Fantastic mekorama

I like it! Although B had a habit of falling off the edge for me.

 

Because I need to turn everything into a Wedge/Stair autopilot at some point...

 

I don't know much about sensors, but I think these are a sensor. They are all variations of the same sensor, because B has to be the same amount of blocks away from it for it to work, but each one does different things once B is away from it. I discovered these by myself, however they may already be discovered. Any way hope you guys find them interesting.

 

@Denis Nazin, thanks my friend . The sensor also works with R or L, but as soon as you add two bots to the level, the sensor won't work any more. However it still may be possible to make a level where B or R or L (on their own) has to get close to the sensor to stop it from rotating, causing something to happen. I'm still trying to figure out something that would need the sensor to stop rotating to make a level passable.

 

Hey @Denis Nazin actually I was making a level and found this may be you know something about this

 

I don't think I've seen this sensor design before. I've seen similar ones, I think they were horizontal and used to redirect balls. I like how the first two push B.

 

I think in this case attaching the R bot is like attaching a motor to make the element budgeable. Otherwise the metal is fixed in place. See this demo:

 

Nice it worked on bot lift

 

Credit @delator77 @Logo
Hovers can also be used to replace wedges.

 

Wow!! that was really cool... it seems a variation of "zapper walker"

 

Spoiler

When the slider starts going down and B doesn't have time to go up then B behaves strange....

 

Spoiler

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I like when B's feet stick to the wall and go above B's head.

 

Hey I made a demo card in which the holy Cross is floating in air.......

 

I was just messing around with sliders then I found this:

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It seems that a slider with rail is stronger than a rail-less one. After the two sliders nearly finished the rail, they start moving like a normal slider but does not stop at the end, creating a "bouncing" effect.

 

They don't stop at the end because sliders without rails behave somewhat like water in that they consider the boundary of the level to be the furthest non-metal element. See my first demo. If you add grass or stone blocks under the end of the rail in your demo the sliders go all the way (see 2nd attachment).

I don't know why they start slowly and speed up. They behave even more strangely in the 2nd attachment (the one I adapted from yours). In that version they start the same as in your version, but after going out and back they start going extremely slowly (much slower than at the start). Seems strange.

Spoiler: Demos

 

I found that the win block not triggered by the vibrated draggables although it's touch even push the win block.

Spoiler: Not Triggered