* changes" section in the Triangulation class with more information and
* examples. In short these signals allow the particle handler to notify
* applications about certain events inside the particle handler, e.g. when
- * a particle gets lost.
+ * a particle is lost.
*
* For documentation on signals, see
* http://www.boost.org/doc/libs/release/libs/signals2 .
{
/**
* This signal is triggered whenever the
- * ParticleHandler::sort_particles_into_subdomains_and_cells encounters
- * a particle that can not be associated with a cell. This can happen if
- * the particle leaves the domain of the triangulation, or if it leaves
- * the locally known domain in a parallel triangulation (including the
- * ghost cells for a parallel::distributed::triangulation).
+ * ParticleHandler::sort_particles_into_subdomains_and_cells() function
+ * encounters a particle that can not be associated with a cell. This can
+ * happen if the particle leaves the domain of the triangulation, or if it
+ * leaves the locally known domain in a parallel triangulation (including
+ * the ghost cells for a parallel::distributed::triangulation).
*
* The connected function receives an iterator to the particle in
* question, and its last known cell association.