Calculating a Production Plan Measure ( Recursive work-around needed )

Hi

Long time lurker, I appreciate all the help that goes in these forums, it's helped me immensly in the past. 
But I've reached a point that I'm stuck. 
I'm hoping someone can look at the work I've done and figure out the final step I'm missing.
I'm at the point of thinking it's not possible, but I hope that's not the case.

Below is a snapshot of what I'm trying to achive.
In short, there are ordered pieces, and what a warehouse is capable of fullfilling. 
Any over capacity needs to be moved forward onto the next available date.

Both the excel and pbix file with a sumamry of everything I've managed to do so far: Drive folder 
The excel explains the issue, and shows the logic used in the PBIX on a cell ref level. 
(Might help some of you to understand what I've done. )

Some important information:
1.) All inputs are calculated measures; both the ordered pcs and max warehouse capacity are measures.
(These values are calculated from user inputs on warehouse_code, date and product type, and therefore a calculated column will not work. I would have liked to use EARLIER.)
2.) I've tried using boolean conditions to set ranges that I can itterate over, but I can't seem to cover all situations and I'm not sure how to get around it. 

1.) BooleanCondition = 
IF ( 
    OrderedPieces[Ordered Pieces] > 'Maximum Warehouse Capacity'[Maximum Warehouse Capacity Value], 
    TRUE(), 
    FALSE()
)

2.) Over Capacity = 
IF ( NOT ISBLANK ( OrderedPieces[Ordered Pieces] ),
    VAR RefDate = MAX ( DateTable_Day[Date] )
    VAR DatesBefore = 
        FILTER ( ALL ( DateTable_Day[Date] ),
            DateTable_Day[Date] <= RefDate
        )
    VAR DatesToCompute = FILTER( DatesBefore, [1.) BooleanCondition] = FALSE() )
    VAR LastCompute = MAXX ( DatesToCompute, DateTable_Day[Date] )
    VAR FirstDateEver = CALCULATE( MIN ( DateTable_Day[Date] ), REMOVEFILTERS() )
    VAR MaxFalseDate = COALESCE( LastCompute, FirstDateEver )

    VAR SumofOrderedPcs = 
        CALCULATE( 
            OrderedPieces[Ordered Pieces],
            DATESBETWEEN ( DateTable_Day[Date], MaxFalseDate + 1, RefDate )
        )
    VAR DaysOfOverCapacity =
        CALCULATE(
            COUNTROWS ( DateTable_Day ) * 'Maximum Warehouse Capacity'[Maximum Warehouse Capacity Value],
            DATESBETWEEN( DateTable_Day[Date], MaxFalseDate + 1, RefDate )
        )
    VAR FalseValue = SumofOrderedPcs - DaysOfOverCapacity
    
    RETURN 
        FalseValue
)

3.) UnderCapacity = 
IF( NOT ISBLANK( OrderedPieces[Ordered Pieces] ),
    VAR RefDate = MAX ( DateTable_Day[Date] )
    VAR DatesBefore = 
        FILTER ( 
            ALL ( DateTable_Day[Date] ),
            DateTable_Day[Date] <= RefDate
        )
    VAR FalseDatesToCompute = FILTER( DatesBefore, [1.) BooleanCondition] = FALSE() )
    VAR LastFalseCompute = MAXX ( FalseDatesToCompute, DateTable_Day[Date] )
    VAR FirstDateEver = CALCULATE( MIN ( DateTable_Day[Date] ), REMOVEFILTERS() )
    VAR MaxFalseDate = COALESCE( LastFalseCompute, FirstDateEver )
    VAR PreviousMaxFalseDate = 
        MINX (
            TOPN ( 2, FalseDatesToCompute, DateTable_Day[Date] ),
            DateTable_Day[Date]
        )
    VAR PreSumofOrderedPcs = 
        CALCULATE( 
            OrderedPieces[Ordered Pieces],
            DateTable_Day[Date] = MaxFalseDate
        )
    VAR PrePreSumofOrderedPcs = 
        CALCULATE( 
            OrderedPieces[Ordered Pieces],
            DATESBETWEEN ( DateTable_Day[Date], PreviousMaxFalseDate + 1, MaxFalseDate - 1 )
        )
    VAR PreDaysOfOverCapacity =
        CALCULATE(
            COUNTROWS ( DateTable_Day ) * 'Maximum Warehouse Capacity'[Maximum Warehouse Capacity Value],
            DATESBETWEEN ( DateTable_Day[Date], PreviousMaxFalseDate + 1, MaxFalseDate - 1 )
        )
    VAR PreFalseValue =
        IF ( 
            PreSumofOrderedPcs + (PrePreSumofOrderedPcs - PreDaysOfOverCapacity) > 'Maximum Warehouse Capacity'[Maximum Warehouse Capacity Value],
            PreSumofOrderedPcs + (PrePreSumofOrderedPcs - PreDaysOfOverCapacity) - 'Maximum Warehouse Capacity'[Maximum Warehouse Capacity Value],
            0
        )

    RETURN 
    PreFalseValue
)

4.) Backlog = [2.) Over Capacity] + [3.) UnderCapacity]

Any help will be appraciated!
I hope this is a tough one, that's not easily solved 🙂