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Enhance skin aesthetics in images with automated processing for a polished look.
The LayerFilter: SkinBeauty node is designed to enhance the aesthetic quality of skin in images by applying a series of sophisticated image processing techniques. This node is particularly useful for AI artists who want to achieve a polished and professional look in their portraits or other images featuring human skin. The node works by smoothing the skin, adjusting highlights, and blending the processed image with the original to maintain a natural appearance. By automating these enhancements, the SkinBeauty node saves you time and effort, allowing you to focus on the creative aspects of your work.
This parameter accepts the image(s) you want to process. The input should be in the form of an image tensor. The node will apply the skin beauty filter to each image in the list.
This parameter controls the degree of skin smoothing applied to the image. The value ranges from 1 to 64, with a default value of 20. Higher values result in smoother skin, but be cautious as excessively high values may lead to an unnatural look.
This parameter sets the highlight threshold, which affects how the highlights in the image are processed. The value ranges from -255 to 255, with a default value of -10. Adjusting this parameter can help you fine-tune the brightness and contrast of the highlights to achieve the desired effect.
This parameter determines the opacity of the processed image when blended with the original image. The value ranges from 0 to 100, with a default value of 100. A lower opacity value will blend more of the original image, resulting in a more subtle effect, while a higher value will make the processed image more prominent.
This output is the processed image with the skin beauty filter applied. It is returned as an image tensor and represents the final enhanced image.
This output is a mask that highlights the areas of the image where the skin beauty filter has been applied. It is useful for understanding which parts of the image were affected by the filter and can be used for further processing or adjustments.
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