Activity for arutonee
| Type | On... | Excerpt | Status | Date |
|---|---|---|---|---|
| Edit | Post #295139 | Initial revision | — | 9 months ago |
| Answer | — |
A: Convert to Hexadecimal Vyxal, 15 bytes ``` ‡16ḭ↲ƛ16%k^i;Ṙ∑ ``` Try it Online! This uses the same algorithm as my Vyxal 3 solution. (more) |
— | 9 months ago |
| Edit | Post #295138 |
Post edited: |
— | 9 months ago |
| Edit | Post #295138 | Initial revision | — | 9 months ago |
| Answer | — |
A: Convert to Hexadecimal Vyxal 3, 15 13 bytes ``` ⑴②∻↺ƛ②%k^i}⇄∑ ``` Vyxal It Online! ``` ⑴②∻↺ƛ②%k^i}⇄∑ ⑴②∻↺ # accumulating int divide by 16 while unique # i.e. 48821 -> [48821, 3051, 190, 11, 0] ƛ } # for each number... ②% # mod 16 k^i # index int... (more) |
— | 9 months ago |
| Edit | Post #293024 | Initial revision | — | almost 2 years ago |
| Answer | — |
A: Make $2 + 2 = 5$ BQN (CBQN), 9 bytes ``` ++2⊸=∧=⟜2 ``` This utilizes the "3-train"- any functions in the form `w fgh x` is turned into `(w f x) g (w h x)`. In this case, `2⊸=` and `=⟜2` are functions that check if the right and left arguments are equal to `2` respectively, `and`ed together with `∧`. This... (more) |
— | almost 2 years ago |