Logic Masters Deutschland e.V.

Semaphore lights (on triangle II)

(Published on 15. July 2018, 10:11 by DarkBeamIta)

In no row, and in no inclined column (inclined on left or right), numbers are repeated. Fill every box with digits 1 to 9. Leave EMPTY the three border cells in the middle.

This puzzle has some colored marks. All marks are given; they give you information about the two adjacent numbers (every cell has six neighbours!). Some marks may be present on lines connecting two cells!

When the sum or difference is exactly 5, the mark is orange.

When the sum is less than 5, the mark is green.

When the difference is more than 5, the mark is red.

When there is an arrow on a row, or on an inclined column (inclined on left or right), the number pointed by the arrow is not present.

As a consequence, the fives can be placed only ... where? And can you complete the whole puzzle?


Solution code: The numbers you must put on inclined columns with arrows, numbers top to bottom, i.c. "9" then i.c. "8".

Last changed on on 16. July 2018, 10:24

Solved by adam001, Matt, Zzzyxas, ch1983, ManuH, Nothere, Luigi, zorant, flaemmchen, bob, zuzanina, sf2l, saskia-daniela, tuace, Rollo, swotty, marcmees, jessica6, ibag, cornuto, mango, Uhu, Joe Average, ... Joo M.Y, pin7guin, Saskia, Mars, lutzreimer, Julianl, pokerke, Laje6, Mathi, Carolin, Thomster, derwolf23, Voyager, skywalker, NikolaZ, rimodech, AlSantsu, CHalb, rcg, ildiko, Raistlen, Dugong, CJK
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Comments

on 21. January 2020, 16:57 by AlSantsu
Rules a little confuse

on 16. July 2018, 10:24 by DarkBeamIta
Added the german comment as requested, thanks.

on 15. July 2018, 23:26 by zuzanina
In the German version:
"Alle möglichen Kreise sind gegeben" is missing...

on 15. July 2018, 15:35 by DarkBeamIta
@Zzzyxas true fixed, thanks!

on 15. July 2018, 12:10 by DarkBeamIta
image fixed sorry :D thanks for pointing it out

on 15. July 2018, 10:39 by adam001
Only the english version shows the correct image.
Nice puzzle!

Difficulty:1
Rating:72 %
Solved:58 times
Observed:3 times
ID:0002TZ

Hexagonal

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Solution code:

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