Logic Masters Deutschland e.V.

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(Eingestellt am 22. März 2026, 03:24 Uhr von juggler)

Cracking the Cryptic video


Click on the puzzle image to play

- Place the digits 1-6 once each in every row and column.
- Every cell has *exactly* two orthogonal neighbors that differ from it by at least 3.
- On the grey line, one cell is the sum of the other two.

See also

Lösungscode: Row 1

Zuletzt geändert am 29. März 2026, 09:13 Uhr

Gelöst von tuturitu, ratolibre, fkib, RedBarchetta, SennyK, MSDOS, Crusader175, NEWS, zeniko, Cassinii, 3ColorTheorem, Blake Saligia, teuthida, Exigus, ademjaz, Franjo, dingledork, Andrewsarchus, Laake, ralfdb, ... Klook, P12345, Klausku, samuel1997, QuiltyAsCharged, cvil, mew_rocks, luca200799k, danilopiazza, madhupt, sdlay2, luna_vale, Synergenesis, Nell Gwyn, OGRussHood, widjo, eladv, Neonesque
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Kommentare

am 29. März 2026, 09:13 Uhr von juggler
(CtC video)

am 28. März 2026, 04:26 Uhr von FireTruckFuel
I solved an earlier juggler puzzle called "4x4x4" yesterday that gave me the idea that allowed me to solve this in about 2 minutes. (I was a bit clumsy with the coloring.) It would have otherwise taken me ages if I managed it at all. Now I need to watch the CTC video to understand why/how this solution is unique. Definitely feel like I cheated this somehow. Perhaps solving your puzzles is just making me smarter?

am 25. März 2026, 06:40 Uhr von jzstarburzt
Very fun!

Zuletzt geändert am 23. März 2026, 17:03 Uhr

am 23. März 2026, 16:34 Uhr von juggler
(remove unnecessary information)

am 23. März 2026, 02:33 Uhr von konklone
This was so satisfying and unusual. You are the best at figuring out strange little systems like this.

am 22. März 2026, 14:33 Uhr von ademjaz
WOW, amazing!

am 22. März 2026, 09:36 Uhr von zeniko
Figuring out implications and interactions of new rules is what I love most about variant Sudoku, and this puzzle distills that experience down to its essence: one fresh and tricky break-in, and then it‘s done. Thanks a lot for sharing.

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ID:000RZF

Lateinisches Quadrat

Lösung abgeben

Lösungscode:

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