public AppLogic(MainWindow form)
{
owner_form = form;
rawExperimentPlot = new DynamicsPlotModel();
AoAExperimentPlot = new DynamicsPlotModel();
AoAPsoPlot = new OptHistoryPlotModel();
rawExperiment = new RawModelExperiment();
aoaEvalExperiment = new AoAEvalExperiment();
aoaPSOContext = new AoAPsoOptimization(reportAoAPso);
startRawCommand = new CommandHandler();
startRawCommand._action =
() => AsyncStartAction(ref rawTask, doSimulRaw, startRawCommand);
startRawCommand._canExecute =
() => canStartByTask(ref rawTask);
startAoAEvalCommand = new CommandHandler();
startAoAEvalCommand._action =
() => AsyncStartAction(ref aoaEvalTask, doSimulAoA, startAoAEvalCommand);
startAoAEvalCommand._canExecute =
() => canStartByTask(ref aoaEvalTask);
startAoAPSOCommand = new CommandHandler();
startAoAPSOCommand._action =
() =>
{
if (startOptimizeAoAPso())
{
AoAPsoPlot.clean();
}
};
startAoAPSOCommand._canExecute = () => { return(true); };
stopAoAPSOCommand = new CommandHandler();
stopAoAPSOCommand._action =
() => AsyncStartAction(ref stopPsoTask, stopOptimizeAoAPso, stopAoAPSOCommand);
stopAoAPSOCommand._canExecute = () => canStartByTask(ref stopPsoTask);
exportAoAParamsCommand = new CommandHandler();
exportAoAParamsCommand._action =
() =>
{
if (best_aoa_params != null)
{
aoaEvalExperiment.AoA_params = new List <float>(best_aoa_params);
}
aoaEvalExperiment.InputLowerBounds = new List <float>(aoaPSOContext.InputLowerBounds);
aoaEvalExperiment.InputUpperBounds = new List <float>(aoaPSOContext.InputUpperBounds);
aoaEvalExperiment.OutputLowerBounds = new List <float>(aoaPSOContext.OutputLowerBounds);
aoaEvalExperiment.OutputUpperBounds = new List <float>(aoaPSOContext.OutputUpperBounds);
};
exportAoAParamsCommand._canExecute = () => { return(true); };
}
public AoAGridExperiment(GridReport reporter)
{
report_dlg = reporter;
opt = new AoAPsoOptimization(reporter_internal);
opt.sas = 0.0f; // we'll only use aerodynamic control
opt.aerodynamics = AeroModel.StockAero;
opt.dt = 0.05f;
opt.experiment_length = 6.0f;
// default spans
Cl1_min = 0.0f;
Cl1_max = 200.0f;
Cl1_count = 6;
Cl2_min = -10.0f;
Cl2_max = 10.0f;
Cl2_count = 6;
Cm1_min = -10.0f;
Cm1_max = 5.0f;
Cm1_count = 15;
Cm2_min = 0.2f;
Cm2_max = 10.0f;
Cm2_count = 10;
// array inits
phys_space_points[0] = Cl1_points;
phys_space_points[1] = Cl2_points;
phys_space_points[2] = Cm1_points;
phys_space_points[3] = Cm2_points;
matrix_space_points[0] = A00_points;
matrix_space_points[1] = B0_points;
matrix_space_points[2] = A10_points;
matrix_space_points[3] = B1_points;
}
