Unlock a world of possibilities! Login now and discover the exclusive benefits awaiting you.
Hello
I have this table: I want to know the average quantity of top two customers by item number, how I could do this?
item number | Q | Customer |
100 | 22 | A |
101 | 15 | B |
102 | 23 | C |
103 | 19 | D |
104 | 16 | A |
105 | 10 | B |
106 | 25 | C |
107 | 16 | D |
108 | 16 | A |
109 | 22 | B |
110 | 20 | C |
100 | 12 | D |
101 | 20 | A |
102 | 24 | B |
103 | 21 | C |
104 | 22 | D |
105 | 10 | A |
106 | 14 | B |
107 | 18 | C |
108 | 15 | D |
109 | 25 | A |
110 | 14 | B |
100 | 23 | C |
101 | 21 | D |
102 | 10 | A |
103 | 14 | B |
104 | 19 | C |
105 | 19 | D |
106 | 12 | A |
107 | 22 | B |
108 | 18 | C |
109 | 20 | D |
110 | 10 | A |
100 | 16 | B |
101 | 10 | C |
102 | 24 | D |
103 | 15 | A |
104 | 23 | B |
105 | 21 | C |
106 | 22 | D |
107 | 25 | A |
108 | 10 | B |
109 | 16 | C |
110 | 12 | D |
100 | 23 | A |
101 | 11 | B |
102 | 10 | C |
103 | 11 | D |
104 | 15 | A |
105 | 12 | B |
106 | 15 | C |
107 | 23 | D |
108 | 18 | A |
109 | 24 | B |
110 | 22 | C |
100 | 10 | D |
101 | 11 | A |
102 | 12 | B |
103 | 16 | C |
104 | 21 | D |
105 | 17 | A |
106 | 21 | B |
107 | 25 | C |
108 | 24 | D |
109 | 14 | A |
110 | 20 | B |
100 | 13 | C |
101 | 15 | D |
102 | 22 | A |
103 | 15 | B |
104 | 16 | C |
105 | 24 | D |
106 | 17 | A |
107 | 22 | B |
108 | 25 | C |
109 | 14 | D |
110 | 14 | A |
for example the answer for item number 100 and 101 should be:
CUSTOMER | Item number | q | Ave Top 2 customer |
A | 100 | 45 | 23 |
A | 101 | 31 | 20.5 |
May be this?
Avg({<Customer = {"=Rank(Sum(Q))<=2"}>} Q)
Hi Anil Babu
It is somehow correct, but the answer for item number 101 should be 33.5, actually the sum of average. How to do this? For item number 101: (36+31)/2=33.5
How to sum this Avg({<Customer = {"=Rank(Sum(Q))<=2"}>} Q) expression for each item number?
Sorry, the right answer is:
CUSTOMER | Item number | q | Ave Top 2 customer |
A | 100 | 45 | 40.5 |
A | 101 | 31 | 33.5 |
Perhaps this?
Dimensions are
Customer - =If(Aggr(Rank(Sum(Q)), Customer)<=2, Customer)
[Item Number] - =If(Aggr(Rank(Sum(Q)), [item number])<=2, [item number])
Expressions are
Avg(TOTAL <[item number]> Aggr(NODISTINCT Sum(TOTAL <Customer,[item number]> Q), Customer,[item number]))
OR
Avg(TOTAL <[item number]> Aggr(Sum(TOTAL <Customer,[item number]> Q), Customer,[item number]))
May be this
Avg(Aggr(If(Rank(Sum(Q)) <= 2, Sum(Q)), [item number], Customer))
Hi Sunny
It works.
Thank you so much
Please close this thread as helpful or right answer.