We are seeking participants to give their opinion on a wide selection of algorithmic art. Of the thousands of artworks we created, we show you one at a time, and you rate it on a scale from great to awful. Each vote takes only a few seconds! The data you provide will help us learn what characteristics of art make a piece aesthetically pleasing. Head over to artvote.net to make your voice heard. We've tried to make this as fun as possible, so stay as long as you like, and thanks to everyone who participates!
I've started minting my own NFT's on Tezos to learn and I'd like to continue learning more. I have an idea (Crypto Hogs) and I would love it if I could make 1000 pixel arts, not sure how this process goes, I didn't find anything on youtube or google.
Does anyone have this knowledge of how to do this? I imagine it's creating unique head/face/nose/etc and then a program puts them together alternatively. But I don't know.
Please point me in the right direction!
Discovered in a D!NG (Do Online Now Guys) from one of the Vsauce channels. It showcased a website that generates an image using text that you give it. There was a waiting line you had to take if you wanted to upload the picture to a database that everyone could look at and upvote for each one. There was a section for "most popular generated images" and another section for "newest generated images".
https://preview.redd.it/kv394girl8q71.png?width=400&format=png&auto=webp&s=d5614f52b1d43e466960bf7fc9bb15a5065a3317
https://twitter.com/ShanShuiCNFT/status/1440850764524515330?s=20
Come check out this algorithmically generated flower art, only 4181 will be printed as a homage to Fibonacci numbers. Dropping soon around October. Just check out the twitter account, and you'll see how cool it is haha.
They are transparent on how they will generate each NFT~
They have a discord here https://discord.gg/vmmuwRVR
More info at https://inventwithpython.com/blog/2021/08/02/algorithmic-art-with-the-bitfielddraw-module/
Image gallery of some examples: https://imgur.com/a/wdlCwfN
To install, run this from the terminal:
pip install --user bitfielddraw
(Use pip on Windows but pip3 on macOS and Linux.)
To see a demo, run:
import bitfielddraw; bitfielddraw.main()
Quickstart:
The functions take a string of a lambda function with x and y arguments of a pixel's coordinates. If the return value is zero the pixel is white, if nonzero the pixel is black. The size is the size of the terminal window, but you can specify w and h arguments to change this.
The p() function prints the bit field to the terminal (which won't have the horizontal lines caused by padding):
>>> from bitfielddraw import *
>>> p('(x ^ y) % 5')
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▀▄██▄▀████▀▄██▄▀██▄▀▀▄████████▀▄██▀▄██▄▀▄▀████A research team from DeepMind explores how neural networks can be fused with algorithmic computation and demonstrates an elegant neural end-to-end pipeline that goes straight from raw inputs to general outputs while emulating an algorithm internally.
Here is a quick read: DeepMind Presents Neural Algorithmic Reasoning: The Art of Fusing Neural Networks With Algorithmic Computation.
The paper Neural Algorithmic Reasoning is on arXiv.
