Creating a Slider in Excel While most people usually just type data values into spreadsheets, there are other tools you can use to control values if you want. •Hi ER, Based on your description, I suggest you use. I need to create a slicer which contains the 'client name' and a slicer which contains the 'product name. I have a list of data where on the rows i have the list of clients and in columns i have sales and mprofit margin for different products. Hello everyone I need your help wil excel slicers.This article below by Dick Moffat, as well as the one by Dany Hoter, is an excellent, detailed example of how to use cube functions with *any* OLAP data source, and NOT just PowerPivot. Your picture confirms that you have come as far as duplicating an existing slicer style that. Although it shows screenshots for the PC, the Mac menus and button are very similar and I could follow the steps to modify and reformat slicers. The following instructions take you (almost) step-by-step through theArriving Here from a Search Engine or via Excel Help?Just Googled for 'format slicer Excel' and bumped on to the site in the link below.
![]() Use Slicer In Excel Free Addin FromExcel CUBE FunctionsA few weeks ago my friend Dany Hoter wrote a piece here about the use of the CUBE functions in Excel with PowerPivot data. And now, on to Dick’s excellent article…Using Excel Cube Functions with PowerPivotToday I am going to give you a quick and dirty example of what I think is one of the key features of PowerPivot that will give it a much broader initial and on-going impact for experienced power spreadsheet developers.This is where existing spreadsheets can get the value-add of having PowerPivot data available to them in a way that is not only understandable for the traditional spreadsheet junkie (as opposed to the typical BI one) but that also that will add major value while integrating into existing models. The New Visitor page has information on how to get started, including download links. In your table, and on the contextual Design tab that appears, select Insert Slicer.I highly recommend reading both for examples and ideas.But if you want to use cube functions with just plain tables of regular data, you can do that with Excel 2010! Just download PowerPivot (free addin from MS), copy/paste or link your tables of Excel data into PowerPivot sheet tabs, and you are off and running. In the purest sense it is a ROLAP Cube – created at run-time from Relational data.This default “Virtual” Cube is named “PowerPivot Data” and is exposed when you click the Connections Button on the Data Tab:This is inherently an OLAP Cube conceptually and so is an acceptable source for Excel’s native CUBE Functions. But one fact that may not be obvious is that the data set that is created by these PowerPivot objects, and by their relationships, is in fact a “Virtual” Cube in itself. A Cube Automatically?I’m sure I don’t have to explain here how one creates a PowerPivot data source consisting of multiple Relational data sources. This is a big thing and I hope to show you another reason why. Once again though, if one wanted to use an OLAP Cube in a Connection it required availability of an Analysis Services Cube of data.But in Excel 2010, thanks to PowerPivot, users can now create their own “Cubes” inside PowerPivot and they automatically present themselves as an available Connection inside the Excel parent file. I am going to go deeper into this issue here.The Cube functions require access to an Analysis Services On-Line Analytical Process cube (OLAP) which has to be provided to the user from SQL Server’s Analysis Services application.While there are companies around the world that are capable of taking advantage of this capability, this is by no means a large percentage of overall Excel users and from my experience it is generally an unknown and untried feature.In Excel 2007 (and now 2010) the CUBE functions became native to Excel (as opposed to available through an Add-In) and were integrated with the new “Connection” object within the program. Sample tank mac torrentAccount balances or sales quantities or values) are stored at the lowest level of detail (i.e. In the business world that usually means Financial or Sales or other data organized by the hierarchy of business units (Region/Country/Zone/State/County/City) or by dates (Year/Quarter/Month/Week/Day) or by Product lines (Product Category/Product/SKU), where a number or numbers (i.e. To allow analysis of data in a hierarchical fashion. But this is the 21 st Century with incredibly cheap and sizable RAM memory on every PC and with processors so fast that it’s hard to believe. In the original implementations of OLAP Cubes the hardware available had limited RAM and slow processors and so many OLAP Cubes had to be created over-night and written to disk in the classic De-Normalized format that allowed for relatively quick queries to be made against data that otherwise would simply not be possible in a Normalized format. To take disparate data sources and aggregate them automatically using the hierarchies in 1 above. This is where a Pivot Table attached to one of these Cubes is a natural presentation and analysis mechanism. Then you want to be able to “Drill up” or Drill Down” on any value in any dimension down to the lowest level or up to the highest easily and automatically. So for example you want to see total sales for March 2010 of a particular Product and its SKUS in a particular Country…. ![]() Measures are the core of OLAP Cubes and are also the core of PowerPivot. The “Measures”Once you have the data in place within PowerPivot you have to take the next step and create the Measures you will be working with. It is also worth noting that the single table de-normalized version is 1/10 th the size of the file with multiple tables (3 megabytes compared to 30 megabytes). It is meant to help us see our data easier in this example.Keep in mind that there are a million daily records in this data set and is a recipient of the exceptional compression algorithms of PowerPivot. There is little or no impact on file size for the two ways of importing the source data however. There will be certain scenarios where this might work to your advantage over bringing in individual tables and joining them inside PowerPivot, but that’s an issue for another day. It is now available to the Workbook, not only to any Pivot Tables you might create, but also to any CUBE functions that you might want to use.This does NOT mean you have to have a Pivot Table in your Workbook, BUT you do have to have started the process in order to create the Measure or Measures you want to refer to in your CUBE functions. By default the Pivot Table assigned this as a “SUM” function and it created the Measure automatically. I created our Measure using the Pivot Table interface like this:I started to create a Pivot Table from inside my PowerPivot environment (or in the Excel environment from the PowerPivot Tab), and then I dropped the field from my Field List into the Values section below. In this case is simply a basic data column provided directly from the data source, but there is no reason why you can’t use DAX to create new Calculated Fields of calculated data and then create “Measures” based on those fields.To create the aggregations you want in your spreadsheet you need to have created the “Measure” inside a Pivot Table in the Excel environment either within the “drag and drop interface or using the menus.
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