//show simulation settings for current file/definition
private void simulationToolStripMenuItem1_Click(object sender, EventArgs e)
{
if (cfg != null)
{
ModelType[] model = new ModelType[cfg.Exps.Length];
SolverType[] solver = new SolverType[cfg.Exps.Length];
for (int i = 0; i < cfg.Exps.Length; i++)
{
model[i] = cfg.Exps[i].Model;
solver[i] = cfg.Exps[i].Solver;
}
SettingsForm dlg = new SettingsForm("Simulation settings", false);
dlg.AddProperty("Name", cfg.Name, false, true);
dlg.AddProperty("N", cfg.N, false, true);
dlg.AddProperty("dt", cfg.dt, false, true);
dlg.AddArrayProperty("Initial conditions", cfg.x0, false, true, true, 0, 0);
dlg.AddFileProperty("Parameter file name", cfg.ParamFileName, false, true);
dlg.AddProperty("Numbe of experiments", cfg.Exps.Length, false, true);
dlg.AddEnumArrayProperty <ModelType>("Model", model, false, true, false, 0, 0);
dlg.AddEnumArrayProperty <SolverType>("Solver", solver, false, true, false, 0, 0);
int nLabel = Math.Max(cfg.PlotMap.Length, 1);
string[][] sLabels = new string[nLabel][];
for (int i = 0; i < nLabel; i++)
{
sLabels[i] = new string[3] {
"Define data for plot " + (i + 1).ToString(), "Gr.Ch", "Sim.Pr"
}
}
;
dlg.AddValuePairArrayProperty("Plot map", cfg.PlotMap, false, true, true, 0, "", sLabels);
dlg.AddProperty("Get input from file", cfg.InputFromFile, false, true);
dlg.AddArrayProperty("Input", cfg.u, false, true, true, 0, "");
dlg.AddFileProperty("Input file name", cfg.InputFileName, false, true);
dlg.AddArrayProperty("Plot heights (relative)", cfg.PlotHeights, false, true, false, 0, 0);
dlg.AddProperty("Plot steps prescaling", cfg.PlotStep, false, true);
dlg.AddProperty("Plot time step", cfg.PlotTimeStep, false, true);
dlg.SetChangeAction(5, dlg, (x) => {
int n = (int)dlg.GetValue(5);
dlg.SetArraySize(6, n);
dlg.SetArraySize(7, n);
dlg.UpdatePanels();
});
dlg.SetChangeAction(9, dlg, (x) => {
bool b = (bool)dlg.GetValue(9);
dlg.ShowPanel(11, b);
dlg.ShowPanel(10, !b);
dlg.UpdatePanels();
});
dlg.ShowDialog();
cfg.Name = (string)dlg.GetValue(0);
cfg.N = (int)dlg.GetValue(1);
cfg.dt = (double)dlg.GetValue(2);
cfg.x0 = (double[])dlg.GetValue(3);
cfg.ParamFileName = (string)dlg.GetValue(4);
int nLen = (int)dlg.GetValue(5);
string[] sModel = (string[])dlg.GetValue(6);
string[] sSolver = (string[])dlg.GetValue(7);
cfg.PlotMap = (string[][])dlg.GetValue(8);
cfg.InputFromFile = (bool)dlg.GetValue(9);
cfg.u = (string[])dlg.GetValue(10);
cfg.InputFileName = (string)dlg.GetValue(11);
cfg.PlotHeights = (double[])dlg.GetValue(12);
cfg.PlotStep = (int)dlg.GetValue(13);
cfg.PlotTimeStep = (double)dlg.GetValue(14);
cfg.Exps = new ExpConfig[nLen];
for (int i = 0; i < nLen; i++)
{
cfg.Exps[i] = new ExpConfig();
Enum.TryParse <ModelType>(sModel[i], out cfg.Exps[i].Model);
Enum.TryParse <SolverType>(sSolver[i], out cfg.Exps[i].Solver);
}
//ClearSimulation();
UpdateGUI();
}
}