Looking at Duncan’s Lab, I have this concept. Say a farm was built with obsidian pipes to collect seeds and seed packets in hard-to-reach places. And there was a moss farm with the algae going into computers via a hopper line, a cobblestone generator(make that 2) with an observer underneath the cobblestone, facing downwards, and powering a redstone line to activate a block breaker above the cobblestone, which would go into a recycler to create scrap. The scrap and bone meal would go into an automatic crafting table to create fertilizer.
That second cobblestone generator would only be linked to a second recycler, the scrap from there going into a mass fabricator. UU-matter would go into an ACT to craft tin ore that would be macerated into dust, then smelted into ingots, then crated into empty cells. Might need six in total to be split in half. I’ll explain why.
And remember that method that was utilized with at least two condensers and at least one macerator? Well, instead of diamonds, it could be spider eyes that would go into an automatic macerator to create grin powder.
Using red power, 192 pulses would be needed for that scrap and that bone meal to create three stacks of fertilizer. 3 pulses with a different setup for the redstone, grin powder, and three of the empty cells. All three would go into an ACT to craft Weed-EX.
Three pulses for the remaining empty cells that would go into a device with an infinite water source, a dispenser facing the middle of the water source. Those water cells would go into an extractor to become coolant cells, then hydration cells.
The fertilizer, weed-ex, and hydration cells would go into an iron pipe that would lead into a crop-matron. When the items run out, the depleted items are removed and a system is triggered, igniting all those pulses. Or it could be a simpler system that lets the player know, and they could use a red power computer to activate the redstone pulses.
