This is a sample of K4 L4
[![enter image description here][2]][2] This is a sample of K63
So again I want to arrange each worksheet in the workbook based on the values in K4, L4 and than K63
Hello I'm looking for a code that will sort the worksheets in the workbook based on multiple cell values. First I will like to sort all worksheets in the workbook based on K4 (text Ascending Order) than by L4 (text Ascending Order) and finally by cell k63 (value greatest to least). I'm struggling with the logic piece on how to make it vba go in sequence. Any insight will be greatly appreciated.
I hid rows and delete sensitive data. But from the screen shot you can basically get the jist of how I would like the worksheets arranged
The following code shows how you could achieve this:
Create an array of objects that hold the information for every sheet, including the sheet name itself
Sort the array according to your needs. I have used a simple bubble sort as it is fast enough for 100 records - but if you want, feel free to look for more efficient sort algorithms, plenty around here on SO and elsewhere. The key of sorting is that you have a custom compare method that returns -1 if object 1 is "smaller" (needs to be sorted to the left) and 1 if it is "larger" - very similar to the strComp-method in VBA.
After sorting, use the sheet names of the sorted array to rearrange the sheets.
Create a class module and name it clsSheetData that holds the information needed for sorting.
Public sheetname As String
Public gmo As String
Public ovp As String
Public percent As Double
Create a regular module with the code (I assume you want to sort ThisWorkbook, else pass the workbook as parameter)
Sub SortSheets()
' Define the array
ReDim arr(1 To ThisWorkbook.Sheets.Count) As clsSheetData
' - - Step 1: Build array with data
Dim ws As Worksheet
For Each ws In ThisWorkbook.Worksheets
Set arr(ws.Index) = New clsSheetData
arr(ws.Index).sheetname = ws.Name
arr(ws.Index).gmo = ws.Range("K4")
arr(ws.Index).ovp = ws.Range("L4")
arr(ws.Index).percent = ws.Range("K63")
Next
' - - Step 2: Sort Array (Bubblesort)
Dim i As Long, j As Long
For i = 1 To UBound(arr) - 1
For j = i + 1 To UBound(arr)
If sheetCompare(arr(i), arr(j)) > 0 Then
Dim Temp As clsSheetData
Set Temp = arr(j)
Set arr(j) = arr(i)
Set arr(i) = Temp
End If
Next j
Next i
' - - Step3: Rearrange sheets
For i = 1 To UBound(arr)
With ThisWorkbook
.Sheets(arr(i).sheetname).Move before:=.Sheets(i)
End With
Next
End Sub
Function sheetCompare(o1 As clsSheetData, o2 As clsSheetData) As Integer
' Compare the data of 2 sheets.
If o1.gmo <> o2.gmo Then ' If gmo is different, use that as criteria
sheetCompare = StrComp(o1.gmo, o2.gmo, vbTextCompare)
ElseIf o1.ovp <> o2.ovp Then ' Else If ovp is different, use that as criteria
sheetCompare = StrComp(o1.ovp, o2.ovp, vbTextCompare)
Else ' Else, compare percentage
sheetCompare = IIf(o1.percent > o2.percent, -1, 1)
End If
End Function
Related
I have a row such as the following:
Destination: Part:
04586 06509269AA
I want to look up this data in another sheet that has multiple rows of the same data with extra information
Destination: Part: Package:
04586 06509269AA 656665
04586 06509269AA 213226
and return the full data to a new sheet.
I tried doing an index, match, using a key for the data set but it crashes excel due to how much rows of data I actually pull in my query, and also I would need to find a way to increment rows in the new sheet for how many rows of data there actually is.
Any ideas of what I can try in VBA to create this report?
If I am understanding you are trying to get all the "Package values" based on "Part" and "Parameter". I would run a while loop with a for loop inside that iterates at a match and stores in an array that gets bigger using reDim Preserve.
example input with output pasted onto G column
Sub example()
Dim rower, destination, packageCount As Integer
Dim Package() As Variant
Dim part As String
destination = 4586
part = "06509269AA"
rower = 0
packageCount = 0
Sheets("Sheet1").Activate
Range("B3").Activate
Do While ActiveCell.Offset(rower) <> ""
If ActiveCell.Offset(rower) = destination And ActiveCell.Offset(rower, 1) = part Then
packageCount = packageCount + 1
ReDim Preserve Package(packageCount + 1)
Package(packageCount) = ActiveCell.Offset(rower, 2)
End If
rower = rower + 1
Loop
Range("g2").Activate
For i = 0 To UBound(Package)
ActiveCell.Offset(i) = Package(i)
Next i
End Sub
BASE TABLE
FINISHED PRODUCT
So I'm working on sorting a CSV export into a format that will allow myself and the people in my department to quickly copy and paste information into a workbook that already exists. There are several formulas and codes that the existing workbook runs so I can't just create a new workbook using the formatting that the CSV export automatically does. Basically I need to take multiple rows of information that have multiple columns of identifiers and count/sum those rows and get rid of the duplicates but I need that row to have all of the corresponding information in the columns in it. I've tried the standard excel formulas and I can get sub totals or delete and sums, but it doesn't carry the rest of the information into it.
So final order of info to check if matched duplicates would be SKU, Floor Lvl, Detail, Room, Lable
Thank you for any help you can give!
As #teylyn suggests, Pivot Table is the way to go :
Select your data including headers
Insert > Pivot Table
In the "Row Labels" box, drop all your fields in order "Label" on top then "Style" then "SKU" ... except for "Count"
Drop the "Count" field in the "Values" box and set it to "Sum of Count"
PivotTable Tools > Design > Report Layout > Show in Tabular Form
PivotTable Tools > Design > Report Layout > Repeat All Item Labels
PivotTable Tools > Design > Grand Totals > Off for Rows and Columns
PivotTable Tools > Design > Subtotals > Do Not Show Subtotals
I get the same result as your "Finished Product".
As per existing comments/answers, PivotTable is probably the way to go. But maybe below is okay for you too (assuming it works). You'll need to assign PathToCSV.
Option explicit
Sub GroupCSVbyColumns()
Dim PathToCSV as string
PathToCSV = "C:\New Folder\ff.csv" 'Replace with actual path.'
If len(dir(PathToCSV)) >0 then
Dim ContentsOfCSV as string
Open PathToCSV for binary access read as #1
ContentsOfCSV = space$(lof(1))
Get #1,1, ContentsOfCSV ' Assumes file will fit in memory'
Close #1
Dim RowsInCSV() as string
RowsInCSV = split(ContentsOfCSV, vbNewline, -1, vbbinarycompare) ' Assumes rows are separated by new line character'
Const COMMA_DELIMITER as string = ","
Dim RowIndex as long
Dim OutputList() as string
Dim OutputCounts() as long
Redim OutputList(lbound(RowsInCSV) to ubound(RowsInCSV))
Redim OutputCounts(lbound(RowsInCSV) to ubound(RowsInCSV))
' "So final order of info to check if matched duplicates would be SKU, Floor Lvl, Detail, Room, Lable"
Not sure if it makes a difference in your case, but code below considers every column (apart from ' Count') when determining duplicates -- not just the ones you mentioned.'
Dim MatchResult as variant
Dim MatchesCount as long: MatchesCount = lbound(OutputList) 'this assignment ensures we leave the first element blank and reserved for header row, as we increment MatchCount first.
Dim CurrentRowText as string
Dim CurrentRowCount as long
For RowIndex = (lbound(RowsInCSV)+1) to ubound(RowsInCSV) ' Skip row of headers'
If len(RowsInCSV(RowIndex))>0 then
CurrentRowText = left$(RowsInCSV(RowIndex),instrrev(RowsInCSV(RowIndex),comma_delimiter,-1, vbbinarycompare)-1)
CurrentRowCount = clng(mid$(RowsInCSV(RowIndex),1+instrrev(RowsInCSV(RowIndex),comma_delimiter,-1, vbbinarycompare)))
' Filter function might perform better than Match below. '
MatchResult = application.match(CurrentRowText, OutputList,0)
If isnumeric(MatchResult) then
OutputCounts(clng(MatchResult)) = OutputCounts(clng(MatchResult)) + CurrentRowCount
Else
MatchesCount = MatchesCount + 1
OutputList(MatchesCount) = CurrentRowText
OutputCounts(MatchesCount) = OutputCounts(MatchesCount) + CurrentRowCount
End if
End if
Next RowIndex
Dim TemporaryArray() as string
Dim ColumnIndex as long
TemporaryArray = split(RowsInCSV(lbound(RowsInCSV)),comma_delimiter,-1, vbbinarycompare)
Dim OutputTable(1 to (MatchesCount+1), 1 to (ubound(TemporaryArray)+1))
' Assign all headers from header row; done outside of loop below as all columns are looped through.'
For ColumnIndex = lbound(OutputTable,2) to (ubound(OutputTable,2))
OutputTable(1,ColumnIndex) = TemporaryArray(ColumnIndex-1)
Next ColumnIndex
For RowIndex = (lbound(OutputTable,1)+1) to ubound(OutputTable,1)
TemporaryArray = split(OutputList(rowindex-1),comma_delimiter,-1, vbbinarycompare)
For ColumnIndex = lbound(OutputTable,2) to (ubound(OutputTable,2)-1)
OutputTable(RowIndex,ColumnIndex) = TemporaryArray(ColumnIndex-1)
Next ColumnIndex
OutputTable(RowIndex,ColumnIndex) = OutputCounts(RowIndex-1)
Next RowIndex
Dim OutputSheet as worksheet
Set OutputSheet = Thisworkbook.worksheets.add
OutputSheet.range("A1").resize(ubound(OutputTable,1),ubound(OutputTable,2)).value2 = OutputTable
Else
Msgbox("No file found at " & PathToCSV)
End if
End sub
Untested, written on mobile.
I have two files one is a Project Register that holds key information on a project and the other is a Risk log.
There is a 1:m relationship between entries in the Register and the Risk log. What I need to do is combine all of a project risks into one cell inside the project register file.
The matching field in both files is the Project ID field
Is there a way I can do this using a vlookup variant or multiple nested vlookups?
Here's the user-defined function approach I mentioned (adapted from a different VLOOKUP-variant I already had made):
' Acts like VLOOKUP in a 1-to-many scenario by concatenating all values in matching rows
' instead of just returning the first match
Public Function VLOOKUP_MANY(lookup_value As String, lookup_range As Range, column_number As Integer, Optional delimiter As Variant) As Variant
Dim vArr As Variant
Dim i As Long
Dim found As Boolean: found = False
' Set default delimiter
If IsMissing(delimiter) Then delimiter = ", "
' Get values
vArr = lookup_range.Value2
' If column_number is outside of the specified range, return #REF
If column_number < LBound(vArr, 2) Or column_number > UBound(vArr, 2) Then
VLOOKUP_MANY = CVErr(xlErrRef)
Exit Function
End If
' Search for matches and build a concatenated list
VLOOKUP_MANY = ""
For i = 1 To UBound(vArr, 1)
If UCase(vArr(i, 1)) = UCase(lookup_value) Then
VLOOKUP_MANY = VLOOKUP_MANY & delimiter & vArr(i, column_number)
found = True ' Mark at least 1 result
End If
Next
If found Then
VLOOKUP_MANY = Right(VLOOKUP_MANY, Len(VLOOKUP_MANY) - Len(delimiter)) ' Remove first delimiter
Else
VLOOKUP_MANY = CVErr(xlErrNA) ' If no matches found, return #N/A
End If
End Function
This will search the first column in the specified range for the specified value (same as VLOOKUP), but returns the values in the specified column number concatenated. It will return #N/A when no matches are found, and #REF if an invalid value is specified for the column number (e.g. you choose column 5 but only had a 4-column table).
In case you don't know about user-defined functions - you can just copy this VBA code into the VBE for a module in your workbook. Hit Alt+F11, go to Insert > Module at the top of the screen, then paste this code into the blank file that opens up. When you go to save, you'll have to save your workbook as Macro-Enabled (.xlsm) to keep the code working - Excel will remind you about this in the save screen.
Be forewarned: it's going to be slower than VLOOKUP as a result of having to look through the entire lookup range instead of being able to stop at the first match it finds.
If you're open to using an array formula instead, there are ways to speed up this sort of functionality for very large datasets...
Different version that leverages some of the benefits of array formulas to store lookup values and speedup subsequent calls:
' Acts like VLOOKUP in a 1-to-many scenario by concatenating all values in matching rows
' instead of just returning the first match
' Utilizes a dictionary to speedup multiple matches (great for array formulas)
Public Function VLOOKUP_MANY_ARRAY(lookup_values As Range, lookup_range As Range, column_number As Integer, Optional delimiter As Variant) As Variant
Dim vHaystack As Variant, vNeedles As Variant
Dim i As Long
Dim found As Boolean: found = False
Dim dict As Object: Set dict = CreateObject("Scripting.Dictionary")
' Set default delimiter
If IsMissing(delimiter) Then delimiter = ", "
' Get values
vHaystack = lookup_range
vNeedles = lookup_values
' If column_number is outside of the specified range, return #REF
If column_number < LBound(vHaystack, 2) Or column_number > UBound(vHaystack, 2) Then
VLOOKUP_MANY_ARRAY = CVErr(xlErrRef)
Exit Function
End If
' Add values to a lookup dictionary
For i = 1 To UBound(vHaystack, 1)
If dict.Exists(UCase(vHaystack(i, 1))) Then
dict.Item(UCase(vHaystack(i, 1))) = dict.Item(UCase(vHaystack(i, 1))) & delimiter & vHaystack(i, column_number)
Else
dict.Add UCase(vHaystack(i, 1)), vHaystack(i, column_number)
End If
Next
Dim outArr As Variant
If IsArray(vNeedles) Then ' Check number of lookup cells
' Build output array
ReDim outArr(1 To UBound(vNeedles, 1), 1 To 1) As Variant
For i = 1 To UBound(vNeedles, 1)
If dict.Exists(UCase(vNeedles(i, 1))) Then
outArr(i, 1) = dict.Item(UCase(vNeedles(i, 1)))
Else
outArr(i, 1) = CVErr(xlErrNA)
End If
Next
Else
' Single output value
If dict.Exists(UCase(vNeedles)) Then
outArr = dict.Item(UCase(vNeedles))
Else
outArr = CVErr(xlErrNA)
End If
End If
VLOOKUP_MANY_ARRAY = outArr
End Function
This creates a Dictionary, which is a special structure that's really good for looking up values. There's a little extra overhead involved in building it, but once you have the structure, you can do lookups into it very quickly. This is especially nice with array formulas, which is basically when the exact same formula gets put into a whole collection of cells, then the function executes once and returns values for every cell (instead of just executing once, separately, for a bunch of cells). Enter it like an array formula with CTRL+SHIFT+ENTER, and make the first argument refer to all your lookup values instead of just one.
It will work without being used as an array formula, but it will be somewhat slower than the first function in that situation. However, if you use it in an array formula, you'll see huge speedups.
RE-EDIT:
You might need to write a user defined function or write a macro (code on same link)
I'm working with an Excel report in which each month a new worksheet is added. Each row in the worksheet is for an employee, and the columns in that row is data related to them. Each week, the rows may vary, with names being added and removed.
I wrote the following VBA module to align the rows of 2 worksheets, adding blank rows as necessary, but I need to figure out a way to expand that so it aligns 12 worksheets, with multiple blank spaces between names as necessary. I'm not sure how to go about this, any suggestions?
Option Explicit
Sub Align()
Dim n As Long, a As Range, c As Range, x As Long
n = Cells.SpecialCells(11).Row
Set a = Worksheets("Jan").Range("A6:A200"): Set c = Worksheets("Feb").Range("A6:A200")
a(n + 1) = Chr(255): c(n + 1) = Chr(255)
a.Sort a(1), 1, Header:=xlNo
c.Sort c(1), 1, Header:=xlNo
Do
x = x + 1
If a(x) > c(x) Then
a(x).EntireRow.Insert xlShiftDown
ElseIf a(x) < c(x) Then
c(x).EntireRow.Insert xlShiftDown
End If
If x > 10 ^ 4 Then Exit Do
Loop Until a(x) = Chr(255) And c(x) = Chr(255)
a(x).ClearContents: c(x).ClearContents
End Sub
I do not believe any simple rearrangement of your existing code will meet your needs. I also believe this is too big a question to expect anyone to create an entire macro for you.
Below I outline the approach I would take to solving your problem. I suggest you try to solve each issue in turn. None of the code I give has been tested so I doubt it is error-free. Debugging my code should help you understand it. If you run into difficulties, you can come back to me with questions. However, it would be better to attempt to construct a new question including the code you cannot get working. With a single issue question, I believe you will get help more quickly than waiting for me to log in.
I hope this helps.
Issue 1 - Identifying the 12 worksheets
If the workbook only contains the 12 worksheets "Jan", "Feb" ... "Dec", then it is easy: worksheets 1 to 12. It does not matter if they are in the wrong sequence.
If the workbook contains other worksheets that are the first few worksheets of the workbook then it will be almost as easy: N to N+11.
If the other worksheets and the month worksheets are muddled, you will have to access then using an approach like this:
Dim InxMonth As Long
Dim InxWsht As Long
Dim WshtMonthName() As Variant
WshtMonthName = Array("Jan", "Feb", ... "Dec)
For InxMonth = 0 to 11
InxWsht = WshtMonthName(InxMonth)
With Worksheets(InxWsht)
:::::::
End with
Next
It might be better to use this approach anyway in case a user adds a new worksheet. This technique will work regardless of what other worksheets may exist.
Issue 2 - Get sorted list of names
You need a list in alphabetic order containing every name that appears in any worksheet. I can think of a number of approaches. I was taught: get the code working then make it faster, smoother or whatever. I have picked an approach that I think is easy to implement. Other approaches would be faster to execute but it does not sound as though you will be executing the code very often and there are only 12 worksheets. Your taking hours to debug complex code that will shave a few seconds off the run time is not a good use of your time.
Issue 3 - Sort the worksheets
You have code to sort a single worksheet. You need to put that code in a loop which you execute for each of the month worksheets.
Issue 4 - Create list of names
This approach is not very elegant and I can think of much faster approaches. However I think it is easy to understand what this code is doing.
I have initialised NameList to 200 entries because your code seem to assume that there are fewer than 200 employees. However the code enlarges the array if necessary.
Dim InxNameCrntMax as Long
Dim InxMonth As Long
Dim InxWsht As Long
Dim NameList() As String
Dim NextLowestName As String
Dim RowCrnt As Long
Dim WshtRowCrnt() As Long
ReDim NameList(6 to 200) ' 6 is first data row
InxNameCrntMax = 0
ReDim WshtRowCrnt(0 To 11)
' For each worksheet set the current row to the first data row
For InxMonth = 0 to 11
WshtRowCrnt(InxMonth) = 6
Next
Do While True
' Loop until every name in every worksheet has been added to NameList
NextLowestName = "~" ' Greater than any real name
' Examine the next row in each worksheet and find the lowest name
For InxMonth = 0 To 11
With Worksheets(WshtMonthName(InxMonth))
RowCrnt = WshtRowCrnt(InxMonth) ' Get next row for current worksheet
If .Cells(RowCrnt, "A") <> "" Then
' Not all names from current worksheet added to NameList
If NextLowestName > .Cells(RowCrnt, "A") Then
' This name comes before previous next lowest name
NextLowestName = .Cells(RowCrnt, "A")
End If
End If
End With
Next
If NextLowestName = "~" Then
' All names from all worksheets added to NameList
Exit Do
End If
' Add NextLowestName to NameList
InxNameCrntMax = InxNameCrntMax + 1
If InxNameCrntMax > UBound(NameList) Then
' NameList is full so enlarge it
ReDim Preserve NameList(6 To UBound(NameList) + 100)
End If
NameList(InxNameCrntMax) = NextLowestName
' Step the current row for every worksheet containing NextLowestName
For InxMonth = 0 To 11
With Worksheets(WshtMonthName(InxMonth))
RowCrnt = WshtRowCrnt(InxWsht) ' Get next row for current worksheet
If .Cells(RowCrnt, "A") = NextLowestName Then
WshtRowCrnt(InxWsht) = RowCrnt + 1
End If
End With
Next
Loop
Issue 5 - Using NameList
I initialised the size of NameList to (6 To 200) although it may have been enlarged so it could now be (6 To 300) or (6 To 400).
VBA is one of the few languages that does not require the lower bound of an array to be 0. It is worth taking advantage of this feature. I understand from your code that 6 is the first data row of the worksheets. That is why I set the lowest bound to 6; it means the element numbers match the row numbers.
InxNameCrntMax is the last used entry in NameList so we have something like:
NameList(6) = "Aardvark, Mary"
NameList(7) = "Antelope, John"
NameList(8) = "Bison, Jessica"
::::::
NameList(InxNameCrntMax) = "Zebra, Andrew"
So if for Worksheets("Jan") there is no Mary Aardvark, row 6 should be empty. If there is a John Antelope, his data belongs on row 7.
In your code, you use InsertRow to insert blank lines. I do not really like updating worksheets in situ because, if you mess up, you have to reload the data from a backup copy.
I would rather build worksheet "JanNew" from Jan", "FebNew" from "Feb" and so on. When all these new worksheets had been created, I would rename "Jan" to "JanOld" and so on and then I would rename "JanNew" to "Jan" and so on. Only when I was absolutely convinced I had moved the data correctly would I delete the old worksheets.
However, I have to admit your approach is easier. I leave you to decide what to do.
First off, I apologize for starting a new thread but the original got confusing because I couldn't articulate my ask well (Link to original thread: Dynamic Nested Loops for Autofilter in Excel VBA). But now I have actually written the program to the way I like except using a switch statement instead of the more dynamic use of nested looping.
edit:
RSum is used to store a range and a boolean. The user selects the header cell for a column and chooses whether they want get a summation of that column or a unique count when summarizing. This allows for a collection of these objects to allow summarizing of multiple columns. This input wasn't so bad to make dynamic. The next input which starts as rtemp and ends as array1, is again the user selects the header cell for a column but this it takes the values in that column and saves a unique list to array1. With this list a for loop loops through the array using its value as criteria for an autofilter. For each step in the loop after the autofilter, the summary is calculated using the SumThisA taking the RSum object collection as an input. The data is laid out in columns where each row is a unique record.
So the question is, for the below code, I want the user to be able to select the number of categories to summarize by, have a popup to fill in those ranges (can figure this out), and then run a filter as such:
for i = 0 to UBound(array1)
Autofilter criteria1:=array1(i)
for j = 0 to UBound(array2)
Autofilter criteria1:=array2(j)
......
for x = 0 to UBound(arrayx)
Autofilter criteria1:=arrayx(x)
aSum(i,j,....x) = somefunction
Now I understand I would need to use a recursive function, but having never used one before and the somewhat complexity of this program, it is out of my understanding. Would anyone be able to help explain how to use it in this context? Plus because of the generalization of this program, it could be a useful tool for many people.
'---------Initialize Arrays---------------'
t = sMax - 1
Dim aSum()
ReDim aSum(UBound(arr1), t)
'---------------------Perform Summary----------------'
For i = LBound(arr1) To UBound(arr1)
If i = 0 Then
Data.AutoFilter field:=afield, Criteria1:=arr1, Operator:=xlFilterValues
Else
Data.AutoFilter field:=afield, Criteria1:=arr1(i)
End If
temp = SumThisA(SumValues, sMax)
For j = LBound(temp) To UBound(temp)
aSum(i, j) = temp(j)
Next j
Next i
Sum of Dollars For:
1. arrayA(1)-------100
- arrayB(1)------30
- arrayB(2)------70
2. arrayA(2)-------200
- arrayB(1)-----120
- arrayB(2)------80
3. Total-----------300
Here's a very kludgy example of recursion for what it seems you want to do. I faked up some criteria, so don't get hung up on how I'm testing for that, what's important is how the function Filter functions recursively. If I could pinpoint more exactly what you wanted I could craft it more precisely, and with less hardcoding.
Test Harness:
Public Sub Test()
Dim FilteredArray As Variant, cArray As Variant, working Array As Variant
Dim criteria As Integer
criteria = 1
ReDim criteriaArray(1 To 2)
cArray(1) = Range("C1").Value
cArray(2) = Range("C2").Value
Set workingArray = Range("A1:A7")
FilteredArray = Filter(workingArray, 7, cArray, criteria)
Range("D1") = FilteredArray
End Sub
Recursive Filter Function:
Public Function Filter(workingArray As Variant, index As Integer, _
criteriaArray As Variant, criteria) As Variant
Dim tempArray As Variant, i As Integer
ReDim tempArray(1 To 1)
For i = 1 To index
If Mid(workingArray(i), criteria, 1) = criteriaArray(criteria) Then
ReDim Preserve tempArray(1 To UBound(tempArray) + 1)
tempArray(UBound(tempArray) - 1) = workingArray(i)
End If
Next i
ReDim Preserve tempArray(1 To UBound(tempArray) - 1)
If criteria < 2 Then
Filter = Filter(tempArray, UBound(tempArray), criteriaArray, criteria + 1)
Else
Filter = tempArray
End If
End Function
Have you considered using a pivot table ? Your requirements seem very close to that functionality...