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Facilitates high-quality latent image generation with advanced sampling techniques for AI artists.
The KolorsSampler node is designed to facilitate the sampling process within the Kolors model framework, enabling you to generate high-quality latent images based on specific input parameters. This node leverages advanced sampling techniques to produce detailed and nuanced outputs, making it an essential tool for AI artists looking to create sophisticated and visually appealing artworks. By integrating various parameters such as model selection, seed, steps, and configuration settings, the KolorsSampler ensures that you have fine-grained control over the sampling process, allowing for a high degree of customization and precision in your creative projects.
This parameter specifies the Kolors model to be used for the sampling process. The model is a pre-trained neural network that influences the style and quality of the generated images. Selecting the appropriate model is crucial as it directly impacts the aesthetic and technical characteristics of the output.
Kolors embeds are embeddings that provide additional context or conditioning to the model. These embeddings can be used to guide the model towards generating images that align with specific themes or styles. The quality and relevance of these embeddings can significantly affect the final output.
This parameter defines the width of the generated image in pixels. It allows you to set the horizontal dimension of the output, ensuring that the image fits your desired resolution. The width should be chosen based on the intended use of the image, with higher values providing more detail but requiring more computational resources.
Similar to the width parameter, the height defines the vertical dimension of the generated image in pixels. Setting the appropriate height ensures that the image meets your resolution requirements. Balancing the height and width is essential for maintaining the aspect ratio and overall quality of the image.
The seed parameter is an integer value that initializes the random number generator used in the sampling process. By setting a specific seed, you can reproduce the same output consistently, which is useful for iterative design processes. The seed value can range from 0 to 0xffffffffffffffff, with a default value of 0.
This parameter determines the number of sampling steps to be performed. More steps generally lead to higher quality images but also increase the computation time. The steps value can range from 1 to 10000, with a default of 20 steps, allowing you to balance quality and performance.
The cfg (Classifier-Free Guidance) parameter is a float value that controls the strength of the guidance applied during sampling. Higher values result in stronger adherence to the conditioning inputs, while lower values allow for more creative freedom. The cfg value ranges from 0.0 to 100.0, with a default of 8.0.
The scheduler parameter specifies the scheduling algorithm used to manage the sampling process. Different schedulers can affect the convergence and quality of the generated images. Choosing the right scheduler is important for optimizing the performance and output of the KolorsSampler.
This optional parameter allows you to provide a latent image as input, which can be further refined by the sampling process. Using a latent image can help in achieving specific visual effects or styles, making it a powerful tool for advanced users.
The denoise_strength parameter is a float value that controls the amount of noise reduction applied during the sampling process. A value of 1.0 applies full denoising, while lower values retain more noise, potentially adding artistic effects. The value ranges from 0.0 to 1.0, with a default of 1.0.
The output of the KolorsSampler node is a latent image, which is a high-dimensional representation of the generated artwork. This latent image can be further processed or decoded into a final image, providing a flexible and powerful way to create detailed and high-quality visuals. The latent output is essential for subsequent stages in the image generation pipeline, allowing for further refinement and customization.
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