/// <summary>
/// Calculates extinction using DDA method.
/// </summary>
/// <param name="ddaConfig">The DDA configuration.</param>
/// <param name="systemConfig">The dipole system configuration.</param>
/// <param name="medium">The medium of the dipoles.</param>
/// <returns>The simulation result.</returns>
public static SimulationResultDictionary Calculate(DDAParameters ddaConfig, SystemConfig systemConfig, BaseMedium medium)
{
var manager = new MediumManager(medium, ddaConfig.IsSolidMaterial);
var ext = new ExtinctionManager(manager);
SimulationParameters parameters = new SimulationParameters
{
WavePropagation = ddaConfig.WavePropagation,
IncidentMagnitude = ddaConfig.IncidentMagnitude.ConvertToCartesian(),
SystemConfig = systemConfig,
Spectrum = ParameterHelper.ReadWavelengthFromConfiguration(ddaConfig)
};
return(ext.CalculateCrossExtinction(parameters));
}
public static Dictionary <double, double> Calculate()
{
bool solid = false;
var manager = new MediumManager(ParameterHelper.ReadOpticalConstants("opt_const.txt"), solid);
var ext = new ExtinctionManager(manager);
SimulationParameters parameters = new SimulationParameters
{
WavePropagation = ParameterHelper.ReadWavePropagationFromConfiguration("ddaParameters.xml"),
IncidentMagnitude = ParameterHelper.ReadIncidentMagnitudeFromConfiguration("ddaParameters.xml"),
SystemConfig = ParameterHelper.ReadSystemConfig("dipols.txt"),
WaveConfig = ParameterHelper.ReadWavelengthFromConfigration("ddaParameters.xml")
};
return(ext.CalculateCrossExtinction(parameters));
}
public AllMedia(MediumManager manger)
{
InitializeComponent();
_mediumManager = manger;
}