sum of columns query

Hi friends

I use the Oracle 10 g with windows server 2008 Server. How to recover the sum of values of different column based on different conditions

Name of the table - stv_dtls

inv_type varchar2 (5)

credit number (12,2)

Case number (12,2)

name of the column - inv_type - four type of values - type1, type2, type3, null (empty column)

I want to make the sum of the column of credit under the title of type1 and type2, type3, amount of money under the title of cash based on type1, type2, type 3 and adding the total credits and cash

and null I show you separate.

TYPE_1_CR TYPE_1_CA TYPE_2_CR TYPE_2_CA TYPE_3_CR TYPE_3_CA TOTAL CASH Null type CASH

Sum (Credit) sum (cash) sum (credit) sum (cash) sum (credit) sum (cash) sum of all type (CR) sum of money (credit) sum, sum (cash)

Kindly give me a suggestion to solve this query

concerning

RDK

Hello

Looks like you want to use the SUM aggregate function, using CASE expressions when you want to include only certain types:

SELECT SUM (CASE WHEN inv_type = 'type1' CAN in the end credit) AS type_1_cr

, SUM (CASE WHEN inv_type = 'type1' CAN collect END) AS type_1_ca

, SUM (CASE WHEN inv_type = 'type2' CAN in the end credit) AS type_2_cr

, SUM (CASE WHEN inv_type = 'type2' CAN collect END) AS type_2_ca

, SUM (CASE WHEN inv_type = 'type3' CAN in the end credit) AS type_3_cr

, SUM (CASE WHEN inv_type = 'type3' CAN collect END) AS type_3_ca

SUM (cash) AS total_ca

The amount (credit) AS total_cr

, SUM (CASE WHEN inv_type IS NULL THEN credit END) AS null_cr

SUM (CASE WHEN inv_type IS NULL THEN silver END) AS null_ca

OF stv_dtls

;

It will work in Oracle 8.1 and higher, but as of version 11.1, you would like to use SELECT... PIVOT.

I hope that answers your question.

If not, post a small example data (CREATE TABLE and only relevant columns, INSERT statements), and the results you want from this data.

See the FAQ forum: https://forums.oracle.com/message/9362002#9362002

Tags: Database

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96642402,"ATL","ASR",50,"0","P","","WEQ1C","SO1LB","C",11-APR-10,"04/11/2010 11:10",11-APR-10,"04/11/2010 11:15","04/11/2010 12:51","RADAR","SYS","CHAN B","W","04/11/2010","04/11/2010 0:00",14-APR-10,"4/14/2010 0:00",17-APR-10,"4/17/2010 0:00","RADR","","6310.19A","6310.19A","161A-J","161 A-J","15","","","",11
96642302,"ATL","ASR",50,"0","P","","WEQ1C","SO1LB","C",11-APR-10,"04/11/2010 11:05",11-APR-10,"04/11/2010 11:10","04/11/2010 12:51","RADAR","SYS","CHAN A","W","04/11/2010","04/11/2010 0:00",14-APR-10,"4/14/2010 0:00",17-APR-10,"4/17/2010 0:00","RADR","","6310.19A","6310.19A","161A-J","161 A-J","15","","","",12
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    I need the following result, any help would be appreciated.
    datetime, SUM of MR_OL01_VT , max value MR_OL01_FI_0S ,max_time MR_OL01_FI_0S , max value MR_OL02_FI_0S ,max_time MR_OL02_FI_0S
January 2010,8.373765,4.96935,2010-01-15:01,5.96835,2010-01-15:17
    I used the following query to obtain the SUM of the MR_OL01_VT
    SELECT 
    TRUNC(VOL.TIMESTAMP, 'MM') datetime, 
    SUM(VOL.MR_OL01_VT) 
FROM 
    RT_DY_ZONE1EDYCONS VOL 
GROUP BY 
    TRUNC(VOL.TIMESTAMP, 'MM')
ORDER BY
    TRUNC(VOL.TIMESTAMP, 'MM')
    and this query for the maximum value/time MR_OL01_FI_0S and MR_OL02_FI_0S
    select TAG_NAME,
       max(tag_avg) keep (dense_rank last order by tag_avg) over (partition by tag_name) Max_Value,
       max(datetime) keep (dense_rank last order by tag_avg) over (partition by tag_name) AS MAX_DATE
from mv_zone_hourly
WHERE tag_name LIKE 'MR_OL0%_FI_0S'
    first table
    CREATE TABLE RT_DY_ZONE1EDYCONS 
   (     TIMESTAMP DATE NOT NULL ENABLE, 
     HB_OL00_VT NUMBER(12,6), 
     OR_RES0_VT NUMBER(12,6), 
     OP_OL01_VT NUMBER(12,6), 
     FP_OL01_VT NUMBER(12,6), 
     BD_OL01_VT NUMBER(12,6), 
     MR_OL01_VT NUMBER(12,6), 
     Z1E_VT NUMBER(12,6)
)
    with the sample data
    Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:00','YYYY-MM-DD:HH24'),4.443056,1.088,1.224927,0.663266,0,0.387499,1.079364);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:01','YYYY-MM-DD:HH24'),4.352083,null,0.692914,0.044029,0,0.373536,null);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:02','YYYY-MM-DD:HH24'),null,null,null,null,0,null,null);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:03','YYYY-MM-DD:HH24'),4.300694,null,0.662924,0,0,0.380275,null);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:04','YYYY-MM-DD:HH24'),null,null,null,null,0,null,null);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:05','YYYY-MM-DD:HH24'),0.025694,null,0.650406,0,0,0.342299,null);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:06','YYYY-MM-DD:HH24'),null,null,null,null,0,null,null);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:07','YYYY-MM-DD:HH24'),0.122917,-2.992,0.673062,0,0,0.423474,2.018381);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:08','YYYY-MM-DD:HH24'),0.106944,null,1.27403,0.768119,0,0.449303,null);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:09','YYYY-MM-DD:HH24'),null,null,null,null,0,null,null);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:10','YYYY-MM-DD:HH24'),0.122917,-2.448,0.637977,0,0,0.418056,1.514884);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:11','YYYY-MM-DD:HH24'),0.183333,-2.992,0.649855,0,0,0.401947,2.123531);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:12','YYYY-MM-DD:HH24'),1.157639,-2.992,1.039931,0.463684,0,0.43389,2.212134);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:13','YYYY-MM-DD:HH24'),4.536111,1.36,0.972226,0.381604,0,0.461941,1.36034);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:14','YYYY-MM-DD:HH24'),4.496528,2.176,0.647979,0,0,0.45611,1.216439);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:15','YYYY-MM-DD:HH24'),4.409028,2.72,0.665355,0,0,0.440141,0.583532);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:16','YYYY-MM-DD:HH24'),4.380556,1.36,0.886389,0.256387,0,0.429446,1.448334);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:17','YYYY-MM-DD:HH24'),4.433333,0.272,1.21716,0.656324,0,0.434169,1.85368);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:18','YYYY-MM-DD:HH24'),4.409722,2.176,0.653266,0,0,0.436253,1.144203);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:19','YYYY-MM-DD:HH24'),4.44375,2.448,0.67917,0,0,0.436947,0.879633);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:20','YYYY-MM-DD:HH24'),4.420833,0,1.273057,0.733813,0,0.428474,1.985489);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:21','YYYY-MM-DD:HH24'),4.390278,2.176,0.895212,0.280419,0,0.418195,0.620452);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:22','YYYY-MM-DD:HH24'),4.336806,1.904,0.670843,0,0,0.412711,1.349252);
Insert into RT_DY_ZONE1EDYCONS (TIMESTAMP,HB_OL00_VT,OR_RES0_VT,OP_OL01_VT,FP_OL01_VT,BD_OL01_VT,MR_OL01_VT,Z1E_VT) values (to_date('2010-01-15:23','YYYY-MM-DD:HH24'),4.305556,2.448,0.689441,0,0,0.409099,0.759016);
    and the second table
    CREATE TABLE MV_ZONE_HOURLY
( TAG_NAME VARCHAR2(30),
  TAG_DESCRIP VARCHAR(100),
  DATETIME DATE,
  TAG_AVG NUMBER(12,6)
)
    with the sample data
    Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:00','YYYY-MM-DD:HH24'),4.166712);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:01','YYYY-MM-DD:HH24'),4.96935);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:02','YYYY-MM-DD:HH24'),4.367);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:03','YYYY-MM-DD:HH24'),4.67788);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:04','YYYY-MM-DD:HH24'),4.06335);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:05','YYYY-MM-DD:HH24'),3.23456);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:06','YYYY-MM-DD:HH24'),4.2333555);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:07','YYYY-MM-DD:HH24'),4.5890);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:08','YYYY-MM-DD:HH24'),4.166712);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:09','YYYY-MM-DD:HH24'),4.96735);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:10','YYYY-MM-DD:HH24'),4.8456);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:11','YYYY-MM-DD:HH24'),4.2468);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:12','YYYY-MM-DD:HH24'),4.06335);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:13','YYYY-MM-DD:HH24'),3.9746);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:14','YYYY-MM-DD:HH24'),4.2333555);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:15','YYYY-MM-DD:HH24'),4.47);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:16','YYYY-MM-DD:HH24'),4.166712);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:17','YYYY-MM-DD:HH24'),4.96835);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:18','YYYY-MM-DD:HH24'),4.6890);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:19','YYYY-MM-DD:HH24'),4.42345);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:20','YYYY-MM-DD:HH24'),4.06335);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:21','YYYY-MM-DD:HH24'),3.4579);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:22','YYYY-MM-DD:HH24'),4.2333555);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL01_FI_0S','Montreal Rd Disch Flow 1',to_date('2010-01-15:23','YYYY-MM-DD:HH24'),4.45789);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:00','YYYY-MM-DD:HH24'),5.166712);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:01','YYYY-MM-DD:HH24'),5.97835);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:02','YYYY-MM-DD:HH24'),5.367);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:03','YYYY-MM-DD:HH24'),5.67788);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:04','YYYY-MM-DD:HH24'),5.06335);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:05','YYYY-MM-DD:HH24'),4.23456);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:06','YYYY-MM-DD:HH24'),5.2333555);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:07','YYYY-MM-DD:HH24'),5.5890);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:08','YYYY-MM-DD:HH24'),5.166712);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:09','YYYY-MM-DD:HH24'),5.95635);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:10','YYYY-MM-DD:HH24'),5.8456);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:11','YYYY-MM-DD:HH24'),5.2468);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:12','YYYY-MM-DD:HH24'),5.06335);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:13','YYYY-MM-DD:HH24'),4.9746);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:14','YYYY-MM-DD:HH24'),5.2333555);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:15','YYYY-MM-DD:HH24'),5.47);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:16','YYYY-MM-DD:HH24'),5.166712);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:17','YYYY-MM-DD:HH24'),5.96835);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:18','YYYY-MM-DD:HH24'),5.6890);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:19','YYYY-MM-DD:HH24'),5.42345);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:20','YYYY-MM-DD:HH24'),5.06335);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:21','YYYY-MM-DD:HH24'),4.4579);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:22','YYYY-MM-DD:HH24'),5.2333555);
Insert into MV_ZONE_HOURLY (TAG_NAME,TAG_DESCRIP,DATETIME,TAG_AVG) values ('MR_OL02_FI_0S','Montreal Rd Disch Flow 2',to_date('2010-01-15:23','YYYY-MM-DD:HH24'),5.45789);

    Hello

    Thanks for posting the CREATE TABLE and INSERT statements; This is really useful!

    Your volumninous sample data are all for a month. Since your first query is grouped by month, I suppose that this is not always the case.
    In this case, you can make GROUP BY queries on two tables separately, in two subqueries, then join the results.
    For the separate columns for the values of mv_zone_hoiurly, I GROUP BY the name of tag in the subquery, then their pivot in two columns in the query of amin.

    WITH     edycons_summary       AS
(
     SELECT       TRUNC (tmstmp, 'MM')     AS mnth
     ,       SUM (mr_ol01_vt)     AS sum_mr_ol01_vt
     FROM       rt_dy_zone1edycons
     GROUP BY  TRUNC (tmstmp, 'MM')
)
,     hourly_summary       AS
(
     SELECT       tag_name
     ,       TRUNC (datetime, 'MM')     AS mnth
     ,       MAX (tag_avg)                  AS max_avg
     ,       MAX (datetime) KEEP (DENSE_RANK LAST ORDER BY tag_avg NULLS FIRST)
                                          AS max_avg_datetime
     FROM       mv_zone_hourly
     WHERE       tag_name     IN ( 'MR_OL01_FI_0S'
                         , 'MR_OL02_FI_0S'
                       )
     GROUP BY  tag_name
     ,            TRUNC (datetime, 'MM')
)
SELECT       TO_CHAR (v.mnth, 'fmMonth YYYY')     AS datetime
,       v.sum_mr_ol01_vt
,       MAX ( CASE
                 WHEN  h.tag_name = 'MR_OL01_FI_0S'
              THEN  h.max_avg
             END
           )                         AS max_avg_01
,       MAX ( CASE
                 WHEN  h.tag_name = 'MR_OL01_FI_0S'
              THEN  h.max_avg_datetime
             END
           )                         AS datetime_01
,       MAX ( CASE
                 WHEN  h.tag_name = 'MR_OL02_FI_0S'
              THEN  h.max_avg
             END
           )                         AS max_avg_02
,       MAX ( CASE
                 WHEN  h.tag_name = 'MR_OL02_FI_0S'
              THEN  h.max_avg_datetime
             END
           )                         AS datetime_02
FROM       edycons_summary     v
JOIN       hourly_summary     h     ON     h.mnth     = v.mnth
GROUP BY  v.mnth
,            v.sum_mr_ol01_vt
;

  • SUM OF COLUMN IN A TABLE.

    How can I make the sum of the rows in a table in the apex oracle 4.2.6.

    I want to perform validations on adj_amount column in a table. If the adj_amount column for the selected row is < = 0 then return false.

    How can I choose the name of the column of tabular presentation in validation.

    Hi Maxence,

    CORINE wrote:

    How can I make the sum of the rows in a table in the apex oracle 4.2.6.

    I want to perform validations on adj_amount column in a table. If the adj_amount column for the selected row is<=0 then="" return="">

    How can I choose the name of the column of tabular presentation in validation.

    Always provide the necessary information on your question.

    Members of the Forum cannot determine information such as the type of tabular presentation, you use (i.e. Assistant generated/manual based on APEX_ITEM).

    Now, the information you have provided, I concluded you want proof on a certain column the sum of this column must be greater than zero.

    Well, you can use a "PLSQL function return Boolean" type, the level of the Page using APEX_APPLICATION validation. G_FXX berries.

    Determine a column which is not null loop through this column and the adj_amount of the amount column. Determine if the sum is greater than zero and therefore trigger the validation.

    Validation sample code would be:

    DECLARE

  L_ADJ_AMOUNT_SUM NUMBER := 0;

BEGIN

  FOR I in 1 .. APEX_APPLICATION.G_F01.COUNT LOOP
    L_ADJ_AMOUNT_SUM := L_ADJ_AMOUNT_SUM + TO_NUMBER(NVL(APEX_APPLICATION.G_F02(I),0));
  END LOOP;

  IF L_ADJ_AMOUNT_SUM <= 0 THEN
    RETURN FALSE;
  ELSE
    RETURN TRUE;
  END IF;

END;

    Here APEX_APPLICATION. G_F01 is a column not null and APEX_APPLICATION. G_F02's adj_amount column for example.

    NOTE: You can use a code inspection tools in the browser to identify to which column is mapped to APEX_APPLICATION. Table G_FXX.

    Just inspect element in the column to determine the name attribute. If name = "f04" then it is mapped to APEX_APPLICATION. G_F04.

    I hope this helps!

    Kind regards

    Kiran

  • Sum of column Forms 6i

    Hello

    I created a block with 15 records of brands for example for 15 subjects. now, I want to sum up this column, but when I take the text of the Ant or view the item with the sum of the setting of this column in the property happened 15 times. but I need that a registration.

    If I'm moving that to other block throwing error. FRM-30377: Preview to the point must reside in the block of single record or within the same block that point summarized.

    Please, help me to sum up this column.

    Thank you

    If I'm moving that to other block throwing error

    Place the summary total item in a control block. On the property of this block range, under the box of records, set the property of single record Yes.

  • sum of column values

    Hello

    My question is - I would like to make the sum of the column "volume".
    Current Output     
ENVIRONMENT     Volume
Production              79
QA                 66
Development     30
     
Desired Output     
ENVIRONMENT     Volume
Production                     79
QA                     66
Development     30
*Total                    175*
 
select * from (
select ci.environment, count(1) "Volume"           
from tsgdw_task@awhsncp1 t, 
           tsgdw_operational_process@awhsncp1 op,
           tsgdw_support_group@awhsncp1 sg,
           tsgdw_person@awhsncp1 p,
           tsgdw_configuration_item@awhsncp1  ci
where sg.SUPPORT_GROUP_SEQ_ID in (SELECT sg2.SUPPORT_GROUP_SEQ_ID  FROM  tsgdw_support_group@awhsncp1 sg2
                         start with sg2.SEARCH_CODE = 'DBNONEC' --p_target_name 
                         connect by prior sg2.SUPPORT_GROUP_SEQ_ID=sg2. PARENT_SUPPORT_GROUP_SEQ_ID)
        and t.task_seq_id = op.task_seq_id
        and sg.support_group_seq_id = op.support_group_seq_id
        and op.assigned_person_seq_id = p.person_seq_id
        and op.open_CONFIG_ITEM_SEQ_ID = ci.CONFIGURATION_ITEM_SEQ_ID
        and t.task_type = 'Change Task'
        and t.state = 'Closed'
        --and sg.search_code = p_target_name
        and ci.environment in ('Production','Development','Staging','QA')
and OP.EST_ACTUAL_END_DATETIME between to_date('01-Apr-2012,00:00:00','DD-Mon-YYYY,HH24:MI:SS') and to_date('08-Apr-2012,23:59:59','DD-Mon-YYYY,HH24:MI:SS')       
        --and t.LAST_UPDATE_DATE between ??EMIP_BIND_START_DATE?? and ??EMIP_BIND_END_DATE??
group by ci.environment
order by 2 desc)
where rownum < 6;

    Use the rollup group by

  • Sum of columns using Formcalc

    I created a form with 12 columns and 23 fixed lines. In line 1 of table is a value, the 22 remaining lines allow the user to enter a number, what I would like task is in the footer line power add up the figures in 22 columns and then multiple that by rank value for a total 1.

    Any help would be appreciated.

    Hi Steve,.

    for now, I'll send your pdf with the calculation script.

    You must use the following script in each column in the total field

    -Sterling is the objectname in the user input in column 1 in each row field

    -Various is the objectname in the user input in column 1 in each row field

    - ...

    Column $ = Sum(Row1[*].Sterling)* Row1.TTValue
Columns $ = Sum(Row1[*].Other)* Row1.OtherValue
Column $ = Sum(Row1[*].Banking)* Row1.BankingValue

    You understand that?

    You must use the [*] the repeated thing, in your, this is the Row1. You can see on the Row1 [0]... Row1 [1). And your amount, for example 4 oder 7.50 needs a static cross reference by column.

    I hope I could help?

    Mandy

  • Help!  Calculate a percentage between two fields that the sum of columns

    Members of the forum good day!

    I'm hoping to get help with and model RTF I use to sum up the output of a query in PeopleSoft.

    I have a line with two fields of the query and a third field calculates a percentage using the query fields:
    Row1, Field1: EXPR14_14
    Row1, Field2: EXPR1_1
    Row1, Field3: <? xdofx: If EXPR1_1 <>0 and EXPR14_14 0 then (EXPR1_1 DIV EXPR14_14) <>* 100 or 0 end if? >

    I have a second row who has these fields:
    Row2, Field1: <? sum (EXPR14_14)? >
    Row2, Field2: <? sum (EXPR1_1)? >
    Row3, Field3: I need the third field to calculate the percentage of sum of two fields.

    I tried different ways to insert this calculation with no luck. It's my first time to create a rtf report and any help would be gratly appreciated.

    In advanced thank you for your help.

    Kind regards
    Raquel

    For the calculation of percentage you can use something similar to this (adjust the formula you need)

    For Row1, Field3:

    Hope that helps. If you need more help, send me the xml file and the [email protected] model

    Thank you
    Bipuser

  • Symbol of the missing sum in column a of the measures

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    Thank you.

    It won't be shown on measure,

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