Hi Emmanouil,
Thanks for your reply. Basically I want to test an individual with three genes. But the genes are a combination of values with one integer and three double values. So, I though I could solve it either by designing the gene myself, or using either one of these designs:
sampleGenes[1] = new DoubleGene(conf. 0, 1000 );
sampleGenes[2] = new DoubleGene(conf, 0, 1000 );
sampleGenes[3] = new DoubleGene(conf, 0, 1000 );
sampleGenes[4] = new IntegerGene(conf, 0, 21 );sampleGenes[5] = new DoubleGene(conf. 0, 1000 );
sampleGenes[6] = new DoubleGene(conf, 0, 1000 );
sampleGenes[7] = new DoubleGene(conf, 0, 1000 );
sampleGenes[8] = new IntegerGene(conf, 0, 21 );sampleGenes[9] = new DoubleGene(conf. 0, 1000 );
sampleGenes[10] = new DoubleGene(conf, 0, 1000 );
sampleGenes[11] = new DoubleGene(conf, 0, 1000 );
Chromosome sampleChromosome = new Chromosome(conf, sampleGenes );
Or this other one:
CompositeGene c1 = new CompositeGene(conf);
c1.addGene(new IntegerGene(conf, 0, 21));
c1.addGene(new DoubleGene(conf, 0, 1000));
c1.addGene(new DoubleGene(conf, 0, 1000));
c1.addGene(new DoubleGene(conf, 0, 1000));
CompositeGene c2 = new CompositeGene(conf);
c2.addGene(new IntegerGene(conf, 0, 21));
c2.addGene(new DoubleGene(conf, 0, 1000));
c2.addGene(new DoubleGene(conf, 0, 1000));
c2.addGene(new DoubleGene(conf, 0, 1000));
CompositeGene c3 = new CompositeGene(conf);
c3.addGene(new IntegerGene(conf, 0, 21));
c3.addGene(new DoubleGene(conf, 0, 1000));
c3.addGene(new DoubleGene(conf, 0, 1000));
c3.addGene(new DoubleGene(conf, 0, 1000));
Gene[] sampleGenes = new Gene[] {c1, c2, c3 }
Chromosome sampleChromosome = new Chromosome(conf, sampleGenes );
This last one seems to be what I want. But I had never used this composite gene and did not know how it behaves; I already tried it and seems to be just like the other ones, so it may be my solution. The other question I had was would I get consistent results for both designs?
Thanks!
----- Original Message ----
From: manolakis <
agnostos_7@...>
To:
jgap-users@...Sent: Saturday, June 21, 2008 11:00:36 AM
Subject: Re: [jgap-users] Design question
Luis,
It will be more helpful if you can briefly describe the problem that you
want to solve.
Thanks
Emmanouil
Luis Garcia-5 wrote:
>
> I am creating a GA that initially consisted of 4 genes. I was going to
> create my own genes because the structure of the gene consisted of
> 1 integer with a min and max and 3 doubles with a min and max as well. I
> realized that all I needed to create was a chromosome with 12 genes, 4 int
> and 12 double and should be the same... or at least that was my theory. Am
> I right in that assumption or should I still create my custom gene?
Also,
> I saw that there exist a composite gene, which may be what I really need
> since it seems to behave just like a regular gene. Is that correct? Should
> I just compile a CompositeGene with my four int and doubles and that is
> it? If some one can give me some pointers in how to design it, it would be
> really nice. Maybe all three would work just fine! :))
> Thanks!
> -------------------------------------------------------------------------
> Check out the new SourceForge.net Marketplace.
> It's the best place to buy or sell services for
> just about anything Open Source.
>
http://sourceforge.net/services/buy/index.php> _______________________________________________
> jgap-users mailing list
>
jgap-users@...>
https://lists.sourceforge.net/lists/listinfo/jgap-users>
>
--
View this message in context:
http://www.nabble.com/Design-question-tp18034816p18045597.htmlSent from the jgap-users mailing list archive at Nabble.com.
-------------------------------------------------------------------------
Check out the new SourceForge.net Marketplace.
It's the best place to buy or sell services for
just about anything Open Source.
http://sourceforge.net/services/buy/index.php_______________________________________________
jgap-users mailing list
jgap-users@...https://lists.sourceforge.net/lists/listinfo/jgap-users
Some parts of this message have been removed.
Learn more about Nabble's security policy.
