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Hi,
I'll just go ahead with an example of what I need to do to illustrate what I want.
Line ID | Line's Constant |
1 | 0.23 |
2 | 0.15 |
3 | 0.325 |
4 | 0.14 |
5 | 0.314 |
Line ID | Stop Reason |
1 | Reason A |
2 | Reason B |
3 | Reason C |
4 | Reason D |
5 | Reason X |
1 | Reason Y |
5 | Reason Z |
4 | Reason A |
2 | Reason B |
5 | Reason C |
1 | Reason D |
4 | Reason Y |
3 | Reason A |
3 | Reason Z |
1 | Reason A |
2 | Reason B |
I want to represent "Line ID" VS the value I get from multiplying (The count of each "Stop Reason" for each Line ID * the Line's Constant"
The only problem is, I don't want to to do it using the following or a similar count if function.
Count of Stop Reason = COUNTROWS(
FILTER(
RELATEDTABLE('Raw Data'),
'Raw Data'[Stop Reason] = "Reason Y"
)
)
and so on, because I have more than 100 unique values in the "Stop reason" coulmn.
Is there a smarter why to do that?
Thanks a lot.
Solved! Go to Solution.
@NaderSaeed
Sheet7 is the table with constant, Shee8 is the table with stop reason.
Result =
var count_= CALCULATE(COUNTROWS(Sheet8),ALLEXCEPT(Sheet8,Sheet8[Line ID],Sheet8[Stop Reason]))
var constant = CALCULATE(MAX(Sheet7[Line's Constant]),FILTER(Sheet8,Sheet8[Line ID]=RELATED(Sheet7[Line ID])))
Return count_*constant
Paul Zheng
Don't forget to hit THUMBS UP and mark it as a solution if it helps you!
@NaderSaeed
Sheet7 is the table with constant, Shee8 is the table with stop reason.
Result =
var count_= CALCULATE(COUNTROWS(Sheet8),ALLEXCEPT(Sheet8,Sheet8[Line ID],Sheet8[Stop Reason]))
var constant = CALCULATE(MAX(Sheet7[Line's Constant]),FILTER(Sheet8,Sheet8[Line ID]=RELATED(Sheet7[Line ID])))
Return count_*constant
Paul Zheng
Don't forget to hit THUMBS UP and mark it as a solution if it helps you!
Brilliant. Exactly what I wanted!
Thank you so much Paul. 🙂
Can you share the PBIX?
Thanks for replying.
Unfortunately I can't, as its data is confidential.
But the example I gave roughly illustrates what I need to do.
For example,
For Line 1, Reason Z.
I want to multiply (0.23 * Count of Reason Z for Line 1), and do the same for each Line ID vs each Stop Reason.
i.e. Line 1, Reason A, Line 1, Reason X, and so on.
And then represent the data as follows, where the numbers on the graph are the values I get after the aforementioned multiplication for each line and reason.
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