Free online LCH image channels extractor. Just drag and drop your image here and it will automatically show its luminance, chroma, and hue channels. You can isolate all three channels simultaneously (resulting in three separate images) or display only the desired channel. The selected channels can also be converted into monochrome images. Created by engineers from team Browserling.
Free online LCH image channels extractor. Just drag and drop your image here and it will automatically show its luminance, chroma, and hue channels. You can isolate all three channels simultaneously (resulting in three separate images) or display only the desired channel. The selected channels can also be converted into monochrome images. Created by engineers from team Browserling.
This tool visualizes isolated color channels of the LCH color scheme. This allows you to explore each component of the LCH space and understand how they combine to reproduce the image. The LCH scheme (sometimes written as LCh) stands for luminance, chroma, and hue. The luminance component represents the lightness of color, ranging from pure black to pure white. Isolating the luminance channel produces a black and white image that highlights the bright and dark pixels in the image. The chroma component conveys the degree of saturation of pixels. Isolating the chroma channel results in a magenta-white image, where desaturated shades (white, black, and gray pixels) are displayed as white, while saturated colors are displayed as magenta. The hue component defines the actual color of each pixel. Isolating the hue channel generates a colorful image, where each object shows the actual colors it consists of, without any added luminance or chroma. For each isolated component, you can also create a monochrome image. By activating the corresponding checkbox in the options, you will get grayscale representations of each LCH channel. Image-abulous!
This tool visualizes isolated color channels of the LCH color scheme. This allows you to explore each component of the LCH space and understand how they combine to reproduce the image. The LCH scheme (sometimes written as LCh) stands for luminance, chroma, and hue. The luminance component represents the lightness of color, ranging from pure black to pure white. Isolating the luminance channel produces a black and white image that highlights the bright and dark pixels in the image. The chroma component conveys the degree of saturation of pixels. Isolating the chroma channel results in a magenta-white image, where desaturated shades (white, black, and gray pixels) are displayed as white, while saturated colors are displayed as magenta. The hue component defines the actual color of each pixel. Isolating the hue channel generates a colorful image, where each object shows the actual colors it consists of, without any added luminance or chroma. For each isolated component, you can also create a monochrome image. By activating the corresponding checkbox in the options, you will get grayscale representations of each LCH channel. Image-abulous!
This example visualizes the isolated chroma channel in the Christmas lights image. The chroma channel represents the saturation of each pixel in the image. If a pixel is unsaturated (close to black, white, or gray), it appears on the screen in white. If a pixel is saturated (such as the bright blue or red color of the light bulbs), it appears on the screen in magenta. (Source: Pexels.)
This example dissects the image of an adorable puppy on grass into three distinct components of the LCH color space. The first image shows the luminance of each pixel, the second demonstrates chroma, and the third illustrates hue. In reality, the combination of these three images equals the input image itself. (Source: Pexels.)
In this example, we transform an image of red apples into three monochrome images, each representing a unique component of the LCH color space. The first image shows the luminance of every pixel (it is black and white by default), the second highlights chroma (originally displayed in magenta and white but turns monochrome upon conversion), and the third represents hue (depicts the vibrant hues of the image in grayscale style). (Source: Pexels.)
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We're Browserling — a friendly and fun cross-browser testing company powered by alien technology. At Browserling we love to make people's lives easier, so we created this collection of image editing tools. Our tools have the simplest user interface that doesn't require advanced computer skills and they are used by millions of people every month. Our image tools are actually powered by our web developer tools that we created over the last couple of years. Check them out!
