So I am trying to write a Macro for Excel, that adds 2 worksheets from an excel file to a new one.
Therefore, I try this:
Sub addfile()
Dim sheet1 As Worksheet
Dim sheet2 As Worksheet
Set sheet1 = Sheets.Add(Type:="C:\Users\Helge\AppData\Roaming\Microsoft\Templates\page1.xltx")
Set sheet2 = Sheets.Add(Type:="C:\Users\Helge\AppData\Roaming\Microsoft\Templates\page2.xltx")
End Sub
When I test it, it imports the first page, but the 2nd page gives me a Runtime error 1004.
Why does this happen?
And is there another way to get 2 sheets from one excel file to another via vba?
Much to my surprise this version of your code actually worked for me.
Sub addfile()
Dim Sheet1 As Worksheet
Dim Sheet2 As Worksheet
Set Sheet1 = Sheets.Add(Type:=Environ("Userprofile") & "\OneDrive\Desktop\Template1.xltx")
Set Sheet2 = Sheets.Add(Type:=Environ("Userprofile") & "\OneDrive\Desktop\Book2.xlsx")
Debug.Print Sheet1.Name, Sheet2.Name
End Sub
The reason for my surprise is that Sheet1 and Sheet2 are the default CodeName for the first and second worksheets in any workbook. Therefore there is a conflict of naming between the Sheet1 in the workbook and the Sheet1 you declare which should come to the surface not later than Debug.Print Sheet1.Name. In fact, it may have. I didn't check which name was printed. But the code didn't crash. Since it crashes on your computer, perhaps you have an older version of Excel. Try to stay clear of variable names that Excel also uses. Or there is something wrong with the path & file name, which is hard to tell in that syntax and therefore kept me fooled for quite some time too.
In fact, I discovered the above only after finding out that my Desktop was on OneDrive and not before I had written the function below which is designed to avoid the use of Sheets.Add. It also has some extras such as being able to specify the sheet to take from the template (you could have one template with 2 or more sheets). You can specify an index number or a sheet name. And the function will give a name to the copy, too, if you specify one.
Private Function AddWorksheet(ByVal Template As String, _
TabId As Variant, _
Optional ByVal TabName As String) As Worksheet
Dim Wb As Workbook
Dim Path As String
Dim FileName As String
Set Wb = ThisWorkbook ' change to suit
' make sure the path ends on "\"
Path = "C:\Users\Helge\AppData\Roaming\Microsoft\Templates\"
With Workbooks.Open(Path & Template)
.Sheets(TabId).Copy After:=Wb.Sheets(Wb.Sheets.Count)
.Close
End With
Set AddWorksheet = ActiveSheet
If Len(TabName) Then ActiveSheet.Name = TabName
End Function
You can call the function from a sub routine like this:-
Sub AddWorksheets()
Dim Tab1 As Worksheet
Dim Tab2 As Worksheet
Application.ScreenUpdating = False
Set Tab1 = AddWorksheet("Page1.xltx", 1, "New Tab")
Set Tab2 = AddWorksheet("Page2.xltx", "Sheet1", "Another new Tab")
Application.ScreenUpdating = True
End Sub
Please observe the difference between the two function calls.
I get a "type mismatch" error in this code:
With Worksheets(Sheet1) '* Error here
'my code here
End With
My sheet's CodeName is 'sheet1'.
Can someone please help me remove the error?
1) Refer to sheet by Index:
With Worksheets(1)
'<stuff here>
End With
The `Index' is dependent on the "order of sheets in the workbook". If you shuffle your sheets order, this may not refer to the same sheet any more!
2) Refer to sheet by Name:
With Worksheets("Your Sheet Name")
'<stuff here>
End With
This is the .Name property of a worksheet, and is the name visible in the Excel worksheet tab and in brackets in the VBA Project Explorer.
3) Refer to sheet by CodeName:
You suggested you actually wanted to use the .CodeName property of a worksheet. This cannot be reference within brackets like the above two examples, but does exist contrary to some answers above! It is assigned automatically to a sheet on creation, and is "Sheet" then the next unused number in the previously created CodeNames.
The advantage of using CodeName is that it doesn't depend on the sheet order (unlike the Index) and it doesn't change if a user changes the Name simply by renaming the sheet in Excel.
The disadvantage is the code can be more convoluted or ambiguous. Since CodeName is read-only [1] this cannot be improved, but does ensure the above advantages! See the referenced documentation for more details.
First way of using it: directly...
With Sheet1
'<stuff here>
End With
Second way of using it: indirectly, may offer more clarity or flexibility, shows how to use the CodeName property of a worksheet...
By looping over sheets and reading the CodeName property, you can first find either the Index or Name property of your desired sheet. Then your can use this to reference the sheet.
Dim sh as WorkSheet
Dim shName as String
Dim shIndex as Long
' Cycle through all sheets until sheet with desired CodeName is found
For Each sh in ThisWorkbook.WorkSheets
' Say the codename you're interested in is Sheet1
If sh.CodeName = "Sheet1" Then
' - If you didn't want to refer to this sheet later,
' you could do all necessary operations here, and never use shName
' or the later With block.
' - If you do want to refer to this sheet later,
' you will need to store either the Name or Index (below shows both)
' Store sheet's Name
shName = sh.Name
' Store sheet's Index
shIndex = sh.Index
End If
Next sh
' Check if match was found, do stuff as before if it was!
If shName = "" Then
MsgBox "Could not find matching codename"
Else
' Equally to the next line, could use Worksheets(shIndex)
With Worksheets(shName)
'<stuff here>
End With
End If
[1] https://msdn.microsoft.com/en-us/library/office/ff837552.aspx
You can use sheet codenames directly in your code as if they were declared variables:
Sub UsingSheetCodeName()
With Sheet1
.[a1] = Sheet1.Name
End With
End Sub
CodeName is actually read-write at run-time when accessing the property trough Worksheet.Parent.VBProject.VBComponents:
' ActiveWorksheet both .Name and .CodeName are 'Sheet 1'
For Each oVBComponent In ActiveWorksheet.Parent.VBProject.VBComponents
If (oVBComponent.Name = ActiveWorksheet.CodeName) Then oVBComponent.Name = "New Name"
Next oVBComponent
Debug.Print ActiveWorkSheet.Name, ActiveWorksheet.CodeName ' "Sheet1", "New Name"
There are 3 different properties which could be used to refer to a worksheet:
.Name as Worksheets("SomeNameHere") in Worksheets("SomeNameHere").Range("A1")
.Index as Worksheets(2) in Worksheets(2).Range("A1")
.CodeName as Sheet3 in Sheet3.Range("A1")
To see the difference, run the code below and take a look at the immediate window Ctrl+G:
Sub TestMe()
Dim wks As Worksheet
For Each wks In ThisWorkbook.Worksheets
Debug.Print wks.Name
Debug.Print wks.Index
Debug.Print wks.CodeName
Debug.Print "-----------------------"
Next wks
End Sub
If the Name and the CodeName of the worksheet are not changed, they would be the same.
CodeName:
Name:
Codename.select
DataImport(sheet1)
note DataImport is the "codename" which I gave it in the property window of the VBA Editor and the name in brackets is the name that appears on the Tab.
ergo
DataImport.select selects the sheet by codename in VBA
I have a relatively simple question. Currently I have some code that is working well but not efficient. I have about 500 cost centres each with their own workbook which I have consolidated into a central repository (reference - Wb2 in code below). The code copies ranges from each open template (Wb1) into my consolidation (Wb2). Sample code below (full code not necessary).
Option Explicit
Sub CopyData()
Dim Wb1 As Workbook, wb2 As Workbook, wB As Workbook
Dim rngToCopy1 As Range
Dim rngToCopy2 As Range
Dim rngToCopy3 As Range
Dim rngToCopy4 As Range
Dim rngToCopy5 As Range
Set wb2 = ThisWorkbook
Application.Calculation = xlManual
For Each wB In Application.Workbooks
If Not Left(wB.Name, 18) = "Consolidation Test" Then
Set Wb1 = wB
Exit For
End If
Next
'Forecast Data
With Wb1.Sheets(1)
Set rngToCopy1 = .Range("A11:O11", .Cells(.Rows.Count, "A").End(xlUp))
End With
wb2.Sheets(7).Range("A" & Rows.Count).End(xlUp).Offset(1).Resize(rngToCopy1.Rows.Count, 15).Value = rngToCopy1.Value
wb2.Sheets(7).Range("P" & Rows.Count).End(xlUp).Offset(1).Resize(rngToCopy1.Rows.Count).Value = Sheets(3).Range("J1").Value
I have tried to simply change as an example wB2.Sheets(7) to Wb2.Sheets("Forecast_Data") as well as the original name in VBE wB2.Sheets("Sheet4") but I get a subscript out of range error?
In addition to the solution, please also provide background on why the fix is not so simple, has it got to do with how my variables are declared?
I think #GSerg already gave you the most important hint.
I assume you created a workbook with the name WB2, but it does not contain any of those sheets you want to write in.
Either create them manually in your template (WB2) or have a look at How to Add a Named Sheet at the end of all excel sheets to create them with your VBA.
I know this might come off as a trivial question, but I can't seem to declare a workbook or a worksheet as a variable in VBA. I have the following code, but I can't figure out what I am doing wrong, it should be straight forward. Normally I don't have any problems declaring variables such as Dim i As Integer etc.
sub kl()
Dim wb As Workbook
Dim ws As Worksheet
Set wb = ActiveWorkbook
Set ws = Sheet("name")
wb.ws.Select
End Sub
When I run the above code, I receive a type missmatch error.
Use Sheets rather than Sheet and activate them sequentially:
Sub kl()
Dim wb As Workbook
Dim ws As Worksheet
Set wb = ActiveWorkbook
Set ws = Sheets("Sheet1")
wb.Activate
ws.Select
End Sub
If the worksheet you want to retrieve exists at compile-time in ThisWorkbook (i.e. the workbook that contains the VBA code you're looking at), then the simplest and most consistently reliable way to refer to that Worksheet object is to use its code name:
Debug.Print Sheet1.Range("A1").Value
You can set the code name to anything you need (as long as it's a valid VBA identifier), independently of its "tab name" (which the user can modify at any time), by changing the (Name) property in the Properties toolwindow (F4):
The Name property refers to the "tab name" that the user can change on a whim; the (Name) property refers to the code name of the worksheet, and the user can't change it without accessing the Visual Basic Editor.
VBA uses this code name to automatically declare a global-scope Worksheet object variable that your code gets to use anywhere to refer to that sheet, for free.
In other words, if the sheet exists in ThisWorkbook at compile-time, there's never a need to declare a variable for it - the variable is already there!
If the worksheet is created at run-time (inside ThisWorkbook or not), then you need to declare & assign a Worksheet variable for it.
Use the Worksheets property of a Workbook object to retrieve it:
Dim wb As Workbook
Set wb = Application.Workbooks.Open(path)
Dim ws As Worksheet
Set ws = wb.Worksheets(nameOrIndex)
Important notes...
Both the name and index of a worksheet can easily be modified by the user (accidentally or not), unless workbook structure is protected. If workbook isn't protected, you simply cannot assume that the name or index alone will give you the specific worksheet you're after - it's always a good idea to validate the format of the sheet (e.g. verify that cell A1 contains some specific text, or that there's a table with a specific name, that contains some specific column headings).
Using the Sheets collection contains Worksheet objects, but can also contain Chart instances, and a half-dozen more legacy sheet types that are not worksheets. Assigning a Worksheet reference from whatever Sheets(nameOrIndex) returns, risks throwing a type mismatch run-time error for that reason.
Not qualifying the Worksheets collection is an implicit ActiveWorkbook reference - meaning the Worksheets collection is pulling from whatever workbook is active at the moment the instruction is executing. Such implicit references make the code frail and bug-prone, especially if the user can navigate and interact with the Excel UI while code is running.
Unless you mean to activate a specific sheet, you never need to call ws.Activate in order to do 99% of what you want to do with a worksheet. Just use your ws variable instead.
Third solution:
I would set ws to a sheet of workbook wb as the use of Sheet("name") always refers to the active workbook, which might change as your code develops.
sub kl()
Dim wb As Workbook
Dim ws As Worksheet
Set wb = ActiveWorkbook
'be aware as this might produce an error, if Shet "name" does not exist
Set ws = wb.Sheets("name")
' if wb is other than the active workbook
wb.activate
ws.Select
End Sub
Just coming across the same problem.
What you need to do is to declare ws as Object
Also it should be:
Set ws = wb.Sheets("Sheet1")
And should not be:
Set ws = Sheet("Sheet1")
The code below are working to me.
sub kl()
Dim wb As Workbook
Dim ws As Object
Set wb = ThisWorkbook
Set ws = wb.Sheets("Sheet1")
MsgBox ws.Name
End Sub
Try changing the name of the variable as sometimes it clashes with other modules/subs
Dim Workbk As Workbook
Dim Worksh As Worksheet
But also, try
Set ws = wb.Sheets("name")
I can't remember if it works with Sheet
to your surprise, you do need to declare variable for workbook and worksheet in excel 2007 or later version. Just add single line expression.
Sub kl()
Set ws = ThisWorkbook.Sheets("name")
ws.select
End Sub
Remove everything else and enjoy.
But why to select a sheet? selection of sheets is now old fashioned for calculation and manipulation.
Just add formula like this
Sub kl()
Set ws = ThisWorkbook.Sheets("name")
ws.range("cell reference").formula = "your formula"
'OR in case you are using copy paste formula, just use 'insert or formula method instead of ActiveSheet.paste e.g.:
ws.range("your cell").formula
'or
ws.colums("your col: one col e.g. "A:A").insert
'if you need to clear the previous value, just add the following above insert line
ws.columns("your column").delete
End Sub
I had the same issue. I used Worksheet instead of Worksheets and it was resolved. Not sure what the difference is between them.
Dim ws as Object
Set ws = Worksheets("name")
when declaring the worksheet as worksheet instead of an ojbect I had issues working with OptionButtons (Active X) in this worksheet (I guess the same will be with any Active-X element. When declared as object everything works fine.
Lots of answers above! here is my take:
Sub kl()
Dim wb As Workbook
Dim ws As Worksheet
Set ws = Sheets("name")
Set wb = ThisWorkbook
With ws
.Select
End With
End Sub
your first (perhaps accidental) mistake as we have all mentioned is "Sheet"... should be "Sheets"
The with block is useful because if you set wb to anything other than the current workbook, it will ececute properly
Is there any easy/short way to get the worksheet object of the new sheet you get when you copy a worksheet?
ActiveWorkbook.Sheets("Sheet1").Copy after:=someSheet
It turns out that the .Copy method returns a Boolean instead of a worksheet object. Otherwise, I could have done:
set newSheet = ActiveWorkbook.Sheets("Sheet1").Copy after:=someSheet
So, I wrote some 25 lines of code to get the object. List all sheets before the copy, list all sheets after, and figure out which one is in the second list only.
I am looking for a more elegant, shorter solution.
Dim sht
With ActiveWorkbook
.Sheets("Sheet1").Copy After:= .Sheets("Sheet2")
Set sht = .Sheets(.Sheets("Sheet2").Index + 1)
End With
I believe I have finally nailed this issue - it's been driving me nuts, also! It really would have been nice if MS made Copy return a sheet object, same as the Add method...
The thing is, the index which VBA allocates a newly copied sheet is actually not determined... as others have noted, it very much depends on hidden sheets. In fact, I think the expression Sheets(n) is actually interpreted as "the nth visible sheet". So unless you write a loop testing every sheet's visible property, using this in code is fraught with danger, unless the workbook is protected so users cannot mess with sheets visible property. Too hard...
My solution to this dilemma is:
Make the LAST sheet visible (even if temporary)
Copy AFTER that sheet. It MUST have index Sheets.Count
Hide the former last sheet again, if required - it will now have
index Sheets.Count-1
Move the new sheet to where you really want it.
Here's my code - which now seems to be bullet-proof...
Dim sh as worksheet
Dim last_is_visible as boolean
With ActiveWorkbook
last_is_visible = .Sheets(.Sheets.Count).Visible
.Sheets(Sheets.Count).Visible = True
.Sheets("Template").Copy After:=.Sheets(Sheets.Count)
Set sh=.Sheets(Sheets.Count)
if not last_is_visible then .Sheets(Sheets.Count-1).Visible = False
sh.Move After:=.Sheets("OtherSheet")
End With
In my case, I had something like this (H indicating a hidden sheet)
1... 2... 3(H)... 4(H)... 5(H)... 6... 7... 8(H)... 9(H)
.Copy After:=.Sheets(2) actually creates a new sheet BEFORE the next
VISIBLE sheet - ie, it became the new index 6. NOT at index 3, as you might expect.
Hope that helps ;-)
Another solution I used would be to copy the sheet to a place where you know its index, aka first. There you can easily have a reference to it for whatever you need, and after that you can move it freely to where you want.
Something like this:
Worksheets("Sheet1").Copy before:=Worksheets(1)
set newSheet = Worksheets(1)
newSheet.move After:=someSheet
UPDATE:
Dim ThisSheet As Worksheet
Dim NewSheet As Worksheet
Set ThisSheet = ActiveWorkbook.Sheets("Sheet1")
ThisSheet.Copy
Set NewSheet = Application.ActiveSheet
Updated with suggestions from Daniel Labelle:
To handle possible hidden sheets, make the source sheet visible, copy it, use the ActiveSheet method to return the reference to the new sheet, and reset the visibility settings:
Dim newSheet As Worksheet
With ActiveWorkbook.Worksheets("Sheet1")
.Visible = xlSheetVisible
.Copy after:=someSheet
Set newSheet = ActiveSheet
.Visible = xlSheetHidden ' or xlSheetVeryHidden
End With
I realise this post is over a year old, but I came here looking for an answer to the same issue regarding copying sheets and unexpected results caused by hidden sheets. None of the above really suited what I wanted mainly because of the structure of my workbook. Essentailly it has a very large number of sheets and what is displayed is driven by a user selecting the specific functionality, plus the order of the visible sheets was importnat to me so i didnt want to mess with those. So my end solution was to rely on Excels default naming convention for copied sheets, and explictly rename the new sheet by name. Code sample below (as an aside, my workbook has 42 sheets and only 7 are permanently visible, and the
after:=Sheets(Sheets.count) put my copied sheet in the middle of the 42 sheets, depending on what sheets are visible at the time.
Select Case DCSType
Case "Radiology"
'Copy the appropriate Template to a new sheet at the end
TemplateRAD.Copy after:=Sheets(Sheets.count)
wsToCopyName = TemplateRAD.Name & " (2)"
'rename it as "Template"
Sheets(wsToCopyName).Name = "Template"
'Copy the appropriate val_Request to a new sheet at the end
valRequestRad.Copy after:=Sheets(Sheets.count)
'rename it as "val_Request"
wsToCopyName = valRequestRad.Name & " (2)"
Sheets(wsToCopyName).Name = "val_Request"
Case "Pathology"
'Copy the appropriate Template to a new sheet at the end
TemplatePath.Copy after:=Sheets(Sheets.count)
wsToCopyName = TemplatePath.Name & " (2)"
'rename it as "Template"
Sheets(wsToCopyName).Name = "Template"
'Copy the appropriate val_Request to a new sheet at the end
valRequestPath.Copy after:=Sheets(Sheets.count)
wsToCopyName = valRequestPath.Name & " (2)"
'rename it as "val_Request"
Sheets(wsToCopyName).Name = "val_Request"
End Select
Anyway, posted just in case its useful to anyone else
This question is really old, but as there were some activity here not so long time ago and it still gave me all the answers I needed 10 years later, I'd like to share the way I did it.
After reading this thread, I found Tigregalis'answer really interesting, even if I prefer Ama's solution. But none of them was reflecting original Excel behavior with the choice of copying before/after or to a new workbook. As I needed it, I wrote down my own function, and to make it still closer from Excel's one, I made it able to handle Sheets and not just Worksheets.
For those interested, here is my code :
Function CopySheet(ByVal InitSh As Object, Optional ByVal BeforeSh As Object, Optional ByVal AfterSh As Object) As Object
'Excel doesn't provide any reliable way to get a pointer to a newly copied sheet. This function allows to make it
'Arguments: - InitSh : The sheet we want to copy
' - BeforeSh : The sheet before the one we want the copy to be placed
' - AfterSh : The sheet after the one we want the copy to be placed
'Return : - Returns the newly copied sheet. If BeforeSh and AfterSh are not givent to the sub, the sheet is created in a new workbook. In the case both are given, BeforeSh is used
' To beknown : if the InitSh is not visible, the new one won't be visible except if InitWks is the first of the workbook !
Dim isBefore As Boolean
Dim isAfter As Boolean
Dim Wkb As Workbook
'If there is before or after, we need to know the workbook where the new sheet is copied, if not we need to set up a new workbook
If Not BeforeSh Is Nothing Then
isBefore = True
Set Wkb = BeforeSh.Parent
ElseIf Not AfterSh Is Nothing Then
isAfter = True
Set Wkb = AfterSh.Parent
Else
Set Wkb = Application.Workbooks.Add(xlWBATWorksheet)
End If
'To be able to find the new worksheet, we need to make sure the first sheet of the destination workbook is visible and make the copy before it
Dim FirstWksVisibility As XlSheetVisibility
FirstWksVisibility = Wkb.Sheets(1).Visible
Wkb.Sheets(1).Visible = xlSheetVisible
InitSh.Copy before:=Wkb.Sheets(1)
'Restore the initial visibility of the first worksheet of the workbook, that is now the sheet number 2 as we copied one in front of it
Wkb.Sheets(2).Visible = FirstWksVisibility
'Finaly, move the sheet accordingly to otpional arguments BeforeWks or AfterWks
Dim TempSh As Object
Set TempSh = Wkb.Sheets(1)
If isBefore Then
TempSh.Move before:=BeforeSh
ElseIf isAfter Then
TempSh.Move after:=AfterSh
Else
'If no optional arguments, we made a new workbook and we need to erase the blank worksheet that was created with it if the new sheet is visible (we cant if it's not visible)
If TempSh.Visible = xlSheetVisible Then
Dim Alert As Boolean
Alert = Application.DisplayAlerts
Application.DisplayAlerts = False
Wkb.Sheets(2).Delete
Application.DisplayAlerts = Alert
End If
End If
Set CopySheet = TempSh
End Function
I tried to test my code extensively with worksheets and charts, and I think it does what it was designed for. The only thing to note is that copied sheet won't be visible if the source one was not, EXCEPT if the source one was the first sheet of the workbook.
This should be a comment in response to #TimWilliams, but it's my first post so I can't comment.
This is an example of the problem #RBarryYoung mentioned, related to hidden sheets. There is a problem when you try to put your copy after the last sheet and the last sheet is hidden. It seems that, if the last sheet is hidden, it always retains the highest index, so you need something like
Dim sht As Worksheet
With ActiveWorkbook
.Sheets("Sheet1").Copy After:=.Sheets(.Sheets.Count)
Set sht = .Sheets(.Sheets.Count - 1)
End With
Similar situation when you try to copy before a hidden first sheet.
Based on Trevor Norman's method, I've developed a function for copying a sheet and returning a reference to the new sheet.
Unhide the last sheet (1) if not visible
Copy the source sheet (2) after the last sheet (1)
Set the reference to the new sheet (3), i.e. the sheet after the last sheet (1)
Hide the last sheet (1) if necessary
Code:
Function CopySheet(ByRef sourceSheet As Worksheet, Optional ByRef destinationWorkbook As Workbook) As Worksheet
Dim newSheet As Worksheet
Dim lastSheet As Worksheet
Dim lastIsVisible As XlSheetVisibility
If destinationWorkbook Is Nothing Then Set destinationWorkbook = sourceSheet.Parent
With destinationWorkbook
Set lastSheet = .Worksheets(.Worksheets.Count)
End With
' store visibility of last sheet
lastIsVisible = lastSheet.Visible
' make the last sheet visible
lastSheet.Visible = xlSheetVisible
sourceSheet.Copy After:=lastSheet
Set newSheet = lastSheet.Next
' restore visibility of last sheet
lastSheet.Visible = lastIsVisible
Set CopySheet = newSheet
End Function
This will always insert the copied sheet at the end of the destination workbook.
After this, you can do any moves, renames, etc.
Usage:
Sub Sample()
Dim newSheet As Worksheet
Set newSheet = CopySheet(ThisWorkbook.Worksheets("Template"))
Debug.Print newSheet.Name
newSheet.Name = "Sample" ' rename new sheet
newSheet.Move Before:=ThisWorkbook.Worksheets(1) ' move to beginning
Debug.Print newSheet.Name
End Sub
Or if you want the behaviour/interface to be more similar to the built-in Copy method (i.e. before/after), you could use:
Function CopySheetTo(ByRef sourceSheet As Worksheet, Optional ByRef beforeSheet As Worksheet, Optional ByRef afterSheet As Worksheet) As Worksheet
Dim destinationWorkbook As Workbook
Dim newSheet As Worksheet
Dim lastSheet As Worksheet
Dim lastIsVisible As XlSheetVisibility
If Not beforeSheet Is Nothing Then
Set destinationWorkbook = beforeSheet.Parent
ElseIf Not afterSheet Is Nothing Then
Set destinationWorkbook = afterSheet.Parent
Else
Set destinationWorkbook = sourceSheet.Parent
End If
With destinationWorkbook
Set lastSheet = .Worksheets(.Worksheets.Count)
End With
' store visibility of last sheet
lastIsVisible = lastSheet.Visible
' make the last sheet visible
lastSheet.Visible = xlSheetVisible
sourceSheet.Copy After:=lastSheet
Set newSheet = lastSheet.Next
' restore visibility of last sheet
lastSheet.Visible = lastIsVisible
If Not beforeSheet Is Nothing Then
newSheet.Move Before:=beforeSheet
ElseIf Not afterSheet Is Nothing Then
newSheet.Move After:=afterSheet
Else
newSheet.Move After:=sourceSheet
End If
Set CopySheetTo = newSheet
End Function
It is correct that hidden worksheets cause the new worksheet index to be non-sequential on either side of the source worksheet. I found that Rachel's answer works if you're copying before. But you'd have to adjust it if you're copying after.
Once the model is visible and copied, the new worksheet object is simply the ActiveSheet whether you copy the source before or after.
As a preference, you could replace:
Set newSheet = .Previous with Set newSheet = Application.ActiveSheet.
Hope this is helpful to some of you.
As already mentioned here, copy/paste the sheet to the very left (index = 1), then assign it to a variable, then move it where you would like.
Function CopyWorksheet(SourceWorksheet As Worksheet, AfterDestinationWorksheet As Worksheet) As Worksheet
Dim DestinationWorkbook As Workbook
Set DestinationWorkbook = AfterDestinationWorksheet.Parent
Dim FirstSheetVisibility As XlSheetVisibility
FirstSheetVisibility = DestinationWorkbook.Sheets(1).Visible
DestinationWorkbook.Sheets(1).Visible = xlSheetVisible
SourceWorksheet.Copy Before:=DestinationWorkbook.Sheets(1)
DestinationWorkbook.Sheets(2).Visible = FirstSheetVisibility
Dim NewWorksheet As Worksheet
Set NewWorksheet = DestinationWorkbook.Sheets(1)
NewWorksheet.Move After:=AfterDestinationWorksheet
Set CopyWorksheet = NewWorksheet
End Function
I had the same requirement and came to this thread while looking for an answer. While checking out various options, found that, a easy way to access the new sheet is, using the chain of references that Excel stores (sample below). It seems like Excel maintains a linked list kind of thing w.r.t the sheet references.
'Example:
ActiveWorkbook.Sheets("Sheet1").Copy After:=someSheet
set newSheet = someSheet.Next
Similarly for the sheet inserted 'before' another sheet...
ActiveWorkbook.Sheets("Sheet1").Copy Before:=someSheet
set newSheet = someSheet.Previous
Works even if the source sheet is hidden. If the source sheet is hidden, the worksheet is copied, but the new sheet remains hidden too!
I've been trying to create a reliable generic "wrapper" function for the sheet.Copy method for re-use across multiple projects for years.
I've tried several of the approaches here and I've found only Mark Moore's answer to be a reliable solution across all scenarios. Ie the one using the "Template (2)" name to identify the new sheet.
In my case, any solution using the "ActiveSheet method" was useless as in some instances the target workbook was in a non-Active or hidden Workbook.
Similarly, some of my Workbooks have hidden sheets intermixed with visible sheets in various locations; at the beginning, in the middle, at the end; and therefore I found the solutions using the Before: and After: options also unreliable depending on the ordering of the visible and hidden sheets, along with the additional factor when the source sheet is also hidden.
Therefore after several re-writes, I've ended up with the following wrapper function:
'***************************************************************************
'This is a wrapper for the worksheet.Copy method.
'
'Used to create a copy of the specified sheet, optionally set it's name, and return the new
' sheets object to the calling function.
'
'This routine is needed to predictably identify the new sheet that is added. This is because
' having Hidden sheets in a Workbook can produce unexpected results in the order of the sheets,
' eg when adding a hidden sheet after the last sheet, the new sheet doesn't always end up
' being the last sheet in the Worksheets collection.
'***************************************************************************
Function wsCopy(wsSource As Worksheet, wsAfter As Worksheet, Optional ByVal sNewSheetName As String) As Worksheet
Dim Ws As Worksheet
wsSource.Copy After:=wsAfter
Set Ws = wsAfter.Parent.Sheets(wsSource.Name & " (2)")
'set ws Name if one supplied
If sNewSheetName <> "" Then
Ws.Name = sNewSheetName
End If
Set wsCopy = Ws
End Function
NOTE: Even this solution will have issues if the source sheet's Name is more than 27 chars, as the maximum sheet name is 31, but that is usually under my control.
Old post but wasn't sure about unhiding sheets or adding suffixes to names.
This is my approach:
Sub DuplicateSheet()
Dim position As Integer
Dim wbNewSheet As Worksheet
position = GetFirstVisiblePostion
ThisWorkbook.Worksheets("Original").Copy Before:=ThisWorkbook.Sheets(position)
Set wbNewSheet = ThisWorkbook.Sheets(position)
Debug.Print "Duplicated name:" & wbNewSheet.Name, "Duplicated position:" & wbNewSheet.Index
End Sub
Function GetFirstVisiblePostion() As Integer
Dim wbSheet As Worksheet
Dim position As Integer
For Each wbSheet In ThisWorkbook.Sheets
If wbSheet.Visible = xlSheetVisible Then
position = wbSheet.Index
Exit For
End If
Next
GetFirstVisiblePostion = position
End Function
Wanted to share my simple solution to this with the following code
Sub copy_sheet(insheet As String, newsheet As String)
Application.DisplayAlerts = False
On Error Resume Next
ThisWorkbook.Sheets(newsheet).Delete
ThisWorkbook.Sheets(insheet).Copy before:=ThisWorkbook.Sheets(1)
For Each ws In ThisWorkbook.Worksheets
If (InStr(ws.Name, insheet) > 0 And InStr(ws.Name, "(") > 0) Then
ThisWorkbook.Sheets(ws.Name).Name = newsheet
Exit For
End If
Next
Application.DisplayAlerts = True
End Sub
Whenever you copy a sheet, the resulting "copied" sheet ALWAYS has the name of the original sheet, and a bracketed number. As long as none of your original sheets contain bracketed number names, this will work 100% of the time.
It copies the sheet, then loops through all sheet names looking for one that 1) contains the original name and 2) has a bracketed number, and then renames the sheet
I had the same problem as OP, but with the addition of some hidden and very hidden sheets.
Finding the last sheet by using something like
{set last_sheet = ThisWorkbook.Worksheets(ThisWorkbook.Worksheets.Count)} does not work because Excel does not count the hidden worksheets, so the position number {last_sheet.Index + 1} is too high and makes an error.
Instead I made a loop to find the position:
Dim w as Workbook, s as Worksheet, template_sheet as worksheet, last_sheet as Worksheet, new_sheet as Worksheet
' find the position of the last sheet
For Each s in w.Workbooks
If s.Visible = xlSheetVisible then
Set last_sheet = s
End if
Next
' make the sheet to be copied visible, copy it and hide it again
w.Worksheets("template_sheet").Visible = xlHidden
w.Worksheets("template_sheet").Copy After:=last_sheet
w.Worksheets("template_sheet").Visible = xlVeryHidden
' reference the new sheet that was just added
Set new_sheet = Worksheets(last_sheet.index + 1)