9. Anexos.
9. Anexos. 9. Anexos.
Option Base 1 Anexos. Public Sub Calcular_Pesos(ByRef Solucion() As Reg_Arcos, ByRef VectorRecal() As Reg_Arcos, ByRef CosteTotal As Long) Dim Xij() As Double Dim Fij() As Double Dim i As Integer Dim A As Long, M As Long Dim Minimo As Long Calcular_Flujo Solucion(), Xij() ReDim Fij(UBound(Xij)) For i = 1 To UBound(Xij) If i = 1 Then Minimo = Xij(i) Else If Minimo > Xij(i) Then Minimo = Xij(i) End If End If Next i For i = 1 To UBound(Xij) Xij(i) = Xij(i) / Minimo Next i M = UBound(NodosOrigen) - 1 A = (M ^ 2 - 3) For i = 1 To UBound(Xij) ' Fij(i) = 1 - (Xij(i) ^ 3 - 3 * Xij(i) + 2) / (A * Xij(i) + 2) Fij(i) = 1 - (Xij(i) - 1) ^ 2 / (Xij(i) ^ 2 + 1) ' Fij(i) = 1 - (Exp(Log(2) * (1 - Xij(i))) - 1) ^ 2 Fij(i) = Solucion(i).Longitud * Fij(i) VectorRecal(Solucion(i).Posicion).Longitud = Fij(i) Next i CosteTotal = 0 For i = 1 To UBound(Solucion) 40
CosteTotal = CosteTotal + Vector(Solucion(i).Posicion).Longitud Next i End Sub Public Sub Calcular_Flujo(ByRef Solucion() As Reg_Arcos, ByRef Xij() As Double) Dim NodosAdyReC() As Lista_Ady Dim Trafico() As Long Dim Salir As Boolean, Eliminar As Boolean, Encontrado As Boolean Dim i As Integer, j As Integer, k As Integer, h As Integer Dim Destino As Integer ReDim Xij(UBound(Solucion)) For h = 1 To UBound(NodosOrigen) 'Este for lo he añadido para calcular tráfico con broadcasting Calcular_Adyacentes Solucion(), NodosAdyReC(), True ReDim Trafico(UBound(NodosAdyReC)) Salir = False While Salir = False Salir = True For i = 1 To UBound(NodosAdyReC) If NodosAdyReC(i).numero = 1 And i NodosOrigen(h) Then Eliminar = True For k = 1 To UBound(NodosOrigen) If i = NodosOrigen(k) Then Trafico(i) = Trafico(i) + 1 End If Next k End If If Eliminar = True Then For k = 1 To UBound(NodosAdyReC(i).Mady) If NodosAdyReC(i).Mady(k).Nodo 0 Then Anexos. 41
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Option Base 1<br />
<strong>Anexos</strong>.<br />
Public Sub Calcular_Pesos(ByRef Solucion() As Reg_Arcos, ByRef VectorRecal() As Reg_Arcos, ByRef<br />
CosteTotal As Long)<br />
Dim Xij() As Double<br />
Dim Fij() As Double<br />
Dim i As Integer<br />
Dim A As Long, M As Long<br />
Dim Minimo As Long<br />
Calcular_Flujo Solucion(), Xij()<br />
ReDim Fij(UBound(Xij))<br />
For i = 1 To UBound(Xij)<br />
If i = 1 Then<br />
Minimo = Xij(i)<br />
Else<br />
If Minimo > Xij(i) Then<br />
Minimo = Xij(i)<br />
End If<br />
End If<br />
Next i<br />
For i = 1 To UBound(Xij)<br />
Xij(i) = Xij(i) / Minimo<br />
Next i<br />
M = UBound(NodosOrigen) - 1<br />
A = (M ^ 2 - 3)<br />
For i = 1 To UBound(Xij)<br />
' Fij(i) = 1 - (Xij(i) ^ 3 - 3 * Xij(i) + 2) / (A * Xij(i) + 2)<br />
Fij(i) = 1 - (Xij(i) - 1) ^ 2 / (Xij(i) ^ 2 + 1)<br />
' Fij(i) = 1 - (Exp(Log(2) * (1 - Xij(i))) - 1) ^ 2<br />
Fij(i) = Solucion(i).Longitud * Fij(i)<br />
VectorRecal(Solucion(i).Posicion).Longitud = Fij(i)<br />
Next i<br />
CosteTotal = 0<br />
For i = 1 To UBound(Solucion)<br />
40
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