A python library for pixel-sorting images. This includes a script for easy pixel sorting from the command line, as well as library code that is abstracted and easily extensible for custom features.
- A variety of sorting paths
- Many different sort functions
- Edge detection for sorting boundaries
- Sorting individual tiles within an image
- Support for sorting GIFs and creating animated sorts.
PixelSorting requires the Pillow module for image manipulation.
One can run pip install -r requirements.txt to download any necessary modules.
To run the script, use the command python pixelsort.py <image> -o <result> to sort a given image
and store it in <result>. Use the --log flag to view progress for sorting particularly large images.
Various sorting options are described in detail in the full documentation.
One can also run the script with the -h|--help flag to see the full list of options.
Given the following original image:
The default sorting settings will produce:
One can also sort certain intervals using the -i flag.
The flags -i 50 -r will sort random intervals of length up to 50 pixels:
There are a variety of possible sorting paths, specified using the -p flag.
For example, -i 100 -r -p diagonal will produce:
Paths can also accept arguments.
For instance, the flag -p "angled-line angle=60" passes the argument angle=60 to the angled-line path,
and sorts pixels in lines tilted at 60 degrees:
Sorting paths are explained in more detail in the paths documentation.
The pixelsorting script supports animation using the --animate flag.
The syntax is --animate "<param> initial_value end_value num_frames",
where the given parameter is interpolated between the start and end values for the given number of frames.
For instance, the flags --animate "max_interval 2 30 15 will produce the following animation:
One can also animate path arguments using the syntax path.arg.
For instance, -p angled-line --animate "path.angle 0 90 20" will produce a 20-frame animation
in which the angle of sorting goes from horizontal to vertical.
One can also run the script using animated GIFs as input.
This software is licensed under the GNU GPL license, which can be found in LICENSE.txt. In short, one is free to use, modify, and redistribute this code, under the GPL license.