Logic Masters Deutschland e.V.

Angel

(Eingestellt am 8. August 2025, 19:50 Uhr von zetamath)

This puzzle was created with my friends on stream. For a VOD of its creation see HERE.

Normal sudoku rules apply.

Between Lines: Cells along gray lines between two filled circles must have values between those in the circles.

Double Arrows: The sum of the digits along a red line connecting two circles is equal to the sum of the digits in the circles.

Odd/Even: The digit in the circle is odd. The digit in the square is even. There is no negative constraint on odds or evens.

For clarity, digits may repeat on lines of either type if allowed by other rules.

Have fun, leave a comment if you enjoy the puzzle!

Play this puzzle on SudokuPad

PS: I stream solving sudoku like puzzles two days a week, as well as posting Let's Plays of puzzle games like Blue Prince. You can check out the channel, as well as some videos I have made about setting puzzles, at my YouTube channel here.

Lösungscode: Row 9


Gelöst von SKORP17, Myxo, Snookerfan, efnenu, Ambrose, Bjd, ole-1995a, Crusader175, AvonD, jalebc, Aaravos18, jkuo7, Piff, Elliott810, Maximus, 12zhime, blueberrypug, TripleABattery, Tilberg, bansalsaab, ... widjo, crosslegged, kdwji, cmigas, pms_headache, abed hawila, Norkas, vorash00, Freegerator, karlmortenlunna, lmdemasi, OGRussHood, jakestilesowen, scushuaishuai, nighthawkranger, redfoot, Dentones
Komplette Liste

Kommentare

am 17. August 2025, 19:13 Uhr von jakestilesowen
I agree that this is visually striking and well named!

am 14. August 2025, 14:02 Uhr von OGRussHood
A truly heavenly puzzle!

am 12. August 2025, 00:45 Uhr von Freegerator
Enjoyed this one, thanks! I look forward to watching the setting VOD

am 9. August 2025, 15:35 Uhr von Exigus
Visually stunning and a very nice solve. Thanks!

am 9. August 2025, 02:20 Uhr von Crusader175
Very nice!

am 8. August 2025, 22:13 Uhr von Snookerfan
Beautiful puzzle, 4 stars for me. Thank you!

Schwierigkeit:4
Bewertung:95 %
Gelöst:54 mal
Beobachtet:3 mal
ID:000OLU

Online-Solving-Tool

Lösung abgeben

Lösungscode:

Anmelden