- Normal sudoku rules apply.
- Killer cages: Digits in a cage sum to the clue in the top left.
- German whispers lines: Adjacent digits on a green line must have a difference of at least 5.
- Nabner lines: The yellow lines are Nabner lines, i.e. on a golden line there may not be consecutive or repeated digits.
Example: If a 5 lies on a Nabner line, this line may not contain another 5 and neither a 4 nor a 6.
- Renban lines: Each purple line contains a set of consecutive non-repeating digits in any order.
- Entropy lines: Each set of three consecutive digits on an orange line has to contain a low (1, 2 or 3), a medium (4, 5 and 6) and a high digit (7, 8 or 9).
Here you can solve the puzzle online:
Solution code: Row 5 from left to right (9 digits in total)
on 1. May 2024, 18:41 by Lenivaya_Joppa
Thank you for this great puzzle! I admit, I got caught between the lines and first found a solution that worked well apart from one line (the yellow line in box 1-2), so I had to restart the puzzle because I had probably made a too quick conclusion. Finally I found the right solution, thank God.For me it was challenging to keep track among all the different sorts of lines. I think this puzzle has a really beautiful harmony and I'm happy that I won in the end! Thank you, dear sujoyku! :)
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Thank you for your comment, Lenivaya_Joppa, and congratulations on the solve! I am glad that you enjoyed the puzzle and liked its symmetry.
Kind regards, sujoyku
on 10. December 2023, 06:09 by Mundane
Fun and smooth. great puzzle.
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Thank you for the comment, Mundane! I am glad that you liked the puzzle and had a smooth solve.
Kind regards, sujoyku
on 24. November 2023, 00:23 by josemadre
Fun!
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Thank you for the comment, josemadre! I am glad you had fun with the puzzle.
Kind regards, sujoyku
on 20. November 2023, 14:29 by CaptZebraCakes
Very nice puzzle!
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Thank you for the comment, CaptZebraCakes! I am glad that you enjoyed the puzzle.
Kind regards, sujoyku
on 20. November 2023, 14:08 by CaptZebraCakes
Very nice puzzle!
Difficulty: | |
Rating: | 92 % |
Solved: | 42 times |
Observed: | 8 times |
ID: | 000FVW |