On Jan 7, 5:10 pm, dgoldsmith_89 <[EMAIL PROTECTED]> wrote:
> On Jan 7, 2:54 pm, "[EMAIL PROTECTED]" <[EMAIL PROTECTED]> wrote:
>
> > On Jan 7, 4:37 pm, dgoldsmith_89 <[EMAIL PROTECTED]> wrote:
>
> > > Can anyone point me to a downloadable open source English dictionary
> > > suitable for programmatic use with python: I'm programming a puzzle
> > > generator, and I need to be able to generate more or less complete
> > > lists of English words, alphabetized. Thanks! DG
>
> >www.puzzlers.orghasnumerous word lists & dictionarys in text
> > format that can be downloaded. I recommend you insert them into
> > some form of database. I have most of them in an Access db and
> > it's 95 MB. That's a worse case as I also have some value-added
> > stuff, the OSPD alone would be a lot smaller.
>
> > <http://www.puzzlers.org/dokuwiki/doku.php?id=solving:wordlists:start>
>
> Sorry for my ignorance: I can query an Access DB w/ standard SQL
> queries (and this is how I would access it w/ Python)?
Yes, if you have the appropriate way to link to the DB.
I use Windows and ODBC from Win32. I don't know what you
would use on a Mac.
As Paul McGuire said, you could easily do this with SqlLite3.
Personnaly, I always use Access since my job requires it
and I find it much more convenient. I often use Crosstab
tables which I think SqlLite3 doesn't support. Typically,
I'll write complex queries in Access and simple select SQL
statements in Python to grab them.
Here's my anagram locator. (the [signature] is an example
of the value-added I mentioned).
## I took a somewhat different approach. Instead of in a file,
## I've got my word list (562456 words) in an MS-Access database.
## And instead of calculating the signature on the fly, I did it
## once and added the signature as a second field:
##
## TABLE CONS_alpha_only_signature_unique
## --------------------------------------
## CONS text 75
## signature text 26
##
## The signature is a 26 character string where each character is
## the count of occurences of the matching letter. Luckily, in
## only a single case was there more than 9 occurences of any
## given letter, which turned not to be a word but a series of
## words concatenated so I just deleted it from the database
## (lots of crap in the original word list I used).
##
## Example:
##
## CONS signature
## aah 20000001000000000000000000 # 'a' occurs twice & 'h' once
## aahed 20011001000000000000000000
## aahing 20000011100001000000000000
## aahs 20000001000000000010000000
## aaii 20000000200000000000000000
## aaker 20001000001000000100000000
## aal 20000000000100000000000000
## aalborg 21000010000100100100000000
## aalesund
20011000000101000010100000
##
## Any words with identical signatures must be anagrams.
##
## Once this was been set up, I wrote a whole bunch of queries
## to use this table. I use the normal Access drag and drop
## design, but the SQL can be extracted from each, so I can
## simply open the query from Python or I can grab the SQL
## and build it inside the program. The example
##
## signatures_anagrams_select_signature
##
## is hard coded for criteria 9 & 10 and should be cast inside
## Python so the criteria can be changed dynamically.
##
##
## QUERY signatures_anagrams_longest
## ---------------------------------
## SELECT Len([CONS]) AS Expr1,
## Count(Cons_alpha_only_signature_unique.CONS) AS
CountOfCONS,
## Cons_alpha_only_signature_unique.signature
## FROM Cons_alpha_only_signature_unique
## GROUP BY Len([CONS]),
## Cons_alpha_only_signature_unique.signature
## HAVING (((Count(Cons_alpha_only_signature_unique.CONS))>1))
## ORDER BY Len([CONS]) DESC ,
## Count(Cons_alpha_only_signature_unique.CONS) DESC;
##
## This is why I don't use SQLite3, must have crosstab queries.
##
## QUERY signatures_anagram_summary
## --------------------------------
## TRANSFORM Count(signatures_anagrams_longest.signature) AS
CountOfsignature
## SELECT signatures_anagrams_longest.Expr1 AS [length of word]
## FROM signatures_anagrams_longest
## GROUP BY signatures_anagrams_longest.Expr1
## PIVOT signatures_anagrams_longest.CountOfCONS;
##
##
## QUERY signatures_anagrams_select_signature
## ------------------------------------------
## SELECT Len([CONS]) AS Expr1,
## Count(Cons_alpha_only_signature_unique.CONS) AS
CountOfCONS,
## Cons_alpha_only_signature_unique.signature
## FROM Cons_alpha_only_signature_unique
## GROUP BY Len([CONS]),
## Cons_alpha_only_signature_unique.signature
## HAVING (((Len([CONS]))=9) AND
## ((Count(Cons_alpha_only_signature_unique.CONS))=10))
## ORDER BY Len([CONS]) DESC ,
## Count(Cons_alpha_only_signature_unique.CONS) DESC;
##
## QUERY signatures_lookup_by_anagram_select_signature
## ---------------------------------------------------
## SELECT signatures_anagrams_select_signature.Expr1,
## signatures_anagrams_select_signature.CountOfCONS,
## Cons_alpha_only_signature_unique.CONS,
## Cons_alpha_only_signature_unique.signature
## FROM signatures_anagrams_select_signature
## INNER JOIN Cons_alpha_only_signature_unique
## ON signatures_anagrams_select_signature.signature
## = Cons_alpha_only_signature_unique.signature;
##
##
## Now it's a simple matter to use the ODBC from Win32 to extract
## the query output into Python.
import dbi
import odbc
con = odbc.odbc("words")
cursor = con.cursor()
## This first section grabs the anagram summary. Note that
## queries act just like tables (as long as they don't have
## internal dependencies. I read somewhere you can get the
## field names, but here I put them in by hand.
##cursor.execute("SELECT * FROM signature_anagram_summary")
##
##results = cursor.fetchall()
##
##for i in results:
## for j in i:
## print '%4s' % (str(j)),
## print
## (if this wraps, each line is 116 characters)
## 2 3 4 5 6 7 8 9 10 11 12 13
14 15 16 17 18 23
## 2 259 None None None None None None None None None None None
None None None None None None
## 3 487 348 218 150 102 None None None None None None None
None None None None None None
## 4 1343 718 398 236 142 101 51 26 25 9 8 3
2 None None None None None
## 5 3182 1424 777 419 274 163 106 83 53 23 20 10
6 4 5 1 3 1
## 6 5887 2314 1051 545 302 170 114 54 43 21 15 6
5 4 4 2 None None
## 7 7321 2251 886 390 151 76 49 37 14 7 5 1
1 1 None None None None
## 8 6993 1505 452 166 47 23 8 6 4 2 2 None
None None None None None None
## 9 5127 830 197 47 17 6 None None 1 None None None
None None None None None None
## 10 2975 328 66 8 2 None None None None None None None
None None None None None None
## 11 1579 100 5 4 2 None None None None None None None
None None None None None None
## 12 781 39 2 1 None None None None None None None None
None None None None None None
## 13 326 11 2 None None None None None None None None None
None None None None None None
## 14 166 2 None None None None None None None None None None
None None None None None None
## 15 91 None 1 None None None None None None None None None
None None None None None None
## 16 60 None None None None None None None None None None None
None None None None None None
## 17 35 None None None None None None None None None None None
None None None None None None
## 18 24 None None None None None None None None None None None
None None None None None None
## 19 11 None None None None None None None None None None None
None None None None None None
## 20 6 None None None None None None None None None None None
None None None None None None
## 21 6 None None None None None None None None None None None
None None None None None None
## 22 4 None None None None None None None None None None None
None None None None None None
## From the query we have the word size as row header and size of
## anagram set as column header. The data value is the count of
## how many different anagram sets match the row/column header.
##
## For example, there are 7321 different 7-letter signatures that
## have 2 anagram sets. There is 1 5-letter signature having a
## 23 member anagram set.
##
## We can then pick any of these, say the single 10 member anagram
## set of 9-letter words, and query out out the anagrams:
cursor.execute("SELECT * FROM
signatures_lookup_by_anagram_select_signature")
results = cursor.fetchall()
for i in results:
for j in i:
print j,
print
## 9 10 anoretics 10101000100001100111000000
## 9 10 atroscine 10101000100001100111000000
## 9 10 certosina 10101000100001100111000000
## 9 10 creations 10101000100001100111000000
## 9 10 narcotise 10101000100001100111000000
## 9 10 ostracine 10101000100001100111000000
## 9 10 reactions 10101000100001100111000000
## 9 10 secration 10101000100001100111000000
## 9 10 tinoceras 10101000100001100111000000
## 9 10 tricosane 10101000100001100111000000
## Nifty, eh?
>
> DG
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