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Resize images based on longer side while maintaining aspect ratio, with adjustable interpolation modes for quality control.
The JWImageResizeByLongerSide node is designed to resize an image based on its longer side, ensuring that the aspect ratio is maintained. This node is particularly useful when you want to standardize the size of images without distorting their proportions. By resizing the image to a specified size along its longer dimension, the node automatically adjusts the shorter side to maintain the original aspect ratio. This method is beneficial for preparing images for various applications, such as AI art generation, where consistent image dimensions are crucial. The node also offers different interpolation modes to control the quality of the resized image, making it versatile for different use cases.
This parameter expects an image in the form of a tensor. The image is the primary input that will be resized based on its longer side. The tensor format ensures that the image data is efficiently processed and manipulated within the node.
The size parameter specifies the target size for the longer side of the image. It is an integer value with a default of 512, a minimum of 0, and a maximum of 99999. This parameter determines the new dimension for the longer side of the image, while the shorter side is adjusted proportionally to maintain the aspect ratio.
This parameter defines the method used for resizing the image. The available options are "bicubic", "bilinear", "nearest", and "nearest exact". Each mode offers a different approach to interpolation, affecting the quality and smoothness of the resized image. For instance, "bicubic" provides smoother results, while "nearest" is faster but may produce a more pixelated image.
The output is the resized image, returned as a tensor. This image has been resized according to the specified size for the longer side, with the shorter side adjusted to maintain the original aspect ratio. The interpolation mode chosen affects the quality of this output image.
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