Domino Loop (III)
(Published on 17. October 2014, 12:00 by Richard)
Place the given dominos in the grid so that they form a closed loop that does not touch itself, not even diagonally. The normal domino rules have to be followed: same digits can only touch same digits. The numbers on the left and above the grid are the number of cells occupied by dominos in the respective row or column, the numbers right and below the grid are the sums of the digits on dominos in the row or column.
The grey cells are part of a domino with two equal digits.
Here is an example with dominos 0-0 to 4-4:
And the puzzle:
Link to Domino Loop I and Domino Loop I
Solution code: Row by row all the digits that belong to a horizontally placed domino.
Last changed on -
Solved by Zzzyxas, Luigi, r45, sf2l, pirx, zorant, ibag, Alex, uvo, Senor Dingdong, fridgrer, pin7guin, rob, Mody, CHalb, ch1983, ManuH, Joe Average, tuace, AnnaTh, zuzanina, pokerke, derwolf23, ... Thomster, Danielle, rimodech, relzzup, dm_litv, sandmoppe, Faxi, Eisbär, Uhu, Saskia, Matt, mango, marcmees, Pfannkuchener, misko, dandbdi, EKBM, Realshaggy, Nick Smirnov, HaSe, Krokant, Echatsum
Comments
Last changed on 22. April 2022, 16:24on 19. April 2022, 21:51 by Nick Smirnov
What a great series of puzzles! Very fresh logical twists for me. Once I got how to deal with this type of puzzles I enjoyed it immensely.
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Reply: Thanks for your kind words!
on 31. October 2020, 20:58 by dandbdi
penpa link - https://git.io/JTHKk
on 21. November 2016, 12:11 by Eisbär
Although I'm no big fan of Loop-puzzles, this one was actually very nice to solve... thank you Richard!
on 8. November 2014, 20:30 by Statistica
Hübsch. Aber ganz schön langer Lösungscode für das kleine Rätsel ;-)
on 17. October 2014, 22:01 by ibag
Sehr schön!
