodeAnimation (line 1116) | void _updateCollapsedNodeAnimation(NodeBoxData nodeData, Node graphNode)
    method hitTestChildren (line 1136) | bool hitTestChildren(BoxHitTestResult result, {required Offset position})
    method setupParentData (line 1160) | void setupParentData(RenderBox child)
    method _insertChild (line 1167) | void _insertChild(RenderBox child, Node slot)
    method _moveChild (line 1172) | void _moveChild(RenderBox child, {required Node from, required Node to})
    method _removeChild (line 1179) | void _removeChild(RenderBox child, Node slot)
    method visitChildren (line 1187) | void visitChildren(RenderObjectVisitor visitor)
    method debugFillProperties (line 1194) | void debugFillProperties(DiagnosticPropertiesBuilder properties)
  class NodeBoxData (line 1202) | class NodeBoxData extends ContainerBoxParentData<RenderBox> {
  class GraphViewCustomPainter (line 1207) | class GraphViewCustomPainter extends StatefulWidget {
    method createState (line 1223) | _GraphViewCustomPainterState createState()
  class _GraphViewCustomPainterState (line 1226) | class _GraphViewCustomPainterState extends State<GraphViewCustomPainter> {
    method initState (line 1232) | void initState()
    method startTimer (line 1242) | void startTimer()
    method dispose (line 1250) | void dispose()
    method build (line 1256) | Widget build(BuildContext context)
    method update (line 1285) | Future<void> update()
  class EdgeRender (line 1290) | class EdgeRender extends CustomPainter {
    method paint (line 1299) | void paint(Canvas canvas, Size size)
    method shouldRepaint (line 1317) | bool shouldRepaint(CustomPainter oldDelegate)

FILE: lib/edgerenderer/ArrowEdgeRenderer.dart
  class ArrowEdgeRenderer (line 6) | class ArrowEdgeRenderer extends EdgeRenderer {
    method _getNodeCenter (line 12) | Offset _getNodeCenter(Node node)
    method render (line 20) | void render(Canvas canvas, Graph graph, Paint paint)
    method renderEdge (line 27) | void renderEdge(Canvas canvas, Edge edge, Paint paint)
    method _getLineType (line 129) | LineType? _getLineType(Node node)
    method drawTriangle (line 138) | Offset drawTriangle(Canvas canvas, Paint paint, double lineStartX,
    method clipLineEnd (line 169) | List<double> clipLineEnd(
    method clipLine (line 222) | List<double> clipLine(double startX, double startY, double stopX,

FILE: lib/edgerenderer/EdgeRenderer.dart
  class EdgeRenderer (line 3) | abstract class EdgeRenderer {
    method setAnimatedPositions (line 6) | void setAnimatedPositions(Map<Node, Offset> positions)
    method getNodePosition (line 8) | Offset getNodePosition(Node node)
    method renderEdge (line 10) | void renderEdge(Canvas canvas, Edge edge, Paint paint)
    method getNodeCenter (line 12) | Offset getNodeCenter(Node node)
    method drawStyledLine (line 21) | void drawStyledLine(Canvas canvas, Offset start, Offset end, Paint paint,
    method drawStyledPath (line 40) | void drawStyledPath(Canvas canvas, Path path, Paint paint,
    method drawDashedLine (line 53) | void drawDashedLine(Canvas canvas, Offset source, Offset destination,
    method drawSineLine (line 91) | void drawSineLine(Canvas canvas, Offset source, Offset destination, Pa...
    method buildSelfLoopPath (line 142) | LoopRenderResult? buildSelfLoopPath(
  class LoopRenderResult (line 202) | class LoopRenderResult {

FILE: lib/forcedirected/FruchtermanReingoldAlgorithm.dart
  class FruchtermanReingoldAlgorithm (line 3) | class FruchtermanReingoldAlgorithm implements Algorithm {
    method init (line 24) | void init(Graph? graph)
    method moveNodes (line 39) | void moveNodes(Graph graph)
    method cool (line 57) | void cool(int currentIteration)
    method limitMaximumDisplacement (line 63) | void limitMaximumDisplacement(List<Node> nodes)
    method calculateAttraction (line 75) | void calculateAttraction(List<Edge> edges)
    method calculateRepulsion (line 98) | void calculateRepulsion(List<Node> nodes)
    method _getNodeRectDistance (line 128) | Offset _getNodeRectDistance(Node nodeA, Node nodeB)
    method step (line 161) | bool step(Graph graph)
    method run (line 183) | Size run(Graph? graph, double shiftX, double shiftY)
    method shiftCoordinates (line 219) | void shiftCoordinates(Graph graph, double shiftX, double shiftY)
    method positionNodes (line 227) | void positionNodes(Graph graph)
    method positionCluster (line 256) | void positionCluster(List<NodeCluster> nodeClusters)
    method combineSingleNodeCluster (line 274) | void combineSingleNodeCluster(List<NodeCluster> nodeClusters)
    method followEdges (line 290) | void followEdges(
    method findClusterOf (line 311) | NodeCluster? findClusterOf(List<NodeCluster> clusters, Node node)
    method findBiggestSize (line 315) | double findBiggestSize(Graph graph)
    method getOffset (line 319) | Offset getOffset(Graph graph)
    method done (line 331) | bool done()
    method drawEdges (line 335) | void drawEdges(Canvas canvas, Graph graph, Paint linePaint)
    method setDimensions (line 338) | void setDimensions(double width, double height)
  class NodeCluster (line 344) | class NodeCluster {
    method getNodes (line 348) | List<Node> getNodes()
    method getRect (line 352) | Rect? getRect()
    method setRect (line 356) | void setRect(Rect newRect)
    method add (line 360) | void add(Node node)
    method contains (line 375) | bool contains(Node node)
    method size (line 379) | int size()
    method concat (line 383) | void concat(NodeCluster cluster)
    method offset (line 393) | void offset(double xDiff, double yDiff)

FILE: lib/forcedirected/FruchtermanReingoldConfiguration.dart
  class FruchtermanReingoldConfiguration (line 3) | class FruchtermanReingoldConfiguration {

FILE: lib/layered/EiglspergerAlgorithm.dart
  class ContainerX (line 3) | class ContainerX {
    method append (line 11) | void append(Segment segment)
    method join (line 15) | void join(ContainerX other)
    method size (line 20) | int size()
    method contains (line 22) | bool contains(Segment segment)
    method createEmpty (line 26) | ContainerX createEmpty()
    method split (line 29) | ContainerPair split(ContainerX container, Segment key)
    method splitAt (line 48) | ContainerPair splitAt(ContainerX container, int position)
    method toString (line 69) | String toString()
  class ContainerPair (line 72) | class ContainerPair {
  class Segment (line 80) | class Segment {
    method toString (line 97) | String toString()
  class EiglspergerNodeData (line 100) | class EiglspergerNodeData {
  class EiglspergerEdgeData (line 120) | class EiglspergerEdgeData {
  class VirtualEdge (line 125) | class VirtualEdge {
    method toString (line 133) | String toString()
  class LayerElement (line 137) | abstract class LayerElement {
  class NodeElement (line 144) | class NodeElement extends LayerElement {
    method toString (line 149) | String toString()
  class ContainerElement (line 153) | class ContainerElement extends LayerElement {
    method toString (line 158) | String toString()
  class EiglspergerAlgorithm (line 161) | class EiglspergerAlgorithm extends Algorithm {
    method isVertical (line 183) | bool isVertical()
    method needReverseOrder (line 189) | bool needReverseOrder()
    method run (line 196) | Size run(Graph? graph, double shiftX, double shiftY)
    method shiftCoordinates (line 211) | void shiftCoordinates(double shiftX, double shiftY)
    method reset (line 219) | void reset()
    method initNodeData (line 230) | void initNodeData()
    method cycleRemoval (line 246) | void cycleRemoval()
    method dfs (line 252) | void dfs(Node node)
    method layerAssignment (line 271) | void layerAssignment()
    method createSegmentsForLongEdges (line 290) | void createSegmentsForLongEdges()
    method createSingleDummyVertex (line 314) | void createSingleDummyVertex(Edge edge, int dummyLayer)
    method createSegment (line 334) | void createSegment(Edge edge)
    method getRootNodes (line 378) | List<Node> getRootNodes(Graph graph)
    method copyGraph (line 392) | Graph copyGraph(Graph graph)
    method nodeOrdering (line 399) | void nodeOrdering()
    method forwardSweep (line 436) | double forwardSweep(List<List<Node>> layers)
    method backwardSweep (line 462) | double backwardSweep(List<List<Node>> layers)
    method createLayerElements (line 485) | List<LayerElement> createLayerElements(List<Node> layer)
    method extractNodes (line 489) | List<Node> extractNodes(List<LayerElement> elements)
    method stepOne (line 510) | void stepOne(List<LayerElement> layer, bool isForward)
    method stepTwo (line 547) | void stepTwo(List<LayerElement> currentLayer, List<LayerElement> nextL...
    method assignPositions (line 570) | void assignPositions(List<LayerElement> layer)
    method stepThree (line 585) | void stepThree(List<LayerElement> layer)
    method mergeSortedLists (line 612) | List<LayerElement> mergeSortedLists(List<LayerElement> vertices, List<...
    method stepFour (line 657) | void stepFour(List<LayerElement> layer, int layerIndex)
    method updateIndices (line 714) | void updateIndices(List<LayerElement> layer)
    method stepFive (line 725) | double stepFive(List<LayerElement> currentLayer, List<LayerElement> ne...
    method countWeightedCrossings (line 763) | double countWeightedCrossings(List<dynamic> edges, List<LayerElement> ...
    method getEdgeWeight (line 786) | int getEdgeWeight(dynamic edge)
    method getTargetPosition (line 793) | int getTargetPosition(dynamic edge, List<LayerElement> nextLayer)
    method stepSix (line 813) | void stepSix(List<LayerElement> layer)
    method updateNodePositions (line 852) | void updateNodePositions()
    method coordinateAssignment (line 866) | void coordinateAssignment()
    method assignX (line 876) | void assignX()
    method assignXx (line 894) | void assignXx()
    method balance (line 946) | void balance(List<Map<Node, double>> x, List<Map<Node?, double>> block...
    method resolveOverlaps (line 1058) | void resolveOverlaps(Map<Node, double> coordinates)
    method getPreviousNonDummyNode (line 1093) | Node? getPreviousNonDummyNode(List<Node> layerNodes, int currentIndex)
    method verticalAlignment (line 1163) | void verticalAlignment(Map<Node?, Node?> root, Map<Node?, Node?> align,
    method horizontalCompactation (line 1204) | void horizontalCompactation(
    method placeBlock (line 1259) | void placeBlock(
    method successorsOf (line 1321) | List<Node> successorsOf(Node? node)
    method predecessorsOf (line 1325) | List<Node> predecessorsOf(Node? node)
    method getAdjNodes (line 1329) | List<Node> getAdjNodes(Node node, bool downward)
    method predecessor (line 1338) | Node? predecessor(Node? v, bool leftToRight)
    method virtualTwinNode (line 1349) | Node? virtualTwinNode(Node node, bool downward)
    method positionOfNode (line 1358) | int positionOfNode(Node? node)
    method getLayerIndex (line 1362) | int getLayerIndex(Node? node)
    method isLongEdgeDummy (line 1366) | bool isLongEdgeDummy(Node? v)
    method assignY (line 1373) | void assignY()
    method denormalize (line 1400) | void denormalize()
    method restoreCycle (line 1447) | void restoreCycle()
    method getOffset (line 1463) | Offset getOffset(Graph graph, bool needReverseOrder)
    method getPosition (line 1484) | Offset getPosition(Node node, Offset offset)
    method medianValue (line 1507) | double medianValue(List<int> positions)
    method init (line 1527) | void init(Graph? graph)
    method setDimensions (line 1540) | void setDimensions(double width, double height)

FILE: lib/layered/SugiyamaAlgorithm.dart
  class SugiyamaAlgorithm (line 3) | class SugiyamaAlgorithm extends Algorithm {
    method isVertical (line 25) | bool isVertical()
    method needReverseOrder (line 31) | bool needReverseOrder()
    method run (line 38) | Size run(Graph? graph, double shiftX, double shiftY)
    method shiftCoordinates (line 58) | void shiftCoordinates(double shiftX, double shiftY)
    method reset (line 66) | void reset()
    method initSugiyamaData (line 75) | void initSugiyamaData()
    method dfs (line 87) | void dfs(Node node)
    method layerAssignment (line 108) | void layerAssignment()
    method layerAssignmentTopDown (line 128) | void layerAssignmentTopDown()
    method layerAssignmentLongestPath (line 149) | void layerAssignmentLongestPath()
    method layerAssignmentCoffmanGraham (line 183) | void layerAssignmentCoffmanGraham()
    method layerAssignmentNetworkSimplex (line 237) | void layerAssignmentNetworkSimplex()
    method addDummyNodes (line 292) | void addDummyNodes()
    method getRootNodes (line 330) | List<Node> getRootNodes(Graph graph)
    method copyGraph (line 344) | Graph copyGraph(Graph graph)
    method nodeOrdering (line 351) | void nodeOrdering()
    method median (line 386) | void median(List<List<Node?>> layers, int currentIteration)
    method transposeSimple (line 469) | bool transposeSimple(List<List<Node>> layers)
    method transposeAccumulator (line 497) | bool transposeAccumulator(List<List<Node>> layers)
    method _getBiLayerCrossings (line 538) | int _getBiLayerCrossings(List<Node> upperLayer, List<Node> lowerLayer)
    method exchange (line 575) | void exchange(List<Node> nodes, Node v, Node w)
    method crossingCount (line 584) | int crossingCount(HashMap<Node, int> northernNodes, Node? n1, Node? n2)
    method crossing (line 599) | int crossing(List<List<Node>> layers)
    method coordinateAssignment (line 619) | void coordinateAssignment()
    method assignX (line 633) | void assignX()
    method balance (line 686) | void balance(List<Map<Node, double>> x, List<Map<Node?, double>> block...
    method resolveOverlaps (line 800) | void resolveOverlaps(Map<Node, double> coordinates)
    method getPreviousNonDummyNode (line 839) | Node? getPreviousNonDummyNode(List<Node> layerNodes, int currentIndex)
    method markType1Conflicts (line 849) | Map<int, int> markType1Conflicts(bool downward)
    method verticalAlignment (line 909) | void verticalAlignment(Map<Node?, Node?> root, Map<Node?, Node?> align,
    method horizontalCompactation (line 950) | void horizontalCompactation(
    method placeBlock (line 1005) | void placeBlock(
    method successorsOf (line 1067) | List<Node> successorsOf(Node? node)
    method predecessorsOf (line 1071) | List<Node> predecessorsOf(Node? node)
    method getAdjNodes (line 1075) | List<Node> getAdjNodes(Node node, bool downward)
    method predecessor (line 1084) | Node? predecessor(Node? v, bool leftToRight)
    method virtualTwinNode (line 1095) | Node? virtualTwinNode(Node node, bool downward)
    method positionOfNode (line 1104) | int positionOfNode(Node? node)
    method getLayerIndex (line 1108) | int getLayerIndex(Node? node)
    method isLongEdgeDummy (line 1112) | bool isLongEdgeDummy(Node? v)
    method assignY (line 1119) | void assignY()
    method denormalize (line 1147) | void denormalize()
    method restoreCycle (line 1194) | void restoreCycle()
    method cycleRemoval (line 1220) | void cycleRemoval()
    method _dfsRecursiveCycleRemoval (line 1231) | void _dfsRecursiveCycleRemoval()
    method _greedyCycleRemoval (line 1237) | void _greedyCycleRemoval()
    method postStraighten (line 1252) | void postStraighten()
    method _findConnectedDummies (line 1293) | void _findConnectedDummies(
    method getOffset (line 1315) | Offset getOffset(Graph graph, bool needReverseOrder)
    method getPosition (line 1336) | Offset getPosition(Node node, Offset offset)
    method init (line 1360) | void init(Graph? graph)
    method setDimensions (line 1376) | void setDimensions(double width, double height)
  class AccumulatorTree (line 1382) | class AccumulatorTree {
    method crossCount (line 1401) | int crossCount(List<int> southSequence)
  class GreedyCycleRemoval (line 1418) | class GreedyCycleRemoval {
    method getFeedbackArcs (line 1424) | Set<Edge> getFeedbackArcs()
    method _copyGraph (line 1430) | Graph _copyGraph()
    method _removeCycles (line 1437) | void _removeCycles(Graph g)

FILE: lib/layered/SugiyamaConfiguration.dart
  class SugiyamaConfiguration (line 3) | class SugiyamaConfiguration {
    method getLevelSeparation (line 29) | int getLevelSeparation()
    method getNodeSeparation (line 33) | int getNodeSeparation()
    method getOrientation (line 37) | int getOrientation()
  type CoordinateAssignment (line 42) | enum CoordinateAssignment {
  type LayeringStrategy (line 50) | enum LayeringStrategy {
  type CrossMinimizationStrategy (line 57) | enum CrossMinimizationStrategy {
  type CycleRemovalStrategy (line 62) | enum CycleRemovalStrategy {
  class BendPointShape (line 67) | abstract class BendPointShape {}
  class SharpBendPointShape (line 69) | class SharpBendPointShape extends BendPointShape {}
  class MaxCurvedBendPointShape (line 71) | class MaxCurvedBendPointShape extends BendPointShape {}
  class CurvedBendPointShape (line 73) | class CurvedBendPointShape extends BendPointShape {

FILE: lib/layered/SugiyamaEdgeData.dart
  class SugiyamaEdgeData (line 3) | class SugiyamaEdgeData {

FILE: lib/layered/SugiyamaEdgeRenderer.dart
  class SugiyamaEdgeRenderer (line 3) | class SugiyamaEdgeRenderer extends ArrowEdgeRenderer {
    method hasBendEdges (line 12) | bool hasBendEdges(Edge edge)
    method render (line 14) | void render(Canvas canvas, Graph graph, Paint paint)
    method renderEdge (line 21) | void renderEdge(Canvas canvas, Edge edge, Paint paint)
    method _renderEdgeWithBendPoints (line 76) | void _renderEdgeWithBendPoints(Canvas canvas, Edge edge, Paint current...
    method _renderStraightEdge (line 141) | void _renderStraightEdge(Canvas canvas, Edge edge, Paint currentPaint,...
    method _drawSharpBendPointsEdge (line 160) | void _drawSharpBendPointsEdge(List<Offset> bendPoints)
    method _drawMaxCurvedBendPointsEdge (line 166) | void _drawMaxCurvedBendPointsEdge(List<Offset> bendPoints)
    method _drawCurvedBendPointsEdge (line 175) | void _drawCurvedBendPointsEdge(List<Offset> bendPoints, double curveLe...

FILE: lib/layered/SugiyamaNodeData.dart
  class SugiyamaNodeData (line 3) | class SugiyamaNodeData {
    method toString (line 18) | String toString()

FILE: lib/mindmap/MindMapAlgorithm.dart
  type MindmapSide (line 3) | enum MindmapSide { LEFT, RIGHT, ROOT }
  class _SideData (line 5) | class _SideData {
  class MindmapAlgorithm (line 9) | class MindmapAlgorithm extends BuchheimWalkerAlgorithm {
    method initData (line 16) | void initData(Graph? graph)
    method run (line 23) | Size run(Graph? graph, double shiftX, double shiftY)
    method _markSubtree (line 33) | void _markSubtree(Node node, MindmapSide side)
    method _applyBuchheimWalkerSpacing (line 42) | void _applyBuchheimWalkerSpacing(Graph graph, Node root)
    method _createMindmapLayout (line 53) | void _createMindmapLayout(Graph graph, Node root)

FILE: lib/mindmap/MindmapEdgeRenderer.dart
  class MindmapEdgeRenderer (line 3) | class MindmapEdgeRenderer extends TreeEdgeRenderer {
    method getEffectiveOrientation (line 8) | int getEffectiveOrientation(dynamic node, dynamic child)

FILE: lib/tree/BaloonLayoutAlgorithm.dart
  class PolarPoint (line 4) | class PolarPoint {
    method toCartesian (line 13) | Offset toCartesian()
    method of (line 20) | PolarPoint of(double theta, double radius)
    method toString (line 25) | String toString()
  class BalloonLayoutAlgorithm (line 28) | class BalloonLayoutAlgorithm extends Algorithm {
    method run (line 39) | Size run(Graph? graph, double shiftX, double shiftY)
    method _initializeData (line 68) | void _initializeData(Graph graph)
    method _findRoots (line 84) | List<Node> _findRoots(Graph graph)
    method _setRootPolars (line 90) | void _setRootPolars(Graph graph, List<Node> roots)
    method _setRootPolar (line 107) | void _setRootPolar(Node root, Offset center)
    method _setPolars (line 112) | void _setPolars(List<Node> nodes, Offset parentLocation, double angleT...
    method _getGraphCenter (line 163) | Offset _getGraphCenter(Graph graph)
    method _shiftCoordinates (line 171) | void _shiftCoordinates(Graph graph, double shiftX, double shiftY)
    method _createSpanningTree (line 177) | Graph _createSpanningTree(Graph graph)
    method _layoutSpanningTree (line 210) | Size _layoutSpanningTree(Graph spanningTree, double shiftX, double shi...
    method successorsOf (line 229) | List<Node> successorsOf(Node? node)
    method getPolarLocation (line 233) | PolarPoint? getPolarLocation(Node node)
    method getRadius (line 237) | double? getRadius(Node node)
    method getRadii (line 241) | Map<Node, double> getRadii()
    method getPolarLocations (line 245) | Map<Node, PolarPoint> getPolarLocations()
    method init (line 250) | void init(Graph? graph)
    method setDimensions (line 255) | void setDimensions(double width, double height)

FILE: lib/tree/BuchheimWalkerAlgorithm.dart
  class BuchheimWalkerAlgorithm (line 3) | class BuchheimWalkerAlgorithm extends Algorithm {
    method isVertical (line 11) | bool isVertical()
    method needReverseOrder (line 17) | bool needReverseOrder()
    method _detectCycles (line 23) | void _detectCycles(Graph graph)
    method hasCycle (line 26) | bool hasCycle(Node node)
    method run (line 40) | Size run(Graph? graph, double shiftX, double shiftY)
    method getFirstNode (line 59) | Node getFirstNode(Graph graph)
    method checkUnconnectedNotes (line 62) | void checkUnconnectedNotes(Graph graph)
    method compare (line 72) | int compare(int x, int y)
    method firstWalk (line 76) | void firstWalk(Graph graph, Node node, int depth, int number)
    method secondWalk (line 123) | void secondWalk(Graph graph, Node node, double modifier)
    method executeShifts (line 136) | void executeShifts(Graph graph, Node node)
    method apportion (line 153) | Node apportion(Graph graph, Node node, Node defaultAncestor)
    method setAncestor (line 206) | void setAncestor(Node? v, Node ancestor)
    method setModifier (line 210) | void setModifier(Node? v, double modifier)
    method setThread (line 214) | void setThread(Node? v, Node thread)
    method getPrelim (line 218) | double getPrelim(Node? v)
    method getModifier (line 222) | double getModifier(Node? vip)
    method moveSubtree (line 226) | void moveSubtree(Node? wm, Node wp, double shift)
    method ancestor (line 237) | Node? ancestor(Graph graph, Node vim, Node node, Node defaultAncestor)
    method nextRight (line 244) | Node? nextRight(Graph graph, Node? node)
    method nextLeft (line 248) | Node? nextLeft(Graph graph, Node? node)
    method getSpacing (line 254) | num getSpacing(Graph graph, Node? leftNode, Node rightNode)
    method isSibling (line 265) | bool isSibling(Graph graph, Node? leftNode, Node rightNode)
    method isLeaf (line 270) | bool isLeaf(Graph graph, Node node)
    method getLeftSibling (line 274) | Node? getLeftSibling(Graph graph, Node node)
    method hasLeftSibling (line 285) | bool hasLeftSibling(Graph graph, Node node)
    method getRightSibling (line 296) | Node? getRightSibling(Graph graph, Node node)
    method hasRightSibling (line 307) | bool hasRightSibling(Graph graph, Node node)
    method getLeftMostChild (line 319) | Node getLeftMostChild(Graph graph, Node? node)
    method getRightMostChild (line 323) | Node? getRightMostChild(Graph graph, Node? node)
    method positionNodes (line 328) | void positionNodes(Graph graph)
    method shiftCoordinates (line 387) | void shiftCoordinates(Graph graph, double shiftX, double shiftY)
    method findMaxSize (line 393) | Size findMaxSize(List<Node> nodes)
    method getOffset (line 405) | Offset getOffset(Graph graph, bool needReverseOrder)
    method getPosition (line 426) | Offset getPosition(Node node, double globalPadding, Offset offset)
    method sortByLevel (line 449) | List<Node> sortByLevel(Graph graph, bool descending)
    method filterByLevel (line 459) | List<Node> filterByLevel(List<Node> nodes, int? level)
    method initData (line 466) | void initData(Graph? graph)
    method getNodeData (line 480) | BuchheimWalkerNodeData? getNodeData(Node? node)
    method hasSuccessor (line 484) | bool hasSuccessor(Node? node)
    method hasPredecessor (line 486) | bool hasPredecessor(Node node)
    method successorsOf (line 488) | List<Node> successorsOf(Node? node)
    method predecessorsOf (line 492) | List<Node> predecessorsOf(Node? node)
    method init (line 501) | void init(Graph? graph)
    method setDimensions (line 511) | void setDimensions(double width, double height)

FILE: lib/tree/BuchheimWalkerConfiguration.dart
  class BuchheimWalkerConfiguration (line 3) | class BuchheimWalkerConfiguration {
    method getSiblingSeparation (line 18) | int getSiblingSeparation()
    method getLevelSeparation (line 22) | int getLevelSeparation()
    method getSubtreeSeparation (line 26) | int getSubtreeSeparation()

FILE: lib/tree/BuchheimWalkerNodeData.dart
  class BuchheimWalkerNodeData (line 3) | class BuchheimWalkerNodeData {

FILE: lib/tree/CircleLayoutAlgorithm.dart
  class CircleLayoutConfiguration (line 3) | class CircleLayoutConfiguration {
  class CircleLayoutAlgorithm (line 15) | class CircleLayoutAlgorithm extends Algorithm {
    method run (line 26) | Size run(Graph? graph, double shiftX, double shiftY)
    method _computeNodeOrder (line 45) | void _computeNodeOrder(Graph graph)
    method _reduceEdgeCrossing (line 56) | List<Node> _reduceEdgeCrossing(Graph graph)
    method _findConnectedComponents (line 76) | List<Set<Node>> _findConnectedComponents(Graph graph)
    method _dfsComponent (line 91) | void _dfsComponent(Graph graph, Node node, Set<Node> visited, Set<Node...
    method _createSubgraph (line 109) | Graph _createSubgraph(Graph originalGraph, Set<Node> nodes)
    method _optimizeNodeOrder (line 127) | List<Node> _optimizeNodeOrder(Graph graph)
    method _countCrossings (line 180) | int _countCrossings(Graph graph, List<Node> nodeOrder)
    method _edgesCross (line 212) | bool _edgesCross(int pos1a, int pos1b, int pos2a, int pos2b, int total...
    method _layoutNodes (line 230) | Size _layoutNodes(Graph graph)
    method _shiftCoordinates (line 259) | void _shiftCoordinates(Graph graph, double shiftX, double shiftY)
    method init (line 266) | void init(Graph? graph)
    method setDimensions (line 271) | void setDimensions(double width, double height)

FILE: lib/tree/RadialTreeLayoutAlgorithm.dart
  class TreeLayoutNodeData (line 3) | class TreeLayoutNodeData {
  class RadialTreeLayoutAlgorithm (line 13) | class RadialTreeLayoutAlgorithm extends Algorithm {
    method run (line 24) | Size run(Graph? graph, double shiftX, double shiftY)
    method _initializeData (line 62) | void _initializeData(Graph graph)
    method _findRoots (line 78) | List<Node> _findRoots(Graph graph)
    method _buildRegularTree (line 84) | void _buildRegularTree(Graph graph, List<Node> roots)
    method _calculateSubtreeDimensions (line 89) | void _calculateSubtreeDimensions(List<Node> roots)
    method _calculateWidth (line 102) | int _calculateWidth(Node node, Set<Node> visited)
    method _calculateHeight (line 124) | int _calculateHeight(Node node, Set<Node> visited)
    method _positionNodes (line 146) | void _positionNodes(List<Node> roots)
    method _buildTree (line 159) | void _buildTree(Node node, double x, double y, Set<Node> visited)
    method _setRadialLocations (line 181) | void _setRadialLocations(Graph graph)
    method _putRadialPointsInModel (line 202) | void _putRadialPointsInModel(Graph graph)
    method _calculateDiameter (line 212) | double _calculateDiameter()
    method _shiftCoordinates (line 223) | void _shiftCoordinates(Graph graph, double shiftX, double shiftY)
    method _createSpanningTree (line 229) | Graph _createSpanningTree(Graph graph)
    method _layoutSpanningTree (line 262) | Size _layoutSpanningTree(Graph spanningTree, double shiftX, double shi...
    method init (line 285) | void init(Graph? graph)
    method setDimensions (line 290) | void setDimensions(double width, double height)
    method successorsOf (line 294) | List<Node> successorsOf(Node? node)

FILE: lib/tree/TidierTreeLayoutAlgorithm.dart
  class TidierTreeNodeData (line 3) | class TidierTreeNodeData {
  class TidierTreeLayoutAlgorithm (line 17) | class TidierTreeLayoutAlgorithm extends Algorithm {
    method isVertical (line 30) | bool isVertical()
    method needReverseOrder (line 36) | bool needReverseOrder()
    method run (line 43) | Size run(Graph? graph, double shiftX, double shiftY)
    method _clearMetadata (line 65) | void _clearMetadata()
    method _buildTree (line 71) | void _buildTree(Graph graph)
    method _initializeData (line 96) | void _initializeData(Graph graph)
    method _findRoots (line 112) | List<Node> _findRoots(Graph graph)
    method _nodeData (line 126) | TidierTreeNodeData _nodeData(Node? v)
    method _firstWalk (line 131) | void _firstWalk(Node? v, Node? leftSibling)
    method _secondWalk (line 168) | void _secondWalk(Node? v, int m, int depth, int yOffset)
    method _updateBounds (line 198) | void _updateBounds(Node node, int centerX, int centerY)
    method _computeMaxHeights (line 212) | void _computeMaxHeights(Node? node, int depth)
    method _leftChild (line 234) | Node? _leftChild(Node? v)
    method _rightChild (line 239) | Node? _rightChild(Node? v)
    method _getDistance (line 244) | int _getDistance(Node? v, Node? w, bool isSibling)
    method _apportion (line 258) | Node? _apportion(
    method _ancestor (line 321) | Node? _ancestor(Node? vil, Node? parentOfV, Node? defaultAncestor)
    method _moveSubtree (line 331) | void _moveSubtree(
    method _childPosition (line 350) | int _childPosition(Node? node, Node? parentNode)
    method _shift (line 367) | void _shift(Node? v)
    method _normalizePositions (line 382) | void _normalizePositions(Graph graph)
    method _applyOrientation (line 395) | void _applyOrientation(Graph graph)
    method _shiftCoordinates (line 429) | void _shiftCoordinates(Graph graph, double shiftX, double shiftY)
    method _createSpanningTree (line 435) | Graph _createSpanningTree(Graph graph)
    method successorsOf (line 469) | List<Node> successorsOf(Node? v)
    method predecessorsOf (line 475) | List<Node> predecessorsOf(Node v)
    method init (line 482) | void init(Graph? graph)
    method setDimensions (line 485) | void setDimensions(double width, double height)

FILE: lib/tree/TreeEdgeRenderer.dart
  class TreeEdgeRenderer (line 3) | class TreeEdgeRenderer extends EdgeRenderer {
    method render (line 10) | void render(Canvas canvas, Graph graph, Paint paint)
    method renderEdge (line 17) | void renderEdge(Canvas canvas, Edge edge, Paint paint)
    method _drawStyledPath (line 50) | void _drawStyledPath(Canvas canvas, Path path, Paint paint, LineType l...
    method _extractPathPoints (line 67) | List<Offset> _extractPathPoints(Path path)
    method getEffectiveOrientation (line 96) | int getEffectiveOrientation(Node node, Node child)
    method buildEdgePath (line 101) | void buildEdgePath(Node node, Node child, Offset parentPos, Offset chi...
    method buildTopBottomPath (line 129) | void buildTopBottomPath(Node node, Node child, Offset parentPos, Offse...
    method buildBottomTopPath (line 155) | void buildBottomTopPath(Node node, Node child, Offset parentPos, Offse...
    method buildLeftRightPath (line 179) | void buildLeftRightPath(Node node, Node child, Offset parentPos, Offse...
    method buildRightLeftPath (line 203) | void buildRightLeftPath(Node node, Node child, Offset parentPos, Offse...

FILE: test/algorithm_performance_test.dart
  function main (line 11) | void main()
  function _createGraph (line 12) | Graph _createGraph(int n)

FILE: test/buchheim_walker_algorithm_test.dart
  function main (line 9) | void main()
  function _createGraph (line 101) | Graph _createGraph(int n)

FILE: test/controller_tests.dart
  function main (line 5) | void main()
  function createComplexGraph (line 128) | Graph createComplexGraph()

FILE: test/graph_test.dart
  function main (line 5) | void main()

FILE: test/graphview_perfomance_test.dart
  function main (line 6) | void main()
  function _createLargeGraph (line 127) | Graph _createLargeGraph(int n)

FILE: test/sugiyama_algorithm_test.dart
  function inflateWithJson (line 11) | void inflateWithJson(Map<String, Object> json)
  function toRect (line 22) | Rect toRect()
  function main (line 25) | void main()