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Efficiently select every nth latent sample from large datasets for streamlined processing and analysis.
The VHS_SelectEveryNthLatent
node is designed to help you efficiently manage and process large batches of latent data by selecting every nth latent sample from a given set. This can be particularly useful when working with extensive datasets where you need to downsample or focus on specific intervals of data for analysis or further processing. By allowing you to skip a defined number of initial latents and then select every nth latent, this node provides a flexible and powerful way to streamline your workflow, reduce computational load, and focus on the most relevant data points.
This parameter expects a dictionary containing latent samples. The latents are the core data that you want to process, and this node will operate on these samples to select every nth latent as specified by the other parameters.
This integer parameter determines the interval at which latents are selected. For example, if set to 2, every second latent will be selected. The default value is 1, meaning every latent is selected. The minimum value is 1, and the maximum value is defined by BIGMAX
, ensuring flexibility for various dataset sizes.
This integer parameter specifies the number of initial latents to skip before starting the selection process. For instance, if set to 3, the first three latents will be ignored, and the selection will begin from the fourth latent. The default value is 0, meaning no latents are skipped. The minimum value is 0, and the maximum value is defined by BIGMAX
.
This output is a dictionary containing the selected latent samples based on the input parameters. It provides a streamlined subset of the original latents, allowing you to focus on specific intervals of data.
This integer output represents the number of latents that were selected and returned. It gives you a quick overview of the size of the resulting dataset after the selection process.
select_every_nth
to a higher value, such as 5 or 10, to reduce the number of latents processed.skip_first_latents
parameter to bypass initial data points that may not be relevant to your analysis, allowing you to focus on more critical sections of your dataset.skip_first_latents
value is greater than the total number of latents in the input.skip_first_latents
value is within the range of the total number of latents available in the input dataset.select_every_nth
parameter is set to a value less than 1. - Solution: Set the select_every_nth
parameter to a value of 1 or greater to ensure valid selection intervals.latents
parameter is not a dictionary.latents
parameter is a dictionary containing the latent samples to be processed.© Copyright 2024 RunComfy. All Rights Reserved.