The more information the better. I'm not scientist, but I do know that the color red is used a lot for night time shifts in a lot of working positions. So there is something about red that makes it work best for dark environments. I believe the speed I mention was about the switching from using cone cell and rod cell. I believe the wavelength is a measurement of how much energy is needed to produce the color, and not actually tied into the speed it is being produced at. If you think of this in terms of music, a bass note has a slower wavelength than a higher frequency note. The color red also has a slow wavelength.TheBetterRed wrote:
I don't mean to be a nit pick, Uruoki, but essentially all wavelengths in the visible spectrum travel a the same speed. They only change speed when traveling through a medium, i.e. a glass prism, the atmosphere etc..
But yea, that's nothing major. Just saying :3
I really like this idea, but, I'm pretty pessimistic about this.
Working out the science of the colours, applying them and then making them UI friendly will certainly take a lot of effort.
Best of luck, I hope this doesn't die! D:
Wavelengths are usually measured in hz (hertz). Hertz is a measurement of cycles per second. So a bass note and the color red uses the least cycles which allows for longer listening or viewing without the user becoming ill.
I believe the speed concept was brought up about how something with more energy is usually traveling faster. The baseball and the balloon. Another reason why I think speed got brought up in the original post, was because of the cone and rod cell. If the rod cell has less light to produce. Our eyes should, in theory, switch to the cone cell more quickly.
The main goal for this skin is to be the most suitable in dark environments.
If you have anymore information, please share. I am always up for learning more about how things function.
