/********************************************************************************************
* Public members, functions and properties
********************************************************************************************/
public double CalculateElectromagneticField(
EMFComponent component,
double effectiveTime_fm,
double radialDistance_fm,
double conductivity_MeV
)
{
CalculateElectromagneticField(
effectiveTime_fm, radialDistance_fm, conductivity_MeV,
out double azimuthalMagneticComponent_per_fm2,
out double longitudinalElectricComponent_per_fm2,
out double radialElectricComponent_per_fm2);
switch (component)
{
case EMFComponent.AzimuthalMagneticComponent:
return(azimuthalMagneticComponent_per_fm2);
case EMFComponent.LongitudinalElectricComponent:
return(longitudinalElectricComponent_per_fm2);
case EMFComponent.RadialElectricComponent:
return(radialElectricComponent_per_fm2);
default:
throw new Exception("Invalid EMFComponent.");
}
}
private List <List <double> > CreatePointChargeFieldRadialDistanceDataList(
EMFComponent component
)
{
List <List <double> > dataList = new List <List <double> >();
List <double> radialDistanceValues = GetLogarithmicAbscissaList(0.1, 100, Samples);
dataList.Add(radialDistanceValues);
foreach (EMFCalculationMethod method in Enum.GetValues(typeof(EMFCalculationMethod)))
{
PointChargeElectromagneticField emf = PointChargeElectromagneticField.Create(
method, ParticleRapidity);
PlotFunction fieldValue = radius => EMFNormalization
* emf.CalculateElectromagneticField(component, FixedTime, radius, QGPConductivity_MeV);
AddPlotFunctionLists(dataList, radialDistanceValues, fieldValue);
}
return(dataList);
}
