Why you using more patterne provider than molecular assemblers, Because for each pattern provider you use 3 or 4 molecular assemblers (Depending on how many co-processors you have, e.g. 1 CPU 3 co-processors, then you can use 3 molecular assemblersfor each patter provider). Sorry I Sleep in the middle of the video. I like is calm.
No problem! The more Molecular Assemblers you have the more processes the Pattern Provider can do! So each one of my "Crafting CPU's" has 5 Co-Processors meaning they can perform 5 different crafts at a time. If a Pattern Provider has 5 recipes in it that is wants to use during a craft then it can access 5 different Molecular Assemblers connected to it, I'll be upgrading my "Crafting CPUs" to have more than 5 Co-Processors soon and I'll explain the AE2 logic more then! Keep an eye out for the next episode!
Great job with this. Very relaxing and chill watch. Thank you so much.
I appreciate that! It's always nice to know people are enjoying the process.
Doing fantastic man, hope you're channel is about to grow massively. Reminds me of watching rendogs old ftb episodes that he ended up abandoning
Thanks a lot! I'm trying to stay interesting!
Why you using more patterne provider than molecular assemblers, Because for each pattern provider you use 3 or 4 molecular assemblers (Depending on how many co-processors you have, e.g. 1 CPU 3 co-processors, then you can use 3 molecular assemblersfor each patter provider). Sorry I Sleep in the middle of the video. I like is calm.
No problem! The more Molecular Assemblers you have the more processes the Pattern Provider can do! So each one of my "Crafting CPU's" has 5 Co-Processors meaning they can perform 5 different crafts at a time. If a Pattern Provider has 5 recipes in it that is wants to use during a craft then it can access 5 different Molecular Assemblers connected to it, I'll be upgrading my "Crafting CPUs" to have more than 5 Co-Processors soon and I'll explain the AE2 logic more then! Keep an eye out for the next episode!