CMC: no-computers What is the longest word you can come up with that alternates between vowels and consonants? The longest I've found it [[[Topological]]] at 11.
@PostLeftGarfHunter Same, but the unfortunate thing is that we could work on that for hours and hours and build up a massive framework to make it slightly easier, add one thing and then all the sudden the entire thing is completely broken
Cause that's how brain-flak always is, it's just you notice it less with small-ish tasks. With a large task, you accidentally zero something? Leave an extra 1 somewhere? it all blows up
128,673,515 cycles
Try it online
Explanation
The reason that Miniflak quines are destined to be slow is Miniflak's lack of random access. To get around this I create a block of code that takes in a number and returns a datum. Each datum represents a single character like before and the main ...
Mini-Flak, 6900 bytes
Mini-flak is a Turing complete subset of Brain-Flak. It works exactly like Brain-Flak except the [], <> and <...> operations are banned from use. Programming in Min-Flak is thus much more difficult than traditional Brain-Flak.
The main difficulty with Mini-Flak is the la...
In @Adám's Dyalog APL Extended, the ⍢ (under) operator means conjugation: apply one function, then a second function, then the inverse of the first. It's fun to think of real-life actions in terms of conjugation:
A problem is transformed by g into another domain where it more
readily solve...
Number of Unit Squares Intersecting a Circle [WIP]
This is https://oeis.org/A234300.
Input
A positive integer n (or nonnegative for zero-indexed).
Output
Either the \$n\$th term of the sequence, or the first \$n\$ terms. You may index from \$n=0\$ or \$n=1\$.
Need: drawings of example circl...
@EriktheOutgolfer @Arnauld I had originally intended for there to only be one inverse in the input, but your comment made me doubt the challenge as it was
Sums of Bessel Polynomial Coefficients [WIP]
This is https://oeis.org/A001515.
Interesting alternate characterizations include:
Equivalently, number of sequences of n unlabeled items such that each item occurs just once or twice (cf. A105749). - David Applegate, Dec 08 2008
Numerator o...