Circuit Signals with letters
Posted: Sun Aug 23, 2026 12:35 pm
TL;DR
And additional letter to the signals. Think about you have an uncomment, epic, legendary copper signal... now you also have a copper_l for low/min or a copper_h for high/max signal which sits where the quality indicator isWhat?
Ability add a letter to a signal instead of just quality. So a signal could have a marking of common, uncommon, unique, epic, legendary, or a letter if you choosing. Letter would be displayed in the same place where the quality marker is currently and would be treated the same way, i.e., like a different signal. A letter be outside of a selection of "any quality copper"Why?
You need so many combinators to so simple things, it is a grind as you need to set the same thing 10 times (forced ordering of "and" and "or", no else in the decider combinator -- this seems to be fixed in the next version though). Given you need a lot of combinators you need a lot of signals. And I am running out of easy-to-understand signals such as easy readable way to denote max and min values.Think about epic copper steel and plastic production via light density material:
I want to stop the production if I have enough of all materials. I would love to have that copper_max, steel_max, and plastic_max value saved in one place. This is because I also need those values more than one time. E.g., if I am low on steel and my copper storage is running full, I want to send the excess copper to the recycler. (if steel < steel_min and copper > copper_max + 1 stack, then activate belt to the recycler).
Touching this simple logic network is so delicate. My current setup is using 8 combinators, signals like circle, moon, white, yellow to denote signals like copper_max... and I dont even have a "steel < steel_min" functionality (so no buffer for temporary peaks of one material ... lots of material wasted).
Every time I need to change anything, I spend 20 mins to figure out which signal means what... and which combinator does what.
(Yes, there are descriptions but they are also distributed across multiple combinators.)
So I would love to love circuit networks, I have so many ideas what to do with them, but right now they are just annoying. And having a copper_max signal would be a huge step towards easier debuggability, reusability, readability... and overall fun