What part's b on? The front top line, front top left corner, or back top left corner?

EDIT: I was looking at it '2D Style'.

It's impossible, everyone.

What part's b on? The front top line, front top left corner, or back top left corner?

Back top left corner.

I figured this out in about 60 seconds.

Edit: As Xon said, this is impossible 2D style.

I figured it out pretty quickly too.

EDIT: No.

Is there some sneaky trick I'm missing?

Took me a minute, but I got it.

are you allowed to cross onto different lines from where they cross (if you imagine it is 2d) if you can i found 4 different paths for it

Nope. My friend explicitly told me that.

are you allowed to cross onto different lines from where they cross (if you imagine it is 2d) if you can i found 4 different paths for it

 

Nope. My friend explicitly told me that.

Right, in that case NO IDEA.

- Tilius

Is there some sneaky trick I'm missing?

Yep!

HINT: Count the number of edges the most direct path will take from any single point.

Yeah, got that before, so I deduced it's impossible. That's why I'm stuck.

Ah. Okay. Got it now. It's really funny once you figure it out.

There's nothing to figure out. It's impossible.

Nevermind; I didn't figure it out. I rechecked and I was going from Point B to Point B.

EDIT: Just figured out the actual way. Which isn't as funny as what I did before.

What would a 'step' be defined as?

EDIT: Never mind, I figured it out. The answer is actually quite simple; it just involves a slightly different method of thinking than what most people are used to using when solving puzzles.

Never mind, I must have accidently counted an extra line then there was.

What would a 'step' be defined as?

 

EDIT: Never mind, I figured it out. The answer is actually quite simple; it just involves a slightly different method of thinking than what most people are used to using when solving puzzles.

It's impossible, though. The only way to win is '2D style'.

What would a 'step' be defined as?

 

EDIT: Never mind, I figured it out. The answer is actually quite simple; it just involves a slightly different method of thinking than what most people are used to using when solving puzzles.

 

It's impossible, though. The only way to win is '2D style'.

I solved it in 3D style, and believe me, it's very much possible. I'll give you a hint: Loopholes are your friends...

What would a 'step' be defined as?

 

EDIT: Never mind, I figured it out. The answer is actually quite simple; it just involves a slightly different method of thinking than what most people are used to using when solving puzzles.

 

It's impossible, though. The only way to win is '2D style'.

 

I solved it in 3D style, and believe me, it's very much possible. I'll give you a hint: Loopholes are your friends...

Dude, it's impossible. You can't get there on an even number.

Just post how you did it, OK?

Is it okay to go back onto a path you've already taken, such as reversing at a corner and going back along the edge whence you came?

No, but I don't think it makes a difference -- according to my Mathematics Bureau, doing so means the path is still impossible. Unless you do it on the first line -- I think the puzzle might actually be solvable that way!

Yep. Mathematically impossible. I can prove it if you want me to.