A cube has six faces. There should be 64 named food shapes on this grid. In 32 of them, the filling should fall to the floor immediately.
Don't play like you're doing science if you're not really willing to think it through.
A cube has six faces. There should be 64 named food shapes on this grid. In 32 of them, the filling should fall to the floor immediately.
Don't play like you're doing science if you're not really willing to think it through.
The interior is the undocumented 7th face. A block of chocolate has all 7 faces solid.
The exterior is the undocumented 8th face. Culinary science has yet to discover how to make that face solid.
@mogwai_poet It's only 64 if you count rotations of foods as different foods, right?
A sandwich, rotated 90°, is still a sandwich?
@hungryjoe @mogwai_poet Well, they mentioned food falling to the floor, so rotation is not always irrelevant. Only rotation about the vertical (Z or Y) axis is.
Using Burnside's Lemma, we get that there are (64+8+16+8)/4 = 24 shapes of food that are distinct under that rule.
Partially. If you take gravity into account (e.g. for food), then rotations around the "up" axis can be counted as duplicates, while other rotations might result in a catastrophical loss of hull integrity.
@mogwai_poet @mcc "Cube Rule" is deeply flawed anyway. My own personal test of sandwichdom is the "Earl Rule", i.e. "can I eat this one handed, whilst playing euchre with my Regency-era chums, without losing my eye contact with them (which might risk missing a tell) and without messing up the felt of my fancy gambling table"
A Snickers is a sandwich. A thick milkshake is a sandwich. A hot dog is only a sandwich if it is light on condiments. Cheetos are too messy to be a sandwich unless eaten with chopsticks.
@aubilenon @mogwai_poet to be fair, I think some of these can be collapsed. In no other context do we consider the orientation of the eater to the food when preparing it, nor do we change food designation based on rotation around the vertical axis. Gravity alone provides a privileged vector.
A pizza should have three rotational isotopes (what's the actual math word for this?), not six.


@mogwai_poet most of those are isomorphic though. if you rotate sushi 90 degrees around any axis, it's still sushi
the one missing one is floor+two adjacent vertical sides