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Hi everyone,
I'm trying to create a calculated table with a fixed number of rows that responds to the context provided by some slicers. i will put the fields in a line visual to see where I have the break even.
So far I have below expression (calculated table) but it doesn't respond to the slicers!!!. Anyone has an idea on how to do it?
Solved! Go to Solution.
Hello @nicoenz,
Thank you for reaching out to the Microsoft Fabric Forum Community. I have reproduced your scenario in Power BI Desktop as you described.
Summary of What I Did:
This approach meets your requirement to have a fixed number of rows (axis values) that respond to slicer/filter context.
For your reference, I am attaching the .pbix file demonstrating this solution so you can explore or adapt it further.
Thank you, @Greg_Deckler for sharing valuable insights.
If this information is helpful, please “Accept as solution” and give a "kudos" to assist other community members in resolving similar issues more efficiently.
Thank you.
Hello @nicoenz,
Thank you for reaching out to the Microsoft Fabric Forum Community. I have reproduced your scenario in Power BI Desktop as you described.
Summary of What I Did:
This approach meets your requirement to have a fixed number of rows (axis values) that respond to slicer/filter context.
For your reference, I am attaching the .pbix file demonstrating this solution so you can explore or adapt it further.
Thank you, @Greg_Deckler for sharing valuable insights.
If this information is helpful, please “Accept as solution” and give a "kudos" to assist other community members in resolving similar issues more efficiently.
Thank you.
I even tried it with measures without success:
@nicoenz Calculated tables cannot respond to context, they care calculated when the semantic model refreshes. In a measure, you would need to use a VAR to store the table since measures can only return scalars, not tables.:
Break even =
VAR __Table =
ADDCOLUMNS(
GENERATESERIES(0000000,10000000, 1000000),
"FMC", -[FMC final],
"OPEX", -([VPC/kg total final] + [VSC/kg final] * [Value]) - [FMC final],
"NS", [NS/kg final] * [Value]
)
VAR __Result = SUMX( __Table, [NS] )
RETURN
__Result
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