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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:
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?
Sample of main columns I'm working with (excludes confidential items):
Thank you all very very much in advance!
Solved! Go to Solution.
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.
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.
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