Fractal Description:

Colorscheme Description:

Color Method Description:

Fractal Modifier Description:

Fractal Formula:

Import from URL

Import from exported PNG

Export PNG

Share as an URL

Warning: The URL is not updated.

Sticky canvases:

Escape Radius:

Iterations:

Fractal Power:

Juliaset Constant:

Interpolate between normal and juliaset:

Canvas Size:

Color offset:

Colorfulness:

Sample Count:

Cloud Seed:

Cloud Amplitude:

Cloud Multiplier:

Custom Fractal:

fn iterate(z: vec2<f32>, c: vec2<f32>, power: f32) -> vec2<f32> {

}

return c_pow(z, power) + c;

Custom Colorscheme:

fn color(x: f32) -> vec4<f32> {

}

var xp: f32 = x * pi * 2.;
return vec4<f32>(
    .5 + sin(xp) / 2.,
    .5 + sin(xp + 1.) / 2.,
    .5 + sin(xp + 2.) / 2.,
    1.
);

var xv: f32 = x;
var red: vec3<f32> = vec3<f32>(1., 0., 0.);
var yellow: vec3<f32> = vec3<f32>(1., 1., 0.);
var green: vec3<f32> = vec3<f32>(0., 1., 0.);
var lightblue: vec3<f32> = vec3<f32>(0., 1., 1.);
var blue: vec3<f32> = vec3<f32>(0., 0., 1.);
var pink: vec3<f32> = vec3<f32>(1., 0., 1.);
xv = fract(xv) * 6.;
if (xv < 1.) {
    return color_interpolate(pink, red, yellow, green, fract(xv));
}
if (xv < 2.) {
    return color_interpolate(red, yellow, green, lightblue, fract(xv));
}
if (xv < 3.) {
    return color_interpolate(yellow, green, lightblue, blue, fract(xv));
}
if (xv < 4.) {
    return color_interpolate(green, lightblue, blue, pink, fract(xv));
}
if (xv < 5.) {
    return color_interpolate(lightblue, blue, pink, red, fract(xv));
}
if (xv <= 6.) {
    return color_interpolate(blue, pink, red, yellow, fract(xv));
}
return vec4<f32>(0., 0., 0., 1.);
                        

Side Note:

This project is still very early in development. This means, new features will be added in the future. Until everything is finished, bugs might occur, things might break. If you find anything, please open a issue on github.

Other Versions:

Special Thanks:

This project by nathansolomon1678 on github, where I got a lot of insipration (and code) from

This project by BenjaminAster on github, that helped me a little since I wasn't too experienced with WebGPU/WGSL

Paul Bourke, especially his website page on fractals here, where I got lots of the fractals and insipration from

CodeParade (HackerPoet on github) for this project, where I got the code for the feather fractal and a few others from

This project on github I got some colormaps from.

This repository on github by radian628, where I got the idea of multisampling from.

Indigo Quilez' Website which contains a lot of useful articles on graphical programming.

All the amazing people who discovered some of these fractals and made this project possible

My friends (they did nothing for this project but still thanks)

You, for visiting and testing my project!

View Fractal Gallery:

Fractal Explorer v4 or Fractal Viewer v4 made by justacoder or davidsaltacc is the best way to explore and view fractals online in the browser no download, you can view Fractals like the mandelbrot set, burning ship, tricorn, with many colormaps, color methods, and more, you can create art, Fractal Art v4, Fractal Generative Art.

Does this even work?