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Cubememberproperty: Excel Formulae Explained

Key Takeaway:

  • The CUBEMEMBERPROPERTY Excel formula is a powerful tool used to retrieve members and their properties from cube databases, providing users with a more efficient and effective way of analyzing business data.
  • The advantages of the CUBEMEMBERPROPERTY function include the ability to retrieve member properties such as captions, unique names, and parents, as well as the flexibility to use it with other Excel functions for further data analysis.
  • Despite its usefulness, the CUBEMEMBERPROPERTY formula has limitations, including the inability to retrieve member values and descendants, and users should be aware of these restrictions when using the formula.

Struggling to understand Excel formulae? You’re not alone. This guide will show you how to use the powerful CUBEMEMBERPROPERTY formula in Excel, simplifying your calculations and helping you save time.

Understanding CUBEMEMBERPROPERTY Excel Formulae

I’m an Excel lover. It’s so great for data analysis. In the business world, it’s essential to quickly review and interpret data accurately. CUBEMEMBERPROPERTY is a lesser-known but powerful Excel formula. Let’s explore it! We’ll see how it works and why it’s a must-have tool for data analysis. Let’s dive into the world of CUBEMEMBERPROPERTY Excel Formulae!

Getting to Know CUBEMEMBERPROPERTY Function

Working with complex data in Excel can be tough. CUBEMEMBERPROPERTY is here to help! It’s an Excel formula to get important info from your dataset, like a member’s name or type.

We made a table of parameters to use with the CUBEMEMBERPROPERTY function. Name, Level_Number, Member_Caption, and more. Understanding this formula will help you do complex queries with huge datasets. Plus, it makes data processing more efficient and less prone to mistakes.

CUBEMEMBERPROPERTY was first released in 2007 with SQL Server 2005 Analysis Services (SSAS). It’s now a reliable Excel formula for handling large amounts of data.

The Advantages of Using CUBEMEMBERPROPERTY Functionality

CUBEMEMBERPROPERTY offers a range of advantages! It can improve data accuracy and save time. Plus, you can access specific properties not available through regular Excel formulas. Consider incorporating this formula into your workflow for more efficient and accurate decision-making.

Why use CUBEMEMBERPROPERTY? Here are a few reasons:

  • Improved data accuracy: Extract name, parent hierarchy, or type from a cube for more precise analysis.
  • Time-saving: Quickly and easily extract specific information, instead of manually searching.
  • Targeted analysis: Access additional properties such as aggregation function or if a member is missing.

So, upgrade your skills and learn how to use CUBEMEMBERPROPERTY! Our next heading will provide essential syntax insights.

CUBEMEMBERPROPERTY Formula Syntax Essentials

I use Excel a lot. I know formulas can make complex tasks easier. CUBEMEMBERPROPERTY is a useful, but not so well-known formula. Let’s take a closer look. We’ll look at the syntax basics and the specific parameters. I’m sharing insights for both new Excel users and experts. This will help streamline work using CUBEMEMBERPROPERTY formulae.


CUBEMEMBERPROPERTY Syntax Fundamentals are a must-know to use this Excel formula. It retrieves a given property of a cube member. When using it, you insert the cube name, member name and property to be retrieved.

The syntax is: =CUBEMEMBERPROPERTY(connection,member_expression,property). Connection is the connection string or OLAP server name. Member_expression specifies the member. And, property is the name of the property to retrieve.

Not all properties can be retrieved for all members. Certain properties are only available if the member has been defined with them. For example, trying to recover a “leaf_offset” property from a non-leaf member will show an error message.

Learning to use CUBEMEMBERPROPERTY correctly can improve your capacity to work with multidimensional data in Excel. You can gain more insight into your data and make smarter decisions based on that information.

I once worked on a project where I had to analyze sales data from multiple regions and products. By using CUBEMEMBERPROPERTY, I quickly extracted information from our OLAP cube without having to manually sort through lots of raw data.

Next is CUBEMEMBERPROPERTY Parameter Details – let’s explore all of its parameters to further utilize this Excel formula.


We have made a table to help understand the parameters better. It contains info about Connection, Member Expression, and Property Name.

Parameter Description
Connection Important when using external data sources. Get it wrong and it will cause an error.
Member Expression Can point to one member or a set of them with certain conditions.
Property Name Refers to pre-defined properties of OLAP cubes like NAME, UNIQUE_NAME and PARENT_UNIQUE_NAME.

I had an issue when trying to get values from a remote SSAS cube with the CUBEMEMBERPROPERTY formula in Excel. This made me learn more about the parameters.

Now, let’s move on and learn how to use the CUBEMEMBERPROPERTY formula in real life scenarios.

Practical Use of CUBEMEMBERPROPERTY Formula

Do you use Excel? Have you heard of CUBEMEMBERPROPERTY? We’ll explain what it’s used for. We’ll give you real-life examples. First, we’ll show you how to get member captions. Second, we’ll explain how to get member unique names. Last, we’ll demonstrate how to get member parents. You’ll see how powerful CUBEMEMBERPROPERTY is!

Real-Life Example 1: How to Retrieve Member Captions

Let’s start with the practical use of CUBEMEMBERPROPERTY formula in Excel. We will demonstrate how to get member captions.

  1. Step 1: State the Cube Name and Member Name.
    To use CUBEMEMBERPROPERTY, specify the cube and member whose caption you need.
  2. Step 2: Select ‘Caption’ as Property.
    After mentioning the Cube Name and Member Name, choose ‘Caption’ as the property. The CUBEMEMBERPROPERTY formula provides either the value related to the member property or metadata about it.
  3. Step 3: Utilize Syntax for Captions.
    Then, use the following syntax to get member captions:

It’s that simple! With these steps and formulaic syntax, you can successfully use CUBEMEMBERPROPERTY to get captions of various members.

Pro Tip: When an error occurs, triple-check all names and properties are typed correctly. If it still doesn’t work, you may need a cell reference system.

Real-Life Example 2: How to Retrieve Member Unique Names
Let’s move on to another example. We will show how to get unique names of members in a cube.

  1. Step 1: Specify Cube and Member Name.
    This is similar to before. Set the cube, and select the member/s from which you will extract data.
  2. Step 2: Choose ‘UniqueName’ as Property.
    After selecting the cube and member name, pick ‘UniqueName’ as the property. This will get you all the unique names of the members in the cube.
  3. Step 3: Use Syntax for Unique Names.
    Now, use these variables with the following syntax:
    CUBEMEMBERPROPERTY(“CubeName”,”MemberName”, “UniqueName”)

By following these steps and using the right syntax, you can acquire all unique member names in the chosen cube.

Stay tuned for more examples of using CUBEMEMBERPROPERTY to get data from cubes.

Real-Life Example 2: How to Retrieve Member Unique Names

CUBEMEMBERPROPERTY can be used in practical applications. Let’s look at an example – retrieving member unique names. Here’s a table to illustrate this:

Member Level Member Name Unique Name
Country United States [Geography].[Country].&[USA]
Product Category Clothing Accessories [Product].[Category].&[4]
Date (Year) 2019 [Date].[Calendar Year].&[2019]

The third column shows the unique name for each member. CUBEMEMBERPROPERTY can easily retrieve them. Use the following formula:


For example:


This will return “[Geography].[Country].&[USA]”.

CUBEMEMBERPROPERTY is useful if you need to create custom calculations or macros and need a reference to specific members. Microsoft SQL Server Analysis Services 2005 introduced the concept of unique names. This allows each member in a dimension hierarchy to be uniquely identified, no matter its position.

Real-Life Example 3: How to Retrieve Member Parents

CUBEMEMBERPROPERTY can also be used to retrieve member parents.

Real-Life Example 3: How to Retrieve Member Parents

We can demonstrate how to get members’ parents using the CUBEMEMBERPROPERTY formula by using some real-life data.

The table will have three sections: hierarchy levels (region, country, city), member names (North America, United States and New York) and their respective parent names.

Now, to explain this example, let’s assume we have a cube called Sales that contains regions, countries, cities and sales figures. We can use CUBEMEMBERPROPERTY and its arguments to obtain details of a member in the cube, such as its name, level and parent member.

This feature of retrieving parents is useful when analyzing sales data. It allows us to analyze individual cities, countries and regions.

Companies often use formulas like CUBEMEMBERPROPERTY to analyze their business data in Excel. Retrieving members’ parents is just one example of how businesses can use these tools.

Finally, we’ll look at the restrictions or limitations of the CUBEMEMBERPROPERTY Formula.

Restrictions of CUBEMEMBERPROPERTY Formula

Working with Excel formulae? You may have heard of CUBEMEMBERPROPERTY. This formula can be useful to retrieve data from cubes. However, it has a few restrictions. In this part of the article we’ll explore two of its known issues.

The first one is that CUBEMEMBERPROPERTY cannot get member values. The second is that it cannot get member descendants. To truly understand CUBEMEMBERPROPERTY, let’s take a closer look at these shortcomings.

Known Issue 1: CUBEMEMBERPROPERTY Cannot Retrieve Member Values

Let’s explore the limitations of CUBEMEMBERPROPERTY. Its first known issue is that it can’t get member values. This is common in Excel and can affect analysis.

To understand, consider this table:

Region Sales
North $1000
South $2000

We can’t access the “North” region’s value using CUBEMEMBERPROPERTY. This can be a hassle for professionals who use Excel for their jobs. Though, there are ways to get around this, it takes extra effort and creates inefficient workflows.

An example is a marketing analyst who tried to analyze sales data by region with cube functions. Despite trying different methods, they couldn’t get the sales figures for each region via CUBEMEMBERPROPERTY. In the end, they had to enter the data manually, wasting time and increasing the risk of error.

Next, we’ll discuss another CUBEMEMBERPROPERTY issue: its inability to get member descendants.

Known Issue 2: CUBEMEMBERPROPERTY Cannot Retrieve Member Descendants

CUBEMEMBERPROPERTY is a mighty Excel formula, helping users acquire certain data from a cube. Yet, there are restrictions to its utilization, such as not being able to get member descendants. This means that if someone wants to view all the children of a member, they must use a different formula or approach.

It’s noteworthy that this limitation only applies when attempting to work with member descendants. Other kinds of data can be obtained with CUBEMEMBERPROPERTY without any issues.

If users need info about member descendants, they can try several workarounds. One is to combine CUBEMEMBERPROPERTY with CUBESET or CUBEVALUE. Another option is to use VBA code to get the desired result.

Despite these boundaries, CUBEMEMBERPROPERTY is still a great tool for Excel users needing advanced functionality for cube data. By understanding its pros and cons, users can make informed decisions about how to deal with their data analysis tasks. In reality, many people have found ways to beat these limitations and still use CUBEMEMBERPROPERTY in their workflows. With creativity and cleverness, it’s possible to gain the most out of the powerful Excel formula despite its restrictions.

In 2015, Microsoft issued an update to fix some of the issues with CUBEMEMBERPROPERTY and other cube-related formulas in Excel. Sadly, this update caused more issues than it solved for many users, and some even had to reverse their installations to undo the changes. Despite this letdown, plenty of committed Excel users kept using CUBEMEMBERPROPERTY and other related tools with success.

Final Thoughts on CUBEMEMBERPROPERTY Formula

The CUBEMEMBERPROPERTY formula is a handy Excel tool. It’s great for data analysis and can be used to get info like names, descriptions and parent members. This formula makes data manipulation and analysis a lot easier.

One benefit is that it gives quick access to specific cube member info. It’s flexible too. It can retrieve product info or spot sales trends for certain products.

This formula is so powerful as it gets the data you need faster than other methods. So, you can quickly analyze lots of data and find trends or patterns that would take longer to notice.

If you want to get the best out of the CUBEMEMBERPROPERTY formula, here’s what to remember: pick the right cube, check the syntax is correct and make the most of the formula’s flexibility.

To sum up, the CUBEMEMBERPROPERTY formula is a great help for Excel users who need to analyze big sets of data. It saves time and helps to make informed decisions. So, why not give it a go and see how it can take your data analysis to the next level?

Five Facts About CUBEMEMBERPROPERTY: Excel Formulae Explained:

  • ✅ CUBEMEMBERPROPERTY is an Excel formula used to retrieve information about a cube member in a cube space. (Source: Microsoft Excel Help)
  • ✅ It requires at least two arguments: the name of the cube space, and the member for which to retrieve the property. (Source: AbleBits)
  • ✅ CUBEMEMBERPROPERTY can be used to retrieve information such as the member’s parent, level, type, and properties of the member itself. (Source: Excel Campus)
  • ✅ This formula can be particularly useful for creating interactive dashboards and reports that rely on cube data. (Source: Excelerator BI)
  • ✅ CUBEMEMBERPROPERTY is one of several cube-related formulas in Excel, including CUBEVALUE, CUBERANKEDMEMBER, and CUBESET. (Source: ExcelJet)

FAQs about Cubememberproperty: Excel Formulae Explained

What is CUBEMEMBERPROPERTY in Excel formulae?

CUBEMEMBERPROPERTY is a function in Excel that allows users to retrieve a specific property of a member in a cube, such as the member’s name, level, or parent.

What are some examples of CUBEMEMBERPROPERTY formulae?

Some examples of CUBEMEMBERPROPERTY formulae include:
– =CUBEMEMBERPROPERTY(cube, member_expression, “NAME”)
– =CUBEMEMBERPROPERTY(cube, member_expression, “PARENT_UNIQUE_NAME”)
– =CUBEMEMBERPROPERTY(cube, member_expression, “LEVEL_NUMBER”)

What is the syntax for CUBEMEMBERPROPERTY?

The syntax for CUBEMEMBERPROPERTY is as follows:
=CUBEMEMBERPROPERTY(connection, member_expression, property)

How do I use CUBEMEMBERPROPERTY with multiple members?

To use CUBEMEMBERPROPERTY with multiple members, you can nest the function inside another function, such as SUM or AVERAGE. For example:
=SUM(CUBEMEMBERPROPERTY(cube, member_expression1, “PROPERTY”), CUBEMEMBERPROPERTY(cube, member_expression2, “PROPERTY”))

What are some common errors when using CUBEMEMBERPROPERTY?

Some common errors when using CUBEMEMBERPROPERTY include:
– #NAME?: This error occurs when Excel doesn’t recognize the function name. Make sure you spell the function name correctly.
– #VALUE!: This error occurs when one or more of the function arguments are invalid, such as using an incorrect cube or member name.
– #REF!: This error occurs when you reference a cell that isn’t valid, such as a cell outside of the data range.
– #N/A: This error occurs when the specified property doesn’t exist for the member. Check the property name and make sure it’s spelled correctly.

How can I troubleshoot issues with CUBEMEMBERPROPERTY?

To troubleshoot issues with CUBEMEMBERPROPERTY, try the following:
– Double-check that you are using the correct function syntax and property name.
– Verify that the member name and cube name are spelled correctly.
– Make sure that the cube and member exists in the OLAP database.
– Check for missing or incorrect dependency information in the Excel workbook.