private void CalculateFireballEvolution(
Fireball fireball
)
{
while (fireball.MaximumTemperature > FireballParam.BreakupTemperature_MeV &&
!CancellationToken.IsCancellationRequested)
{
// use small time steps so that an abort command by the user is registered faster
fireball.Advance(0.1);
}
}
private void CalculateUnnormalizedQGPSuppressionFactors()
{
while (!HasFinishedCurrentBin &&
!CancellationToken.IsCancellationRequested)
{
Fireball fireball = CreateFireball();
double maximumTemperature = fireball.MaximumTemperature;
CalculateFireballEvolution(fireball);
CollectResults(fireball);
UpdateStatus(maximumTemperature, fireball.LifeTime);
CurrentImpactParam += FireballParam.GridCellSize_fm;
}
}
private void CollectResults(
Fireball fireball
)
{
FlatNormalizationFactors[CurrentBinIndex]
+= CurrentImpactParam * fireball.IntegrateFireballField(FireballFieldType.Overlap);
for (int pTIndex = 0; pTIndex < FireballParam.TransverseMomenta_GeV.Count; pTIndex++)
{
foreach (BottomiumState state in Enum.GetValues(typeof(BottomiumState)))
{
FlatQGPSuppressionFactors[CurrentBinIndex][pTIndex][state]
+= CurrentImpactParam * fireball.IntegrateFireballField(
FireballFieldType.UnscaledSuppression, state, pTIndex);
}
}
}
