ComfyUI > Nodes > RES4LYF > Sigmas DeleteDuplicates

ComfyUI Node: Sigmas DeleteDuplicates

Class Name

Sigmas DeleteDuplicates

Category
RES4LYF/sigmas
Author
ClownsharkBatwing (Account age: 287days)
Extension
RES4LYF
Latest Updated
2025-03-08
Github Stars
0.09K

How to Install RES4LYF

Install this extension via the ComfyUI Manager by searching for RES4LYF
  • 1. Click the Manager button in the main menu
  • 2. Select Custom Nodes Manager button
  • 3. Enter RES4LYF in the search bar
After installation, click the Restart button to restart ComfyUI. Then, manually refresh your browser to clear the cache and access the updated list of nodes.

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Sigmas DeleteDuplicates Description

Streamline sigma sequences by removing consecutive duplicates for data integrity and efficiency in AI art generation.

Sigmas DeleteDuplicates:

The Sigmas DeleteDuplicates node is designed to streamline and optimize your sigma sequences by removing consecutive duplicate values. This node is particularly useful in scenarios where you need to ensure that your sigma values are unique and sequentially distinct, which can be crucial for certain types of data processing or analysis. By eliminating consecutive duplicates, this node helps maintain the integrity and efficiency of your sigma data, ensuring that each step in your sequence is meaningful and contributes to the overall process. This can be especially beneficial in AI art generation, where precise control over sigma values can influence the outcome of the generated artwork.

Sigmas DeleteDuplicates Input Parameters:

sigmas_1

The sigmas_1 parameter is the primary input for the Sigmas DeleteDuplicates node, representing the sequence of sigma values that you wish to process. This parameter is crucial as it contains the data that will be analyzed and modified by the node. The function of this parameter is to provide the node with the necessary sigma values to identify and remove consecutive duplicates. The impact of this parameter on the node's execution is significant, as the quality and structure of the input sequence directly affect the node's ability to perform its task effectively. There are no specific minimum, maximum, or default values for this parameter, as it is expected to be a sequence of sigma values provided by the user.

Sigmas DeleteDuplicates Output Parameters:

SIGMAS

The output parameter, SIGMAS, represents the processed sequence of sigma values after the removal of consecutive duplicates. This output is crucial as it provides a refined version of the input sequence, ensuring that each sigma value is unique and sequentially distinct. The importance of this output lies in its ability to enhance the efficiency and effectiveness of subsequent processes that rely on sigma values, such as AI art generation or other data analysis tasks. By providing a clean and optimized sequence, this output helps maintain the integrity of your data and supports more accurate and reliable results.

Sigmas DeleteDuplicates Usage Tips:

  • Ensure that the input sequence provided to the sigmas_1 parameter is correctly formatted and free of errors to maximize the effectiveness of the node.
  • Use this node when you need to clean up your sigma sequences and remove unnecessary duplicates, which can help improve the performance of subsequent processing tasks.

Sigmas DeleteDuplicates Common Errors and Solutions:

Input tensor is not a valid sequence

  • Explanation: This error occurs when the input provided to the sigmas_1 parameter is not a valid sequence of sigma values.
  • Solution: Verify that the input is a properly formatted sequence of sigma values and ensure that it is compatible with the node's requirements.

Torch library not imported

  • Explanation: This error may occur if the necessary library for tensor operations, such as torch, is not imported or available in your environment.
  • Solution: Ensure that the torch library is installed and properly imported in your environment to allow the node to perform tensor operations.

Sigmas DeleteDuplicates Related Nodes

Go back to the extension to check out more related nodes.
RES4LYF
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