private void BtnPlot_Click(object sender, EventArgs e)
{
if (PlotRequest != null)
{
PionGDFPlotRequestEventArgs args = new PionGDFPlotRequestEventArgs
{
DataFileName = TbxDataFileName.Text,
EnergyScale = TbxEnergyScale.Text,
Samples = TbxSamples.Text
};
PlotRequest(this, args);
}
}
private void OnPlotRequest(
object sender,
PlotRequestEventArgs args
)
{
DataFileName = args.DataFileName;
Samples = args.Samples;
if (args is AlphaPlotRequestEventArgs)
{
AlphaPlotRequestEventArgs alphaArgs = args as AlphaPlotRequestEventArgs;
MaxEnergy = alphaArgs.MaxEnergy;
MinEnergy = alphaArgs.MinEnergy;
RunningCouplingTypeSelection = alphaArgs.RunningCouplingTypeSelection;
}
else if (args is PionGDFPlotRequestEventArgs)
{
PionGDFPlotRequestEventArgs pionArgs = args as PionGDFPlotRequestEventArgs;
EnergyScale = pionArgs.EnergyScale;
}
else if (args is PotentialPlotRequestEventArgs)
{
PotentialPlotRequestEventArgs potentialArgs = args as PotentialPlotRequestEventArgs;
AlphaSoft = potentialArgs.AlphaSoft;
ColorState = potentialArgs.ColorState;
DataFileName = potentialArgs.DataFileName;
DebyeMass = potentialArgs.DebyeMass;
MinRadius = potentialArgs.MinRadius;
MaxRadius = potentialArgs.MaxRadius;
PotentialType = potentialArgs.PotentialType;
Samples = potentialArgs.Samples;
Sigma = potentialArgs.Sigma;
SpinState = potentialArgs.SpinState;
SpinCouplingRange = potentialArgs.SpinCouplingRange;
SpinCouplingStrength = potentialArgs.SpinCouplingStrength;
Temperature = potentialArgs.Temperature;
}
}
