Some of you may not know about anything I'm talking about so...

The Law of Adjacent Actuators:
https://steamhost.cn/steamcommunity_com/sharedfiles/filedetails/?id=2144878965&searchtext=the+law

The br beta:
https://steamhost.cn/steamcommunity_com/sharedfiles/filedetails/?id=2386296621&searchtext=beta

Set up:
A 1x1x1s actuator will move a 1x1x1 scalable brick into a 1x1x2 scalable brick at a angle and speed a of : -90 degrees -1 speed.
10x10x1 salable brick holding it all together.

Set up 2:
A 1x1x1s actuator will move a 1x1x1 scalable brick into a 1x1x2 scalable brick at a angle and speed a of : -90 degrees -1 speed EXCEPT the 1x1x2 scalable is standing on a 1x1x1s actuator that doesn't move.
10x10x1 salable brick holding it all together.

Goal: (what we are looking for)
To see if the bricks connected to the actuators will still spas-out erratically in the second set up (as it will in the normal branch). The first set up is to make sure that it won't spas-out regardless of any thing (actuators) that blocks the path of connection.

Experiment 1: (set up 1)
The brick passed through the other brick as normal. (good)

Experiment 2: (set up 2)
The brick passed through the other brick and both started spasing-out erratically as it should in the normal branch. (good)

The actuator physics (LAA in particular) hasn't changed in the experimental branch at all.

That means we are saved.

Anyways I need to finish this guide and go to bed because it's literally 1:00AM rn.