## Populate drop down list with filtered Excel Table values

This article demonstrates how to populate a drop down list with filtered values from an Excel defined Table.

The animated image below demonstrates how values (First Name) in a drop down list changes based on how the table is filtered (Country).

### How to build this

First we need to insert a new worksheet, this new worksheet will contain a formula that extracts filtered values from the Excel defined Table.

The drop-down list contains a named range that will fetch the extracted values from the new worksheet.

#### Calculation worksheet

- Right click on any worksheet tab at the very bottom of the Excel screen.

- Click on "Insert" to open a dialog box.

- Select "Worksheet" icon.
- Click OK button.

To rename the worksheet simply right click on the worksheet tab and then click on "Rename".

Type a new worksheet name and press Enter, I named it "Calculations".

### Formula

I entered a header name in cell B2.

Formula in cell B3:

- Double click on cell B3.
- Paste above array formula, shortcut CTRL + v.
- Press and hold CTRL and SHIFT keys simultaneously
- Press Enter once

The formula in the formula bar now looks like this: {=formula}

Don't enter these curly parentheses yourself, they appear automatically if you did the above steps correctly.

#### Explaining formula in cell B3

**Step 1 - Create an array**

The OFFSET function allows you to identify filtered values if you combine it with the SUBTOTAL function.

OFFSET(Table2[First Name], MATCH(ROW(Table2[First Name]), ROW(Table2[First Name]))-1, 0, 1)

becomes

OFFSET(Table2[First Name], {0; 1; 2; 3; 4; 5; 6; 7; 8; 9; 10; 11; 12; 13; 14; 15; 16; 17; 18; 19}, 0, 1)

and returns

{"Kaya"; "Fraser"; "Jui"; "Cyril"; "Spencer"; "Horace"; "Emmit"; "Lynna"; "Charley"; "Fraser"; "Mckinley"; "Tiara"; "Damien"; "Linnie"; "Jui"; "Fraser"; "Siena"; "Lynna"; "Kelton"; "Kaya"}.

This step may seem weird when you can just use a cell reference to the values, however, that won't work. This step is necessary in order to force the SUBTOTAL function to evaluate each value in the array.

**Step 2 - Identify filtered values**

The SUBTOTAL function returns 0 (zero) if value is not visible and 1 if the value is visible.

SUBTOTAL(3, OFFSET(Table2[First Name], MATCH(ROW(Table2[First Name]), ROW(Table2[First Name]))-1, 0, 1))

becomes

SUBTOTAL(3, {"Kaya"; "Fraser"; "Jui"; "Cyril"; "Spencer"; "Horace"; "Emmit"; "Lynna"; "Charley"; "Fraser"; "Mckinley"; "Tiara"; "Damien"; "Linnie"; "Jui"; "Fraser"; "Siena"; "Lynna"; "Kelton"; "Kaya"})

and returns

{0; 0; 0; 0; 0; 0; 0; 0; 0; 1; 0; 0; 0; 0; 1; 0; 0; 0; 0; 1}

**Step 3 - Return row numbers of filtered values**

The IF function returns the corresponding row number of each filtered (visible) value and a blank for not visible values.

IF(SUBTOTAL(3, OFFSET(Table2[First Name], MATCH(ROW(Table2[First Name]), ROW(Table2[First Name]))-1, 0, 1)), MATCH(ROW(Table2[First Name]), ROW(Table2[First Name])), "")

becomes

IF({0; 0; 0; 0; 0; 0; 0; 0; 0; 1; 0; 0; 0; 0; 1; 0; 0; 0; 0; 1}, MATCH(ROW(Table2[First Name]), ROW(Table2[First Name])), "")

becomes

IF({0; 0; 0; 0; 0; 0; 0; 0; 0; 1; 0; 0; 0; 0; 1; 0; 0; 0; 0; 1}, {1; 2; 3; 4; 5; 6; 7; 8; 9; 10; 11; 12; 13; 14; 15; 16; 17; 18; 19; 20}, "")

and returns

{""; ""; ""; ""; ""; ""; ""; ""; ""; 10; ""; ""; ""; ""; 15; ""; ""; ""; ""; 20}

**Step 4 - Extract the k-th smallest row number**

The SMALL function extracts the k-th smallest number in a cell range or array.

SMALL(*array*, *k*)

SMALL(IF(SUBTOTAL(3, OFFSET(Table2[First Name], MATCH(ROW(Table2[First Name]), ROW(Table2[First Name]))-1, 0, 1)), MATCH(ROW(Table2[First Name]), ROW(Table2[First Name])), ""), ROWS($A$1:A1))

becomes

SMALL({""; ""; ""; ""; ""; ""; ""; ""; ""; 10; ""; ""; ""; ""; 15; ""; ""; ""; ""; 20}, ROWS($A$1:A1))

becomes

SMALL({""; ""; ""; ""; ""; ""; ""; ""; ""; 10; ""; ""; ""; ""; 15; ""; ""; ""; ""; 20}, 1)

and returns 10.

**Step 5 - Return value based on row number**

The INDEX function returns a value based on a row number (and column number if needed).

INDEX(Table2[First Name], SMALL(IF(SUBTOTAL(3, OFFSET(Table2[First Name], MATCH(ROW(Table2[First Name]), ROW(Table2[First Name]))-1, 0, 1)), MATCH(ROW(Table2[First Name]), ROW(Table2[First Name])), ""), ROWS($A$1:A1)))

becomes

INDEX(Table2[First Name], 10)

becomes

INDEX({"Kaya"; "Fraser"; "Jui"; "Cyril"; "Spencer"; "Horace"; "Emmit"; "Lynna"; "Charley"; "Fraser"; "Mckinley"; "Tiara"; "Damien"; "Linnie"; "Jui"; "Fraser"; "Siena"; "Lynna"; "Kelton"; "Kaya"}, 10)

and returns "Fraser" in cell B4 which is the 10th value in the array.

The IFERROR function removes errors that will show when there are no more values to show.

#### Create named range

- Go to tab "Formulas" on the ribbon.
- Click "Name Manager" button.
- Click "New.." button to open the Name Manager dialog box.
- Name: Drop_down_list
- Refers to: =INDIRECT("Calculations!$B$3:$B$"&SUMPRODUCT((Calculations!$B:$B<>"")*1)+1)
- Click OK!

- Click Close!

#### Explaining named range formula

The formula used in name range *Drop_down_list* is dynamic and changes based on the number of values in column B in worksheet "Calculations.

**Step 1 - Identify non empty cells in column B**

The less and greater than signs combined checks if cells are empty or not.

Calculations!$B:$B<>""

becomes

{""; "Filtered Table values"; "Fraser"; "Jui"; "Kaya"; "" ... ""}<>""

and returns

{"FALSE";"TRUE";"TRUE";"TRUE"; "TRUE"; "FALSE"... ; "FALSE"}

It is not neccessary to check every cell in column B, if this calculation is slow for you then use a smaller cell reference, for example: Calculations!$B$1:$B$1000<>""

**Step 2 - Count non empty cells in column B**

The SUMPRODUCT function returns a number representing the total number of non empty cells.

SUMPRODUCT((Calculations!$B:$B<>"")*1)

becomes

SUMPRODUCT({"FALSE";"TRUE";"TRUE";"TRUE"; "TRUE"; "FALSE"... ; "FALSE"}*1)

The SUMPRODUCT function can't sum boolean values (TRUE or FALSE) so we need to convert them to their numerical equivalents, this is done by multiplying with 1.

SUMPRODUCT({0; 1; 1; 1; 1; 0... ; 0})

and returns 4.

**Step 3 - Create cell reference**

The ampersand allows you to combine text with a calculation.

"Calculations!$B$3:$B$"&SUMPRODUCT((Calculations!$B:$B<>"")*1)+1

becomes

"Calculations!$B$3:$B$"&4+1

becomes

"Calculations!$B$3:$B$"&5

and returns

"Calculations!$B$3:$B$5"

**Step 4 - Convert text to cell reference**

The INDIRECT function lets you use the text as a cell reference.

INDIRECT("Calculations!$B$3:$B$"&SUMPRODUCT((Calculations!$B:$B<>"")*1)+1)

becomes

INDIRECT("Calculations!$B$3:$B$5")

and returns the values in cell range Calculations!$B$3:$B$5.

#### Create drop down list

- Select cell D26
- Go to tab "Data" on the riboon.
- Click "Data Validation" button.
- Allow: List

- Source: =Drop_down_list
- Click Ok

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It's a nice concept but, when you select Germany in you example, it fails. I think if filtered rows are in consecutive order, it works.

Fowmy,

You are right! It fails, my fault. It looks like it can´t be done without using a helper column. I don´t like "helper" columns. Data Validation lists can´t handle non contiguous ranges.

I even tried creating a named range (and udf) returning a text string using a comma as a delimiter, but that failed too.

I am not sure what to do with this post.

Here is an example file with a "helper" column:

Add-filtered-table-values-to-drop-down-list2.xlsm

The helper column is in sheet2.

I believe that you can get your idea to work if you create a custom function that returns a delimited string from the filtered cell values. Just be sure to credit me :)

David Hager,

I can´t get it to work unless I use a named range. It seems the "drop down list" only accepts a cell range, a named range or a text string.

I used this function:

I can only get the custom function to work if I use it in a named range. But then the comma (text delimiter) won´t work. The drop down list shows all values in the same row.

What am I missing?

All credit goes to you :-)

Id like to make one that is the opposite of what your posted,

ie. the the column gets filtered based on the value you select from a drop down, the drop down is populated with all the unique values of whats present in your table's column

Function VisibleValues(Rng As Range) As String

Dim Cell As Range

Dim Result As String

For Each Cell In Rng

If Cell.EntireRow.Hidden = False Then

Result = Result & Cell.Value & Application.International(xlListSeparator)

End If

Next

VisibleValues = Left(Result, Len(Result) - 2)

End Function

Rüdiger,

Thank you for your contribution.

I had to remove only 1 character to make it work for my example: