Loading docs/source/EBWalls.rst +6 −5 Changes for docs/source/EBWalls.rst: 6 added lines, 5 removed lines. Original line number Diff line number Diff line Loading @@ -129,7 +129,7 @@ The :cpp:`mfix` class stores the following EB data: //! EB levels representing fluid boundary conditions Vector<const EB2::Level *> eb_levels; //! EB levels representing particle boundary conditions (same as //! `mfix::eb_levels` but might include additional walls at MI BCs). //! `mfix::eb_levels` but might include additional walls). Vector<const EB2::Level *> particle_eb_levels; //! EB factory that lives on the fluid grids Loading @@ -138,10 +138,11 @@ The :cpp:`mfix` class stores the following EB data: Vector< std::unique_ptr<amrex::EBFArrayBoxFactory> > particle_ebfactory; As discussed in the previous sub-section, the difference between :cpp:`mfix::eb_levels` and :cpp:`mfix::particle_eb_levels` is how mass-inflow boundary conditions are treated: the walls in :cpp:`mfix::eb_levels` are only the "real" walls, whereas :cpp:`mfix::particle_eb_levels` has additional walls for every mass inflow. :cpp:`mfix::eb_levels` and :cpp:`mfix::particle_eb_levels` enables the user to specify a modfied EB geometry for particles only. Whereas the fluid sees the EB geometry in :cpp:`mfix::eb_levels`. If no addition particle EB geometry is specified (point 4 in the previous section), then :cpp:`mfix::particle_eb_levels` points to :cpp:`mfix::eb_levels`. In the same spirit, the :cpp:`mfix::ebfactory` is constructed over the fluid grid and using the fluid EB levels, whereas :cpp:`mfix::particle_ebfactory` is Loading Loading
docs/source/EBWalls.rst +6 −5 Changes for docs/source/EBWalls.rst: 6 added lines, 5 removed lines. Original line number Diff line number Diff line Loading @@ -129,7 +129,7 @@ The :cpp:`mfix` class stores the following EB data: //! EB levels representing fluid boundary conditions Vector<const EB2::Level *> eb_levels; //! EB levels representing particle boundary conditions (same as //! `mfix::eb_levels` but might include additional walls at MI BCs). //! `mfix::eb_levels` but might include additional walls). Vector<const EB2::Level *> particle_eb_levels; //! EB factory that lives on the fluid grids Loading @@ -138,10 +138,11 @@ The :cpp:`mfix` class stores the following EB data: Vector< std::unique_ptr<amrex::EBFArrayBoxFactory> > particle_ebfactory; As discussed in the previous sub-section, the difference between :cpp:`mfix::eb_levels` and :cpp:`mfix::particle_eb_levels` is how mass-inflow boundary conditions are treated: the walls in :cpp:`mfix::eb_levels` are only the "real" walls, whereas :cpp:`mfix::particle_eb_levels` has additional walls for every mass inflow. :cpp:`mfix::eb_levels` and :cpp:`mfix::particle_eb_levels` enables the user to specify a modfied EB geometry for particles only. Whereas the fluid sees the EB geometry in :cpp:`mfix::eb_levels`. If no addition particle EB geometry is specified (point 4 in the previous section), then :cpp:`mfix::particle_eb_levels` points to :cpp:`mfix::eb_levels`. In the same spirit, the :cpp:`mfix::ebfactory` is constructed over the fluid grid and using the fluid EB levels, whereas :cpp:`mfix::particle_ebfactory` is Loading