fast-skimage 0.1.6

Demo library

fast-skimage

Welcome to the Image Processing Library. This powerful library offers a wide range of tools for advanced image manipulation and analysis, wrapped up in the accessible Image class.

Features

• Advanced Manipulation: Apply complex operations like adding watermarks, noise detection, auto-enhancement, and saturation increase with simple method calls.

• Filtering and Thresholding: Includes mean, median filtering, Otsu's thresholding, and custom thresholding methods for image segmentation and noise reduction.

• Fourier Transforms: Utilize Fourier-based methods for reducing image dithering and other artifacts.

• Histogram Operations: Equalize and stretch image histograms to improve contrast and visibility.

• Texture Analysis: Perform texture segmentation using a variety of descriptors.

Getting Started

1. Installation: Clone the repository or download the Image class module to your project.

2. Dependencies: Ensure all dependencies such as numpy, matplotlib, scikit-image, and PyWavelets are installed.

3. Usage: Import the Image class from the module and instantiate it with the path to your image or a NumPy array.

Example

from fast_skimage import Image

from fast_skimage import etretat

from skimage.data import immunohistochemistry



img = Image("Pictures/camera.jpg")  # Load an image with path...

img2 = Image(immunohistochemistry())  # ... or numpy array ...

colored_image_array = etretat() # ... or a library image.

img3 = Image(colored_image_array.get())



img2.auto_enhance()  # Apply auto-enhancement

img3.auto_enhance()



img3.show(subplots=(1, 2, 1), size=12)  # Display the result

img2.show(subplots=(1, 2, 2), title='Immunochemistry Image')



img.show(size=(12, 6), type_of_plot='hist', axis=True)  # Plot histogram

Documentation

Refer to the in-line comments and method docstrings for detailed usage of each feature.

Contribution

Contributions are welcome! Feel free to submit pull requests, suggest features, or report bugs.

License

This library is distributed under the MIT license. See LICENSE for more information.

Contact

• Author: Alexandre Le Mercier

• Date: November 21, 2023

• Email: [e-mail]

Happy Image Processing!