Rabu, 17 Agustus 2016

Re: [MS_AccessPros] QUERY TOO COMPLEX

 

OK.
Thanks ALL.

Ade



From: "wrmosca@comcast.net [MS_Access_Professionals]" <MS_Access_Professionals@yahoogroups.com>
To: MS_Access_Professionals@yahoogroups.com
Sent: Wednesday, 17 August 2016, 21:23
Subject: RE: [MS_AccessPros] QUERY TOO COMPLEX

 
Duane - "a bit un-normalized"?! It's very badly designed. That's why the query has to be so clunky.

Ade - before you spend more time on this you might want to read up on normalized table design. Judging by the number of repeating names it looks like a typical spreadsheet design. 

We might be able to help you better if you can upload a compacted, zipped database file to our Files>2_AssistanceNeeded folder.

Regards,
Bill Mosca, Founder - MS_Access_Professionals
http://www.thatlldoit.com
My nothing-to-do-with-Access blog
http://wrmosca.wordpress.com



---In MS_Access_Professionals@yahoogroups.com, <duanehookom@hotmail.com> wrote :

Ade,
I'm surprised the query works with any amount of data.
There are:
- 426 IIf()s
      You can replace IIF([DMSkips_1].[Clusththt]=2,1,0)
      With Abs([DMSkips_1].[Clusththt]=2)

- 21 Val()s

- 66 Between

- 194 Ands

You are also using alias columns in other expressions
VAL([1-9] & [10-19] & [20-29] & [30-39])

I find the previous expression confusing since you seem to be converting a concatenated string to a number. 

I think you are trying to do way too much with a single query and the data seems a bit un-normalized.

Regards,
Duane


To: MS_Access_Professionals@yahoogroups.com
From: MS_Access_Professionals@yahoogroups.com
Date: Wed, 17 Aug 2016 07:16:17 -0700
Subject: Re: [MS_AccessPros] QUERY TOO COMPLEX



Ade-

The correct syntax is [S_1].[Clustskp].  You could copy and paste to Notepad and use Find / Replace, then copy and paste back.

That's a really ugly query!  I have no clue why Query Too Complex would pop up when you have a lot of data but not when there is not much data.  Does the "shortened" query work with a large amount of data?

John Viescas, author
Effective SQL
SQL Queries for Mere Mortals
Microsoft Office Access 2010 Inside Out
Microsoft Office Access 2007 Inside Out
Building Access Applications

On Aug 17, 2016, at 05:29, Adeboyejo Oyenuga aoye_99@yahoo.co.uk [MS_Access_Professionals] <MS_Access_Professionals@yahoogroups.com> wrote:

Just to add that the query runs perfectly without amendment if the data is not large. Its when the data becomes large that issues arise .

Ade



From: "Adeboyejo Oyenuga aoye_99@yahoo.co.uk [MS_Access_Professionals]" <MS_Access_Professionals@yahoogroups.com>
To: "MS_Access_Professionals@yahoogroups.com" <MS_Access_Professionals@yahoogroups.com>
Sent: Wednesday, 17 August 2016, 13:02
Subject: Re: [MS_AccessPros] QUERY TOO COMPLEX

 
I think the problem is that for some strange reasons the system will only allow for example [S_1]. [Clustskp] instead of [S_1.Clusthtskp].

Would you know a general remedy for this or do i have to go the laborious way of changing one by one ?

Thanks.

Ade



From: "Adeboyejo Oyenuga aoye_99@yahoo.co.uk [MS_Access_Professionals]" <MS_Access_Professionals@yahoogroups.com>
To: "MS_Access_Professionals@yahoogroups.com" <MS_Access_Professionals@yahoogroups.com>
Sent: Wednesday, 17 August 2016, 10:55
Subject: Re: [MS_AccessPros] QUERY TOO COMPLEX

 
Thanks John. I did what you suggestion but the query is not running on account of invalid bracketing in S.Astrgrp.

I know the query without amendment is correct but the difficulty is that it is too complex for the computer to evaluate while the amended version will not run. Please take a look at both versions.

WITHOUT AMENDMENT

SELECT DM.IDNo, DM.Win1, DM.Win2, DM.Win3, DM.Win4, DM.Win5, DM.Win6, DM.Sum, [Win6]-[Win1]+1 AS Spread, DMSkips.Skip, DMSkips_1.Skip, DMSkips_2.Skip, DMSkips_3.Skip, DMSkips_4.Skip, DMSkips_5.Skip, DMSkips.Lngstskp, DMSkips_1.Lngstskp, DMSkips_2.Lngstskp, DMSkips_3.Lngstskp, DMSkips_4.Lngstskp, DMSkips_5.Lngstskp, DMSkips.DblHR, DMSkips_1.DblHR, DMSkips_2.DblHR, DMSkips_3.DblHR, DMSkips_4.DblHR, DMSkips_5.DblHR, DMSkips.Lstskp, DMSkips_1.Lstskp, DMSkips_2.Lstskp, DMSkips_3.Lstskp, DMSkips_4.Lstskp, DMSkips_5.Lstskp, DMSkips.Avgskp, DMSkips_1.Avgskp, DMSkips_2.Avgskp, DMSkips_3.Avgskp, DMSkips_4.Avgskp, DMSkips_5.Avgskp, DMSkips.StdACT, DMSkips_1.StdACT, DMSkips_2.StdACT, DMSkips_3.StdACT, DMSkips_4.StdACT, DMSkips_5.StdACT, DMSkips.[HR%], DMSkips_1.[HR%], DMSkips_2.[HR%], DMSkips_3.[HR%], DMSkips_4.[HR%], DMSkips_5.[HR%], IIf([Win1] Between 1 And 9,1,0)+IIf([Win2] Between 1 And 9,1,0)+IIf([Win3] Between 1 And 9,1,0)+IIf([Win4] Between 1 And 9,1,0)+IIf([Win5] Between 1 And 9,1,0)+IIf([Win6] Between 1 And 9,1,0) AS [1-9], IIf([Win1] Between 10 And 19,1,0)+IIf([Win2] Between 10 And 19,1,0)+IIf([Win3] Between 10 And 19,1,0)+IIf([Win4] Between 10 And 19,1,0)+IIf([Win5] Between 10 And 19,1,0)+IIf([Win6] Between 10 And 19,1,0) AS [10-19], IIf([Win1] Between 20 And 29,1,0)+IIf([Win2] Between 20 And 29,1,0)+IIf([Win3] Between 20 And 29,1,0)+IIf([Win4] Between 20 And 29,1,0)+IIf([Win5] Between 20 And 29,1,0)+IIf([Win6] Between 20 And 29,1,0) AS [20-29], IIf([Win1] Between 30 And 39,1,0)+IIf([Win2] Between 30 And 39,1,0)+IIf([Win3] Between 30 And 39,1,0)+IIf([Win4] Between 30 And 39,1,0)+IIf([Win5] Between 30 And 39,1,0)+IIf([Win6] Between 30 And 39,1,0) AS [30-39], Val([1-9] & [10-19] & [20-29] & [30-39]) AS Ngrpcount, Val([Astro8] & [AstroOth]) AS Astrocount, Val([Astro8] & [Astro12] & [Others]) AS Astrocount2, IIf([DMSkips.AstrGrp]='Astr8',1,0)+IIf([DMSkips_1.AstrGrp]='Astr8',1,0)+IIf([DMSkips_2.AstrGrp]='Astr8',1,0)+IIf([DMSkips_3.AstrGrp]='Astr8',1,0)+IIf([DMSkips_4.AstrGrp]='Astr8',1,0)+IIf([DMSkips_5.AstrGrp]='Astr8',1,0) AS Astro8, IIf([DMSkips.AstrGrp]='Astr12',1,0)+IIf([DMSkips_1.AstrGrp]='Astr12',1,0)+IIf([DMSkips_2.AstrGrp]='Astr12',1,0)+IIf([DMSkips_3.AstrGrp]='Astr12',1,0)+IIf([DMSkips_4.AstrGrp]='Astr12',1,0)+IIf([DMSkips_5.AstrGrp]='Astr12',1,0) AS Astro12, IIf([DMSkips.AstrGrp]='Others',1,0)+IIf([DMSkips_1.AstrGrp]='Others',1,0)+IIf([DMSkips_2.AstrGrp]='Others',1,0)+IIf([DMSkips_3.AstrGrp]='Others',1,0)+IIf([DMSkips_4.AstrGrp]='Others',1,0)+IIf([DMSkips_5.AstrGrp]='Others',1,0)+IIf([DMSkips.AstrGrp]='Astr12',1,0)+IIf([DMSkips_1.AstrGrp]='Astr12',1,0)+IIf([DMSkips_2.AstrGrp]='Astr12',1,0)+IIf([DMSkips_3.AstrGrp]='Astr12',1,0)+IIf([DMSkips_4.AstrGrp]='Astr12',1,0)+IIf([DMSkips_5.AstrGrp]='Astr12',1,0) AS AstroOth, IIf([DMSkips.AstrGrp]='Others',1,0)+IIf([DMSkips_1.AstrGrp]='Others',1,0)+IIf([DMSkips_2.AstrGrp]='Others',1,0)+IIf([DMSkips_3.AstrGrp]='Others',1,0)+IIf([DMSkips_4.AstrGrp]='Others',1,0)+IIf([DMSkips_5.AstrGrp]='Others',1,0) AS Others, Val([ClhtLowSkp] & [Clht6-9Skp] & [ClhtCOLD]) AS ClhtSkipcount, IIf([DMSkips.Clusthtskp] Between 0 And 5,1,0)+IIf([DMSkips_1.Clusthtskp] Between 0 And 5,1,0)+IIf([DMSkips_2.Clusthtskp] Between 0 And 5,1,0)+IIf([DMSkips_3.Clusthtskp] Between 0 And 5,1,0)+IIf([DMSkips_4.Clusthtskp] Between 0 And 5,1,0)+IIf([DMSkips_5.Clusthtskp] Between 0 And 5,1,0) AS ClhtLowSkp, IIf([DMSkips.Clusthtskp] Between 6 And 9,1,0)+IIf([DMSkips_1.Clusthtskp] Between 6 And 9,1,0)+IIf([DMSkips_2.Clusthtskp] Between 6 And 9,1,0)+IIf([DMSkips_3.Clusthtskp] Between 6 And 9,1,0)+IIf([DMSkips_4.Clusthtskp] Between 6 And 9,1,0)+IIf([DMSkips_5.Clusthtskp] Between 6 And 9,1,0) AS [Clht6-9Skp], IIf([DMSkips.Clusthtskp] Between 10 And 70,1,0)+IIf([DMSkips_1.Clusthtskp] Between 10 And 70,1,0)+IIf([DMSkips_2.Clusthtskp] Between 10 And 70,1,0)+IIf([DMSkips_3.Clusthtskp] Between 10 And 70,1,0)+IIf([DMSkips_4.Clusthtskp] Between 10 And 70,1,0)+IIf([DMSkips_5.Clusthtskp] Between 10 And 70,1,0) AS ClhtCOLD, Val([ClskpLowSkp] & [Clskp6-9Skp] & [ClskpCOLD]) AS ClSkpSkipcount, IIf([DMSkips.Clustskpskp] Between 0 And 5,1,0)+IIf([DMSkips_1.Clustskpskp] Between 0 And 5,1,0)+IIf([DMSkips_2.Clustskpskp] Between 0 And 5,1,0)+IIf([DMSkips_3.Clustskpskp] Between 0 And 5,1,0)+IIf([DMSkips_4.Clustskpskp] Between 0 And 5,1,0)+IIf([DMSkips_5.Clustskpskp] Between 0 And 5,1,0) AS ClskpLowSkp, IIf([DMSkips.Clustskpskp] Between 6 And 9,1,0)+IIf([DMSkips_1.Clustskpskp] Between 6 And 9,1,0)+IIf([DMSkips_2.Clustskpskp] Between 6 And 9,1,0)+IIf([DMSkips_3.Clustskpskp] Between 6 And 9,1,0)+IIf([DMSkips_4.Clustskpskp] Between 6 And 9,1,0)+IIf([DMSkips_5.Clustskpskp] Between 6 And 9,1,0) AS [Clskp6-9Skp], IIf([DMSkips.Clustskpskp] Between 10 And 70,1,0)+IIf([DMSkips_1.Clustskpskp] Between 10 And 70,1,0)+IIf([DMSkips_2.Clustskpskp] Between 10 And 70,1,0)+IIf([DMSkips_3.Clustskpskp] Between 10 And 70,1,0)+IIf([DMSkips_4.Clustskpskp] Between 10 And 70,1,0)+IIf([DMSkips_5.Clustskpskp] Between 10 And 70,1,0) AS ClskpCOLD, [Win2]-[Win1]-1 AS [W2-1], [Win3]-[Win2]-1 AS [W3-2], [Win4]-[Win3]-1 AS [W4-3], [Win5]-[Win4]-1 AS [W5-4], [Win6]-[Win5]-1 AS [W6-5], Val(Maxoflist([W2-1],[W3-2],[W4-3],[W5-4],[W6-5])) AS HighGap, IIf([DMSkips.HIGHLOW]='Low',1,0)+IIf([DMSkips_1.HIGHLOW]='Low',1,0)+IIf([DMSkips_2.HIGHLOW]='Low',1,0)+IIf([DMSkips_3.HIGHLOW]='Low',1,0)+IIf([DMSkips_4.HIGHLOW]='Low',1,0)+IIf([DMSkips_5.HIGHLOW]='Low',1,0) AS Low, IIf([DMSkips.HIGHLOW]='High',1,0)+IIf([DMSkips_1.HIGHLOW]='High',1,0)+IIf([DMSkips_2.HIGHLOW]='High',1,0)+IIf([DMSkips_3.HIGHLOW]='High',1,0)+IIf([DMSkips_4.HIGHLOW]='High',1,0)+IIf([DMSkips_5.HIGHLOW]='High',1,0) AS High, IIf([DMSkips.ODDEVEN]='Odd',1,0)+IIf([DMSkips_1.ODDEVEN]='Odd',1,0)+IIf([DMSkips_2.ODDEVEN]='Odd',1,0)+IIf([DMSkips_3.ODDEVEN]='Odd',1,0)+IIf([DMSkips_4.ODDEVEN]='Odd',1,0)+IIf([DMSkips_5.ODDEVEN]='Odd',1,0) AS Odd, IIf([DMSkips.ODDEVEN]='Even',1,0)+IIf([DMSkips_1.ODDEVEN]='Even',1,0)+IIf([DMSkips_2.ODDEVEN]='Even',1,0)+IIf([DMSkips_3.ODDEVEN]='Even',1,0)+IIf([DMSkips_4.ODDEVEN]='Even',1,0)+IIf([DMSkips_5.ODDEVEN]='Even',1,0) AS Even, Val([Low] & [High] & [Odd] & [Even]) AS LoHiOEcount, IIf([DMSkips.Median]=2,1,0)+IIf([DMSkips_1.Median]=2,1,0)+IIf([DMSkips_2.Median]=2,1,0)+IIf([DMSkips_3.Median]=2,1,0)+IIf([DMSkips_4.Median]=2,1,0)+IIf([DMSkips_5.Median]=2,1,0) AS Median2, IIf([DMSkips.Median]=3,1,0)+IIf([DMSkips_1.Median]=3,1,0)+IIf([DMSkips_2.Median]=3,1,0)+IIf([DMSkips_3.Median]=3,1,0)+IIf([DMSkips_4.Median]=3,1,0)+IIf([DMSkips_5.Median]=3,1,0) AS Median3, IIf([DMSkips.Median]=4,1,0)+IIf([DMSkips_1.Median]=4,1,0)+IIf([DMSkips_2.Median]=4,1,0)+IIf([DMSkips_3.Median]=4,1,0)+IIf([DMSkips_4.Median]=4,1,0)+IIf([DMSkips_5.Median]=4,1,0) AS Median4, Val([Median2] & [Median3] & [Median4]) AS Mdngrpcount, Val([Stdevskp4] & [Stdevskp5] & [Stdevskp6]) AS Stdevskpcount, IIf([DMSkips.StddevSkp]=4,1,0)+IIf([DMSkips_1.StddevSkp]=4,1,0)+IIf([DMSkips_2.StddevSkp]=4,1,0)+IIf([DMSkips_3.StddevSkp]=4,1,0)+IIf([DMSkips_4.StddevSkp]=4,1,0)+IIf([DMSkips_5.StddevSkp]=4,1,0) AS Stdevskp4, IIf([DMSkips.StddevSkp]=5,1,0)+IIf([DMSkips_1.StddevSkp]=5,1,0)+IIf([DMSkips_2.StddevSkp]=5,1,0)+IIf([DMSkips_3.StddevSkp]=5,1,0)+IIf([DMSkips_4.StddevSkp]=5,1,0)+IIf([DMSkips_5.StddevSkp]=5,1,0) AS Stdevskp5, IIf([DMSkips.StddevSkp]=6,1,0)+IIf([DMSkips_1.StddevSkp]=6,1,0)+IIf([DMSkips_2.StddevSkp]=6,1,0)+IIf([DMSkips_3.StddevSkp]=6,1,0)+IIf([DMSkips_4.StddevSkp]=6,1,0)+IIf([DMSkips_5.StddevSkp]=6,1,0) AS Stdevskp6, IIf([DMSkips.10GmHit]=0,1,0)+IIf([DMSkips_1.10GmHit]=0,1,0)+IIf([DMSkips_2.10GmHit]=0,1,0)+IIf([DMSkips_3.10GmHit]=0,1,0)+IIf([DMSkips_4.10GmHit]=0,1,0)+IIf([DMSkips_5.10GmHit]=0,1,0) AS Hit0, IIf([DMSkips.10GmHit]=1,1,0)+IIf([DMSkips_1.10GmHit]=1,1,0)+IIf([DMSkips_2.10GmHit]=1,1,0)+IIf([DMSkips_3.10GmHit]=1,1,0)+IIf([DMSkips_4.10GmHit]=1,1,0)+IIf([DMSkips_5.10GmHit]=1,1,0) AS Hit1, IIf([DMSkips.10GmHit]=2,1,0)+IIf([DMSkips_1.10GmHit]=2,1,0)+IIf([DMSkips_2.10GmHit]=2,1,0)+IIf([DMSkips_3.10GmHit]=2,1,0)+IIf([DMSkips_4.10GmHit]=2,1,0)+IIf([DMSkips_5.10GmHit]=2,1,0) AS Hit2, IIf([DMSkips.10GmHit]=3,1,0)+IIf([DMSkips_1.10GmHit]=3,1,0)+IIf([DMSkips_2.10GmHit]=3,1,0)+IIf([DMSkips_3.10GmHit]=3,1,0)+IIf([DMSkips_4.10GmHit]=3,1,0)+IIf([DMSkips_5.10GmHit]=3,1,0) AS Hit3, IIf([DMSkips.10GmHit]=4,1,0)+IIf([DMSkips_1.10GmHit]=4,1,0)+IIf([DMSkips_2.10GmHit]=4,1,0)+IIf([DMSkips_3.10GmHit]=4,1,0)+IIf([DMSkips_4.10GmHit]=4,1,0)+IIf([DMSkips_5.10GmHit]=4,1,0) AS Hit4, IIf([DMSkips.10GmHit] Between 3 And 6,1,0)+IIf([DMSkips_1.10GmHit] Between 3 And 6,1,0)+IIf([DMSkips_2.10GmHit] Between 3 And 6,1,0)+IIf([DMSkips_3.10GmHit] Between 3 And 6,1,0)+IIf([DMSkips_4.10GmHit] Between 3 And 6,1,0)+IIf([DMSkips_5.10GmHit] Between 3 And 6,1,0) AS Hitother, Val([Hit0] & [Hit1] & [Hit2] & [Hit3] & [Hit4]) AS 10gmhitcount, Val([Hit0] & [Hit1] & [Hit2] & [Hitother]) AS 10gmhitcount2, IIf([DMSkips.Clusththt]=2,1,0)+IIf([DMSkips_1.Clusththt]=2,1,0)+IIf([DMSkips_2.Clusththt]=2,1,0)+IIf([DMSkips_3.Clusththt]=2,1,0)+IIf([DMSkips_4.Clusththt]=2,1,0)+IIf([DMSkips_5.Clusththt]=2,1,0) AS Clusterhtht2, IIf([DMSkips.Clusththt]=3,1,0)+IIf([DMSkips_1.Clusththt]=3,1,0)+IIf([DMSkips_2.Clusththt]=3,1,0)+IIf([DMSkips_3.Clusththt]=3,1,0)+IIf([DMSkips_4.Clusththt]=3,1,0)+IIf([DMSkips_5.Clusththt]=3,1,0) AS Clusterhtht3, IIf([DMSkips.Clusththt]=4,1,0)+IIf([DMSkips_1.Clusththt]=4,1,0)+IIf([DMSkips_2.Clusththt]=4,1,0)+IIf([DMSkips_3.Clusththt]=4,1,0)+IIf([DMSkips_4.Clusththt]=4,1,0)+IIf([DMSkips_5.Clusththt]=4,1,0) AS Clusterhtht4, IIf([DMSkips.Clusththt]=5,1,0)+IIf([DMSkips_1.Clusththt]=5,1,0)+IIf([DMSkips_2.Clusththt]=5,1,0)+IIf([DMSkips_3.Clusththt]=5,1,0)+IIf([DMSkips_4.Clusththt]=5,1,0)+IIf([DMSkips_5.Clusththt]=5,1,0) AS Clusterhtht5, Val([Clusterhtht2] & [Clusterhtht3] & [Clusterhtht4] & [Clusterhtht5]) AS Clusththtcount, IIf([DMSkips.Clustskpht]=2,1,0)+IIf([DMSkips_1.Clustskpht]=2,1,0)+IIf([DMSkips_2.Clustskpht]=2,1,0)+IIf([DMSkips_3.Clustskpht]=2,1,0)+IIf([DMSkips_4.Clustskpht]=2,1,0)+IIf([DMSkips_5.Clustskpht]=2,1,0) AS Clusterskpht2, IIf([DMSkips.Clustskpht]=3,1,0)+IIf([DMSkips_1.Clustskpht]=3,1,0)+IIf([DMSkips_2.Clustskpht]=3,1,0)+IIf([DMSkips_3.Clustskpht]=3,1,0)+IIf([DMSkips_4.Clustskpht]=3,1,0)+IIf([DMSkips_5.Clustskpht]=3,1,0) AS Clusterskpht3, IIf([DMSkips.Clustskpht]=4,1,0)+IIf([DMSkips_1.Clustskpht]=4,1,0)+IIf([DMSkips_2.Clustskpht]=4,1,0)+IIf([DMSkips_3.Clustskpht]=4,1,0)+IIf([DMSkips_4.Clustskpht]=4,1,0)+IIf([DMSkips_5.Clustskpht]=4,1,0) AS Clusterskpht4, IIf([DMSkips.Clustskpht]=5,1,0)+IIf([DMSkips_1.Clustskpht]=5,1,0)+IIf([DMSkips_2.Clustskpht]=5,1,0)+IIf([DMSkips_3.Clustskpht]=5,1,0)+IIf([DMSkips_4.Clustskpht]=5,1,0)+IIf([DMSkips_5.Clustskpht]=5,1,0) AS Clusterskpht5, Val([Clusterskpht2] & [Clusterskpht3] & [Clusterskpht4] & [Clusterskpht5]) AS Clustskphtcount, IIf([DMSkips.SkipGrp]='LowSkip',1,0)+IIf([DMSkips_1.SkipGrp]='LowSkip',1,0)+IIf([DMSkips_2.SkipGrp]='LowSkip',1,0)+IIf([DMSkips_3.SkipGrp]='LowSkip',1,0)+IIf([DMSkips_4.SkipGrp]='LowSkip',1,0)+IIf([DMSkips_5.SkipGrp]='LowSkip',1,0) AS LowSkp, IIf([DMSkips.SkipGrp]='6-9',1,0)+IIf([DMSkips_1.SkipGrp]='6-9',1,0)+IIf([DMSkips_2.SkipGrp]='6-9',1,0)+IIf([DMSkips_3.SkipGrp]='6-9',1,0)+IIf([DMSkips_4.SkipGrp]='6-9',1,0)+IIf([DMSkips_5.SkipGrp]='6-9',1,0) AS [6-9Skp], IIf([DMSkips.SkipGrp]='COLD',1,0)+IIf([DMSkips_1.SkipGrp]='COLD',1,0)+IIf([DMSkips_2.SkipGrp]='COLD',1,0)+IIf([DMSkips_3.SkipGrp]='COLD',1,0)+IIf([DMSkips_4.SkipGrp]='COLD',1,0)+IIf([DMSkips_5.SkipGrp]='COLD',1,0) AS COLD, Val([LowSkp] & [6-9Skp] & [COLD]) AS Skipcount, IIf([DMSkips.OAvgGrp]='Zer0',1,0)+IIf([DMSkips_1.OAvgGrp]='Zer0',1,0)+IIf([DMSkips_2.OAvgGrp]='Zer0',1,0)+IIf([DMSkips_3.OAvgGrp]='Zer0',1,0)+IIf([DMSkips_4.OAvgGrp]='Zer0',1,0)+IIf([DMSkips_5.OAvgGrp]='Zer0',1,0) AS OutAvg0, IIf([DMSkips.OAvgGrp]='Two',1,0)+IIf([DMSkips_1.OAvgGrp]='Two',1,0)+IIf([DMSkips_2.OAvgGrp]='Two',1,0)+IIf([DMSkips_3.OAvgGrp]='Two',1,0)+IIf([DMSkips_4.OAvgGrp]='Two',1,0)+IIf([DMSkips_5.OAvgGrp]='Two',1,0) AS OutAvg2, IIf([DMSkips.OAvgGrp]='Other',1,0)+IIf([DMSkips_1.OAvgGrp]='Other',1,0)+IIf([DMSkips_2.OAvgGrp]='Other',1,0)+IIf([DMSkips_3.OAvgGrp]='Other',1,0)+IIf([DMSkips_4.OAvgGrp]='Other',1,0)+IIf([DMSkips_5.OAvgGrp]='Other',1,0) AS OutAvgother, Val([OutAvg0] & [OutAvg2] & [OutAvgother]) AS OutAvgcount, IIf([DMSkips.LskpGrp]='Lastzero',1,0)+IIf([DMSkips_1.LskpGrp]='Lastzero',1,0)+IIf([DMSkips_2.LskpGrp]='Lastzero',1,0)+IIf([DMSkips_3.LskpGrp]='Lastzero',1,0)+IIf([DMSkips_4.LskpGrp]='Lastzero',1,0)+IIf([DMSkips_5.LskpGrp]='Lastzero',1,0) AS Lskp0, IIf([DMSkips.LskpGrp]='Lastone',1,0)+IIf([DMSkips_1.LskpGrp]='Lastone',1,0)+IIf([DMSkips_2.LskpGrp]='Lastone',1,0)+IIf([DMSkips_3.LskpGrp]='Lastone',1,0)+IIf([DMSkips_4.LskpGrp]='Lastone',1,0)+IIf([DMSkips_5.LskpGrp]='Lastone',1,0) AS Lskp1, IIf([DMSkips.LskpGrp]='Other',1,0)+IIf([DMSkips_1.LskpGrp]='Other',1,0)+IIf([DMSkips_2.LskpGrp]='Other',1,0)+IIf([DMSkips_3.LskpGrp]='Other',1,0)+IIf([DMSkips_4.LskpGrp]='Other',1,0)+IIf([DMSkips_5.LskpGrp]='Other',1,0) AS Lskpother, Val([Lskp0] & [Lskp1] & [Lskpother]) AS LastSkpcount, Val([7High] & [7Low] & [OtherHit]) AS Hitratiocount, IIf([DMSkips.HitGrp]='7high',1,0)+IIf([DMSkips_1.HitGrp]='7high',1,0)+IIf([DMSkips_2.HitGrp]='7high',1,0)+IIf([DMSkips_3.HitGrp]='7high',1,0)+IIf([DMSkips_4.HitGrp]='7high',1,0)+IIf([DMSkips_5.HitGrp]='7high',1,0) AS 7High, IIf([DMSkips.HitGrp]='7low',1,0)+IIf([DMSkips_1.HitGrp]='7low',1,0)+IIf([DMSkips_2.HitGrp]='7low',1,0)+IIf([DMSkips_3.HitGrp]='7low',1,0)+IIf([DMSkips_4.HitGrp]='7low',1,0)+IIf([DMSkips_5.HitGrp]='7low',1,0) AS 7Low, IIf([DMSkips.HitGrp]='Other',1,0)+IIf([DMSkips_1.HitGrp]='Other',1,0)+IIf([DMSkips_2.HitGrp]='Other',1,0)+IIf([DMSkips_3.HitGrp]='Other',1,0)+IIf([DMSkips_4.HitGrp]='Other',1,0)+IIf([DMSkips_5.HitGrp]='Other',1,0) AS OtherHit, IIf([DMSkips.AvgSkGrp]='FourFour',1,0)+IIf([DMSkips_1.AvgSkGrp]='FourFour',1,0)+IIf([DMSkips_2.AvgSkGrp]='FourFour',1,0)+IIf([DMSkips_3.AvgSkGrp]='FourFour',1,0)+IIf([DMSkips_4.AvgSkGrp]='FourFour',1,0)+IIf([DMSkips_5.AvgSkGrp]='FourFour',1,0) AS Avgskp44, IIf([DMSkips.AvgSkGrp]='FourFive',1,0)+IIf([DMSkips_1.AvgSkGrp]='FourFive',1,0)+IIf([DMSkips_2.AvgSkGrp]='FourFive',1,0)+IIf([DMSkips_3.AvgSkGrp]='FourFive',1,0)+IIf([DMSkips_4.AvgSkGrp]='FourFive',1,0)+IIf([DMSkips_5.AvgSkGrp]='FourFive',1,0) AS Avgskp45, IIf([DMSkips.AvgSkGrp]='FourSix',1,0)+IIf([DMSkips_1.AvgSkGrp]='FourSix',1,0)+IIf([DMSkips_2.AvgSkGrp]='FourSix',1,0)+IIf([DMSkips_3.AvgSkGrp]='FourSix',1,0)+IIf([DMSkips_4.AvgSkGrp]='FourSix',1,0)+IIf([DMSkips_5.AvgSkGrp]='FourSix',1,0) AS Avgskp46, IIf([DMSkips.AvgSkGrp]='Others',1,0)+IIf([DMSkips_1.AvgSkGrp]='Others',1,0)+IIf([DMSkips_2.AvgSkGrp]='Others',1,0)+IIf([DMSkips_3.AvgSkGrp]='Others',1,0)+IIf([DMSkips_4.AvgSkGrp]='Others',1,0)+IIf([DMSkips_5.AvgSkGrp]='Others',1,0) AS Avgskpother, IIf([DMSkips.AvgSkGrp]='Others',1,0)+IIf([DMSkips_1.AvgSkGrp]='Others',1,0)+IIf([DMSkips_2.AvgSkGrp]='Others',1,0)+IIf([DMSkips_3.AvgSkGrp]='Others',1,0)+IIf([DMSkips_4.AvgSkGrp]='Others',1,0)+IIf([DMSkips_5.AvgSkGrp]='Others',1,0)+IIf([DMSkips.AvgSkGrp]='FourSix',1,0)+IIf([DMSkips_1.AvgSkGrp]='FourSix',1,0)+IIf([DMSkips_2.AvgSkGrp]='FourSix',1,0)+IIf([DMSkips_3.AvgSkGrp]='FourSix',1,0)+IIf([DMSkips_4.AvgSkGrp]='FourSix',1,0)+IIf([DMSkips_5.AvgSkGrp]='FourSix',1,0) AS Avgskpot2, Val([Avgskp44] & [Avgskp45] & [Avgskp46] & [Avgskpother]) AS AvgSkpcount, Val([Avgskp44] & [Avgskp45] & [Avgskpot2]) AS AvgSkpcount2, IIf([DMSkips.LngskGrp]='Twoone',1,0)+IIf([DMSkips_1.LngskGrp]='Twoone',1,0)+IIf([DMSkips_2.LngskGrp]='Twoone',1,0)+IIf([DMSkips_3.LngskGrp]='Twoone',1,0)+IIf([DMSkips_4.LngskGrp]='Twoone',1,0)+IIf([DMSkips_5.LngskGrp]='Twoone',1,0) AS Lngskp21, IIf([DMSkips.LngskGrp]='Twotwo',1,0)+IIf([DMSkips_1.LngskGrp]='Twotwo',1,0)+IIf([DMSkips_2.LngskGrp]='Twotwo',1,0)+IIf([DMSkips_3.LngskGrp]='Twotwo',1,0)+IIf([DMSkips_4.LngskGrp]='Twotwo',1,0)+IIf([DMSkips_5.LngskGrp]='Twotwo',1,0) AS Lngskp22, IIf([DMSkips.LngskGrp]='Twothree',1,0)+IIf([DMSkips_1.LngskGrp]='Twothree',1,0)+IIf([DMSkips_2.LngskGrp]='Twothree',1,0)+IIf([DMSkips_3.LngskGrp]='Twothree',1,0)+IIf([DMSkips_4.LngskGrp]='Twothree',1,0)+IIf([DMSkips_5.LngskGrp]='Twothree',1,0) AS Lngskp23, IIf([DMSkips.LngskGrp]='Other',1,0)+IIf([DMSkips_1.LngskGrp]='Other',1,0)+IIf([DMSkips_2.LngskGrp]='Other',1,0)+IIf([DMSkips_3.LngskGrp]='Other',1,0)+IIf([DMSkips_4.LngskGrp]='Other',1,0)+IIf([DMSkips_5.LngskGrp]='Other',1,0) AS Lngskpoth, IIf([DMSkips.LngskGrp]='Other',1,0)+IIf([DMSkips_1.LngskGrp]='Other',1,0)+IIf([DMSkips_2.LngskGrp]='Other',1,0)+IIf([DMSkips_3.LngskGrp]='Other',1,0)+IIf([DMSkips_4.LngskGrp]='Other',1,0)+IIf([DMSkips_5.LngskGrp]='Other',1,0)+IIf([DMSkips.LngskGrp]='Twothree',1,0)+IIf([DMSkips_1.LngskGrp]='Twothree',1,0)+IIf([DMSkips_2.LngskGrp]='Twothree',1,0)+IIf([DMSkips_3.LngskGrp]='Twothree',1,0)+IIf([DMSkips_4.LngskGrp]='Twothree',1,0)+IIf([DMSkips_5.LngskGrp]='Twothree',1,0) AS Lngskpot2, Val([Lngskp21] & [Lngskp22] & [Lngskp23] & [Lngskpoth]) AS LngSkpcount, Val([Lngskp21] & [Lngskp22] & [Lngskpot2]) AS LngSkpcount2, IIf([Win2]-[Win1]=1,1,0) AS Nhb1, IIf([Win3]-[Win2]=1,1,0) AS Nhb2, IIf([Win4]-[Win3]=1,1,0) AS Nhb3, IIf([Win5]-[Win4]=1,1,0) AS Nhb4, IIf([Win6]-[Win5]=1,1,0)+IIf([Win6]-[Win1]=38,1,0) AS Nhb5, IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=0,0,0) AS Noneighb, IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=1,222,0) AS 222Neighb, IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=0,22,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=0 And [Nhb4]=1 And [Nhb5]=0,22,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=1,22,0)+IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=1 And [Nhb5]=0,22,0)+IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=1,22,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=1,22,0) AS 22Neighb, IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=0,2,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=0,2,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=0,2,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=1 And [Nhb5]=0,2,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=1,2,0) AS 2Neighb, IIf([Nhb1]=1 And [Nhb2]=1 And [Nhb3]=0 And [Nhb4]=1 And [Nhb5]=0,32,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=1,32,0)+IIf([Nhb1]=1 And [Nhb2]=1 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=1,32,0)+IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=0,32,0)+IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=1 And [Nhb5]=1,32,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=0 And [Nhb4]=1 And [Nhb5]=1,32,0) AS 32Neighb, IIf([Nhb1]=1 And [Nhb2]=1 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=0,3,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=0,3,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=0,3,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=1 And [Nhb5]=1,3,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=2,3,0) AS 3Neighb, IIf([Nhb1]=1 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=1,42,0)+IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=1,42,0) AS [4+2Neighb], IIf([Nhb1]=1 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=0,4,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=0,4,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=1,4,0) AS 4Neighb, IIf([Nhb1]=1 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=0,5,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=1,5,0) AS 5Neighb, IIf([Nhb1]=1 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=1,6,0) AS 6Neighb, IIf([Noneighb]=5,0,0)+IIf([222Neighb]=222,222,0)+IIf([22Neighb]=22,22,0)+IIf([2Neighb]=2,2,0)+IIf([32Neighb]=32,32,0)+IIf([3Neighb]=3,3,0)+IIf([4+2Neighb]=42,42,0)+IIf([4Neighb]=4,4,0)+IIf([5Neighb]=5,5,0)+IIf([6Neighb]=6,6,0) AS NhbCount INTO GreatExperimentFinal
FROM ((((((DM LEFT JOIN DMSkips ON DM.Win1 = DMSkips.Number) LEFT JOIN DMSkips AS DMSkips_1 ON DM.Win2 = DMSkips_1.Number) LEFT JOIN DMSkips AS DMSkips_2 ON DM.Win3 = DMSkips_2.Number) LEFT JOIN DMSkips AS DMSkips_3 ON DM.Win4 = DMSkips_3.Number) LEFT JOIN DMSkips AS DMSkips_4 ON DM.Win5 = DMSkips_4.Number) LEFT JOIN DMSkips AS DMSkips_5 ON DM.Win6 = DMSkips_5.Number) LEFT JOIN GameSumCountRank ON DM.Sum = GameSumCountRank.Sum
WHERE ((([Win6]-[Win1]+1)<>34));


WITH AMENDMENT

SELECT DM.IDNo, DM.Win1, DM.Win2, DM.Win3, DM.Win4, DM.Win5, DM.Win6, DM.Sum, [Win6]-[Win1]+1 AS Spread, S.Skip, S_1.Skip, S_2.Skip, S_3.Skip, S_4.Skip, S_5.Skip, S.Lngstskp, S_1.Lngstskp, S_2.Lngstskp, S_3.Lngstskp, S_4.Lngstskp, S_5.Lngstskp, S.DblHR, S_1.DblHR, S_2.DblHR, S_3.DblHR, S_4.DblHR, S_5.DblHR, S.Lstskp, S_1.Lstskp, S_2.Lstskp, S_3.Lstskp, S_4.Lstskp, S_5.Lstskp, S.Avgskp, S_1.Avgskp, S_2.Avgskp, S_3.Avgskp, S_4.Avgskp, S_5.Avgskp, S.StdACT, S_1.StdACT, S_2.StdACT, S_3.StdACT, S_4.StdACT, S_5.StdACT, S.[HR%], S_1.[HR%], S_2.[HR%], S_3.[HR%], S_4.[HR%], S_5.[HR%], IIf([Win1] Between 1 And 9,1,0)+IIf([Win2] Between 1 And 9,1,0)+IIf([Win3] Between 1 And 9,1,0)+IIf([Win4] Between 1 And 9,1,0)+IIf([Win5] Between 1 And 9,1,0)+IIf([Win6] Between 1 And 9,1,0) AS [1-9], IIf([Win1] Between 10 And 19,1,0)+IIf([Win2] Between 10 And 19,1,0)+IIf([Win3] Between 10 And 19,1,0)+IIf([Win4] Between 10 And 19,1,0)+IIf([Win5] Between 10 And 19,1,0)+IIf([Win6] Between 10 And 19,1,0) AS [10-19], IIf([Win1] Between 20 And 29,1,0)+IIf([Win2] Between 20 And 29,1,0)+IIf([Win3] Between 20 And 29,1,0)+IIf([Win4] Between 20 And 29,1,0)+IIf([Win5] Between 20 And 29,1,0)+IIf([Win6] Between 20 And 29,1,0) AS [20-29], IIf([Win1] Between 30 And 39,1,0)+IIf([Win2] Between 30 And 39,1,0)+IIf([Win3] Between 30 And 39,1,0)+IIf([Win4] Between 30 And 39,1,0)+IIf([Win5] Between 30 And 39,1,0)+IIf([Win6] Between 30 And 39,1,0) AS [30-39], Val([1-9] & [10-19] & [20-29] & [30-39]) AS Ngrpcount, Val([Astro8] & [AstroOth]) AS Astrocount, Val([Astro8] & [Astro12] & [Others]) AS Astrocount2, IIf([S.AstrGrp]='Astr8',1,0)+IIf([S_1.AstrGrp]='Astr8',1,0)+IIf([S_2.AstrGrp]='Astr8',1,0)+IIf([S_3.AstrGrp]='Astr8',1,0)+IIf([S_4.AstrGrp]='Astr8',1,0)+IIf([S_5.AstrGrp]='Astr8',1,0) AS Astro8, IIf([S.AstrGrp]='Astr12',1,0)+IIf([S_1.AstrGrp]='Astr12',1,0)+IIf([S_2.AstrGrp]='Astr12',1,0)+IIf([S_3.AstrGrp]='Astr12',1,0)+IIf([S_4.AstrGrp]='Astr12',1,0)+IIf([S_5.AstrGrp]='Astr12',1,0) AS Astro12, IIf([S.AstrGrp]='Others',1,0)+IIf([S_1.AstrGrp]='Others',1,0)+IIf([S_2.AstrGrp]='Others',1,0)+IIf([S_3.AstrGrp]='Others',1,0)+IIf([S_4.AstrGrp]='Others',1,0)+IIf([S_5.AstrGrp]='Others',1,0)+IIf([S.AstrGrp]='Astr12',1,0)+IIf([S_1.AstrGrp]='Astr12',1,0)+IIf([S_2.AstrGrp]='Astr12',1,0)+IIf([S_3.AstrGrp]='Astr12',1,0)+IIf([S_4.AstrGrp]='Astr12',1,0)+IIf([S_5.AstrGrp]='Astr12',1,0) AS AstroOth, IIf([S.AstrGrp]='Others',1,0)+IIf([S_1.AstrGrp]='Others',1,0)+IIf([S_2.AstrGrp]='Others',1,0)+IIf([S_3.AstrGrp]='Others',1,0)+IIf([S_4.AstrGrp]='Others',1,0)+IIf([S_5.AstrGrp]='Others',1,0) AS Others, Val([ClhtLowSkp] & [Clht6-9Skp] & [ClhtCOLD]) AS ClhtSkipcount, IIf([S.Clusthtskp] Between 0 And 5,1,0)+IIf([S_1.Clusthtskp] Between 0 And 5,1,0)+IIf([S_2.Clusthtskp] Between 0 And 5,1,0)+IIf([S_3.Clusthtskp] Between 0 And 5,1,0)+IIf([S_4.Clusthtskp] Between 0 And 5,1,0)+IIf([S_5.Clusthtskp] Between 0 And 5,1,0) AS ClhtLowSkp, IIf([S.Clusthtskp] Between 6 And 9,1,0)+IIf([S_1.Clusthtskp] Between 6 And 9,1,0)+IIf([S_2.Clusthtskp] Between 6 And 9,1,0)+IIf([S_3.Clusthtskp] Between 6 And 9,1,0)+IIf([S_4.Clusthtskp] Between 6 And 9,1,0)+IIf([S_5.Clusthtskp] Between 6 And 9,1,0) AS [Clht6-9Skp], IIf([S.Clusthtskp] Between 10 And 70,1,0)+IIf([S_1.Clusthtskp] Between 10 And 70,1,0)+IIf([S_2.Clusthtskp] Between 10 And 70,1,0)+IIf([S_3.Clusthtskp] Between 10 And 70,1,0)+IIf([S_4.Clusthtskp] Between 10 And 70,1,0)+IIf([S_5.Clusthtskp] Between 10 And 70,1,0) AS ClhtCOLD, Val([ClskpLowSkp] & [Clskp6-9Skp] & [ClskpCOLD]) AS ClSkpSkipcount, IIf([S.Clustskpskp] Between 0 And 5,1,0)+IIf([S_1.Clustskpskp] Between 0 And 5,1,0)+IIf([S_2.Clustskpskp] Between 0 And 5,1,0)+IIf([S_3.Clustskpskp] Between 0 And 5,1,0)+IIf([S_4.Clustskpskp] Between 0 And 5,1,0)+IIf([S_5.Clustskpskp] Between 0 And 5,1,0) AS ClskpLowSkp, IIf([S.Clustskpskp] Between 6 And 9,1,0)+IIf([S_1.Clustskpskp] Between 6 And 9,1,0)+IIf([S_2.Clustskpskp] Between 6 And 9,1,0)+IIf([S_3.Clustskpskp] Between 6 And 9,1,0)+IIf([S_4.Clustskpskp] Between 6 And 9,1,0)+IIf([S_5.Clustskpskp] Between 6 And 9,1,0) AS [Clskp6-9Skp], IIf([S.Clustskpskp] Between 10 And 70,1,0)+IIf([S_1.Clustskpskp] Between 10 And 70,1,0)+IIf([S_2.Clustskpskp] Between 10 And 70,1,0)+IIf([S_3.Clustskpskp] Between 10 And 70,1,0)+IIf([S_4.Clustskpskp] Between 10 And 70,1,0)+IIf([S_5.Clustskpskp] Between 10 And 70,1,0) AS ClskpCOLD, [Win2]-[Win1]-1 AS [W2-1], [Win3]-[Win2]-1 AS [W3-2], [Win4]-[Win3]-1 AS [W4-3], [Win5]-[Win4]-1 AS [W5-4], [Win6]-[Win5]-1 AS [W6-5], Val(Maxoflist([W2-1],[W3-2],[W4-3],[W5-4],[W6-5])) AS HighGap, IIf([S.HIGHLOW]='Low',1,0)+IIf([S_1.HIGHLOW]='Low',1,0)+IIf([S_2.HIGHLOW]='Low',1,0)+IIf([S_3.HIGHLOW]='Low',1,0)+IIf([S_4.HIGHLOW]='Low',1,0)+IIf([S_5.HIGHLOW]='Low',1,0) AS Low, IIf([S.HIGHLOW]='High',1,0)+IIf([S_1.HIGHLOW]='High',1,0)+IIf([S_2.HIGHLOW]='High',1,0)+IIf([S_3.HIGHLOW]='High',1,0)+IIf([S_4.HIGHLOW]='High',1,0)+IIf([S_5.HIGHLOW]='High',1,0) AS High, IIf([S.ODDEVEN]='Odd',1,0)+IIf([S_1.ODDEVEN]='Odd',1,0)+IIf([S_2.ODDEVEN]='Odd',1,0)+IIf([S_3.ODDEVEN]='Odd',1,0)+IIf([S_4.ODDEVEN]='Odd',1,0)+IIf([S_5.ODDEVEN]='Odd',1,0) AS Odd, IIf([S.ODDEVEN]='Even',1,0)+IIf([S_1.ODDEVEN]='Even',1,0)+IIf([S_2.ODDEVEN]='Even',1,0)+IIf([S_3.ODDEVEN]='Even',1,0)+IIf([S_4.ODDEVEN]='Even',1,0)+IIf([S_5.ODDEVEN]='Even',1,0) AS Even, Val([Low] & [High] & [Odd] & [Even]) AS LoHiOEcount, IIf([S.Median]=2,1,0)+IIf([S_1.Median]=2,1,0)+IIf([S_2.Median]=2,1,0)+IIf([S_3.Median]=2,1,0)+IIf([S_4.Median]=2,1,0)+IIf([S_5.Median]=2,1,0) AS Median2, IIf([S.Median]=3,1,0)+IIf([S_1.Median]=3,1,0)+IIf([S_2.Median]=3,1,0)+IIf([S_3.Median]=3,1,0)+IIf([S_4.Median]=3,1,0)+IIf([S_5.Median]=3,1,0) AS Median3, IIf([S.Median]=4,1,0)+IIf([S_1.Median]=4,1,0)+IIf([S_2.Median]=4,1,0)+IIf([S_3.Median]=4,1,0)+IIf([S_4.Median]=4,1,0)+IIf([S_5.Median]=4,1,0) AS Median4, Val([Median2] & [Median3] & [Median4]) AS Mdngrpcount, Val([Stdevskp4] & [Stdevskp5] & [Stdevskp6]) AS Stdevskpcount, IIf([S.StddevSkp]=4,1,0)+IIf([S_1.StddevSkp]=4,1,0)+IIf([S_2.StddevSkp]=4,1,0)+IIf([S_3.StddevSkp]=4,1,0)+IIf([S_4.StddevSkp]=4,1,0)+IIf([S_5.StddevSkp]=4,1,0) AS Stdevskp4, IIf([S.StddevSkp]=5,1,0)+IIf([S_1.StddevSkp]=5,1,0)+IIf([S_2.StddevSkp]=5,1,0)+IIf([S_3.StddevSkp]=5,1,0)+IIf([S_4.StddevSkp]=5,1,0)+IIf([S_5.StddevSkp]=5,1,0) AS Stdevskp5, IIf([S.StddevSkp]=6,1,0)+IIf([S_1.StddevSkp]=6,1,0)+IIf([S_2.StddevSkp]=6,1,0)+IIf([S_3.StddevSkp]=6,1,0)+IIf([S_4.StddevSkp]=6,1,0)+IIf([S_5.StddevSkp]=6,1,0) AS Stdevskp6, IIf([S.10GmHit]=0,1,0)+IIf([S_1.10GmHit]=0,1,0)+IIf([S_2.10GmHit]=0,1,0)+IIf([S_3.10GmHit]=0,1,0)+IIf([S_4.10GmHit]=0,1,0)+IIf([S_5.10GmHit]=0,1,0) AS Hit0, IIf([S.10GmHit]=1,1,0)+IIf([S_1.10GmHit]=1,1,0)+IIf([S_2.10GmHit]=1,1,0)+IIf([S_3.10GmHit]=1,1,0)+IIf([S_4.10GmHit]=1,1,0)+IIf([S_5.10GmHit]=1,1,0) AS Hit1, IIf([S.10GmHit]=2,1,0)+IIf([S_1.10GmHit]=2,1,0)+IIf([S_2.10GmHit]=2,1,0)+IIf([S_3.10GmHit]=2,1,0)+IIf([S_4.10GmHit]=2,1,0)+IIf([S_5.10GmHit]=2,1,0) AS Hit2, IIf([S.10GmHit]=3,1,0)+IIf([S_1.10GmHit]=3,1,0)+IIf([S_2.10GmHit]=3,1,0)+IIf([S_3.10GmHit]=3,1,0)+IIf([S_4.10GmHit]=3,1,0)+IIf([S_5.10GmHit]=3,1,0) AS Hit3, IIf([S.10GmHit]=4,1,0)+IIf([S_1.10GmHit]=4,1,0)+IIf([S_2.10GmHit]=4,1,0)+IIf([S_3.10GmHit]=4,1,0)+IIf([S_4.10GmHit]=4,1,0)+IIf([S_5.10GmHit]=4,1,0) AS Hit4, IIf([S.10GmHit] Between 3 And 6,1,0)+IIf([S_1.10GmHit] Between 3 And 6,1,0)+IIf([S_2.10GmHit] Between 3 And 6,1,0)+IIf([S_3.10GmHit] Between 3 And 6,1,0)+IIf([S_4.10GmHit] Between 3 And 6,1,0)+IIf([S_5.10GmHit] Between 3 And 6,1,0) AS Hitother, Val([Hit0] & [Hit1] & [Hit2] & [Hit3] & [Hit4]) AS 10gmhitcount, Val([Hit0] & [Hit1] & [Hit2] & [Hitother]) AS 10gmhitcount2, IIf([S.Clusththt]=2,1,0)+IIf([S_1.Clusththt]=2,1,0)+IIf([S_2.Clusththt]=2,1,0)+IIf([S_3.Clusththt]=2,1,0)+IIf([S_4.Clusththt]=2,1,0)+IIf([S_5.Clusththt]=2,1,0) AS Clusterhtht2, IIf([S.Clusththt]=3,1,0)+IIf([S_1.Clusththt]=3,1,0)+IIf([S_2.Clusththt]=3,1,0)+IIf([S_3.Clusththt]=3,1,0)+IIf([S_4.Clusththt]=3,1,0)+IIf([S_5.Clusththt]=3,1,0) AS Clusterhtht3, IIf([S.Clusththt]=4,1,0)+IIf([S_1.Clusththt]=4,1,0)+IIf([S_2.Clusththt]=4,1,0)+IIf([S_3.Clusththt]=4,1,0)+IIf([S_4.Clusththt]=4,1,0)+IIf([S_5.Clusththt]=4,1,0) AS Clusterhtht4, IIf([S.Clusththt]=5,1,0)+IIf([S_1.Clusththt]=5,1,0)+IIf([S_2.Clusththt]=5,1,0)+IIf([S_3.Clusththt]=5,1,0)+IIf([S_4.Clusththt]=5,1,0)+IIf([S_5.Clusththt]=5,1,0) AS Clusterhtht5, Val([Clusterhtht2] & [Clusterhtht3] & [Clusterhtht4] & [Clusterhtht5]) AS Clusththtcount, IIf([S.Clustskpht]=2,1,0)+IIf([S_1.Clustskpht]=2,1,0)+IIf([S_2.Clustskpht]=2,1,0)+IIf([S_3.Clustskpht]=2,1,0)+IIf([S_4.Clustskpht]=2,1,0)+IIf([S_5.Clustskpht]=2,1,0) AS Clusterskpht2, IIf([S.Clustskpht]=3,1,0)+IIf([S_1.Clustskpht]=3,1,0)+IIf([S_2.Clustskpht]=3,1,0)+IIf([S_3.Clustskpht]=3,1,0)+IIf([S_4.Clustskpht]=3,1,0)+IIf([S_5.Clustskpht]=3,1,0) AS Clusterskpht3, IIf([S.Clustskpht]=4,1,0)+IIf([S_1.Clustskpht]=4,1,0)+IIf([S_2.Clustskpht]=4,1,0)+IIf([S_3.Clustskpht]=4,1,0)+IIf([S_4.Clustskpht]=4,1,0)+IIf([S_5.Clustskpht]=4,1,0) AS Clusterskpht4, IIf([S.Clustskpht]=5,1,0)+IIf([S_1.Clustskpht]=5,1,0)+IIf([S_2.Clustskpht]=5,1,0)+IIf([S_3.Clustskpht]=5,1,0)+IIf([S_4.Clustskpht]=5,1,0)+IIf([S_5.Clustskpht]=5,1,0) AS Clusterskpht5, Val([Clusterskpht2] & [Clusterskpht3] & [Clusterskpht4] & [Clusterskpht5]) AS Clustskphtcount, IIf([S.SkipGrp]='LowSkip',1,0)+IIf([S_1.SkipGrp]='LowSkip',1,0)+IIf([S_2.SkipGrp]='LowSkip',1,0)+IIf([S_3.SkipGrp]='LowSkip',1,0)+IIf([S_4.SkipGrp]='LowSkip',1,0)+IIf([S_5.SkipGrp]='LowSkip',1,0) AS LowSkp, IIf([S.SkipGrp]='6-9',1,0)+IIf([S_1.SkipGrp]='6-9',1,0)+IIf([S_2.SkipGrp]='6-9',1,0)+IIf([S_3.SkipGrp]='6-9',1,0)+IIf([S_4.SkipGrp]='6-9',1,0)+IIf([S_5.SkipGrp]='6-9',1,0) AS [6-9Skp], IIf([S.SkipGrp]='COLD',1,0)+IIf([S_1.SkipGrp]='COLD',1,0)+IIf([S_2.SkipGrp]='COLD',1,0)+IIf([S_3.SkipGrp]='COLD',1,0)+IIf([S_4.SkipGrp]='COLD',1,0)+IIf([S_5.SkipGrp]='COLD',1,0) AS COLD, Val([LowSkp] & [6-9Skp] & [COLD]) AS Skipcount, IIf([S.OAvgGrp]='Zer0',1,0)+IIf([S_1.OAvgGrp]='Zer0',1,0)+IIf([S_2.OAvgGrp]='Zer0',1,0)+IIf([S_3.OAvgGrp]='Zer0',1,0)+IIf([S_4.OAvgGrp]='Zer0',1,0)+IIf([S_5.OAvgGrp]='Zer0',1,0) AS OutAvg0, IIf([S.OAvgGrp]='Two',1,0)+IIf([S_1.OAvgGrp]='Two',1,0)+IIf([S_2.OAvgGrp]='Two',1,0)+IIf([S_3.OAvgGrp]='Two',1,0)+IIf([S_4.OAvgGrp]='Two',1,0)+IIf([S_5.OAvgGrp]='Two',1,0) AS OutAvg2, IIf([S.OAvgGrp]='Other',1,0)+IIf([S_1.OAvgGrp]='Other',1,0)+IIf([S_2.OAvgGrp]='Other',1,0)+IIf([S_3.OAvgGrp]='Other',1,0)+IIf([S_4.OAvgGrp]='Other',1,0)+IIf([S_5.OAvgGrp]='Other',1,0) AS OutAvgother, Val([OutAvg0] & [OutAvg2] & [OutAvgother]) AS OutAvgcount, IIf([S.LskpGrp]='Lastzero',1,0)+IIf([S_1.LskpGrp]='Lastzero',1,0)+IIf([S_2.LskpGrp]='Lastzero',1,0)+IIf([S_3.LskpGrp]='Lastzero',1,0)+IIf([S_4.LskpGrp]='Lastzero',1,0)+IIf([S_5.LskpGrp]='Lastzero',1,0) AS Lskp0, IIf([S.LskpGrp]='Lastone',1,0)+IIf([S_1.LskpGrp]='Lastone',1,0)+IIf([S_2.LskpGrp]='Lastone',1,0)+IIf([S_3.LskpGrp]='Lastone',1,0)+IIf([S_4.LskpGrp]='Lastone',1,0)+IIf([S_5.LskpGrp]='Lastone',1,0) AS Lskp1, IIf([S.LskpGrp]='Other',1,0)+IIf([S_1.LskpGrp]='Other',1,0)+IIf([S_2.LskpGrp]='Other',1,0)+IIf([S_3.LskpGrp]='Other',1,0)+IIf([S_4.LskpGrp]='Other',1,0)+IIf([S_5.LskpGrp]='Other',1,0) AS Lskpother, Val([Lskp0] & [Lskp1] & [Lskpother]) AS LastSkpcount, Val([7High] & [7Low] & [OtherHit]) AS Hitratiocount, IIf([S.HitGrp]='7high',1,0)+IIf([S_1.HitGrp]='7high',1,0)+IIf([S_2.HitGrp]='7high',1,0)+IIf([S_3.HitGrp]='7high',1,0)+IIf([S_4.HitGrp]='7high',1,0)+IIf([S_5.HitGrp]='7high',1,0) AS 7High, IIf([S.HitGrp]='7low',1,0)+IIf([S_1.HitGrp]='7low',1,0)+IIf([S_2.HitGrp]='7low',1,0)+IIf([S_3.HitGrp]='7low',1,0)+IIf([S_4.HitGrp]='7low',1,0)+IIf([S_5.HitGrp]='7low',1,0) AS 7Low, IIf([S.HitGrp]='Other',1,0)+IIf([S_1.HitGrp]='Other',1,0)+IIf([S_2.HitGrp]='Other',1,0)+IIf([S_3.HitGrp]='Other',1,0)+IIf([S_4.HitGrp]='Other',1,0)+IIf([S_5.HitGrp]='Other',1,0) AS OtherHit, IIf([S.AvgSkGrp]='FourFour',1,0)+IIf([S_1.AvgSkGrp]='FourFour',1,0)+IIf([S_2.AvgSkGrp]='FourFour',1,0)+IIf([S_3.AvgSkGrp]='FourFour',1,0)+IIf([S_4.AvgSkGrp]='FourFour',1,0)+IIf([S_5.AvgSkGrp]='FourFour',1,0) AS Avgskp44, IIf([S.AvgSkGrp]='FourFive',1,0)+IIf([S_1.AvgSkGrp]='FourFive',1,0)+IIf([S_2.AvgSkGrp]='FourFive',1,0)+IIf([S_3.AvgSkGrp]='FourFive',1,0)+IIf([S_4.AvgSkGrp]='FourFive',1,0)+IIf([S_5.AvgSkGrp]='FourFive',1,0) AS Avgskp45, IIf([S.AvgSkGrp]='FourSix',1,0)+IIf([S_1.AvgSkGrp]='FourSix',1,0)+IIf([S_2.AvgSkGrp]='FourSix',1,0)+IIf([S_3.AvgSkGrp]='FourSix',1,0)+IIf([S_4.AvgSkGrp]='FourSix',1,0)+IIf([S_5.AvgSkGrp]='FourSix',1,0) AS Avgskp46, IIf([S.AvgSkGrp]='Others',1,0)+IIf([S_1.AvgSkGrp]='Others',1,0)+IIf([S_2.AvgSkGrp]='Others',1,0)+IIf([S_3.AvgSkGrp]='Others',1,0)+IIf([S_4.AvgSkGrp]='Others',1,0)+IIf([S_5.AvgSkGrp]='Others',1,0) AS Avgskpother, IIf([S.AvgSkGrp]='Others',1,0)+IIf([S_1.AvgSkGrp]='Others',1,0)+IIf([S_2.AvgSkGrp]='Others',1,0)+IIf([S_3.AvgSkGrp]='Others',1,0)+IIf([S_4.AvgSkGrp]='Others',1,0)+IIf([S_5.AvgSkGrp]='Others',1,0)+IIf([S.AvgSkGrp]='FourSix',1,0)+IIf([S_1.AvgSkGrp]='FourSix',1,0)+IIf([S_2.AvgSkGrp]='FourSix',1,0)+IIf([S_3.AvgSkGrp]='FourSix',1,0)+IIf([S_4.AvgSkGrp]='FourSix',1,0)+IIf([S_5.AvgSkGrp]='FourSix',1,0) AS Avgskpot2, Val([Avgskp44] & [Avgskp45] & [Avgskp46] & [Avgskpother]) AS AvgSkpcount, Val([Avgskp44] & [Avgskp45] & [Avgskpot2]) AS AvgSkpcount2, IIf([S.LngskGrp]='Twoone',1,0)+IIf([S_1.LngskGrp]='Twoone',1,0)+IIf([S_2.LngskGrp]='Twoone',1,0)+IIf([S_3.LngskGrp]='Twoone',1,0)+IIf([S_4.LngskGrp]='Twoone',1,0)+IIf([S_5.LngskGrp]='Twoone',1,0) AS Lngskp21, IIf([S.LngskGrp]='Twotwo',1,0)+IIf([S_1.LngskGrp]='Twotwo',1,0)+IIf([S_2.LngskGrp]='Twotwo',1,0)+IIf([S_3.LngskGrp]='Twotwo',1,0)+IIf([S_4.LngskGrp]='Twotwo',1,0)+IIf([S_5.LngskGrp]='Twotwo',1,0) AS Lngskp22, IIf([S.LngskGrp]='Twothree',1,0)+IIf([S_1.LngskGrp]='Twothree',1,0)+IIf([S_2.LngskGrp]='Twothree',1,0)+IIf([S_3.LngskGrp]='Twothree',1,0)+IIf([S_4.LngskGrp]='Twothree',1,0)+IIf([S_5.LngskGrp]='Twothree',1,0) AS Lngskp23, IIf([S.LngskGrp]='Other',1,0)+IIf([S_1.LngskGrp]='Other',1,0)+IIf([S_2.LngskGrp]='Other',1,0)+IIf([S_3.LngskGrp]='Other',1,0)+IIf([S_4.LngskGrp]='Other',1,0)+IIf([S_5.LngskGrp]='Other',1,0) AS Lngskpoth, IIf([S.LngskGrp]='Other',1,0)+IIf([S_1.LngskGrp]='Other',1,0)+IIf([S_2.LngskGrp]='Other',1,0)+IIf([S_3.LngskGrp]='Other',1,0)+IIf([S_4.LngskGrp]='Other',1,0)+IIf([S_5.LngskGrp]='Other',1,0)+IIf([S.LngskGrp]='Twothree',1,0)+IIf([S_1.LngskGrp]='Twothree',1,0)+IIf([S_2.LngskGrp]='Twothree',1,0)+IIf([S_3.LngskGrp]='Twothree',1,0)+IIf([S_4.LngskGrp]='Twothree',1,0)+IIf([S_5.LngskGrp]='Twothree',1,0) AS Lngskpot2, Val([Lngskp21] & [Lngskp22] & [Lngskp23] & [Lngskpoth]) AS LngSkpcount, Val([Lngskp21] & [Lngskp22] & [Lngskpot2]) AS LngSkpcount2, IIf([Win2]-[Win1]=1,1,0) AS Nhb1, IIf([Win3]-[Win2]=1,1,0) AS Nhb2, IIf([Win4]-[Win3]=1,1,0) AS Nhb3, IIf([Win5]-[Win4]=1,1,0) AS Nhb4, IIf([Win6]-[Win5]=1,1,0)+IIf([Win6]-[Win1]=38,1,0) AS Nhb5, IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=0,0,0) AS Noneighb, IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=1,222,0) AS 222Neighb, IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=0,22,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=0 And [Nhb4]=1 And [Nhb5]=0,22,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=1,22,0)+IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=1 And [Nhb5]=0,22,0)+IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=1,22,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=1,22,0) AS 22Neighb, IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=0,2,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=0,2,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=0,2,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=1 And [Nhb5]=0,2,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=1,2,0) AS 2Neighb, IIf([Nhb1]=1 And [Nhb2]=1 And [Nhb3]=0 And [Nhb4]=1 And [Nhb5]=0,32,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=1,32,0)+IIf([Nhb1]=1 And [Nhb2]=1 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=1,32,0)+IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=0,32,0)+IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=1 And [Nhb5]=1,32,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=0 And [Nhb4]=1 And [Nhb5]=1,32,0) AS 32Neighb, IIf([Nhb1]=1 And [Nhb2]=1 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=0,3,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=0,3,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=0,3,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=1 And [Nhb5]=1,3,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=0 And [Nhb4]=0 And [Nhb5]=2,3,0) AS 3Neighb, IIf([Nhb1]=1 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=1,42,0)+IIf([Nhb1]=1 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=1,42,0) AS [4+2Neighb], IIf([Nhb1]=1 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=0 And [Nhb5]=0,4,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=0,4,0)+IIf([Nhb1]=0 And [Nhb2]=0 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=1,4,0) AS 4Neighb, IIf([Nhb1]=1 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=0,5,0)+IIf([Nhb1]=0 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=1,5,0) AS 5Neighb, IIf([Nhb1]=1 And [Nhb2]=1 And [Nhb3]=1 And [Nhb4]=1 And [Nhb5]=1,6,0) AS 6Neighb, IIf([Noneighb]=5,0,0)+IIf([222Neighb]=222,222,0)+IIf([22Neighb]=22,22,0)+IIf([2Neighb]=2,2,0)+IIf([32Neighb]=32,32,0)+IIf([3Neighb]=3,3,0)+IIf([4+2Neighb]=42,42,0)+IIf([4Neighb]=4,4,0)+IIf([5Neighb]=5,5,0)+IIf([6Neighb]=6,6,0) AS NhbCount INTO GreatExperimentFinal
FROM ((((((DM LEFT JOIN DMSkips AS S ON DM.Win1 = S.Number) LEFT JOIN DMSkips AS S1 ON DM.Win2 = S1.Number) LEFT JOIN DMSkips AS S2 ON DM.Win3 = S2.Number) LEFT JOIN DMSkips AS S3 ON DM.Win4 = S3.Number) LEFT JOIN DMSkips AS S4 ON DM.Win5 = S4.Number) LEFT JOIN DMSkips AS S5 ON DM.Win6 = S5.Number) LEFT JOIN GameSumCountRank ON DM.Sum = GameSumCountRank.Sum
WHERE ((([Win6]-[Win1]+1)<>34));


Thanks.

Ade



From: "John Viescas JohnV@msn.com [MS_Access_Professionals]" <MS_Access_Professionals@yahoogroups.com>
To: MS_Access_Professionals@yahoogroups.com
Sent: Tuesday, 16 August 2016, 20:08
Subject: Re: [MS_AccessPros] QUERY TOO COMPLEX

 
Ade-

Like this:

FROM ((((((DM LEFT JOIN DMSkips AS S ON DM.Win1 = S.Number) LEFT JOIN DMSkips AS S1 ON DM.Win2 = S1.Number) LEFT JOIN DMSkips AS S2 ON DM.Win3 = S2.Number) LEFT JOIN DMSkips AS S3 ON DM.Win4 = S3.Number) LEFT JOIN DMSkips AS S4 ON DM.Win5 = S4.Number) LEFT JOIN DMSkips AS S5 ON DM.Win6 = S5.Number) LEFT JOIN GameSumCountRank ON DM.Sum = GameSumCountRank.Sum

If your SELECT or WHERE or ORDER BY clauses refer to any field in DMSkips_n, then you'll need to change those as well from DMSkips_n to Sn, where n matches the number in the FROM clause.

John Viescas, Author
Effective SQL
SQL Queries for Mere Mortals 
Microsoft Access 2010 Inside Out
Microsoft Access 2007 Inside Out
Microsoft Access 2003 Inside Out
Building Microsoft Access Applications 
(Paris, France)




On Aug 16, 2016, at 11:37 AM, Adeboyejo Oyenuga aoye_99@yahoo.co.uk [MS_Access_Professionals] <MS_Access_Professionals@yahoogroups.com> wrote:



Thanks Bill I have no problems with changing the SELECT part of the statement. It is the FROM i am concerned with. I know I need to indicate that it should recognise S1 as DMSkips but what I did did not work. Kindly take a look at the original FROM statement

FROM ((((((DM LEFT JOIN DMSkips ON DM.Win1 = DMSkips.Number) LEFT JOIN DMSkips AS DMSkips_1 ON DM.Win2 = DMSkips_1.Number) LEFT JOIN DMSkips AS DMSkips_2 ON DM.Win3 = DMSkips_2.Number) LEFT JOIN DMSkips AS DMSkips_3 ON DM.Win4 = DMSkips_3.Number) LEFT JOIN DMSkips AS DMSkips_4 ON DM.Win5 = DMSkips_4.Number) LEFT JOIN DMSkips AS DMSkips_5 ON DM.Win6 = DMSkips_5.Number) LEFT JOIN GameSumCountRank ON DM.Sum = GameSumCountRank.Sum


Thanks.

Ade



From: "wrmosca@comcast.net [MS_Access_Professionals]" <MS_Access_Professionals@yahoogroups.com>
To: MS_Access_Professionals@yahoogroups.com 
Sent: Tuesday, 16 August 2016, 19:23
Subject: Re: [MS_AccessPros] QUERY TOO COMPLEX

Ade
Once you declare an alias you should use it in every spot where the table name is used like this:
SELECT S1.LastName, S1.FirstName
FROM myTable As S1
WHERE S1.LastName LIKE "SMI*"

Not only does it shorten the query but it's easier to write.

Regards,
Bill Mosca, Founder - MS_Access_Professionals
My nothing-to-do-with-Access blog



---In MS_Access_Professionals@yahoogroups.com, <aoye_99@yahoo.co.uk> wrote :

<

(Message over 64 KB, truncated)
 


__._,_.___

Posted by: Adeboyejo Oyenuga <aoye_99@yahoo.co.uk>
Reply via web post Reply to sender Reply to group Start a New Topic Messages in this topic (24)

Have you tried the highest rated email app?
With 4.5 stars in iTunes, the Yahoo Mail app is the highest rated email app on the market. What are you waiting for? Now you can access all your inboxes (Gmail, Outlook, AOL and more) in one place. Never delete an email again with 1000GB of free cloud storage.


.

__,_._,___

Tidak ada komentar:

Poskan Komentar