Innen-Knapp-Daneben-Rundweg-Knapp-Daneben-Fillomino
(Published on 1. April 2010, 00:18 by uvo)
Place a number into each square, and draw a closed loop along the grid lines that doesn't cross or touch itself (the loop doesn't need to use all the gridpoints). The numbers belong to both an Inside False Fences and a False Fillomino puzzle:
Fences: Each number
outside the loop indicates how many adjacent edges are used by the loop. For the numbers
inside the loop the same property holds; however, all clue numbers inside the loop are one more or one less than the respective correct number.
Fillomino: Consider groups of identical numbers that are horizontally or vertically connected. Every such group consists of one more or one less square than the respective number indicates. Further, every such group must lie completely inside or completely outside the loop.
Solution code: All numbers row-by-row from top to bottom, followed by the number of squares inside the loop.
Last changed on on 2. July 2024, 01:59
Solved by pwahs, lupo, hopppe, saskia-daniela, Alex, Semax, Statistica, flooser, ibag, Lohnecke, matter, pokerke, Rollo, Mody, Luigi, RobertBe, Danielle, Toastbrot, derwolf23, ffricke, r45, sandmoppe, ... Skinny Norris, relzzup, MiR, moss, Babsi, kiwijam, Ute2, pirx, Oskama, Zzzyxas, rob, AnnaTh, Krokofant, Joe Average, ildiko, KlausRG, tuace, Matt, jessica6, jirk, amitsowani, misko, CJK, Drawoon
Comments
on 6. August 2010, 13:41 by Realshaggy
@MagicMichi: Eigentlich stimmts, du mußt dann irgendwo einen Fehler machen.
on 14. July 2010, 00:20 by Javier Rebottaro
@pin7guin: Thanks! :-))
on 8. April 2010, 12:28 by pin7guin
Write a digit in every cell. Draw a (normal ;)) closed loop.
The puzzle is a mixture of a inside-Knapp daneben-closed loop and a Knapp-Daneben-Fillomino:
Closed loop: Every digit outside the loop shows the number of edges used by the loop. Digits inside the loop are +/-1 the right number of edges.
Fillomino: If you look at the fillomino-regions every region contains one cell more or less than the digit in the region shows. Every region is either completely inside or completely outside the loop.
Lösungscode: All digits row by row, followed by the number of cells inside the loop.
Have fun solving!
on 8. April 2010, 06:19 by Javier Rebottaro
Sorry: they can make an explanation in English of the puzzle, and the response code?. Thanks !!:-)
on 1. April 2010, 16:29 by Rollo
Toll, ein typisches uvo!