Re: High-dimensinal outer totalistic rule CA genetator for Wolfram CA emulation

Hello Heinrich (et al),

Converted the .lp model file to GMPL format, see in the attachments.

So I would like my current contributions to be included in next GLPK 
release:
1. Arbitrary Wolfram-automata emulator subgraph searcher near 6 
dimensional tessellation's main-diagonal (this attachment's w*.mod model 
file)
2. Power plant scheduler model implementation for a TSO - a generalized 
model that has network matrix, so can be solved as LP instead of MIP - 
and (could be) used for short/long term planning/scheduling in real life

Total 4 files in the attachment, 3 had been sent earlier, 1 new. Waiting 
for review, opinions, suggestions.

Thanks+best regards,
Naszvadi, Peter

2017-09-16 14:31
> Hello Heinrich,
> 
> Yes, probably it can be transformed to GMPL. But this was used after
> being generated showing that using GLPK is powerful, efficient even in
> batch processes for scientific purposes.
> Well, of course it had been used without fancy tidying, I only
> converted in order to be more readable to the not (yet) enlighted ones
> and added comments later as well.
> 
> If others would like to, I'll try to create a GMPL .mod version, but
> still want to keep the original .lp in the bundle.
> 
> Best regards
> Peter
> 
> On Wed, 13 Sep 2017, Heinrich Schuchardt wrote:
> 
>> On 09/12/2017 10:33 AM, [email protected] wrote:
>>> Greetings!
>>> 
>>> I would like to contribute the attached example CPLEX LP model in the
>>> next release of GLPK. Reviews, opinions, suggestions and bug reports 
>>> are
>>> kindly welcome!
>>> 
>>> This is an automatically generated model file, which was a part of an
>>> exhaustive search batch process. Tidied (automatically with selfmade
>>> custom tools) for this contribution.
>>> 
>>> Model results were published here:
>>> http://conwaylife.com/forums/viewtopic.php?f=11&t=2598#p38406
>>> 
>>> Thanks in advance,
>>> NASZVADI, Peter
>>> 
>> 
>> Hello Peter,
>> 
>> thank for your example which comes with a good lot of explanatory 
>> text.
>> 
>> GLPK uses the GMPL modeling language. Are you able to reformulate your
>> problem in GMPL? I think that would make the model file much more
>> instructive.
>> 
>> Best regards
>> 
>> Heinrich
>> 
>>

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