Solve this!

Could this be a solution?? :v

File: 1482522808171xd.jpg (656KB, 1143x1133px) Image search: [Google]

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>>8559137 here

It's not possible.

File: 1482531205867.jpg (661KB, 1143x1133px) Image search: [Google]

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easy

>>8559136
>>8559137

>:v

This guys are stupid.

File: 提交.png (2MB, 1143x1133px) Image search: [Google]

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>>8559136

File: shitty graph.png (7KB, 426x254px) Image search: [Google]

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>>8559136
Let each room (including outside) be a vertex.
each door is an edge from vertex on another.

For an euler circuit to exist (a circuit where all vertices are contained and each edge is used only once), each vertex must have a positive even degree (number of edges connected to vertex).

Since there exists at least one vertex with odd degree, an euler circuit does not exist and the problem is autistic indeed.

>>8559175
winrar

>>8559165
I hate chinks.

>>8559525
Ah ok.

>>8559159
Lol I just assumed this was euler's bridges and therfore imposible.

>>8559187
lmao do you even read

>>8559590
look, he drew shut a hol...i mean door

>euler trail
>more than 2 vertices of odd degree

pick one

>>8559136

Not possible. Since the line cannot pass through the same passage twice, then that means each room needs to have an even number of passages (number of exits = number of entrances). Only two rooms may have an odd number of passages - the room where the line begins, and the room where it ends. If there are more than 2 rooms with an odd number of passages, then the puzzle becomes impossible. In ops image, there are 3 rooms with odd numbered passages, and hence there is no solution.
>>8559159

Not the same as OPs puzzle

File: 1482531205867s.jpg (24KB, 250x247px) Image search: [Google]

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>>8559136
I'm good on this.

>>8559662
> gets debunked before posting
> says the puzzle is not the same

Kill yourself, butthurt faggot.

>>8559680
Yours is missing a door between the top two corridors.

File: first try best try.png (72KB, 249x246px) Image search: [Google]

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>>8559136

>>8559175
what a fat line anon

>>8559851
kek

>>8559187

This is on the right lines. But we are not looking for an Euler circuit, since the problem specifies that the line can begin and end in different places.

>>8559662

This is the correct solution, although he counted the number of rooms with odd-numbered doors incorrectly (probably because he forgot to count outside as a room)