In 1.14, villagers use an AI system completely independent from the old Goal system. However, this system can be used by any LivingEntity. This document aims at explaining the basics of that more advanced AI.
Every living entity now has a Brain. A brain uses memories and sensors to perform tasks and activities.
Memories are a way to save arbitrary data for use by tasks.
| setwd("~/rProgramming") | |
| files.sources = list.files() | |
| sapply(files.sources, source) |
| /** | |
| * A Gist proving that Kotlin's nullable type can be made into a monad without wrapping into another | |
| * object and satisfy the Monadic laws | |
| * | |
| * Kotlin has comprehensive null safety built into the language enforced at compile time, using its | |
| * nullable type. | |
| * | |
| * Its language structure makes dealing with nullable values simple and succinct. Unlike other language | |
| * monadic constructs such as Option (scala), Optional(Java8+) and Maybe(Haskell), it is enforced at | |
| * compile time and is compatible with existing non monad aware API (for example, |
| local CONF = "/etc/nn.conf" | |
| local m = require("component").modem | |
| local event = require("event") | |
| local ser = require("serialization") | |
| local fs = require("filesystem") | |
| local unicode = require("unicode") | |
| _G.port = _G.port or 27091 | |
| _G.max = _G.max or 15 | |
| _G.effects = _G.effects or {} |
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