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Converts latent space representations to width and height dimensions for managing latent images in AI art generation.
The LatentToWidthHeight
node is designed to convert latent space representations into their corresponding width and height dimensions. This node is particularly useful when working with latent images in AI art generation, as it allows you to determine the actual dimensions of the image from its latent representation. By understanding the width and height, you can better manage and manipulate the latent images for various tasks such as cropping, upscaling, or compositing. The node ensures that the dimensions are within a permissible range, preventing errors related to excessively large resolutions.
The latent
parameter is the input latent space representation of the image. It is a dictionary containing a key "samples"
which holds a tensor representing the latent image data. This parameter is crucial as it provides the necessary data for the node to calculate the width and height. The latent tensor typically has dimensions that correspond to the compressed form of the image, and the node will use these dimensions to compute the actual width and height.
The width
output parameter represents the calculated width of the image derived from the latent space representation. This value is obtained by multiplying the width dimension of the latent tensor by 8, effectively scaling it to the actual image size. The width is an integer value and is essential for understanding the horizontal dimension of the image.
The height
output parameter represents the calculated height of the image derived from the latent space representation. Similar to the width, this value is obtained by multiplying the height dimension of the latent tensor by 8. The height is an integer value and provides the vertical dimension of the image, allowing for accurate image manipulation and processing.
latent
parameter is correctly formatted and contains the necessary "samples"
key to avoid errors during conversion.width
and height
outputs to accurately resize or crop latent images, ensuring that the dimensions are within the permissible range to prevent resolution-related issues.<height>` and/or `<width>` are greater than `<MAX_RESOLUTION>
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