private void ApplyContainerLayout()
{
if (TreeLayout.IsChecked.Value)
{
var settings = new TreeLayoutSettings
{
TreeLayoutType = TreeLayoutType.TipOverTree,
IgnoreContainers = this.IgnoreContainersCheck.IsChecked.Value,
LayoutContainerChildren = this.LayoutContainersCheck.IsChecked.Value,
ComponentsGridWidth = 15000
};
if (this.containerSampleRoots != null)
{
settings.Roots.AddRange(this.containerSampleRoots);
}
this.diagram.Layout(LayoutType.Tree, settings);
}
else
{
var settings = new SugiyamaSettings
{
IgnoreContainers = this.IgnoreContainersCheck.IsChecked.Value,
LayoutContainerChildren = this.LayoutContainersCheck.IsChecked.Value,
ComponentsGridWidth = 15000
};
this.diagram.Layout(LayoutType.Sugiyama, settings);
}
}
private void UpdateLayout(bool isAutoFitDone = false, bool isAsync = true)
{
if (this.IsAutoLayoutEnabled)
{
if (isAutoFitDone)
{
this.Diagram.DiagramLayoutComplete -= this.Diagram_DiagramLayoutComplete;
this.Diagram.DiagramLayoutComplete += this.Diagram_DiagramLayoutComplete;
}
var sugiyamaSettings = new SugiyamaSettings
{
AnimateTransitions = true,
Orientation = Orientation.Vertical,
VerticalDistance = 128,
HorizontalDistance = 128,
ComponentMargin = new Size(128, 128)
};
if (isAsync)
{
this.Diagram.LayoutAsync(LayoutType.Sugiyama, sugiyamaSettings);
}
else
{
this.Diagram.Layout(LayoutType.Sugiyama, sugiyamaSettings);
}
this.Diagram.InvalidateVisual();
}
else
{
if (isAutoFitDone)
{
this.Diagram.AutoFitAsync(new Thickness(10));
}
}
}
private void LayoutDiagram(object sender)
{
var diagram = sender as RadDiagram;
if (diagram == null) return;
var settings = new SugiyamaSettings
{
// you can use the vertical direction though it'd result in a less conventional apperance
Orientation = Telerik.Windows.Diagrams.Core.Orientation.Horizontal,
// the horizontal distance or separation between item on the same layer
HorizontalDistance = 50d
};
// if you don't call Layout with some settings then default will be used
diagram.Layout(settings);
// auto-size them again
foreach (var shape in diagram.Shapes)
{
shape.Height = double.NaN;
shape.Width = double.NaN;
}
}
private void ApplyContainerLayout()
{
if (TreeLayout.IsChecked.Value)
{
var settings = new TreeLayoutSettings
{
TreeLayoutType = TreeLayoutType.TipOverTree,
IgnoreContainers = this.IgnoreContainersCheck.IsChecked.Value,
LayoutContainerChildren = this.LayoutContainersCheck.IsChecked.Value,
ComponentsGridWidth = 15000
};
if (this.containerSampleRoots != null) settings.Roots.AddRange(this.containerSampleRoots);
this.diagram.Layout(LayoutType.Tree, settings);
}
else
{
var settings = new SugiyamaSettings
{
IgnoreContainers = this.IgnoreContainersCheck.IsChecked.Value,
LayoutContainerChildren = this.LayoutContainersCheck.IsChecked.Value,
ComponentsGridWidth = 15000
};
this.diagram.Layout(LayoutType.Sugiyama, settings);
}
}
private void Timer_Tick(object sender, EventArgs e)
{
(sender as DispatcherTimer).Stop();
if (cmdDiagramType.SelectedItem != null)
{
var type = ((DiagramTypes)cmdDiagramType.SelectedItem).DiagramType;
if (type == EnumDiagramTypes.Sugiyama)
{
SugiyamaSettings settings = new SugiyamaSettings();
diagram.Layout(LayoutType.Sugiyama, settings);
}
else
{
TreeLayoutSettings settings = new TreeLayoutSettings();
if (type == EnumDiagramTypes.TreeHorizontal)
{
settings.TreeLayoutType = TreeLayoutType.TreeRight;
}
else if (type == EnumDiagramTypes.TreeVertical)
{
settings.TreeLayoutType = TreeLayoutType.TreeDown;
}
else if (type == EnumDiagramTypes.TreeRadial)
{
settings.TreeLayoutType = TreeLayoutType.RadialTree;
}
else if (type == EnumDiagramTypes.TreeTipOver)
{
settings.TreeLayoutType = TreeLayoutType.TipOverTree;
}
else if (type == EnumDiagramTypes.MindmapHorizontal)
{
settings.TreeLayoutType = TreeLayoutType.MindmapHorizontal;
}
else if (type == EnumDiagramTypes.MindmapVertical)
{
settings.TreeLayoutType = TreeLayoutType.MindmapVertical;
}
else if (type == EnumDiagramTypes.TreeUndefined)
{
settings.TreeLayoutType = TreeLayoutType.Undefined;
}
if (Roots.Any())
{
settings.Roots.AddRange(Roots);
}
diagram.Layout(LayoutType.Tree, settings);
}
diagram.AutoFit();
//if (diagram.Items.Any())
// settings.Roots.Add((diagram.Items[0] as UserControl).Parent as RadDiagramShape);
//
// diagram.Layout(LayoutType.Tree, settings);
// diagram.AutoFit();
// shapeS.Position = new Point(shapeS.Position.X, shapeF.Position.Y);
}
}