👾🔬 ↣ Generator (Ansible) + Evolution mechanism for NFTs in [SCD-8]

[Gizmotronn]

To test out a crafting/evolution system, I've begun work on a Pokemon-type evolution smart contract. Burning two of the same ERC-1155 IDs (e.g. a base-class spaceship) creates a new NFT (e.g. a second-tier spaceship) using the following data flow:

• msg.sender holds contract.tokenId = 0 * 2
• Contract _burns contract.tokenID = 0 * 2
• Contract _mints contract.tokenId = 1 & sends it to msg.sender

This can be used for crafting items, transferring items, etc

Let's try and get user NFT metadata working inside the frontend, add a crafting feature (triggering _burn & _mint functions of deployed contract using Moralis Unity/C# SDK) and have all actions be recorded & retrievable from our backend infrastructure in #1 #5

[Gizmotronn]

It would be a good idea to keep track of this: https://github.com/app-generator/flask-soft-ui-dashboard/

After finishing the basic UI, let's get to work on deploying the same queries that were in Signal-K/marketplace#32 and then sending the data from the queries to Supabase (along with authentication data), and then to Flask (inside ./server on planti branch in THIS repository.

Then we can use the Moralis Unity SDK inside Signal-K/starsailors-boilerplate#1, Signal-K/starsailors-boilerplate#3, unity-demo, Signal-K/Unity-Demo#28 to pull (GET) data from the Flask API, interacting with the EVM using Moralis, and then pushing (POST) data back to Flask.

After this, we can get to work on running this from deployed Jupyter notebooks (Anvil as widget/jupyter widget inside planti) and getting data from LightKurve running, including the graph generation (both web-side and client(unity)-side)

[Gizmotronn]

Current status of development:

Nice-looking frontend so far, just need to update the styling, add some more features as per Signal-K/marketplace#32 and improve the responsive nature, and then we can add the Ansible functionality!