Well you are quick, that’s exactly what I was thinking, and I am glad I was clear enough. Good job!
So I was thinking again, we have wireless communications, why not wired then? So these time same as before emitter A to receiver A, just through any conductive object.
Just to clean up your mod, I would rename other radio communications simply radio communications and move RREC and REMT into it as general something or other. Also remove INTF till it works. You could also make waves A, B, C have different wave speeds from fastest to slowest.
I was thinking about magnetics, I know everyone says never going to happen, but hey they said the same thing about radio waves. I think i have found a way to make it work, without too much effort for you:
1) Make two new waves that don’t interact with anything else (other receivers ect) Wave North, wave South. 2) Apply these two waves to a single objects with limited range, limit the pointer to minimum two pixels on this element. So left pixel is wave north, right is wave south. 3) Make a receiver in the same fashion as you have before just as a powder, with the properties conductive meltable. Or simply make iron as a powder and a receiver.
I hope I don’t seem to pushy Sweat mod, keep up the good work, on another note your only in year 9? If you are you’re a bloody good coder.
Maniachacker What do you mean in wired communications? It seems like the electronics section plus breakable metal and broken metal.
I put it in the plug-ins section to make it special from the other radio communications, as it receives and emits to all other radio emitters and receivers
INTF somehow works as in its definition, but is relatively weak. It disperses the general red wave slightly.
to magnets: it is possible, but the effect is undesired. If I will add magnets like that, it is possible that the magnet will no longer fall due to gravity with its affected metals due to that the metals block the magnets way as the metal will not move away from the magnet to make the magnet fall. Also, if it does fall, it will be considered as a falling solid, the property that is unlikely to happen.
at 3 in magnets: tried that with RREC and REMT before, when the waves are linear. It worked but when it was nearing the emitter, they fused together into one pixel and there is a case that it moves away after moved towards the emitter.
I am not thinking you as pushy. Thanks for your suggestions. The numbering of years is different, but I am in the ninth year of my schooling if the count started from grade 1. If not, it is my tenth year. But in any count, I am 14 years, 22 days, 3 hours and four minutes old.
I understand about what you are saying about INTF and the plug-ins section, makes sense now that i know the reasons behind your choices. To clarify what i meant about wired comunications was a similar emiter and reciever through a wire. Ill try to explaint it better.
Emitter A connects to wire/metal or whatever to Reciever A. Emitter A is sparked but the 'special' spark can only be recieved by Reciever A.
Sadly i do not understand what you are saying about magnets, is it possible you could send be a test exe via conversation or the forum? If i think what you are saying is right i might be able to link you to a project that maybe of use. IDK
Wow so you are around my age, makes me feel like i should code some stuff. I might but probably under a new account. Your very good for 14.
Maniachacker link REMT there is a single electromagnet. it attracts only a single RREC. Still rough code, there may be crashes and bugs, but it is only there to demonstrate what I am saying. The code is something when I used my common sense, so this might not be the best one.
EDIT: made some changes: changed colors and speeds of waves, emitters and receivers are now meltable
Maniachacker I did not make any waves in there, it was a simple attraction code. It works here, maybe REMT is not connected to electricity or there is no RREC to attract.
I somehow understand now the wired communications. So you say that the receiver only receives the spark from the emitter and not other sparks generated by thunder, battery, etc.? That would be not that easy because in the code, sparks are destroyed then created again when passed through another conductor, which means that all conductive materials must create the special spark again (but I will try). Thanks to your suggestions again.