Gimp:Colors
lastmod 2018-10-08created 2018-10-082 edits
- Color Balance: sets the color balance of the image.
- Hue-Saturation: settings for the hue, saturation, and lightness of the image.
- Colorize: used to add color to a grayscale (black-and-white) image.
- Brightness-Contrast: settings for the brightness, darkness, and contrast of the image.
- Threshold: uses a black/white threshold value to turn the image into a simple image that looks like a print.
- Levels: lets you finely adjust the brightness and darkness of the image step by step.
- Curves: sets the color, brightness, and contrast of the image.
- Posterize: reduces the number of colors in the image to make a simple, illustration-like image.
- Desaturate: converts a color image to a grayscale (black-and-white) image.
- Invert: inverts the colors and brightness of the image.
- Value Invert: similar to Invert above, but the filter is not affected by brightness and color and inverts only hue and saturation.
- Use GEGL: GEGL (Generic Graphics Library) is the graph-based image processing that will be used throughout GIMP-3.0.
- Auto: automatically adjusts the color, brightness, and saturation values of the image to default values.
- Components: consists of menus that change colors by adjusting each color channel, the components of the image
- Map: consists of menus that blend the image with other colors or replace specific colors with other colors.
- Info: provides various menus for analyzing the colors (distribution) of the image.
- Colorify: gives a tinted image effect, as if viewed through colored cellophane.
- Color to Alpha: turns a specified color in the image into an alpha channel (transparent).
- Filter Pack: lets you set the hue, saturation, and brightness of the image intuitively through a window.
- Hot: identifies and fixes pixels that would cause problems when displayed on PAL or NTSC TV video screens.
- Maximum RGB: represents the image using only image channels with RGB colors and pure gray.
- Retinex: visually improves the illumination of images taken in poor lighting conditions through a physical mechanism.