Logic Masters Deutschland e.V.

4x4 slow sudoku

(Eingestellt am 25. Dezember 2023, 21:52 Uhr von kierownik)

  • Normal 4x4 sudoku rules apply:
    In every row, column and in every box the digits from 1 to 4 have to appear atleast once.
  • Slow thermometers:
    Digits on a slow thermo increase from the bulb to the tip or stay the same but never decrease. al thermos are zig zagging.

Play the puzzle here:

Play in Sirxemic’s Sudokumaker or in Sven's Sudokupad.

Lösungscode: Row 1 and 4. Left to right

Zuletzt geändert am 27. Dezember 2023, 01:18 Uhr

Gelöst von anyeyeball, Aaronomys, pepe74287, Hajuhn, michael_787, tweak42, efnenu, keenbowl, SKORP17, LordBidoof, Grothenlace, abadx, Nylimb, brandon_bot, permafrostyx, Pegazus, Benji, tretro, saskia-daniela, ... Rüdiger, drf93, forsen, jgarber, moss, chain.reader, luisdcnt, CcmarvMD, pHett, ThirdWiseMonkey, Javier Rebottaro, r0the, PippoForte, latters176, Drawoon, MysticMan, radium, Terrapin, wildstarjl
Komplette Liste

Kommentare

am 6. März 2024, 18:24 Uhr von Bunglejohn
Fun

am 6. Januar 2024, 01:11 Uhr von Tingo
2:25. Thanks for setting and sharing!

am 28. Dezember 2023, 22:38 Uhr von PinkNickels
1:11

am 27. Dezember 2023, 01:18 Uhr von kierownik
Added image

am 27. Dezember 2023, 00:51 Uhr von The Bard
You should consider playing with coloring the different thermos to make it clear what each line is doing.

am 26. Dezember 2023, 01:58 Uhr von kierownik
Added Zig zagging

am 26. Dezember 2023, 01:57 Uhr von kierownik
Maby I should have said that the thermos were zig zagging.

Zuletzt geändert am 26. Dezember 2023, 01:03 Uhr

am 26. Dezember 2023, 01:02 Uhr von tretro
Hardest part was indeed the shape of the thermos. Each one extends from the pulp to the center of the next box, where it turns 90 degrees to continue to the center of the next box, turning again for 90 degrees - away from the bulp to thr center of the final box and ending there.

am 25. Dezember 2023, 22:56 Uhr von keenbowl
For some reason I couldn't for the life of me figure out what the thermometers actually looked like (how they branch).

Maybe I'm just not smart enough or too tired, but I would have liked some better explanation as of how the thermos actually look like.
The only way I managed to solve it by going into "Sirxemic's Sudokumaker" and select the thermos, to actually see their structure.

Schwierigkeit:1
Bewertung:65 %
Gelöst:132 mal
Beobachtet:6 mal
ID:000GAZ

Lösung abgeben

Lösungscode:

Anmelden