public void addXMLWaveLengths(Scientrace.UserLightSpectrum ls, XElement xlightspectrum)
{
if (xlightspectrum.Attribute("ModuloMultiplier") != null)
{
ls.modulo_multiplier = this.X.getXInt(xlightspectrum, "ModuloMultiplier");
}
//Console.WriteLine("Mod multiplier is now: "+ls.modulo_multiplier);
if (xlightspectrum.Attribute("Tag") != null)
{
ls.tag = this.X.getXString(xlightspectrum.Attribute("Tag"));
}
foreach (XElement wlxel in xlightspectrum.Elements("Wavelength"))
{
double wlintens = this.X.getXDouble(wlxel, "Intensity", 1);
if (wlintens > Scientrace.MainClass.SIGNIFICANTLY_SMALL) //check for minimal intensity threshold
{
if (wlxel.Attribute("nm") == null)
{
ls.addWavelength(this.X.getXDouble(wlxel, "m"), wlintens);
}
else
{
ls.addNanometerWavelength(this.X.getXDouble(wlxel, "nm"), wlintens);
}
}
else
{
Console.WriteLine("NOTE: " + wlxel.ToString() + " has negligible intensity of " + wlintens + " and is skipped.");
}
}
ls.force_verify_mod_multip();
}
public void getSpectrumXMLFromXMLFile(Scientrace.UserLightSpectrum ls, string filename)
{
if (System.IO.File.Exists(filename))
{
XDocument xd = XDocument.Load(filename);
this.addXMLWaveLengths(ls, xd.Element("Spectrum"));
}
else
{
throw new System.IO.FileNotFoundException("Spectrum filename (" + filename + ") does not exist");
}
}
public Scientrace.UserLightSpectrum getUserLightSpectrum(XElement xspec)
{
string tag = this.X.getXString(xspec, "Tag");
Scientrace.UserLightSpectrum retls = new Scientrace.UserLightSpectrum(1, tag);
//Console.WriteLine("Creating user lightsource "+tag);
if (xspec.Attribute("CSVData") != null)
{
Console.WriteLine("Reading from comma seperated value files not yet possible");
//TODO: parse CSV values from this filename.
}
if (xspec.Attribute("XMLData") != null)
{
string xmldatafilename = this.X.getXString(xspec.Attribute("XMLData"));
retls.tag = retls.tag + xmldatafilename;
this.getSpectrumXMLFromXMLFile(retls, xmldatafilename);
}
this.addXMLWaveLengths(retls, xspec);
return(retls);
}
