private void GraphAreaExample_Setup()
{
// Настройки лейоута - какие алгоритмы импользуются, чтобы оптимально расположить граф
var logicCore = new GXLogicCoreExample()
{
Graph = GraphExample_Setup()
};
logicCore.DefaultLayoutAlgorithm = LayoutAlgorithmTypeEnum.KK;
logicCore.DefaultLayoutAlgorithmParams = logicCore.AlgorithmFactory.CreateLayoutParameters(LayoutAlgorithmTypeEnum.KK);
((KKLayoutParameters)logicCore.DefaultLayoutAlgorithmParams).MaxIterations = 100;
logicCore.DefaultOverlapRemovalAlgorithm = OverlapRemovalAlgorithmTypeEnum.FSA;
logicCore.DefaultOverlapRemovalAlgorithmParams.HorizontalGap = 50;
logicCore.DefaultOverlapRemovalAlgorithmParams.VerticalGap = 50;
logicCore.DefaultEdgeRoutingAlgorithm = EdgeRoutingAlgorithmTypeEnum.SimpleER;
logicCore.AsyncAlgorithmCompute = false;
Area.LogicCore = logicCore;
// Генерируруем граф
Area.GenerateGraph(true, true);
// Настройки
Area.ShowAllEdgesArrows(false);
Area.ShowAllEdgesLabels(false);
zoomctrl.ZoomToFill();
}
private void LogicCoreSetup(ref GraphAreaExample graphArea)
{
var logicCore = new GXLogicCoreExample()
{
};
logicCore.DefaultLayoutAlgorithm = LayoutAlgorithmTypeEnum.KK;
logicCore.DefaultLayoutAlgorithmParams = logicCore.AlgorithmFactory.CreateLayoutParameters(LayoutAlgorithmTypeEnum.KK);
logicCore.DefaultOverlapRemovalAlgorithm = OverlapRemovalAlgorithmTypeEnum.FSA;
logicCore.DefaultEdgeRoutingAlgorithm = EdgeRoutingAlgorithmTypeEnum.SimpleER;
logicCore.AsyncAlgorithmCompute = false;
graphArea.LogicCore = logicCore;
}
private void InitialSetup()
{
var logicCore = new GXLogicCoreExample();
graph.LogicCore = logicCore;
var layParams = new LinLogLayoutParameters {
IterationCount = 100
};
logicCore.DefaultLayoutAlgorithm = LayoutAlgorithmTypeEnum.SimpleRandom;
logicCore.DefaultLayoutAlgorithmParams = layParams;
logicCore.DefaultOverlapRemovalAlgorithmParams = logicCore.AlgorithmFactory.CreateOverlapRemovalParameters(OverlapRemovalAlgorithmTypeEnum.FSA);
((OverlapRemovalParameters)logicCore.DefaultOverlapRemovalAlgorithmParams).HorizontalGap = 50;
((OverlapRemovalParameters)logicCore.DefaultOverlapRemovalAlgorithmParams).VerticalGap = 50;
graph.MoveAnimation = AnimationFactory.CreateMoveAnimation(MoveAnimation.Move, TimeSpan.FromMilliseconds(500));
graph.MoveAnimation.Completed += MoveAnimation_Completed;
}
private void GraphAreaPcap_Setup()
{
//Lets create logic core and filled data graph with edges and vertices
var logicCore = new GXLogicCoreExample()
{
Graph = GraphPcap_Setup()
};
//This property sets layout algorithm that will be used to calculate vertices positions
//Different algorithms uses different values and some of them uses edge Weight property.
logicCore.DefaultLayoutAlgorithm = LayoutAlgorithmTypeEnum.KK;
//Now we can set parameters for selected algorithm using AlgorithmFactory property. This property provides methods for
//creating all available algorithms and algo parameters.
logicCore.DefaultLayoutAlgorithmParams = logicCore.AlgorithmFactory.CreateLayoutParameters(LayoutAlgorithmTypeEnum.KK);
//Unfortunately to change algo parameters you need to specify params type which is different for every algorithm.
((KKLayoutParameters)logicCore.DefaultLayoutAlgorithmParams).MaxIterations = 100;
//This property sets vertex overlap removal algorithm.
//Such algorithms help to arrange vertices in the layout so no one overlaps each other.
logicCore.DefaultOverlapRemovalAlgorithm = OverlapRemovalAlgorithmTypeEnum.FSA;
//Default parameters are created automaticaly when new default algorithm is set and previous params were NULL
logicCore.DefaultOverlapRemovalAlgorithmParams.HorizontalGap = 50;
logicCore.DefaultOverlapRemovalAlgorithmParams.VerticalGap = 50;
//This property sets edge routing algorithm that is used to build route paths according to algorithm logic.
//For ex., SimpleER algorithm will try to set edge paths around vertices so no edge will intersect any vertex.
//Bundling algorithm will try to tie different edges that follows same direction to a single channel making complex graphs more appealing.
logicCore.DefaultEdgeRoutingAlgorithm = EdgeRoutingAlgorithmTypeEnum.SimpleER;
//This property sets async algorithms computation so methods like: Area.RelayoutGraph() and Area.GenerateGraph()
//will run async with the UI thread. Completion of the specified methods can be catched by corresponding events:
//Area.RelayoutFinished and Area.GenerateGraphFinished.
logicCore.AsyncAlgorithmCompute = false;
//Finally assign logic core to GraphArea object
Area.LogicCore = logicCore;
}
private void GraphAreaExample_Setup()
{
//Lets create logic core and filled data graph with edges and vertices
var LogicCore = new GXLogicCoreExample() { Graph = GraphExample_Setup() };
//This property sets layout algorithm that will be used to calculate vertices positions
//Different algorithms uses different values and some of them uses edge Weight property.
LogicCore.DefaultLayoutAlgorithm = GraphX.LayoutAlgorithmTypeEnum.KK;
//Now we can set parameters for selected algorithm using AlgorithmFactory property. This property provides methods for
//creating all available algorithms and algo parameters.
LogicCore.DefaultLayoutAlgorithmParams = LogicCore.AlgorithmFactory.CreateLayoutParameters(GraphX.LayoutAlgorithmTypeEnum.KK);
//Unfortunately to change algo parameters you need to specify params type which is different for every algorithm.
((KKLayoutParameters)LogicCore.DefaultLayoutAlgorithmParams).MaxIterations = 100;
//This property sets vertex overlap removal algorithm.
//Such algorithms help to arrange vertices in the layout so no one overlaps each other.
LogicCore.DefaultOverlapRemovalAlgorithm = GraphX.OverlapRemovalAlgorithmTypeEnum.FSA;
LogicCore.DefaultOverlapRemovalAlgorithmParams = LogicCore.AlgorithmFactory.CreateOverlapRemovalParameters(GraphX.OverlapRemovalAlgorithmTypeEnum.FSA);
((OverlapRemovalParameters)LogicCore.DefaultOverlapRemovalAlgorithmParams).HorizontalGap = 50;
((OverlapRemovalParameters)LogicCore.DefaultOverlapRemovalAlgorithmParams).VerticalGap = 50;
//This property sets edge routing algorithm that is used to build route paths according to algorithm logic.
//For ex., SimpleER algorithm will try to set edge paths around vertices so no edge will intersect any vertex.
//Bundling algorithm will try to tie different edges that follows same direction to a single channel making complex graphs more appealing.
LogicCore.DefaultEdgeRoutingAlgorithm = GraphX.EdgeRoutingAlgorithmTypeEnum.SimpleER;
//This property sets async algorithms computation so methods like: Area.RelayoutGraph() and Area.GenerateGraph()
//will run async with the UI thread. Completion of the specified methods can be catched by corresponding events:
//Area.RelayoutFinished and Area.GenerateGraphFinished.
LogicCore.AsyncAlgorithmCompute = false;
//Finally assign logic core to GraphArea object
Area.LogicCore = LogicCore;// as IGXLogicCore<DataVertex, DataEdge, BidirectionalGraph<DataVertex, DataEdge>>;
}
private void InitialSetup()
{
var logicCore = new GXLogicCoreExample();
graph.LogicCore = logicCore;
var layParams = new LinLogLayoutParameters { IterationCount = 100 };
logicCore.DefaultLayoutAlgorithm = LayoutAlgorithmTypeEnum.SimpleRandom;
logicCore.DefaultLayoutAlgorithmParams = layParams;
logicCore.DefaultOverlapRemovalAlgorithmParams = logicCore.AlgorithmFactory.CreateOverlapRemovalParameters(OverlapRemovalAlgorithmTypeEnum.FSA);
((OverlapRemovalParameters)logicCore.DefaultOverlapRemovalAlgorithmParams).HorizontalGap = 50;
((OverlapRemovalParameters)logicCore.DefaultOverlapRemovalAlgorithmParams).VerticalGap = 50;
graph.MoveAnimation = AnimationFactory.CreateMoveAnimation(MoveAnimation.Move, TimeSpan.FromMilliseconds(500));
graph.MoveAnimation.Completed += MoveAnimation_Completed;
}
private void GenerateGraph(bool reset = false)
{
gr.Clear();
foreach (var d in Story.Dialogs)
{
gr.AddVertex(new DialogVertex(d));
}
foreach (var v in gr.Vertices)
{
foreach (var o in v.Dialog.Options)
{
if (!o.TargetID.IsNullOrEmpty())
{
gr.AddEdge(new DialogEdge(v, gr.Vertices.First(x => x.Dialog.ID == o.TargetID))
{
DialogOption = o
});
}
}
}
if (graph.LogicCore == null)
{
var LogicCore = new GXLogicCoreExample()
{
Graph = gr
};
LogicCore.DefaultLayoutAlgorithm = LayoutAlgorithmTypeEnum.Tree;
LogicCore.DefaultLayoutAlgorithmParams =
LogicCore.AlgorithmFactory.CreateLayoutParameters(LayoutAlgorithmTypeEnum.Tree);
((SimpleTreeLayoutParameters)LogicCore.DefaultLayoutAlgorithmParams).Direction = LayoutDirection.LeftToRight;
//LogicCore.DefaultOverlapRemovalAlgorithm = OverlapRemovalAlgorithmTypeEnum.OneWayFSA;
//LogicCore.DefaultOverlapRemovalAlgorithmParams = LogicCore.AlgorithmFactory.CreateOverlapRemovalParameters(OverlapRemovalAlgorithmTypeEnum.OneWayFSA);
//LogicCore.DefaultOverlapRemovalAlgorithmParams.HorizontalGap = 50;
//LogicCore.DefaultOverlapRemovalAlgorithmParams.VerticalGap = 50;
LogicCore.DefaultEdgeRoutingAlgorithm = EdgeRoutingAlgorithmTypeEnum.None;
LogicCore.AsyncAlgorithmCompute = false;
LogicCore.EdgeCurvingEnabled = true;
LogicCore.EnableParallelEdges = true;
LogicCore.ParallelEdgeDistance = 10;
graph.LogicCore = LogicCore;
}
graph.GenerateGraph(true, true);
if (!reset && path.Length > 0 && File.Exists(path.Replace(".apstp", ".apmap")))
{
System.Xml.Serialization.XmlSerializer xml = new System.Xml.Serialization.XmlSerializer(typeof(List <GraphPos>));
try
{
using (var fs = File.OpenRead(path.Replace(".apstp", ".apmap")))
pos = xml.Deserialize(fs) as List <GraphPos>;
Relayout(false);
}
catch { }
}
graph.ShowAllEdgesLabels(false);
graph.SetVerticesDrag(true, true);
graph.SetEdgesDashStyle(EdgeDashStyle.Dash);
foreach (var v in graph.VertexList)
{
v.Value.Background = v.Key.Dialog.Tag == null ? Brushes.LightGray : new SolidColorBrush(v.Key.Dialog.Tag.Color.ToMediaColor());
}
}
public void DrawAllKB(FrameContainer mainFrameContainer)
{
try
{
List <Frame> currentFrames = mainFrameContainer.GetAllFrames();
List <Domain> currentDomains = mainFrameContainer.GetDomains();
List <string> currentDomainValues = new List <string>();
foreach (Domain domain in currentDomains)
{
foreach (string value in domain.values)
{
currentDomainValues.Add(value);
}
}
EasyGraph dataGraph = new EasyGraph();//TODO: Нужно определить полем в классе.
foreach (Frame frame in currentFrames)
{
//находим корневой фрейм
bool isFrameInDomains = currentDomainValues.Contains(frame.name);
bool isFrameIsNil = frame.isA == "null";
if (!isFrameInDomains && isFrameIsNil)
{
Frame nilFrame = frame;
DataVertex nilDataVertex = new DataVertex(nilFrame.name)
{
ID = nilFrame.Id
};
dataGraph.AddVertex(nilDataVertex);
DrawAllRelatedVertices(nilFrame, ref dataGraph, mainFrameContainer);
}
}
_graphArea.SetEdgesDashStyle(EdgeDashStyle.Solid);
var logicCore = new GXLogicCoreExample()
{
Graph = dataGraph
};
//CompoundFDP,ISOM,LinLog,
//Sugiyama
logicCore.DefaultLayoutAlgorithm = LayoutAlgorithmTypeEnum.LinLog;
logicCore.DefaultLayoutAlgorithmParams = logicCore.AlgorithmFactory.CreateLayoutParameters(LayoutAlgorithmTypeEnum.LinLog);
logicCore.DefaultOverlapRemovalAlgorithm = OverlapRemovalAlgorithmTypeEnum.FSA;
logicCore.DefaultEdgeRoutingAlgorithm = EdgeRoutingAlgorithmTypeEnum.None;
logicCore.AsyncAlgorithmCompute = true;
_graphArea.LogicCore = logicCore;
_graphArea.GenerateGraph(true, false);
}
catch (Exception e)
{
MessageBox.Show("При отрисовке что-то пошло не так :( \n" + e.ToString());
}
}
private void UpdateTabGraphX(Solution s)
{
//Create data graph object
var graph = new GraphExample();
//Create and add vertices using some DataSource for ID's
foreach (Node n in ModelManager.Instance.Filecvrp.LstNodes)
{
graph.AddVertex(new DataVertex()
{
ID = n.Id, Text = n.Id.ToString()
});
}
foreach (List <Node> ruta in s.BestRutas)
{
if (ruta.Count > 0)
{
DataVertex origen = graph.Vertices.ToList()[ModelManager.Instance.Filecvrp.IdNodeDepot - 1];
DataVertex destino = graph.Vertices.ToList()[ruta[0].Id - 1];
graph.AddEdge(new DataEdge(origen, destino));
for (int i = 0; i < ruta.Count - 1; i++)
{
origen = graph.Vertices.ToList()[ruta[i].Id - 1];
destino = graph.Vertices.ToList()[ruta[i + 1].Id - 1];
graph.AddEdge(new DataEdge(origen, destino));
}
origen = graph.Vertices.ToList()[ruta[ruta.Count - 1].Id - 1];
destino = graph.Vertices.ToList()[ModelManager.Instance.Filecvrp.IdNodeDepot - 1];
graph.AddEdge(new DataEdge(origen, destino));
}
}
var LogicCore = new GXLogicCoreExample();
LogicCore.Graph = graph;
//This property sets layout algorithm that will be used to calculate vertices positions
//Different algorithms uses different values and some of them uses edge Weight property.
LogicCore.DefaultLayoutAlgorithm = GraphX.PCL.Common.Enums.LayoutAlgorithmTypeEnum.KK;
//Now we can set optional parameters using AlgorithmFactory
//NOTE: default parameters can be automatically created each time you change Default algorithms
LogicCore.DefaultLayoutAlgorithmParams =
LogicCore.AlgorithmFactory.CreateLayoutParameters(GraphX.PCL.Common.Enums.LayoutAlgorithmTypeEnum.KK);
//Unfortunately to change algo parameters you need to specify params type which is different for every algorithm.
((KKLayoutParameters)LogicCore.DefaultLayoutAlgorithmParams).MaxIterations = 100;
//This property sets vertex overlap removal algorithm.
//Such algorithms help to arrange vertices in the layout so no one overlaps each other.
LogicCore.DefaultOverlapRemovalAlgorithm = GraphX.PCL.Common.Enums.OverlapRemovalAlgorithmTypeEnum.FSA;
//Setup optional params
LogicCore.DefaultOverlapRemovalAlgorithmParams =
LogicCore.AlgorithmFactory.CreateOverlapRemovalParameters(GraphX.PCL.Common.Enums.OverlapRemovalAlgorithmTypeEnum.FSA);
((OverlapRemovalParameters)LogicCore.DefaultOverlapRemovalAlgorithmParams).HorizontalGap = 50;
((OverlapRemovalParameters)LogicCore.DefaultOverlapRemovalAlgorithmParams).VerticalGap = 50;
//This property sets edge routing algorithm that is used to build route paths according to algorithm logic.
//For ex., SimpleER algorithm will try to set edge paths around vertices so no edge will intersect any vertex.
LogicCore.DefaultEdgeRoutingAlgorithm = GraphX.PCL.Common.Enums.EdgeRoutingAlgorithmTypeEnum.SimpleER;
//This property sets async algorithms computation so methods like: Area.RelayoutGraph() and Area.GenerateGraph()
//will run async with the UI thread. Completion of the specified methods can be catched by corresponding events:
//Area.RelayoutFinished and Area.GenerateGraphFinished.
LogicCore.AsyncAlgorithmCompute = false;
LogicCoreSolution = LogicCore;
}
