WilliamLivingood’s gists

WilliamLivingood / gist:f0702472e0b0747350ec1c3e6b806d15

Created September 24, 2025 05:51

Processing Code to Draw a Snowflake

	import processing.svg.*;

	// paramater
	final int canvas_size = 1000;
	final String out_file = "snowflake.svg";

	final int num_sides = 10;
	final float outer_radius = 350;
	final float hub_radius = 40;

WilliamLivingood / gist:2048c9aff397fe047af4cb999dbb889b

Created September 24, 2025 05:58

Code for Computer Generation of a Galaxy

WilliamLivingood / gist:2705e0f2af053ea5818ca4ca32d4e415

Created September 24, 2025 06:10

Processing Code to Generate a Flower (rose)

WilliamLivingood / gist:6fc2ba1ff3078eb65b9d9fdac0c43e95

Created October 5, 2025 23:57

Task 1 of L1

WilliamLivingood / gist:aeed7f996bf648e5a2ecc1f69b8c5b83

Created October 6, 2025 01:27

L1Assignment w/ ToDos Adressed

	// The main processing sketch for running the L1Assignment code
	// Handles incrementing/decrementing the iterations using keyPress events ('m' & 'n')
	// Output can be saved by pressing 's'.
	// @author: @mriveralee
	// Note: This sketch uses the Turtle library which can be downloaded from
	// https://github.com/leahbuechley/Turtle
	import processing.svg.*;
	import processing.pdf.*;

	import Turtle.*;

WilliamLivingood / gist:e6f9e5d14ec72072e7bc171abe05e21f

Created October 6, 2025 01:28

LSystem w/ ToDos adressed

	// This is an implementation of an L-System that extends the class
	// "BaseLSystem", which makes it easy to make new types of LSystems (e.g., probabalistic)
	// without repeating lots of code.
	// It assumes all input vocabulary not given a rule are constants.
	// Though you could give an explicit rule for a constant using "F" --> "F"
	// It contains a StringBuffer (currentIterationBuffer) that should be used
	// to handle production rules when computing the currentIteration string as part of iterate
	// in order avoid wasteful creation of strings and memory problems.
	// The StringBuffer is used in the iterate method of the LSystem.
	// @author: @mriveralee

WilliamLivingood / gist:96b0060eee6785b364d07dbc4b006253

Created October 6, 2025 03:50

System Design 1, lightning

	LSystem desy1() {
	float moveDist = 36;
	float rotateAngle = 50;
	float scaleFactor = 1.8;
	String axiom = "F";

	// Create any production rules
	HashMap<Character, String> rules = new HashMap<>();
	rules.put('F', "F[+F]F[-F]F+F--F+F[-F]");

WilliamLivingood / gist:8ee0241e971bf00ab29336b38f142e7e

Created October 6, 2025 03:52

LSystem design 2 / flower thing

	LSystem desy2() {
	float moveDist = 44f;
	float rotateAngle = 25.7f;
	float scaleFactor = 2.8f;
	String axiom = "X";

	HashMap<Character, String> rules = new HashMap<>();
	// NOTE: no spaces in the strings:
	rules.put('X', "F[+X][-X]FX");
	rules.put('F', "FF");

WilliamLivingood / gist:bffeb2e7db634ce52ad0c5f5c66aa512

Created October 6, 2025 05:31

Random Length, Angle, and Systems

	LSystem desy3() {
	float moveDist = random(10, 40);
	float rotateAngle = random(20, 60);
	float scaleFactor = 1.9f;
	String axiom = "F";

	// Create any production rules
	HashMap<Character, String> rules = new HashMap<>();
	String[] produc = new String[] { "FF-[-F+F]F+[+F-F]F", "F+F--F+F[+F-F]", "F+F--F+F[-F][+F]F" };
	rules.put('F', produc[(int) random(produc.length)]);

WilliamLivingood / gist:ea025971df15116f4157c34e818f1213

Last active November 3, 2025 22:22

python_part_of_3d_print

	"""
	This file contains parameters, helpers, and setup to
	create a basic gcode generation algorithm from line segments.

	The main

	Inputs:
	lines: the line segments to be converted into gcode commands for extrusion
	nozzle_diameter: the diameter of the 3D printer's nozzle
	filament_diameter: the diameter of the 3d printing filament