Data Structures

Here are the data structures with brief descriptions:

container_base< r_option >	A class representing the whole simulation region
fatal_error	Structure for printing fatal error messages and exiting
neighbor_none	A class passed to the voronoicell_base template to switch off neighbor computation
neighbor_track	A class passed to the voronoicell_base template to switch on the neighbor computation
radius_mono	A class encapsulating all routines specifically needed in the standard Voronoi tessellation
radius_poly	A class encapsulating all routines specifically needed in the Voronoi radical tessellation
suretest	A class to reliably carry out floating point comparisons, storing marginal cases for future reference
voronoicell_base< n_option >	A class encapsulating all the routines for storing and calculating a single Voronoi cell
voropp_loop	A class to handle loops on regions of the container handling non-periodic and periodic boundary conditions
wall	Pure virtual class from which wall objects are derived
wall_cone	A class representing a conical wall object
wall_cylinder	A class representing a cylindrical wall object
wall_plane	A class representing a plane wall object
wall_sphere	A class representing a spherical wall object