public MainWindow()
{
this.InitializeComponent();
this.OnChangeSensorParameters(null, null);
this.mesh_generator = null;
this.cap_visualiser = null;
this.RestoreValues();
UpdateGUIEvent(null, null);
}
/// <summary>
/// dfdf
/// </summary>
private void SetupMeshParameters()
{
if (this.mesh_generator == null)
{
this.mesh_generator = new Geometry.MeshGeneratorWrapper();
}
else
{
this.mesh_generator.Cleanup();
}
double[] rpositions = new double[] { this.s0r, this.s1r, this.s2r, this.s3r };
double[] svalues = new double[] { this.s0v, this.s1v, this.s2v, this.s3v };
double[] rings = new double[] { 0.0D, this.inner_wall_distance, this.outer_wall_distance, this.shield_distance };
double[] materials = new double[] { this.material_inner, this.material_tube, this.material_outer, 0.00D };
if (!this.chkGenerateCompleteModel.Checked)
{
rpositions = new double[] { this.s0r, this.s1r, this.s2r, this.s2r };
svalues = new double[] { this.s0v, this.s1v, this.s2v, this.s2v };
rings = new double[] { 0.0D, this.inner_wall_distance, this.outer_wall_distance, -1 };;
materials = new double[] { this.material_inner, this.material_tube, 0, 0 };
}
this.mesh_generator.SetSparseFunctionPoints(rpositions, svalues);
this.mesh_generator.SetRingsAndMaterials(rings, materials);
this.mesh_generator.SetSpatialParameters(this.height, this.vertical_sparsity);
if (this.chkGenerateCompleteModel.Enabled && this.chkGenerateCompleteModel.Checked)
{
this.mesh_generator.SetPlainElectrodesDistributionParameters(this.outer_wall_distance, this.shield_distance, this.electrodes_count, this.nodes_per_electrode);
}
else
{
this.mesh_generator.SetPlainElectrodesDistributionParameters(this.outer_wall_distance, -1.0, this.electrodes_count, this.nodes_per_electrode);
}
}
