public Process PlotInMediumDecayWidthsVersusMediumVelocity()
{
MediumTemperatures_MeV = new List <double> {
MediumTemperatures_MeV[0]
};
CalculateInMediumDecayWidth();
StringBuilder plotFile = new StringBuilder();
AppendHeader_InMediumDecayWidthsVersusMediumVelocity(plotFile);
plotFile.AppendLine();
string[][] titleList = new string[DopplerShiftEvaluationTypes.Count][];
for (int i = 0; i < DopplerShiftEvaluationTypes.Count; i++)
{
titleList[i] = BottomiumStates.ConvertAll(
state => GetBottomiumStateGnuplotCode(state) + ", "
+ DopplerShiftEvaluationTypes[i].ToUIString()).ToArray();
}
AppendPlotCommands(
plotFile,
abscissaColumn: 2,
firstOrdinateColumn: 3,
titles: titleList);
WritePlotFile(plotFile);
return(StartGnuplot());
}
private void CreateEnergiesFromQQDataFilePlotFile()
{
StringBuilder plotFile = new StringBuilder();
plotFile.AppendLine("reset");
plotFile.AppendLine("set terminal windows enhanced");
plotFile.AppendLine();
plotFile.AppendLine("set title 'Energies E from QQDataFile'");
plotFile.AppendLine("set xlabel 'T (MeV)'");
plotFile.AppendLine("set ylabel 'E (MeV)'");
plotFile.AppendLine();
ReduceNumberOfColors(plotFile, BottomiumStates.Count);
plotFile.AppendLine();
plotFile.AppendLine("set grid");
plotFile.AppendLine();
AppendPlotCommands(
plotFile: plotFile,
style: "points",
titles: BottomiumStates.ConvertAll(
state => new string[] { GetBottomiumStateGnuplotCode(state) + ", data file" }).ToArray());
AppendPlotCommands(
appendToExistingPlotCommands: true,
index: BottomiumStates.Count,
plotFile: plotFile,
style: "lines noautoscale",
titles: BottomiumStates.ConvertAll(
state => GetBottomiumStateGnuplotCode(state) + ", continuous"));
WritePlotFile(plotFile);
}
private void CreateDecayWidthEvaluatedAtDopplerShiftedTemperaturePlotFile()
{
StringBuilder plotFile = new StringBuilder();
plotFile.AppendLine("reset");
plotFile.AppendLine("set terminal windows enhanced");
plotFile.AppendLine();
plotFile.AppendLine("set title 'In-medium decay width "
+ GetDecayWidthTypeGnuplotCode(DecayWidthType)
+ " evaluated at a Doppler-shifted temperature"
+ " for medium temperature T = " + MediumTemperatures_MeV[0].ToUIString() + " MeV"
+ " and medium velocity |u| = " + MediumVelocities[0].ToUIString() + " c" + "'");
plotFile.AppendLine("set xlabel 'cos({/Symbol q})'");
plotFile.AppendLine("set ylabel '"
+ GetDecayWidthTypeGnuplotCode(DecayWidthType) + " (MeV)'");
plotFile.AppendLine();
ReduceNumberOfColors(plotFile, BottomiumStates.Count);
plotFile.AppendLine();
plotFile.AppendLine("set style fill transparent solid 0.2");
plotFile.AppendLine();
string[] titleList = BottomiumStates.ConvertAll(
state => GetBottomiumStateGnuplotCode(state)).ToArray();
AppendPlotCommands(plotFile, titles: titleList);
for (int i = 0; i < titleList.Length; i++)
{
plotFile.AppendFormat("'{0}' index 0 using 1:"
+ "(stringcolumn({2}) eq 'Infinity' ? column({1}) : column({2}))"
+ " with lines dashtype '-' notitle,\\",
DataFileName, i + 2, i + 2 + titleList.Length);
plotFile.AppendLine();
}
for (int i = 0; i < titleList.Length; i++)
{
plotFile.AppendFormat("'{0}' index 0 using 1:{1}:"
+ "(stringcolumn({2}) eq 'Infinity' ? column({1}) : column({2}))"
+ " with filledcurves notitle,\\",
DataFileName, i + 2, i + 2 + titleList.Length);
plotFile.AppendLine();
}
WritePlotFile(plotFile);
}
private void CreateElectromagneticallyShiftedEnergiesPlotFile()
{
StringBuilder plotFile = new StringBuilder();
plotFile.AppendLine("reset");
plotFile.AppendLine("set terminal windows enhanced");
plotFile.AppendLine();
plotFile.AppendLine("set title 'Electromagnetically shifted energies"
+ " for E = " + ElectricFieldStrength_per_fm2.ToString() + " fm^{-2}"
+ ", B = " + MagneticFieldStrength_per_fm2.ToString() + " fm^{-2}'");
plotFile.AppendLine("set xlabel 'T (MeV)'");
plotFile.AppendLine("set ylabel 'E (MeV)'");
plotFile.AppendLine();
ReduceNumberOfColors(plotFile, BottomiumStates.Count);
plotFile.AppendLine();
plotFile.AppendLine("set style fill transparent solid 0.2");
plotFile.AppendLine();
string[] titleList = BottomiumStates.ConvertAll(
state => GetBottomiumStateGnuplotCode(state)).ToArray();
plotFile.AppendLine("plot\\");
for (int i = 0; i < titleList.Length; i++)
{
plotFile.AppendFormat("'{0}' index {1} using 1:2 with lines title '{2}',\\",
DataFileName, i, titleList[i]);
plotFile.AppendLine();
}
for (int i = 0; i < titleList.Length; i++)
{
plotFile.AppendFormat("'{0}' index {1} using 1:3:4 with filledcurves notitle,\\",
DataFileName, i);
plotFile.AppendLine();
}
WritePlotFile(plotFile);
}