Logic Masters Deutschland e.V.

Broken Windmill

(Eingestellt am 4. November 2023, 20:52 Uhr von Black_Doom)

Rules:
  • Normal sudoku rules apply.
  • Digits cannot repeat on the indicated diagonals.
  • Region Sum Lines: digits along region sum lines have the same sum within each box the line passes through.
  • German Whispers: adjacent digits on the green lines must differ by at least 5.
  • Kropki: digits separated by a white dot must be consecutive. Digits separated by a black dot must have a ratio of 1:2. Not all dots are given.
SudokuPad

Lösungscode: Row 1 and Row 8


Gelöst von butch02, TheRiddler, sujoyku, NRB, SKORP17, Flinty, oshitada, RickiFerrara, Carpet11, OutOfMyMindBRB, zuzanina, Puzzle Weasel, antiknight, lmdemasi, lovely7998, MarkSud, Sniglett, dennischen, Bjd, ... zhergan, Julianl, daniesg, SirRookie, zhall12570, noodlehead, lovely, Carolin, PippoForte, karlmortenlunna, snuuba, ghosting, sorryimLate, teuthida, mihel111, killer_rectangle, hurrynot, Drafuf
Komplette Liste

Kommentare

am 2. Juli 2024, 17:03 Uhr von snuuba
Very elegant, smooth solve path. Definitely goes to my favorite list. Thanks.

am 6. November 2023, 21:07 Uhr von sdholmes
I love it when identically placed clues still allow for so many clever little deductions back to back in order to sort out each of the lines. Very nice puzzle!

Zuletzt geändert am 5. November 2023, 19:25 Uhr

am 5. November 2023, 19:25 Uhr von Black_Doom
Thanks for the comments! Glad you all liked the puzle :D

am 5. November 2023, 00:51 Uhr von antiknight
Great start !

am 5. November 2023, 00:36 Uhr von NRB
Tricky but nice

am 4. November 2023, 22:11 Uhr von sujoyku
I can only agree with TheRiddler's comment. The break-in is very beautiful and it is surprising how much work some innocuous-looking clues can do. Thank you for setting and sharing this amazing puzzle, Black_Doom!

am 4. November 2023, 22:02 Uhr von TheRiddler
Very nice puzzle with a cool break-in!

Schwierigkeit:3
Bewertung:93 %
Gelöst:105 mal
Beobachtet:9 mal
ID:000FQC

Rätselvariante Online-Solving-Tool

Lösung abgeben

Lösungscode:

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