3 Logic operated doors you can examine and modify to suit you own particular application. There are duplicate rail changers in the lower logic, these are so you follow it more easily.
Keep in mind I kept these doors UN-optimized so you could follow the logic without me having to make a video tutorial.
Activation is always done by the FlipFlop logic the raised button is connected to, should you want other triggers (area, step, docking etc.)
6 Part Door
This door just looks cool (more images below). The sliding floor plates prevent someone dropping into a crack (slight delay to prevent lag jams). I had in mind the use as a pressure door between compartments but scaled up it would make a good hangar door or launch bay door.
Multi-Layer Door (aka Star Wars blast door)
We have all seen this door (minus the jester coloring for ease of seeing what does what). It is a simple thing but designed to let you add layers as needed and very 'flat' to let installation be quick and simple. Without the slight timing difference between doors you could simply make one side with spacing between door parts.
4 Part Diagonal Door
It looks wickedly complicated but really it's the same thing 4 times plus a top and bottom part (that run advanced or delayed depending on opening or closing). Rail sensors and wireless let the parts communicate, some extra buttons just help route the 'wires' from being visible.
Of note is the single 'extra' wireless sensor in the upper right (this facing) of a door part. This unit senses when the top and bottom plates more into place. Again there are extra rail switches that can be removed/optimized but this is a learning tool so I left them in for simplicity.
When building this door watch button don't rest against rails or they can trigger as the rail passes and stuff gets weird fast.
Enjoy, comment and most of all... learn your logic
Keep in mind I kept these doors UN-optimized so you could follow the logic without me having to make a video tutorial.
Activation is always done by the FlipFlop logic the raised button is connected to, should you want other triggers (area, step, docking etc.)
6 Part Door
This door just looks cool (more images below). The sliding floor plates prevent someone dropping into a crack (slight delay to prevent lag jams). I had in mind the use as a pressure door between compartments but scaled up it would make a good hangar door or launch bay door.
Multi-Layer Door (aka Star Wars blast door)
We have all seen this door (minus the jester coloring for ease of seeing what does what). It is a simple thing but designed to let you add layers as needed and very 'flat' to let installation be quick and simple. Without the slight timing difference between doors you could simply make one side with spacing between door parts.
4 Part Diagonal Door
It looks wickedly complicated but really it's the same thing 4 times plus a top and bottom part (that run advanced or delayed depending on opening or closing). Rail sensors and wireless let the parts communicate, some extra buttons just help route the 'wires' from being visible.
Of note is the single 'extra' wireless sensor in the upper right (this facing) of a door part. This unit senses when the top and bottom plates more into place. Again there are extra rail switches that can be removed/optimized but this is a learning tool so I left them in for simplicity.
When building this door watch button don't rest against rails or they can trigger as the rail passes and stuff gets weird fast.
Enjoy, comment and most of all... learn your logic
