A simulation of city trading and river transport, implemented in C++. Demonstrates advanced OOP, resource management, and system design.

This project simulates a network of cities connected by rivers, where boats transport products between cities. The system manages inventories, products, and trading logic, providing a rich simulation of economic and logistical challenges.

• City and River System: Model cities, rivers, and their connections
• Boat Transport: Simulate boats moving products between cities
• Inventory Management: Track products and quantities in each city
• Product Trading: Buy, sell, and transport products
• OOP Design: Modular code with classes for boats, cities, products, inventory, and river systems

• C++ (OOP, STL)
• Modular design (multiple .cpp/.h files)
• Console I/O

• C++ compiler (g++, clang++, or MSVC)

make

g++ -o riversystem main.cpp Boat.cpp City.cpp Inventory.cpp Product.cpp RiverSystem.cpp

./riversystem

Or on Windows:

riversystem.exe

• Follow on-screen prompts to:
  • Add or remove products
  • Move boats between cities
  • View inventories
  • Trade products
• Input choices as numbers or text when prompted.

city-trading-simulation-cpp/
├── Boat.cpp/.h # Boat class
├── City.cpp/.h # City class
├── Inventory.cpp/.h # Inventory management
├── Product.cpp/.h # Product class
├── RiverSystem.cpp/.h # River system and trading logic
├── main.cpp # Main entry point
├── riversystem.exe # Compiled executable (ignore in repo)
└── README.md # This file

• C++ OOP (classes, encapsulation)
• System and resource management
• Simulation and modeling
• Modular code organization
• Interactive CLI design

This project is open source and available under the MIT License.

Author: Azhar Mehmood Language: C++ Category: Simulation, Algorithms, Resource Management