Dynamic Dashboard in Excel – Pulling it all together [Part 4 of 4]

Dynamic Dashboard in Excel - Part 4 of 4This is a guest post by Myles Arnott from Clarity Consultancy Services – UK.

In this the final post we are going to pull it all together to create our final Dynamic Dashboard model.

The dynamic dashboard VBA example can be downloaded here [Mirror]

Firstly a quick recap of what we have covered so far:

  • How to structure a workbook with user friendly front page and user notes
  • Using a structured inputs or driver page
  • How to create a range of dynamic charts
  • Some simple VBA to move items around a page based on the user’s parameters

Ok, so lets get to work to combine all of the above into a workable model. There is a lot to cover here so as Chandoo often says, may be time to grab a coffee!

First things first you need to bring all of the charts that you want to have in your dashboard into the spreadsheet and label up the tabs accordingly.


I find that for a model that has multiple tabs a homepage allows any user to easily understand the contents and easily navigate to the page they are interested in.

Obviously you can make the homepage look entirely how you want. I use this design as my standard layout with a relevant title, business logo and contents structured to suit the model.

I use the free form shape to draw my boxes. This can be a bit fiddly to achieve but I think that the end result is worth the effort.

Using Freeform shapes in Dashboard

Links are achieved by inserting hyperlinks. I choose to reformat these to change the color and remove the underlining. [related: create a table of contents sheet in excel]

Hyperlinks - Creating an index page in Excel Dashboard

The help sheet is courtesy of John Walkenbach. Of all of the possible user note solutions I have encountered this to me offers the simplest and most user friendly approach. I use this in all the models that I develop for clients.

Now on to the central point of the model: The Dynamic Dashboard

There are three key parts to the dashboard, the driver area, the report area and the chart location matrix.

Driver area

This is the user interface which allows the user to hide, view or position a particular chart.
Driver Area - Dynamic Dashboard
Each title is hyperlinked to the page containing the chart in question. Each location cell is a named range with data validation to control the inputs. I have also added an input message via the data validation function.

The named range relates to the chart eg: Chart one is CH_1, chart 2 is CH_2 etc.

The validation list is based on a named range Position_Range (in the Inputs tab)
Data Validation settings - Dynamic Dashboard
The input message is defined in the Input message tab within the validation function menu.

Report area

This is your dashboard, the area to contain your charts. It is simply an area defined and formatted to be the container for the dashboard charts that the user chooses.

The Chart Location Matrix

The entries for this matrix are made in the inputs tab and pull through to the dynamic dashboard tab. Each cell of the matrix in the dynamic dashboard tab is a named range. These named ranges are referenced in the VBA. I will discuss this later in the post.
Chart Location Matrix - Dynamic Dashboard in Excel
This matrix defines where each chart will be placed. Getting these positioning references correct takes a little bit of trial and error but is pretty simple to achieve.

Now onto the images themselves. The images that the model moves around are pictures of the charts in each tab. This is achieved using the camera tool. Chandoo has written an excellent post on the camera tool so I will not repeat that here.

I have then renamed the images by selecting the image and changing the name in the name box.

As you can see the chart below is called Chart4. You will also notice that in the formula bar it refers to =’CH4′!$B$2:$F$17. This is the image that it has taken from the CH4 tab.
Using Camera Tool - dynamic dashboard in excel

The final step is to add a hyperlink back to the chart page so that the user can navigate to the relevant page by clicking on the image.

So now we have a structured model, images of our charts and everything in place to put in the VBA.


The basics for the VBA were covered in part 3 – VBA behind the Dynamic Dashboard a simple example.


Unlike in part 3, as we would like to avoid clicking on a button every time we want to update the layout, the VBA is located in the Dynamic Dashboard sheet itself rather than in a module.
Project Explorer area

The event target

It important to restrict the event function to specific cells. This stops the macro running completely every time any cell is changed in the sheet. In this case I have restricted it to the cells where the user chooses the chart’s position.


We need to define the variable in the VBA so that Excel knows where to put the images we have moved.

To do this we firstly define the variables and then link them to the named ranges in the chart location matrix.

To manage the loop code I have also used “I” as the current iteration and “ix” as the last desired iteration.

Moving the charts

This is based on the VBA used in part three of the post.


To avoid having to rewrite the code for each chart we instead use a loop that continues to loop as long as the current iteration “I” is less than the last desired iteration “ix”. I.e. loop for the eight charts and then stop.

The variable “I” is also passed to the position part of the VBA to select the relevant image to move:

ActiveSheet.Shapes(“chart” & i).Select

Ok So here is the full code:

Private Sub Worksheet_Change(ByVal Target As Range)If Not Intersect(Target, Range(“C7,C8,C9,C10,F7,F8,F9,F10”)) Is Nothing Then

Dim Topleft_T As Integer
Dim Topleft_L As Integer
Dim MiddleLeft_T As Integer
Dim MiddleLeft_L As Integer
Dim BottomLeft_T As Integer
Dim BottomLeft_L As Integer
Dim Topright_T As Integer
Dim Topright_L As Integer
Dim Middleright_T As Integer
Dim Middleright_L As Integer
Dim Bottomright_T As Integer
Dim Bottomright_L As Integer
Dim Hide_T As Integer
Dim Hide_L As Integer
Dim View_T As Integer
Dim View_L As Integer
Dim i As Integer
Dim ix As Integer

‘Define the position values (based on named ranges)

Topleft_T = Range(“Top_Left_T”).Value
Topleft_L = Range(“Top_Left_L”).Value
MiddleLeft_T = Range(“Middle_left_T”).Value
MiddleLeft_L = Range(“Middle_left_L”).Value
BottomLeft_T = Range(“Bottom_left_T”).Value
BottomLeft_L = Range(“Bottom_left_L”).Value
Topright_T = Range(“Top_right_T”).Value
Topright_L = Range(“Top_right_L”).Value
Middleright_T = Range(“Middle_right_T”).Value
Middleright_L = Range(“Middle_right_L”).Value
Bottomright_T = Range(“Bottom_right_T”).Value
Bottomright_L = Range(“Bottom_right_L”).Value
View_T = Range(“View_T”).Value
View_L = Range(“View_L”).Value
Hide_T = Range(“Hide_T”).Value
Hide_L = Range(“Hide_L”).Value

‘Set ix to be the number of charts
ix = 8

‘reset i
i = 1

”Select the shape and position it
Do While i <= ix

ActiveSheet.Shapes(“chart” & i).Select
If UCase(Range(“CH_” & i).Value) = “TOP LEFT” Then
Selection.ShapeRange.Top = Topleft_T
Selection.ShapeRange.Left = Topleft_L
ElseIf UCase(Range(“CH_” & i).Value) = “MIDDLE LEFT” Then
Selection.ShapeRange.Top = MiddleLeft_T
Selection.ShapeRange.Left = MiddleLeft_L
ElseIf UCase(Range(“CH_” & i).Value) = “BOTTOM LEFT” Then
Selection.ShapeRange.Top = BottomLeft_T
Selection.ShapeRange.Left = BottomLeft_L
ElseIf UCase(Range(“CH_” & i).Value) = “TOP RIGHT” Then
Selection.ShapeRange.Top = Topright_T
Selection.ShapeRange.Left = Topright_L
ElseIf UCase(Range(“CH_” & i).Value) = “MIDDLE RIGHT” Then
Selection.ShapeRange.Top = Middleright_T
Selection.ShapeRange.Left = Middleright_L
ElseIf UCase(Range(“CH_” & i).Value) = “BOTTOM RIGHT” Then
Selection.ShapeRange.Top = Bottomright_T
Selection.ShapeRange.Left = Bottomright_L
ElseIf UCase(Range(“CH_” & i).Value) = “VIEW” Then
Selection.ShapeRange.Top = View_T
Selection.ShapeRange.Left = View_L
ElseIf UCase(Range(“CH_” & i).Value) = “HIDE” Then
Selection.ShapeRange.Top = Hide_T
Selection.ShapeRange.Left = Hide_L
End If

i = i + 1


End If

End Sub

Closing Thoughts

We now have a model that provides pertinent summary information to aid management decision making. It combines a high level of flexibility within each report and then allows the user to choose which reports to include and where to position them. This allows an enormous amount of flexibility over the message to be communicated.

I hope you enjoyed the post and please feel free to make comments and suggestions on the model.

Finally a huge thank you for Chandoo for agreeing to host this post for me.

Download the complete dashboard

Go ahead and download the dashboard excel file. The dynamic dashboard can be downloaded here [mirror, ZIP Version]

It works on Excel 2007 and above. You need to enable macros and links to make it work.

Added by Chandoo:

Myles has taken various important concepts like Microcharts, form controls, macros, camera snapshot, formulas etc and combined all these to create a truly outstanding dashboard. I am honored to feature his ideas and implementation here on PHD. I have learned several valuable tricks while exploring his dashboard. I am sure you would too.

If you like this tutorial please say thanks to Myles.

Related Material & Resources


Hello Awesome...

My name is Chandoo. Thanks for dropping by. My mission is to make you awesome in Excel & your work. I live in Wellington, New Zealand. When I am not F9ing my formulas, I cycle, cook or play lego with my kids. Know more about me.

I hope you enjoyed this article. Visit Excel for Beginner or Advanced Excel pages to learn more or join my online video class to master Excel.

Thank you and see you around.

11 Responses to “Dynamic Dashboard in Excel – Pulling it all together [Part 4 of 4]”

  1. Excellent stuff. One quibble: I hate (I mean, really really hate) that massive wrapping If..End If around the whole VB routine. I think it would be cleaner like this:

    If Intersect(Target, Range(”C7,C8,C9,C10,F7,F8,F9,F10?)) Is Nothing Then
    Exit Sub
    End If

    The rest of the code could be improved, but it might not be worthwhile if it's not executed very often or very unlikely to change.

    Just had to scratch that VBA itch... 😉

  2. bill says:

    Really, really appreciate the VBA code. Thank you!

  3. Rick Rothstein (MVP - Excel) says:

    I have not checked the following in actual practice; but, given the naming conventions and cell value indicators you used, which means the following is based solely on my reading of your code's structure, I THINK the following much shorter Worksheet_Change event procedure will do the same thing as the event procedure that you posted in your blog article...

    Private Sub Worksheet_Change(ByVal Target As Range)
    Dim ix As Long, CH As String
    If Not Intersect(Target, Range("C7,C8,C9,C10,F7,F8,F9,F10")) Is Nothing Then
    ' Set ix to be the number of charts
    ix = 8
    ' Select the shape and position it
    For x = 1 To ix
    CH = Replace(Range("CH_" & i).Value, " ", "_")
    With ActiveSheet.Shapes("Chart" & i)
    .ShapeRange.Top = CH & "_T"
    .ShapeRange.Left = CH & "_L"
    End With
    End If
    End Sub

  4. Rick Rothstein (MVP - Excel) says:

    Damn, I forgot to change the "i" variable reference from the code I copied from your blog article to the X that I used for the For..Loop index variable (and I also forgot to Dim the X variable as well. Here is the corrected code....

    Private Sub Worksheet_Change(ByVal Target As Range)
    Dim ix As Long, X As Long, CH As String
    If Not Intersect(Target, Range("C7,C8,C9,C10,F7,F8,F9,F10")) Is Nothing Then
    ix = 8
    For X = 1 To ix
    CH = Replace(Range("CH_" & X).Value, " ", "_")
    With ActiveSheet.Shapes("Chart" & X)
    .ShapeRange.Top = CH & "_T"
    .ShapeRange.Left = CH & "_L"
    End With
    End If
    End Sub

  5. Chandoo says:

    @Mike and Rick.. Excellent contributions.. As with anything else on this blog, this article can also be improved and you have shown how this can be done with panache. Thank you 🙂

  6. Charley says:

    Still a link error in the file... as there was in part 3 of this article...

  7. Phil says:

    Hi Chandoo,

    great stuff... Just one question, do you have a link to John's page or maybe a hint how he turned the sheet into this little help window??

  8. Phil says:

    Hi Chandoo,

    wow, what a great series of articles. Anyhow, do you have any link to John's page (or others) which describes how to set up such a help window based on a help sheet?

  9. John says:

    Hey Chandoo ,,,, just checked out the Dynamic Dashboard series you put together, looks good and possibly something I could use, however, the footnote says this works in 2007 and above version of Excel ,,,, is there a version available for 2003?

  10. Thanks Chandoo & Myles. This is incredible...

  11. Fabiano says:

    Congrats, for the amazing tutorial, I've a simple indication, put a home hyperlink, on each sheets.
    Usually the managers are dumb, LOL. 

    Congrats once more. Fabiano. 

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