Removing Spaces at the End of Table Cells

Authors do funny things. Sometimes these things are inadvertent; sometimes they’re the result of trying to “prettify” documents for publication. In either case, editors have to clean up what the authors have done.

One such problem is spaces at the ends of table cells. A table cell should end with the text it contains. If there are spaces after that text, they can cause alignment (and other) problems if they’re allowed to persist into typesetting.

It should be a simple matter to clean up the extraneous spaces: Search for a space followed by an end-of-cell marker and replace with just an end-of-cell marker. But what magic code can we use to find or replace an end-of-cell marker? As it turns out, there isn’t one. But we can still get rid of those spaces with a macro. Here it is, with comments about what’s going on (text following a single quotation mark is a “comment”, which is also in green for clarity):

The Macro

Sub CleanCellEndSpaces()

'Define variables (that is, containers for information)
 Dim aTable As Table
 Dim aCell As Cell
 Dim aRow As Row
 Dim aColumn As Column
 Dim aRange As Range 'A specific area of the document
 Dim aLen As Integer 'A number
 Dim LastChar As String 'A string of characters (text)

Dim Tracking As Boolean 'True or False
 Tracking = ActiveDocument.TrackRevisions 'Get setting of revision tracking
 ActiveDocument.TrackRevisions = False 'Turn off revision tracking

On Error Resume Next 'In case of tables with "vertically merged" cells
 'Cycle through tables, rows, and cells

For Each aTable In ActiveDocument.Tables
 For Each aRow In aTable.Rows
 For Each aCell In aRow.Cells

CheckAgain:

Set aRange = aCell.Range 'Set aRange variable to the contents of the current cell
 aRange.End = aRange.End – 1 'Don’t include the end-of-cell marker
 aLen = Len(aRange.Text) 'Get the length of the cell’s text
 aString = aRange.Text 'Assign the text to a variable
 LastChar = Right(aString, 1) 'Get the last character of the text
 If LastChar = " " Then 'If the last character is a space

aRange.Text = Left(aRange.Text, aLen – 1) 'Set the text to be itself minus the trailing space
 GoTo CheckAgain 'Go back and check for another space (there may be several)

End If
 Next aCell
 Next aRow
 Next aTable

ActiveDocument.TrackRevisions = Tracking 'Set revision tracking back to its original state

End Sub

The Explanation

Here’s how the macro works.

We start by “dimensioning” (defining) our variables, like this:

Dim aTable As Table

“aTable” is an arbitrary name; I just made it up. But that whole line tells Word that aTable will represent a table in our document. The other “Dim” statements follow suit, with “aCell” representing a table cell, “aRow” representing a table row, and so on.

These three lines deserve special attention:

Dim Tracking As Boolean
 Tracking = ActiveDocument.TrackRevisions
 ActiveDocument.TrackRevisions = False

Dimensioning the “Tracking” variable as Boolean tells Word that the variable will be either true or false; those are the only two values it can hold.

Next, we set “Tracking” to the value of ActiveDocument.TrackRevisions. If revision tracking is on, “Tracking” will be set to “True.” If revision tracking is off, “Tracking” will be set to “False.” We do that to remember the current setting for revision tracking, because the next line, “ActiveDocument.TrackRevisions = False” actually turns revision tracking off (we’ll reset it later). This is necessary because (1) tracking the deletion of those extraneous spaces isn’t needed, and (2) using revision tracking may send this macro into an endless loop as it keeps “finding” the character that it just deleted (but is still there as a tracked revision).

The next line —

On Error Resume Next

— needs to be there in case a table includes “merged” cells, which will cause an error when the macro runs. If that happens, the macro will skip to the next line, which means that tables with “merged” cells will be ignored. There may be a better way to deal with such tables, but I don’t know what it is.

After that line, things get really interesting:

For Each aTable In ActiveDocument.Tables

This tells Word to work on “Each” table in ActiveDocument.Tables. “What’s that?” you ask. Well, obviously “ActiveDocument” is the active document — the document that’s open in Word with our cursor moving around in it. (Other documents may be open but not active.) In the active document, there’s a collection of objects called “Tables” — which are, of course, the tables in the document.

And now, a brief digression: As far as macros are concerned, a Microsoft Word document is “simply” a collection of various objects, such as tables, headers, footers, footnotes, endnotes, paragraphs, words, and much, much more. All of these objects have certain “properties.” For example, a paragraph may have the property of FirstLineIndent set to “True” — in other words, its first line is indented. Objects can also contain other objects. For example, a table always contains at least one row and one column. So, in our macro, we have this:

For Each aRow In aTable.Rows

That tells Word to work on each row in the current table. Similarly, this —

For Each aCell In aRow.Cells

— tells Word to work on each cell in the current row.

Next, we’re going to set the range of text we want to use (that is, aRange) to be the current cell:

Set aRange = aCell.Range

Then we’ll reduce the end of that range by one character, so we don’t include the end-of-cell marker:

aRange.End = aRange.End – 1

And, using the Len command, we’ll find out the length (number of characters) included in the range’s text:

aLen = Len(aRange.Text)

Now let’s get that text by putting it into the variable called “aString”:

aString = aRange.Text

And we’ll use the Right command to find out the last character of the text string (that is, the first character on the right of the string):

LastChar = Right(aString, 1)

That looks a little complicated, but it’s actually fairly simple. Let’s say our text string is “Hi, Mom!” The “1” tells the Right command at which character to start counting (from the right of the string). In other words, LastChar is assigned the last character of the string, which in this case is an exclamation mark (“Hi, Mom!”).

But what if the last character is a space? That’s what we really we want to know. The next line will tell us if that’s the case:

If LastChar = " " Then

If the last character is a space, we need to get rid of it, which we can do like this:

aRange.Text = Left(aRange.Text, aLen – 1)

That line changes the text of our range to itself minus its last character (if the previous line identified its last character as a space). But what if there’s more than one space? We want to get rid of those spaces too! And that’s where the next line comes in:

GoTo CheckAgain

That sends the macro back to the “label” we’ve created at this line:

CheckAgain:

And the operation is repeated on the cell until no more spaces remain at the end of the cell.

All of the “Next” commands that follow repeat the whole operation for every cell in every row in every table of the active document. Powerful stuff!

Finally, the macro restores revision tracking to its original setting as stored in the “Tracking” variable:

ActiveDocument.TrackRevisions = Tracking

As they taught us in kindergarten, it’s good to clean up after yourself.

This article is a brief introduction to manipulating Word “objects” with macros. Future articles may explore more of those objects, along with their “properties” and “methods.” If that’s more than you want to know, you may still find the macros themselves to be useful.

How to Add Macro to Word & to the QAT

Here’s how to put this macro (or any other) into Microsoft Word so it will be available when you need it:

1. Copy the text of the macro, starting with the first “Sub” and ending with the last “Sub.”
2. Click the “View” tab on Microsoft Word’s ribbon.
3. Click the “Macros” button.
4. Type a name for the macro in the “Macro name” box — probably the name used after the first “Sub.” For this macro, that’s “CleanCellEndSpaces.”
5. Click the “Create” button.
6. Delete the “Sub [macro name]” and “End Sub” lines that Word created in the macro window. The macro window should now be completely empty (unless you already have other macros in there).
7. Paste the macro text at the current insertion point.
8. Click “File,” then “Close and Return to Microsoft Word.”

To actually use the macro:

1. Place your cursor at the beginning of the document.
2. Click the “View” tab on Microsoft Word’s ribbon.
3. Click the “Macros” button.
4. Click the name of your macro to select it.
5. Click the “Run” button. (If you wanted to delete the macro, you could press the “Delete” button instead.)

Here’s how to put the macro on Word’s QAT (Quick Access Toolbar):

1. Locate the QAT (it’s probably on the top left of your screen either above or below Word’s Ribbon interface).
2. Right-click the QAT.
3. Click “Customize Quick Access Toolbar.”
4. Under “Choose commands from:” click the dropdown list and select “Macros.”
5. Find and select your macro in the list on the left.
6. Click the “Add” button to add it to the QAT.
7. Click the “OK” button to finish.

Jack Lyon (editor@editorium.com) owns and operates the Editorium, which provides macros and information to help editors and publishers do mundane tasks quickly and efficiently. He is the author of Microsoft Word for Publishing Professionals and of Macro Cookbook for Microsoft Word. Both books will help you learn more about macros and how to use them.

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