public Scientrace.MaterialProperties getXMaterial(XElement xel)
{
string materialid;
XAttribute material_attribute = xel.Attribute("Material");
XElement xmaterial = null;
if (material_attribute == null)
{
xmaterial = xel.Element("Material");
if (xmaterial == null)
{
throw new XMLException("No material defined in XML Element: \n---\n" + xel.ToString() + "\n---");
}
materialid = this.X.getXStringByAttribute(xmaterial, "Class");
}
else
{
materialid = material_attribute.Value;
}
if (Scientrace.MaterialProperties.listedIdentifier(materialid))
{
return(Scientrace.MaterialProperties.FromIdentifier(materialid));
}
switch (materialid)
{
case "StaticNTransparant": //old type I once made... :S fall through to non-typo version
case "StaticNTransparent":
double refindex = this.X.getXDouble(xmaterial, "RefractiveIndex");
Scientrace.StaticNTransparentMaterial matprops = new Scientrace.StaticNTransparentMaterial(refindex);
matprops.reflects = this.X.getXBool(xmaterial, "Reflects", true);
return(matprops);
//break;
case "NFormula":
Scientrace.DispersionFormulaDielectricProperties formuladielectric = new Scientrace.DispersionFormulaDielectricProperties();
formuladielectric.set_user_formula(this.X.getXStringByName(xmaterial, "Formula"));
formuladielectric.reflects = this.X.getXBool(xmaterial, "Reflects", true);
return(formuladielectric);
//break;
case "StaticReflectingAbsorber":
Scientrace.StaticReflectingAbsorberMaterial statRefAbsorber = new Scientrace.StaticReflectingAbsorberMaterial();
statRefAbsorber.setRefractiveIndex(this.X.getXDouble(xmaterial, "RefractiveIndex", 1));
statRefAbsorber.setReflectionFraction(this.X.getXDouble(xmaterial, "Reflection", 1));
statRefAbsorber.setAbsorptionFraction(this.X.getXDouble(xmaterial, "Absorption", 0));
return(statRefAbsorber);
//break;
default:
throw new XMLException("Material Class [" + materialid + "] unknown");
//break;
}
}
public Scientrace.MaterialProperties getXMaterial(XElement xel)
{
string materialid;
XAttribute material_attribute = xel.Attribute("Material");
XElement xmaterial = null;
if (material_attribute == null) {
xmaterial = xel.Element("Material");
if (xmaterial == null) {
throw new XMLException("No material defined in XML Element: \n---\n"+xel.ToString()+"\n---");
}
materialid = this.X.getXStringByAttribute(xmaterial,"Class");
} else {
materialid = material_attribute.Value;
}
if (Scientrace.MaterialProperties.listedIdentifier(materialid))
return Scientrace.MaterialProperties.FromIdentifier(materialid);
switch (materialid) {
case "StaticNTransparant": //old type I once made... :S fall through to non-typo version
case "StaticNTransparent":
double refindex = this.X.getXDouble(xmaterial, "RefractiveIndex");
Scientrace.StaticNTransparentMaterial matprops = new Scientrace.StaticNTransparentMaterial(refindex);
matprops.reflects = this.X.getXBool(xmaterial, "Reflects", true);
return matprops;
//break;
case "NFormula":
Scientrace.DispersionFormulaDielectricProperties formuladielectric = new Scientrace.DispersionFormulaDielectricProperties();
formuladielectric.set_user_formula(this.X.getXStringByName(xmaterial, "Formula"));
formuladielectric.reflects = this.X.getXBool(xmaterial, "Reflects", true);
return formuladielectric;
//break;
case "StaticReflectingAbsorber":
Scientrace.StaticReflectingAbsorberMaterial statRefAbsorber = new Scientrace.StaticReflectingAbsorberMaterial();
statRefAbsorber.setRefractiveIndex(this.X.getXDouble(xmaterial, "RefractiveIndex", 1));
statRefAbsorber.setReflectionFraction(this.X.getXDouble(xmaterial, "Reflection", 1));
statRefAbsorber.setAbsorptionFraction(this.X.getXDouble(xmaterial, "Absorption", 0));
return statRefAbsorber;
//break;
default:
throw new XMLException("Material Class ["+materialid+"] unknown");
//break;
}
}