//求透射电场强度的垂直分量by Zhuo Liu 2015,3,24:
//private Efield GetVerticalEfield(Efield e, RayInfo rayIn, RayInfo rayOut, VectorInSpace lVector, double Conduct, double Epara, double inDistance, double outDistance, double inputFrequency)
public EField GetVerticalEfield()
{
//当入射波和相交面垂直时，求水平分量和垂直分量没有意义
if (rayIn.RayVector.IsParallelAndSamedirection(intersectionFace.NormalVector))
{
return(null);
}
//原static语句：double reflectAngle = SpectVector.VectorPhase(rayIn.RayVector, l);
Plural verticalOfE = e.GetVerticalE(rayIn.RayVector, verticalVector);
Plural vertiValue = GetVerticalRefractance();
Plural A = new Plural(inDistance / (inDistance + outDistance));
Plural E = verticalOfE * vertiValue * A * GetPhase();
// 原static语句：Efield Vefield = SpectVector .VectorDotMultiply (E, VectorInSpace.VectorCrossMultiply (rayIn .RayVector ,l ));
SpectVector tempVector = rayIn.RayVector.CrossMultiplied(verticalVector).GetNormalizationVector();
return(tempVector.DotMultiplied(E));
}
public EField GetHorizonalEfield()
{
if (rayIn.RayVector.IsParallelAndSamedirection(intersectionFace.NormalVector))
{
return(null);
}
Plural horizonOfE = e.GetHorizonalE(rayIn.RayVector, verticalVector);
Plural horiValue = GetHorizonalRefractance();
Plural A = new Plural(inDistance / (inDistance + outDistance));
Plural E = horizonOfE * horiValue * A * GetPhase();
//原static语句：VectorInSpace l1 = VectorInSpace.VectorCrossMultiply(rayOut.RayVector, VectorInSpace.VectorCrossMultiply(rayIn.RayVector, l));
SpectVector temp1 = rayIn.RayVector.CrossMultiplied(verticalVector);
SpectVector temp2 = GetRayOut().RayVector;
SpectVector tempVector = temp2.CrossMultiplied(temp1).GetNormalizationVector();
return(tempVector.DotMultiplied(E));
}
