public static void DrawDownTop(Canvas canvas, ExperimentsTree.ExperimentsTreeNode node, Point point)
{
if (node.ChildNodes.Count > 0)
{
DrawChilds(canvas, node, point);
}
if (node.ParentNode != null)
{
DrawDownTop(canvas, node, point);
}
}
private static void DrawChilds(Canvas canvas, ExperimentsTree.ExperimentsTreeNode node, Point point)
{
// calculate coordinates
double trainLength = (node.ChildsCount - 1) * l;
double startX = point.X - trainLength / 2;
double startY = h * (node.Level + 1);
foreach (var chld in node.ChildNodes)
{
//var coord = new Point(startX, startY);
var el2 = new Ellipse();
el2.Tag = chld;
el2.Fill = Brushes.Transparent;
el2.StrokeThickness = 1;
el2.Stroke = Brushes.Red;
el2.Width = el2.Height = w;
canvas.Children.Add(el2);
Canvas.SetTop(el2, startY);
Canvas.SetLeft(el2, startX);
var tb2 = new TextBlock();
tb2.Text = chld.ChildsCount.ToString();
canvas.Children.Add(tb2);
Canvas.SetTop(tb2, startY);
Canvas.SetLeft(tb2, startX + el2.Width);
}
var line = new Line();
line.Stroke = Brushes.Black;
line.StrokeThickness = 1;
line.X1 = point.X + 20;
line.Y1 = point.Y + w;
line.X2 = startX + 20;
line.Y2 = startY;
canvas.Children.Add(line);
startX += l;
}
public void TakeSnapshot(ExperimentsTree.ExperimentsTreeNode node)
{
node.Open();
node.Load();
Tree.Save(TreeFileName);
if (Experiment.GetInstance(node.Id).HasSnapshot)
{
Experiment.GetInstance(node.Id).HasSnapshot = DirectoryPacker.UnPack(ModelDir, SnapshotDataFileName, node.Id);
}
if (Experiment.GetInstance(node.Id).HasBackup)
{
TakeBackup(node.Id);
}
LastSnapshotId = node.Id;
SaveProject();
//string modelName = vissim.Instance.GetInputFileName();
//string modelDir = vissim.Instance.GetWorkingDirectory();
LoadModel();
}
public static void DrawTopDown(Canvas canvas,
ExperimentsTree.ExperimentsTreeNode node,
Point point, Experiment currentExp)
{
if (lastExperimentNumber != currentExp.Number)
{
dict = Experiment.GetDict();
lastExperimentNumber = currentExp.Number;
}
if (node.DescendantsCount > maxDescendantsCount)
{
maxDescendantsCount = node.DescendantsCount;
}
var nodeCtrl = new NodeControl();
nodeCtrl.Tag = node;
nodeCtrl.Header = string.Format("Exp. Nr.{0}", dict[node.Id].Number);
nodeCtrl.Counter = node.ChildsCount;
nodeCtrl.lbl1.Content = "Id: " + node.Id.ToString();
nodeCtrl.lbl2.Content = "Descendants Count: " + node.DescendantsCount.ToString();
nodeCtrl.border.Background = GradientBraker.Brake(Colors.AntiqueWhite, Colors.Blue, maxDescendantsCount + 1).ToArray()[node.DescendantsCount];
nodeCtrl.IsSelected = true;
canvas.Children.Add(nodeCtrl);
Canvas.SetTop(nodeCtrl, point.Y);
Canvas.SetLeft(nodeCtrl, point.X);
Canvas.SetZIndex(nodeCtrl, 100);
// calculate coordinates
double trainLength = (node.ChildsCount - 1) * l;
double startX = point.X - trainLength / 2;
double startY = h * (node.Level + 1);
foreach (var chld in node.ChildNodes)
{
if (chld.IsOpen)
{
DrawTopDown(canvas, chld, new Point(startX, startY), dict[chld.Id]);
}
else
{
var nodeCtrl2 = new NodeControl();
nodeCtrl2.Header = string.Format("Exp. Nr.{0}", dict[chld.Id].Number);
nodeCtrl2.Tag = chld;
nodeCtrl2.Counter = chld.ChildsCount;
nodeCtrl2.lbl1.Content = "Id: " + chld.Id.ToString();
nodeCtrl2.lbl2.Content = "Descendants Count: " + chld.DescendantsCount.ToString();
nodeCtrl2.IsSelected = false;
nodeCtrl2.border.Background = GradientBraker.Brake(Colors.AntiqueWhite, Colors.Blue, maxDescendantsCount + 1).ToArray()[chld.DescendantsCount];
canvas.Children.Add(nodeCtrl2);
Canvas.SetTop(nodeCtrl2, startY);
Canvas.SetLeft(nodeCtrl2, startX);
Canvas.SetZIndex(nodeCtrl2, 100);
}
var line = new Line();
if (!chld.IsOpen)
{
line.Stroke = Brushes.Black;
line.StrokeThickness = 0.1;
line.StrokeDashArray = new DoubleCollection(new double[] { 70, 35 });
}
else
{
line.Stroke = Brushes.Gold;
line.StrokeThickness = 1;
}
line.X1 = point.X + l / 1.39;
line.Y1 = point.Y + w / 2;
line.X2 = startX + l / 1.39;
line.Y2 = startY + w / 2;
canvas.Children.Add(line);
Canvas.SetZIndex(line, 99);
startX += l;
}
}
public void BrakeSnapshot(ExperimentsTree.ExperimentsTreeNode node)
{
}
