The Artist's Husband: Ambler
· zentangle generative art the artists husband javascript p5.js entanglement github 
The Entanglement library now supports Ambler! This officially doubles the number of tangles it can produce! Two tangles! Progress! OK, so two tangles isn’t really all that many, but still! Progress! Using Entanglement to draw a basic Ambler is easy. Here’s the program that generated the image at the top of this page: const height = 600; const width = 600; function setup() { createCanvas(width, height); background(255); } function draw() { let amb = new Ambler(width, height, {}); amb.paste(new Point(0, 0)); noLoop(); } So how does it work? Unlike Aah, the other tangle supported by this library, Ambler is a repeating pattern in a grid. So, no need for the collision detection we used with Aah; each pattern has a defined place where it can be drawn. The pattern that goes into each grid square is a box spiral. We build that in each square by dividing each square side into 6 sections, drawing a crosshatch of lines through those points and finding the intersections of those lines. We then use those points to draw the spiral.
The Artist's Husband: p5.js Colors
· generative art javascript p5.js color the artists husband rgb hsl hsb binary hexadecimal 
We have been using the p5.js Javascript library. Several p5.js functions take a color as a parameter. For example, you might call background(color) to set the background color, stroke(color) to set the color used to draw lines, or fill(color) to set the color used to fill in shapes. In our past examples, we’ve set various colors, but we haven’t always done so consistently. So how do you set colors in p5.js? It turns out, pretty much any way you want to!
The Artist's Husband: Entanglement
· zentangle generative art the artists husband javascript p5.js entanglement github 
In my last two posts , I showed how to draw most of the Aah tangle using the Javascript p5.js library. In this post, the Aah is complete, as you can see from the image below. However, the Javascript code to do so, does not follow directly from what we saw in those previous posts. I have rewritten it and packaged it into a library: Entanglement . More about that shortly. First, lets talk about how the Aah pattern was completed. You’ll recall that we had successfully generated the 8-armed starburst pattern, and distributed copies of it the around the canvas, with some random variations to make it seem more like it was hand-drawn. We avoided overlapping them by using collision detection: we draw a polygon around each pattern, and then as we create new ones, we check the polygon against those for the patterns we had already drawn to make sure there were no collisions. The final image we generated was nice, but missing something important: an Aah tangle is supposed to have small circles randomly scattered between the starburst patterns.
The Artist's Husband: AAHS!!
· the artists husband generative art javascript p5.js math zentangle collision detection processing 
In my previous post , we came up with a program to generate a single 8-armed component of the aah tangle. In this post, we’ll figure out how to spread them randomly around the canvas, as in the image at the top of the post. We’ll use the program from the last post as a starting point. As a first try, let’s just generate a draw 20 aah images randomly on the canvas. Our draw() function looks like this:
The Artist's Husband: AAH!
· the artists husband generative art javascript p5.js cartesian coordinates polar coordinates math zentangle czt 
Any Zentanglers out there who made it through my previous posts on generative art may be wondering whether these techniques can be used to draw Zentangles . Let’s try! Zentangles are built from patterns, called tangles. We’ll try to create a tangle called aah. This is one of the original tangles from the Zentangle originators . There are many variations of aah. We’ll start with a simple 8-armed design. Tandika’s step-out for it looks like this:
The Artist's Husband: Globular Cluster
· the artists husband generative art javascript p5.js math software circles 
In my last post , I talked about generative art, and showed a simple example using Javascript and the p5.js library. In this post, I’ll show another relatively simple example using slightly different techniques. Basically, the process is still the same: program the computer to generate a simple drawing and add an element of randomness. For this example, I am still using Javascript and p5.js. Many of you may be unfamiliar with Javascript. In this post, I am using Javascript, and am trying to make it as clear as possible. But I am not trying to teach you Javascript. If you would like to learn more about Javascript or programming in general, there are some excellent on-line resources, some free, some not. Javascript is not the only programming language that could be used, I chose it for this series of posts because it’s probably the easiest to get started with (open the online editor in your browser and just start adding code!) If you are already familiar with another language, there is a good chance you can find a way to do art with it!
The Artist's Husband: Drunken Lines
· the artists husband generative art javascript p5.js pollock math algebra software 
I am the Artist’s Husband. Yes, I really am Tandika’s husband, and no I am not really an artist. But I am interested in art! I am a software engineer. Recently, I have been looking in to generative art , or art which is created through some automated means, and I thought I would share some of what I have learned as well as some of the results of my early experiments.