科技回声

Not mentioned in the piece but these particular fractals have a name that nicely matches the content - IFS (Iterated Function System) fractals. A bit more here <a href="https://en.wikipedia.org/wiki/Iterated_function_system" rel="nofollow">https://en.wikipedia.org/wiki/Iterated_function_system</a>

Really reminds me of a chapter in SICP, where something somewhat similar is demonstrated. Quite cool!

Things like this put the fear of math into me.I used to love math. Then I got a calculus teacher who hated calculus and he taught us all to hate math right along with him.

Thanks! This is a really great demo of how to bootstrap spatial volumes starting from just ordered pairs on a discrete set.So cool. Hope to see more around this corner.

I've always wondered -- is lambda calculus really supposed to be written with periods '.'? Or is everyone too lazy to use \cdot?

Yesterday's discussion on reddit's r/lambdacalculus:[1] <a href="https://old.reddit.com/r/lambdacalculus/comments/1byllqk/fractals_in_pure_lambda_calculus/" rel="nofollow">https://old.reddit.com/r/lambdacalculus/comments/1byllqk/fra...</a>

Really reminds me of a chapter in SICP, where something somewhat similar is demonstrated. Quite cool!

Things like this put the fear of math into me.I used to love math. Then I got a calculus teacher who hated calculus and he taught us all to hate math right along with him.

Thanks! This is a really great demo of how to bootstrap spatial volumes starting from just ordered pairs on a discrete set.So cool. Hope to see more around this corner.

I've always wondered -- is lambda calculus really supposed to be written with periods '.'? Or is everyone too lazy to use \cdot?

Lambda Screen: Fractals in pure lambda calculus

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Lambda Screen: Fractals in pure lambda calculus

6 条评论