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Resize images to specified dimensions with various interpolation methods for consistency and quality.
The ImageTransformResizeAbsolute
node is designed to resize images to a specified width and height using various interpolation methods. This node is particularly useful when you need to standardize the dimensions of multiple images for consistency in your projects. By providing a range of interpolation methods, it ensures that the resized images maintain high quality and visual fidelity. This node is essential for tasks that require uniform image sizes, such as preparing datasets for machine learning models or creating cohesive visual content.
This parameter accepts a list of images that you want to resize. Each image in the list will be processed individually to match the specified width and height.
This integer parameter sets the target width for the resized images. The default value is 256, with a minimum value of 1. Adjusting this parameter will change the width of all images to the specified value.
This integer parameter sets the target height for the resized images. The default value is 256, with a minimum value of 1. Adjusting this parameter will change the height of all images to the specified value.
This parameter allows you to choose the interpolation method used for resizing. The available options are lanczos
, bicubic
, hamming
, bilinear
, box
, and nearest
. Each method has its own characteristics in terms of quality and performance, allowing you to select the most suitable one for your specific needs.
The output is a list of images that have been resized to the specified width and height using the chosen interpolation method. These resized images can then be used in subsequent processing steps or saved for later use.
lanczos
method for high-quality resizing, especially when dealing with photographic images.nearest
method, though it may result in lower quality.lanczos
, bicubic
, hamming
, bilinear
, box
, or nearest
.images
is a list of images and not any other data type.© Copyright 2024 RunComfy. All Rights Reserved.