Re: 'Floating point exception'

i have managed to creat a complete logfile (better than the previous
one), but it still doesn't have that last line: 'Floating point
exception'.

( as before, it can be found at
http://gandalf.uib.no/aviskorpus/emneklassifisering/ )

when i run the program with -t -T, i get everything that is in the
logfile now, plus a single line at the end that simply says: 'Floating
point exception'. When i redirect to the logfile, that single line is
printed in stdout, and the rest goes to the logfile.

so, ger, there is no context for you. sorry.


On Wed, Mar 18, 2009 at 12:00 PM, Thomas Michael Hagen
<[email protected]> wrote:
>> 1)
>> full output of
>> crm -v
>
>  This is CRM114, version 20081111-BlameBarack, rev 4797 (TRE 0.7.5
> (LGPL, APPROX, WCHAR, MULTIBYTE)) (OS: linux-gnu)
>  Copyright 2001-2009 William S. Yerazunis
>  This software is licensed under the GPL with ABSOLUTELY NO WARRANTY
>
> Classifiers included in this build:
>  all of 'em
>
> Extra features:
>  Developer Assertions are:
>    - included
>    - UNTRAPPABLE
>    - '-Cdbg' will cause a memory access violation in a last ditch
>      effort to trigger your debugger
>
> Script language:
>  Reserved words (instructions) + attributes / format:
> accept
> alius
> alter      (...) /.../
> call       (optional) [optional] /.../
> cssmerge   <basic bychar string microgroom markovian markov osb correlate
>        winnow chi2 unique entropy entropic osbf hyperspace unigram crosslink
>        default sks svm fscm neural auto autodetect alt.markovian alt.markov
>        alt.osb alt.winnow alt.osbf alt.hyperspace ...> (...) (optional)
>        [optional] /optional/
> cssdiff    <basic bychar string microgroom markovian markov osb correlate
>        winnow chi2 unique entropy entropic osbf hyperspace unigram crosslink
>        default sks svm fscm neural auto autodetect alt.markovian alt.markov
>        alt.osb alt.winnow alt.osbf alt.hyperspace ...> (...) (optional)
>        [optional] /optional/
> cssbackup  <basic bychar string microgroom markovian markov osb correlate
>        winnow chi2 unique entropy entropic osbf hyperspace unigram crosslink
>        default sks svm fscm neural auto autodetect alt.markovian alt.markov
>        alt.osb alt.winnow alt.osbf alt.hyperspace ...> (...) (optional)
>        [optional] /optional/
> cssrestore <basic bychar string microgroom markovian markov osb correlate
>        winnow chi2 unique entropy entropic osbf hyperspace unigram crosslink
>        default sks svm fscm neural auto autodetect alt.markovian alt.markov
>        alt.osb alt.winnow alt.osbf alt.hyperspace ...> (...) (optional)
>        [optional] /optional/
> cssinfo    <basic bychar string microgroom markovian markov osb correlate
>        winnow chi2 unique entropy entropic osbf hyperspace unigram crosslink
>        default sks svm fscm neural auto autodetect alt.markovian alt.markov
>        alt.osb alt.winnow alt.osbf alt.hyperspace ...> (...) (optional)
>        [optional] /optional/
> cssanalyze <basic bychar string microgroom markovian markov osb correlate
>        winnow chi2 unique entropy entropic osbf hyperspace unigram crosslink
>        default sks svm fscm neural auto autodetect alt.markovian alt.markov
>        alt.osb alt.winnow alt.osbf alt.hyperspace ...> (...) (optional)
>        [optional] /optional/
> csscreate  <nocase basic literal nomultiline byline bychar string bychunk
>        microgroom markovian markov osb correlate winnow chi2 unique entropy
>        entropic osbf hyperspace unigram crosslink default sks svm fscm neural
>        alt.markovian alt.markov alt.osb alt.winnow alt.osbf alt.hyperspace
>        ...> (...) (optional) [optional] /optional/
> cssmigrate <basic bychar string microgroom markovian markov osb correlate
>        winnow chi2 unique entropy entropic osbf hyperspace unigram crosslink
>        default sks svm fscm neural auto autodetect alt.markovian alt.markov
>        alt.osb alt.winnow alt.osbf alt.hyperspace> (...) [...] /optional/
> eval       (optional) /.../
> exit       /optional/
> fail
> fault      /optional/
> hash       (...) /.../
> input      <nomultiline byline lineedit> (optional) [optional]
> intersect  (...) [...]
> isolate    <default> (...) /optional/
> lazy       <default> (...) /optional/
> learn      <fromstart nocase basic literal nomultiline byline bychar string
>        bychunk append refute microgroom markovian markov osb correlate winnow
>        chi2 unique entropy entropic osbf hyperspace unigram crosslink sks svm
>        fscm neural alt.markovian alt.markov alt.osb alt.winnow alt.osbf
>        alt.hyperspace> (...) [optional] /optional/ /optional/
> classify   <nocase basic literal nomultiline byline bychar string bychunk
>        microgroom markovian markov osb correlate winnow chi2 unique entropy
>        entropic osbf hyperspace unigram crosslink sks svm fscm neural
>        alt.markovian alt.markov alt.osb alt.winnow alt.osbf alt.hyperspace>
>        (...) (optional) [optional] /optional/ /optional/
> liaf
> match      <fromstart fromnext fromend newend fromcurrent nocase absent basic
>        backwards literal nomultiline byline> (optional) [optional] /.../
> mutate     <nocase absent basic nomultiline byline bychar string bychunk
>        unique default ...> (optional) [optional] /.../
> output     <append> [optional] /optional/
> clump      <bychunk refute unique unigram> (...) (optional) [...] /optional/
>        /optional/
> pmulc      <bychunk refute unique unigram> (...) (optional) [...] /optional/
> return     /optional/
> routine
> sort       <nocase basic backwards nomultiline byline bychar string bychunk
>        unique default> (optional) [optional] /optional/
> syscall    <keep async> (optional) (optional) (optional) [optional] /optional/
>
> translate  <literal unique> (optional) [optional] /optional/ /optional/
> trap       (optional) /.../
> union      (...) [...]
> window     <nocase literal bychar string bychunk byeof eofaccepts eofretry>
>        (optional) (optional) /optional/ /optional/
>
>
>> 2)
>> just as a reminder for when I need to review my code: which classifier
>> are you using exactly? (plus attributes, such as <unigram>, etc.,
>> thanks!)
>> choices are (but not limited to): OSB, OSBF, Hyperspace, markovian
>
> <osbf microgroom>
>
> paolo, i will try to get the complete log-output. haven't managed so far.
>
>>
>>
>>
>>
>>
>>
>> --
>> Met vriendelijke groeten / Best regards,
>>
>> Ger Hobbelt
>>
>> --------------------------------------------------
>> web:    http://www.hobbelt.com/
>>        http://www.hebbut.net/
>> mail:   [email protected]
>> mobile: +31-6-11 120 978
>> --------------------------------------------------
>>
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>

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Apps built with the Adobe(R) Flex(R) framework and Flex Builder(TM) are
powering Web 2.0 with engaging, cross-platform capabilities. Quickly and
easily build your RIAs with Flex Builder, the Eclipse(TM)based development
software that enables intelligent coding and step-through debugging.
Download the free 60 day trial. http://p.sf.net/sfu/www-adobe-com