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MrGriff's avatar
MrGriff
Frequent Visitor
5 years ago
Solved

Daily Increase problem

I have multiple meters that I can see and show how much they have gone up by as below, to get the daily value I need to subtract the max of the day for the min for the day;

FactoryLocationAreaLine_TIMESTAMP_VALUE
Fact1MANUFArea1Sub109/02/2021 15:591585783
Fact1MANUFArea1Sub109/02/2021 16:151585783
Fact1MANUFArea1Sub109/02/2021 16:311585784
Fact1MANUFArea1Sub109/02/2021 16:471585784
Fact1MANUFArea1Sub109/02/2021 17:031585785
Fact1MANUFArea1Sub109/02/2021 17:191585785
Fact1MANUFArea1Sub109/02/2021 17:351585785
Fact1MANUFArea1Sub109/02/2021 17:511585786
Fact1MANUFArea1Sub109/02/2021 18:071585786

 

 

I have created a calculation, and this works at the line detail, but when I want to show on a visual the Area / Location / Factory level it breaks and will not show the correct calculation.

 

Active Energy Delived = (
    CALCULATE( SUM(Sheet1[_VALUE]) , FILTER ( Sheet1 , Sheet1[_TIMESTAMP] = MAX( ( Sheet1[_TIMESTAMP] ) )))
-
(CALCULATE( SUM(Sheet1[_VALUE]) , FILTER ( Sheet1 , Sheet1[_TIMESTAMP] = MIN( ( Sheet1[_TIMESTAMP] ) ))))
)

 



Do I need to modify my DAX or do I need to create a summarize table to get this view?

Sample data https://1drv.ms/x/s!AjC_xz2zXa0Ug-tAB9S0dUBJl-FSfQ?e=p9rZKp

Thanks

Need Help
  • Jihwan_Kim's avatar
    Jihwan_Kim
    5 years ago

    Hi, MrGriff 

    Please check the below picture and the sample pbix file's link down below.

    If I may suggest, I prefer to have date column and time column separately.  Because in case there is time-based analysis is needed, it is more efficient.

    Even if you do not split it for this time, you can still try to write something similar to the below.

     

     

    Active Energy Delivered =
    VAR currentdate =
    MAX ( 'Calendar'[Date] )
    VAR currentarea =
    MAX ( Data[Area] )
    VAR currentlocation =
    MAX ( Data[Location] )
    VAR currentfactory =
    MAX ( Data[Factory] )
    VAR startlevel =
    CALCULATE (
    SUM ( Data[_VALUE] ),
    FILTER (
    ALLSELECTED ( Data ),
    Data[Time] = MIN ( Data[Time] )
    && Data[Date] = currentdate
    && Data[Area] = currentarea
    && Data[Location] = currentlocation
    && Data[Factory] = currentfactory
    )
    )
    VAR endlevel =
    CALCULATE (
    SUM ( Data[_VALUE] ),
    FILTER (
    ALLSELECTED ( Data ),
    Data[Time] = MAX ( Data[Time] )
    && Data[Date] = currentdate
    && Data[Area] = currentarea
    && Data[Location] = currentlocation
    && Data[Factory] = currentfactory
    )
    )
    RETURN
    endlevel - startlevel
     
     
     

    Hi, My name is Jihwan Kim.


    If this post helps, then please consider accept it as the solution to help other members find it faster, and give a big thumbs up.


    Linkedin: linkedin.com/in/jihwankim1975/

    Twitter: twitter.com/Jihwan_JHKIM

     

4 Replies

  • Jihwan_Kim's avatar
    Jihwan_Kim
    Super User
    5 years ago

    Hi, MrGriff 

    Please check the below picture and the sample pbix file's link down below.

    If I may suggest, I prefer to have date column and time column separately.  Because in case there is time-based analysis is needed, it is more efficient.

    Even if you do not split it for this time, you can still try to write something similar to the below.

     

     

    Active Energy Delivered =
    VAR currentdate =
    MAX ( 'Calendar'[Date] )
    VAR currentarea =
    MAX ( Data[Area] )
    VAR currentlocation =
    MAX ( Data[Location] )
    VAR currentfactory =
    MAX ( Data[Factory] )
    VAR startlevel =
    CALCULATE (
    SUM ( Data[_VALUE] ),
    FILTER (
    ALLSELECTED ( Data ),
    Data[Time] = MIN ( Data[Time] )
    && Data[Date] = currentdate
    && Data[Area] = currentarea
    && Data[Location] = currentlocation
    && Data[Factory] = currentfactory
    )
    )
    VAR endlevel =
    CALCULATE (
    SUM ( Data[_VALUE] ),
    FILTER (
    ALLSELECTED ( Data ),
    Data[Time] = MAX ( Data[Time] )
    && Data[Date] = currentdate
    && Data[Area] = currentarea
    && Data[Location] = currentlocation
    && Data[Factory] = currentfactory
    )
    )
    RETURN
    endlevel - startlevel
     
     
     

    Hi, My name is Jihwan Kim.


    If this post helps, then please consider accept it as the solution to help other members find it faster, and give a big thumbs up.


    Linkedin: linkedin.com/in/jihwankim1975/

    Twitter: twitter.com/Jihwan_JHKIM

     

      • Jihwan_Kim's avatar
        Jihwan_Kim
        Super User
        5 years ago

        Hi, MrGriff 

        Thank you for your feedback.

        Can you tell me which date / which area / which location / which factory information do you want to show in card visualization? Without selecting the criteria, I do not know what to show.

        Or, please describe what is your desired outcome.

        Thank you.

        Hi, My name is Jihwan Kim.

         

        If this post helps, then please consider accept it as the solution to help other members find it faster, and give a big thumbs up.

         

        Linkedin: linkedin.com/in/jihwankim1975/

        Twitter: twitter.com/Jihwan_JHKIM

  • ryan_mayu's avatar
    ryan_mayu
    Super User
    5 years ago

    MrGriff 

    maybe you can try to create a date column

    DATE = INT('Table'[_TIMESTAMP])

    then create a measure

    Measure = 
var _MIN=CALCULATE(MIN('Table'[_TIMESTAMP]),ALLEXCEPT('Table','Table'[Area],'Table'[Factory],'Table'[Line],'Table'[Location],'Table'[DATE]))
VAR _MAX=CALCULATE(MAX('Table'[_TIMESTAMP]),ALLEXCEPT('Table','Table'[Area],'Table'[Factory],'Table'[Line],'Table'[Location],'Table'[DATE]))
RETURN MAXX(FILTER('Table','Table'[_TIMESTAMP]=_MAX),'Table'[_VALUE])-MAXX(FILTER('Table','Table'[_TIMESTAMP]=_MIN),'Table'[_VALUE])

    please see the attachment below