I managed to get my old VAX running all of the LEDs in my shop at a full 30 fps via WiFi! It's controlling 24-bit color on about 2500 individual LEDs, each mapped into memory on the VAX, rendered, and then distributed by WiFi to ESP32s that are connected to the actual light strips. They receive the WiFi colordata and stream it to the LEDs. I normally use lz compression, but that was asking too much of the old VAX, so by sending it raw, it's able to keep up! The code is all C 20 stuff (NightDriverLED.com, the NDSCPP project). I compiled it on X64 NetBSD with the cross-compiler for the VAX... which I had to build first!

Now onto the view functions! getColorData takes in a color string and returns all the data about that color from the ColorData mapping: the tokenId, all its modifiable traits, and how many times its name has been changed. getAttributeData does the same for a trait type based on the AttributeData mapping - given a trait type string, it returns whether it's modifiable and if so for all tokens.

_revokeTokenTraitModificationPrivileges deletes the modifiableTraits property from a token's colorData mapping (as long as there are no existing modifiable traits). This effectively locks the token at only having its "native traits" and prevents any further traits from being added.

We begin by initializing some variables: the mint price is .001 ETH, the max supply is 16777216, isAdminPriceChangeEnabled and isAdminNameOverWriteEnabled are set to true, and isMintingEnabled is set to false. The contract also creates two new types, ColorData and AttributeData. Then a bunch of mappings for relationships between HEX colors, NFT tokenIDs, and onchain data about each.

This code applies harmonious colours baseColor = RandomColor[]; harmoniousPalette = Take[ColorData[1, "ColorList"], 14]; harmoniousColors = Prepend[harmoniousPalette, baseColor]; Graphics[{ {harmoniousColors[[1]], Disk[{0, 0}, 1, {0, Pi/2}]}, {harmoniousColors[[2]], Disk[{0, 0}, 1, {Pi, 2*Pi}]}, {harmoniousColors[[3]], Disk[{2, 0}, 1, {0, Pi/2}]}, {harmoniousColors[[4]], Disk[{2, 0}, 1, {Pi/2, Pi}]}, {harmoniousColors[[5]], Disk[{2, 0}, 1, {Pi, 3*Pi/2}]}, {Black, Disk[{2, 0}, 1, {3*Pi/2, 2*Pi}]}, {Black, Disk[{0, 0}, 1, {3*Pi/2, 2*Pi}]}, {harmoniousColors[[6]], Rectangle[{1, -2}, {2, -1}]}, {harmoniousColors[[7]], Rectangle[{-1, -2}, {0, -1}]}, {harmoniousColors[[8]], Disk[{0, -2}, 1, {Pi, 3*Pi/2}]}, {harmoniousColors[[9]], Disk[{2, -2}, 1, {3*Pi/2, 2*Pi}]}, {harmoniousColors[[10]], Disk[{0, -5}, 1, {Pi/2, Pi}]}, {harmoniousColors[[11]], Disk[{2, -5}, 1, {0, Pi/2}]}, {harmoniousColors[[12]], Rectangle[{0, -2}, {1, -1}]}, {harmoniousColors[[13]], Rectangle[{0, -3}, {1, -2}]}, {harmoniousColors[[14]], Rectangle[{1, -3}, {2, -2}]}, {RandomColor[], Rectangle[{2, -2}, {3, -1}]}, {RandomColor[], Rectangle[{0, -5}, {1, -4}]}, {RandomColor[], Rectangle[{1, -5}, {2, -4}]}, {RandomColor[], Disk[{0, 0}, 1, {0, Pi/2}]}, {RandomColor[], Disk[{0, 0}, 1, {Pi, 3*Pi/2}]}, {RandomColor[], Disk[{2, 0}, 1, {Pi, 3*Pi/2}]}, {RandomColor[], Disk[{2, 0}, 1, {0, Pi/2}]}, {RandomColor[], Disk[{2, 0}, 1, {Pi/2, Pi}]}, {RandomColor[], Rectangle[{-1, 0}, {0, 1}]} }, ImageSize -> Large, PlotRange -> {{-2, 4}, {-6, 2}}]

When you want to reverse built-in colorscheme on #Mathematica, you can put "Reverse" option at ColorFunction: ColorFunction -> ColorData[{"SunsetColors", "Reverse"}]

Curious to find out about #colordata of images in Japan? Check out this #analysis conducted by our partner Hakuhodo Institute of Life and Living (HILL) using our Sphere platform.

We at ColorData offer 1-month free trial of our services. If you happen to know any clubs that are interested on working with us let me know. Likes and retweets are greatly appreciated.

ColorData uses Data Science to help your team perform better on the field.

Im ningen.......

Hey nat u left all ur furni n fruit all over my island come get ur juice or im stealing it

I LOVE SUSAN

Ohh I love antarctic creatures!!!

A mood

This is all u need to kno abt @colordata

Ive never heard anyone talk about Subway as passionately as @colordata

I THINK COOLSVILLE SUCKS

Top 4 favorite games (in no specific order) • Total War Warhammer 2 • Minecraft • Pokemon ORAS/Shield/Platinum • RimWorld The 4th game basically changes every month😩 Now @AshleyZombieArt @joobieeee @colordata

Thank you!! Man I wish I could, it was fun cookin stuff :'(

Nice - Was guessin that from the colors (ContourStyle->ColorData[“LightTemperatureMap”] ?😉)