This project, developed as part of the SGI (Computer Graphics Systems) curriculum, focuses on creating a detailed and dynamic 3D scene featuring a hot air balloon. The goal is to demonstrate advanced computer graphics techniques, including Level-of-Detail (LOD) implementation, texture mapping, particle systems, and NURBS-based surface modeling.

1. Parser
   • Modular design: Implementation divided into separate files within the Loaders directory.
   • Each loader handles a specific aspect of the scene, ensuring clean, maintainable, and scalable code.
   • Used to structure foundational elements, such as basic scene components.
2. STL and FBX Files
   • Used to model high-detail components of the balloon and its environment, such as the basket, burner, and surrounding elements.
3. Curves
   • Utilized to define the flight path of the hot air balloon, ensuring smooth and realistic trajectories.
4. Shaders
   • Implemented for visual effects on the balloon's surface, creating realistic lighting and texture interactions.
5. Particles
   • Simulate realistic effects such as the flames from the burner or atmospheric interactions during the balloon's ascent.

• Flight Path Closure
  • Ensuring the balloon's flight path forms a seamless loop or concludes naturally without abrupt transitions.
• Smooth Animations
  • Improving the fluidity of the balloon's movement and the behavior of associated elements like flames and ropes.