I enjoy the notion of viewing the characteristics of a number as that number's "personality". It's fun.

I know Nathan Dyson

This video could go on forever and I wouldn't complain!

What would these look like in 4D?

Bogo sort is the best

Baiai sort can also be called Odd Even Insertion(because it’s also “odd even”ish.

Wow! You are VERY good!

At HSV part my brain stopped braining

Whatt is a pivot???????????????

Looks like I got here before the all-knowing Christians yap about this being proof of God, lol

Explaining the postulates really helped make this more intuitive

If you were to go down a side, a square would be in the category of tetrahedral symmetry

This is aweseome

Very nice video and I definitely share your sentiment towards the mercator projection.

This comment is basically just a rambly list of notes and comments from me as a hobbyist color nerd who really cares about this stuff a bit too much. Brown is not a new color it's entirely cultural, the same as Pink. The exact opposite of pink on RGB is Jade, a dark green, or another color, a dark cyan depending on if the pink is red or magenta, but both are not considered a unique color of Green or Cyan the way Pink culturally is. saying Cyan, Aqua (Green+Cyan), Azure (Cyan+Blue) are not visible on the color spectrum because they're too dark is wild to me. Personally I do not consider either white or black colors but rather shades as someone once pointed out to me. They're the only two that can be made from any color and also produce any color, they are utter anomalies and the only "hueless" shades. Extremely minor, say maroon not burgundy, I really don't get why people refuse to acknowledge my boy, Maroon, but Burgundy is more along the red to rose(Magenta+red) line. I hear Maroon is more along the red to orange line, but still that's way closer to what you mean. Your reference of Navy Blue also personally offends me, but I concrete that as a color nerd, I just am more familiar with it way closer to the bottom of the darker, and often more desaturated shades of blue, a spriting trick used to emulate the color black in older video games. The actual interesting part about yellow is the fact that it's very fickle, at least in our cultural understanding of it, so that any even slight darkness to it can completely "ruin it" to us, which is why most usages of yellow are strictly the top 20% of luminosity. The entire mid section is comparably recognizable as more green to us, as a color called "Olive," and is deemed as one of the few ugly colors to most. Alternately, cover your hand over the orange object and let your eyes sit on the screen for a moment to correct themselves into seeing "Brown" or look at a picture of Orange and Dark orange next to each other and similarly cover the orange part with your hand. 11:25 The lack of overlap between wavelengths might explain why Blue and Red are the darkest colors respectively, followed by Green and magenta being considered neutral colors in both atmosphere(Warm/vs\Cold) and brightness. Pink = Light Red. 26:30 AAAAAAAAAAAAAAAA! AZURE NAMED, HOLY- A-TIER KZfaqR, FINALLY SOMEONE ACKNOWLEDGES AZURE. This video is basically just explaining color in general as much as possible flol I'm so glad you actually acknowledged the full set of colors, Red, Orange, Yellow, Lime, Green, Aqua, Cyan, Azure, Blue, Purple, Magenta, and Rose. Albeit I do find it funny our different names for them, flol. Azure and Rose were the most popular and recognized names I saw online and from a few friends thoughts, and Aqua, or Spring Green as more popularly called, I just dislike the idea of it being labeled as a green, and Aqua because of the personal significance and the color water would sometimes take in certain places. In Aseprite and Photoshop you can do a trick to get the true saturation of colors, by adding a new layer, setting it to Color, then filling it with white, it will preserve the natural saturation of the colors alongside the base one, since the default greyscale mode of most programs purely preserves the direct saturation number and murders everything else without consideration. I found the brightest colors were: Yellow, Lime, Cyan, Aqua, Orange, Green, Magenta, Azure, Rose, Red, Purple, Blue.

which one is most used in practice?

Came for the 3d shapes Stayed for the enby explaining the 3d shapes

Radix Sort could work on any set of finite elements.

The binary sounded like oof

We love the Rhombicuboctahedron

I would say 246 (247 - Artsakh) + Sealand +Sovereign Military Order of Malta + Catalonia + Bougainville + Tibet + East Turkestan + Kurdistan =253

so in HSV colour space if i selected 3 colours randomly can they form a triangle if they are connected

if jan misali's video of "there are 48 regular polyhedra" is the science in making a nuclear bomb this video is the science in making a nuclear reactor no hate on jan misali's video and i love that video too but that video *feels* like a kid making some crazily creative ideas but lacks structure but this video pushes my button on "building with what you already have" and i love every second of this well done Mr Kuv! ❤

pairwise bogo sorting network: given a list X of size n, generate a new list P containing all ascending pairs of integers from 0 to n-1. shuffle P and use it to compare every pair of numbers in X, swapping them if necessary. if X isn't sorted throw your computer in the ocean or something idk

Best comprehensive explanation of the subject and it's not even close. Thanks so much for the video!

1:58 What a coincidence. A few weeks ago, I thought of a metric to quantify exactly this. I referred to it as imeness. Every multiplication by a prime number increases the imeness by 1, and every division by a prime number decreases the imeness by 1. That was how I extended the notion of imeness to any rational quantity on the positive side of the number line. Then I made the adjectival forms by using pseudo-Greek prefixes followed by -prime, using biprime instead of semiprime. I can now confidently say that one is a nullaprime, and zero is a negapeiroprime.

this is fucking cinema

I love shapes ❤

It would have been more intuitive to use low notes for the high values and vice versa. That's how musical instruments actually work: A small object makes a short wavelength, which creates a "high" note. A large object makes a long wavelength, which creates a "low" note.

Biblically accurate triangle:

Wow, just wow

is this muryokusho?

what the σ

what is bro's beef with 70

This is hands down the best video i have ever seen about color. Anything from perception, reproduction and modeling.

HSL

Already a major mistake at only two and a half minutes. And the runtime complexity of selection sort isn’t even difficult to calculate.

Minor typo - 1:05:15 says O(nlgon) instead of O(nlogn) in the magenta rectangle

Truncated Icosahedrons = soccer ball pattern

Stumbled across this awesome video and liked it 5 minutes in. It’s great, but I would suggest adding a touch more emotion in to it. Great video!

I've defragged myself

RHOMBICOSIDODECAHEDRON 😍

Great work, congratulation. Certainly watch one time is not enough. But understanding level again increased in my situation.

You have inspired me. Thank you,

Baiiai not sure if i spelled it correctly but you get me.

Stunning . Thank you..

Did you invested more time on the fact that you could really have found some way to geometrical calculate if an number is prime ?, that is so mind baffling i *hit my pants !

LGBT ?

after watching jan Misali's platonic solids video and vsauce's strictly convex deltahedra video, seeing some concepts i got from there return here was nice and cool, like a callback from across my brain :3

I’d say Miracle Sort would have a big O of O(n^(googolplex!^googolplex!)!)