1. Input Buffers (Sources & Pools): * The diagram uses specific Pools for XP and Lapis Lazuli (Nodes 218 and 203). These provide the necessary fuel for the transformation process. * Tool Pools (Pickaxe, Axe, Sword) hold the base items ready for enchantment. 2. Transformation (Converters): * Nodes like Enchant Pickaxe (205) act as the primary "Enchanting Table" logic. They pull a tool, XP, and Lapis simultaneously to produce a randomized enchantment outcome. 3. Probabilistic Distribution (Gates): * After a tool is "enchanted" by a Converter, it passes through Gates (241, 257, 267). These use Dice distribution to determine which specific enchantment the player receives based on rarity and weights. 4. Scaling Logic (Registers): * The How many Lapis (202) and Get Enchantment Level (327) Registers calculate the magnitude of the enchantment. They likely control the flow rates of the Resource Connections, ensuring higher-level enchantments consume more resources. ### Design Observations * Rarity Balancing: The system uses different output paths to simulate Common, Rare, and Epic enchantments. For example, Fortune is categorized as Rare, while Sharpness and Fire Aspect are treated as high-tier Epic upgrades. * Feedback Loops: State Connections from the Registers modify the cost formulas of the Converters, meaning as the intended level increases, the resource requirement scales dynamically.
