public static T newInThread <T>(this GraphLayout graphLayout) where T : UIElement
{
return((T)graphLayout.wpfInvoke(
() => {
return (T)typeof(T).ctor();
}));
}
public void highlightTrees(object treePair)
{
var pair = treePair as TreePair;
if (pair == null)
{
return;
}
var g = new BidirectionalGraph <object, IEdge <object> >();
var l = new GraphLayout();
addNodesToGraph(pair._first._root, null, g);
addNodesToGraph(pair._second._root, null, g);
var slp = new GraphSharp.Algorithms.Layout.Simple.Tree.SimpleTreeLayoutParameters();
slp.Direction = GraphSharp.Algorithms.Layout.LayoutDirection.TopToBottom;
slp.LayerGap = 100.0;
slp.VertexGap = 100.0;
l.LayoutAlgorithmType = "Tree";
l.Graph = g;
l.LayoutMode = LayoutMode.Automatic;
l.LayoutParameters = slp;
_layout = l;
OnPropertyChanged("_layout");
}
public void highlightTree(object tree)
{
var t = tree as GeneticTree;
if (t == null)
{
return;
}
var g = new BidirectionalGraph <object, IEdge <object> >();
var l = new GraphLayout();
addNodesToGraph(t._root, null, g);
var slp = new GraphSharp.Algorithms.Layout.Simple.Tree.SimpleTreeLayoutParameters();
slp.Direction = GraphSharp.Algorithms.Layout.LayoutDirection.TopToBottom;
slp.LayerGap = 100.0;
slp.VertexGap = 100.0;
l.LayoutAlgorithmType = "Tree";
l.Graph = g;
l.LayoutMode = LayoutMode.Automatic;
l.LayoutParameters = slp;
_mutationLayout = l;
OnPropertyChanged("_mutationLayout");
}
public LayoutExampleWindow(GraphLayout layout, string sourceGraphPath)
{
InitializeComponent();
this.layout = layout;
this.sourceGraphPath = sourceGraphPath;
Loaded += OnLoaded;
}
protected void graphLayout_PreviewMouseLeftButtonDown(object sender, MouseButtonEventArgs e)
{
if (IsExperimentRunning == false)
{
//check if current GraphLayout at the specified coordinates is occluded by another graph view
//Checking on GraphLayout not this GraphView, because hit elemenent must be checked relative to the current GraphLayout origin, not constant graph view element
Point clickPoint = e.GetPosition(GraphLayout);
bool isGraphLayoutOccluded = IsUIElementOccludedByAnotherGraphView(GraphLayout, clickPoint);
if (!isGraphLayoutOccluded)
{
IInputElement ele = GraphLayout.InputHitTest(clickPoint);
if (ele != null && HACK_VertexControl.Visibility != System.Windows.Visibility.Visible)
{
// if they clicked on a edge start redirecting the edge
DependencyObject obj = (DependencyObject)ele;
TraceLab.UI.WPF.Controls.RoutePointThumb routePointThumb = obj.GetParent <TraceLab.UI.WPF.Controls.RoutePointThumb>(this);
if (routePointThumb == null)
{
GraphSharp.Controls.EdgeControl edge = obj.GetParent <GraphSharp.Controls.EdgeControl>(this);
if (CanRedirectLink(edge))
{
StartRedirectLinkDrag(e, clickPoint, edge);
}
}
}
}
}
}
// called when there is a graphCache[graphFamily] item to process
// called only through currentOutputAction or the output actions menu
public void ProcessGraph(string graphFamily)
{
var execution = Exec.lastExecution; // atomically copy it
if (execution == null)
{
return; // something's wrong
}
lock (Exec.exporterMutex) { GraphLayoutHandler.SetGraphLayout(GraphLayout.MessageGraph("...", "... working ...", "...")); plot.DoInvalidate(); }
Dictionary <string, object> layoutCache = execution.layoutCache; // Dictionary<string, GraphLayout>
GraphLayout layout;
if (layoutCache.ContainsKey(graphFamily))
{
layout = (GraphLayout)layoutCache[graphFamily];
}
else
{
var graph = execution.graphCache[graphFamily];
if (graph.VertexCount == 0 || graph.EdgeCount == 0) // GraphSharp crashes in these cases
{
layout = GraphLayout.MessageGraph("...", "...", "... empty .");
}
else
{
try { layout = new GraphLayout("Graph Layout", graph); }
catch { layout = GraphLayout.MessageGraph("...", "...", "... failed !!!"); }
}
}
execution.layoutCache[graphFamily] = layout;
lock (Exec.exporterMutex) { GraphLayoutHandler.SetGraphLayout(layout); plot.DoInvalidate(); }
}
public static GraphLayout edgeToFirst(this GraphLayout graphLayout, object vertexToLink)
{
var vertices = graphLayout.vertices();
graphLayout.edge(vertexToLink, vertices[0]);
return(graphLayout);
}
public static T add_UIElement <T>(this GraphLayout graphLayout) where T : UIElement
{
var uiElement = graphLayout.newInThread <T>();
graphLayout.add_Node(uiElement);
return(uiElement);
}
public static GraphLayout edgeFromLast(this GraphLayout graphLayout, object vertexToLink)
{
var vertices = graphLayout.vertices();
graphLayout.edge(vertices[vertices.size() - 1], vertexToLink);
return(graphLayout);
}
// Constructors
public AAlgorithm(CitiesLocations newCitiesLocations, CitiesConnections newCitiesConnectios,
GraphLayout _graphLayout, int _algSpeed)
{
citiesLocations = newCitiesLocations;
citiesConnecitons = newCitiesConnectios;
algSpeed = _algSpeed;
graphLayout = _graphLayout;
}
// Constructors
public AAlgorithm(CitiesLocations newCitiesLocations, CitiesConnections newCitiesConnectios,
GraphLayout _graphLayout, int _algSpeed)
{
citiesLocations = newCitiesLocations;
citiesConnecitons = newCitiesConnectios;
algSpeed = _algSpeed;
graphLayout = _graphLayout;
}
public static GraphLayout background(this GraphLayout graphLayout, Brush brush)
{
return((GraphLayout)graphLayout.wpfInvoke(
() => {
graphLayout.Background = brush;
return graphLayout;
}));
}
public void OutputClear() // external call, wait until we switch to this page
{
if (MainTabbedPage.theMainTabbedPage.CurrentPage == MainTabbedPage.theOutputPageNavigation)
{
SetText("");
lock (Exec.exporterMutex) { GraphLayoutHandler.SetGraphLayout(GraphLayout.MessageGraph("Preparing ...", "...", "...")); plot.DoInvalidate(); }
}
}
public static TextBox add_TextBox(this GraphLayout graphLayout, string textValue)
{
var textBox = graphLayout.newInThread <TextBox>();
textBox.set_Text(textValue);
graphLayout.add_Node(textBox);
return(textBox);
}
public static GraphLayout edgeFromAll(this GraphLayout graphLayout, object vertexToLink)
{
foreach (var vertex in graphLayout.vertices())
{
graphLayout.edge(vertex, vertexToLink);
}
return(graphLayout);
}
public static BidirectionalGraph <object, IEdge <object> > get_Graph(this GraphLayout graphLayout)
{
return((BidirectionalGraph <object, IEdge <object> >)
graphLayout.wpfInvoke(
() => {
return graphLayout.Graph;
}));
}
public static GraphLayout set(this GraphLayout graphLayout, BidirectionalGraph <object, IEdge <object> > graph)
{
return((GraphLayout)graphLayout.wpfInvoke(
() => {
graphLayout.Graph = graph;
return graphLayout;
}));
}
public static GraphLayout showAllLayouts(this GraphLayout graphLayout, int miliSeconds)
{
foreach (var layoutType in graphLayout.layouts())
{
"showing layout: {0}".format(layoutType).debug();
graphLayout.layout(layoutType).sleep(miliSeconds);
}
return(graphLayout);
}
public static Button add_Button(this GraphLayout graphLayout, string text, int width, int height)
{
var button = graphLayout.add_UIElement <Button>();
button.set(text);
button.width_Wpf(width);
button.height_Wpf(height);
return(button);
}
void ApplyLayout(GraphLayout layout)
{
try {
diagramControl.RelayoutDiagramItems(layout.RelayoutGraphNodesPosition(GraphOperations.GetDiagramGraph(diagramControl)));
diagramControl.Items.OfType <IDiagramConnector>().ForEach(connector => { connector.Type = layout.GetDiagramConnectorType(); connector.UpdateRoute(); });
diagramControl.FitToDrawing();
} catch (Exception e) {
DXMessageBox.Show(string.Format("Error message: '{0}'", e.Message), "Error has been occurred");
}
}
public static object node(this GraphLayout graphLayout, int nodeId)
{
var vertices = graphLayout.vertices();
if (vertices.size() > nodeId)
{
return(vertices[nodeId]);
}
return(null);
}
public static CodeStreamGraphNode add_CodeStreamEdge(this GraphLayout graphLayout, O2CodeStream codeStream, O2CodeStreamNode codeStreamNode, CodeStreamGraphNode previousGraphNode)
{
return((CodeStreamGraphNode)graphLayout.wpfInvoke(
() =>
{
var codeStreamGraphNode = new CodeStreamGraphNode(codeStream, codeStreamNode);
graphLayout.add_Edge(previousGraphNode, codeStreamGraphNode);
return codeStreamGraphNode;
}));
}
/// <summary>
/// Sets the nodes position from custom graph.
/// </summary>
/// <param name="graph">The graph.</param>
private void SetNodesPositionFromCustomGraph(CustomGraph graph)
{
StringBuilder s = new StringBuilder();
for (int i = 0; i < graph.Vertices.Count(); i++)
{
GraphLayout.SetX(graphLayout.GetVertexControl(graphLayout.Graph.Vertices.ElementAt(i)), graph.Vertices.ElementAt(i).X);
GraphLayout.SetY(graphLayout.GetVertexControl(graphLayout.Graph.Vertices.ElementAt(i)), graph.Vertices.ElementAt(i).Y);
}
}
public async Task <IHttpActionResult> SaveLayout([FromBody] GraphLayout layout, Guid networkId, string key = null)
{
await _dispatcher.Execute(new SaveLayoutCommand()
{
NetworkId = networkId,
Key = key,
GraphLayout = layout
}, User);
return(Ok());
}
/// <summary>
/// Sets the nodes position to save.
/// </summary>
private void SetNodesPositionToSave(CustomGraph graphToSave)
{
foreach (CustomVertex vertex in graphLayout.Graph.Vertices)
{
double vertexX = GraphLayout.GetX(graphLayout.GetVertexControl(vertex));
double vertexY = GraphLayout.GetY(graphLayout.GetVertexControl(vertex));
graphToSave.Vertices.Where(var => var.CompareTo(vertex)).FirstOrDefault().X = vertexX;
graphToSave.Vertices.Where(var => var.CompareTo(vertex)).FirstOrDefault().Y = vertexY;
}
}
public static GraphLayout overlapRemovalParameters(this GraphLayout graphLayout, float horizontalGap, float verticalGap)
{
return((GraphLayout)graphLayout.wpfInvoke(
() =>
{
var overlapRemovalParameters = new GraphSharp.Algorithms.OverlapRemoval.OverlapRemovalParameters();
overlapRemovalParameters.HorizontalGap = horizontalGap;
overlapRemovalParameters.VerticalGap = verticalGap;
graphLayout.OverlapRemovalParameters = overlapRemovalParameters;
return graphLayout;
}));
}
public static T add_WinForm <T>(this GraphLayout graphLayout, int width, int height) where T : System.Windows.Forms.Control
{
return((T)graphLayout.wpfInvoke(
() => {
var controlHost = graphLayout.add_UIElement <WindowsFormsHost>();
controlHost.width_Wpf(width);
controlHost.height_Wpf(height);
var winFormsControl = (System.Windows.Forms.Control) typeof(T).ctor();
winFormsControl.Dock = System.Windows.Forms.DockStyle.Fill;
controlHost.Child = winFormsControl;
return winFormsControl;
}));
}
//Funcion dedicada al boton "Graficar"
private void button3_Click(object sender, EventArgs e)
{
//No se puede crear el grafo si no se han añadido vertices
if (contador != 0)
{
//No se puede crear el grafo si no se marcar el tipo de grafo que es
if (opc_noponderado.Checked == false && opc_ponderado.Checked == false)
{
MessageBox.Show("Seleccione el tipo de grafo");
}
// el else del if anterior
else
{
Microsoft.Msagl.GraphViewerGdi.GViewer viewer = new Microsoft.Msagl.GraphViewerGdi.GViewer();
GraphLayout.Controls.Clear();
viewer.EdgeInsertButtonVisible = false;
viewer.LayoutAlgorithmSettingsButtonVisible = false;
viewer.SaveButtonVisible = false;
viewer.SaveGraphButtonVisible = false;
viewer.UndoRedoButtonsVisible = false;
viewer.NavigationVisible = false;
for (int i = 0; i < contador; i++)
{
graph.AddNode(az[i].ToString());
}
viewer.Graph = graph;
this.SuspendLayout();
viewer.Dock = System.Windows.Forms.DockStyle.Fill;
GraphLayout.Controls.Add(viewer);
GraphLayout.ResumeLayout();
grafocreado = true;
}
}
//Mensaje de error si se intento crear el grafo con una cantidad de vertices 0
else
{
MessageBox.Show("No se añadio ningun vertice o no se selecciono tipo de grafo", "Error");
}
//Si el grafo fue creado desactivamos los botones menos el de reset
if (grafocreado == true)
{
opc_noponderado.Enabled = false;
opc_ponderado.Enabled = false;
agregar_Vertice.Enabled = false;
eliminar_Vertice.Enabled = false;
Graficar.Enabled = false;
}
}
public static GraphLayout edge(this GraphLayout graphLayout, object fromVertex, object toVertex)
{
if (graphLayout == fromVertex || graphLayout == toVertex) // can add graphLayout as an edge
{
return(graphLayout);
}
var graph = graphLayout.get_Graph();
return((GraphLayout)graphLayout.wpfInvoke(
() => {
graph.edge(fromVertex, toVertex);
return graphLayout;
}));
}
private void setProperties()
{
var g = new BidirectionalGraph <object, IEdge <object> >();
var l = new GraphLayout();
addNodesToGraph(_tree._root, null, g);
var slp = new GraphSharp.Algorithms.Layout.Simple.Tree.SimpleTreeLayoutParameters();
slp.Direction = GraphSharp.Algorithms.Layout.LayoutDirection.TopToBottom;
slp.LayerGap = 100.0;
slp.VertexGap = 100.0;
l.LayoutAlgorithmType = "Tree";
l.Graph = g;
l.LayoutMode = LayoutMode.Automatic;
l.LayoutParameters = slp;
_layout = l;
_promotionSquare = -1;
_pickerVisibility = Visibility.Hidden;
COLORS = new string[] { "White", "Black" };
DEPTHS = new int[] { 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 };
_board = new Board(Board.DEFAULT_POSITION);
_playerColor = COLORS[0];
_color = true;
playerMove = true;
OnPropertyChanged("_playerColor");
_pieces = new PieceIndex[Board.BOARD_EDGE * Board.BOARD_EDGE];
_buttons = new SquareTypeIndex[Board.BOARD_EDGE * Board.BOARD_EDGE];
colorChanged = new RelayCommand(x => changeColor(), x => true);
clickEmpty = new RelayCommand(x => resetChessboardButtons(), x => true);
clickAllied = new RelayCommand(x => highlightTargetSquares(x), x => true);
clickCurrent = new RelayCommand(x => resetChessboardButtons(), x => true);
clickTarget = new RelayCommand(x => moveToTargetSquare(x), x => true);
promoteQueen = new RelayCommand(x => promoteQ(), x => true);
promoteRook = new RelayCommand(x => promoteR(), x => true);
promoteBishop = new RelayCommand(x => promoteB(), x => true);
promoteKnight = new RelayCommand(x => promoteN(), x => true);
for (int i = 0; i < _pieces.Length; i++)
{
_pieces[i] = new PieceIndex(_board._indices[i], (byte)i);
_buttons[i] = new SquareTypeIndex(0, (byte)i);
}
resetChessboardButtons();
}
public JsonResult GetGraphLayout(string gmlString)
{
string path = Server.MapPath("~/App_Data");
List <Coordinate> coordinates = GraphLayout.ComputeLayout(path, gmlString);
JsonResult result = Json(new
{
coords = JsonConvert.SerializeObject(coordinates)
});
return(result);
}
public static O2CodeStream show(this O2CodeStream o2CodeStream, GraphLayout graphLayout)
{
try
{
//graphLayout.newGraph();
graphLayout.tree();
foreach (var streamNode in o2CodeStream.StreamNode_First)
graphLayout.show_CodeStreamNode(o2CodeStream, streamNode, null);
}
catch (Exception ex)
{
ex.log("in O2CodeStream.show GraphLayout");
}
return o2CodeStream;
}
private void RunLayoutGraph(GraphLayout.Graph graph)
{
// Support undo for graph layout command
List<ModelBase> undoItems = new List<ModelBase>();
undoItems.AddRange(Model.Nodes);
undoItems.AddRange(Model.Notes);
WorkspaceModel.RecordModelsForModification(undoItems, Model.UndoRecorder);
graph.RecordInitialPosition();
// Sugiyama algorithm steps
graph.RemoveCycles();
graph.AssignLayers();
graph.OrderNodes();
// Node and graph positioning
graph.DistributeNodePosition();
graph.SetGraphPosition();
}
private void GenerateLayoutGraph(GraphLayout.Graph graph)
{
foreach (AnnotationModel group in Model.Annotations)
{
// Treat a group as a graph layout node/vertex
graph.AddNode(group.GUID, group.Width, group.Height, group.X, group.Y);
}
foreach (NodeModel node in Model.Nodes)
{
AnnotationModel group = Model.Annotations.Where(
g => g.SelectedModels.Contains(node)).ToList().FirstOrDefault();
// Do not process nodes within groups
if (group == null)
{
graph.AddNode(node.GUID, node.Width, node.Height, node.X, node.Y);
}
}
foreach (ConnectorModel edge in Model.Connectors)
{
AnnotationModel startGroup = null, endGroup = null;
startGroup = Model.Annotations.Where(
g => g.SelectedModels.Contains(edge.Start.Owner)).ToList().FirstOrDefault();
endGroup = Model.Annotations.Where(
g => g.SelectedModels.Contains(edge.End.Owner)).ToList().FirstOrDefault();
// Treat a group as a node, but do not process edges within a group
if (startGroup == null || endGroup == null || startGroup != endGroup)
{
graph.AddEdge(
startGroup == null ? edge.Start.Owner.GUID : startGroup.GUID,
endGroup == null ? edge.End.Owner.GUID : endGroup.GUID,
edge.Start.Center.X, edge.Start.Center.Y, edge.End.Center.X, edge.End.Center.Y);
}
}
// Link a note to the nearest node
foreach (NoteModel note in Model.Notes)
{
GraphLayout.Node nd = graph.Nodes.OrderBy(node =>
Math.Pow(node.X + node.Width / 2 - note.X - note.Width / 2, 2) +
Math.Pow(node.Y + node.Height / 2 - note.Y - note.Height / 2, 2)).FirstOrDefault();
if (nd != null)
{
nd.LinkedNotes.Add(note);
}
}
}
private void SaveLayoutGraph(GraphLayout.Graph graph)
{
// Assign coordinates to nodes inside groups
foreach (var group in Model.Annotations)
{
var g = graph.FindNode(group.GUID);
double deltaX = g.X - group.X;
double deltaY = g.Y - group.Y;
foreach (var node in group.SelectedModels.OfType<NodeModel>())
{
node.X += deltaX;
node.Y += deltaY;
node.ReportPosition();
}
foreach (NoteModel note in g.LinkedNotes)
{
note.X += deltaX;
note.Y += deltaY;
note.ReportPosition();
}
}
// Assign coordinates to nodes outside groups
foreach (var node in Model.Nodes)
{
var n = graph.FindNode(node.GUID);
if (n != null)
{
double deltaX = n.X - node.X;
double deltaY = n.Y - node.Y;
node.X = n.X;
node.Y = n.Y;
node.ReportPosition();
HasUnsavedChanges = true;
foreach (NoteModel note in n.LinkedNotes)
{
note.X += deltaX;
note.Y += deltaY;
note.ReportPosition();
}
}
}
// Fit view to the new graph layout
DynamoSelection.Instance.ClearSelection();
ResetFitViewToggle(null);
FitViewInternal();
}
/// <summary>
/// This function calls the graph layout algorithm methods.
/// </summary>
/// <param name="graph">The subgraph to be processed.</param>
/// <param name="isGroupLayout">True if all selected models are groups.</param>
private void RunLayoutSubgraph(GraphLayout.Graph graph, bool isGroupLayout)
{
// Select relevant nodes
graph.Nodes.ToList().ForEach(x => x.IsSelected = true);
// Save subgraph position before running the layout
graph.RecordInitialPosition();
// Sugiyama algorithm steps
graph.RemoveCycles();
graph.AssignLayers();
graph.OrderNodes();
// Node and graph positioning
graph.DistributeNodePosition();
graph.SetGraphPosition(isGroupLayout);
// Reset layer information and deselect nodes
graph.ResetLayers();
graph.Nodes.ToList().ForEach(x => x.IsSelected = false);
}
/// <summary>
/// This function calls the graph layout algorithm methods.
/// </summary>
/// <param name="graph">The subgraph to be processed.</param>
/// <param name="isGroupLayout">True if all selected models are groups.</param>
private void RunLayoutSubgraph(GraphLayout.Graph graph, bool isGroupLayout)
{
// Save subgraph position before running the layout
graph.RecordInitialPosition();
// Sugiyama algorithm steps
graph.RemoveCycles();
graph.AssignLayers();
graph.OrderNodes();
// Node and graph positioning
graph.DistributeNodePosition();
graph.SetGraphPosition(isGroupLayout);
}