/// <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 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(uint _nparticles, double _agg_sticky_coeff)
{
// reset simulation view
ResetView();
// pre-compute the color list for all particles
if (!isContinuous)
{
ComputeColorList(_nparticles);
}
else
{
ComputeColorList(50000); // TODO: change this, don't like "magic" number
}
switch (chart_type) // add new data series to focused chart type
{
case ChartType.NUMBERRADIUS:
nrchart.AddDataSeries(_nparticles, _agg_sticky_coeff, lattice_type, isContinuous);
nrchart.PollingInterval = 100U;
nrchart.AddDataPoint(0, 0.0); // set initial chart data point to origin
break;
case ChartType.RATEGENERATION:
// TODO
break;
}
Chart.LegendLocation = LegendLocation.Right;
// set properties of aggregate corresponding to dimension
switch (current_executing_dimension)
{
case LatticeDimension._2D:
dla_2d.SetCoeffStick(_agg_sticky_coeff);
dla_2d.SetLatticeType(lattice_type);
dla_2d.SetAttractorType(attractor_type,
(attractor_type == ManagedAttractorType.Point) ? 1U : (uint)attractorsize_slider.Value);
dla_2d.ChangeContinuousFlag(isContinuous);
break;
case LatticeDimension._3D:
dla_3d.SetCoeffStick(_agg_sticky_coeff);
dla_3d.SetLatticeType(lattice_type);
dla_3d.SetAttractorType(attractor_type,
(attractor_type == ManagedAttractorType.Point) ? 1U : (uint)attractorsize_slider.Value);
dla_3d.ChangeContinuousFlag(isContinuous);
break;
}
}
