Logic Masters Deutschland e.V.

Aztec

(Published on 2. August 2025, 07:28 by RedBarchetta)

Rules: Normal Sudoku / Normal Variant rules apply.

Normal: Place the digits 1 to 9 once each in every row, column, and 3x3 box.

German Whisper – Consecutive digits on green lines must differ by 5 or more.

Modular Lines – Every 3 cells along a teal modular line must contain one "left" digit (147), one "middle" digit (258), and one "right" digit (369) .

Quadruples – Every digit in a white circle must be assigned to one of the surrounding cells.

Renban Lines – Digits on purple lines are a set of consecutive digits without repeats in any order.

Commentary Corner: There's a bit of parity play, some German squishiness, and some 19-28-37-46 coloring. Lots of ways to attack and have fun; Enjoy!

Links:

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Solution code: Column 9 - top to bottom.

Last changed on on 2. August 2025, 17:33

Solved by jalebc, DanishDynamite, iamissam, Kirra, mabjim007, Mutiny, sujoyku, redgecko, Marshal on Mars, LehanLehan, Testpilot Pirx, polcat, milxqueen, hige, juxquiz, SKORP17, killje, fuxia, zrbakhtiar, ... strangelyinsane, bugsduggan, Lussie, jkl, IrishDevil, ElefantiUndMira, Nemefish, Harold, trazere, Madoka42, me and the paws, agvard, noodlehead, peterkp, BlackApolloX, ammiraglio, zeneszerzo, nunc
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Comments

on 3. August 2025, 09:36 by Franjo
Beautiful puzzle. Thank you very much for sharing.

Last changed on 3. August 2025, 02:55

on 2. August 2025, 17:58 by VitP
comment for MARS:
the "extra" modular lines are needed to complete the PICTURE

>> Nailed it!

on 2. August 2025, 17:33 by RedBarchetta
Corrected CTC puzzle rules

on 2. August 2025, 17:28 by RedBarchetta
Clarity on rule

on 2. August 2025, 17:27 by RedBarchetta
Corrected Mod 3 description

on 2. August 2025, 17:26 by RedBarchetta
Oops, I did it again! I consistently mean the one rule and type the other. It was copy paste error - correct. The lines are Mod 3 from 147-258-369. Thanks for the catch! And I will update the rules and the puzzle link.

Last changed on 3. August 2025, 02:54

on 2. August 2025, 13:14 by Marshal on Mars
You can completely remove three of the modular lines and it still solves logically (and still quite easily). That's not a problem necessarily, but it struck me as odd.

>> Correct. I added them all for symmetry. I considered adding a link to a "harder" version without all the same clues.

Last changed on 3. August 2025, 03:12

on 2. August 2025, 12:53 by sujoyku
Thank you for this beautiful and fun puzzle, RedBarchetta!

@CortexVortex: The lines are modular, not entropic. There is a (copy-paste?) error in the rules. Any three digits on the line must have different remainders when divided by 3 (one of 147, 258 and 369 each).

>> My pleasure, sujoyku! Glad you enjoyed it!

on 2. August 2025, 08:57 by CortexVortex
How can the teal lines be modular and all of them from 1234, or 1289? there's no large # in the first example and no middly digit in the second example, though the lines are 3 cells long?

Last changed on 2. August 2025, 09:29

on 2. August 2025, 08:43 by iamissam
There is a mistake in the rules

For the modular line every 3 cells must contains 147, 258, 369

not 123, 456, 789

on 2. August 2025, 07:35 by RedBarchetta
None.

Difficulty:2
Rating:97 %
Solved:149 times
Observed:2 times
ID:000OI4

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