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Efficiently duplicate latent representations in AI art projects for consistency and workflow streamlining using PyTorch concatenation.
The VHS_DuplicateLatents node is designed to help you efficiently duplicate a batch of latent representations in your AI art projects. This node is particularly useful when you need to replicate the same latent data multiple times, which can be beneficial for various tasks such as data augmentation, batch processing, or creating multiple variations of the same input. By duplicating the latent batch, you can ensure consistency across different operations and streamline your workflow. The node leverages the power of PyTorch to concatenate the duplicated latents, making the process both efficient and seamless.
This parameter represents the latent data that you want to duplicate. Latents are essentially the encoded representations of your input data, which can be images, audio, or other forms of media. The latents should be provided in the form of a dictionary containing a key samples
that holds the tensor data. This input is crucial as it forms the basis of the duplication process.
This integer parameter specifies the number of times you want to duplicate the latent batch. The default value is 1, with a minimum value of 1 and a maximum value defined by the system's capacity (BIGMAX). Adjusting this parameter allows you to control the extent of duplication, enabling you to create larger batches for more extensive processing or experimentation.
This output parameter provides the duplicated latent batch. The output is a dictionary similar to the input latents, but with the samples
tensor concatenated multiple times as specified by the multiply_by
parameter. This allows you to use the duplicated latents in subsequent nodes or processes seamlessly.
This integer output indicates the total number of latents in the duplicated batch. It helps you keep track of the batch size after duplication, ensuring that you have the correct number of latents for your intended operations.
multiply_by
parameter to a higher value. This can help in scenarios where you need more data without generating new samples.KeyError: 'samples'
samples
.samples
with the corresponding tensor data.RuntimeError: Sizes of tensors must match except in dimension 0
samples
key have mismatched sizes in dimensions other than the batch dimension.samples
key have consistent sizes across all dimensions except the batch dimension before duplicating.ValueError: multiply_by must be a positive integer
multiply_by
parameter is set to a non-positive integer.multiply_by
parameter is set to a positive integer value, with a minimum of 1.© Copyright 2024 RunComfy. All Rights Reserved.