Logic Masters Deutschland e.V.

Selfish Cages

(Published on 13. November 2022, 21:34 by Ennead)



Normal sudoku rules apply.

Digits in cages cannot repeat and must sum to the small corner total, where given.

Pairs of cages that share an edge must share a single digit.




f-puzzles CTC


Solution code: Column 3 followed by row 8 (18 digits, no spaces)

Last changed on on 13. November 2022, 23:46

Solved by AnalyticalNinja , yttrio, davidagg, SKORP17, PixelPlucker, dumediat, Myxo, polar, glum_hippo, han233ing, pkp, Bimatalajati, ElecCatMon, solimander69
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Comments

Last changed on 30. June 2026, 03:01

on 30. June 2026, 03:00 by solimander69
Exquisite puzzle. Had to color until two cages were highly related. One had an extra digit and higher sum. Was able to deduce that extra digit as the difference in cage sums. Only took me 3 days of 4 plus hours a day.

Last changed on 21. June 2024, 07:36

on 20. June 2024, 21:30 by glum_hippo
Surprising in moments, and very hard
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Thanks for ploughing through it! I appreciate your tenacity. This puzzle is much too hard really. I'm not sure I could solve it myself without looking at the notes!

Last changed on 6. December 2022, 09:03

on 6. December 2022, 05:51 by PixelPlucker
This was a proper challenge and also very gripping. Thanks, Ennead!

- You are very welcome! Well done for getting through it. I appreciate your persistence!

Last changed on 17. November 2022, 16:31

on 17. November 2022, 16:18 by SKORP17
Dürfen sich die Cages nur jeweils 1 Ziffer teilen oder auch mehr als 1?

- Only 1 digit. (Nur eine Ziffer.)

Last changed on 16. November 2022, 16:06

on 16. November 2022, 15:25 by davidagg
It was certainly a challenge, and I'm not sure I always followed the intended path. Thanks for setting it.

Last changed on 16. November 2022, 15:28

on 16. November 2022, 15:21 by davidagg
Really hard!

- Yes. It's the hardest puzzle I have made, both for me and you! Thanks for solving. I hope you enjoyed the challenge.

Last changed on 16. November 2022, 15:23

on 14. November 2022, 02:47 by yttrio
An interesting rule set with some cool logic. This was quite difficult, but felt very rewarding to finally solve.

- Thanks for solving (and for your help taming the original version.) Glad you liked it!

on 13. November 2022, 23:46 by Ennead
Fixed broken solution code.

Difficulty:5
Rating:89 %
Solved:14 times
Observed:13 times
ID:000C01

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