A Pytorch implementation of "FloWaveNet: A Generative Flow for Raw Audio"

Write, test and deploy high-quality smart contracts to the Stacks blockchain and Bitcoin.

A Pytorch Implementation of ClariNet

A protocol for extending and improving the Bitcoin Naming System

Stacks blockchain NFT marketplace written in clarity with chainhook integration (clarinet) and NestJS backend subscribing to the chainhook updates

Deno package for type-safe Clarinet tests

🧠️🖥️2️⃣️0️⃣️0️⃣️1️⃣️🎼️🎶️ The Audio:Instruments:Clarinet category for AI2001, containing Clarinet audio datasets.

A simplified and optimized fork of oboejs. This package will allow you to easily and efficiently stream an array of JSON objects to your front-end.

ClariMIDI is a MIDI wind controller based closely on a standard (Boehm) clarinet layout

Decentralized Exchange built on Stacks

Charity Donation Dapp written in Clarity on the Stacks Blockchain

🎷 A virtual fingering chart for woodwind musical instruments. Made in MaxMSP.

Empowering Creator Economy by providing royalty split for NFTs on Bitcoin

Electronic Wind Instrument based on ESP32 board | Instrumento Electrónico de viento basado en la placa ESP32

The Voting Contract is a Clarity-based smart contract that provides a straightforward and transparent voting system on a blockchain. It allows users to add candidates, cast votes, and determine election outcomes based on the highest vote count, ensuring clarity and immutability in the voting process.

A simpl3 Hello World contract on Stacks

Clarity Camp - Codeacademy project, to create a wallet contract that unlocks at a specific block height.

This project, creates a simplified DAO that allows its members to vote on which principal is allowed to withdraw the DAO’s token balance. The DAO will be initialised once when deployed, after which members can vote in favour or against specific principals.

Hiro Stacks Clarity smart contract