private void CreatePointChargeAndNucleusFieldComponentsPlotFile()
{
string[] titleList =
{
"B^1_{/Symbol f}", "E^1_z", "E^1_{/Symbol r}",
"B^Z_{/Symbol f}", "E^Z_z", "E^Z_{/Symbol r}"
};
StringBuilder plotFile = new StringBuilder();
plotFile.AppendLine("reset");
plotFile.AppendLine("set terminal windows enhanced size 750,500 0");
plotFile.AppendLine();
plotFile.AppendLine("set title 'Field components of a point charge and nucleus"
+ " with rapidity y = " + ParticleRapidity.ToString("G6")
+ " at radial distance {/Symbol r} = " + RadialDistance_fm.ToString("G6") + " fm'");
plotFile.AppendLine("set key maxrows 3");
plotFile.AppendLine("set xlabel 't - z/v (fm/c)'");
plotFile.AppendLine("set ylabel 'eE/m_{/Symbol p}^2, eB/m_{/Symbol p}^2'");
plotFile.AppendLine();
plotFile.AppendLine("set logscale xy 10");
plotFile.AppendLine("set format xy '%g'");
plotFile.AppendLine();
ReduceNumberOfColors(plotFile, titleList.Length);
plotFile.AppendLine();
AppendPlotCommands(
plotFile,
index: 0,
style: "lines",
titles: titleList);
for (int i = 0; i < titleList.Length; i++)
{
plotFile.AppendFormat(
"'' index 0 using 1:(-${0}) with lines dashtype '-' notitle,\\", i + 2);
plotFile.AppendLine();
}
plotFile.AppendLine();
plotFile.AppendLine();
plotFile.AppendLine("set terminal windows enhanced size 750,500 1");
plotFile.AppendLine();
plotFile.AppendLine("set title 'Field components of a point charge and nucleus"
+ " with rapidity y = " + ParticleRapidity.ToString("G6")
+ " at effective time (t - z/v) = " + FixedTime.ToString("G6") + " fm/c'");
plotFile.AppendLine("set xlabel '{/Symbol r} (fm)'");
plotFile.AppendLine();
plotFile.AppendLine("set xrange [:30]");
plotFile.AppendLine();
AppendPlotCommands(
plotFile,
index: 1,
style: "lines",
titles: titleList);
for (int i = 0; i < titleList.Length; i++)
{
plotFile.AppendFormat(
"'' index 1 using 1:(-${0}) with lines dashtype '-' notitle,\\", i + 2);
plotFile.AppendLine();
}
WritePlotFile(plotFile);
}
private void CreatePointChargeFieldPlotFile(
string fieldName,
string fieldSymbol
)
{
StringBuilder plotFile = new StringBuilder();
plotFile.AppendLine("reset");
plotFile.AppendLine("set terminal windows enhanced size 750,500 0");
plotFile.AppendLine();
plotFile.AppendLine("set title '" + fieldName + " of a point charge"
+ " with rapidity y = " + ParticleRapidity.ToString("G6")
+ " at radial distance {/Symbol r} = " + RadialDistance_fm.ToString("G6") + " fm'");
plotFile.AppendLine("set xlabel 't - z/v (fm/c)'");
plotFile.AppendLine("set ylabel 'e" + fieldSymbol + "/m_{/Symbol p}^2'");
plotFile.AppendLine();
plotFile.AppendLine("set logscale xy 10");
plotFile.AppendLine("set format xy '%g'");
plotFile.AppendLine();
ReduceNumberOfColors(plotFile, EMFCalculationMethodTitleList.Length);
plotFile.AppendLine();
AppendPlotCommands(
plotFile,
index: 0,
style: "lines",
titles: EMFCalculationMethodTitleList);
for (int i = 0; i < EMFCalculationMethodTitleList.Length; i++)
{
plotFile.AppendFormat(
"'' index 0 using 1:(-${0}) with lines dashtype '-' notitle,\\", i + 2);
plotFile.AppendLine();
}
plotFile.AppendLine();
plotFile.AppendLine();
plotFile.AppendLine("set terminal windows enhanced size 750,500 1");
plotFile.AppendLine();
plotFile.AppendLine("set title '" + fieldName + " of a point charge"
+ " with rapidity y = " + ParticleRapidity.ToString("G6")
+ " at effective time (t - z/v) = " + FixedTime.ToString("G6") + " fm/c'");
plotFile.AppendLine("set xlabel '{/Symbol r} (fm)'");
plotFile.AppendLine();
plotFile.AppendLine("set xrange [:30]");
plotFile.AppendLine();
AppendPlotCommands(
plotFile,
index: 1,
style: "lines",
titles: EMFCalculationMethodTitleList);
for (int i = 0; i < EMFCalculationMethodTitleList.Length; i++)
{
plotFile.AppendFormat(
"'' index 1 using 1:(-${0}) with lines dashtype '-' notitle,\\", i + 2);
plotFile.AppendLine();
}
WritePlotFile(plotFile);
}