Skip to main content
cancel
Showing results for 
Search instead for 
Did you mean: 

Did you hear? There's a new SQL AI Developer certification (DP-800). Start preparing now and be one of the first to get certified. Register now

Reply
KeepCalm007
Helper I
Helper I

Cumulative Graph

Hi,

I have looked around the forum for advice on cumulative graphs, and tried to do one myself. I would really appreciate some pointers with getting it right!

 

This graph is supposed to show cumulative number of programs exited every month - The legend to show how much of these are failures or completions:

 

Capture1.PNG

 

The resulting graph is wrong because it actually shows a double-up of the number of cumulative program exits, so the legend isn't 'color-coding' the values the way it should - in fact is it reading it as if all cumulative program exits are failures, AND ALSO completions.

 

Can someone please help me see at what stage I went wrong? And how can I fix this?

 

Capture2.PNG

 

Sample of main columns I'm working with (excludes confidential items):

 

Capture3.PNG

 

Thank you all very very much in advance!

1 ACCEPTED SOLUTION
dearwatson
Continued Contributor
Continued Contributor

Hi KeepCalm

 

I would approach this in a different way.

 

Instead of a calculated column build a measure to count the number of programs - if each row is 1 program then:

Programs = COUNTROWS('Test Volumes')

 

otherwise

Programs = DISTINCTCOUNT('Test Volumes'[ProgramID]) - something like that.

 

now we need a cumulative total pattern that ignores the Contract Fullfilment column in the ALL statement (since we want to use that in our graph as a legend)

 

Cumulative Total =
CALCULATE (
    [Programs],
    FILTER ( ALLEXCEPT ( 'Test Volumes', 'Test Volumes'[Contract Fulfillment] ), 'Test Volumes'[Closed] <= MAX ( 'Test Volumes'[Closed] ) )
)

 

that should give you the result you need.

View solution in original post

1 REPLY 1
dearwatson
Continued Contributor
Continued Contributor

Hi KeepCalm

 

I would approach this in a different way.

 

Instead of a calculated column build a measure to count the number of programs - if each row is 1 program then:

Programs = COUNTROWS('Test Volumes')

 

otherwise

Programs = DISTINCTCOUNT('Test Volumes'[ProgramID]) - something like that.

 

now we need a cumulative total pattern that ignores the Contract Fullfilment column in the ALL statement (since we want to use that in our graph as a legend)

 

Cumulative Total =
CALCULATE (
    [Programs],
    FILTER ( ALLEXCEPT ( 'Test Volumes', 'Test Volumes'[Contract Fulfillment] ), 'Test Volumes'[Closed] <= MAX ( 'Test Volumes'[Closed] ) )
)

 

that should give you the result you need.

Helpful resources

Announcements
April Power BI Update Carousel

Power BI Monthly Update - April 2026

Check out the April 2026 Power BI update to learn about new features.

Fabric SQL PBI Data Days

Data Days 2026 coming soon!

Sign up to receive a private message when registration opens and key events begin.

New to Fabric survey Carousel

New to Fabric Survey

If you have recently started exploring Fabric, we'd love to hear how it's going. Your feedback can help with product improvements.

Power BI DataViz World Championships carousel

Power BI DataViz World Championships - June 2026

A new Power BI DataViz World Championship is coming this June! Don't miss out on submitting your entry.