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lugal@sopuli.xyz ⁨2⁩ ⁨weeks⁩ ago

I meant spectrum as in it’s not a fixed value but, fine, I can call it range instead. Doesn’t change my argument.

What do you mean “hasn’t been produced before”? That comes with a huge burden of proof. People produce color gradients all the time. Pretty many colors in them.

And if you produce a shade of blue that by happenstance is either more or less saturated than anything else, what have you found there? It isn’t a new color by any meaningful definition. It won’t blow anyone’s mind, it’s just a shade of blue similar but not identical to other blue shades. It falls into the blue range. The observable light is devided into colors, each inhabiting a range. The exact way is different depending on language and other contexts but by no meaningful definition is a color just a single value.

Before you double down on your definition: the implication is that your definition doesn’t make much sense and to demonstrate it from a different angle: how precise are you going to measure these? Let’s say a common blue has the saturation of 63%, would 64% quality as a new color? What about 63.2%? Where do you draw the line? And if you have to draw lines anyway, why not choose a meaningful way as in defining “blue” as one color?

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