private void AppendHeader(
StringBuilder list,
DopplerShiftEvaluationType evaluationType
)
{
list.AppendLine("#" + evaluationType.ToUIString());
list.AppendFormat("{0,-20}", "#MediumTemperature");
list.AppendFormat("{0,-20}", "MediumVelocity");
foreach (BottomiumState state in BottomiumStates)
{
list.AppendFormat("{0,-20}", "DecayWidth(" + state + ")");
}
list.AppendLine();
list.AppendFormat("{0,-20}", "#(MeV)");
list.AppendFormat("{0,-20}", "(c)");
foreach (BottomiumState state in BottomiumStates)
{
list.AppendFormat("{0,-20}", "(MeV)");
}
list.AppendLine();
list.AppendLine("#");
}
private static void CreateQQDataProvider(
DopplerShiftEvaluationType evaluationType
)
{
Provider = new QQDataProvider(
DataPathFile,
PotentialTypes,
evaluationType,
ElectricDipoleAlignment.Random,
DecayWidthType,
QGPFormationTemperature,
NumberAveragingAngles);
}
private QQDataProvider CreateQQDataProvider(
DopplerShiftEvaluationType dopplerShiftEvaluationType,
ElectricDipoleAlignment electricDipoleAlignment
)
{
return(new QQDataProvider(
DataPathFile,
PotentialTypes,
dopplerShiftEvaluationType,
electricDipoleAlignment,
DecayWidthType,
QGPFormationTemperature,
NumberAveragingAngles));
}
/********************************************************************************************
* Constructors
********************************************************************************************/
public DecayWidthProvider(
string dataPathFile,
List <PotentialType> potentialTypes,
DopplerShiftEvaluationType dopplerShiftEvaluationType,
DecayWidthType decayWidthType,
double qgpFormationTemperature,
int numberAveragingAngles
)
{
DataPathFile = dataPathFile;
PotentialTypes = potentialTypes;
DopplerShiftEvaluationType = dopplerShiftEvaluationType;
DecayWidthType = decayWidthType;
QGPFormationTemperature = qgpFormationTemperature;
NumberAveragingAngles = numberAveragingAngles;
DecayWidthAveragers = InitializeDecayWidthAveragers();
}
/********************************************************************************************
* Constructors
********************************************************************************************/
public QQDataProvider(
string dataPathFile,
List <PotentialType> potentialTypes,
DopplerShiftEvaluationType dopplerShiftEvaluationType,
ElectricDipoleAlignment electricDipoleAlignment,
DecayWidthType decayWidthType,
double qgpFormationTemperature,
int numberAveragingAngles
)
{
DopplerShiftEvaluationType = dopplerShiftEvaluationType;
ElectricDipoleAlignment = electricDipoleAlignment;
DecayWidthType = decayWidthType;
QGPFormationTemperature = qgpFormationTemperature;
NumberAveragingAngles = numberAveragingAngles;
DataSets = InitializeDataSets(dataPathFile, potentialTypes);
DecayWidthAveragers = InitializeDecayWidthAveragers();
}
private string GetList(
DopplerShiftEvaluationType dopplerShiftEvaluationType,
ElectricDipoleAlignment electricDipoleAlignment,
List <double> mediumTemperatures,
List <double> mediumVelocities,
double electricField,
double magneticField
)
{
QQDataProvider provider = CreateQQDataProvider(
dopplerShiftEvaluationType, electricDipoleAlignment);
StringBuilder list = new StringBuilder();
AppendHeader(list, dopplerShiftEvaluationType);
AppendDataLines(
list, mediumTemperatures, mediumVelocities, electricField, magneticField, provider);
return(list.ToString());
}
/********************************************************************************************
* Constructors
********************************************************************************************/
public DecayWidthAverager(
LinearInterpolation1D interpolatedDecayWidths,
LinearInterpolation1D interpolatedEnergies,
LinearInterpolation1D interpolatedDisplacementRMS,
DopplerShiftEvaluationType dopplerShiftEvaluationType,
ElectricDipoleAlignment electricDipoleAlignment,
int magneticDipoleTermSign,
double qgpFormationTemperature,
int numberAveragingAngles
)
{
InterpolatedDecayWidths = interpolatedDecayWidths;
InterpolatedEnergies = interpolatedEnergies;
InterpolatedDisplacementRMS = interpolatedDisplacementRMS;
DopplerShiftEvaluationType = dopplerShiftEvaluationType;
ElectricDipoleAlignment = electricDipoleAlignment;
MagneticDipoleTermSign = magneticDipoleTermSign;
QGPFormationTemperature = qgpFormationTemperature;
NumberAveragingAngles = numberAveragingAngles;
AssertValidMembers();
}
