protected void PrepareJob(
string jobTitle
)
{
CurrentJobTitle = jobTitle;
SetJobStartTimeStamp();
LogMessages.Clear();
LogMessages.Append(LogHeader);
}
protected void PrepareJob(
string jobTitle,
string[] statusTitles
)
{
CurrentJobTitle = jobTitle;
SetStatusVariables(statusTitles);
SetJobStartTimeStamp();
LogMessages.Clear();
LogMessages.Append(LogHeader);
}
public void CalculateFreeWaveFunction()
{
PrepareJob("CalculateFreeWaveFunction", FreeWaveStatusTitles);
try
{
QQFreeState freeState = new QQFreeState(GetQQStateParam())
{
CalculationCancelToken = JobCancelToken,
StatusValues = StatusValues
};
freeState.SearchEigenfunction();
// quit here if process has been aborted
if (JobCancelToken.IsCancellationRequested)
{
LogMessages.Clear();
LogMessages.Append(LogHeader + LogFooter);
return;
}
UpdateOutputParameters(freeState);
LogMessages.Clear();
LogMessages.AppendLine(LogHeader + "#" + Environment.NewLine + "#");
LogMessages.AppendLine("Temperature DebyeMass SoftScale BoundMass Energy GammaDamp ");
LogMessages.AppendLine("(MeV) (MeV) (MeV) (MeV) (MeV) (MeV) ");
LogMessages.AppendLine();
LogMessages.AppendLine(string.Format("{0,-12}{1,-12}{2,-12}{3,-12}{4,-12}{5,-12}",
Temperature_MeV.ToString("G6"),
DebyeMass_MeV.ToString("G6"),
SoftScale_MeV.ToString("G6"),
BoundMass_MeV.ToString("G6"),
Energy_MeV.ToString("G6"),
GammaDamp_MeV.ToString("G6")));
LogMessages.AppendLine(LogFooter);
List <string> dataList = new List <string>();
dataList.Add(LogHeader + "#" + Environment.NewLine + "#");
dataList.AddRange(CreateWaveFunctionDataList(freeState));
File.WriteAllLines(YburnConfigFile.OutputPath + DataFileName, dataList);
}
catch
{
throw;
}
}
protected void WriteOutputToLogAndDataFile(
StringBuilder output,
bool addLogHeaderAndFooter = true
)
{
StringBuilder content = new StringBuilder(output.ToString());
if (addLogHeaderAndFooter)
{
content.Insert(0, LogHeader);
content.Append(LogFooter);
}
LogMessages.Clear();
LogMessages.Append(content);
WriteDataFile(content);
}
public void CalculateQuarkMass()
{
PrepareJob("CalculateQuarkMass", BoundWaveStatusTitles);
try
{
QQBoundState boundState = new QQBoundState(GetQQStateParam(), QuantumNumberN)
{
CalculationCancelToken = JobCancelToken,
StatusValues = StatusValues
};
QuarkMass_MeV = boundState.SearchQuarkMass(BoundMass_MeV);
// quit here if process has been aborted
if (JobCancelToken.IsCancellationRequested)
{
LogMessages.Clear();
LogMessages.Append(LogHeader + LogFooter);
return;
}
UpdateOutputParameters(boundState);
LogMessages.Clear();
LogMessages.AppendLine(LogHeader + "#" + Environment.NewLine + "#" + Environment.NewLine + LogFooter);
List <string> dataList = new List <string>();
dataList.Add(LogHeader + "#" + Environment.NewLine + "#");
dataList.AddRange(CreateWaveFunctionDataList(boundState));
File.WriteAllLines(YburnConfigFile.OutputPath + DataFileName, dataList);
}
catch
{
throw;
}
}
public void CalculateSuppression()
{
PrepareJob("CalculateSuppression", BinBoundsStatusTitles);
CalculateBinBoundaries(
out List <int> numberCentralityBins, out List <List <string> > centralityBinStrings,
out List <double> impactParams, out List <double> nColls, out List <double> nParts,
out List <double> dSigmadbs, out List <double> sigmas);
SetStatusVariables(SuppressionStatusTitles);
DetermineMaxLifeTime();
BottomiumVector[][][] qgpSuppressionFactors
= CalculateQGPSuppressionFactors(numberCentralityBins);
// quit here if process has been aborted
if (JobCancelToken.IsCancellationRequested)
{
LogMessages.Clear();
LogMessages.Append(LogHeader + LogFooter);
return;
}
// prepare output
LogMessages.Clear();
LogMessages.Append(LogHeader);
LogMessages.AppendLine();
LogMessages.AppendLine();
LogMessages.AppendLine("#Preliminary suppression factors:");
LogMessages.AppendLine("#");
LogMessages.AppendFormat("#{0,11}{1,12}{2,12}",
"Centrality", "<Npart>", "pT (GeV/c)");
foreach (string sStateName in Enum.GetNames(typeof(BottomiumState)))
{
LogMessages.AppendFormat("{0,12}", string.Format("RAAQGP({0})", sStateName));
}
LogMessages.AppendLine();
LogMessages.AppendLine("#");
for (int binGroupIndex = 0; binGroupIndex < numberCentralityBins.Count; binGroupIndex++)
{
if (binGroupIndex > 0)
{
LogMessages.AppendLine();
}
for (int binIndex = 0; binIndex < numberCentralityBins[binGroupIndex]; binIndex++)
{
for (int pTIndex = 0; pTIndex < TransverseMomenta_GeV.Count; pTIndex++)
{
LogMessages.AppendFormat("{0,12}{1,12}{2,12}",
centralityBinStrings[binGroupIndex][binIndex],
MeanParticipantsInBin[binGroupIndex][binIndex].ToUIString(),
TransverseMomenta_GeV[pTIndex].ToUIString());
foreach (BottomiumState state in Enum.GetValues(typeof(BottomiumState)))
{
LogMessages.AppendFormat("{0,12}",
qgpSuppressionFactors[binGroupIndex][binIndex][pTIndex][state].ToUIString());
}
LogMessages.AppendLine();
}
LogMessages.AppendFormat("{0,12}{1,12}{2,12}",
centralityBinStrings[binGroupIndex][binIndex],
MeanParticipantsInBin[binGroupIndex][binIndex].ToUIString(),
"<pT>");
foreach (BottomiumState state in Enum.GetValues(typeof(BottomiumState)))
{
double[] rAAQGPsBinValues = new double[TransverseMomenta_GeV.Count];
for (int pTIndex = 0; pTIndex < TransverseMomenta_GeV.Count; pTIndex++)
{
rAAQGPsBinValues[pTIndex] = qgpSuppressionFactors[binGroupIndex][binIndex][pTIndex][state];
}
LogMessages.AppendFormat("{0,12}",
TransverseMomentumAverager.Calculate(state, TransverseMomenta_GeV.ToArray(), rAAQGPsBinValues)
.ToUIString());
}
LogMessages.AppendLine();
}
}
LogMessages.AppendLine();
LogMessages.AppendLine();
LogMessages.AppendLine("#Final suppression factors:");
LogMessages.AppendLine("#");
LogMessages.AppendLine(string.Format(
"#{0,11}{1,12}{2,12}{3,15}{4,15}{5,15}{6,15}{7,15}",
"Centrality",
"<Npart>",
"pT (GeV/c)",
"RAA(Y1S)",
"RAA(Y2S)",
"RAA(Y3S)",
"(2S/1S)PbPb-pp",
"(3S/1S)PbPb-pp"));
LogMessages.AppendLine("#");
// calculate final suppression factors
double[][] rAAs = new double[TransverseMomenta_GeV.Count][];
// run through the centrality bin groups
for (int binGroupIndex = 0; binGroupIndex < numberCentralityBins.Count; binGroupIndex++)
{
if (binGroupIndex > 0)
{
LogMessages.AppendLine();
}
// run through the centrality bins
for (int binIndex = 0; binIndex < numberCentralityBins[binGroupIndex]; binIndex++)
{
// run through the pT bins
for (int pTIndex = 0; pTIndex < TransverseMomenta_GeV.Count; pTIndex++)
{
rAAs[pTIndex] = CalculateFullSuppressionFactors(qgpSuppressionFactors[binGroupIndex][binIndex][pTIndex]);
LogMessages.AppendFormat("{0,12}{1,12}{2,12}",
centralityBinStrings[binGroupIndex][binIndex],
MeanParticipantsInBin[binGroupIndex][binIndex].ToUIString(),
TransverseMomenta_GeV[pTIndex].ToUIString());
for (int stateIndex = 0; stateIndex < 5; stateIndex++)
{
LogMessages.AppendFormat("{0,15}",
rAAs[pTIndex][stateIndex].ToUIString());
}
LogMessages.AppendLine();
}
LogMessages.AppendFormat("{0,12}{1,12}{2,12}",
centralityBinStrings[binGroupIndex][binIndex],
MeanParticipantsInBin[binGroupIndex][binIndex].ToUIString(),
"<pT>");
// average of all pT values
for (int l = 0; l < 5; l++)
{
double[] rAABinValues = new double[TransverseMomenta_GeV.Count];
for (int pTIndex = 0; pTIndex < TransverseMomenta_GeV.Count; pTIndex++)
{
rAABinValues[pTIndex] = rAAs[pTIndex][l];
}
LogMessages.AppendFormat("{0,15}",
TransverseMomentumAverager.Calculate((BottomiumState)l,
TransverseMomenta_GeV.ToArray(),
rAABinValues).ToUIString());
}
LogMessages.AppendLine();
}
}
LogMessages.Append(LogFooter);
File.WriteAllText(YburnConfigFile.OutputPath + DataFileName, LogMessages.ToString());
}
public void CalculateBinBoundaries()
{
PrepareJob("CalculateBinBoundaries", BinBoundsStatusTitles);
CalculateBinBoundaries(
out List <int> numberCentralityBins, out List <List <string> > centralityBinStrings,
out List <double> impactParams, out List <double> nColls, out List <double> nParts,
out List <double> dSigmadbs, out List <double> sigmas);
// quit here if process has been aborted
if (JobCancelToken.IsCancellationRequested)
{
LogMessages.Clear();
LogMessages.Append(LogHeader + LogFooter);
return;
}
// prepare output
LogMessages.Clear();
LogMessages.Append(LogHeader);
LogMessages.AppendLine();
LogMessages.AppendLine();
LogMessages.AppendLine(string.Format("#{0,7}{1,12}{2,12}{3,14}{4,14}",
"b (fm)", "Ncoll", "Npart", "dσ/db (fm)", "σ (fm²)"));
LogMessages.AppendLine("#");
for (int i = 0; i < impactParams.Count; i++)
{
LogMessages.AppendLine(string.Format("{0,8}{1,12}{2,12}{3,14}{4,14}",
impactParams[i].ToUIString(),
nColls[i].ToUIString(),
nParts[i].ToUIString(),
dSigmadbs[i].ToUIString(),
sigmas[i].ToUIString()));
}
LogMessages.AppendLine();
LogMessages.AppendLine();
LogMessages.AppendLine(string.Format("#{0,11}{1,19}{2,12}",
"Centrality",
"Bin size (fm)",
"<Npart>"));
LogMessages.AppendLine("#");
for (int binGroupIndex = 0; binGroupIndex < numberCentralityBins.Count; binGroupIndex++)
{
if (binGroupIndex > 0)
{
LogMessages.AppendLine();
}
for (int binIndex = 0; binIndex < numberCentralityBins[binGroupIndex]; binIndex++)
{
LogMessages.AppendLine(string.Format("{0,12}{1,8} < b < {2,4}{3,12}",
centralityBinStrings[binGroupIndex][binIndex],
ImpactParamsAtBinBoundaries_fm[binGroupIndex][binIndex].ToUIString(),
ImpactParamsAtBinBoundaries_fm[binGroupIndex][binIndex + 1].ToUIString(),
MeanParticipantsInBin[binGroupIndex][binIndex].ToUIString()));
}
}
LogMessages.Append(LogFooter);
File.WriteAllText(YburnConfigFile.OutputPath + DataFileName, LogMessages.ToString());
}
public void CalculateDirectPionDecayWidths()
{
PrepareJob("CalculateDirectPionDecayWidths", DirectPionDecayWidthsStatusTitles);
List <double> impactParams = new List <double>();
List <double> nCollQGPs = new List <double>();
List <double> nCollPions = new List <double>();
List <double> nColls = new List <double>();
int step = 0;
do
{
// quit here if process has been aborted
if (JobCancelToken.IsCancellationRequested)
{
LogMessages.Clear();
LogMessages.Append(LogHeader + LogFooter);
return;
}
impactParams.Add(step * GridCellSize_fm);
Fireball.Fireball fireball = CreateFireballToCalcDirectPionDecayWidth(
impactParams[step]);
// Set BjorkenLifeTime for the LogHeader
if (step == 0)
{
BjorkenLifeTime_fm = fireball.BjorkenLifeTime;
}
// calculate the areas
fireball.CalculateNumberCollisions(BreakupTemperature_MeV, out double nCollQGP, out double nCollPion);
nCollQGPs.Add(nCollQGP);
nCollPions.Add(nCollPion);
nColls.Add(fireball.IntegrateFireballField(FireballFieldType.NumberCollisions));
StatusValues[0] = impactParams[step].ToUIString();
StatusValues[1] = nColls[step].ToUIString();
StatusValues[2] = nCollQGPs[step].ToUIString();
StatusValues[3] = nCollPions[step].ToUIString();
step++;
}while((step == 1 ? true : nColls[step - 1] > 1));
// quit here if process has been aborted
if (JobCancelToken.IsCancellationRequested)
{
LogMessages.Clear();
LogMessages.Append(LogHeader + LogFooter);
return;
}
// prepare output
LogMessages.Clear();
LogMessages.Append(LogHeader);
LogMessages.AppendLine();
LogMessages.AppendLine();
LogMessages.AppendLine(string.Format("#{0,7}{1,12}{2,12}{3,12}",
"b (fm)", "Ncoll", "NcollQGP", "NcollPion"));
LogMessages.AppendLine("#");
for (int i = 0; i < impactParams.Count; i++)
{
LogMessages.AppendLine(string.Format("{0,8}{1,12}{2,12}{3,12}",
impactParams[i].ToUIString(),
nColls[i].ToUIString(),
nCollQGPs[i].ToUIString(),
nCollPions[i].ToUIString()));
}
LogMessages.Append(LogFooter);
File.WriteAllText(YburnConfigFile.OutputPath + DataFileName, LogMessages.ToString());
}
public void CalculateDissociationDecayWidth()
{
PrepareJob("CalculateDissociationDecayWidth", BoundWaveStatusTitles);
try
{
QQBoundState boundState = new QQBoundState(GetQQStateParam(), QuantumNumberN)
{
CalculationCancelToken = JobCancelToken,
StatusValues = StatusValues
};
boundState.SearchEigenfunction();
// quit here if process has been aborted
if (JobCancelToken.IsCancellationRequested)
{
LogMessages.Clear();
LogMessages.Append(LogHeader + LogFooter);
return;
}
UpdateOutputParameters(boundState);
SetStatusVariables(CrossSectionStatusTitles);
// calculate decay width and cross section
DecayWidth decayWidth = new DecayWidth(JobCancelToken, boundState, MaxEnergy_MeV,
EnergySteps, Temperature_MeV, StatusValues);
decayWidth.CalculateGammaDiss();
// quit here if process has been aborted
if (JobCancelToken.IsCancellationRequested)
{
LogMessages.Clear();
LogMessages.Append(LogHeader + LogFooter);
return;
}
GammaDiss_MeV = decayWidth.GammaDiss_MeV;
GammaTot_MeV = GammaDamp_MeV + GammaDiss_MeV;
LogMessages.Clear();
LogMessages.AppendLine(LogHeader + "#" + Environment.NewLine + "#");
LogMessages.AppendLine("Temperature DebyeMass √<r²> SoftScale US_Scale BoundMass Energy GammaDamp GammaDiss GammaTot ");
LogMessages.AppendLine("(MeV) (MeV) (fm) (Mev) (Mev) (MeV) (MeV) (MeV) (MeV) (MeV) ");
LogMessages.AppendLine();
LogMessages.AppendLine(string.Format("{0,-12}{1,-12}{2,-12}{3,-12}{4,-12}{5,-12}{6,-12}{7,-12}{8,-12}{9,-12}",
Temperature_MeV.ToString("G6"),
DebyeMass_MeV.ToString("G6"),
DisplacementRMS_fm.ToString("G6"),
SoftScale_MeV.ToString("G6"),
UltraSoftScale_MeV.ToString("G6"),
BoundMass_MeV.ToString("G6"),
Energy_MeV.ToString("G6"),
GammaDamp_MeV.ToString("G6"),
GammaDiss_MeV.ToString("G6"),
GammaTot_MeV.ToString("G6")));
LogMessages.Append(LogFooter);
List <string> dataList = new List <string>();
dataList.Add(LogHeader + "#" + Environment.NewLine + "#");
dataList.AddRange(CreateWaveFunctionDataList(boundState));
dataList.Add(string.Empty);
dataList.Add(string.Empty);
dataList.AddRange(decayWidth.CrossSectionStringList);
File.WriteAllLines(YburnConfigFile.OutputPath + DataFileName, dataList);
}
catch
{
throw;
}
}
public void CalculateBoundWaveFunction()
{
PrepareJob("CalculateBoundWaveFunction", BoundWaveStatusTitles);
try
{
QQBoundState boundState = new QQBoundState(GetQQStateParam(), QuantumNumberN)
{
CalculationCancelToken = JobCancelToken,
StatusValues = StatusValues,
UseFixedAlpha = UseFixedAlpha
};
boundState.SearchEigenfunction();
// quit here if process has been aborted
if (JobCancelToken.IsCancellationRequested)
{
LogMessages.Clear();
LogMessages.Append(LogHeader + LogFooter);
return;
}
UpdateOutputParameters(boundState);
LogMessages.Clear();
LogMessages.AppendLine(LogHeader + "#" + Environment.NewLine + "#");
LogMessages.AppendLine(string.Format("{0,-12}{1,-12}{2,-12}{3,-12}{4,-12}{5,-12}{6,-12}{7,-12}",
"Temperature",
"DebyeMass",
"√<r²>",
"SoftScale",
"US_Scale",
"BoundMass",
"Energy",
"GammaDamp"));
LogMessages.AppendLine(string.Format("{0,-12}{1,-12}{2,-12}{3,-12}{4,-12}{5,-12}{6,-12}{7,-12}",
"(MeV)",
"(MeV)",
"(fm)",
"(Mev)",
"(Mev)",
"(MeV)",
"(MeV)",
"(MeV)"));
LogMessages.AppendLine();
LogMessages.AppendLine(string.Format("{0,-12}{1,-12}{2,-12}{3,-12}{4,-12}{5,-12}{6,-12}{7,-12}",
Temperature_MeV.ToString("G6"),
DebyeMass_MeV.ToString("G6"),
DisplacementRMS_fm.ToString("G6"),
SoftScale_MeV.ToString("G6"),
UltraSoftScale_MeV.ToString("G6"),
BoundMass_MeV.ToString("G6"),
Energy_MeV.ToString("G6"),
GammaDamp_MeV.ToString("G6")));
LogMessages.Append(LogFooter);
List <string> dataList = new List <string>();
dataList.Add(LogHeader + "#" + Environment.NewLine + "#");
dataList.AddRange(CreateWaveFunctionDataList(boundState));
File.WriteAllLines(YburnConfigFile.OutputPath + DataFileName, dataList);
}
catch
{
throw;
}
}