SM

suchi173/ml-powered-tomato-crop-disease-identification-and-monitoring

Developer tools

Эта страница переведена автоматически. Технические детали смотрите в оригинале. Открыть оригинал

0 stars Качество 42 Тренд 4

A full-stack web application for crop leaf disease detection using a trained YOLOv8 model.

Обзор

A full-stack web application for crop leaf disease detection using a trained YOLOv8 model. Features - Upload leaf images and get a canonical disease label from the trained model. - Frontend dashboard for scan history, insights and results. - Backend API for uploads, inference and persistence. Tech stack - Frontend: React 18 + TypeScript, Vite, Tailwind CSS, Radix UI (shadcn-style components). - Backend: Node.js + TypeScript, Express, tsx for running TS directly. - Database: PostgreSQL via Drizzle ORM and drizzle-kit migrations. - Machine learning: Python (Ultralytics YOLOv8, PyTorch, ONNX Runtime optional). - Dev tools: Vite, TypeScript, tsx, tailwindcss, cross-env. Quickstart (development) Prerequisites - Node 18+ and npm - Python 3.10+ (for ML tooling) - PostgreSQL (or a compatible DATABASE_URL) 3. Configure environment - Create a .env at the project root with at least: 4. (Optional) Prepare Python environment for ML The dev script runs the TypeScript server (see server/index.

README

ML-POWERED TOMATO CROP DISEASE IDENTIFICATION AND MONITORING

A full-stack web application for crop leaf disease detection using a trained YOLOv8 model.

Features

  • Upload leaf images and get a canonical disease label from the trained model.
  • Frontend dashboard for scan history, insights and results.
  • Backend API for uploads, inference and persistence.

Tech stack

  • Frontend: React 18 + TypeScript, Vite, Tailwind CSS, Radix UI (shadcn-style components).
  • Backend: Node.js + TypeScript, Express, tsx for running TS directly.
  • Database: PostgreSQL via Drizzle ORM and drizzle-kit migrations.
  • Machine learning: Python (Ultralytics YOLOv8, PyTorch, ONNX Runtime optional).
  • Dev tools: Vite, TypeScript, tsx, tailwindcss, cross-env.

Quickstart (development) Prerequisites

  • Node 18+ and npm
  • Python 3.10+ (for ML tooling)
  • PostgreSQL (or a compatible DATABASE_URL)
  1. Clone the repo
git clone  && cd MP
  1. Install Node dependencies
npm install
  1. Configure environment
  • Create a .env at the project root with at least:
DATABASE_URL=postgres://user:pass@host:port/dbname
SESSION_SECRET=your_session_secret
# Optional: OPENAI_API_KEY=...
  1. (Optional) Prepare Python environment for ML
python -m venv .venv
.\.venv\Scripts\Activate.ps1
pip install -r ml/requirements.txt
  1. Run database migrations
npm run db:push
  1. Start the app in development
npm run dev

The dev script runs the TypeScript server (see server/index.ts) which also serves the client during development.

Production build

npm run build
npm start

Machine learning / inference

  • The trained model expected by the server is at ml/models/best.pt (or the provided yolov8n.pt for experiments).
  • To run a quick inference locally:
python ml/predict.py path/to/image.jpg
  • To evaluate the dataset splits:
python ml/predict.py --eval test [limit]

Troubleshooting

  • If you see “DATABASE_URL, ensure the database is provisioned” the .env or PostgreSQL connection is not configured correctly.
  • Model errors will indicate missing ml/models/best.pt — ensure the file exists before running inference.

Where to look in the repo

Открыть полный README на GitHub

Рекомендуемые инструменты

Попробуйте другой запрос или уберите фильтр.

Установка

npx skillfish add suchi173/ml-powered-tomato-crop-disease-identification-and-monitoring
Новичок в MCP? Начните с руководства на mcpskill.org →