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With more than 50 non-fiction books and numerous magazine articles to his credit, Allen Wyatt is an internationally recognized author. He is president of Sharon Parq Associates, a computer and publishing services company.

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Charlie wondered if there is a way to "make permanent" the effects of conditional formatting at any given time. For instance, if a conditional format specifies that a particular cell be bold red type, then Charlie wanted a way to remove the conditional format and make the cell bold and red.

There is no intrinsic way to do this in Excel; none of the Paste Special options will do the task, as desired. You can, however, use a macro to accomplish the task:

Option Explicit Sub PasteFC() Application.ScreenUpdating = False Dim rWhole As Range Dim rCell As Range Dim ndx As Integer Dim FCFont As Font Dim FCBorder As Border Dim FCInt As Interior Dim x As Integer Dim iBorders(3) As Integer iBorders(0) = xlLeft iBorders(1) = xlRight iBorders(2) = xlTop iBorders(3) = xlBottom Set rWhole = Selection For Each rCell In rWhole rCell.Select ndx = ActiveCondition(rCell) If ndx <> 0 Then 'Change the Font info Set FCFont = rCell.FormatConditions(ndx).Font With rCell.Font .Bold = NewFC(.Bold, FCFont.Bold) .Italic = NewFC(.Italic, FCFont.Italic) .Underline = NewFC(.Underline, FCFont.Underline) .Strikethrough = NewFC(.Strikethrough, _ FCFont.Strikethrough) .ColorIndex = NewFC(.ColorIndex, FCFont.ColorIndex) End With 'Change the Border Info for each of the 4 types For x = 0 To 3 Set FCBorder = rCell.FormatConditions(ndx).Borders(iBorders(x)) With rCell.Borders(iBorders(x)) .LineStyle = NewFC(.LineStyle, FCBorder.LineStyle) .Weight = NewFC(.Weight, FCBorder.Weight) .ColorIndex = NewFC(.ColorIndex, FCBorder.ColorIndex) End With Next x 'Change the interior info Set FCInt = rCell.FormatConditions(ndx).Interior With rCell.Interior .ColorIndex = NewFC(.ColorIndex, FCInt.ColorIndex) .Pattern = NewFC(.Pattern, FCInt.Pattern) End With 'Delete FC rCell.FormatConditions.Delete End If Next rWhole.Select Application.ScreenUpdating = True MsgBox ("The Formatting based on the Conditions" & vbCrLf & _ "in the range " & rWhole.Address & vbCrLf & _ "has been made standard for those cells" & vbCrLf & _ "and the Conditional Formatting has been removed") End Sub

Function NewFC(vCurrent As Variant, vNew As Variant) If IsNull(vNew) Then NewFC = vCurrent Else NewFC = vNew End If End Function

Function ActiveCondition(rng As Range) As Integer 'Chip Pearson http://www.cpearson.com/excel/CFColors.htm Dim ndx As Long Dim FC As FormatCondition If rng.FormatConditions.Count = 0 Then ActiveCondition = 0 Else For ndx = 1 To rng.FormatConditions.Count Set FC = rng.FormatConditions(ndx) Select Case FC.Type Case xlCellValue Select Case FC.Operator Case xlBetween If CDbl(rng.Value) >= CDbl(FC.Formula1) And _ CDbl(rng.Value) <= CDbl(FC.Formula2) Then ActiveCondition = ndx Exit Function End If Case xlGreater If CDbl(rng.Value) > CDbl(FC.Formula1) Then ActiveCondition = ndx Exit Function End If Case xlEqual If CDbl(rng.Value) = CDbl(FC.Formula1) Then ActiveCondition = ndx Exit Function End If Case xlGreaterEqual If CDbl(rng.Value) >= CDbl(FC.Formula1) Then ActiveCondition = ndx Exit Function End If Case xlLess If CDbl(rng.Value) < CDbl(FC.Formula1) Then ActiveCondition = ndx Exit Function End If Case xlLessEqual If CDbl(rng.Value) <= CDbl(FC.Formula1) Then ActiveCondition = ndx Exit Function End If Case xlNotEqual If CDbl(rng.Value) <> CDbl(FC.Formula1) Then ActiveCondition = ndx Exit Function End If Case xlNotBetween If CDbl(rng.Value) <= CDbl(FC.Formula1) Or _ CDbl(rng.Value) >= CDbl(FC.Formula2) Then ActiveCondition = ndx Exit Function End If Case Else Debug.Print "UNKNOWN OPERATOR" End Select Case xlExpression If Application.Evaluate(FC.Formula1) Then ActiveCondition = ndx Exit Function End If Case Else Debug.Print "UNKNOWN TYPE" End Select Next ndx End If ActiveCondition = 0 End Function

There are three procedures in this solution. The last procedure, ActiveCondition, is designed to return a number indicating which of the conditions in a conditional format is currently in effect. This routine was found at Chip Pearson's site, as indicated in the first comment of the function. (No sense in re-inventing the wheel. :>))

The center function, NewFC, is simply used to determine which of two values is valid. The procedure you actually run, however, is PasteFC. Simply select the cells you want to convert to explicit formatting, then run the procedure. It checks each cell you selected for which formatting condition is active, determines the formatting of that condition, and then applies it to the cell. Finally, the conditional formatting for the cell is removed.

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Sir,

How can keep the original valve or text of the result that I create from conditioning rules?

for month I divide in 4 group stating Q1,Q2,Q3,Q4. ?

Each Q(quarter has 3 month (90days).

please email on me.

thanks in advance.

How can keep the original valve or text of the result that I create from conditioning rules?

for month I divide in 4 group stating Q1,Q2,Q3,Q4. ?

Each Q(quarter has 3 month (90days).

please email on me.

thanks in advance.

Forgot an important step on previous message!

Save your excel file as an HTML file.

Open the HTML file using excel.

Now save the HTML file as an excel file again.

Formatting will be there, but conditional formatting will be gone!

Save your excel file as an HTML file.

Open the HTML file using excel.

Now save the HTML file as an excel file again.

Formatting will be there, but conditional formatting will be gone!

Save your excel file as a HTML file on your desktop.

Open the HTML file using excel.

Format colors will be there, but conditional formatting will be gone

Open the HTML file using excel.

Format colors will be there, but conditional formatting will be gone

Buzzed Aldrin's approach worked for me, too.

Depending on the format you applied, you can filter on that format (filter by color, etc.) or otherwise limit the unhidden cells to the data set you are dealing with, then set the format. The conditional formatting was probably designed to help identify these items. Now that you have, just set it and forget it. Works with simple sets. More complex would be more....complex.

I have excel 2007. This code worked only for some cells. Code seems to error out at

If Application.Evaluate(FC.Formula1)...

I have tried what Thorstein suggested, but wasn't successfull. I think I was doing something wrong.

Can someone help how to get past this?

If Application.Evaluate(FC.Formula1)...

I have tried what Thorstein suggested, but wasn't successfull. I think I was doing something wrong.

Can someone help how to get past this?

Buzzed Aldrin's solution worked for me. and is the far easiest way. Thanks

Is it possible to use this in Excel 2007 ?

I got mismatch error.

I got mismatch error.

How would you modify this to work when data is enter into a different cell. Eg I have a date in A2 that has traffic light conditional formatting and I would like the Conditional Formats removed but not the effects when a date is entered into the cell immediatly to the right (in this case A3).

Thanks

Thanks

Hello,

I tried the code you gave here.

But it comes back with an error nr: 13

Type do not match.

Case xlExpression

If Application.Evaluate(FC.Formula1) Then

Any help would be appreciated.

i use excel 2007

I tried the code you gave here.

But it comes back with an error nr: 13

Type do not match.

Case xlExpression

If Application.Evaluate(FC.Formula1) Then

Any help would be appreciated.

i use excel 2007

Yep, what Pawel said.

Copy/paste to Word and back to Excel appears to convert any kind (font, border, pattern) of conditional format to regular explicit format.

Also works for Excel 2003 and 2007.

Huge data sets might have to be done in batches if Word gets bogged down during pasting.

Copy/paste to Word and back to Excel appears to convert any kind (font, border, pattern) of conditional format to regular explicit format.

Also works for Excel 2003 and 2007.

Huge data sets might have to be done in batches if Word gets bogged down during pasting.

a super simple solution for Excel 2010 based on one of the previous comments

just copy/paste to Word and copy/paste the table from Word back to Excel

just copy/paste to Word and copy/paste the table from Word back to Excel

I find it easier to convert the formatting manually. Start with a copy of the sheet to be safe.

As an example... assume that cells in column A are formatted conditionally yellow when they match values in another column (vlookup formula as condition). The way I would "convert" the formtting to excplicit is as follows:

1) Make a note of the original order: Insert a column to the left (now column A) and fill down with values 1, 2, 3....etc..). Original data is now in column B

2) Sort columns A and B by color of column B. This will group all of the conditionally formatted yellow cells in column B.

3) Insert another to the right (column C) and you can now easily apply explicit yellow formatting to the cells in this column because the formatted cells in the adjacent column B are contiguous. Simply seelct the adjacent range and fill.

4) Now simply re-sort all three columns by column A by ascending values to restore the original order.

Hope this makes sense...it's much quicker to do than describe.

As an example... assume that cells in column A are formatted conditionally yellow when they match values in another column (vlookup formula as condition). The way I would "convert" the formtting to excplicit is as follows:

1) Make a note of the original order: Insert a column to the left (now column A) and fill down with values 1, 2, 3....etc..). Original data is now in column B

2) Sort columns A and B by color of column B. This will group all of the conditionally formatted yellow cells in column B.

3) Insert another to the right (column C) and you can now easily apply explicit yellow formatting to the cells in this column because the formatted cells in the adjacent column B are contiguous. Simply seelct the adjacent range and fill.

4) Now simply re-sort all three columns by column A by ascending values to restore the original order.

Hope this makes sense...it's much quicker to do than describe.

If formatted by color I found it easier to do this manually. Start with a copy of the sheet to be safe.

Assuming column A is conditionally formatted yellow when conditions are met....

1) Insert an adjacent column and note the original order in new Column A (1,2,3...). Column B now contains the original data. Then

2) Re-sort both columns A and B by color. Then

3) Insert another column C and you can easily fill the appropirate cells yellow because the formatted cells in B are now contiguous. Then restore the orginal order by sorting columns A, B, and C by column A Values ascending.

4) Now you can copy and paste the explicit format from column C to wherever you need.

Assuming column A is conditionally formatted yellow when conditions are met....

1) Insert an adjacent column and note the original order in new Column A (1,2,3...). Column B now contains the original data. Then

2) Re-sort both columns A and B by color. Then

3) Insert another column C and you can easily fill the appropirate cells yellow because the formatted cells in B are now contiguous. Then restore the orginal order by sorting columns A, B, and C by column A Values ascending.

4) Now you can copy and paste the explicit format from column C to wherever you need.

I found the following to work in the later versions of Excel:

' In Excel 2003 and before we can just evaluate FC.Formula1

' In 2007 and after the formula will be relative to the upper left corner of the

' area for which the conditonal format applies. Hence rejig a bit to make the

' formula relevant to current cell:

f3 = FC.Formula1

f3 = Application.ConvertFormula(Formula:=f3, FromReferenceStyle:=xlA1, ToReferenceStyle:=xlR1C1, RelativeTo:=FC.AppliesTo.Cells(1, 1))

f3 = Application.ConvertFormula(Formula:=f3, FromReferenceStyle:=xlR1C1, ToReferenceStyle:=xlR1C1, ToAbsolute:=xlAbsolute, RelativeTo:=rng)

f3 = Application.ConvertFormula(Formula:=f3, FromReferenceStyle:=xlR1C1, ToReferenceStyle:=xlA1)

If Application.Evaluate(f3) Then

I also moved the ndx loop up into PasteFC() as we can have several FormatConditions that apply (note StopIfTrue). And the copy of border information didn't quite work for me - change to only copy if source is not null.

' In Excel 2003 and before we can just evaluate FC.Formula1

' In 2007 and after the formula will be relative to the upper left corner of the

' area for which the conditonal format applies. Hence rejig a bit to make the

' formula relevant to current cell:

f3 = FC.Formula1

f3 = Application.ConvertFormula(Formula:=f3, FromReferenceStyle:=xlA1, ToReferenceStyle:=xlR1C1, RelativeTo:=FC.AppliesTo.Cells(1, 1))

f3 = Application.ConvertFormula(Formula:=f3, FromReferenceStyle:=xlR1C1, ToReferenceStyle:=xlR1C1, ToAbsolute:=xlAbsolute, RelativeTo:=rng)

f3 = Application.ConvertFormula(Formula:=f3, FromReferenceStyle:=xlR1C1, ToReferenceStyle:=xlA1)

If Application.Evaluate(f3) Then

I also moved the ndx loop up into PasteFC() as we can have several FormatConditions that apply (note StopIfTrue). And the copy of border information didn't quite work for me - change to only copy if source is not null.

Good module but it didn't work for me.

I tried the code in Excel 2007. It compiled, ran, and delivered the confirmation msgbox that the conditional formatting had been removed, but it was not.

Instead I tried CStroliaDavis' approach and saved as mht and that worked great.

Thanks!

I tried the code in Excel 2007. It compiled, ran, and delivered the confirmation msgbox that the conditional formatting had been removed, but it was not.

Instead I tried CStroliaDavis' approach and saved as mht and that worked great.

Thanks!

An even easier way to do this, and I believe it has worked for me for quite a number of versions of Excel, but I'm not 100% certain how many, is to save/publish your worksheet as an .mht (web page complete) file.

This usually saves all the formatting to the mht, but not the conditions.

Once you have done this open the file back up in Excel. Once you've opened it back up in Excel, you can copy the worksheet back to your original workbook somewhere.

This usually saves all the formatting to the mht, but not the conditions.

Once you have done this open the file back up in Excel. Once you've opened it back up in Excel, you can copy the worksheet back to your original workbook somewhere.

Richard's solution worked for me in Excel 2007.

I did have to do some cleaning up of the borders and % decimal places, but otherwise, it was perfect. That was a lot faster than editing conditional formatting for a couple hundred rows.

Thanks, Richard!

I did have to do some cleaning up of the borders and % decimal places, but otherwise, it was perfect. That was a lot faster than editing conditional formatting for a couple hundred rows.

Thanks, Richard!

I have installed the "Save as pdf or XPS" add in. I can print (save as) to

pdf from Word 2007 with the page size automatically at A4, but doing the same

thing in Excel 2007 produces a most peculiar page size. All my printers have A4 set as the default. Note that un-checking “Scale content for A4 or 8.5”x11” does not work.

The issue seems to be connected with the scaling of the page. If it is set at 100%, then it prints correctly. If it is set to print at, say, 50%, it will produce a pdf double A4 size (A3).

Has anyone any suggestions how to fix this?

pdf from Word 2007 with the page size automatically at A4, but doing the same

thing in Excel 2007 produces a most peculiar page size. All my printers have A4 set as the default. Note that un-checking “Scale content for A4 or 8.5”x11” does not work.

The issue seems to be connected with the scaling of the page. If it is set at 100%, then it prints correctly. If it is set to print at, say, 50%, it will produce a pdf double A4 size (A3).

Has anyone any suggestions how to fix this?

Following steps above and it does not work for me not sure whether its because i have multiple conditions on one cell?

I have copied and pasted the above code into a VB module and i get the issue of 'Subscript out of Range' when run!

when debugging VBA takes me to the line

Select Case FC.Type

Under the function ActiveCondition

Anyone know whats going on been at this for hours and not know whats happening - eyes and mind in meltdown!

I have copied and pasted the above code into a VB module and i get the issue of 'Subscript out of Range' when run!

when debugging VBA takes me to the line

Select Case FC.Type

Under the function ActiveCondition

Anyone know whats going on been at this for hours and not know whats happening - eyes and mind in meltdown!

Unfortunately, what is not mentioned about Function ActiveCondition is the criteria for running it. This is noted in http://www.cpearson.com/excel/CFColors.htm

I'm using Formula Is" rather than

"Cell Value Is" condition, AND

The formula used in the condition formula contains relative addresses.

Can anyone suggest a way around this issue?

I'm using Formula Is" rather than

"Cell Value Is" condition, AND

The formula used in the condition formula contains relative addresses.

Can anyone suggest a way around this issue?

Thank You.

Tried in Excel 2007 and works Perfect.

Now I am looking for a way to restore the formatting condition back to its original state.

Tried in Excel 2007 and works Perfect.

Now I am looking for a way to restore the formatting condition back to its original state.

Thanks,

This came in very handy. I was going to have to do it manually for 8000 rows of data.

This came in very handy. I was going to have to do it manually for 8000 rows of data.

As a workaround to making the conditional formating permanent in Excel 2010, I created a blank Word document with the following Macro (shortcut Ctrl-Shift-m):

Sub Macro1()

'

' Macro1 Macro

'

'

Selection.PasteExcelTable False, False, False

Selection.HomeKey Unit:=wdStory, Extend:=wdExtend

Selection.Cut

End Sub

With both your Excel spreadsheet and this (blank) Word document open, you:

1) Select the Excel cells you want to make "conditional fills permanent"

2) Ctrl-C (to copy)

3) Switch to the (blank) Word document

4) Ctrl-Shift-m to paste and cut

5) After your cells appear and then disappear, switch back to your spreadsheet (same area still selected)

6) Ctrl-V (to paste)

Sub Macro1()

'

' Macro1 Macro

'

'

Selection.PasteExcelTable False, False, False

Selection.HomeKey Unit:=wdStory, Extend:=wdExtend

Selection.Cut

End Sub

With both your Excel spreadsheet and this (blank) Word document open, you:

1) Select the Excel cells you want to make "conditional fills permanent"

2) Ctrl-C (to copy)

3) Switch to the (blank) Word document

4) Ctrl-Shift-m to paste and cut

5) After your cells appear and then disappear, switch back to your spreadsheet (same area still selected)

6) Ctrl-V (to paste)

Alan,

Do you have any sort of work around for Excel 2010?

Thanks,

Steve

Do you have any sort of work around for Excel 2010?

Thanks,

Steve

Thanks for the explanation of why this doesn't work in 2010, Richard.

Just a reminder to everyone: This tip (as it says at the end) only works in versions up through Excel 2003.

Just a reminder to everyone: This tip (as it says at the end) only works in versions up through Excel 2003.

Prior to Excel 2007, conditional formating are "redefined" cell by cell when you copy formats from 1 cell to another. Each cell equations changed appropriately (e.g. If copied to the cell just below the original, the equation columns remained the same and rows increased by 1). In Excel 2010 (I never used 2007), the format equations for every cell are IDENTICAL, a range is defined for all the cells, and Excel internally does the "redefinitions". The above macro "falsely" sees identical cell references for every "cell" in the (Excel 2010) defined range so all "permanent" formating is made based on the original cell references. Even using RC cell references in the conditional formating equations doesn't yield the desired "redefinitons" for each cell.

Tried it in Excel 2010 and it doesn't seem to work. Don't know if it works in any of the versions mentioned (2003 being the latest).