private List <List <double> > CreateDecayWidthEvaluatedAtDopplerShiftedTemperatureDataList()
{
List <List <double> > dataList = new List <List <double> >();
List <double> cosineValues = GetLinearAbscissaList(-1, 1, NumberAveragingAngles);
dataList.Add(cosineValues);
QQDataProvider provider = CreateQQDataProvider();
List <DecayWidthAverager> averagers = new List <DecayWidthAverager>();
foreach (BottomiumState state in BottomiumStates)
{
averagers.Add(provider.CreateDecayWidthAverager(state));
}
foreach (DecayWidthAverager averager in averagers)
{
PlotFunction function = cosine => averager.GetDecayWidth(
DecayWidthAverager.GetDopplerShiftedTemperature(
MediumTemperatures_MeV[0], MediumVelocities[0], cosine));
AddPlotFunctionLists(dataList, cosineValues, function);
}
foreach (DecayWidthAverager averager in averagers)
{
PlotFunction function = cosine => averager.GetDecayWidth(MediumTemperatures_MeV[0]);
AddPlotFunctionLists(dataList, cosineValues, function);
}
return(dataList);
}
private void AppendDecayWidthValue(
StringBuilder list,
BottomiumState state,
double temperature,
double velocity,
double electricField,
double magneticField,
QQDataProvider provider
)
{
list.AppendFormat("{0,-20}", provider.GetInMediumDecayWidth(
state, temperature, velocity, electricField, magneticField).ToUIString());
}
public void ShowDecayWidthInput()
{
CurrentJobTitle = "ShowDecayWidthInput";
List <List <QQDataSet> > dataSetLists = new List <List <QQDataSet> >();
foreach (BottomiumState state in BottomiumStates)
{
dataSetLists.Add(QQDataProvider.GetBoundStateDataSets(
QQDataPathFile, PotentialTypes, state));
}
LogMessages.Clear();
foreach (BottomiumState state in BottomiumStates)
{
LogMessages.AppendFormat("{0,16}", state.ToUIString());
}
LogMessages.AppendLine();
LogMessages.AppendLine();
foreach (BottomiumState state in BottomiumStates)
{
LogMessages.AppendFormat("{0,6}{1,10}", "T", DecayWidthType);
}
LogMessages.AppendLine();
LogMessages.AppendLine();
for (int i = 0; i < dataSetLists[0].Count; i++)
{
foreach (List <QQDataSet> dataSetList in dataSetLists)
{
if (i < dataSetList.Count)
{
LogMessages.AppendFormat("{0,6}{1,10}",
dataSetList[i].Temperature.ToUIString(),
dataSetList[i].GetGamma(DecayWidthType).ToUIString());
}
else
{
LogMessages.AppendFormat("{0,16}", "");
}
}
LogMessages.AppendLine();
}
LogMessages.AppendLine();
LogMessages.AppendLine();
}
private void AppendDataLine(
StringBuilder list,
double temperature,
double velocity,
double electricField,
double magneticField,
QQDataProvider provider
)
{
list.AppendFormat("{0,-20}", temperature.ToUIString());
list.AppendFormat("{0,-20}", velocity.ToUIString());
foreach (BottomiumState state in BottomiumStates)
{
AppendDecayWidthValue(
list, state, temperature, velocity, electricField, magneticField, provider);
}
list.AppendLine();
}
private static double CalculateSpinStateOverlap(
BottomiumState tripletState,
double magneticFieldStrength
)
{
Dictionary <int, double> hfs = QQDataProvider.GetHyperfineEnergySplitting(tripletState);
Dictionary <int, double> overlap = new Dictionary <int, double>();
foreach (int j in hfs.Keys)
{
double helper1 = 4 * Constants.MagnetonBottomQuark_fm * magneticFieldStrength
* Constants.HbarC_MeV_fm / hfs[j];
double helper2 = helper1 / (1 + Math.Sqrt(1 + helper1 * helper1));
overlap.Add(j, helper2 * helper2 / (1 + helper2 * helper2));
}
return(QQDataProvider.AverageHyperfineBottomiumProperties(tripletState, overlap));
}
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());
}
private List <List <double> > CreateEnergiesFromQQDataFileContinuousDataList()
{
List <List <double> > dataList = new List <List <double> >();
List <double> temperatureValues = GetLinearAbscissaList(0, 800, 800);
dataList.Add(temperatureValues);
QQDataProvider provider = CreateQQDataProvider();
foreach (BottomiumState state in BottomiumStates)
{
DecayWidthAverager averager = provider.CreateDecayWidthAverager(state);
PlotFunction energyFunction = temperature => averager.GetEnergy(temperature);
AddPlotFunctionLists(dataList, temperatureValues, energyFunction);
}
return(dataList);
}
private FireballParam CreateFireballParam()
{
FireballParam param = new FireballParam
{
BreakupTemperature_MeV = BreakupTemperature_MeV,
CenterOfMassEnergy_TeV = CenterOfMassEnergy_TeV,
DiffusenessA_fm = DiffusenessA_fm,
DiffusenessB_fm = DiffusenessB_fm,
EMFCalculationMethod = EMFCalculationMethod,
EMFQuadratureOrder = EMFQuadratureOrder,
EMFUpdateInterval_fm = EMFUpdateInterval_fm,
ExpansionMode = ExpansionMode,
FormationTimes_fm = FormationTimes_fm,
GridCellSize_fm = GridCellSize_fm,
GridRadius_fm = GridRadius_fm,
ImpactParameter_fm = ImpactParameter_fm,
InitialMaximumTemperature_MeV = InitialMaximumTemperature_MeV,
NuclearRadiusA_fm = NuclearRadiusA_fm,
NuclearRadiusB_fm = NuclearRadiusB_fm,
NucleonNumberA = NucleonNumberA,
NucleonNumberB = NucleonNumberB,
NucleusShapeA = NucleusShapeA,
NucleusShapeB = NucleusShapeB,
ProtonNumberA = ProtonNumberA,
ProtonNumberB = ProtonNumberB,
QGPConductivity_MeV = QGPConductivity_MeV,
QGPFormationTemperature_MeV = QGPFormationTemperature_MeV,
TemperatureProfile = TemperatureProfile,
ThermalTime_fm = ThermalTime_fm,
TransverseMomenta_GeV = TransverseMomenta_GeV,
UseElectricField = UseElectricField,
UseMagneticField = UseMagneticField
};
QQDataProvider provider = CreateQQDataProvider();
param.DecayWidthRetrievalFunction = provider.GetInMediumDecayWidth;
return(param);
}
private void AppendDataLines(
StringBuilder list,
List <double> mediumTemperatures,
List <double> mediumVelocities,
double electricField,
double magneticField,
QQDataProvider provider
)
{
foreach (double temperature in mediumTemperatures)
{
foreach (double velocity in mediumVelocities)
{
AppendDataLine(
list, temperature, velocity, electricField, magneticField, provider);
}
if ((mediumTemperatures.Count > 1) && (mediumVelocities.Count > 1))
{
list.AppendLine();
}
}
}
private List <List <double> > CreateEnergiesFromQQDataFileDataList(
BottomiumState state
)
{
List <List <double> > dataList = new List <List <double> >();
List <QQDataSet> dataSets = QQDataProvider.GetBoundStateDataSets(
QQDataPathFile, PotentialTypes, state);
List <double> temperatures = new List <double>();
List <double> energies = new List <double>();
foreach (QQDataSet dataSet in dataSets)
{
temperatures.Add(dataSet.Temperature);
energies.Add(dataSet.Energy);
}
dataList.Add(temperatures);
dataList.Add(energies);
return(dataList);
}
private List <List <double> > CreateDecayWidthsFromQQDataFileDataList(
BottomiumState state
)
{
List <List <double> > dataList = new List <List <double> >();
List <QQDataSet> dataSets = QQDataProvider.GetBoundStateDataSets(
QQDataPathFile, PotentialTypes, state);
List <double> temperatures = new List <double>();
List <double> decayWidths = new List <double>();
foreach (QQDataSet dataSet in dataSets)
{
temperatures.Add(dataSet.Temperature);
decayWidths.Add(dataSet.GetGamma(DecayWidthType));
}
dataList.Add(temperatures);
dataList.Add(decayWidths);
return(dataList);
}