Logic Masters Deutschland e.V.

Breadcrumbs (Ring-Ring/Masyu/Ambiguity)

(Eingestellt am 28. Oktober 2022, 12:53 Uhr von dumediat)

This is the puzzle that I created for zetamath's October 2022 pencil puzzle setting challenge. I hope that you enjoy the puzzle. Ratings, comments, and feedback are much appreciated! Please feel free to reach out to me on Discord if you have any comments or questions. Please also feel free to try my other puzzles here

Rules:

  • 10x10 Ring-Ring/Masyu: Draw rectangular loops through the centers of some cells so that every white cell gets used. Loops may not travel through black cells. The sides of different rectangles may intersect each other, but not turn at their intersection or otherwise overlap. When a loop goes through a black circle, it must turn and travel straight through the cells on either side. When a loop goes through a white circle, it must go straight through and turn in at least one of the cells on either side. Each circle contains loop segments from exactly one rectangle.
  • The gray nodes represent either black squares, white circles, or black circles. The solver must determine what each gray node represents (solution check requires correct loops and shading).

Penpa+: https://tinyurl.com/2mqqkax6

Lösungscode: Nodes only from row 9 and column 10 using the following indicators (8 characters total): Black square = X - White circle = W - Black circle = B

Zuletzt geändert am 4. November 2022, 12:23 Uhr

Gelöst von Ambrose, Jesper, ksun48, SPREVVIE, misko, OGRussHood, jessica6, polar, wisty, Mark Sweep, Dandelo, Uhu, Bellsita, Echatsum, filuta
Komplette Liste

Kommentare

am 4. November 2022, 12:37 Uhr von wisty
Absolutely lovely puzzle! Everything from the concept to the execution is intriguing but very navigable. Really happy to see more ring rings coming from the pencil puzzle challenge!

Zuletzt geändert am 28. Oktober 2022, 14:15 Uhr

am 28. Oktober 2022, 14:00 Uhr von Jesper
A very nice hybrid, enjoyed it, thanks!
>>dumediat: You're welcome, I'm so glad you enjoyed it!

Schwierigkeit:3
Bewertung:96 %
Gelöst:15 mal
Beobachtet:1 mal
ID:000BTS

Variantenkombination Neu Online-Solving-Tool

Lösung abgeben

Lösungscode:

Anmelden