Motion of microswimmers near a weakly deforming interface

The data to be shared consists of: i. an analytical function (a mathematical expression, no associated data) describing the extent of deformation of an interface due to the swimming motion of a micro-organism (swimmer) in its vicinity; ii. ‘time-averaged’ phase portraits [.dat/.xlsx files containing sets of values of U_z (swimmer’s linear swimming velocity normal to the interface) and \Omega_y (swimmer’s angular velocity or rotation rate)] that reflect the swimming dynamics for different relevant parameters; iii. instantaneous trajectories of the swimmer [.dat/.xlsx files containing sets of values of z (swimmer position in the direction normal to the interface), \theta_z (swimmer orientation) and t (time)] that show the exact motion of the swimmer near the interface.