问题描述
请说n = 100;如何生成100种视觉上不同的颜色？这在数学上是可能的吗？
Say n = 100; How do I generate 100 visually distinct colors? Is this mathematically possible?
推荐答案
100是很多颜色，但你可以通过稀疏尽可能在HSB或HSL空间中;
100 is a lot of colours, but you might be able to do it by distributing them as sparsely as possible in the HSB or HSL space; doing it in RGB is probably difficult.
例如，你可能决定使用10种不同的色调，4种不同的饱和度和3种不同的亮度设置，最多120种颜色。你需要仔细选择饱和度和亮度值;人眼是复杂和困惑的传感器。如果将颜色空间视为圆锥，则在每个亮度/饱和度水平下可能需要不同数量的色调。
For example, you might decide to use 10 different hues, 4 different saturation levels, and 3 different brightness settings, that would give you up to 120 colours. You'll need to pick the saturation and brightness values carefully; human eyes are complicated and confusing sensors. If you treat the colour space as a cone, you will probably want a different number of hues at each lightness/saturation level.
这里是wikipedia的链接。
Here's a link to the wikipedia entry on HSB.
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