Logic Masters Deutschland e.V.

Slice of Balance (Yin Yang Sandwich)

(Eingestellt am 23. Dezember 2025, 08:15 Uhr von Tank)

Slice of Balance (Yin Yang Sandwich)


Rules:

Normal Sudoku Rules: Place the digits 1-9 in every row, column and 3x3 region

Kropki: If digits are separated by a white dot, they must be consecutive

Yin Yang: Shade some cells such that all shaded cells are orthogonally connected and all unshaded cells are orthogonally connected. No 2x2 area can be entirely shaded or unshaded

Sandwich: Clues outside the grid give the sum of the digits strictly between the 1 and 9 in the respective row or column. The full sandwich must be shaded if a sandwich clue is give. (i.e. in the case of a sandwich clue of 6, the string of digits 1-4-2-9 must be shaded)


Link to puzzle below with solution checking


Link to sudokupad

Lösungscode: Shaded cells in row 6


Gelöst von amit.iyer85, SirWoezel, tuturitu, jalebc, mabjim007, PippoForte, Piff, CortexVortex, Lorenz, Tompzini, pepe74287, WarriorKitten, marcmees, SEPHEN, wuc, Karitsu, Alce, Franjo, MeanoPenquino, nonofish, ... samuel1997, yttrio, Joyofrandomness, Altynbek , LabRat, Askloomok, richardkchapman, farodin64, Nagesh, Counterfeitly, irq, zrbakhtiar, CitrusGremlin, Naim&Vicky, syyyth, Pfanni, sedici, Exigus
Komplette Liste

Kommentare

Heute, 11:01 Uhr von Exigus
Good fun YY, thanks!

am 23. Dezember 2025, 19:54 Uhr von dzamie
Oh cool! Pretty easy break-in, but gets trickier further along. It was really satisfying once the yin-yang started to affect the sandwich options, rather than just the sandwich clues affecting the yin-yang.

Zuletzt geändert am 23. Dezember 2025, 19:21 Uhr

am 23. Dezember 2025, 19:21 Uhr von Franjo
Thank you very much for creating and sharing this funny YY-sandwich.

am 23. Dezember 2025, 16:18 Uhr von wuc
Great combination of constraints. Very smooth drawing steps. Great fun thx.

am 23. Dezember 2025, 12:09 Uhr von Lorenz
Nice flow. I enjoyed solving it.

Schwierigkeit:2
Bewertung:96 %
Gelöst:50 mal
Beobachtet:0 mal
ID:000QO7

Standardrätsel Rätselvariante

Lösung abgeben

Lösungscode:

Anmelden