/// <summary>コピーコンストラクタ。</summary>
/// <param name="previous"></param>
public PolarCoordinateFunctionalPathData(PolarCoordinateFunctionalPathData previous)
: base(previous)
{
VirtualShape = new VirtualPolygon();
CenterRadius = previous.CenterRadius;
CenterRadius_LastValid = previous.CenterRadius_LastValid;
CenterPhase = previous.CenterPhase;
CenterPhase_LastValid = previous.CenterPhase_LastValid;
LeftWingWidth = previous.LeftWingWidth;
LeftWingWidth_LastValid = previous.LeftWingWidth_LastValid;
RightWingWidth = previous.RightWingWidth;
RightWingWidth_LastValid = previous.RightWingWidth_LastValid;
}
/// <summary>コピーコンストラクタ。</summary>
/// <param name="previous"></param>
public PolarCoordinateFunctionalPathData(PolarCoordinateFunctionalPathData previous)
: base( previous )
{
VirtualShape = new VirtualPolygon();
CenterRadius = previous.CenterRadius;
CenterRadius_LastValid = previous.CenterRadius_LastValid;
CenterPhase = previous.CenterPhase;
CenterPhase_LastValid = previous.CenterPhase_LastValid;
LeftWingWidth = previous.LeftWingWidth;
LeftWingWidth_LastValid = previous.LeftWingWidth_LastValid;
RightWingWidth = previous.RightWingWidth;
RightWingWidth_LastValid = previous.RightWingWidth_LastValid;
}
private PolarCoordinateFunctionalPathData _AddPolarCoordinateFunctionalPathObject()
{
PolarCoordinateFunctionalPathData res = new PolarCoordinateFunctionalPathData();
AddGeometricObject( res );
return res;
}
public static void MakeTestProject()
{
Application app = Application.SingletonInstance;
app.OpenedProject = new WaveguideDesignerProjectData();
app.OpenedProject.Name = "Test Project";
ProjectManifestData manifest = new ProjectManifestData();
manifest.SimulationRegion.Dimension = Dimension.Dim2;
manifest.SimulationRegion.MinX = 0;
manifest.SimulationRegion.MaxX = 15;
manifest.SimulationRegion.MinY = -4;
manifest.SimulationRegion.MaxY = 4;
manifest.Resolution = 50;
app.OpenedProject.ProjectManifest = manifest;
app.OpenedProject.GlobalRenderSetting = new GlobalRenderSettingData();
app.OpenedProject.GlobalStructureNumerics = new GlobalStructureNumericsData();
app.OpenedProject.Layers.Add( new LayerData() );
app.OpenedProject.Layers[0].Name = "Layer1";
app.OpenedProject.Layers[0].Profile.Material = new MaterialData( MaterialData.MaterialType.Dielectric ) { Name = "material1", Index = 2, };
RectangleCoordinateFunctionalPathData s = new RectangleCoordinateFunctionalPathData();
s.PointNum = 100;
s.XOffset = "0";
s.YOffset = "1";
s.CenterX = "15*t";
s.CenterY = "3*sin(6*pi*t)*t";
s.LeftWingWidth = "0.2";
s.RightWingWidth = "0.2";
app.OpenedProject.Layers[0].GeometricObjects.Add( s );
s = new RectangleCoordinateFunctionalPathData();
s.PointNum = 50;
s.XOffset = "0";
s.YOffset = "1";
s.CenterX = "10*t";
s.CenterY = "-5*t";
s.LeftWingWidth = "0.2";
s.RightWingWidth = "0.2*sin(10*t)";
app.OpenedProject.Layers[0].GeometricObjects.Add( s );
app.OpenedProject.Layers.Add( new LayerData() );
app.OpenedProject.Layers[1].Name = "Layer2";
app.OpenedProject.Layers[1].Profile.Material = new MaterialData( MaterialData.MaterialType.Dielectric ) { Name = "material2", Index = 3, }; ;
app.OpenedProject.Layers[1].Profile.RenderSetting.Border = Pens.LightGreen;
app.OpenedProject.Layers[1].Profile.RenderSetting.Fill = new HatchBrush(HatchStyle.DarkDownwardDiagonal,Color.LightGreen);
s = new RectangleCoordinateFunctionalPathData();
s.PointNum = 2;
s.XOffset = "0";
s.YOffset = "1";
s.CenterX = "10*t";
s.CenterY = "5*t";
s.LeftWingWidth = "0.2";
s.RightWingWidth = "0.2";
app.OpenedProject.Layers[1].GeometricObjects.Add( s );
app.OpenedProject.Layers.Add( new LayerData() );
app.OpenedProject.Layers[2].Name = "Layer3";
app.OpenedProject.Layers[2].Profile.Material = new MaterialData( MaterialData.MaterialType.Dielectric ) { Name = "material3", Index = 4, }; ;
app.OpenedProject.Layers[2].Profile.RenderSetting.Border = Pens.Purple;
app.OpenedProject.Layers[2].Profile.RenderSetting.Fill = new HatchBrush( HatchStyle.DarkDownwardDiagonal, Color.Purple );
PolarCoordinateFunctionalPathData p = new PolarCoordinateFunctionalPathData();
p.PointNum = 10;
p.XOffset = "10";
p.YOffset = "0";
p.CenterRadius = "5*t";
p.CenterPhase = "4*pi*t";
p.LeftWingWidth = "0.5*t";
p.RightWingWidth = "0.25*(1+sin(16*pi*t))";
app.OpenedProject.Layers[2].GeometricObjects.Add( p );
app.OpenedProject.Layers.Add( new LayerData() );
app.OpenedProject.Layers[3].Name = "Layer4";
app.OpenedProject.Layers[3].Profile.Material = new MaterialData( MaterialData.MaterialType.Dielectric ) { Name = "material1", Index = 2, }; ;
app.OpenedProject.Layers[3].Profile.RenderSetting.Border = Pens.Aqua;
app.OpenedProject.Layers[3].Profile.RenderSetting.Fill = new HatchBrush( HatchStyle.Percent05, Color.Aqua );
p = new PolarCoordinateFunctionalPathData();
p.PointNum = 10;
p.XOffset = "5";
p.YOffset = "0";
p.CenterRadius = "1*t";
p.CenterPhase = "-4*pi*t";
p.LeftWingWidth = "0.5*t";
p.RightWingWidth = "0.25*(1+sin(5*pi*t))";
app.OpenedProject.Layers[3].GeometricObjects.Add( p );
SourceData src = new SourceData();
src.Name = "TestSrc";
src.Wavelength = 1.55;
src.Center = new Vector3( 1, 0, 0 );
src.Size = new Vector3( 0, 0, 0 );
src.Type = SourceData.SourceType.Continuous;
manifest.Sources.Add( src );
}