Technically there's not enough information to tell the colors between yellow and green, since you have to know the type of gradient (ie RGB, HCL, HSB, HSL). But the end colors definitely aren't specified ambiguously.
Color can be represented in different ways. For example, HSB means hue, saturation, brightness. If you interpolate those components, you will end up at the same endpoint, but the colors in the middle will be different.
One of the primary reasons people use different color representations for gradients is that they don't pass through gray in the middle. RGB gradients tend to have a great band in the center of them.
That's probably way too much information. I just enjoy this type of thing, because I do a lot of web development.
Technically there's not enough information to tell the colors between yellow and green, since you have to know the type of gradient (ie RGB, HCL, HSB, HSL). But the end colors definitely aren't specified ambiguously.
I imagine it the the way i described it. The only acronym you suggested that i know is RGB. But does that apply to imagination or digital imaging?
Color can be represented in different ways. For example, HSB means hue, saturation, brightness. If you interpolate those components, you will end up at the same endpoint, but the colors in the middle will be different.
Here's a website that lets you play around with it: https://www.learnui.design/tools/gradient-generator.html
One of the primary reasons people use different color representations for gradients is that they don't pass through gray in the middle. RGB gradients tend to have a great band in the center of them.
That's probably way too much information. I just enjoy this type of thing, because I do a lot of web development.
I guess what I'm trying to get at is that is all good in digital mediums. But does it mean anything to Bob Ross?