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Enhances AI-generated images by refining conditioning process with perpendicular negative guidance for clearer, more accurate outputs.
The PerpNeg node is designed to enhance the quality of AI-generated images by refining the conditioning process used in the model's sampling function. It achieves this by applying a perpendicular negative guidance technique, which helps in better distinguishing between positive and negative conditioning signals. This node is particularly useful for improving the clarity and accuracy of the generated images by reducing the influence of unwanted noise and enhancing the desired features. The main goal of PerpNeg is to provide a more controlled and precise image generation process, making it a valuable tool for AI artists looking to fine-tune their outputs.
This parameter represents the AI model that will be used for image generation. It is essential for the node to function as it provides the necessary framework and capabilities for the conditioning process.
This parameter is used to provide an empty conditioning signal, which serves as a baseline or reference point for the model. It helps in distinguishing between the positive and negative conditioning signals by providing a neutral comparison.
This parameter controls the scale of the negative conditioning signal. It allows you to adjust the intensity of the negative guidance applied during the image generation process. The value can range from 0.0 to 100.0, with a default value of 1.0. Adjusting this parameter can help in fine-tuning the balance between positive and negative influences on the generated image.
The output of the PerpNeg node is the modified AI model with the applied perpendicular negative guidance. This enhanced model is now better equipped to generate images with improved clarity and accuracy, as it can more effectively balance the positive and negative conditioning signals.
neg_scale
values to find the optimal balance for your specific image generation needs. A higher value may result in stronger negative guidance, which can help in reducing unwanted features.empty_conditioning
parameter to provide a clear baseline for the model, ensuring that the positive and negative signals are well-defined and distinct.model
parameter is not supplied to the node.model
parameter before executing the node.neg_scale
value is outside the acceptable range (0.0 to 100.0).neg_scale
value and make sure it falls within the specified range. Adjust the value accordingly and try again.empty_conditioning
parameter is not provided.empty_conditioning
parameter to allow the node to function correctly.© Copyright 2024 RunComfy. All Rights Reserved.