#jupyter_notebook #cnn #colab #colab_notebook #computer_vision #deep_learning #deep_neural_networks #fourier #fourier_convolutions #fourier_transform #gan #generative_adversarial_network #generative_adversarial_networks #high_resolution #image_inpainting #inpainting #inpainting_algorithm #inpainting_methods #pytorch

https://github.com/saic-mdal/lama

#python #inpainting #lama #latent_diffusion #mat #pytorch #stable_diffusion #zits

https://github.com/Sanster/lama-cleaner

#jupyter_notebook #image_to_image #inpainting #latent_diffusion #outpainting #pypi #python #pytorch #sketch_to_image #stable_diffusion #super_resolution #text_to_image

https://github.com/carefree0910/carefree-creator

#jupyter_notebook #ai_art #artificial_intelligence #generative_art #image_generation #img2img #inpainting #latent_diffusion #linux #macos #outpainting #stable_diffusion #txt2img #windows

https://github.com/invoke-ai/InvokeAI

#jupyter_notebook #cnn #colab #colab_notebook #computer_vision #deep_learning #deep_neural_networks #fourier #fourier_convolutions #fourier_transform #gan #generative_adversarial_network #generative_adversarial_networks #high_resolution #image_inpainting #inpainting #inpainting_algorithm #inpainting_methods #pytorch

LaMa is a powerful tool for removing objects from images. It uses special techniques called Fourier Convolutions, which help it understand the whole image at once. This makes it very good at filling in large areas that are missing. LaMa can even work well with high-resolution images, even if it was trained on smaller ones. This means you can use it to fix photos where objects are in the way, making them look natural and complete again.

https://github.com/advimman/lama