This project contains simulations of different physical behaviors implemented in four different scenes.

In this simulation, a projectile trajectory is simulated and compared to the analytic one, using different types of integrators such as Euler, Symplectic Euler, Verlet, and RK2.

In this simulation, a particle system is implemented to handle an arbitrary number of particles emitted by a fountain. Different types of collisions are handled, with the floor, a cube, and a movable sphere. Each particle is subjected to the gravitational force and, if activated, to the gravitational force of a black hole.

In this part, cloth behavior is simulated by adding spring forces between particles following Provot's Layout.

In this last part, a fluid simulation is realized by implementing the Navier-Stokes equations and following the SPH Loop.