The ByakuganVisualizer repository hosts a Python tool designed to compare images and highlight their differences. It simplifies the process of identifying disparities between images, making it ideal for tasks like testing and quality assurance. Moreover, it offers a color filter that can be used to correct images for color-blind users.
pip install byakuganvisualizerusage: byakugan_vision [-h] [--version] [--diff DIFF] [--filter {red,blue,green,yellow}] [--images IMAGES] [--deuteranomaly DEUTERANOMALY]
[--protanomaly PROTANOMALY] [--out_dir OUT_DIR]
ByakuganVisualizer: Tool for correcting the color palett for color blind people and highlighting differences of images.
options:
-h, --help show this help message and exit
--version show program's version number and exit
--diff DIFF String containing a list of tuples "Path_To_Image1a,Path_To_Image2a;Path_To_Image1b,Path_To_Image2b...". Each tuple
contains two paths to images to be compared.
--filter {red,blue,green,yellow}
Filter type (red, blue, green, yellow)
--images IMAGES List of image names to be manipulated by a filter. E.g.: A,B,C,D
--deuteranomaly DEUTERANOMALY
Expresses your degree of deuteranomaly, which will be used to correct the image. Default is 1.
--protanomaly PROTANOMALY
Expresses your degree of protanomaly, which will be used to correct the image. Default is 1.
--out_dir OUT_DIR Output directory for the difference images
Please read the API documentation for the classes Byakugan and ImageFilter for more information.
You can simply import the classes as follows:
from byakuganvisualizer.Byakugan import Byakugan
from byakuganvisualizer.ImageFilter import ImageFilterIn the following examples the image is corrected for deuteranomaly and protanomaly. Correction in this context means that the image is adjusted to be more distinguishable for color-blind people.
Note: The float values for deuteranomaly and protanomaly are between 0 and 10. The default value is 1. The used algorithm is based on the following paper: https://arxiv.org/abs/1711.10662.
The image used in the example is from the following source: https://www.anime2you.de/news/606180/naruto-feiert-20-anime-jubilaeum/
byakugan_vision --images "tests/test_images/naruto.jpg" --deuteranomaly 2byakugan_vision --images "tests/test_images/naruto.jpg" --protanomaly 2byakugan_vision --images "tests/test_images/naruto.jpg" --deuteranomaly 2 --protanomaly 2byakugan_vision --images "tests/test_images/naruto.jpg" --deuteranomaly 0.5 --protanomaly 0.5byakugan_vision --images "tests/test_images/naruto.jpg" --filter redThe left image used in the example is from the following source: https://www.anime2you.de/news/606180/naruto-feiert-20-anime-jubilaeum/
byakugan_vision --diff "tests/test_images/naruto.jpg,tests/test_images/naruto_modified.jpg" --out_dir tests/test_images/diffNote: The output depends on the order of the images in the tuple. The first image is subtracted from the second image. That is why the following command results in a different output:
byakugan_vision --diff "tests/test_images/naruto_modified.jpg,tests/test_images/naruto.jpg" --out_dir tests/test_images/diffbyakugan_vision --diff "tests/test_images/naruto.jpg,tests/test_images/naruto_modified.jpg" --filter red --out_dir tests/test_images/diffbyakugan_vision --diff "tests/test_images/naruto.jpg,tests/test_images/naruto_modified.jpg" --filter blue --out_dir tests/test_images/diffbyakugan_vision --diff "tests/test_images/naruto.jpg,tests/test_images/naruto_modified.jpg" --filter green --out_dir tests/test_images/diffbyakugan_vision --diff "tests/test_images/naruto.jpg,tests/test_images/naruto_modified.jpg" --filter yellow --out_dir tests/test_images/diffThe Bykugan from Naruto is a powerful ability that grants users the ability to see through objects, detect chakra, and perceive long distances, but users are born blind, relying solely on this special vision.
This project is licensed under the MIT License - see the LICENSE file for details.













