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Decode latent representations into images, save to specified folder with customizable naming for AI artists.
The VAEDecode_to_folder
node is designed to decode latent representations into images and save them directly to a specified folder. This node is particularly useful for AI artists who want to batch process and save multiple images generated from latent samples. By leveraging the capabilities of a Variational Autoencoder (VAE), this node decodes the latent samples into high-quality images and organizes them in a structured manner within a designated output folder. The node also allows for customizable file naming through a prefix and timestamp, ensuring that the saved images are easily identifiable and organized.
This parameter expects latent representations that need to be decoded into images. These latent samples are typically generated by an encoder or another process that outputs latent vectors. The quality and characteristics of the decoded images are directly influenced by the content of these latent samples.
This parameter requires a Variational Autoencoder (VAE) model that will be used to decode the latent samples into images. The VAE model should be pre-trained and capable of interpreting the latent representations provided in the samples
parameter.
This string parameter allows you to specify a prefix for the filenames of the saved images. The default value is "test". This prefix helps in organizing and identifying the images, especially when multiple batches are processed.
This string parameter specifies the directory where the decoded images will be saved. The default value is "output/frames". The node will create a subfolder within this directory, named using the provided prefix and a timestamp, to ensure that the images are organized and easily accessible.
The output of this node is a string that represents the path to the folder where the decoded images have been saved. This output is useful for verifying the location of the saved images and for further processing or referencing in subsequent steps.
samples
parameter contains valid latent representations to achieve high-quality image decoding.prefix
to easily identify and organize the saved images, especially when processing multiple batches.output_folder
path exists and has the necessary write permissions to avoid any file saving issues.© Copyright 2024 RunComfy. All Rights Reserved.