A code walkthrough modeling the rules of Chess in a functional (Clojure) way (opens in new tab)

(neuroning.com)

25 pointsferd1y ago6 comments

6 comments

SDF is a book I've been meaning to revisit, appreciate having an explanation of one of the problems written out here: a lack of super-concrete examples in the book did make it a little tough for me to penetrate on my previous (less mature) foray.

ferdOP1y ago

In the age of AI, I went old-school inspired by Hanson & Sussman's book "Software Design for Flexibility")

Meant for beginners. I'd appreciate all feedback!

tromp1y ago

Our "logical" rules of Go [1] can be translated pretty directly into Haskell (links below rules).

[1] https://tromp.github.io/go.html

ferdOP1y ago

I'd need to really learn Haskell to make sense of it all. Might be a good excuse :-)

ferdOP1y ago

cool, thanks!

jpmonettas1y ago

Cool! I love how this written and how powerful that whole approach feels for teaching/learning.

j / k navigate · click thread line to collapse

6 comments

0_gravitas1y ago

ferdOP1y ago

In the age of AI, I went old-school inspired by Hanson & Sussman's book "Software Design for Flexibility")

Meant for beginners. I'd appreciate all feedback!

tromp1y ago

Our "logical" rules of Go [1] can be translated pretty directly into Haskell (links below rules).

[1] https://tromp.github.io/go.html

ferdOP1y ago

I'd need to really learn Haskell to make sense of it all. Might be a good excuse :-)

ferdOP1y ago

cool, thanks!

jpmonettas1y ago

Cool! I love how this written and how powerful that whole approach feels for teaching/learning.

j / k navigate · click thread line to collapse