#Opus magnum best cycles rocket fuel free#

For example, moving the 2nd arm back is fine as long as you also move the proper amount of instructions from the rear to the front on that arm: Īrm 10 is still timed exactly the same in both pics, it just starts sooner. Your arm starting positions can be anywhere on the track as long as it's scripted correctly. Sorry, I shoulda uploaded an instruction pic with arms in starting positions and not one that was already running: I just don't know what might cause that kind of problem (unless you have leftover reagents you're not using/cleaning up?) That said, if you're doing a cheaper long-instruction-set engine on purpose, but have trouble getting them to loop per product, I am afraid I can't help you without an sample to look at.

Because of this, your largest instruction set being prime (or containing relatively large primes) is a great way to get screwed over by trying to keep the system on a cyclic rhythm. So if you have an 8-step instruction lever doing something somewhat more complicated, then you don't want to have any 6-step levers unless they only need to complete their cycle once per time the 8-step goes around.

#Opus magnum best cycles rocket fuel free#

By keeping what each lever is doing simple, it prevents issues with timing when they're free to use again.Īnother trick when you have 6-steps and larger that need time to reset is by looking at how many steps each one has: you want your larger instruction sets to always be multiples of your smallest. I don't know if this will help OP, but it helps if you build every lever to a single task: 4 instructions before it loops if you can manage it.