Sequenced Pattern Provider: AE2 Autocrafting for Assembly Lines

Sequenced Pattern Provider bridges digital network autocrafting with kinetic assembly lines, allowing complex multi-step mechanical loops to request resources seamlessly.

Encoding Sequenced Recipes

Setting up automated assembly loops begins by authoring instructions at the encoding terminal:

• Sequenced Assembly Pattern Encoding Terminal: Upgraded on a crafting table by pairing a pattern encoding terminal with four engineering processors, two blank patterns, and two fluix glass cables.
• Inside this terminal, engineers record each step of a multi-stage assembly line into a dedicated Sequenced Assembly Pattern, capturing intermediate transitional items and loop counts.
• Finished recipe patterns store the required initial inputs, step sequence, and final outputs, which can include products yielding a Diamond, Flint, an Emerald, Coal, or an Apple.

Master and Child Providers

Distributing assembly tasks along conveyor loops relies on a master-and-node architecture:

• Sequenced Assembly Master Provider: Built from four brass casings, two engineering processors, two fluix glass cables, and a pattern provider. Mounted at the start of a production loop to hold encoded patterns, manage network orders, and insert base materials onto mechanical belts.
• Sequenced Assembly Child Provider: Constructed from an andesite alloy, two fluix glass cables, a pattern provider, and an andesite casing. Placed along auxiliary deployers and cutting stations to inject supplementary components into the circulating assembly line.
• When an order completes, the master provider collects the final output, returning precious products up to a Nether Star directly to the digital storage network.