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I like that you innovated in this version of NEAT by adding traits. Though, I think I would like a bit more explanation, as this seem not to be transferrable to other neat implementations.
How are they used in the phenotype?
How are they interpreted by someone exterior to the library for, say, graph visualization of the phenotype?
How are they initialized in the original starting structure for your organisms (the yml file)?
What are the parameters for?
This would be a nice addition to the NEAT world, but I think needs more details for us NEAT-neophytes
Thanks for taking time to make and maintain such a nice piece of lib!
The text was updated successfully, but these errors were encountered:
The traits allows you to incorporate some meta-data within genomes. Currently it is not heavily used, but introduced as a mean of functionality extension with further versions of the library.
The traits can be introduced into seed genome as in following example
Hello @yaricom
I like that you innovated in this version of NEAT by adding traits. Though, I think I would like a bit more explanation, as this seem not to be transferrable to other neat implementations.
How are they used in the phenotype?
How are they interpreted by someone exterior to the library for, say, graph visualization of the phenotype?
How are they initialized in the original starting structure for your organisms (the yml file)?
What are the parameters for?
This would be a nice addition to the NEAT world, but I think needs more details for us NEAT-neophytes
Thanks for taking time to make and maintain such a nice piece of lib!
The text was updated successfully, but these errors were encountered: