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Apply bilateral blur effect to images, reducing noise while preserving edges for enhanced visual quality.
The ImageFilterBilateralBlur
node is designed to apply a bilateral blur effect to your images, which is particularly useful for reducing noise while preserving edges. This type of blur is ideal for scenarios where you want to smooth out textures and noise without losing important details and edges in the image. The bilateral filter works by considering both the spatial distance and the intensity difference between pixels, making it a powerful tool for enhancing the visual quality of your images in a balanced manner.
This parameter accepts the image or images you want to process. The input should be in the format of an image tensor.
The size
parameter determines the diameter of each pixel neighborhood used during filtering. A larger size will result in a stronger blur effect. The default value is 10, with a minimum value of 1, and it increments in steps of 2.
The sigma_color
parameter controls the filter's sensitivity to color differences. A higher value means that pixels with different colors will be mixed together more, resulting in a stronger blur. The default value is 1.0, with a maximum value of 1.0, and it increments in steps of 0.01.
The sigma_intensity
parameter controls the filter's sensitivity to intensity differences. A higher value means that pixels with different intensities will be mixed together more, resulting in a stronger blur. The default value is 1.0, with a maximum value of 1.0, and it increments in steps of 0.01.
The output is the processed image with the bilateral blur effect applied. This output retains the important edges and details while reducing noise and smoothing out textures, making it ideal for enhancing the visual quality of your images.
size
, sigma_color
, and sigma_intensity
.size
parameter while adjusting sigma_color
and sigma_intensity
to balance the color and intensity sensitivity.size
, sigma_color
, and sigma_intensity
to find the optimal settings for your specific image and desired outcome.© Copyright 2024 RunComfy. All Rights Reserved.