public void setSensor(OceanLoadingProperties.GreenFunctionEntry GreensFunction,
OceanLoadingProperties.OceanModelEntry[] OceanModel,
OceanLoadingProperties.LocalOceanModelEntry[] LocalOceanModel, string pathProperties)
{
this.GreensFunction = GreensFunction;
if (OceanModel != null)
{
this._OceanModel = new List <OceanLoadingProperties.OceanModelEntry>(OceanModel);
}
else
{
this._OceanModel = null;
}
if (LocalOceanModel != null)
{
this._LocalOceanModel = new List <OceanLoadingProperties.LocalOceanModelEntry>(LocalOceanModel);
}
else
{
this._LocalOceanModel = null;
}
oclp = OceanLoadingProperties.deserialisieren(pathProperties);
setFormsEarthModel();
setFormsOceanModel();
setFormsLocalOceanModel();
readyForContinue();
}
public static void serialisieren(OceanLoadingProperties oceanloadingproperties, string path)
{
XmlSerializer s = new XmlSerializer(typeof(OceanLoadingProperties));
TextWriter w = new StreamWriter(path);
s.Serialize(w, oceanloadingproperties);
w.Close();
} // Serialization
public PropertiesOceanLoading(OceanLoadingProperties oclP,
string oclEarthModel,
string oclTideModel)
{
this.oclP = oclP;
this.oclEarthModel = oclEarthModel;
this.oclTideModel = oclTideModel;
InitializeComponent();
int tmp = 0;
int c = 0;
foreach (OceanLoadingProperties.OceanModelEntry tmname in oclP.OceanModelItems)
{
comboBoxOceanLoad.Items.Add(tmname.ModelName);
if (tmname.FilePath == oclTideModel)
{
tmp = c;
}
c++;
}
comboBoxOceanLoad.SelectedIndex = tmp;
tmp = 0;
c = 0;
foreach (OceanLoadingProperties.GreenFunctionEntry gfname in oclP.GreenFunctionItems)
{
comboBoxGreenFuntion.Items.Add(gfname.Description);
if (gfname.FileName == oclEarthModel)
{
tmp = c;
}
c++;
}
comboBoxGreenFuntion.SelectedIndex = tmp;
}
