Anti-Aircraft Interceptor

The Anti-Aircraft Interceptor is a computational physics project that models the interception of a projectile using advanced trajectory calculations and numerical methods.

The system calculates the optimal angle and initial velocity needed to intercept a target projectile. It takes into account factors such as gravity, air resistance, and target trajectory to determine the best interception path.

Using SciPy for numerical approximations, the application can solve complex differential equations that describe projectile motion. The results are visualized as animated trajectories showing both the target and interceptor paths.

This project demonstrates practical applications of physics principles including kinematics, ballistics, and numerical analysis. It's particularly relevant for aerospace engineering and defense technology applications.

Key features include: Real-time trajectory calculation and visualization, SciPy integration for numerical approximations, Air resistance and wind compensation, Multiple interception strategy comparison, Animated simulation playback, Exportable trajectory data