I am trying to link between header table and the fact table in order to get correct values:
Formules =
VAR Top1 = SELECTEDVALUE ( EnteteRapportAgentClient[Top] )
VAR Middle = SELECTEDVALUE ( EnteteRapportAgentClient[Middle] )
VAR BottomIndex = SELECTEDVALUE ( EnteteRapportAgentClient[Index3] )
VAR a = SELECTEDVALUE ( Dim_DateFicheAgent[ID_DateFicheAgent] )
VAR b = SELECTEDVALUE ( 'Seniority banking'[banking seniority] )
VAR Bottom = SELECTEDVALUE ( EnteteRapportAgentClient[Bottom] )
VAR Val =
SWITCH (
TRUE (),
Top1 = "Nombre de leads", [Lead] + 0,
Top1 = "Affaires nouvelles"
&& BottomIndex <> 0, CALCULATE (
COUNTROWS (
FILTER (
Fact_AN,
(
Fact_AN[banking seniority] <= b
&& NOT ISBLANK ( Fact_AN[banking seniority] )
&& Fact_AN[Code_Produit ]
= LOOKUPVALUE (
Dim_Produit[Code_Produit ],
Dim_Produit[Dim5Rapport], Middle,
Dim_Produit[Dim6Rapport], Bottom
)
)
)
),
DATESBETWEEN (
Dim_DateFicheAgent[ID_DateFicheAgent],
NEXTDAY (
SAMEPERIODLASTYEAR (
LASTDATE ( Dim_DateFicheAgent[ID_DateFicheAgent] )
)
),
LASTDATE ( Dim_DateFicheAgent[ID_DateFicheAgent] )
)
),
Middle = "Affaires nouvelles", [AN] + 0,
Middle = "Total AN", [AN] + 0,
Middle = "Taux Transfo", DIVIDE ( [AN], [Lead] )
)
VAR ValF = IF ( Middle = "Taux Transfo", FORMAT ( Val, "0.0%" ), FORMAT ( Val, "0" ) )
VAR Val2 = IF ( ValF = "0", "", ValF )
RETURN
Val2
I get an error
I put here a pbix file. https://drive.google.com/file/d/1OwE52NRyq_W13u2N84pnNVw1lnatmOSw/view?usp=drivesdk
There's a lot going on there but that particular error likely comes from LOOKUPVALUE not returning a unique value.
Related
I have my model with 3 tables:
Fact
Project
Roles
I have this measure working fine:
Basic:=
VAR _sumat = [Net Revenue] - [Expected Revenue]
VAR _sumlevel2 =
IF ( _sumat > 0, 0, _sumat )
RETURN
IF ( ISINSCOPE ( Fact[Level3] ), _sumat,
IF ( ISINSCOPE ( Fact[Level2] ), _sumlevel2 ))¨
But on this measure my var _Level0 does not work:
Result:=
VAR _LEVEL1 =
SUMX (SUMMARIZE (
FILTER (ALL ( 'revenue' ),
Fact[L1] = MAX ( Revenue[L1] ) && Fact[Level2] IN VALUES ( Fact[Level2] )
),
Fact[Level1],
Fact[Level2]
),
[Basic])
VAR _LEVEL0 =
SUMX (SUMMARIZE (
FILTER (ALL ( ‘Roles’ ),
Roles[Name] = MAX ( Roles[Name] ) && Fact[Level1] IN VALUES ( Fact[Level1] )
),
Roles[Name],
Fact[Level1]
),
[Basic])
RETURN
SWITCH (
TRUE(),
ISINSCOPE (Fact[Level3] ), [Basic],
ISINSCOPE ( Fact [Level2] ), [Basic],
ISINSCOPE ( Fact [Level1] ), _LEVEL1,
ISINSCOPE ( Roles[Name] ), _LEVEL0,
)
How can I rewrite _LEVEL0 in order to make it work??
I am trying to create a List for New Customers Added during the year and List of Lost Customers, I have written a DAX which works fine in summary count but doesn't work in table matrix.
NTB =
VAR currentCustomers =
VALUES ( Deposits[CIF ID] )
VAR currentDate =
MAX ( Deposits[Source.Date] )
VAR pastCustomers =
CALCULATETABLE (
VALUES ( Deposits[CIF ID] ),
ALL (
Deposits[Source.Date].[Month],
Deposits[Source.Date].[MonthNo],
Deposits[Source.Date].[Year]
),
Deposits[Source.Date] < currentDate
)
VAR newCustomers =
EXCEPT ( currentCustomers, pastCustomers )
RETURN
COUNTROWS ( newCustomers )
Total Row is correct, even if I remove one function the table remains same..
Appreciate your help
try this :
Modelling --> Add Table
Table =
VAR _max =
MAX ( Deposits[Source.Date] )
RETURN
ADDCOLUMNS (
SUMMARIZE ( Deposits, Deposits[CIF ID] ),
"NTB",
CALCULATE (
COUNT ( Deposits[CIF ID] ),
FILTER (
ALLEXCEPT ( Deposits, Deposits[CIF ID] ),
Deposits[Source.Date] >= _max
)
),
"Lost Customers",
CALCULATE (
COUNT ( Deposits[CIF ID] ),
FILTER (
ALLEXCEPT ( Deposits, Deposits[CIF ID] ),
Deposits[Source.Date] < _max
)
)
)
I am trying to figure out ancestor bloodline in data I have. I feel like there is something I am missing to make this work. This data wouldn't change so not sure if I am missing something I can write in the power query editor when loading / refreshing the data.
While technically it is circular in fields it never going to return the same row it is currently in and the first generation is hard number making a starting point. I only want to reference the mother and father to calculate the child's bloodline. The first generation is a basic IF() statement. Below is as far as I can get before hitting the circular dependency error. I have tried a few things to break it thinking its going to loop.
Logic is:
Each blood is 100% for 1st generations based on their birthplace then it is ((mother blood + father blood) / 2) for each generation after that. I found I can use PATHITEM() to isolate the type of blood but errors with a circular dependency. (This is where I can't figure out how to reference the mother / father to do the calculation.) If I take this part out I get the image below working for 1st generation and correct mother / father for second generation.
Asisa Blood =
VAR current_id = 'Sheet1'[ID]
VAR current_gen = 'Sheet1'[Generation]
VAR current_blood = 'Sheet1'[Birthplace]
VAR current_mother_blood =
PATHITEM(
CALCULATE(
DISTINCT('Sheet1'[Mother's Blood Mix]),
FILTER(
ALLNOBLANKROW('Sheet1'[ID]),
'Sheet1'[ID] = current_id
),
REMOVEFILTERS('Sheet1')
),1,INTEGER)
VAR current_father_blood =
PATHITEM(
CALCULATE(
DISTINCT('Sheet1'[Father's Blood Mix]),
FILTER(
ALLNOBLANKROW('Sheet1'[ID]),
'Sheet1'[ID] = current_id
),
REMOVEFILTERS('Sheet1')
),1,INTEGER)
VAR gen1_value = 100
RETURN
IF(AND(LOWER(current_gen) = "1",LOWER(current_blood) = "asisa"),
gen1_value,
((current_mother_blood + current_father_blood)/2)
)
Blood Mix concatenates the four blood types into one field for easy look up in next step.
Blood mix =
VAR current__id = 'Sheet1'[ID]
VAR current_blood_a = 'Sheet1'[Asisa Blood]
VAR current_blood_b = 'Sheet1'[Africa Blood]
VAR current_blood_c = 'Sheet1'[Europe Blood]
VAR current_blood_d = 'Sheet1'[North America Blood]
RETURN
current_blood_a & "|" & current_blood_b & "|" & current_blood_c & "|" & current_blood_d
Mother and Father are lookups on blood mix with mother or father ids
Mother's Blood Mix =
VAR current_id = 'Sheet1'[ID]
VAR current_gen = 'Sheet1'[Generation]
VAR gen_value = 'Sheet1'[Blood mix]
VAR current_parent_id =
IF(LOWER(current_gen) = "1",current_id,'Sheet1'[Mother ID])
VAR result =
CALCULATE(
DISTINCT('Sheet1'[Blood mix]),
FILTER(
ALLNOBLANKROW('Sheet1'[ID]),
'Sheet1'[ID] = current_parent_id
),
REMOVEFILTERS('Sheet1')
)
RETURN
result
You can try to do this way (rather high resource consuming):
NEW COLUMN:
heritage_Father = PATH(Blood[ID],(Blood[FatherID]))
heritage_Mother = PATH(Blood[ID],(Blood[MotherID]))
Mancestor = LOOKUPVALUE(Blood[heritage_Mother],Blood[ID],Blood[FatherID]) &"|"& Blood[heritage_Mother]
Fancestor = LOOKUPVALUE(Blood[heritage_Father],Blood[ID],Blood[MotherID])&"|"&Blood[heritage_Father]
NEW MEASURE:
ASIA_check =
VAR Table0 =
SELECTCOLUMNS(
ADDCOLUMNS (
GENERATE (
ROW ( "Text", "0"&SELECTEDVALUE(Blood[Fancestor]) ),
VAR TokenCount =
PATHLENGTH ( [Text] )+1
RETURN
GENERATESERIES ( 1, TokenCount )
),
"Word", PATHITEM ( [Text], [Value] )
),
"Word",VALUE([Word]))
VAR Table1 =
SELECTCOLUMNS(
ADDCOLUMNS (
GENERATE (
ROW ( "Text", "0"&SELECTEDVALUE(Blood[Mancestor]) ),
VAR TokenCount =
PATHLENGTH ( [Text] )+1
RETURN
GENERATESERIES ( 1, TokenCount )
),
"Word", PATHITEM ( [Text], [Value] )
),
"Word",VALUE([Word]))
RETURN
DIVIDe(
if(SELECTEDVALUE(Blood[Generation]) <> 1,
calculate(sum(Blood[AsiaBlood]), FILTER(ALL(Blood), Blood[ID] in Table0 || Blood[ID] in Table1)),0
),
(POWER(2, SELECTEDVALUE(Blood[Generation])-1)))
AFRICA_check =
VAR Table0 =
SELECTCOLUMNS(
ADDCOLUMNS (
GENERATE (
ROW ( "Text", "0"&SELECTEDVALUE(Blood[Fancestor]) ),
VAR TokenCount =
PATHLENGTH ( [Text] )+1
RETURN
GENERATESERIES ( 1, TokenCount )
),
"Word", PATHITEM ( [Text], [Value] )
),
"Word",VALUE([Word]))
VAR Table1 =
SELECTCOLUMNS(
ADDCOLUMNS (
GENERATE (
ROW ( "Text", "0"&SELECTEDVALUE(Blood[Mancestor]) ),
VAR TokenCount =
PATHLENGTH ( [Text] )+1
RETURN
GENERATESERIES ( 1, TokenCount )
),
"Word", PATHITEM ( [Text], [Value] )
),
"Word",VALUE([Word]))
RETURN
DIVIDe(
if(SELECTEDVALUE(Blood[Generation]) <> 1,
calculate(sum(Blood[AfricaBlood]), FILTER(ALL(Blood), Blood[ID] in Table0 || Blood[ID] in Table1)),0
),
(POWER(2, SELECTEDVALUE(Blood[Generation])-1)))
I'm looking for a method to check if any part of one string is in another string. Each string is placed in a separate column and is containing a set of random codes. Please see examples of these below.
The method should check if any of the codes in the Original Fault column is present in the Current Fault Column string. As seen in the example each code is created with a DI and 4 digits following. Each raw can contain a random number of those codes. Right now I'm able to check if the whole string from the Original Fault columns is present in the Current fault columns, but I need a solution that would be able to check each individual code from the Original Fault column string in the Current Fault column string. if there is at least one match it should return a yes in a new column
Here is an example how we can get this by using DAX:
CheckIfTrue = VAR SplitByCharacter = " " VAR Org = SELECTEDVALUE(code[Orginal Faults]) VAR CurrentF = SELECTEDVALUE(code[Current Faults] ) VAR Table0 =
SELECTCOLUMNS(
ADDCOLUMNS (
GENERATE (
ROW ( "Text", Org),
VAR TokenCount =
PATHLENGTH ( SUBSTITUTE ( [Text], SplitByCharacter, "|" ) )
RETURN
GENERATESERIES ( 1, MAX(TokenCount,1) )
),
"Word", PATHITEM ( SUBSTITUTE ( [Text], SplitByCharacter, "|" ), [Value] )
),
"Word",[Word])
VAR Table1 =
SELECTCOLUMNS(
ADDCOLUMNS (
GENERATE (
ROW ( "Text", CurrentF),
VAR TokenCount =
PATHLENGTH ( SUBSTITUTE ( [Text], SplitByCharacter, "|" ) )
RETURN
GENERATESERIES ( 1, MAX(TokenCount,1) )
),
"Word", PATHITEM ( SUBSTITUTE ( [Text], SplitByCharacter, "|" ), [Value] )
),
"Word",[Word]) RETURN COUNTROWS(INTERSECT(Table0, Table1))+0 // Org
Additional example:
ShowError = VAR SplitByCharacter = " " VAR Org = SELECTEDVALUE(code[Orginal Faults]) VAR CurrentF = SELECTEDVALUE(code[Current Faults] ) VAR Table0 =
SELECTCOLUMNS(
ADDCOLUMNS (
GENERATE (
ROW ( "Text", Org),
VAR TokenCount =
PATHLENGTH ( SUBSTITUTE ( [Text], SplitByCharacter, "|" ) )
RETURN
GENERATESERIES ( 1, MAX(TokenCount,1) )
),
"Word", PATHITEM ( SUBSTITUTE ( [Text], SplitByCharacter, "|" ), [Value] )
),
"Word",[Word])
VAR Table1 =
SELECTCOLUMNS(
ADDCOLUMNS (
GENERATE (
ROW ( "Text", CurrentF),
VAR TokenCount =
PATHLENGTH ( SUBSTITUTE ( [Text], SplitByCharacter, "|" ) )
RETURN
GENERATESERIES ( 1, MAX(TokenCount,1) )
),
"Word", PATHITEM ( SUBSTITUTE ( [Text], SplitByCharacter, "|" ), [Value] )
),
"Word",[Word]) RETURN CONCATENATEX(INTERSECT(Table0, Table1),[Word],";") // Org
I am using a matrix table in powerbi to show previous week totals for different areas (categories). I have the majority of it working but I am not able to correctly get the subtotals on the table working.
I believe it has to do with the filtering that I am using - i have been unable to correct it.
screen capture
As you can see my Total for week 24 previous is missing
Dax code is:
VAR Area =
MAX ( 'SumTable'[Area Name] )
VAR CurrentWeek =
SELECTEDVALUE ( SumTable[WeekofYear] )
VAR CurrentYear =
SELECTEDVALUE ( SumTable[Year] )
VAR MaxWeekNumber =
CALCULATE ( MAX ( SumTable[WeekofYear] ), ALL ( SumTable ) )
RETURN
IF (
HASONEVALUE ( SumTable[Area Name] ),
SUMX (
FILTER (
ALL ( SumTable ),
IF (
CurrentWeek = 1,
SumTable[WeekofYear] = MaxWeekNumber
&& SumTable[Year] = CurrentYear - 1
&& SumTable[Area Name] = Area,
SumTable[WeekofYear] = CurrentWeek - 1
&& SumTable[Year] = CurrentYear
&& SumTable[Area Name] = Area
)
),
SumTable[BOE]
),
SUMX (
FILTER (
ALLSELECTED ( SumTable ),
IF (
CurrentWeek = 1,
SumTable[WeekofYear] = MaxWeekNumber
&& SumTable[Year] = CurrentYear - 1,
SumTable[WeekofYear] = CurrentWeek - 1
&& SumTable[Year] = CurrentYear
)
),
SumTable[BOE]
)
)
Data Table:
Example Table Format
Thank you, first time poster!
B
I would start by spliting my data table from my date table.
And I guess you don't need to ALL the whole table, just the columns for year and weeknumber and keep the Area in context, that way you don't have to bother if HASONEVALUE it will just work.
SELECTEDVALUE only returns if only a single value for that column is in context, not the case for totals and subtotals.
MyMeasure =
VAR CurrentWeek =
MAX( SumTable[WeekofYear] )
VAR CurrentYear =
MAX( SumTable[Year] )
VAR MaxWeekNumber =
CALCULATE ( MAX ( SumTable[WeekofYear] ), SumTable[Year] = CurrentYear-1 )
RETURN
IF(
CurrentWeek = 1,
CALCULATE(
SUM(SumTable[BOE]),
FILTER (
ALL ( SumTable[Year],SumTable[WeekofYear]),
SumTable[WeekofYear] = MaxWeekNumber
&& SumTable[Year] = CurrentYear - 1
)
),
CALCULATE (
SUM ( SumTable[BOE] ),
FILTER (
ALL ( SumTable[WeekofYear] ),
SumTable[WeekofYear] = CurrentWeek-1
)
)
)
I did not have a chance to confirm this code.