Database Software

I have some problems when i try to aggregate a variable called PRUEBA2_IMPORTE dimensinated by time dimension (parent-child type).

I read the help in DML Reference of the OLAP Worksheet and it said the follow:
When data is loaded into dimension values that are at different levels of a hierarchy, then you need to be careful in how you set status in the PRECOMPUTE clause in a RELATION statement in your aggregation specification. Suppose that a time dimension has a hierarchy with three levels: months aggregate into quarters, and quarters aggregate into years. Some data is loaded into month dimension values, while other data is loaded into quarter dimension values. For example, Q1 is the parent of January, February, and March. Data for March is loaded into the March dimension value. But the sum of data for January and February is loaded directly into the Q1 dimension value. In fact, the January and February dimension values contain NA values instead of data. Your goal is to add the data in March to the data in Q1. When you attempt to aggregate January, February, and March into Q1, the data in March will simply replace the data in Q1. When this happens, Q1 will only contain the March data instead of the sum of January, February, and March. To aggregate data that is loaded into different levels of a hierarchy, create a valueset for only those dimension values that contain data. DEFINE all_but_q4 VALUESET time
LIMIT all_but_q4 TO ALL
LIMIT all_but_q4 REMOVE 'Q4'
Within the aggregation specification, use that valueset to specify that the detail-level data should be added to the data that already exists in its parent, Q1, as shown in the following statement. RELATION time.r PRECOMPUTE (all_but_q4)

How to do it this for more than one dimension?

Above i wrote my case of study:

DEFINE T_TIME DIMENSION TEXT
T_TIME
--------------------------------------------------
200401
200402
200403
200404
200405
200406
200407
200408
200409
200410
200411
2004
200412
200501
200502
200503
200504
200505
200506
200507
200508
200509
200510
200511
2005
200512
----------------------------------------------------------------------------------------------
DEFINE T_TIME_PARENTREL RELATION T_TIME <T_TIME T_TIME_HIERLIST>

-----------T_TIME_HIERLIST-------------
T_TIME H_TIME
-------------- --------------------------------------------------
200401 2004
200402 2004
200403 2004
200404 2004
200405 2004
200406 2004
200407 2004
200408 2004
200409 2004
200410 2004
200411 2004
2004 NA
200412 2004
200501 2005
200502 2005
200503 2005
200504 2005
200505 2005
200506 2005
200507 2005
200508 2005
200509 2005
200510 2005
200511 2005
2005 NA
200512 2005
-----------------------------------------------------------------------------------------------
DEFINE PRUEBA2_IMPORTE FORMULA DECIMAL <T_TIME>
EQ -
aggregate(this_aw!PRUEBA2_IMPORTE_STORED using this_aw!OBJ262568349 -
COUNTVAR this_aw!PRUEBA2_IMPORTE_COUNTVAR)

T_TIME PRUEBA2_IMPORTE
-------------- -------------------------------------------------
200401 NA
200402 NA
200403 2,00
200404 2,00
200405 NA
200406 NA
200407 NA
200408 NA
200409 NA
200410 NA
200411 NA
2004 4,00 ---> here its right!! but...
200412 NA
200501 5,00
200502 15,00
200503 NA
200504 NA
200505 NA
200506 NA
200507 NA
200508 NA
200509 NA
200510 NA
200511 NA
2005 10,00 ---> here must be 30,00 not 10,00
200512 NA

------------------------------------------------------------------------------------------------
DEFINE PRUEBA2_IMPORTE_STORED VARIABLE DECIMAL <T_TIME>

T_TIME PRUEBA2_IMPORTE_STORED
-------------- -------------------------------------------------
200401 NA
200402 NA
200403 NA
200404 NA
200405 NA
200406 NA
200407 NA
200408 NA
200409 NA
200410 NA
200411 NA
2004 NA
200412 NA
200501 5,00
200502 15,00
200503 NA
200504 NA
200505 NA
200506 NA
200507 NA
200508 NA
200509 NA
200510 NA
200511 NA
2005 10,00
200512 NA
------------------------------------------------------------------------------------------------
DEFINE OBJ262568349 AGGMAP
AGGMAP
RELATION this_aw!T_TIME_PARENTREL(this_aw!T_TIME_AGGRHIER_VSET1) PRECOMPUTE(this_aw!T_TIME_AGGRDIM_VSET1) OPERATOR SUM -
args DIVIDEBYZERO YES DECIMALOVERFLOW YES NASKIP YES
AGGINDEX NO
CACHE NONE
END
-----------------------------------------------------------------------------------------------
DEFINE T_TIME_AGGRHIER_VSET1 VALUESET T_TIME_HIERLIST
T_TIME_AGGRHIER_VSET1 = (H_TIME)
-----------------------------------------------------------------------------------------------
DEFINE T_TIME_AGGRDIM_VSET1 VALUESET T_TIME
T_TIME_AGGRDIM_VSET1 = (2005)
-----------------------------------------------------------------------------------------------

Regards,
Mel.