Activity for stofredâ€
| Type | On... | Excerpt | Status | Date |
|---|---|---|---|---|
| Comment | Post #288659 |
Thank you @#63649. A hint like yours is exactly what I was looking for to be able to explore this further. Highly appreciate your help. Upvoted (+1) (more) |
— | 11 months ago |
| Edit | Post #288658 |
Post edited: Title re-written |
— | 11 months ago |
| Edit | Post #288658 |
Post edited: More precise quantifier |
— | 11 months ago |
| Edit | Post #288658 | Initial revision | — | 11 months ago |
| Question | — |
Properties of distances between adjacent vector elements and related functions I'm exploring a function that takes a non-negative integer vector $$ \theta\in {\mathbb{N}0}^4$$ and returns the modulus of each adjacent vector components, wrapping around: $$ s:{\mathbb{N}0}^4 \rightarrow {\mathbb{N}0}^4 \\ $$ $$ \begin{align} & s(\boldsymbol{\theta}) = s\left(\begin{bma... (more) |
— | 11 months ago |