Search for '(genetic or evolutionary) programming'
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Total results: 398, showing 241 - 264
Note: artifacts in italics are non-canonical forks. See the wiki for more details.
- stripe-tester-clj 0.2.0-SNAPSHOT
stripe-tester-clj allows you to submit webhooks to your application without hitting Stripe or requiring connectivity. You can use it in your test suite to simulate webhooks and ensure that your application reacts accordingly.
A re-frame effects handler for setting or deleting cookies.- coconutpalm/clj-foundation 0.10.0
Guiding opinions: Enhance the core language in resonable, useful, and conservative ways. Don't be a framework. Rather, be a conservative set of generally-useful functions that may be used together or separately. Make advanced topics like transducers and monads so easy that you don't have to know when you're using them. Use a small set of common-sense dependencies to minimize adoption friction. - kephale/clojush 0.0.1-SNAPSHOT
The Push programming language and the PushGP genetic programming system implemented in Clojure. See http://hampshire.edu/lspector/push.html - org.clojars.earljwagner/sspace 2.0.3-1
The S-Space Package is a collection of algorithms for building Semantic Spaces as well as a highly-scalable library for designing new distributional semantics algorithms. Distributional algorithms process text corpora and represent the semantic for words as high dimensional feature vectors. This package also includes matrices, vectors, graphs, and numerous clustering algorithms. These approaches are known by many names, such as word spaces, semantic spaces, or distributed semantics and rest upon the Distributional Hypothesis: words that appear in similar contexts have similar meanings. - org.clojars.ithayer/clj-record 1.0.3-SNAPSHOT
A pseudo-port of ActiveRecord to the Clojure programming language
lightweight literate programming for clojure -- inspired by [docco](http://jashkenas.github.com/docco/)- bradsdeals/clj-foundation 0.9.24
Guiding opinions: Enhance the core language in resonable, useful, and conservative ways. Don't be a framework. Rather, be a conservative set of generally-useful functions that may be used together or separately. Make advanced topics like transducers and monads so easy that you don't have to know when you're using them. Use a small set of common-sense dependencies to minimize adoption friction.