public void LoadPlotFrame(QGEdge edge)
{
this.WPFGraphControl.OverlayCanvas.Background = Brushes.Gray.Clone();
this.WPFGraphControl.OverlayCanvas.Background.Opacity = 0.2;
this.WPFGraphControl.OverlayCanvas.Visibility = Visibility.Visible;
this.PlotFrame.Show(this.CurrentAnalyticsData, edge);
}
public void LoadData(QwasiAnalyticsData analyticsData, QGEdge edge)
{
_hasRunAnimation = !this.AnimateOnLoadingData;
this.GeneratedChartControl.DisableAnimations = !this.AnimateOnLoadingData;
this.LoadedAnalyticsData = analyticsData;
this.LoadedEdge = edge;
}
public void LoadData(QwasiAnalyticsData analyticsData, QGEdge edge)
{
this.LoadedAnalyticsData = analyticsData;
this.LoadedEdge = edge;
this.PlotGenerator.LoadData(analyticsData, edge);
__updateChart();
__updatePlotContentPaneLabels();
}
protected void ApplySimulationGraphVisualizations()
{
Dictionary <QGEdge, double> edges = new Dictionary <QGEdge, double>();
foreach (var term in this.CurrentSimulationState.VectorTerms)
{
QGEdge edge = term.BasisVector.Vertex1.GetEdge(term.BasisVector.Vertex2);
this.SimulationEdgeLabels[edge].SetEdgeStateCoefficient(term.BasisVector, term.Coefficient.ToString());
}
foreach (var term in this.CurrentSimulationState.EdgeProbabilities)
{
var color = __generateColor(term.Probability);
Brush lineBrush = new SolidColorBrush(Color.FromRgb((byte)(255 * color.R), (byte)(255 * color.G), (byte)(255 * color.B)));
term.Edge.SetColorOverride(lineBrush, Brushes.Red, null, null);
}
}
public QwasiAnalyticsData CompileAnalytics(int stepInterval, int stepRangeStart, int stepRangeEnd)
{
if (stepRangeEnd < stepRangeStart)
{
return(new QwasiAnalyticsData());
}
__initializeMath();
_currentStep = (IHSExplicitVectorValue <HSEdgeState>)(IHSExplicitVector <HSEdgeState> .ZeroVector(_hs) + __qwGetStartVector(IQGVertex.StartVertex));
QwasiAnalyticsData analyticsData = new QwasiAnalyticsData()
{
StepInterval = stepInterval, MaxStepValue = 0
};
QwasiEvaluationState currentState = new QwasiEvaluationState(__performStepOperation(stepRangeStart), stepRangeStart);
analyticsData.StateEvaluationList.Add(currentState);
int stepCount;
for (stepCount = stepRangeStart; stepCount + stepInterval <= stepRangeEnd; stepCount += stepInterval)
{
currentState = new QwasiEvaluationState(__performStepOperation(stepInterval), stepCount + stepInterval);
analyticsData.StateEvaluationList.Add(currentState);
}
analyticsData.MaxStepValue = stepCount;
List <QGEdge> updatedEdges = new List <QGEdge>();
foreach (HSEdgeState edgeState in analyticsData.BasisStates)
{
QGEdge edge = edgeState.Vertex1.GetEdge(edgeState.Vertex2);
if (updatedEdges.Contains(edge))
{
continue;
}
this.AnalyticsEdgeLabels[edge].LoadAnalyticsData(analyticsData);
updatedEdges.Add(edge);
}
this.CurrentAnalyticsData = analyticsData;
this.RaiseAnalyticsDataCompiledEvent(new QwasiAnalyticsEventArgs(analyticsData));
return(analyticsData);
}
public QGVertexEdgeEventArgs(QGEdge edge)
{
this.Edge = edge;
}
private void __unbindSimulationEdgeLabelEvents(QGEdge edge)
{
edge.Refreshed -= __edgeSimulation_Refreshed;
edge.MouseEnter -= __edgeSimulation_MouseEnter;
edge.MouseLeave -= __edgeSimulation_MouseLeave;
}
private void __unbindAnalyticsEdgeLabelEvents(QGEdge edge)
{
edge.Refreshed -= __edgeAnalytics_Refreshed;
edge.MouseEnter -= __edgeAnalytics_MouseEnter;
edge.MouseLeave -= __edgeAnalytics_MouseLeave;
}
public void Show(QwasiAnalyticsData analyticsData, QGEdge edge)
{
this.Visibility = Visibility.Visible;
this.PlotConfigurationPane.LoadData(analyticsData, edge);
}
