First off, the following idea is NOT mine, but I can't figure out who did it. And I don't think that I am remembering it well enough.
So...
Each block has a force outwards. For liquids, for instance, it is like this.
Liquids try to spread first, then modify P. Liquids start out with P=1. I can't remember the correct algorithm
Solids are like this.
It isn't exactly infinity, more like it gives the normal force; it pushes back with the same amount of force as being pushed on it. So it doesn't move.
Air has all forces 0. (You could also add to all blocks a unit of force, leading to vacuums. This part of the suggestion wasn't already there, I just had this thought.)
There were probably other stuff in this suggestion, but I don't remember it at all. If you ask me questions about it, however, I will be likely to remember.
Oh, and new water suggestions have to be exact. Otherwise, Notch can't code it.
First off, the following idea is NOT mine, but I can't figure out who did it. And I don't think that I am remembering it well enough.
So...
Each block has a force outwards. For liquids, for instance, it is like this.
Liquids try to spread first, then modify P. Liquids start out with P=1. I can't remember the correct algorithm
Solids are like this.
It isn't exactly infinity, more like it gives the normal force; it pushes back with the same amount of force as being pushed on it. So it doesn't move.
Air has all forces 0. (You could also add to all blocks a unit of force, leading to vacuums. This part of the suggestion wasn't already there, I just had this thought.)
There were probably other stuff in this suggestion, but I don't remember it at all. If you ask me questions about it, however, I will be likely to remember.
Oh, and new water suggestions have to be exact. Otherwise, Notch can't code it.
And technically 6/5 is 120%