Try animating turnFac

My first Truchet tiles experiment. #truchet #hexagon

A circle of points connected by springs. They are constrained to a slowly growing circle. When they get too far from their neighbors, they split. Each point leaves a line behind as it moves.

With a weird drop shadow

Based off of https://turtletoy.net/turtle/65cb465053 - just played around with it a little bit

Random walks on cube (with rotations)

WE COME IN PEACE

I just made it configurable a bit, even though i have no clue what is going on :D

A map of this planet would actually not have many of the projection issues that the Earth does... Variations: https://turtletoy.net/turtle/82180c77ab#density=1,spread_x=0.5,spread_y=0.5,height=0.75,perspective=3,camera_theta=0,camera_phi=0.11,camera_r=13.9,inside_lines=0.2,style=2,seed=0 https://turtletoy.net/turtle/82180c77ab#density=1,spread_x=0.99,spread_y=1,height=0.26,perspective=3,camera_theta=-0.5,camera_phi=0.36,camera_r=13.9,inside_lines=0.2,style=2,seed=0

Create x amount points in a grid or shape and add bit of offset to its place. Filter out all points that are in its near attraction distance range, draw lines between those.

Generates art based on the golden ratio.

Happy accidents.

Thanks to Dan Catt see: https://youtu.be/1QLWiyrDEOM?feature=shared&t=61

The sketched version

A new turtle to try a few thing, like, classes, and if several turtles can walk together.

Paired hosts come out nicely after only 200 000 cycles now, and indeed they show an evolutionary advantage in the process of fixing self-generated instructions. Plus, they are beautiful.

Quick experiment with marching cubes using the mountains from https://turtletoy.net/turtle/09e8dda306

...were walking down the street. One said to the other: "Read this article". https://chalkdustmagazine.com/features/when-truchet-met-chladni/

Inspired by maraz

Draw the Archimedean Spiral with user-defined parameters Spiral: https://turtletoy.net/turtle/2903b6cc46#numberOfLoops=19,incrementValue=0.1,sizeFactor=0.8 Triangle: https://turtletoy.net/turtle/2903b6cc46#numberOfLoops=15,incrementValue=2.11,sizeFactor=1 Square: https://turtletoy.net/turtle/2903b6cc46#numberOfLoops=15,incrementValue=1.55,sizeFactor=1 Pentagon: https://turtletoy.net/turtle/2903b6cc46#numberOfLoops=44,incrementValue=1.26,sizeFactor=0.3 Hexagon: https://turtletoy.net/turtle/2903b6cc46#numberOfLoops=72,incrementValue=1.04,sizeFactor=0.2 Polygon: https://turtletoy.net/turtle/2903b6cc46#numberOfLoops=12,incrementValue=0.9,sizeFactor=1 Star: https://turtletoy.net/turtle/2903b6cc46#numberOfLoops=75,incrementValue=3.77,sizeFactor=0.2 Shell: https://turtletoy.net/turtle/2903b6cc46#numberOfLoops=45,incrementValue=3.08,sizeFactor=0.3 My first Turtle 😃

Hexagons everywhere. #hexagons #escher

Using my code from https://turtletoy.net/turtle/187a81ec7d you can specify formulas for variables. i and n are placeholders for the iteration and total number of c's respectively. Check examples below: https://turtletoy.net/turtle/b534ee8f1c#seed=@YWJj,numberOfCs=16,startRadius=3,endRadius=95,lengthFn=@LjI1ICsgLjUgKiBpL24,strokeFn=@LjIgKyAuOCAqIChNYXRoLnNpbigxLjUqTWF0aC5QSSArIC41Kk1hdGguUEkgKiBpIC8gbikrMSk,marginFn=@LjE1ICsgLjMgKiBNYXRoLnNpbihNYXRoLlBJICogaSAvIG4p,angleFn=@LjUgKyAuMTI1KihpL24pKigyKk1hdGgucmFuZG9tKCktMSk,hatchAngleFn=@TWF0aC5yYW5kb20oKSAqIDIgKiBNYXRoLlBJ,hatchDistanceFn=@IC4xNSsuOCAqICgxLWkvbik https://turtletoy.net/turtle/b534ee8f1c#seed=@cmFuZG9tIHNlZWQ,numberOfCs=16,startRadius=3,endRadius=95,lengthFn=@LjI1ICsgLjc1ICogaS9u,strokeFn=@LjMgKyAuNyAqIChNYXRoLnNpbigxLjUqTWF0aC5QSSArIC41Kk1hdGguUEkgKiBpIC8gbikrMSk,marginFn=@LjE1,angleFn=@LjU,hatchAngleFn=@TWF0aC5yYW5kb20oKSAqIDIgKiBNYXRoLlBJ,hatchDistanceFn=@LjUgKyAuNSAqIE1hdGgucmFuZG9tKCk

This code is meant to represent a spirograph with 3 wheels. For each wheel you can control the radius and the number of steps that the wheel takes to complete a revolution.

Let's play with Bezier curves !

#lsystem #fractal #weed #random