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Implementation-Plan.md

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NeuralFlux MVP Implementation Plan

Project Overview

NeuralFlux is an innovative ecosystem that combines Web3 and AI video generation technology, aiming to provide creators with a platform to generate, mint, and trade AI-generated video NFTs, while implementing community building through DAO governance mechanisms. This MVP implementation plan ensures the completeness of the project's core path and provides clear implementation steps and checkpoints.

Technology Stack

  • Frontend Framework: Next.js + React + TypeScript
  • Styling Solution: TailwindCSS
  • Blockchain Integration: Solana Ecosystem (@solana/web3.js, @solana/wallet-adapter)
  • AI Video Generation: Based on Step-Video-TI2V model (using mock data for MVP)
  • API Communication: Axios

Core Functional Modules

1. Web3 Integration

  • Wallet connection component (WalletContext.tsx)
  • FLUX token contract interaction interface (FluxToken.ts)
  • NFT minting functionality (using mock data)
  • Staking functionality (using mock data)

2. AI Video Generation

  • Video generation API interface (videoGeneration.ts)
  • Generation parameter configuration UI (create.tsx)
  • Generation status tracking and progress display
  • Mock video generation logic

3. User Interface

  • Homepage (index.tsx)
  • Video creation page (create.tsx)
  • NFT minting page (mint.tsx)
  • NFT marketplace page (marketplace.tsx)
  • DAO governance page (dao.tsx)

4. Configuration Files

  • Next.js configuration (next.config.js)
  • TypeScript configuration (tsconfig.json)
  • TailwindCSS configuration (tailwind.config.js, postcss.config.js)
  • Package management configuration (package.json)
  • Global styles (globals.css)

Implementation Steps and Completion Status

Phase 1: Basic Infrastructure Setup

  1. Initialize Next.js project
  2. Configure TypeScript
  3. Set up TailwindCSS
  4. Create project directory structure
    • src/pages/ (page components)
    • src/components/ (reusable components)
    • src/web3/ (blockchain-related code)
    • src/api/ (API interfaces)
    • src/styles/ (style files)

Phase 2: Web3 Integration

  1. Implement wallet connection context (WalletContext.tsx)

    • Connect/disconnect wallet functionality
    • Get public key and address
    • Wallet state management

  2. Implement FLUX token interface (FluxToken.ts)

    • Token basic information
    • Balance query functionality
    • Transfer functionality simulation
    • Staking functionality simulation

Phase 3: AI Video Generation

  1. Design video generation API interface (videoGeneration.ts)

    • Parameter interface definition
    • Status interface definition
    • Mock generation functionality
    • Mock status query

  2. Create video generation page (create.tsx)

    • Parameter input form
    • Reference image upload
    • Status and progress display
    • Generation result display

Phase 4: Page Development

  1. Homepage development (index.tsx)

    • Project introduction
    • Main feature showcase
    • Wallet connection entry point
    • Navigation links

  2. NFT minting page (mint.tsx)

    • Video preview
    • Metadata input
    • Royalty settings
    • Minting process

  3. NFT marketplace page (marketplace.tsx)

    • NFT list display
    • Filtering and sorting
    • Detail preview
    • Mock data

  4. DAO governance page (dao.tsx)

    • Proposal list
    • Voting mechanism
    • Staking functionality
    • Community governance introduction

Phase 5: Optimization and Refinement

  1. Unify styles and UI components
  2. Error handling and user feedback
  3. Responsive design adaptation
  4. Mock data enhancement
  5. Internationalization support (Chinese and English)

Mock Data Description

To quickly implement the MVP, this project uses the following mock data to achieve core functionality:

  1. Video Generation: Simulated backend processing delay and progress updates, returning fixed video URLs
  2. NFT Data: Preset NFT list, including basic metadata and display information
  3. Wallet Interaction: Simulated token balance, transfer, and staking operations
  4. DAO Governance: Simulated proposal data, voting status, and governance statistics

Project Progress Tracking

Module Status Notes
Project Infrastructure ✅ Completed Includes all necessary configuration files
Web3 Integration ✅ Completed Core functionality implemented using mock data
AI Video Generation ✅ Completed Implemented using mock data
Homepage ✅ Completed Includes project introduction and feature entry points
Creation Page ✅ Completed Implemented video generation workflow
Minting Page ✅ Completed Implemented NFT minting workflow
Marketplace Page ✅ Completed Implemented NFT display and filtering
DAO Page ✅ Completed Implemented DAO governance interface
Internationalization ✅ Completed Support for Chinese and English

Future Optimization Directions

  1. Real API Integration: Replace mock APIs, connect to actual AI video generation services
  2. Smart Contract Development: Develop and deploy actual Solana smart contracts
  3. User Authentication: Add more comprehensive user authentication and authorization mechanisms
  4. Performance Optimization: Improve page loading speed and user experience
  5. Additional Features: Add video editing, advanced filtering, social features, etc.

Testing Plan

  1. Unit Testing: For core functionality of API and Web3 interactions
  2. Integration Testing: Test page interactions and data flow
  3. User Testing: Invite test users to experience the MVP and collect feedback

Deployment Plan

  1. Development Environment: Local development server (npm run dev)
  2. Testing Environment: Vercel preview deployment
  3. Production Environment: Vercel production deployment

Through this implementation plan, we ensure the completeness of the NeuralFlux MVP's core path and provide clear guidance for the project's continued development.