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Blend two images using a mask for controlled merging of specific elements with smooth transitions.
The PM_MaskMerge2Image node is designed to seamlessly blend two images using a mask, allowing for precise control over which parts of each image are visible in the final output. This node is particularly useful for AI artists who want to combine elements from different images in a controlled manner, such as merging facial features or other specific areas. By leveraging a mask, you can dictate the exact regions where the images will blend, ensuring a smooth and natural transition between the two sources. This capability is essential for creating high-quality, composite images that maintain the integrity and aesthetics of the original sources.
This parameter represents the first image that will be used in the blending process. It serves as one of the primary sources for the final composite image. The quality and resolution of this image will directly impact the output, so it is recommended to use high-resolution images for the best results.
This parameter represents the second image that will be blended with the first image. Like image1, the quality and resolution of this image are crucial for achieving a high-quality composite. This image will be combined with image1 based on the mask provided.
The mask parameter is a crucial component that dictates how the two images will be blended. The mask is typically a grayscale image where white areas represent regions where image1 will be fully visible, black areas represent regions where image2 will be fully visible, and gray areas represent a blend between the two images. The mask allows for precise control over the blending process, ensuring that specific areas of each image are combined seamlessly.
The output parameter is the final composite image resulting from the blending of image1 and image2 based on the mask. This image will incorporate elements from both source images, blended according to the mask's specifications, resulting in a seamless and natural-looking composite.
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