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The test model is an image inpainting AI, which means it can fill in missing or damaged parts of an image based on the surrounding context. This is similar to other inpainting models like controlnet-inpaint-test, realisitic-vision-v3-inpainting, ad-inpaint, inpainting-xl, and xmem-propainter-inpainting. These models can be used to remove unwanted elements from images or fill in missing parts to create a more complete and cohesive image. Model inputs and outputs The test model takes in an image, a mask for the area to be inpainted, and a text prompt to guide the inpainting process. It outputs one or more inpainted images based on the input. Inputs Image**: The image which will be inpainted. Parts of the image will be masked out with the mask_image and repainted according to the prompt. Mask Image**: A black and white image to use as a mask for inpainting over the image provided. White pixels in the mask will be repainted, while black pixels will be preserved. Prompt**: The text prompt to guide the image generation. You can use ++ to emphasize and -- to de-emphasize parts of the sentence. Negative Prompt**: Specify things you don't want to see in the output. Num Outputs**: The number of images to output. Higher numbers may cause out-of-memory errors. Guidance Scale**: The scale for classifier-free guidance, which affects the strength of the text prompt. Num Inference Steps**: The number of denoising steps. More steps usually lead to higher quality but slower inference. Seed**: The random seed. Leave blank to randomize. Preview Input Image**: Include the input image with the mask overlay in the output. Outputs An array of one or more inpainted images. Capabilities The test model can be used to remove unwanted elements from images or fill in missing parts based on the surrounding context and a text prompt. This can be useful for tasks like object removal, background replacement, image restoration, and creative image generation. What can I use it for? You can use the test model to enhance or modify existing images in all kinds of creative ways. For example, you could remove unwanted distractions from a photo, replace a boring background with a more interesting one, or add fantastical elements to an image based on a creative prompt. The model's inpainting capabilities make it a versatile tool for digital artists, photographers, and anyone looking to get creative with their images. Things to try Try experimenting with different prompts and mask patterns to see how the model responds. You can also try varying the guidance scale and number of inference steps to find the right balance of speed and quality. Additionally, you could try using the preview_input_image option to see how the model is interpreting the mask and input image.

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Updated 6/21/2024