Smart Home Simulation 🏠

A web-based Smart Home simulation application built on Object-Oriented Programming (OOP) principles. This project models the management of various smart devices, tracks real-time energy consumption, and features an automatic network overload protection system.

🚀 Key Features

⚡ Smart Energy Management

• Centralized Control: The core Electricity class monitors the total energy consumption of all active devices in real-time.
• Overload Protection: The system enforces a safety limit of 4000W. If consumption exceeds this threshold, a "Simulation Shutdown" is triggered to prevent damage.
• Load Visualization: Visual indicators for network load levels (0-3).

📱 Interface & UX

• Interactive Map: An SVG floor plan that visualizes the location and status of devices across different rooms.
• Device Control: A user-friendly web interface with modal windows for adding and configuring new devices.
• Filtering: Easily sort and view devices by room.

💾 Persistence (LocalStorage)

• State Preservation: Device states (On/Off, Brightness, Volume, Temperature) and the main switch status are saved to the browser's LocalStorage.
• Auto-Recovery: All settings are automatically restored when the page is reloaded, ensuring a seamless user experience.

🛠 Tech Stack

• Core: JavaScript / TypeScript (Strong OOP focus)
• Frontend: HTML5, CSS3
• Storage: Browser LocalStorage API

🏗 Architecture

The project utilizes a modular OOP architecture:

1. Electricity Class: Manages the global state of the power grid and calculates total consumption.
2. Device Classes:
   • Lighting: Controls brightness levels.
   • SmartTv: Manages volume and channel selection.
   • Freezer: Regulates temperature settings.
   • Other devices inherit basic consumption and state logic from the parent class.

📦 Deployment

You can view the working version of the project here:: 🔗 Open Smart Home Simulation