Solved

cumulative query part 2

Posted on 2009-05-20
7
164 Views
Last Modified: 2012-05-07
The following query works great for cumulative data for the 2 columns shown.  The level of complexity is as follows.  The data in the table also has a opData_Type_ID.  If the ID = 1 then the data is actual, if the ID = 2 then the data is projected.  I need to add 2 columns to the query for the projected data in the same row as the corresponding actual data.  If there is no data for that month it should return 0
SELECT 
a.opData_Year, 
a.opData_month ,
a.opData_value+ ISNULL( (SELECT SUM(ISNULL(b.opData_Value,0)) from opData_Monthly b 
where (b.opData_Year = a.opData_Year and b.opData_month < a.opData_month) and a.Opdata_Date >=@StartDate and a.opData_Date <=@EndDate and b.Opdata_Date >=@StartDate and b.opData_Date <=@EndDate and opData_Type_ID = 1
or (b.opData_Year < a.opData_year) AND a.Opdata_Date >=@StartDate and a.opData_Date <=@EndDate AND b.Opdata_Date >=@StartDate and b.opData_Date <=@EndDate and opData_Type_ID = 1),0 ) as CActualValue,
 
a.opData_cost+ ISNULL( (SELECT SUM(b.opData_cost) from opData_Monthly b 
 
where (b.opData_Year = a.opData_Year and b.opData_month < a.opData_month) and a.Opdata_Date >=@StartDate and a.opData_Date <=@EndDate and b.Opdata_Date >=@StartDate and b.opData_Date <=@EndDate and opData_Type_ID = 1
or (b.opData_Year < a.opData_year) AND a.Opdata_Date >=@StartDate and a.opData_Date <=@EndDate AND b.Opdata_Date >=@StartDate and b.opData_Date <=@EndDate and opData_Type_ID = 1),0 ) as CActualCost
 
FROM opData_Monthly a 
WHERE a.Opdata_Date >=@StartDate and a.opData_Date <=@EndDate
Order by opData_Date

Open in new window

0
Comment
Question by:softdimensions
  • 4
  • 3
7 Comments
 
LVL 41

Expert Comment

by:ralmada
ID: 24436114
You mean like this?
SELECT 
	a.opData_Year, 
	a.opData_month ,
	a.opData_value+ ISNULL( (SELECT SUM(ISNULL(b.opData_Value,0)) from opData_Monthly b 
				where (b.opData_Year = a.opData_Year and 
					b.opData_month < a.opData_month) and 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate and 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 1
					or (b.opData_Year < a.opData_year) AND 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate AND 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 1),0 ) as CActualValue,
 
	a.opData_cost+ ISNULL( (SELECT SUM(b.opData_cost) from opData_Monthly b 
				where (b.opData_Year = a.opData_Year and 
					b.opData_month < a.opData_month) and 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate and 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 1
					or (b.opData_Year < a.opData_year) AND 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate AND 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 1),0 ) as CActualCost,
 
	ISNULL( (SELECT SUM(ISNULL(b.opData_Value,0)) from opData_Monthly b 
				where (b.opData_Year = a.opData_Year and 
					b.opData_month < a.opData_month) and 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate and 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 2
					or (b.opData_Year < a.opData_year) AND 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate AND 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 2),0 ) as ProjectedValue,
 
	ISNULL( (SELECT SUM(b.opData_cost) from opData_Monthly b 
				where (b.opData_Year = a.opData_Year and 
					b.opData_month < a.opData_month) and 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate and 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 2
					or (b.opData_Year < a.opData_year) AND 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate AND 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 2),0 ) as ProjectedCost
 
FROM opData_Monthly a 
WHERE a.Opdata_Date >=@StartDate and a.opData_Date <=@EndDate
Order by opData_Date

Open in new window

0
 

Author Comment

by:softdimensions
ID: 24436228
The sql statement you returned gives 2 rows per month.  The data in the columns are correct but I only want to see 1 row per month year value
0
 
LVL 41

Expert Comment

by:ralmada
ID: 24436262
Are the two rows duplicate? try adding distinct:
select distinct......
 
0
Optimizing Cloud Backup for Low Bandwidth

With cloud storage prices going down a growing number of SMBs start to use it for backup storage. Unfortunately, business data volume rarely fits the average Internet speed. This article provides an overview of main Internet speed challenges and reveals backup best practices.

 

Author Comment

by:softdimensions
ID: 24436320
using DISTINCT renders the following  result set.

2008      7      2008-07-01 00:00:00.000      7.02      0.1      0      0
2008      8      2008-08-01 00:00:00.000      15.04      0.2      7.02      0.1
2008      9      2008-09-01 00:00:00.000      24.06      0.3      15.04      0.2
2008      10      2008-10-01 00:00:00.000      34.08      0.4      24.06      0.3
2008      11      2008-11-01 00:00:00.000      45.1      0.5      34.08      0.4
2008      12      2008-12-01 00:00:00.000      57.12      0.6      45.1      0.5
2009      1      2009-01-01 00:00:00.000      58.14      0.7      57.12      0.6
2009      2      2009-02-01 00:00:00.000      60.16      0.8      58.14      0.7
2009      3      2009-03-01 00:00:00.000      63.18      0.9      60.16      0.8
2009      4      2009-04-01 00:00:00.000      67.2      1      63.18      0.9
2009      5      2009-05-01 00:00:00.000      72.22      1.1      67.2      1
2009      6      2009-06-01 00:00:00.000      78.24      1.2      72.22      1.1
2009      7      2009-07-01 00:00:00.000      85.26      1.3      78.24      1.2
2009      8      2009-08-01 00:00:00.000      93.28      1.4      85.26      1.3
2009      9      2009-09-01 00:00:00.000      102.3      1.5      93.28      1.4
2009      10      2009-10-01 00:00:00.000      112.32      1.6      102.3      1.5
2009      11      2009-11-01 00:00:00.000      123.34      1.7      112.32      1.6
2009      12      2009-12-01 00:00:00.000      135.36      1.8      123.34      1.7
2010      1      2010-01-01 00:00:00.000      136.38      1.9      135.36      1.8
2010      2      2010-02-01 00:00:00.000      138.4      2      136.38      1.9
2010      3      2010-03-01 00:00:00.000      141.42      2.1      138.4      2
2010      4      2010-04-01 00:00:00.000      145.44      2.2      141.42      2.1
2010      5      2010-05-01 00:00:00.000      150.46      2.3      145.44      2.2
2010      6      2010-06-01 00:00:00.000      156.48      2.4      150.46      2.3
2010      7      2010-07-01 00:00:00.000      163.5      2.5      156.48      2.4

With this temp set of data the projected and actual are the same but look at the difference between row 1 and 2
0
 
LVL 41

Expert Comment

by:ralmada
ID: 24438134
I'm not sure I'm following you.  Can you please advise if the query worked? If not please provide some sample data and expected result.
0
 

Author Comment

by:softdimensions
ID: 24438155
2008      7      2008-07-01 00:00:00.000      7.02      0.1      0      0
2008      8      2008-08-01 00:00:00.000      15.04      0.2      7.02      0.1
2008      9      2008-09-01 00:00:00.000      24.06      0.3      15.04      0.2

The above is the result with the query

2008      7      2008-07-01 00:00:00.000      7.02      0.1      7.02      0.1
2008      8      2008-08-01 00:00:00.000      15.04      0.2     14.04      0.2
2008      9      2008-09-01 00:00:00.000      24.06      0.3      24.06      0.3

is the expected result.  In this case the data is the same for projected and actual since it is temp data.
0
 
LVL 41

Accepted Solution

by:
ralmada earned 500 total points
ID: 24438173
What if you try something like this?
SELECT 
	a.opData_Year, 
	a.opData_month ,
	a.opData_value+ ISNULL( (SELECT SUM(ISNULL(b.opData_Value,0)) from opData_Monthly b 
				where (b.opData_Year = a.opData_Year and 
					b.opData_month < a.opData_month) and 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate and 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 1
					or (b.opData_Year < a.opData_year) AND 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate AND 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 1),0 ) as CActualValue,
 
	a.opData_cost+ ISNULL( (SELECT SUM(b.opData_cost) from opData_Monthly b 
				where (b.opData_Year = a.opData_Year and 
					b.opData_month < a.opData_month) and 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate and 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 1
					or (b.opData_Year < a.opData_year) AND 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate AND 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 1),0 ) as CActualCost,
 
	a.opData_cost+ ISNULL( (SELECT SUM(ISNULL(b.opData_Value,0)) from opData_Monthly b 
				where (b.opData_Year = a.opData_Year and 
					b.opData_month < a.opData_month) and 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate and 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 2
					or (b.opData_Year < a.opData_year) AND 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate AND 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 2),0 ) as ProjectedValue,
 
	a.opData_cost+ ISNULL( (SELECT SUM(b.opData_cost) from opData_Monthly b 
				where (b.opData_Year = a.opData_Year and 
					b.opData_month < a.opData_month) and 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate and 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 2
					or (b.opData_Year < a.opData_year) AND 
					a.Opdata_Date >=@StartDate and 
					a.opData_Date <=@EndDate AND 
					b.Opdata_Date >=@StartDate and 
					b.opData_Date <=@EndDate and opData_Type_ID = 2),0 ) as ProjectedCost
 
FROM opData_Monthly a 
WHERE a.Opdata_Date >=@StartDate and a.opData_Date <=@EndDate
Order by opData_Date

Open in new window

0

Featured Post

Best Practices: Disaster Recovery Testing

Besides backup, any IT division should have a disaster recovery plan. You will find a few tips below relating to the development of such a plan and to what issues one should pay special attention in the course of backup planning.

Question has a verified solution.

If you are experiencing a similar issue, please ask a related question

Introduction: When running hybrid database environments, you often need to query some data from a remote db of any type, while being connected to your MS SQL Server database. Problems start when you try to combine that with some "user input" pass…
In this article I will describe the Backup & Restore method as one possible migration process and I will add the extra tasks needed for an upgrade when and where is applied so it will cover all.
This video shows how to quickly and easily add an email signature for all users on Exchange 2016. The resulting signature is applied on a server level by Exchange Online. The email signature template has been downloaded from: www.mail-signatures…
The Email Laundry PDF encryption service allows companies to send confidential encrypted  emails to anybody. The PDF document can also contain attachments that are embedded in the encrypted PDF. The password is randomly generated by The Email Laundr…

770 members asked questions and received personalized solutions in the past 7 days.

Join the community of 500,000 technology professionals and ask your questions.

Join & Ask a Question