9028a8e174
This introduces some fancy macro action that allows us to skip the four calls to `(concat-spec …)` with the different generators and types. @ErikRauer and I wrestled with this for a _long_ time today, and it turned out that it was absolutely necessary to quote the generators in `gen-type-pairs on lines 10-13. I'm not 100% sure why, but it seems that without that something (perhaps a level of macro-ness) got unwrapped too early and then it couldn't find the generator because it had lost the namespace it belonged in. Whether this actually _simplifies_ things is really up for debate. If this is as far as we get, it's probably not worth it. If we can find a reasonable way to reduce the other sources of duplication, however, it might be worth it?
propeller
Yet another Push-based genetic programming system in Clojure.
Usage
To run PushGP on the default genetic programming problem
from a REPL, load propel.core into your REPL (i.e. lein repl),
and run (-main).
To run PushGP on the default genetic programming problem from
command line, execute lein run. Command-line arguments may
be provided to override the defaults specified in -main, for
example, lein run :population-size 100. You can use something
like lein run | tee outfile to send output both to the terminal
and to outfile.
CLJS Usage
Development
Run in development:
yarn
(mkdir -p target && cp assets/index.html target/)
yarn shadow-cljs watch app
shadow-cljs will be installed in node_modules/ when you run yarn.
:dev-http specifies that target/ will be served at http://localhost:8080 .
REPL
After page is loaded, you may also start a REPL connected to browser with:
yarn shadow-cljs cljs-repl app
Once the REPL is loaded, load the core namespace with:
(ns propeller.core)
Calling (-main) will run the default genetic programming problem.
Description
Propel is an implementation of the Push programming language and the PushGP genetic programming system in Clojure.
For more information on Push and PushGP see http://pushlanguage.org.