Chiral Active Rods Simulation Data II

Simulation data of agent-based simulations of active point particles following the following overdamped Langevin dynamics: d/dt x_i= v* cos(phi_i) d/dt y_i= v* sin(phi_i) d/dt phi_i= omega + gamma*\sum_{j is neighbor of i} sin[2*(phi_j-phi_i)] + sigma*xi_i with independent Gaussian white noise xi_i. i and j are considered to be neighbors if their distance is less than R. Parameters: sigma=sqrt(2), R=1, v=1, simulation box size: Lx=Ly=sqrt(N/10), N, gamma, omega are given in the data base. Periodic boundary conditions are used. Euler-Maruyama scheme was used to integrate the equations of motion.