public MeepFluxRegion(MeepVector3 center)
{
Center = center;
Size = MeepVector3.Zero;
Direction = Direction.Automatic;
Weight = 1;
}
public MeepFluxRegion(MeepVector3 center)
{
Center = center;
Size = MeepVector3.Zero;
Direction = Direction.Automatic;
Weight = 1;
}
public MeepBlock(MeepMaterialType material, MeepVector3 center, MeepVector3 size)
: base(material, center)
{
Size = size;
E1 = MeepVector3.AxisX;
E2 = MeepVector3.AxisY;
E3 = MeepVector3.AxisZ;
}
public MeepBlock(MeepMaterialType material, MeepVector3 center, MeepVector3 size)
:base(material,center)
{
Size = size;
E1 = MeepVector3.AxisX;
E2 = MeepVector3.AxisY;
E3 = MeepVector3.AxisZ;
}
public static MeepSource CreateContinuousSource(Component component, MeepVector3 center, double wavelength)
{
MeepSource res = new MeepSource( component, center, wavelength );
res.Type = SourceType.Continuous;
res.EndTime = double.PositiveInfinity;
res.Width = 0;
res.Cutoff = 3;
return res;
}
private MeepSource(Component component, MeepVector3 center, double wavelength)
{
Component = component;
Center = center;
Size = MeepVector3.Zero;
Amplitude = 1.0;
Wavelength = wavelength;
StartTime = 0;
}
public static MeepSource CreateGaussianSource(Component component, MeepVector3 center, double wavelength, double width)
{
MeepSource res = new MeepSource( component, center, wavelength );
res.Type = SourceType.Gaussian;
res.EndTime = double.NaN;
res.Width = width;
res.Cutoff = 5;
return res;
}
private MeepSource(Component component, MeepVector3 center, double wavelength)
{
Component = component;
Center = center;
Size = MeepVector3.Zero;
Amplitude = 1.0;
Wavelength = wavelength;
StartTime = 0;
}
public static MeepSource CreateGaussianSource(Component component, MeepVector3 center, double wavelength, double width)
{
MeepSource res = new MeepSource(component, center, wavelength);
res.Type = SourceType.Gaussian;
res.EndTime = double.NaN;
res.Width = width;
res.Cutoff = 5;
return(res);
}
public static MeepSource CreateContinuousSource(Component component, MeepVector3 center, double wavelength)
{
MeepSource res = new MeepSource(component, center, wavelength);
res.Type = SourceType.Continuous;
res.EndTime = double.PositiveInfinity;
res.Width = 0;
res.Cutoff = 3;
return(res);
}
public MeepGeometricObject(MeepMaterialType material, MeepVector3 center)
{
Material = material;
Center = center;
}
public MeepGeometricObject(MeepMaterialType material, MeepVector3 center)
{
Material = material;
Center = center;
}
public static MeepStepFunction InPoint(MeepVector3 pt, IList <MeepStepFunction> functions)
{
return(new MeepOutputControl("in-point", new object[] { pt }, functions));
}
public MeepLattice(MeepVector3 size) { Size = size; }
/// <summary></summary>
public MeepBlock FromParallelogram(PointD origin, SizeD vector1, SizeD vector2)
{
MeepVector3 center = Convert( origin + 0.5 * vector1 + 0.5 * vector2, CenterZ );
MeepVector3 size = new MeepVector3( vector1.Magnitude, vector2.Magnitude, SizeZ );
return new MeepBlock( MeepMaterial, center, size )
{
E1 = Convert( ( 1 / vector1.Magnitude ) * vector1, 0 ),
E2 = Convert( ( 1 / vector2.Magnitude ) * vector2, 0 ),
E3 = MeepVector3.AxisZ,
};
}
public MeepVolume(MeepVector3 center, MeepVector3 size)
{
Center = center;
Size = size;
}
public MeepVolume(MeepVector3 center, MeepVector3 size)
{
Center = center;
Size = size;
}
public MeepLattice(MeepVector3 size)
{
Size = size;
}
