The evolution:
[picture showing handcraftig]
[picture showing manually filling and emptying assembler]
then
then
the same with red belt
the same with blue belt
the same with trains
now im here
this is just for one assembler looooooool
am i doing this right?
This Game is surprising awesome again and again
Re: This Game is surprising awesome again and again
"am i doing this right?"
Depends on your goals and constraints. It's a very energy intensive way to produce copper wire. But if energy isn't a problem, then it's a very assembler efficient way.
It's a very resource expensive production system, utilizing expensive components to produce copper wire. With more space, you could produce the same amount of wire with less energy consumption and less modules.
Ultimately it's a question you have to answer yourself.
Edit: One thing I'll say is that 1 copper produces 2 wire, so if you fully utilize one belt of copper, you should be getting two belts of wire.
Depends on your goals and constraints. It's a very energy intensive way to produce copper wire. But if energy isn't a problem, then it's a very assembler efficient way.
It's a very resource expensive production system, utilizing expensive components to produce copper wire. With more space, you could produce the same amount of wire with less energy consumption and less modules.
Ultimately it's a question you have to answer yourself.
Edit: One thing I'll say is that 1 copper produces 2 wire, so if you fully utilize one belt of copper, you should be getting two belts of wire.
Re: This Game is surprising awesome again and again
Factoring in the productivity bonus, this ends up being 2.8 belts of wire.Edit: One thing I'll say is that 1 copper produces 2 wire, so if you fully utilize one belt of copper, you should be getting two belts of wire.