Cells seperated by a knight's move in chess may not contain the same digit.
All neighbouring cells, that sum to 10 are marked with an "X".
All neighbouring cells, that sum to 5 are marked with a "V".
All neighbouring cells connected with a white dot are consecutive.
Solution code: Row 3 and 4
on 12. September 2024, 13:58 by permafrostyx
yay 2:00
on 13. April 2024, 23:12 by michael_787
Rules are clear enough. I used colouring to solve. Thx for setting a nice puzzle.
on 11. April 2024, 10:34 by PatJoyce
I just solved that but had forgotten about the knights move rule. How did that happen?
on 8. April 2024, 21:27 by geronimo92
Agree with qbert72 and benji, clear enough no problem with the rules !
on 7. April 2024, 17:54 by Benji
The puzzle is nice, the rules are clear (I think the wording is intentional and also fine).
on 7. April 2024, 02:59 by qbert72
Nice puzzle! I disagree with the comments regarding the rules. Their wording, though unconventional, is 100% correct.
on 6. April 2024, 23:15 by AlSina
It's a nice Puzzle, but the last rule needs clarification or improvement.
on 6. April 2024, 07:06 by Azukay
nice puzzle, however i do agree with the others that some more clarity could be better.
on 6. April 2024, 00:08 by Jreg
I agree with the comments, the rules aren't clear enough. You might want to phrase it like this, for example: "Cells connected by an X sum to 10, cells connected by a V sum to 5, all Xs and Vs are given. Cells connected by a white dot are consecutive. (Not all white dots are necessarily given.)"
on 5. April 2024, 20:06 by tobymgk
I think there’s some nuance in the wording of the rules that makes it make sense. “All neighboring cells *that sum to 10* are marked with an X” vs. “All neighboring cells *connected with a white dot* are consecutive.” But, might just need to add a little clarity.
Nice puzzle!
on 5. April 2024, 19:51 by LehanLehan
Agreed with Christovaneeden
on 5. April 2024, 17:36 by Christovaneeden
Nice puzzle.
@9Rookienumbers. The fist 2 kropki dot rules is supposed to imply a negative constraint.
I do agree with you on the last rule. Negative constraint cannot apply for the last rule. Would make the puzzle unsolvable
on 5. April 2024, 17:27 by 9Rookienumbers
Nice easy puzzle. I would suggest removing the word "all" from the beginning of the last three rules: it seems to imply a negative constraint, which isn't there.