This repository contains various small attempts at procedural generation, simulation, and other things that might be useful for some people.
PLEASE NOTE: These packages are under constant development for maybe a month or two until I've figured out a consistent style etc.
DO NOT USE YET!
This is a very basic simulation with agents using state machines and behavior trees.
Sample project to demonstrate how to use the Ebiten game engine to create a hexagonal game. This is still a work in progress.
This is a simple isometric 'game' experiment using the ebitengine and is written in Go.
This is a very basic raycast implementation using a randomly generated dungeon for testing. This isn't very feature rich yet, but it's a start.
This is a very basic rogue-like game skeleton... Barely functional.
Now found here: github.com/Flokey82/gamerogueish
This is a package for architectural style generation. It is still in the experimental phase and will probably change a lot in the future.
This package provides functions for looking up the biome (e.g. forest, grassland, etc.) for the given precipitation and average temperature.
This package currently only implements Conway's Game of Life.
This package is based on various implementations of city map generation. Currently supports simple random networks and tensor field based road network generation.
This package is based on Medieval Demographics Made Easy by S. John Ross and generates demographics based on settlement density, population, etc. The code is currently very messy and needs to be cleaned up.
This package is a modified fork of https://github.com/brad811/go-dungeon/, which is an implementation of http://journal.stuffwithstuff.com/2014/12/21/rooms-and-mazes/.
This does now support multi-level dungeon generation with stairs.
This package provides a little demo on how to 'render' walls as unicode characters, imitating the cp437 symbol set.
This package will provide logic for generating clutter and furnishing for rooms of different types.
This package provides some helper functions for generating heightmaps like slopes, cones, peakify, relax, etc.
Fantasy language generation wrapper used for fantasy map naming stuff.
This package implements a 2d and 3d L-system generator with turtle graphics. This code is heavily based on:
This package provides functionality to generate 2D maps using procedural methods. It has a rudimentary settlement placement logic and probably needs lots work.
This package is based on the fantastic work of Nick McDonald! See: https://github.com/weigert/SimpleHydrology
This is based on https://mewo2.com/notes/terrain/ and partially a port of https://github.com/mewo2/terrain/ to Go.
image: 
This package implements a simple voxel based terrain generator. Like... really simple. Don't get excited.
This package is an implementation of the marching cubes algorithm, which takes a voxel field and generates a surface mesh. Right now it is an almost straight fork of https://github.com/soypat/sdf/blob/main/render/marchingcubes.go and https://github.com/fogleman/mc/blob/master/mc.go but will be heavily modified in future versions. (It might already be, depending how lazy I am updating the READMEs)
This package provides a simple implementation of the marching squares algorithm for illustrative purposes for now.
This is based on Azgaars Fantasy Map Generator.
Provides some functionality to create configurations for generating random flavor text.
A very basic word association index... Work in progress.
It simulates (somewhat) global winds and attempts to calculate precipitation and temperature for more intricate simulations in the future. It features SVG, PNG, and Wavefront OBJ output. This is based on https://www.redblobgames.com/x/1843-planet-generation/ and a port of https://github.com/redblobgames/1843-planet-generation to Go.
This package attempts to generate a stable, self sustaining economy given some initial buildings that serve as seed. The user can define building types that consume and produce resources, which the simulation will use to add new buildings until the sum of produced resources outweighs the sum of consumed resources. Please note that the output of this process is only meant to be used as input for a more sophisticated generator, only ensuring that besides required import of unavailable resources, the village/settlement can be in theory self-sustaining.
Don't get your expectations up, it's really basic. : P
Based on a few, way better implementations for economy simulation.
This is an early experiment in simulating NPCs with daily routines. Sadly it is quite messy and doesn't follow best practices. It also has plenty of leftover code that I don't want to delete. I might clean it up in the future.
This is a rewrite of simnpcs and gamecs... still in early stages of development.
This package is a port of the wonderful village simulator by Kontari. See: https://github.com/Kontari/Village/ Since I ported it straight from Python to Go, it is quite chaotic and probably would benefit from a refactor.
A very basic village simulator which has settlers settle, procreate, live, love, and perish :) It is a very dumbed down version of kontari's village simulator, written from scratch.
Currently, this only provides a very basic tile based renderer with some basic collision detection, etc. In future, it will be a village simulation on a tile based map. (Uses https://ebiten.org/)
This package contains a number of useful and commonly used functions and structures.
Various vector math functions.
A voronoi mesh generation helper library. This is still very much bound to the genmapvoronoi package, so not very helpful for generic use. Sorry about that.