Forces Star Pass

do you really understand? I will test you, which robot can ride B?

 

yes body, because the eye is not a movable block.

 

The point is the order. so this can explain all the previous demos. for example the demo of the star embedded in the ball by @935

 

And now I can explain this demo, why the path above can't be passed. because in order, the top slider is after the star. if I use your term, then the slider is more dominating than the star.

 

yes, so it's certain that P can't ride B. what about R and small R?

 

Yes you're right.

 

This sequence also deals with duplication, bermuda effect, and sensors.
But for sensors, increasing the number of robots and sliders will have an effect, this is what I'm researching.

 

Yes this is what I mean. I'm not very good at explaining.

 

Wait a minute, it means you are hiding another win. I didn't notice.

 

I think your word "read" is better. If there are 2 blocks in one cell then the block that is read is the last one in the order above.

 

But what about the stars that can give strength? like the magic wand and scooter.

 

This reinforces that stars can make blocks "disappear" (has no physical).

 

We know that R/L can step on starpass. But what if we lower the height of the block?
Here I use eye to adjust the height (you can also use a zapper or an elevated stair).