Interesting side note. We perceive colors based on white light. For example, blue as we know it would become green if our typical light sources where yellow. Obviously not relevant but interesting to think about. And there are nearly 90 million people with Switches- there's gonna be some with extra "sealed Switches". A super tiny percentage of collectors. Just like I have a sealed Monster Hunter World PS4 Pro. That's something every fanbase does, but in insignificant numbers. bluebonics I mean, technically there isn't a wavelength of light that corresponds to the color magenta, so depending on semantics... But we're starting to getting pretty philosophical at the point where we're talking about what is or isn't real. On a lovely, sunny Tuesday in Japan, Nintendo was all geared up to announce a new colour for their next Switch Lite model. "How the public will love it," they thought. "It's been ages since we did anything blue, not counting those Skyward Sword Joy-Cons." BAN no point agruing with you its common knowleage that most households buy a switch for each kid i work in a shop that sells them and see psrents buying them at 2 or 3 identical bundles at the time i even have 3 for my family regardless of cost you never see this on xbox or playstation you generally just buy the one unless your a collector end of i have no interest in agrimg further its obvious why switch figures are so higher. I dont hate on nintendo or any company iam glad there selling well hopefully next time they can make an even better console

According to my highly accurate vacuum spectrometer... it could be 4.61% more indigoish[1] (a very scientific term). Jk KateGray Great article. I saw this and immediately thought, "that's リンドウいろ (rindou-iro)!" I do a lot of drawrings for work and carry around a lot of markers, and one of my favorite colors is the purplish-blue one, which is named after whatever a リンドウ is (it's also a great "liminal" color for when I'm coloring a gradient from blue to purple). Well, Japanese Wikipedia tells me a flower, and fortunately there's an English version which is even more boring than the Wikipedia link you posted: https://en.wikipedia.org/wiki/Gentiana_scabra The actual point is that his use of the associative property and adding two colors yielding the same color, doesn't hold for color blending, so his attempt to say (red + blue) + blue = red + (blue + blue) = red + blue is false reasoning. The new edition will launch alongside the Switch port of Miitopia, which adapts the 3DS RPG for the new system. I don't care if it's called blue or purple, or whatever. It looks lovely. As lovely as Alex. A shame, that the Switch Lite doesn't, well... switch. I'd buy it in a jiffy.Pretty bad Wikipedia entry if it doesn't tell you that it's a country (with a poor international football team). Lets just say it’s nintendo shaded blue, really nintendo life need to work with nintendo and make a nintendo approved colour chart for fans! If you can't tell if something is blue or purple, it's indigo. Indigo is the color inbetween blue and purple. It's 2 parts blue, one part red. It's a fact, not an opinion. ::mic drop:: 😄 Hahaha... seriously though 😠

Also, how is a PlayStation any more shareable than a Switch? I sincerely doubt there's a measurable number of people sitting around playing the PS5 together. It's an extremely single-player leaning system. How many local-multiplayer games are there on a PS4/5 anyway, like six? lol Looks blue to me, the prettiest of the bunch yet I think as well despite yellow being my fave colour, but I has OG switch, so no need for the lites, would be cool if they did a couple of sets of joycon to match the Lite shades though. thejuice027 I'm not "partially" right at all. Nothing you've said is different from what I said. The point is, that 580nm is stimulating your receptors the same as just using whatever proportions of red and green light, and there is nothing special about 580nm light that makes the color produced more real than any other. That yellow perception has nothing to do with 580nm light specifically and has everything to do with your l and m cones being stimulated, either by that one wavelength or by multiple different wavelengths... so the color "yellow" isn't a feature of 580nm light specifically, but is a feature of which cones in your eyes get stimulated and in what proportions. Well, I'd happily call it blue but I certainly wouldn't bother arguing with anyone who says it's indigo .... In fact, they're welcome to say it's sky-blue pink for all I care! If this colour had been available initially, I'd probably have got it but I'm happy with my turqoise one

Either way its a nice colour! Not that I will ever waste money on a switch lite, joycon issues alone makes that a poor decision to me!

bluebonics Using the RGB model, as you suggested, doesn't make sense in this case since we are looking at paint or dye rather than the color of light. The goddess Iris laughs at our meager mortal interpretations of her work - casting her judgements on us with such ease, as we can barely perceive even the machinations of her lesser sister Arke’s scant understanding of her mighty rainbow. This method is like the last weapon in your Arsenal. I would recommend using it only when nothing works.Not sure why everything has to be a debate or a flame war. Spend less time speculating and arguing (or giving opinions) over nonsensical stuff. Use that time to play more games. You can lead a horse to water, but if it asks "where's the water?" then there's only so much you can do. Color isn't the physical light itself or even a property of the light itself, and only exists as the brain's interpretation of it. The color is the brain's interpretation of light triggering a response from 3 different cones in your eye. And those three different cones combine to create the different colors. It's just that varying wavelengths can stimulate more than one cone and thus produce the effect of stimulating both cones with separate colors. So magenta is just the color produced when our s and l cones get stimulated, just like yellow is the color produced when our l and m cones get stimulated. The only difference is that there's a wavelength of light that can stimulate both l and m cones at the same time, but there isn't a wavelength that stimulates both s and l cones at the same time, but we can find out that color by stimulating them with separate wavelengths. If you don't even understand this, it's no wonder you're so confused as to why magenta is real. I've even tried to explain eye physiology to you so that you can grasp how we perceive colors, but clearly you're struggling with this. Now, that we have looked at the majority of the reason, so it’s time to look at how to solve these issue. Method 1: Restarting your Nintendo Switch