How to use Code posted in Accounts Receivable Challenge

Sufiyan97

Sufiyan97

Well-known Member
Joined
Apr 12, 2019
Messages
1,584
Office Version
  1. 365
  2. 2013
Platform
  1. Windows
Hello

I am not able to get how to use the code posted in the challenge, where to put all the amounts for which I want Total for a particular amount? and where to put my target amount

Can anyone please help?

www.mrexcel.com

Accounts Receivable Challenge

www.mrexcel.com www.mrexcel.com


VBA Code: 
Dim INV() As Long
Dim CHECK As Long
Dim MAX_CHECK_INVS_No As Integer
Dim Sol As Long
Dim RESUME_No() As Integer
Dim RES_No As Integer
Dim RESUME_CALC As Integer
Dim MAX_RESUME_No As Integer
Dim AA As Long
Dim MAX_INVS As Integer
Dim MAX_DEPTH As Integer

Sub Challenge()

' SORTING
Columns("B:B").Select
    Selection.Sort Key1:=Range("B1"), Order1:=xlAscending, Header:=xlNo, _
    OrderCustom:=1, MatchCase:=False, Orientation:=xlTopToBottom

' CLEAR SOLUTION AREA

Columns("H:H").Select
Selection.ClearContents

Columns("M:P").Select
Selection.ClearContents

Cells(11, 4).Select
Selection.Activate

Cells(18, 6) = 0
Cells(7, 6) = 0
CHECK = Cells(2, 6) * 100

TOT_INV = Cells(1, 6)
ReDim INV(TOT_INV + 1)

MaxSum = 0

For i = 1 To TOT_INV
   INV(i) = Cells(i, 2) * 100
   MaxSum = MaxSum + INV(i)
Next

SUM_INV = 0

MAX_INVS = 0

For i = 1 To TOT_INV
   SUM_INV = SUM_INV + INV(i)
   If SUM_INV = CHECK Then MAX_INVS = i: Exit For
   If SUM_INV > CHECK Then MAX_INVS = i - 1: Exit For
Next

Cells(3, 6) = MAX_INVS

MAX_CHECK_INVS_No = 1
i = 1

For i = TOT_INV To 2 Step -1
    SUM_INV = INV(i)
    If SUM_INV = CHECK Then GoTo Exit_for
    For k = 1 To i
        SUM_INV = SUM_INV + INV(k)
        If SUM_INV <= CHECK Then
           GoTo Exit_for
        End If
    Next
Next

Exit_for:
MAX_CHECK_INVS_No = i

INV(MAX_CHECK_INVS_No + 1) = MaxSum

Cells(4, 6) = MAX_CHECK_INVS_No

Sol = 0
AA = 0

Cells(14, 6) = Time

'Application.ScreenUpdating = False

    Find_Sol 0, "", 0
    
    Cells(10, 5) = Str(MAX_CHECK_INVS_No)
    Cells(15, 6) = Time
    
Application.ScreenUpdating = True

End Sub
    
Sub Find_Sol(No_01 As Integer, NN_01 As String, SINVS_01 As Long)
 
For No_02% = No_01 + 1 To MAX_CHECK_INVS_No
    
    NN_02$ = NN_01 + Str(No_02%)
    SINVS_02& = SINVS_01 + INV(No_02%)
        
    If SINVS_02& > CHECK Then Exit For
    If SINVS_02& = CHECK Then
       Sol = Sol + 1
       If Sol > 65536 Then Sol = 1: COPY_SOLUTIONS
       
       Cells(Sol, 8) = NN_02$
       'Cells(10, 5) = NN_02$
       Cells(15, 6) = Time
                     
    End If
    
    If (SINVS_02& + INV(No_02% + 1)) > CHECK Then
          
       If (INV(No_02%) = INV(No_02% + 1)) Then GoTo END_LOOP
       
       MAX_No_01% = MAX_CHECK_INVS_No + 1
       No_02% = No_02% + 1
       
START_LOOP:
      
       CH_No% = MAX_No_01% - No_02%
       
       If CH_No% > 1 Then
          CH_No_m% = CH_No% / 2 + No_02%
      
          If (SINVS_01 + INV(CH_No_m%)) > CHECK Then
             MAX_No_01% = CH_No_m%
             GoTo START_LOOP
          End If
          If (SINVS_01 + INV(CH_No_m%)) = CHECK Then
             Sol = Sol + 1
             If Sol > 65536 Then Sol = 1: COPY_SOLUTIONS
             Cells(Sol, 8) = NN_01 + Str(CH_No_m%)
             Exit For
          End If
          If (SINVS_01 + INV(CH_No_m%)) < CHECK Then
             No_02% = CH_No_m%
             GoTo START_LOOP
          End If
        Else
          If CH_No% = 1 Then
             No_02% = MAX_No_01% - 1
             If (SINVS_01 + INV(No_02%)) = CHECK Then
                Sol = Sol + 1
                If Sol > 65536 Then Sol = 1: COPY_SOLUTIONS
                   Cells(Sol, 8) = NN_01 + Str(No_02%)
                  Exit For
                End If
             End If
             Exit For
          End If
       End If
END_LOOP:
    
    Find_Sol No_02%, NN_02$, SINVS_02&
   
Next_No_02:
Next No_02

End Sub


Sub RESUME_LAST_SOLUTION()

TOT_INV = Cells(1, 6)

ReDim RESUME_No(TOT_INV)

LAST_SOLUTION_No = Cells(5, 6)
If LAST_SOLUTION_No = 0 Then Exit Sub
LAST_SOLUTION = Cells(LAST_SOLUTION_No, 8)

Range("D:D").Select
Selection.ClearContents

If LAST_SOLUTION <> "" Then

LAST_SOLUTION = Trim(LAST_SOLUTION) + " "

SOL_LEN = Len(LAST_SOLUTION)
START_LEN = 1

AA = 1
For i = START_LEN To SOL_LEN

No = InStr(i, LAST_SOLUTION, " ")

Cells(AA, 4) = Mid(LAST_SOLUTION, i, No - i)
RESUME_No(AA) = Cells(AA, 4)
i = No
AA = AA + 1

Next

End If


End Sub
Sub COPY_SOLUTIONS()

AC_NAME = ActiveSheet.Name

N = 0
SOL_NAME = Cells(2, 6)

Do
  N = N + 1
  SOL_NAME_01 = Trim(Str(SOL_NAME)) + "_" + Trim(Str(N))
Loop Until Exist_SHEET(SOL_NAME_01) = 0

Cells(7, 6) = N

Create_SOLUTIONS_PAGE (SOL_NAME_01)

Sheets(AC_NAME).Select
Range("H1:I65536").Select
Selection.Copy

Sheets(SOL_NAME_01).Select
Range("B1").Select
ActiveSheet.Paste
Columns("B:C").AutoFit
Range("B1").Select

Sheets(AC_NAME).Select
Range("H1:I65536").Select
Selection.ClearContents
Range("E10").Activate

End Sub
Function Exist_SHEET(SH_NAME)

Exist_SHEET = 0

For Each SH In Sheets
    If SH.Name = SH_NAME Then Exist_SHEET = 1: Exit For
Next SH
 
End Function

Sub Create_SOLUTIONS_PAGE(SH_NAME)

If Exist_SHEET(SH_NAME) Then
   Else
       Set NewSheet = Worksheets.Add
       NewSheet.Name = SH_NAME
End If

End Sub

Sub RESUME_Challenge()

If Cells(5, 6) = 0 Then Exit Sub

' SORTING
Columns("B:B").Select
    Selection.Sort Key1:=Range("B1"), Order1:=xlAscending, Header:=xlNo, _
    OrderCustom:=1, MatchCase:=False, Orientation:=xlTopToBottom

RESUME_LAST_SOLUTION

RESUME_CALC = 1

Cells(11, 4).Select
Selection.Activate

MAX_RESUME_No = Cells(8, 6)

CHECK = Cells(2, 6) * 100

TOT_INV = Cells(1, 6)
ReDim INV(TOT_INV + 1)

MaxSum = 0
For i = 1 To TOT_INV
    INV(i) = Cells(i, 2) * 100
    MaxSum = MaxSum + INV(i)
Next

SUM_INV = 0

MAX_INVS = 0

For i = 1 To TOT_INV
   SUM_INV = SUM_INV + INV(i)
   If SUM_INV = CHECK Then MAX_INVS = i: Exit For
   If SUM_INV > CHECK Then MAX_INVS = i - 1: Exit For
Next

Cells(3, 6) = MAX_INVS

MAX_CHECK_INVS_No = 1

For i = TOT_INV To 2 Step -1
    SUM_INV = INV(i)
    If SUM_INV = CHECK Then GoTo Exit_for
    For k = 1 To i
        SUM_INV = SUM_INV + INV(k)
        If SUM_INV <= CHECK Then
           GoTo Exit_for
        End If
    Next
Next_i:
Next
Exit_for:
MAX_CHECK_INVS_No = i
INV(MAX_CHECK_INVS_No + 1) = MaxSum

Cells(4, 6) = MAX_CHECK_INVS_No

CHECK = MaxSum * 2
RES_No = 0
Sol = Cells(5, 6)

Cells(18, 6).Value = Cells(19, 6).Value

Cells(14, 6) = Time
No_01% = RESUME_No(1)

'Application.ScreenUpdating = False

    RESUME_Find_Sol No_01%, "", 0

    Cells(10, 5) = Str(MAX_CHECK_INVS_No)
    Cells(15, 6) = Time
    
Application.ScreenUpdating = True

End Sub
    
Sub RESUME_Find_Sol(No_01 As Integer, NN_01 As String, SINVS_01 As Long)
    
For No_02% = No_01 + 1 To MAX_CHECK_INVS_No
    
    If RESUME_CALC = 1 Then
       RES_No = RES_No + 1
       If RES_No > MAX_RESUME_No Then
             RESUME_CALC = 2
             CHECK = Cells(2, 6) * 100
             No_02% = No_02% - 1
             Exit For
         Else
            No_02% = RESUME_No(RES_No)
       End If
    End If
    

    NN_02$ = NN_01 + Str(No_02%)
    SINVS_02& = SINVS_01 + INV(No_02%)
    
    If SINVS_02& > CHECK Then Exit For
    If SINVS_02& = CHECK Then
       Sol = Sol + 1
       If Sol > 65536 Then Sol = 1: COPY_SOLUTIONS
       
       Cells(Sol, 8) = NN_02$
       'Cells(10, 5) = NN_02$
       Cells(15, 6) = Time
                 
    End If
        
    If (SINVS_02& + INV(No_02% + 1)) > CHECK Then
           
       If (INV(No_02%) = INV(No_02% + 1)) Then GoTo END_LOOP
       
       MAX_No_01% = MAX_CHECK_INVS_No + 1
       No_02% = No_02% + 1
       
START_LOOP:
      
       CH_No% = MAX_No_01% - No_02%
       
       If CH_No% > 1 Then
          CH_No_m% = CH_No% / 2 + No_02%
      
          If (SINVS_01 + INV(CH_No_m%)) > CHECK Then
             MAX_No_01% = CH_No_m%
             GoTo START_LOOP
          End If
          If (SINVS_01 + INV(CH_No_m%)) = CHECK Then
             Sol = Sol + 1
             If Sol > 65536 Then Sol = 1: COPY_SOLUTIONS
             Cells(Sol, 8) = NN_01 + Str(CH_No_m%)
             Exit For
          End If
          If (SINVS_01 + INV(CH_No_m%)) < CHECK Then
             No_02% = CH_No_m%
             GoTo START_LOOP
          End If
        Else
          If CH_No% = 1 Then
             No_02% = MAX_No_01% - 1
             If (SINVS_01 + INV(No_02%)) = CHECK Then
                Sol = Sol + 1
                If Sol > 65536 Then Sol = 1: COPY_SOLUTIONS
                   Cells(Sol, 8) = NN_01 + Str(No_02%)
                  Exit For
                End If
             End If
             Exit For
          End If
       End If
END_LOOP:
         
    RESUME_Find_Sol No_02%, NN_02$, SINVS_02&

Next_No_02:
Next No_02

End Sub


Module 2

VBA Code: 
Dim Comp_No()
Function Print_No(Combination As String, Base As Integer) As Variant

Application.ScreenUpdating = False

Dim COMP As Integer
Dim Max_COMP As Integer
Dim ss, dd, i, k As Integer
Dim Co_02, Co_01 As Integer

Max_COMP = Val(SEPARATE_COMP(Combination, 0))
ReDim Comp_No(Max_COMP)

Dim Comp_SER(10, 2)

For COMP = 1 To Max_COMP
    Comp_No(COMP) = Val(SEPARATE_COMP(Combination, COMP))
Next

ss = 0: dd = 0

Select Case Max_COMP
 Case 1
      Print_No = CDec(1)
      For COMP = 1 To Comp_No(1) - 1
          Print_No = CDec(Print_No + Count_Combinations(COMP, Base))
      Next
 Case Base: Print_No = CDec(Max_COMP)
 Case Else
      Co_01 = Comp_No(1)
      For i = 2 To Max_COMP
          Co_02 = Comp_No(i)
          If Co_02 - Co_01 = 1 Then
                Co_01 = Co_02
                dd = dd + 1
            Else
                ss = ss + 1
                Comp_SER(ss, 1) = Co_01
                Comp_SER(ss, 2) = Co_02
                Co_01 = Co_02
          End If
      Next
      If ss = 0 Then
            Print_No = CDec(Max_COMP)
            For COMP = 1 To Comp_No(1) - 1
                Print_No = CDec(Print_No + Count_Combinations(COMP, Base))
            Next
        Else
            Print_No = CDec(Print_No + Max_COMP)
            For i = 1 To ss
                For k = Comp_SER(i, 1) + 1 To Comp_SER(i, 2) - 1
                   Print_No = CDec(Print_No + Count_Combinations(k, Base))
                Next
            Next
            For COMP = 1 To Comp_No(1) - 1
                Print_No = CDec(Print_No + Count_Combinations(COMP, Base))
            Next
            
      End If
End Select

Application.ScreenUpdating = True

End Function

Function Count_Combinations(No As Integer, Base As Integer) As Variant

Count_Combinations = CDec(2 ^ (Base - No))

End Function

Function SEPARATE_COMP(CELL_TEXT As String, No As Integer) As String
Application.ScreenUpdating = False

If CELL_TEXT = "" Then SEPARATE_COMP = "": Exit Function

' COUNT WORDS

CELL_TEXT = Trim(CELL_TEXT) + " "
TEXT_LEN% = Len(CELL_TEXT)
START_LEN% = 1
COUNTER_No% = 1
For i% = START_LEN% To TEXT_LEN%
    FOUNT_POSITION_No% = InStr(i%, CELL_TEXT, " ")
    WORD_FOUND = Mid(CELL_TEXT, i%, FOUNT_POSITION_No% - i%)
    i% = FOUNT_POSITION_No%
    If Trim(WORD_FOUND) <> "" Then
       COUNTER_No% = COUNTER_No% + 1
    End If
Next

MAX_WORDS% = COUNTER_No% - 1

If No = 0 Then
   SEPARATE_COMP = MAX_WORDS%
   Application.ScreenUpdating = True
   Exit Function
End If

' PUT WORDS IN ARRAY
ReDim WORDS_FOUND(MAX_WORDS%)

START_LEN% = 1
COUNTER_No% = 1

For i% = START_LEN% To TEXT_LEN%
   FOUNT_POSITION_No% = InStr(i%, CELL_TEXT, " ")
   WORD_FOUND = Mid(CELL_TEXT, i%, FOUNT_POSITION_No% - i%)
   i% = FOUNT_POSITION_No%
   If Trim(WORD_FOUND) <> "" Then
      WORDS_FOUND(COUNTER_No%) = WORD_FOUND
      COUNTER_No% = COUNTER_No% + 1
   End If
Next

If No > MAX_WORDS% Then No = MAX_WORDS%
SEPARATE_COMP = WORDS_FOUND(No)
    
Application.ScreenUpdating = True

End Function
 

Excel Facts

Fastest way to copy a worksheet?
Hold down the Ctrl key while dragging tab for Sheet1 to the right. Excel will make a copy of the worksheet.
Sort by date Sort by votes
The challenge was a long time ago.
I believe that there are a few posts on the subject. You can try searching.

I know that one solution had code and instructions on how to use it and it worked.

try looking at the following I don't know if it uses the same approach as the code you cite.

Accounts Receivable Problem

Find a set of amounts that match a target value
www.sulprobil.com
 
Upvote 0
Thanks Dave for the reply, I used this as well and this works fine up to 50 amounts, but this code does not work if amounts are more than 100 and most of the times excel gets freeze when I run the code.
 
Upvote 0
You must log in or register to reply here.

Similar threads

R
  • Question Question
Find combinations of numbers that fit within a range.
Replies
0
Views
560
RasmusAa
R

Forum statistics

Threads
1,223,645
Messages
6,173,529
Members
452,520
Latest member
Pingaware

Share this page

We've detected that you are using an adblocker.

We have a great community of people providing Excel help here, but the hosting costs are enormous. You can help keep this site running by allowing ads on MrExcel.com.
Allow Ads at MrExcel

Which adblocker are you using?

Disable AdBlock

Follow these easy steps to disable AdBlock

1)Click on the icon in the browser’s toolbar.
2)Click on the icon in the browser’s toolbar.
2)Click on the "Pause on this site" option.
Go back

Disable AdBlock Plus

Follow these easy steps to disable AdBlock Plus

1)Click on the icon in the browser’s toolbar.
2)Click on the toggle to disable it for "mrexcel.com".
Go back

Disable uBlock Origin

Follow these easy steps to disable uBlock Origin

1)Click on the icon in the browser’s toolbar.
2)Click on the "Power" button.
3)Click on the "Refresh" button.
Go back

Disable uBlock

Follow these easy steps to disable uBlock

1)Click on the icon in the browser’s toolbar.
2)Click on the "Power" button.
3)Click on the "Refresh" button.
Go back
Back
Top