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P.S. A well-reasoned "It's impossible" is also an answer.
Ничто не возникает из ничего и ничто не пропадает бесследно.
Если где-то чего-то убудет, то в другом месте добавится.
(Закон сохранения).
Well, well... This solution doesn't seem to match the "examples" given in the question. It says that if 2 and 3 have the same color, then 1 must name exactly that color. But according to the "algorithm," if the colors are white, then 1 must name... blue.
Based on whichCriminal Code articletheorem, axiom, etc., is this conclusion made? ;)
Added after 4 minutes
If it really isn't clear, I will try to explain using an example with 10 sages. Set the colors of their hats then, and we'll count together.
И пока в кармане пачка милкиуэйев - значит все не так уж плохо на сегодняшний день
A "lying" rectangle is divided in half by a horizontal line. The lower half is in turn divided in half by a vertical line, and the upper half is divided into 3 equal parts by two vertical lines. You need to draw a curve without lifting the pencil from the paper, crossing all the lines of the resulting figure (two or more lines lying on the same line are not counted as one line; intersection means "inside the line") exactly once. How?
P.S. An argued "No way" is also an answer.
Looks like there's no way! And I have an idea how to prove it!!! Paths on a graph!!!
Looks like there's no way! And I have an idea how to prove it!!! Paths on the graph!!!
Ничто не возникает из ничего и ничто не пропадает бесследно.
Если где-то чего-то убудет, то в другом месте добавится.
(Закон сохранения).
A connected graph is Eulerian if and only if the degree of each of its vertices is even.
Added 2 minutes later
I officially declare that I don't like this topic.
Ничто не возникает из ничего и ничто не пропадает бесследно.
Если где-то чего-то убудет, то в другом месте добавится.
(Закон сохранения).
🏹🎪+⛓️♿=💕

The degrees of vertices B and D are not odd!!! Therefore, it is impossible to construct an Eulerian cycle!!!
Ashet created Rhubarb and the mafias, so...
And do you like this one and others by the same author in this section?:mad:
Ничто не возникает из ничего и ничто не пропадает бесследно.
Если где-то чего-то убудет, то в другом месте добавится.
(Закон сохранения).
Do you also like this one and other works by the same author?
🏹🎪+⛓️♿=💕
