Abstract
Title: Simulation and Implementation of Various Systems in C++
This project aims to develop a series of simulations and implementations of diverse systems using C++. The focus is on creating engaging, educational, and interactive experiences that incorporate principles of physics, mathematics, and computer science.
Objectives:
- To simulate the dynamics of a double pendulum, illustrating chaotic motion.
- To model drone flight mechanics, highlighting navigation and control algorithms.
- To explore ecosystem dynamics through population simulations, showcasing interactions between species.
- To implement various utility programs, including a grade point to letter grade converter, electricity bill calculator, and more, enhancing user engagement and understanding of computational concepts.
Methodology: Each simulation and utility program will utilize object-oriented programming principles, user-defined functions, and appropriate data structures to ensure efficiency and clarity. User interaction will be facilitated through command-line interfaces, providing real-time feedback and control.
Expected Outcomes: The project will culminate in a cohesive suite of applications that not only demonstrate the capabilities of C++ but also serve as educational tools for understanding complex systems. The simulations are expected to provide insights into real-world phenomena while the utility programs aim to simplify common calculations and processes.