proyectado por mes

Hi, pablol1235 
Thank you for your prompt response. I now fully understand your requirements.

I apologize for the delay. I realize that your needs involve very complex recursion, specifically the SUM(P43:U43) part. Recursion cannot be implemented in DAX. While this is easily achievable in Excel, it is not possible in DAX. Recursive calculations require row-by-row data processing, which is incompatible with DAX's batch processing mode. Here is a screenshot from the relevant documentation:

For further details, please refer to:

Solved: Power BI Recursion - DAX - Microsoft Fabric Community

Solved: Recursion in DAX - Microsoft Fabric Community

Previous Value (“Recursion”) in DAX – Greg Deckler

Currently, I have managed to implement all parts except for the SUM(P43:U43) portion based on the calculated table. However, the recursion, represented by my variables P1 and F1, cannot fulfill your requirements.

Table 2 = 
    VAR t1 = SUMMARIZE(
        'Table',
        'Table'[month],
        'Table'[Mes],
        'Table'[blank]
    )
    VAR t2 = SUMMARIZE(
        'Table',
        'Table'[month],
        "Mes", VAR CM = 'Table'[month]
        VAR v40 = CALCULATE(
            SUM('Table'[Mes]),
            FILTER(
                ALL('Table'),
                'Table'[month] = CM && 'Table'[blank] = "Compras AA"
            )
        )
        VAR D1 = CALCULATE(
            SUM('Table'[Mes]),
            FILTER(
                ALL('Table'),
                'Table'[month] < CM && 'Table'[month] >= EDATE(
                    CM,
                    -7
                ) && 'Table'[blank] = "Compras AA"
            )
        )
        VAR SECOND = (v40 / D1 - 1) * 0.5 + 1
        VAR LM = EDATE(
            'Table'[month],
            -12
        )
        VAR J40 = CALCULATE(
            SUM('Table'[Mes]),
            FILTER(
                ALL('Table'),
                'Table'[month] = LM && 'Table'[blank] = "Compras AA"
            )
        )
        VAR D2 = CALCULATE(
            SUM('Table'[Mes]),
            FILTER(
                ALL('Table'),
                'Table'[month] < LM && 'Table'[month] >= EDATE(
                    LM,
                    -7
                ) && 'Table'[blank] = "Compras AA"
            )
        )
        VAR THRID = (J40 / D2 - 1) * 0.5 + 1
        VAR F = DIVIDE(
            (SECOND + THRID),
            2
        )
        VAR P1 = CALCULATE(
            SUM('Table'[Mes]),
            FILTER(
                ALL('Table'),
                'Table'[month] < CM && 'Table'[month] >= EDATE(
                    CM,
                    -7
                ) && 'Table'[blank] = "Compras A. Vig."
            )
        )
        VAR F1 = DIVIDE(
            P1,
            6
        ) * F
        RETURN
            IF(
                ISERROR(F1),
                BLANK(),
                F1
            ),
        "blank", "Compra Proyectada"
    )
    VAR F2 = UNION(
        t1,
        t2
    )
    RETURN
        F2

Please find the attached pbix relevant to the case.

 
Thank you for your effort and understanding.Of course, if you have any new discoveries or questions, please feel free to get in touch with us.
 

Best Regards,

Leroy Lu

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