this post was submitted on 05 Aug 2023
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with so many digits i think using the smallest 9 raw values is a fine idea, especially for robust first implementations. right... there's a lot of black space if you don't restrict the digits, but i actually am not sure if i'm for or against that. black takes less power usually, right? lol
it could be. especially using your suggested implementation, there's accounts that exist already with delegated raw that will fall within the format, so if you designated that rep as the "place rep" you'd already have begun a place seeded with some beginning pixels.
hm...is there enough space for position coordinates as well?
if it's something like nyano.place 1 nyano = Ӿ0.000001
1.000001000000000000000255000255
looks like there's tons of leeway still there.
also i wonder how much this format biases colors, i'm guessing it won't be too significant esp. at this point
re: interactive network monitor https://music.nanos.cc/ https://github.com/Joohansson/nanomusic this is the best thing that comes to mind that already exists
my imagination is a little more complex and unfinished, but essentially it's just reinterpreting the meaning of the functions and data that already exist in nano and transforming them into another form. example: reconstruct/interpret the blockchain data as a virtual city. i think doing this actually helps you concretize understanding about network flows, and at some point surely begins to affect them as well.
Oh, right! Yes, there is a lot of space for that. It would be possible to handle this with a single node.
So, there could be a "Canvas" Representative node
The amount delegated to it should follow a specific format, including a canvas-specific code, the 3-digit X coordinate, 3-digit Y coordinate, and the RGB code. There is easily more than enough space with the 30 digits we have to work with.
The color of each pixel is set by the highest amount delegated that claims a pixel.
The special code would make it so that there is no biasing, and that accidental pixel placements are very unlikely.
Oh wow, I had never heard of that!! It is very cool. Do you mind if I will create a post to share that to [email protected], unless you would like to make that post yourself ^_^
i make no claim to the information i share 😜👍
Hehehe, ok! I have shared it