public SpatialVector CalculateMagneticFieldInLCF(
double properTime_fm,
double x_fm,
double y_fm,
double rapidity,
double conductivity_MeV
)
{
// Nucleus A is located at negative x and moves in positive z direction
SpatialVector fieldNucleusA = NucleusEMFA.CalculateMagneticFieldInLCF(
properTime_fm, x_fm - NucleusPositionA, y_fm, rapidity, conductivity_MeV);
// Nucleus B is located at positive x and moves in negative z direction
SpatialVector fieldNucleusB = NucleusEMFB.CalculateMagneticFieldInLCF(
properTime_fm, x_fm - NucleusPositionB, y_fm, rapidity, conductivity_MeV);
return(fieldNucleusA + fieldNucleusB);
}
/********************************************************************************************
* Public members, functions and properties
********************************************************************************************/
public SpatialVector CalculateElectricField(
double t_fm,
double x_fm,
double y_fm,
double z_fm,
double conductivity_MeV
)
{
// Nucleus A is located at negative x and moves in positive z direction
SpatialVector fieldNucleusA = NucleusEMFA.CalculateElectricField(
t_fm, x_fm - NucleusPositionA, y_fm, z_fm, conductivity_MeV);
// Nucleus B is located at positive x and moves in negative z direction
SpatialVector fieldNucleusB = NucleusEMFB.CalculateElectricField(
t_fm, x_fm - NucleusPositionB, y_fm, z_fm, conductivity_MeV);
return(fieldNucleusA + fieldNucleusB);
}