/// <summary>
/// Adds a new data series to the chart, the new series is a LineSeries added to
/// NRSeriesCollection with Title given by nparticles and coeff_stick params.
/// </summary>
/// <param name="nparticles">Number of particles in current aggregate generation.</param>
/// <param name="coeff_stick">Coefficient of stickiness of aggregate structure.</param>
public void AddDataSeries(uint nparticles, double coeff_stick, ManagedLatticeType lattice_type, bool isContinuous)
{
string title = (isContinuous ? "inf" : nparticles + "") + "/" + coeff_stick + "/";
// set appropriate title based on aggregate lattice type
switch (lattice_type)
{
case ManagedLatticeType.Square:
title += "S";
break;
case ManagedLatticeType.Triangle:
title += "T";
break;
}
// reduce opacity of each previously plotted series
foreach (LineSeries s in SeriesCollection)
{
s.Stroke.Opacity = 0.25;
}
// add new series to collection, with opacity at default 1.0 for focus
SeriesCollection.Add(new LineSeries {
Title = title,
Values = new ChartValues <NumberRadiusMeasureModel>(),
PointGeometrySize = 5,
Fill = Brushes.Transparent,
});
++series_counter;
}
/// <summary>
/// Sets up all the properties of the aggregate necessary for generation, including
/// lattice type, attractor type and the dimensions of the aggregate.
/// </summary>
private void SetUpAggregateProperties()
{
// get the selected dimension type
ComboBoxItem selected_dimension = (ComboBoxItem)(dimension_ComboBox.SelectedValue);
string dimension_str = (string)(selected_dimension.Content);
// set corresponding lattice_dimension constant
switch (dimension_str)
{
case "2D":
lattice_dimension = LatticeDimension._2D;
break;
case "3D":
lattice_dimension = LatticeDimension._3D;
break;
}
// reset simulation view
ResetViewButtonHandler(null, null);
// switch on current lattice dimension constant
switch (lattice_dimension)
{
case LatticeDimension._2D:
dla_2d.SetCoeffStick(stickiness_slider.Value);
// set the lattice type to current selected item
// of latticeType_ComboBox ui element
ComboBoxItem selected_2DlatticeType = (ComboBoxItem)(latticeType_ComboBox.SelectedValue);
string lattice_type2D_str = (string)(selected_2DlatticeType.Content);
ManagedLatticeType lattice_type2D = (ManagedLatticeType)Enum.Parse(typeof(ManagedLatticeType), lattice_type2D_str);
dla_2d.SetLatticeType(lattice_type2D);
// set the attractor type to current selected item
// of attractorType_ComboBox ui element
ComboBoxItem selected_2DAttractorType = (ComboBoxItem)(attractorType_ComboBox.SelectedValue);
string attractor_type2D_str = (string)(selected_2DAttractorType.Content);
ManagedAttractorType attractor_type2D = (ManagedAttractorType)Enum.Parse(typeof(ManagedAttractorType), attractor_type2D_str);
dla_2d.SetAttractorType(attractor_type2D);
break;
case LatticeDimension._3D:
dla_3d.SetCoeffStick(stickiness_slider.Value);
// set the lattice type to current selected item
// of latticeType_ComboBox ui element
ComboBoxItem selected_3DlatticeType = (ComboBoxItem)(latticeType_ComboBox.SelectedValue);
string lattice_type3D_str = (string)(selected_3DlatticeType.Content);
ManagedLatticeType lattice_type3D = (ManagedLatticeType)Enum.Parse(typeof(ManagedLatticeType), lattice_type3D_str);
dla_3d.SetLatticeType(lattice_type3D);
// set the attractor type to current selected item
// of attractorType_ComboBox ui element
ComboBoxItem selected_3DAttractorType = (ComboBoxItem)(attractorType_ComboBox.SelectedValue);
string attractor_type3D_str = (string)(selected_3DAttractorType.Content);
ManagedAttractorType attractor_type3D = (ManagedAttractorType)Enum.Parse(typeof(ManagedAttractorType), attractor_type3D_str);
dla_3d.SetAttractorType(attractor_type3D);
break;
}
}
/// <summary>
/// Sets the value of the lattice_type field corresponding to
/// selected item in latticeType_ComboBox.
/// </summary>
private void HandleLatticeTypeComboBox()
{
// get selected lattice type
ComboBoxItem selected_lattice_type = (ComboBoxItem)(latticeType_ComboBox.SelectedValue);
string lattice_type_str = (string)(selected_lattice_type.Content);
// set corresponding lattice_type
if (lattice_type_str == null)
{
lattice_type = ManagedLatticeType.Square;
}
else
{
lattice_type = (ManagedLatticeType)Enum.Parse(typeof(ManagedLatticeType), lattice_type_str);
}
}
//private readonly AggregateComponentManager comp_manager;
#endregion
public MainWindow()
{
InitializeComponent();
// initalise aggregate containers and related properties
dla_2d = new ManagedDLA2DContainer();
dla_3d = new ManagedDLA3DContainer();
current_particles = 0;
lattice_dimension = LatticeDimension._2D;
current_executing_dimension = lattice_dimension;
lattice_type = ManagedLatticeType.Square;
attractor_type = ManagedAttractorType.Point;
// initialise simulation view properties/handles
aggregate_manager = new AggregateSystemManager();
WorldModels.Children.Add(aggregate_manager.AggregateSystemModel()); // add model to view
colour_list = new List <Color>();
RenderAttractorGeometry();
// initialise chart related properties/handles
nrchart = new NumberRadiusChart();
ratechart = new GenerationRateChart();
chart_type = ChartType.NUMBERRADIUS;
Chart.DataContext = nrchart; // default chart data context to Number-Radius chart
//comp_manager = new AggregateComponentManager();
}
