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• Modular creation of a billiard table by putting together well-defined obstacles. • Creation of random initial conditions in any user-created billiard table. • Propagation of point particles in such billiard tables. • Propagation of point particles in such billiard tables in magnetic fields. • Exact calculation of the collision times, collision positions, velocities etc.. • Calculation of escape times of particles. • Rich implementation of Ray-splitting billiards: A particle may propagate through an obstacle, given some arbitrary transmission probability. • Calculation of Lyapunov exponents of trajectories (currently available only for propagation without magnetic fields). • Flexible speed; users can trade between accuracy and speed. • Extensive visualization library for plotting and animating particles and billiards.

DynamicalBilliards.jl: An easy-to-use, modular and extendable Julia package for Dynamical Billiard systems in two dimensions.