Hi everyone!
I want to calculate the amount of sales id, where the one date column of a sale is not equal to BLANK() and another date column less than the date selected on a slicer. The slicer is slider with the minimum selected date and a maximum. This makes it even more complicated for me to calculate but at least, I want to calculate the amount of id.
I tried this:
CALCULATE(
DISTINCTCOUNT(fact_sales[id]),
fact_sales[closed_date] <> 0,
FILTER(
fact_sales,
MONTH(fact_sales[created_at]) < MONTH(DATE(TODAY()))
)
But, it doesn't work 😞
I'll appreciate any help. Thank you a lot.
Solved! Go to Solution.
Hi, @Adelina111
According to your description, you want to get the count of ID in which the one date column of a sale is not equal to BLANK() and another date column less than the date selected on a slicer, right? I think you can create a calendar table and a new measure to achieve your requirement, you can follow my steps:
Date = CALENDARAUTO()
Count of fitered ID =
COUNTX(FILTER(ALL(fact_sales),[closed_date]<>BLANK()&&[created_date]<MINX(ALLSELECTED('Date'),[Date])),[id])
You can download my test pbix file below
Thank you very much!
Best Regards,
Community Support Team _Robert Qin
If this post helps, then please consider Accept it as the solution to help the other members find it more quickly.
Hi, @Adelina111
According to your description, you want to get the count of ID in which the one date column of a sale is not equal to BLANK() and another date column less than the date selected on a slicer, right? I think you can create a calendar table and a new measure to achieve your requirement, you can follow my steps:
Date = CALENDARAUTO()
Count of fitered ID =
COUNTX(FILTER(ALL(fact_sales),[closed_date]<>BLANK()&&[created_date]<MINX(ALLSELECTED('Date'),[Date])),[id])
You can download my test pbix file below
Thank you very much!
Best Regards,
Community Support Team _Robert Qin
If this post helps, then please consider Accept it as the solution to help the other members find it more quickly.
@Adelina111 Try just MONTH(TODAY())