Hi all,
I'm encountering difficulties in finding the right formula to calculate Running Total on measure that comes from a virtual column.
Just to let you know, this is the formula behind this measure:
you just need to pay to attention to the last part where there is the SUMX formula
test =
VAR _Table =
CALCULATETABLE(
ADDCOLUMNS(
'PHISICAL_TABLE',
"@Key",
IF(NOT ISBLANK(PHISICAL_TABLE[Actual/Planned Dummy]),
PHISICAL_TABLE[Year]+1&FORMAT(PHISICAL_TABLE[Week Dummy],"00")&'PHISICAL_TABLE'[Brand]&'PHISICAL_TABLE'[Cluster],
PHISICAL_TABLE[Key Brand])
),
REMOVEFILTERS(PHISICAL_TABLE[Year],PHISICAL_TABLE[Year&Week]))
VAR _Table1=
FILTER(
ADDCOLUMNS(
ADDCOLUMNS(
_Table,
"@Actual/PlannedPY",
IF(ISBLANK(PHISICAL_TABLE[Actual/Planned]),
CALCULATE(
MAX ( PHISICAL_TABLE[Actual/Planned] ),
FILTER (
_Table,
[@Key] = EARLIER ([@Key]))))),
"@Actual/PlannedPY2",IF(SELECTEDVALUE(PHISICAL_TABLE[Year])=VALUE(LEFT([@Key],4)),[@Actual/PlannedPY],BLANK())),
NOT ISBLANK([@Actual/PlannedPY2]))
VAR _Result = SUMX(_Table2,[@Actual/PlannedPY2])
RETURN
_Result
What I need to do, is calculate the running total for variable column (@Actual/PlannedPY2), for each year/week.
Any suggestion?
Thank you!
Here below the dataset used:
| Year | Week | Brand | Cluster | Key Brand | Actual/Planned | Year&Week | Year+1 |
| 2023 | 51 | XX | 2024-AA | 202351XX2024-AA | 4 | 202351 | 2024 |
| 2024 | 51 | XX | 2024-AA | 202451XX2024-AA | 202451 | 2025 | |
| 2023 | 50 | XX | 2024-AA | 202350XX2024-AA | 4 | 202350 | 2024 |
| 2024 | 50 | XX | 2024-AA | 202450XX2024-AA | 202450 | 2025 | |
| 2023 | 49 | XX | 2024-AA | 202349XX2024-AA | 5 | 202349 | 2024 |
| 2024 | 49 | XX | 2024-AA | 202449XX2024-AA | 202449 | 2025 | |
| 2023 | 47 | XX | 2024-AA | 202347XX2024-AA | 9 | 202347 | 2024 |
| 2024 | 47 | XX | 2024-AA | 202447XX2024-AA | 202447 | 2025 | |
| 2023 | 45 | XX | 2024-AA | 202345XX2024-AA | 12 | 202345 | 2024 |
| 2024 | 45 | XX | 2024-AA | 202445XX2024-AA | 202445 | 2025 | |
| 2023 | 44 | XX | 2024-AA | 202344XX2024-AA | 13 | 202344 | 2024 |
| 2024 | 44 | XX | 2024-AA | 202444XX2024-AA | 202444 | 2025 | |
| 2023 | 43 | XX | 2024-AA | 202343XX2024-AA | 19 | 202343 | 2024 |
| 2024 | 43 | XX | 2024-AA | 202443XX2024-AA | 202443 | 2025 | |
| 2023 | 42 | XX | 2024-AA | 202342XX2024-AA | 17 | 202342 | 2024 |
| 2024 | 42 | XX | 2024-AA | 202442XX2024-AA | 202442 | 2025 | |
| 2023 | 41 | XX | 2024-AA | 202341XX2024-AA | 14 | 202341 | 2024 |
| 2024 | 41 | XX | 2024-AA | 202441XX2024-AA | 202441 | 2025 | |
| 2023 | 40 | XX | 2024-AA | 202340XX2024-AA | 7 | 202340 | 2024 |
| 2024 | 40 | XX | 2024-AA | 202440XX2024-AA | 202440 | 2025 | |
| 2023 | 39 | XX | 2024-AA | 202339XX2024-AA | 10 | 202339 | 2024 |
| 2024 | 39 | XX | 2024-AA | 202439XX2024-AA | 202439 | 2025 | |
| 2024 | 11 | XX | 2024-AA | 202411XX2024-AA | 10 | 202411 | 2025 |
| 2025 | 11 | XX | 2024-AA | 202511XX2024-AA | 202511 | 2026 |
Hi @planc7 ,
I create a table as you mentioned.
Then I do some changes in your DAX codes. I delete SELECTEDVALUE function and here is the DAX code.
test =
VAR _Table =
CALCULATETABLE (
ADDCOLUMNS (
'PHISICAL_TABLE',
"@Key",
IF (
NOT ISBLANK ( PHISICAL_TABLE[Actual/Planned] ),
PHISICAL_TABLE[Year] + 1
& FORMAT ( PHISICAL_TABLE[Week], "00" ) & 'PHISICAL_TABLE'[Brand] & 'PHISICAL_TABLE'[Cluster],
PHISICAL_TABLE[Key Brand]
)
),
REMOVEFILTERS ( PHISICAL_TABLE[Year], PHISICAL_TABLE[Year&Week] )
)
VAR _Table1 =
FILTER (
ADDCOLUMNS (
ADDCOLUMNS (
_Table,
"@Actual/PlannedPY",
IF (
ISBLANK ( PHISICAL_TABLE[Actual/Planned] ),
CALCULATE (
MAX ( PHISICAL_TABLE[Actual/Planned] ),
FILTER ( _Table, [@Key] = EARLIER ( [@Key] ) )
)
)
),
"@Actual/PlannedPY2",
IF (
PHISICAL_TABLE[Year] = VALUE ( LEFT ( [@Key], 4 ) ),
[@Actual/PlannedPY],
BLANK ()
)
),
NOT ISBLANK ( [@Actual/PlannedPY2] )
)
RETURN
SUMX ( _Table1, [@Actual/PlannedPY2] )
Finally you will see what you want.
Best Regards
Yilong Zhou
If this post helps, then please consider Accept it as the solution to help the other members find it more quickly.
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Hi @planc7 ,
I create a table as you mentioned.
Then I do some changes in your DAX codes. I delete SELECTEDVALUE function and here is the DAX code.
test =
VAR _Table =
CALCULATETABLE (
ADDCOLUMNS (
'PHISICAL_TABLE',
"@Key",
IF (
NOT ISBLANK ( PHISICAL_TABLE[Actual/Planned] ),
PHISICAL_TABLE[Year] + 1
& FORMAT ( PHISICAL_TABLE[Week], "00" ) & 'PHISICAL_TABLE'[Brand] & 'PHISICAL_TABLE'[Cluster],
PHISICAL_TABLE[Key Brand]
)
),
REMOVEFILTERS ( PHISICAL_TABLE[Year], PHISICAL_TABLE[Year&Week] )
)
VAR _Table1 =
FILTER (
ADDCOLUMNS (
ADDCOLUMNS (
_Table,
"@Actual/PlannedPY",
IF (
ISBLANK ( PHISICAL_TABLE[Actual/Planned] ),
CALCULATE (
MAX ( PHISICAL_TABLE[Actual/Planned] ),
FILTER ( _Table, [@Key] = EARLIER ( [@Key] ) )
)
)
),
"@Actual/PlannedPY2",
IF (
PHISICAL_TABLE[Year] = VALUE ( LEFT ( [@Key], 4 ) ),
[@Actual/PlannedPY],
BLANK ()
)
),
NOT ISBLANK ( [@Actual/PlannedPY2] )
)
RETURN
SUMX ( _Table1, [@Actual/PlannedPY2] )
Finally you will see what you want.
Best Regards
Yilong Zhou
If this post helps, then please consider Accept it as the solution to help the other members find it more quickly.
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