Create Regenerative Art using Python for an NFT collection and create website.
Budget: $250 – $750 USD
1. Create regenerative art using python so we can turn it into an NFT.
Similar to these and the one I have attached to the project.
https://mandelbrot.fractalnft.art/
https://opensea.io/collection/mandelbrot-set-collection
https://en.wikipedia.org/wiki/Mandelbrot_set
2. Create a landing page similar to https://mandelbrot.fractalnft.art/
where it presenting information about the art/token and allow people to Mint using Metamask etc.
3. There must be information published on the Ethereum blockchain upon minting on how to reproduce each piece and give unique names to each piece in the description of the NFT. There will be a total of 1978 NFT pieces in total.
Example:
"Jamaica Attractor in a neighborhood of the point (-0.74452870, -0.14818287), on the surface of the Mandelbrot set"
5. Create a page/tool where users can type these coordinates and it will return their image/NFT along with its rarity values.
Example:
If a user types the name: "Jamaica Attractor" or the coordinates (-0.74452870, -0.14818287) in our /verify-nft tool it will return the NFT that it corresponds to and its attribute values.
6. Must help create and deploy the Ethereum smart contract coded with 10% of all sales given to the contract owner.
7. Create a bot that publishes recent MINT of NFT to Discord app with a minted image of NFT and it's information (name, coordinate).
Must have experience creating NFT's on Ethereum using a smart contract and
setting attributes and rarity percentage to NFT's etc.
Similar to these and the one I have attached to the project.
https://mandelbrot.fractalnft.art/
https://opensea.io/collection/mandelbrot-set-collection
https://en.wikipedia.org/wiki/Mandelbrot_set
2. Create a landing page similar to https://mandelbrot.fractalnft.art/
where it presenting information about the art/token and allow people to Mint using Metamask etc.
3. There must be information published on the Ethereum blockchain upon minting on how to reproduce each piece and give unique names to each piece in the description of the NFT. There will be a total of 1978 NFT pieces in total.
Example:
"Jamaica Attractor in a neighborhood of the point (-0.74452870, -0.14818287), on the surface of the Mandelbrot set"
5. Create a page/tool where users can type these coordinates and it will return their image/NFT along with its rarity values.
Example:
If a user types the name: "Jamaica Attractor" or the coordinates (-0.74452870, -0.14818287) in our /verify-nft tool it will return the NFT that it corresponds to and its attribute values.
6. Must help create and deploy the Ethereum smart contract coded with 10% of all sales given to the contract owner.
7. Create a bot that publishes recent MINT of NFT to Discord app with a minted image of NFT and it's information (name, coordinate).
Must have experience creating NFT's on Ethereum using a smart contract and
setting attributes and rarity percentage to NFT's etc.