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Efficiently manage and process large image batches for AI artists, ensuring uniform processing and high quality.
The Image Batch Manager (SuperBeasts.AI) node is designed to streamline the process of managing and processing large batches of images efficiently. This node is particularly useful for AI artists who need to handle multiple images simultaneously, ensuring that each image in the batch is processed uniformly. The primary goal of this node is to facilitate batch operations, such as resizing, cropping, and applying various adjustments to images, thereby saving time and effort. By converting image tensors to PIL images and performing necessary adjustments, the Image Batch Manager ensures that all images in the batch are processed consistently, maintaining high quality and uniformity across the entire batch. This node is essential for tasks that require handling large volumes of images, such as creating datasets for training AI models or preparing images for further artistic manipulation.
This parameter accepts a list of image tensors that you want to process in a batch. Each image tensor represents an individual image, and the node will process these images in groups based on the specified batch size. The images parameter is crucial as it defines the set of images that will undergo batch processing. There are no specific minimum or maximum values for this parameter, but it should contain valid image tensors.
This parameter determines the number of images to be processed in each batch. The batch size impacts how the images are grouped and processed together. A larger batch size can speed up the processing by handling more images at once, but it may also require more memory. The default value is 1, with a minimum value of 1 and a maximum value of 4096. Adjusting the batch size allows you to balance between processing speed and memory usage.
The output parameter is a list of processed image tensors. Each tensor in the list represents a batch of images that have been processed according to the specified parameters. The output images are ready for further use, whether for training AI models, creating artistic compositions, or any other application that requires uniformly processed images. The output ensures that all images in the batch maintain consistent quality and adjustments.
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