I am searching for a DAX formula.
Specifically:
If SOLD (1st column) = count volume (second column), if not SOLD = 0
I need to reflect the volume of SOLD in a new column. UNSOLD Volumes should be 0.
I attach the reduced data set.
If I understand, you want to only perform aggregation when the SOLD_UNSOLD column is equal to "SOLD", otherwise return 0? If so, the following formula will do this, you'll just need to update the column names accordingly. The outer IF prevents problems resulting from further evaluation (i.e. grand totals) and it's necessary to wrap the column in the VALUES function as this will turn the column into a table of the unique values of it.
'YourTable'[CountOfSold] =
IF (
COUNTROWS ( VALUES ( YourTable[SOLD_UNSOLD] ) ) = 1,
IF (
VALUES ( YourTable[SOLD_UNSOLD] ) = "SOLD",
COUNT ( YourTable[ColumnToAggregate] ),
0
),
0
)
The Excel SUMIF is closest to the DAX SUMX.
I'm not positive I'm understanding what you are asking for, but I think you'd want something like this:
SOLD_VOLUME = SUMX(Table1,
IF(Table1[SOLD_UNSOLD] = "SOLD",
Table1[DAILY_VOLUME],
0
)
)
You could also do this with a filter:
SOLD_VOLUME = SUMX(
FILTER(
Table1,
Table1[SOLD_UNSOLD] = "SOLD"
),
Table1[DAILY_VOLUME]
)
Related
This question has been asked and answered before, however the solutions I've found don't seem to work for my current situation.
My table looks like:
I want to return the highest value in column B for all instances of it's match in column A in power pivot.
With a standard excel function, I would use =max(if(a2=a:a,b:b)) in column C.
I've tried =CALCULATE(max(Table1[B]),filter(Table1,Table1[A]=Table1[A])) but this is the result
Any help would be appreciated!
Table1[A] always equals Table1[A] so your condition is always true and thus doesn't do any meaningful filtering.
What you're looking for is to filter by the earlier row context (from the original table, not the FILTER iterator function):
CALCULATE (
MAX ( Table1[B] ),
FILTER ( Table1, Table1[A] = EARLIER ( Table1[A] ) )
)
Another way to do this is to use a variable to grab the row context before you're inside of the FILTER.
VAR CurrRowA = Table1[A]
RETURN
CALCULATE ( MAX ( Table1[B] ), Table1[A] = CurrRowA )
I have a table that looks like this:
I've loaded this into Excel PowerPivot and am trying to create a normalized/indexed column that I can use in pivot table. For reasons I wont go into, I'm trying to do this via a Measure vs a Calculated Column.
Here is the code for my Measure:
Measure 1:=VAR Group1 = GROUPBY('Test','Test'[Country],'Test'[Date],"Visits1", SUMX(CURRENTGROUP(),'Test'[Visits])) VAR Group2 = GROUPBY(Group1,[Country],"Visits2", MAXX(CURRENTGROUP(),[Visits1])) RETURN CALCULATE(MAXX(Group2,[Visits2]),ALL('Test'[Date]))
I'm pretty novice with DAX, but this is what I assume is happening when I create my Table VARs:
Using this Measure, when I go and create a Pivot Table, I get this (I've manually added the yellow columns):
As you can see, 'Measure 1', does not equal my 'Expected' column. I've tried a whole bunch of ways to use ALL() in my RETURN statement, but I cannot get it to work. Can anyone help?
Oh, and once I achieve this my goal was to indexed value as seen in my final yellow column using the pseudo formula below.
Row value / Max column value (but filtered by country) * 100
[measure] :=
VAR MaxVisits =
CALCULATE (
MAXX ( VALUES ( Visits[Date] ), CALCULATE ( SUM ( Visits[Visits] ) ) ),
ALL ( Visits[Date] )
)
VAR CurrentVisit =
CALCULATE (
MAXX ( VALUES ( Visits[Date] ), CALCULATE ( SUM ( Visits[Visits] ) ) )
)
VAR Ratio =
DIVIDE ( CurrentVisit, MaxVisits ) * 100
RETURN
Ratio
In my PBIX File, I have measures that calculate Revenue, COGS, Gross Margin etc.
Revenue = Sum(Amt)
More measures that calculate value for Last year Revenue_LY, COGS_LY and GM_LY.
Revenue_LY = CALCULATE (
[Revenue],
FILTER (
ALL ( 'Date' ),
'Date'[FinYear]= MAX ( 'Date'[FinYear] ) - 1 && 'Date'[FinPeriod] = max('Date'[FinPeriod])
)
)
Now I need variance and variance% measures for each which compare data against last year and budget. The amount of measures is just getting too many.
Revenue_CY-LY = CALCULATE([Revenue],KEEPFILTERS(Versions[VersionCode] = "Act")) - CALCULATE([Revenue_LY],KEEPFILTERS(Versions[VersionCode] = "Act"))
Revenue_CY-LY% = IF([Revenue_CY-LY] < 0, -1, 1) *
IF(
ABS(DIVIDE([Revenue_CY-LY],[Revenue])) > 99.9,
"n/a",
ABS(DIVIDE([Revenue_CY-LY],[Revenue])*100)
)
Is there a way to summarize the measures used. I don't want to create individual measures of each variance.
Yes. You can create a dynamic measure.
First create Revenue, COGS, Gross Margin, etc. measures.
Revenue = SUM([Amt])
COGS = SUM([Cost])
Gross Margin = [Revenue] - [COGS]
...
Then you create a table with one row for each of your measures:
My Measures = DATATABLE("My Measure", STRING, {{"Revenue"}, {"COGS"}, {"Gross Margin"}})
The names don't need to align with your actual measures, but they will be displayed so make them presentable.
Then you create a measure on that table which will dynamically be the same as the selected row in the table:
Selected Measure = SWITCH(SELECTEDVALUE('My Measures'[My Measure], BLANK()), "Revenue", [Revenue], "COGS", [COGS], "Gross Margin", [Gross Margin], BLANK())
Next you go and create all the complicated time-intelligence measures using the [Selected Measure] as the base:
Dynamic_LY = CALCULATE (
[Selected Measure],
FILTER (
ALL ( 'Date' ),
'Date'[FinYear]= MAX ( 'Date'[FinYear] ) - 1 && 'Date'[FinPeriod] = max('Date'[FinPeriod])
)
)
And then you can do [Dynamic_CY-LY] and [Dynamic_CY-LY %] in a similar manner to the ones in your question, replacing references to the [Revenue] measure with references to the dynamic measures.
Now you can either use a slicer on the 'My Measures'[My Measure] column to dynamically change every instance of [Dynamic_CY-LY] and the other dynamic measures, or you can add a filter on each visualisation to filter 'My Measures'[My Measure].
It might be that you'd also like to have a default value for [Selected Measure] instead of defaulting to BLANK(); just put that in last position in the SWITCH() function.
I have a requirement in Power Pivot where I need to show value based on the Dimension Column value.
If value is Selling Price then Amount Value of Selling Price from Table1 should display, if Cost Price then Cost Price Amount Should display, if it is Profit the ((SellingPrice-CostPrice)/SellingPrice) should display
My Table Structure is
Table1:-
Table2:-
Required Output:-
If tried the below option:-
1. Calculated Measure:=If(Table[Category]="CostPrice",[CostValue],If(Table1[category]="SellingPrice",[SalesValue],([SalesValue]-[CostValue]/[SalesValue])))
*[CostValue]:=Calculate(Sum(Table1[Amount]),Table1[Category]="CostPrice")
*[Sales Value]:=Calculate(Sum(Table1[Amount]),Table1[Category]="SellingPrice")
Tried this in both Calculated Column and Measure but not giving me required output.
Cost:=
CALCULATE(
SUM( Table1[Amount] )
,Table1[Category] = "CostPrice"
)
Selling:=
CALCULATE(
SUM( Table1[Amount] )
,Table1[Category] = "SellingPrice"
)
Profit:=
DIVIDE(
[Selling] - [Cost]
,[Selling]
)
ConditionalMeasure:=
IF(
HASONEFILTER( Table2[Category] )
,SWITCH(
VALUES( Table2[Category] )
,"CostPrice"
,[Cost]
,"SellingPrice"
,[Selling]
,"Profit"
,[Profit]
)
,[Profit]
)
HASONEFILTER() checks that there is filter context on the named field and that the filter context includes only a single distinct value.
This is just a guard to allow our SWITCH() to refer to VALUES( Table2[Category] ). VALUES() returns a table of all distinct values in the named column or table. So, a 1x1 table can be implicitly converted to a scalar, which we need in SWITCH().
SWITCH() is a case statement.
Our else condition in the IF() is just returning [Profit]. You might want something else, but it's unclear what should happen at the grand total level. You can leave this off, and the measure will be blank in IF()'s else condition.
I was thinking about this a little. I'm not sure why you have your categories on rows. Usually the data set would have columns like: item | CostPrice | SellingPrice | Profit. Then you can just use the columns to define your fields. The model becomes easier and more maintainable.
I need to Aggregate a number of multiplications which are based on the Row and Columns context. My best attempt at describing this is in pseudo-code.
For each cell in the Pivot table
SUM
Foreach ORU
Percent= Look up the multiplier for that ORU associated with the Column
SUMofValue = Add all of the Values associated with that Column/Row combination
Multiply Percent * SUMofValue
I tried a number of ways over the last few days and looked at loads of examples but am missing something.
Specifically, What won't work is:
CALCULATE(SUM(ORUBUMGR[Percent]), ORUMAP)*CALCULATE(SUM(Charges[Value]), ORUMAP)
because you're doing a sum of all the Percentages instead of the sum of the Percentages which are only associated with MGR (i.e., the column context)
Link to XLS
One way of doing that is by using nested SUMX. Add this measure to ORUBUMGR:
ValuexPercent :=
SUMX (
ORUBUMGR,
[PERCENT]
* (
SUMX (
FILTER ( CHARGES, CHARGES[ORU] = ORUBUMGR[ORU] ),
[Value]
)
)
)
For each row in ORUBUMGR you will multiply percent by ....
the sum of value for each row in Charges where ORUBUMGR ORU is the same as Charges ORU. Then you sum that product.