private void GenerateTestHierarchicalReferenceFile(string path, double width, double height)
{
// Generate reference hierarchical data with layout info
var generator = new HierarchicalDataBuilder();
var root = generator.GenerateRandomHierarchy();
var layout = new CirclePackingLayout();
layout.Layout(root, width, height);
var file = new BinaryFile <HierarchicalData>();
file.Write(path, root);
}
private void MainWindow_OnLoaded(object sender, RoutedEventArgs e)
{
// Fill sample data to visualiue
var builder = new HierarchicalDataBuilder();
_chord.DataContext = GetChordTestData();
var circle = builder.GetFlatExample();
var tree = builder.GetFlatExample();
_circlePacking.DataContext = circle;
_treeMap.DataContext = tree;
}
private void GenerateTestHierarchicalReferenceFile(string path, double width, double height)
{
// Generate reference hierarchical data with layout info
var generator = new HierarchicalDataBuilder();
var root = generator.GenerateRandomHierarchy();
// Needed by tree map algorithm
root.SumAreaMetrics();
var layout = new SquarifiedTreeMapLayout();
layout.Layout(root, width, height);
var file = new BinaryFile <HierarchicalData>();
file.Write(path, root);
}
private HierarchicalDataContext LoadCached(string cacheFile, string fileName)
{
var builder = new HierarchicalDataBuilder();
//var cacheFile = "d:\\data.bin";
if (File.Exists(cacheFile))
{
var file = new BinaryFile <HierarchicalData>();
var data = file.Read(cacheFile);
return(new HierarchicalDataContext(data));
}
else
{
var context = builder.CreateHierarchyFromFilesystem(fileName, true);
var file = new BinaryFile <HierarchicalData>();
file.Write(cacheFile, context.Data);
return(context);
}
}
