private void RebuildSurfaceList()
{
SurfaceList.Clear();
int existingSurfaces = Project.Surfaces.Max(x => x.SurfaceID);
int maxSurface = existingSurfaces;
if (ModelsToImport.Any())
{
maxSurface = Math.Max(maxSurface, ModelsToImport.Max(x => x.SurfaceID));
}
for (int i = 0; i <= maxSurface + 1; i++)
{
if (i <= existingSurfaces)
{
SurfaceList.Add(new SurfaceItem(i, $"Surface {i}")
{
ExistingMeshes = Project.Surfaces[i].GetAllMeshReferences().Count()
});
}
else
{
SurfaceList.Add(new SurfaceItem(i, $"*Surface {i}"));
}
}
}
public MainWindow()
: base(Gtk.WindowType.Toplevel)
{
// new Integrator
_h = 0.01; //delta t
_maxTime = 500;
_timer = new TriggeredTimer (100);
_timer.Elapsed += delegate(object sender, EventArgs e) {
Gtk.Application.Invoke (delegate {
_timeValue = _timeValue + _h*5;
slideTime.Value = _timeValue;
RepaintAll();
});
};
_settings = new SettingsChimera ();
AWP awp = _settings.AWP;
_int = new Integrator (_h, _maxTime, awp);
_int.AWP.Changed += AwpChanged;
_playing = false;
_timeValue = 0;
_int.EditMode = true;
Build ();
_surfaces = new SurfaceList(4, "j");
Table tbl = _surfaces;
this.contentColumns.Add (tbl);
global::Gtk.Box.BoxChild wtbl = ((global::Gtk.Box.BoxChild)(this.contentColumns [tbl]));
wtbl.Position = 0;
_fileOpenDialog = new FileChooserDialog ("Anfangswert öffnen", this, FileChooserAction.Open);
_fileOpenDialog.AddButton(Stock.Cancel, ResponseType.Cancel);
_fileOpenDialog.AddButton(Stock.Open, ResponseType.Ok);
_fileOpenDialog.Filter = new FileFilter();
_fileOpenDialog.Filter.AddPattern("*.awp");
_fileSaveDialog = new FileChooserDialog ("Anfangswert speichern", this, FileChooserAction.Save);
_fileSaveDialog.AddButton(Stock.Cancel, ResponseType.Cancel);
_fileSaveDialog.AddButton(Stock.Save, ResponseType.Ok);
_fileSaveDialog.Filter = new FileFilter();
_fileSaveDialog.Filter.AddPattern("*.awp");
_filePlotDialog = new FileChooserDialog ("Grafiken exportieren", this, FileChooserAction.CreateFolder);
_filePlotDialog.AddButton(Stock.Cancel, ResponseType.Cancel);
_filePlotDialog.AddButton("Exportieren", ResponseType.Ok);
ValueSurfaceItem vsi_real = new ValueSurfaceItem (1500, 500, 500, 100, "x<sub>j</sub>");
vsi_real.ValueExtractor = new Func<Complex, double> (delegate(Complex z) {
return z.Real;
});
//vsi_real.YLimUp = 1.2;
//vsi_real.YLimDown = -1.2;
ValueSurfaceItem vsi_imag = new ValueSurfaceItem (1500, 500, 500, 100, "y<sub>j</sub>");
vsi_imag.ValueExtractor = new Func<Complex, double> (delegate(Complex z) {
return z.Imaginary;
});
//vsi_imag.YLimUp = 1.2;
//vsi_imag.YLimDown = -1.2;
ValueSurfaceItem vsi_magn = new ValueSurfaceItem (1500, 500, 500, 100, "r<sub>j</sub>");
//vsi_magn.YLimDown = 0;
vsi_magn.ValueExtractor = new Func<Complex, double> (delegate(Complex z) {
return z.Magnitude;
});
//vsi_magn.YLimUp = 1.2;
//vsi_magn.YLimDown = -0.2;
ValueSurfaceItem vsi_phas = new ValueSurfaceItem (1500, 500, 500, 100, "φ<sub>j</sub>");
vsi_phas.ValueExtractor = new Func<Complex, double> (delegate(Complex z) {
return z.Phase;
});
//vsi_phas.YLimUp = 3.2;
//vsi_phas.YLimDown = -3.2;
vsi_real.PointChanged += delegate(object sender, OdePointEventArgs e) {
modY [e.Index] = new Complex (e.Value.Real, modY [e.Index].Imaginary);
_int.AWP.Y = modY;
RepaintAll ();
};
vsi_real.RedrawRequired += SurfaceRedrawRequired;
vsi_imag.PointChanged += delegate(object sender, OdePointEventArgs e) {
modY [e.Index] = new Complex (modY[e.Index].Real, e.Value.Real);
_int.AWP.Y = modY;
RepaintAll ();
};
vsi_imag.RedrawRequired += SurfaceRedrawRequired;
vsi_magn.PointChanged += delegate(object sender, OdePointEventArgs e) {
modY [e.Index] = Complex.FromPolarCoordinates(Math.Max(0, e.Value.Real), modY[e.Index].Phase);
_int.AWP.Y = modY;
RepaintAll ();
};
vsi_magn.RedrawRequired += SurfaceRedrawRequired;
vsi_magn.AxisProperties.ZeroPosition = 0.92;
vsi_magn.AxisProperties.AddValue(0, "0");
vsi_phas.PointChanged += delegate(object sender, OdePointEventArgs e) {
modY [e.Index] = Complex.FromPolarCoordinates(modY[e.Index].Magnitude, e.Value.Real);
_int.AWP.Y = modY;
RepaintAll ();
};
vsi_phas.RedrawRequired += SurfaceRedrawRequired;
vsi_phas.AxisProperties = AxisProperties.CreateStatic (vsi_phas, -3.8, 3.8);
vsi_phas.AxisProperties.MaxCount = 3;
vsi_phas.AxisProperties.AddValue(Math.PI, "π");
vsi_phas.AxisProperties.AddValue(0, "0");
vsi_phas.AxisProperties.AddValue(-Math.PI, "-π");
_surfaces.Add (vsi_real);
_surfaces.Add (vsi_imag);
_surfaces.Add (vsi_magn);
_surfaces.Add (vsi_phas);
_portrait = new PhasePortraitSurfaceItem (500, 300);
_portrait.PointAdded += delegate(object sender, OdePointEventArgs e) {
Complex[] n = new Complex[modY.Length + 1];
Array.Copy (modY, n, modY.Length);
n [modY.Length] = e.Value;
modY = n;
_int.AWP.Y = modY;
numN.Value = n.Length;
RepaintAll ();
};
_portrait.Clear ();
_portrait.RedrawRequired += SurfaceRedrawRequired;
this.boxPhase.Add (_portrait);
global::Gtk.Box.BoxChild wp = ((global::Gtk.Box.BoxChild)(this.boxPhase [_portrait]));
wp.Position = 0;
ShowAll ();
slideTime.SetIncrements (_h, Math.Max (_h, _maxTime / 100));
slideTime.SetRange (0, _maxTime);
slideBeta.Digits = 2;
slideK.Digits = 1;
slideLambda.Digits = 1;
slideOmega.Digits = 1;
slideBeta.Value = _int.AWP.Beta;
slideK.Value = _int.AWP.K;
slideLambda.Value = _int.AWP.Lambda;
slideOmega.Value = _int.AWP.Omega;
//slideTime.Value = 0;
numN.Value = _int.AWP.N;
numP.Value = _int.AWP.P;
_int.CalculationStarted += HandleCalculationStarted;
_int.CalculationFinished += (object sender, EventArgs e) => {
Gtk.Application.Invoke (delegate {
progressStatus.Visible = false;
lblStatus.Text = "Berechnung abgeschlossen";
});
};
_int.TimeRange += (object sender, TimeRangeEventArgs e) => {
// slideTime.SetRange (0, e.Time);
RepaintAll();
Gtk.Application.Invoke (delegate {
progressStatus.Fraction = e.Time / _maxTime;
});
};
_mode = ProgramMode.Investigation;
ProgramMode = ProgramMode.Presentation;
_int.EditMode = false;
}
private void UpdateSurfaceComboBox()
{
SurfaceColumn.DataSource = SurfaceList.ToArray();
SurfaceColumn.DisplayMember = "Name";
SurfaceColumn.ValueMember = "ID";
}
