In colorimetry, the Munsell color system is a color space that specifies colors based on three properties of color: hue (basic color), value , and chroma (color intensity). It was created by Albert H. Munsell in the first decade of the 20th century and adopted by the United States Department of Agriculture (USDA) as the official color system ...

Munsell孟赛尔色号查询，输入Munsell的HVC（色相、亮度、饱和度）数值，查找对应的Munsell颜色信息详情

在上图中彩色渐变区域是人眼可感知色彩的范围，橙色三角形是Adobe RGB表示的色域范围，而sRGB的范围就是黑色虚线三角形。 除了这两种RGB以外，图中的Colormatch RGB和ProPhoto RGB也是基于RGB的方式建立的颜色空间。 而这张图叫做CIE色度图。 讲到色彩空间的色域大小问题，一般都是讲色域映射到CIE1931色度图或CIE1976色度图中来对比的。 回到RGB和孟赛尔的区别。 维基百科-孟赛尔系统 上有这样一段话： 距轴的距离=色度（chroma），表示色调的纯 …

Hue, value and chroma are also referred to as (HVC) Munsell Color Theory is based on a three-dimensional model in which each color is comprised of three attributes of hue (color itself), value (lightness/darkness) and chroma (color saturation or brilliance)

The first step is to understand the three attributes of color… hue, value and chroma (also referred to as HVC). Hue is the color such as red, green, blue, etc. In the Munsell system these are given letter codes, i.e. Red (R), Yellow-Red (YR), Green (G), Green-Yellow (GY) and so on. Value is how light or dark a color is.

Each color has three qualities or attributes: Hue, value and chroma are also referred to as (HVC). The Munsell Color system is set up as a numerical scale with visually uniform steps for each of the three color attributes—in Munsell notation, each color has …

首先，需要了解Munsell颜色的三个属性：色相(Hue)、亮度值(Value)和饱和度(Chroma)，即Munsell HVC。 Hue 色相 ，我们把红色和绿色、蓝色和黄色区分开来，有一种自然的颜色顺序：红色、黄色、绿色、蓝色、紫色。

The Munsell tools (Munsell Color System description) enable you to: • convert RGB to Munsell Hue Value/Chroma (select within 24 predefined RGB spaces plus a Custom space); • convert L*a*b* to Munsell HVC (select within 15 predefined illuminants plus a Custom illuminant); • convert Munsell to RGB and L*a*b*; • measure a sample, in ...

It's a spreadsheet which includes a conversion from Munsell HVC notation to xyY, then to XYZ_C, then converted to D65 illuminant, then to floating point sRGB, then quantized to 8bit sRGB values (which they call dRGB). As for the OP's question: sRGB is …

color. This is the color you want to mix. • Assess the hue, value, and chroma of the target color. • Assess the “ source ” colors you have available. These are the colors that you can mix with – the tubs/jars of color you own. • Identify the colors nearest your target color. • Find the source color nearest your target color.