public MainWindow()
{
InitializeComponent();
this.myMap = new Map();
MouseLeftButtonDown += new MouseButtonEventHandler(MainWindow_MouseLeftButtonDown);
}
public static void Save(Map mapIn)
{
for (int i = 0; i < mapIn.bloquesCreados.Count; i++)
{
mapIn.bloquesCreados[i].UnSuscribe();
}
SaveFileDialog saveDialog = new SaveFileDialog();
saveDialog.FileName = "Data";
saveDialog.DefaultExt = ".bin";
saveDialog.Filter = "Binary Documents (.bin)|*.bin";
saveDialog.ShowDialog();
Stream stream = saveDialog.OpenFile();
br.Serialize(stream, mapIn);
stream.Close();
}
private void MenuItem_Click_Load(object sender, RoutedEventArgs e)
{
try
{
this.MenuItem_Click_ClearScreen(sender, e);
this.myMap = Herramientas.Load();
int auxInt1 = this.myMap.bloquesCreados.Count;
int auxInt2 = this.myMap.lineasCreadas.Count;
#region LoadBloques
for (int i = 0; i < auxInt1; i++)
{
string name = this.myMap.bloquesCreados[i].type;
BloqueWPF auxBloque;
switch (name)
{
case "Input": auxBloque = new BloqueWPF(this.myMap.bloquesCreados[i], Herramientas.Types.Input.ToString()); inputStack.Add(auxBloque.logic); break;
case "Output_Final": auxBloque = new BloqueWPF(this.myMap.bloquesCreados[i], Herramientas.Types.Output_Final.ToString()); break;
case "Output_Intermedio": auxBloque = new BloqueWPF(this.myMap.bloquesCreados[i], Herramientas.Types.Output_Intermedio.ToString()); break;
case "Separador": auxBloque = new BloqueWPF(this.myMap.bloquesCreados[i], Herramientas.Types.Separador.ToString()); break;
case "Aritmetico": auxBloque = new BloqueWPF(this.myMap.bloquesCreados[i], Herramientas.Types.Aritmetico.ToString()); break;
case "Funcion": auxBloque = new BloqueWPF(this.myMap.bloquesCreados[i], Herramientas.Types.Funcion.ToString()); break;
case "Comparador": auxBloque = new BloqueWPF(this.myMap.bloquesCreados[i], Herramientas.Types.Comparador.ToString()); break;
case "Plot_Sen": auxBloque = new BloqueWPF(this.myMap.bloquesCreados[i], Herramientas.Types.Plotter.ToString()); break;
case "Plot_Cos": auxBloque = new BloqueWPF(this.myMap.bloquesCreados[i], Herramientas.Types.Plotter.ToString()); break;
case "Plot_Factorial": auxBloque = new BloqueWPF(this.myMap.bloquesCreados[i], Herramientas.Types.Plotter.ToString()); break;
case "Plot_Fibonacci": auxBloque = new BloqueWPF(this.myMap.bloquesCreados[i], Herramientas.Types.Plotter.ToString()); break;
default: auxBloque = new BloqueWPF(this.myMap.bloquesCreados[i], Herramientas.Types.Input.ToString()); inputStack.Add(auxBloque.logic); break;
}
if (auxBloque.logic.Input1 != null)
{
auxBloque.logic.Input1.Execute += auxBloque.UpdateInput1;
}
if (auxBloque.logic.Input2 != null)
{
auxBloque.logic.Input2.Execute += auxBloque.UpdateInput2;
}
if (auxBloque.logic.Input3 != null)
{
auxBloque.logic.Input3.Execute += auxBloque.UpdateInput3;
}
Canvas.SetTop(auxBloque, auxBloque.logic.cY);
Canvas.SetLeft(auxBloque, auxBloque.logic.cX);
this.myCanvas.Children.Add(auxBloque);
this.Initialize_BloqueEvents(auxBloque);
}
#endregion
#region LoadLines
for (int i = 0; i < auxInt2; i++)
{
Line auxLine = new Line();
auxLine.Name = this.myMap.lineasCreadas[i].id;
auxLine.X1 = this.myMap.lineasCreadas[i].cX1;
auxLine.Y1 = this.myMap.lineasCreadas[i].cY1;
auxLine.X2 = this.myMap.lineasCreadas[i].cX2;
auxLine.Y2 = this.myMap.lineasCreadas[i].cY2;
auxLine.Stroke = Brushes.Black;
auxLine.StrokeThickness = 3;
this.myCanvas.Children.Add(auxLine);
this.linesInCanvas.Add(auxLine);
}
#endregion
}
catch { }
}