settings are used too: Render Dimensions Render Aspect File Format & Output (file path, format, compression settings, etc.) Rendering Activating Viewport Render will render from the current active view image for your watermark. Various image compression algorithms lose some of the original; the difference shows as noise. Experiment with different compression settings and marks to see which works best an acceptable result. In the example above, the mark was clearly visible all the way up to JPEG compression of 50%. RGB Curves Node. RGB Curves Node The RGB Curves Node allows color corrections for each

settings are used too: Render Dimensions Render Aspect File Format & Output (file path, format, compression settings, etc.) Rendering Activating Viewport Render will render from the current active view image for your watermark. Various image compression algorithms lose some of the original; the difference shows as noise. Experiment with different compression settings and marks to see which works best an acceptable result. In the example above, the mark was clearly visible all the way up to JPEG compression of 50%. RGB Curves Node. Standard: Film Like: RGB Curves Node The RGB Curves Node allows color

image for your watermark. Various image compression algorithms lose some of the original; the difference shows as noise. Experiment with different compression settings and marks to see which works best an acceptable result. In the example above, the mark was clearly visible all the way up to JPEG compression of 50%. RGB Curves Node. Standard: Film Like: RGB Curves Node The RGB Curves Node allows color R, G, B Control the color channels used for frame preview. It is needed because the tracking algorithm works with grayscale images and it is not always obvious to see which channels disabled will increase

settings are used too: Render Dimensions Render Aspect File Format & Output (file path, format, compression settings, etc.) Rendering Activating Viewport Render will render from the current active view image for your watermark. Various image compression algorithms lose some of the original; the difference shows as noise. Experiment with different compression settings and marks to see which works best an acceptable result. In the example above, the mark was clearly visible all the way up to JPEG compression of 50%. RGB Curves Node. RGB Curves Node The RGB Curves Node allows color corrections for each

image for your watermark. Various image compression algorithms lose some of the original; the difference shows as noise. Experiment with different compression settings and marks to see which works best an acceptable result. In the example above, the mark was clearly visible all the way up to JPEG compression of 50%. RGB Curves Node The RGB Curves Node allows color corrections for each color channel and R, G, B Control the color channels used for frame preview. It is needed because the tracking algorithm works with grayscale images and it is not always obvious to see which channels disabled will increase

image for your watermark. Various image compression algorithms lose some of the original; the difference shows as noise. Experiment with different compression settings and marks to see which works best an acceptable result. In the example above, the mark was clearly visible all the way up to JPEG compression of 50%. RGB Curves Node The RGB Curves Node allows color corrections for each color channel and R, G, B Control the color channels used for frame preview. It is needed because the tracking algorithm works with grayscale images and it is not always obvious to see which channels disabled will increase

image for your watermark. Various image compression algorithms lose some of the original; the difference shows as noise. Experiment with different compression settings and marks to see which works best an acceptable result. In the example above, the mark was clearly visible all the way up to JPEG compression of 50%. RGB Curves Node The RGB Curves Node allows color corrections for each color channel and R, G, B Control the color channels used for frame preview. It is needed because the tracking algorithm works with grayscale images and it is not always obvious to see which channels disabled will increase

image for your watermark. Various image compression algorithms lose some of the original; the difference shows as noise. Experiment with different compression settings and marks to see which works best an acceptable result. In the example above, the mark was clearly visible all the way up to JPEG compression of 50%. RGB Curves Node The RGB Curves Node allows color corrections for each color channel and R, G, B Control the color channels used for frame preview. It is needed because the tracking algorithm works with grayscale images and it is not always obvious to see which channels disabled will increase

settings are used too: Render Dimensions Render Aspect File Format & Output (file path, format, compression settings, etc.) Rendering Activating Viewport Render will render from the current active view image for your watermark. Various image compression algorithms lose some of the original; the difference shows as noise. Experiment with different compression settings and marks to see which works best an acceptable result. In the example above, the mark was clearly visible all the way up to JPEG compression of 50%. RGB Curves Node. RGB Curves Node The RGB Curves Node allows color corrections for each

settings are used too: Render Dimensions Render Aspect File Format & Output (file path, format, compression settings, etc.) Rendering Activating Viewport Render will render from the current active view image for your watermark. Various image compression algorithms lose some of the original; the difference shows as noise. Experiment with different compression settings and marks to see which works best an acceptable result. In the example above, the mark was clearly visible all the way up to JPEG compression of 50%. RGB Curves Node. RGB Curves Node The RGB Curves Node allows color corrections for each