Munsell Color Theory represents the fundamentals of color. The way you visually match color today is the result of Albert H. Munsell's work nearly a century ago. Color Converter - RGB to HEX and more. With this universal color converter you can convert RGB to HEX and several other color models. There's a short description about each color model below. The converter is also very useful to learn more about colors and color models because you can compare how a certain color is composed with. I'm looking at at document that describes the standard colors used in dentistry to describe the color of a tooth. They quote hue, value, chroma values, and indicate they are from the 1905 Munsell.
With this universal color converter you can convert RGB to HEX and several other color models. There's a short description about each color model below. The converter is also very useful to learn more about colors and color models because you can compare how a certain color is composed with different color models.
RGB color
Consists of the components red, green and blue. It is the base color model for the converter.
HEX color
This is the hexadecimal representation of the RGB decimal values.
Luminance (relative)
The calculated relatvie luminance value for a certain color in terms of RGB-gray.
HSB color
Consists of the components hue, saturation and brightness. It's derived from the RGB color model. To better understand this color model you can think of it as the HTS (hue, tint, shade) model.
HSL color
Consists of the components hue, saturation and lightness. It's derived from the RGB color model. The HSL model is said to represent the most natural way of how we think about color.
CMYK color
Consists of the components cyan, magenta, yellow and black (key). It is the standard color model for printing. These values are by no means suitable for practical use! A very simple formula is used for the conversion calculating the inverses of the RGB values and applying a simplistic Gray Component Replacement logic. It shows that a color management setup is required for a good quality conversion and that it is important to understand the difference between relative and absolute color spaces.
CIE L*a*b* or CIELAB
Consists of the components luma, green/red and blue/yellow. If you pass a certain threshold in positive or negative direction for a* or b* values you are navigating out of sRGB color space gamut and therefore RGB values do not change anymore.
winHSL240
Consists of the components hue, saturation and lightness. This is a Windows ™ OS internal color model e.g. used in Paint and Wordpad. The components have a range of 0-239, 0-240 and 0-240.
winHSL255
Consists of the components hue, saturation and lightness. This is the color model used in Microsoft ® Office programs. The components have a range of 0-254, 0-255 and 0-255.
pHSL color
Consists of the components hue, saturation and lightness. This is the inhouse developed Painter's HSL color model covering a subset of HSL with the intention to potentially select more aesthetically appealing colors.
Web color
Shows the web color closest to the currently active color by finding the smallest distance of RGB values. Iphoto for mac os x yosemite download.
Web safe color
Shows the web safe color closest to the currently active color by finding the smallest distance of RGB values.
Color Converter Select a color space and enter your values for accurately convert your selection to Rgb, Cmy, Cmyk, Hsl, Xyz, Lab, Lch and Yxy. Note: ColorMine uses the sRgb color space. One problem is that the colors are usualy described with Munsell color numbers and.I don't have a book, or set of swatches for this color system. I decided to search the web for info on the Munsell color system and found this converter. You plug in the Munsel # and it gives you a screen display and the equivalent RGB and CMYK values. Munsell Color Palette. The above grids can be used to choose colors from the Munsell color system and display them in sRGB coordinates. The grids are (in order) value/chroma, chroma/hue, and value/hue. The xyY-to-sRGB formula (in the python script used to process the renotation data) is from Wikipedia. Unless you're willing to.