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Enhance images with specific artistic styles using pre-trained model for seamless style transfer.
The SDVN Apply Style Model node is designed to enhance your images by applying a specific artistic style using a pre-trained style model. This node leverages the power of style transfer techniques to transform the visual appearance of an image, allowing you to infuse it with the characteristics of a chosen style. By integrating a style model with a CLIP vision model, this node can effectively guide the transformation process, ensuring that the resulting image maintains the desired artistic qualities. The primary goal of this node is to provide a seamless and efficient way to apply complex styles to images, making it an invaluable tool for AI artists looking to experiment with different visual aesthetics.
This parameter represents the input image that you wish to transform. It serves as the base for the style application process, and the final output will be a stylized version of this image.
The style model parameter allows you to select from a list of available style models. These models define the artistic style that will be applied to the input image. The choice of style model significantly impacts the visual outcome, as each model is trained to replicate specific artistic characteristics.
This parameter specifies the CLIP vision model to be used in conjunction with the style model. The CLIP vision model helps in understanding and interpreting the content of the image, ensuring that the style is applied in a contextually appropriate manner.
The mode parameter determines the method of style application. It offers various options, with "none" being the default. The mode you choose can affect how the style is integrated into the image, providing different artistic effects.
This parameter controls the intensity of the style application, with a default value of 1.0. It ranges from 0.0 to 3.0, allowing you to adjust how strongly the style influences the image. A higher strength value results in a more pronounced style effect.
Downsampling is an integer parameter that affects the resolution of the image during processing. It ranges from 0 to 6, with a default value of 1. Adjusting this parameter can help manage computational resources and processing time, especially for high-resolution images.
The mask parameter allows you to specify a mask image, which can be used to selectively apply the style to certain areas of the input image. This is useful for preserving specific details or features while stylizing the rest of the image.
This optional parameter provides additional conditioning information that can guide the style application process. It can be used to emphasize certain aspects of the style or content during transformation.
The positive output is a conditioning result that reflects the successful application of the style model to the input image. It can be used for further processing or analysis within the workflow.
This output provides a set of parameters that describe the style application process. These parameters can be useful for understanding the transformation and for replicating the style application in future tasks.
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