Very interesting game! I included it in my GM48: One Tool, Many Uses compilation video series, if you’d like to take a look. :) https://youtu.be/le9JcWgAZag

Love the flying teeth idea. Not sure what they do though (Is it a point multiplier? Can you throw them?). Also there seems to be only one way to kill them without dying yourself, and that is perpetually moving backwards while flailing in every direction.

I'm a sucker for derpy art sort of games. So if you had made the enemies one-hit-kill, sent progressively more of them, and added some dope techno loop music, (and maybe some blood, if that's your thing) I would have been all about this. But as is, solid entry that with a bit of tweaking could have been great.

P.S. Oh yeah, and the installer thing. But you already mentioned that so we're cool :)

So uh hey, it has been said already but it's something I wanna make sure as much people get; never

ever

use installers for a game jam

EDIT: Not bad, though it's kinda brainless how enemies just keep coming, kinda feels repetitive; i like the teeth idea but it feels kinda slow and in that case not sure what the multiple uses are. it's nice that you got that kind of "white grab" animation when an enemy grabs on you

Pros: It's interesting to knock people's teeth out and collect them. The basic premise is definitely good and something that could be expanded upon. The physics of the characters and how they are made of pieces is interesting.

Cons: I couldn't figure out any efficient way to kill the enemies, so it seemed like just moving forward and flailing randomly was the solution that got me the furthest. The sound effects were very loud.

I think if there was some way to make them go flying when you hit them with the hammer depending on the force you use it would feel a lot better, but I realize that would be a lot harder to code.

Highscore: 214 feet with three teeth collected

Don't compile as an installer, its very annoying. Other than that, easily the best game in the jam. Really like your use of animation techniques, sound design and inverse kinematics.