We’ve previously covered how we can use any function to generate a text that could be a valid cell reference, both column and row part of the address, and then use the INDIRECT function to convert that text to a cell reference. This process can be greatly enhanced by the ADDRESS function.
The ADDRESS function returns a text string that represents the address of a particular cell.
Row, column, type of reference (locked or absolute), reference style (A1 or R1C1 style) and worksheet can be specified in the arguments.
The ADDRESS function syntax is as follows:
= ADDRESS ( row_num ; column_num ; reference_type ; reference_style ; “[workboook]worksheet” )
Row number is a numeric value that specifies the row to be used in the cell reference.
Column number is a numeric value that specifies the column to be used in the cell reference.
Reference type is a numeric value that specifies the type of reference to be used in the cell reference, with 1 representing absolute references. If omitted, absolute reference will also be used.
Reference style is a numeric value that specifies the style of reference to be used in the cell reference, with 1 representing A1 reference style. If omitted, A1 reference style will also be used.
Worksheet and potentially workbook part of the address are entered in the final argument, inside quotation marks, as text. Valid examples are “Sheet1” or “[Book1]Sheet1”. You will, however, not be able to reference closed workbooks in this way. If omitted, current worksheet will be referenced.
If targeted cell is in the same sheet, shortened syntax can also be used:
= ADDRESS ( row_num ; column_num )
Consider the following example:
In the column E, we have generated a number of text string that represent cell addresses, both inside and outside current worksheet / workbook.
We are always first specifying row, then column, then reference type, then reference style, and at the end worksheet and eventually workbook:
Given that those are valid references, we can put our returns as arguments for the INDIRECT function, and return the figures in referenced cells:
Note the #REF! error in the H15 cell – as Book3 is currently closed, that reference is hence not valid!
We can combine those functions directly by nesting ADDRESS function inside of INDIRECT function, as shown in cell H17:
We can also combine two ADDRESS function in a text string in order to generate a reference to a cell range. Once generated, that text string can be nested inside of INDIRECT function, and operations performed with it:
Note how we are removing an unneeded part of the reference Sheet2!$B$1:
Sheet2!$B$10 with the help of the RIGHT function.
Now consider this practical example:
Every month, we are receiving YTD data in this structure, i.e., every month, a new column and possibly several rows are added if new users and teams appear.
What is our last YTD?
What is our last MTD?
What is our last YTD for a particular user?
What is our last MTD for a particular team?
Answers to such questions can easily be automated and momentarily available with the help of the INDIRECT ADDRESS returns combined with other needed functions:
Assuming the same data structure, by counting filled rows and columns we can generate indirect references to the last periods. Once set up, these kinds of, admittedly complex, formulas can provide us with the required answers indefinitely. In every future period, our only additional work would be to paste new export to the “data” sheet.
There are naturally other ways to achieve these results, but situationally, INDIRECT ADDRESS combination will be the simplest or even the most robust solution.