Logic Masters Deutschland e.V.

Corners and Sum Lines

(Eingestellt am 7. März 2024, 22:17 Uhr von Jolly Rogers)

RULES:

  • Normal Sudoku rules apply.
  • Squares: Divide the grid into non-overlapping square shaped regions. The sum of a square's four corner cells must be divisible by the number of cells that square contains. E.g the sum of the corners for a 3x3 square must be divisible by 9. Every cell must belong to a square and a 1x1 square region is not valid.
  • The cell containing a red circle cannot be a corner of any square region.
  • Parity: Orthogonally adjacent cells separated by a square region border must have the same parity (odd or even).
  • Sum Lines: Square region borders divide each blue line into segments with the same sum.

LINKS:

Play on SudokuPad

Hope you enjoy.

Lösungscode: All the digits in the largest square region, going left to right from top to bottom.


Gelöst von Brodie2000, bansalsaab, apothycus, Tilberg, SeveNateNine, Phistomefel, Qodec, Mr.Menace, str, ChinStrap, Wessel Strijkstra, waffles_the_dog
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Kommentare

am 24. April 2024, 20:27 Uhr von Jolly Rogers
Thank you all for the kind comments

am 24. April 2024, 15:05 Uhr von ChinStrap
Super fun! Many times I thought nothing could possibly be forced but it winds up just needing some attention. Very approachable if your mind works the right way.

am 24. April 2024, 12:27 Uhr von str
Very cool how that solved, thank you!

am 24. April 2024, 11:28 Uhr von Mr.Menace
Very fun logic in the puzzle, which was really consistent all the way through!

am 9. März 2024, 07:55 Uhr von Phistomefel
That was a very fun challenge. Thanks a lot, Jolly Rogers! (:

am 9. März 2024, 02:12 Uhr von SeveNateNine
Awesome puzzle, I'm impressed that these rules worked as well together as they did.

am 8. März 2024, 06:14 Uhr von bansalsaab
Take a bow. What an amazing concept.

am 8. März 2024, 01:02 Uhr von Brodie2000
Excellent puzzle! That was a lot of fun.

Schwierigkeit:4
Bewertung:94 %
Gelöst:12 mal
Beobachtet:0 mal
ID:000H7E

Variantenkombination Online-Solving-Tool

Lösung abgeben

Lösungscode:

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