I would recommend using a pivot table instead, depending on what you are trying to achieve.. if you need to do the above then I would try and do the below steps, I'll leave writing the code up to you, I have put a few functions below to help.
- Select all used cells in A as a range.
- Loop through the range and for each cell check if a sheet already exists with a name matching the cell value.
- If the sheet does not exist then you can create it and then use the R1C1 reference style to get the value from column B and paste it into the newly created sheet. Bare in mind a newly created sheet becomes the active sheet.
- If the sheet exists then you can select the worksheet and do the same as in 3, making sure you paste into the next available cell below any already done.
I recommend using the macro recording to work out how to do the copy and paste etc.
Here is an example of adding and delete a work sheet:
Dim sheetname
'not tested this, something similar to get the value, obviously you will need to loop through checking this sheet name
sheetname = Range("A:A").Cells(1,1).Value
If SheetExists(sheetname, ThisWorkbook.Name) Then
'turn off alert to user before auto deleting a sheet so the function is not interrupted
Application.DisplayAlerts = False
ThisWorkbook.Worksheets(sheetname).Delete
Application.DisplayAlerts = True
End If
'Activating ThisWorkbook in case it is not
ThisWorkbook.Activate
Application.Sheets.Add
'added sheet becomes the active sheet, give the new sheet a name
ActiveSheet.Name = sheetname
Here is a sheetexists function that also makes use of the WorkbookIsOpen function shown below it. This can be used to help you see if a sheet you want to create already exists or not.
Function SheetExists(sname, Optional wbName As Variant) As Boolean
' check a worksheet exists in the active workbook
' or in a passed in optional workbook
Dim X As Object
On Error Resume Next
If IsMissing(wbName) Then
Set X = ActiveWorkbook.Sheets(sname)
ElseIf WorkbookIsOpen(wbName) Then
Set X = Workbooks(wbName).Sheets(sname)
Else
SheetExists = False
Exit Function
End If
If Err = 0 Then SheetExists = True _
Else SheetExists = False
End Function
Function WorkbookIsOpen(wbName) As Boolean
' check to see if a workbook is actually open
Dim X As Workbook
On Error Resume Next
Set X = Workbooks(wbName)
If Err = 0 Then WorkbookIsOpen = True _
Else WorkbookIsOpen = False
End Function
I would recommend giving the values in range A a name that way you can iterate over them more easily so you can do this sort of thing:
For Each Cell In Range("ListOfNames")
...
Next
If you cant do that then you will need a function to check column A for a used range. like this one:
Function GetUsedRange(wbName As String, Optional wsName As Variant, Optional argFirstRow As Variant, Optional argLastCol As Variant) As Range
'this function uses the find method rather than the usedrange property because it is more reliable
'I have also added optional params for getting a more specific range
Dim lastRow As Long
Dim firstRow As Long
Dim lastCol As Integer
Dim firstCol As Integer
Dim ws As Worksheet
If Not IsMissing(wsName) Then
If SheetExists(wsName, wbName) Then
Set ws = Workbooks(wbName).Worksheets(wsName)
Else
Set ws = Workbooks(wbName).ActiveSheet
End If
Else
Set ws = Workbooks(wbName).ActiveSheet
End If
If IsMissing(argFirstRow) Then
' Find the FIRST real row
firstRow = ws.Cells.Find(What:="*", SearchDirection:=xlNext, SearchOrder:=xlByRows).Row
Else
firstRow = argFirstRow
End If
' Find the FIRST real column
firstCol = ws.Cells.Find(What:="*", SearchDirection:=xlNext, SearchOrder:=xlByColumns).Column
' Find the LAST real row
lastRow = ws.Cells.Find(What:="*", SearchDirection:=xlPrevious, SearchOrder:=xlByRows).Row
If IsMissing(argLastCol) Then
' Find the LAST real column
lastCol = ws.Cells.Find(What:="*", SearchDirection:=xlPrevious, SearchOrder:=xlByColumns).Column
Else
lastCol = argLastCol
End If
'return the ACTUAL Used Range as identified by the variables above
Set GetUsedRange = ws.Range(ws.Cells(firstRow, firstCol), ws.Cells(lastRow, lastCol))
End Function