# Stop Wasting Time 4

In this post, we are going to use the data model to improve our reporting process. This is the fourth post in the Stop Wasting Time series, and this is where everything we’ve learned comes together. By the time we have finished this post, updating our report will be extremely easy. In fact, it will only require a single click … or, no clicks if you prefer ðŸ™‚

## Review

As a quick review, here is the report we are trying to automate:

In the first post, we learned how to improve our report with tables and SUMIFS. In the second post, we learned how to use Power Query to combine tables. In the third post, we learned how to use Power Query to import the data and lookup csv files, combine them without VLOOKUP, and aggregate the values without SUMIFS. Then, we loaded the combined data to a **Table** in an **Existing worksheet** with the following Import Data options:

However, in this post, we’ll load the data to the **Data Model** instead.

## Load to Data Model

So, instead of using the options in the screenshot above, we **Only Create Connection** and load to the **Data Model** by using the options below:

At this point, the data is stored in the data model instead of being displayed in the worksheet. So, hmmm … if we can’t see the data in the worksheet, how do we access it? Well, one easy way is by building a PivotTable.

## PivotTable

To build a PivotTable with data from the data model, we use the **Insert > PivotTable** command. In the resulting dialog, we opt to **Use this workbook’s Data Model** as the data source:

We click OK and now we just need to build the PivotTable.

We do so by inserting fields from the combined table (the one we merged in the previous post). We insert the **FS Line** field into the **Rows** area, and the **Amount** field into the **Values** area. We can click-and-drag or just check each checkbox.

*Note: you’ll see that the name of the field in the table is “Amount” but the name in the Values area is “Sum of Amount.” When we inserted the Amount field into the report, Excel automatically created the “Sum of Amount” implicit measure (which we’ll reference shortly).*

The results are shown below:

And at this point, we are super close. The only issue that remains is the structure or format of the report. Our PivotTable above looks nothing like our target report.

So … hmmm. It is like we need a PivotTable report to pull values from the data model … but we need a formula-based report to get it into the exact format we need.

A PivotTable retrieves values from the data model. That is good. But, it doesn’t provide the format that we need. But, formulas do … because we can place formulas into any cells desired, insert rows anywhere we need, and apply whatever formatting we need.

Is there somehow a way to have the best of both worlds? To somehow use formulas to retrieve values from the data model? Or better yet … is there way to just convert the PivotTable into formulas? The answers are: yes, yes, and yes!

## Formulas

My Excel-friend Rob Collie taught me this trick … thanks Rob!!!!!

Since we built our PivotTable with the Data Model, we have a command available to us that will convert the PivotTable to formulas. It is called, appropriately, Convert to Formulas. To use it, we select any cell in the PivotTable, and then select **PivotTable Tools > OLAP Tools > Convert to Formulas**. Bam:

*Note: If the PivotTable uses an ordinary range or table as the data source, the Convert to Formulas command will be disabled.Â *

The PivotTable is gone and in it’s place are a bunch of formulas … wow! These formulas use cube functions to retrieve values from the data model.

At this point, we are in good shape and have a couple of options. We could simply format this report as desired by inserting rows and cutting and pasting report lines into the correct order. And that would work just fine.

But, since we already have the basic report set up, let’s just modify the formulas so we can paste them into our formatted report below:

When we inspect the first amount formula, we see a CUBEVALUE function like this:

=CUBEVALUE("ThisWorkbookDataModel",$A4,B$3)

It is displayed in context below.

The first argument “ThisWorkbookDataModel” tells the function to retrieve values from the data model. That makes sense. Then, we see a reference to the row label “Accounts Payable” in A4 and the implicit measure “Sum of Amount” in B3. We can tweak these arguments so that we can paste the formula into our basic report structure.

Let’s start by replacing the reference to **B$3** with this: **“[Sum of Amount]”** … and note the “quotes” and [square brackets] are both needed. The updated formula looks like this:

=CUBEVALUE("ThisWorkbookDataModel",$A4,"[Sum of Amount]")

Now, we just need to do the same type of thing for the row label, and enclose the label in quotes and square brackets. We can do this with the concatenation operator **&** as follows:

=CUBEVALUE("ThisWorkbookDataModel","["&$A4&"]","[Sum of Amount]")

Also, since we want to be able to paste the formula into any column, we’ll remove the dollar sign $ in front of the A4 reference to make it relative, as shown below:

=CUBEVALUE("ThisWorkbookDataModel","["&A4&"]","[Sum of Amount]")

With these updates made, we can now copy that formula and paste it into our report structure.

Yes … it works! And we can paste it down into the remaining cells:

And we got it!

The report looks the same as the one from the very first post. But the original version of this report was very manual to update each month. This one, which looks identical, is easier to update and maintain each month. We just need to click the **Data > Refresh All** command. That initiates the update sequence … Power Query retrieves any updated data, merges the data and lookup tables, aggregates the values, sends it into the data model, and our formulas retrieve the updated values.

So, our monthly update process went from manual to automated. That is how you stop wasting time my friend!

But, hang on Jeff, we still have a manual step. I mean, after you open the workbook, you still have to manually click the Refresh All button. Come on … can’t we fully automate this? Well, sure. If you don’t want to have to click the Refresh All command, you can tell Power Query to refresh when you open the workbook.

## Update on open

To have the merge query refresh automatically when you open the workbook, right-click the query name in the **Queries & Connections** pane and select **Properties**.

*Note: you can toggle the display of the Queries & Connection panel by clicking Data > Queries & Connections.Â *

In the resulting **Query Properties** dialog, check the **Refresh data when opening the file** as shown below.

Now, when you open the workbook, the query will refresh automatically.

And that is how we take a report from manual to automatic ðŸ™‚

## Recap

At the end of the day, I hope that the things we covered in this series help you move to the right on the scale below:

We Excel users are all at different places on our Excel journey. Regardless of where you are now, if you’d like to move up on the scale, we offer on-demand training courses that can help.

We have two tracks: **Undergraduate** and **Masters**. The **Undergraduate** courses cover “classic” Excel features … things like functions, formulas, PivotTables, conditional formatting, VLOOKUP, SUMIFS, INDEX/MATCH, and so on. The **Masters** courses cover more technical topics, including Power Query, Power Pivot, Power BI, and VBA/Macros.

You can jump in wherever you are at without having to start at the beginning. For example, if you are already comfortable with the classic Excel features, you can jump into the Masters track.

- Course 1: the foundations
- Course 2: formulas and functions
- Course 3: PivotTables
- Course 4: internal-use workpapers and related features

View the undergraduate courses, topics, and details: Undergraduate Courses

- Course 1: Power Query, Power Pivot, Power BI, table and graph design
- Course 2: VBA and Macros

View masters courses, topics, and details: Masters Courses

Here is a visual that helps you see the progression and how the courses fit together:

If we can provide any additional information about our training courses, please contact us … we are happy to help!

And thanks for checking out the Stop Wasting Time blog series. I hope the things we discussed will help you get your work done faster!

## Additional Resources

Sample file: StopWasting4.xlsx

### Excel is not what it used to be.

You need the **Excel Proficiency Roadmap** now. Includes 6 steps for a successful journey, 3 things to avoid, and weekly Excel tips.

### Want to learn Excel?

Our training programs start at $29 and will help you learn Excel quickly.

A great post, as usual.

Wish you all success with the course.

Thanks Sandeep!

Your “stop wasting Time” posts are really useful, thanks for sharing your experience. The post#4 gave me new tips. Efficient teaching !

Thank you!

Thanks Jeff. This Stop Wasting Time series is one of the most useful Excel instruction posts I’ve seen from a number of Excel experts.

Thanks Gordan, I really appreciate it ðŸ™‚

Jeff,

I am needing to use this process to create a report based on the date as column headers. The dates will change to a new month each month. I will want to use my layout rather than a pivot table layout. How do I modify the formula from the pivot table version showing a fixed date to my version, where it needs to reference the column header as the appropriate date?

Here is the sample of the formula as soon as I convert it to formulas:

=CUBEVALUE(“ThisWorkbookDataModel”,$B$4,$B6,C$5)

$B$4 refers to the Measure, $B6 refers to the row label, and C$5 refers to the column header (date). If I hard key the date, I just get all #N/A errors in the column. Here is the formula presented in the date field (column header):

=CUBEMEMBER(“ThisWorkbookDataModel”,”[ACHDataForSAC].[As Of Date].&[2022-01-03T00:00:00]”)

I want to be able to replace this formula with a calculated date instead, but still, allow my value formulas to properly reference the Data Model and update each day.

Any advice is greatly appreciated.