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Enhance AI-generated image details with advanced algorithms for refined, polished output.
PrimereAnyDetailer is a versatile node designed to enhance the detailing process of your AI-generated images. This node is particularly useful for refining and improving the quality of specific segments within an image, ensuring that the final output is polished and meets high aesthetic standards. By leveraging advanced algorithms, PrimereAnyDetailer can iteratively refine latent representations of the image, applying detailed adjustments to enhance clarity, texture, and overall visual appeal. This node is essential for artists looking to add a professional touch to their AI-generated artwork, making it more visually compelling and detailed.
This parameter specifies the model to be used for the detailing process. The model influences the style and quality of the detailing applied to the image. Ensure you select a model that aligns with your artistic goals.
The seed parameter is used to initialize the random number generator, which affects the reproducibility of the detailing process. By setting a specific seed value, you can ensure that the same detailing effects are applied consistently across different runs. The default value is typically set to a random number.
This parameter determines the number of refinement steps the node will perform. More steps generally result in finer details but may increase processing time. The minimum value is 1, and there is no strict maximum, but practical limits depend on your computational resources.
The cfg (configuration) parameter controls the strength of the detailing effect. Higher values result in more pronounced detailing, while lower values produce subtler effects. Adjust this parameter based on the desired level of detail.
This parameter specifies the sampling method to be used during the detailing process. Different samplers can produce varying effects, so experimenting with different options can help achieve the desired outcome.
The scheduler parameter defines the scheduling strategy for the detailing steps. It influences how the detailing process progresses over the specified number of steps, affecting the final result's smoothness and consistency.
This parameter allows you to input positive prompts or keywords that guide the detailing process towards desired features. Use this to emphasize specific aspects of the image that you want to enhance.
Conversely, the negative parameter lets you input negative prompts or keywords to de-emphasize or avoid certain features in the detailing process. This helps in refining the image by reducing unwanted elements.
The latent_image parameter is the initial latent representation of the image that will be refined. This serves as the starting point for the detailing process.
This parameter controls the level of noise reduction applied during the detailing process. Higher values result in smoother images, while lower values retain more texture and detail.
The refined_image parameter is the final output of the detailing process. It is a high-quality, detailed version of the input image, with enhanced clarity, texture, and overall visual appeal. This output is ready for further use or final presentation.
The cnet_pil parameter provides an additional output in the form of a PIL (Python Imaging Library) image. This can be useful for further image processing or integration into other workflows.
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