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All eletrionic components have its logic based on transistors. They are simple metals, that are semi-conductors. This means that if we have only one source of energy passing through it, then won't conduct, but if you have 2, it will. Just like this: 

 

 

 Input: 1 - Output: 1

 Input: 0 - Output: 0

 

Input: 0 0 - Output: 0 

Input: 0 1 - Output: 0

Input: 1 0 - Output: 0

Input: 1 1 - Output: 1

 

NOTE that one source is coming from the battery (on the left) and the others come from our inputs. If there were no power source (like the battery) the output would always be 0.

 

 

Early developers had though of it, and they made an element called NTCT. But... no one has got any real use of it! Why? Well, it turns out that it isnt good for it. This kind of system must be precise, and NTCT takes too long to turn off, and it often let pass more energy that it should (it takes about 2 seconds for it to cool, which let pass 5 extra sparkles).

 

 1 sparkle as input, 5 sparkle as output when using NTCT

 

 

So here is the idea: TRNS (transistor)

 

In my opinion, its best used as GATES for INST wires. But could also be used with METL NSCN and PSCN like this:

 

• Would be a LED, that keeps turned ON while* getting energy from: 

 -PSCN 

 

*Once the energy stops coming, TRNS will turn off, almost immediately. 

 

•When on, would let energy flow through: 

 -An INST wire (so it would be able to connect or disconect an INST wire without any other elements) or 

 -A METL wire 

 

A simple exemple of its use: 

 

TRNS (dark violet) is off, so INST on its left won't conduct to the INST on its right

 

 

Now, we turned the SWCH on, and energy flows through PSCN untill TRNS.

Since TRNS is energized by PSCN, its now on, and imediately let energy flow

to the other side of the INST wire. 

 

 

A suport element for TRNS: NOT (Kinda opitional, but its good to have one... )

Since we are working with FLOWING energy (like in real world), and not stopped ones, a NOT element is essential. It has the same idea of TRNS, but does the oposite: is normally ON, but when receives energy from NSCN will stay OFF, while this energy keeps coming. 

Has the same properties to let eletricity flow through INST and METL wires. 

 

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So, I'm waiting for your opinion, I was thinking about this element for a while, and it was hard to think of ways to use it, so maybe the element is good, but there are better ways to implement it, I don't know, I tried to make it as easy as it could be (my initial ideas were crazly complex, like 2 elements, flag 1 and 2, that would receive energy from INST, and when both were energizing TRNS, it would transmit energy to INST  lol, insane) 

@cyberdragon (View Post)

 how do i open this without getting any blue screen o.o

could you pls send the ID? // nvm, i reinstalled my tpt

 

As I said, no one is ever making any use of these transistors, because they still let pass more sparkles than the inputs/have delayed performance/sometimes fail. I'm not underating your creation, but I've seen this. This does not solve the problems. I wish I could at least get the developers to improve NTCT, so that it could instantaneously cool... 

 

Here's the first problem that appears: