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Specialized node for applying ControlNet conditioning to images, enhancing AI-generated art with controlled outputs.
ControlNetHadamard is a specialized node designed to apply ControlNet conditioning to a series of images with a specified strength. This node is particularly useful for AI artists who want to enhance their image generation process by incorporating additional control signals. By leveraging ControlNet, you can influence the generated images to follow certain patterns or styles, thereby achieving more refined and controlled outputs. The node ensures that the conditioning is applied consistently across multiple images, making it ideal for batch processing or projects that require uniformity in style or content. The primary goal of ControlNetHadamard is to provide a seamless and efficient way to integrate ControlNet conditioning into your image generation workflow, enhancing the creative possibilities and precision of your AI-generated art.
This parameter represents the conditioning data that will be applied to the images. Conditioning data typically includes information that guides the image generation process, such as text prompts or other control signals. The conditioning data must be provided in a format compatible with ControlNet.
This parameter specifies the ControlNet model to be used for conditioning. ControlNet is a neural network that provides additional control over the image generation process. By selecting an appropriate ControlNet model, you can influence the style, structure, and other attributes of the generated images.
This parameter represents the images to which the conditioning will be applied. The images must be provided in a format compatible with the node, and the number of images should match the number of conditioning data entries. This ensures that each image receives the corresponding conditioning.
This parameter controls the intensity of the conditioning applied by ControlNet. It is a floating-point value with a default of 1.0, a minimum of 0.0, and a maximum of 10.0. The strength parameter allows you to adjust how strongly the conditioning influences the final output, providing flexibility in achieving the desired effect.
The output of this node is the conditioned data, which includes the original conditioning data modified by the ControlNet model. This conditioned data can then be used in subsequent steps of the image generation process to produce images that adhere to the specified conditioning.
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