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Automate image saving for AI art with metadata support for organized storage and retrieval.
SeargeImageSaving is a specialized node designed to streamline the process of saving images generated during various stages of AI art creation. This node is particularly beneficial for AI artists who need to manage and organize multiple versions of their artwork, such as generated images, high-resolution images, and upscaled images. By automating the naming and saving process, SeargeImageSaving ensures that your images are stored systematically, making it easier to track and retrieve them later. The node also supports embedding additional metadata into the saved images, which can be useful for maintaining a detailed record of the generation parameters and other relevant information.
This parameter represents the data stream from which the images are retrieved. It includes various stages of image processing, such as VAE decoded sampled images, high-resolution images, and upscaled images. The data parameter is crucial for accessing the images that need to be saved.
This parameter provides additional input required for the specific stage of image saving. It helps in determining the context and specific requirements for saving images at different stages of the AI art creation process.
The seed parameter is used to replace placeholders in the image names with the actual seed value. This helps in uniquely identifying images generated with different seeds, making it easier to track and compare them.
A boolean parameter that determines whether the generated images should be saved. When set to true, the node will save the generated images to the specified directory.
A boolean parameter that determines whether the high-resolution images should be saved. When set to true, the node will save the high-resolution images to the specified directory.
A boolean parameter that determines whether the upscaled images should be saved. When set to true, the node will save the upscaled images to the specified directory.
This parameter specifies the naming convention for the generated images. It supports placeholders like %seed%
which will be replaced with the actual seed value.
This parameter specifies the naming convention for the high-resolution images. It supports placeholders like %seed%
which will be replaced with the actual seed value.
This parameter specifies the naming convention for the upscaled images. It supports placeholders like %seed%
which will be replaced with the actual seed value.
This parameter specifies the directory where the images will be saved. It can be set to either the input directory or a custom output directory.
A boolean parameter that determines whether to embed additional metadata into the generated images. This metadata can include information like the generation parameters and other relevant details.
A boolean parameter that determines whether to embed additional metadata into the high-resolution images. This metadata can include information like the generation parameters and other relevant details.
A boolean parameter that determines whether to embed additional metadata into the upscaled images. This metadata can include information like the generation parameters and other relevant details.
This parameter allows you to embed a hidden prompt into the saved images. This can be useful for maintaining a record of the prompt used to generate the images.
This parameter allows you to embed additional hidden metadata into the saved images. This can be useful for storing extra information that may be relevant for future reference.
The path where the generated images are saved. This output parameter provides the exact location of the saved generated images, making it easy to access them later.
The path where the high-resolution images are saved. This output parameter provides the exact location of the saved high-resolution images, making it easy to access them later.
The path where the upscaled images are saved. This output parameter provides the exact location of the saved upscaled images, making it easy to access them later.
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