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| Sub calculate_all_together()
'
Application.Calculation = xlCalculationManual
Application.ScreenUpdating = False
Dim i As Integer
Dim t As Integer
Dim hi As Integer
Dim li As Integer
Dim j As Integer
Dim rate_out_i As Integer
Dim hn As Double
Dim ln As Double
j = 1
t = Cells(27, 3)
hn = t
ln = t
For j = 1 To t
Cells(j, 39) = 1
Next
i = 46
' les délais: nombre de 5sec. qu'une charge de "5 sec." passe dans un équipement
dc1 = Cells(23, 10) ' Conv1 ....
dc2 = Cells(23, 11)
dc3 = Cells(23, 12)
dc4 = Cells(23, 13)
dc5 = Cells(23, 14)
dc6 = Cells(23, 15)
dc7 = Cells(23, 16)
dc8 = Cells(23, 17)
db1 = Cells(23, 18) 'Bin1 pleine
Do Until i = 546
'######################### bin1 in ########################################
If dc7 < dc1 Then
If i > 45 And i < (46 + dc7) Then
Cells(i, 12) = (Cells(20, 6) / 3600 * 5) + (Cells(36, 3) * 2 / 3600 * 5)
ElseIf i > (46 + dc7 - 1) And i < (46 + dc1) Then
Cells(i, 12) = (Cells(20, 6) / 3600 * 5) + Cells(i - dc7, 31)
Else
Cells(i, 12) = Cells(i - dc1, 11) + Cells(i - dc7, 31)
End If
ElseIf dc7 > dc1 Then
If i = 45 And i < (46 + dc1) Then
Cells(i, 12) = (Cells(20, 6) / 3600 * 5) + (Cells(36, 3) * 2 / 3600 * 5)
ElseIf i > (46 + dc1 - 1) And i < (46 + dc7) Then
Cells(i, 12) = (Cells(36, 3) * 2 / 3600 * 5) + Cells(i - dc1, 11)
Else
Cells(i, 12) = Cells(i - dc1, 11) + Cells(i - dc7, 31)
End If
Else
If i = 46 And i < (46 + dc1) Then
Cells(i, 12) = (Cells(20, 6) / 3600 * 5) + (Cells(36, 3) * 2 / 3600 * 5)
Else
Cells(i, 12) = Cells(i - dc1, 11) + Cells(i - dc7, 31)
End If
End If
'############################ Bin1 out #######################################################
If i = 46 Then
Cells(i, 13) = Cells(22, 6) / 3600 * 5
Else
If (Cells(i - 1, 14) + Cells(i - 1, 12) - Cells(i - 1, 13)) < 0 Or (Cells(i - 1, 14) + Cells(i - 1, 12) - Cells(i - 1, 13)) = 0 Then
Cells(i, 13) = Cells(i, 12)
Else
Cells(i, 13) = Cells(22, 6) / 3600 * 5
End If
End If
'############################ Bin1 level #####################################################
If i = 46 Then
Cells(i, 14) = Cells(28, 3) * Cells(27, 3)
Else
If (Cells(i - 1, 14) + Cells(i - 1, 12) - Cells(i - 1, 13)) < 0 Then
Cells(i, 14) = 0
Else
If (Cells(i - 1, 14) + Cells(i - 1, 12) - Cells(i - 1, 13)) > Cells(27, 3) Then
Cells(i, 14) = Cells(27, 3)
Else
Cells(i, 14) = Cells(i - 1, 14) + Cells(i - 1, 12) - Cells(i - 1, 13)
End If
End If
End If
'############################ adjustement des fins dans Bin 1 ################################
If Cells(i, 13) > Cells(i, 12) Then
For j = 1 To t 'décalage
rate_out_i = Cells(i, 13)
Cells(j, 39) = Cells(j + rate_out_i, 39)
Next
ln = hn - Cells(i, 13)
hn = hn - Cells(i, 13) + Cells(i, 12)
If ln < 1 Then
ln = 1
End If
If hn < 1 Then
hn = 1
End If
hi = hn
li = ln
If Cells(i, 12) <= Cells(32, 6) / 3600 * 5 Then 'Bin 1 in plus petit ou egale a 4.4444
For j = li To hi
Cells(j, 39) = 0
Next
For j = (hi + 1) To t
Cells(j, 39) = 0
Next
Else 'Bin 1 in plus garnd que 4.4444
For j = li To hi
Cells(j, 39) = 1
Next
For j = (hi + 1) To t
Cells(j, 39) = 0
Next
End If
'----------------------------------------------
ElseIf Cells(i, 13) = Cells(i, 12) Then
For j = 1 To t 'décalage
rate_out_i = Cells(i, 13)
Cells(j, 39) = Cells(j + rate_out_i, 39)
Next
ln = hn - Cells(i, 13)
If ln < 1 Then
ln = 1
End If
If hn < 1 Then
hn = 1
End If
hi = hn
li = ln
If Cells(i, 12) > Cells(32, 6) / 3600 * 5 Then 'Bin 1 in plus grand que 4.4444
For j = li To hi
Cells(j, 39) = 1
Next
For j = (hi + 1) To t
Cells(j, 39) = 0
Next
ElseIf Cells(i, 12) = Cells(32, 6) / 3600 * 5 Then 'Bin 1 in est egal a 4.4444
For j = li To hi
Cells(j, 39) = 0
Next
For j = (hi + 1) To t
Cells(j, 39) = 0
Next
End If
'-----------------------------------------
Else 'Cells(i, 13) < Cells(i, 12) Then
For j = 1 To t 'décalage
rate_out_i = Cells(i, 13)
Cells(j, 39) = Cells(j + rate_out_i, 39)
Next
ln = hn - Cells(i, 12)
hn = hn - Cells(i, 13) + Cells(i, 12)
If ln > t Then
ln = t
End If
If hn > t Then
hn = t
End If
If ln < 1 Then
ln = 1
End If
If hn < 1 Then
hn = 1
End If
hi = hn
li = ln
If Cells(i, 12) > Cells(32, 6) / 3600 * 5 Then 'Bin 1 in plus grand que 4.4444
For j = li To hi
Cells(j, 39) = 1
Next
For j = (hi + 1) To t
Cells(j, 39) = 0
Next
ElseIf Cells(i, 12) = Cells(32, 6) / 3600 * 5 Then 'Bin 1 in est egal a 4.4444
For j = li To hi
Cells(j, 39) = 0
Next
For j = (hi + 1) To t
Cells(j, 39) = 0
Next
End If
End If
'---------------------------------------
Cells(i, 37) = Cells(1, 39)
'############################ con2 and conv3 charged on ######################################
Cells(i, 16) = Cells(i, 13) / 2
Cells(i, 17) = Cells(i, 13) / 2
'############################ screen1 in and screen2 in ######################################
If i > 45 And i < (46 + dc2) Then 'screen1
Cells(i, 18) = Cells(46, 13) / 2
Else
Cells(i, 18) = Cells(i - dc2, 16)
End If
If i > 45 And i < (46 + dc3) Then 'screen2 &&&&&& si convoyeur 2 et 3 sont de la meme longueur je pourrais dire que screen 1 égale screen 2.
Cells(i, 19) = Cells(46, 13) / 2
Else
Cells(i, 19) = Cells(i - dc3, 17)
End If
'#################################### Cacul de loverflow ######################################
If i > 45 And i < (46 + db1 + dc1 + dc2) Then
Cells(i, 20) = (Cells(22, 6) - Cells(32, 6)) / 3600 * 5 / 2 * Cells(28, 6)
Else
If Cells(i - dc2, 14) = 0 And Cells(i - dc1 - dc2, 11) = 0 Then 'si bin 1 est vide et conv 1 (D) est vide (+cells(23,12)est le delai du conv 2)
Cells(i, 20) = 0 'loverflow du screen est 0
ElseIf Cells(i - dc2, 14) = 0 And Cells(i - dc1 - dc2, 11) > 0 Then 'si bin 1 est vide et conv 1 (D) est plein
Cells(i, 20) = Cells(i - dc1 - dc2, 11) * Cells(28, 6) / 2 'loverflow est egal a la charge du conv 1(D) * %that goes overflow /2 (2 Screens)
ElseIf Cells(i - dc2, 14) > 0 And Cells(i - dc2, 37) = 0 Then 'a reviser
Cells(i, 20) = 0
ElseIf Cells(i - dc2, 14) > 0 And Cells(i - dc2, 37) = 1 Then 'a reviser
Cells(i, 20) = (Cells(22, 6) - Cells(32, 6)) / 3600 * 5 / 2 * Cells(28, 6)
End If
End If
Cells(i, 21) = Cells(i, 20) 'for screen2 overflow = screen 1 overflow
'#################################### conv4 charge on ########################################
Cells(i, 22) = Cells(i, 20) + Cells(i, 21)
'#################################### Bin 2 in ###############################################
If i > 45 And i < (46 + dc4) Then
Cells(i, 23) = Cells(32, 6) / 3600 * 5
Else
Cells(i, 23) = Cells(i - dc4, 22)
End If
'#################################### Bin 2 out ##############################################
If i > 45 And i < (46 + dc4) Then
Cells(i, 24) = Cells(23, 6) / 3600 * 5
Else
If (Cells(i - 1, 25) + Cells(i - 1, 23) - Cells(i - 1, 24)) < 0 Or (Cells(i - 1, 25) + Cells(i - 1, 23) - Cells(i - 1, 24)) = 0 Then
Cells(i, 24) = Cells(i, 23)
Else
Cells(i, 24) = Cells(23, 6) / 3600 * 5
End If
End If
'#################################### Bin 2 level ##############################################
If i = 46 Then
Cells(i, 25) = Cells(33, 3) * Cells(34, 3)
Else
If (Cells(i - 1, 25) + Cells(i - 1, 23) - Cells(i - 1, 24)) < 0 Or (Cells(i - 1, 25) + Cells(i - 1, 23) - Cells(i - 1, 24)) = 0 Then
Cells(i, 25) = 0
Else
If (Cells(i - 1, 25) + Cells(i - 1, 23) - Cells(i - 1, 24)) > Cells(33, 3) Then
Cells(i, 25) = Cells(33, 3)
Else
Cells(i, 25) = Cells(i - 1, 25) + Cells(i - 1, 23) - Cells(i - 1, 24)
End If
End If
End If
'#################################### Conv-5 & Conv-6 charged on #############################
Cells(i, 27) = Cells(i, 24) / 2
Cells(i, 28) = Cells(i, 24) / 2
'#################################### Cone-1 & Cone-2 out ####################################
If i > 45 And i < (45 + dc5) Then 'Cone-1
Cells(i, 29) = Cells(36, 3) / 3600 * 5
Else
Cells(i, 29) = Cells(i, 27)
End If
If i > 45 And i < (45 + dc6) Then 'Cone-2
Cells(i, 30) = Cells(36, 3) / 3600 * 5
Else
Cells(i, 30) = Cells(i, 28)
End If
'#################################### Conv-7 charged on ######################################
Cells(i, 31) = Cells(i, 29) + Cells(i, 30)
'#################################### Screen-1 Underflow #####################################
Cells(i, 32) = Cells(i, 18) - Cells(i, 20)
'#################################### Screen-2 Underflow #####################################
Cells(i, 33) = Cells(i, 19) - Cells(i, 21)
'#################################### Conv-8 charged on ######################################
Cells(i, 34) = Cells(i, 32) + Cells(i, 33)
'#################################### Stock piles in #########################################
If i > 45 And i < (46 + dc8) Then
Cells(i, 35) = Cells(19, 3) / 3600 * 5
Else
Cells(i, 35) = Cells(i - dc8, 34)
End If
'#############################################################################################
i = i + 1
Loop
Application.Calculation = xlCalculationAutomatic
Application.ScreenUpdating = True
End Sub |
Optimisation du temps d'exécution d'un code vba
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