Please let me know if you have any feedback or if you need any additional clarification of the rules.
Links:
1. Let a horizontal cycle be defined as follows:
2. Let a vertical cycle be defined similarly, but progressing vertically along rows rather than horizontally across columns as above.
3. Let the order of a cycle be defined as the number of unique digits appearing in a given horizontal or vertical cycle
n.b. - the 'start' of a cycle is completely arbitrary, and the order of any cycle is identical regardless of the chosen starting cell.
(Poorly) Illustrated 6x6 Example:
Shaded cells in the below 6x6 are all valid using the above rules. I've illustrated the cycles for R6C1, so you can see the order 3 vertical cycle (R6C1 -> R3C1 -> R4C1) and order 3 horizontal cycle (R6C1-> R6C3 -> R6C5)
Solution code: Row 8 from left to right (e.g. 123456789)
on 15. February 2022, 05:47 by Jakhob
Great puzzle love the colored cells and how they interact with the diagonal and the cage constraints!
on 16. September 2021, 11:00 by PrimeWeasel
Enjoyed this a lot! More of a 3 star I'd say though!
on 10. September 2021, 23:45 by Morla
Very nice rule set, indeed. Thank you for the puzzle. Because the colours are sort of arbitrary, I kept messing up the orientation, though. You should consider using inner cell arrows or alike for indication; at least that would've helped me.
Sir Schmoopy: That's a great idea! I think i might make another puzzle with this set of rules, and when I do I'll definitely use arrows or something similarly meaningful rather than just color.
on 10. September 2021, 18:22 by SirSchmoopy
You might ask how this is a generalization of a 1-5-9 puzzle.
You can think of a 1-5-9 puzzle as a puzzle where the order of the horizontal cycle of digits in columns 1, 5, and 9 is always exactly 2!
on 10. September 2021, 11:35 by Arashdeep Singh
Very innovative idea. Loved it.