2D horizontal fire computational grid More...
#include <ERF_FireGrid.H>
Public Attributes | |
| amrex::BoxArray | ba |
| 2D BoxArray (C*nx × C*ny × 1) More... | |
| amrex::DistributionMapping | dm |
| Distribution map (x-y decomposition aligned with atm) More... | |
| amrex::Geometry | geom |
| 2D Geometry in physical coordinates [m] More... | |
| int | C |
| amrex::IntVect | atm_lo {0, 0, 0} |
| int | lev = 0 |
| The atmospheric level (erf.fire.anchor_level, resolved) More... | |
Detailed Description
2D horizontal fire computational grid
Represents a 2D slab (kmax=1) with dimensions C*nx × C*ny × 1, where C is the refinement factor and (nx, ny) is the size of the region the atmospheric level's boxes cover: the whole domain on level 0, the refined region on a finer level.
Member Data Documentation
◆ atm_lo
| amrex::IntVect FireGrid::atm_lo {0, 0, 0} |
Index, on the atmospheric level the grid refines, of the lower corner of the region the fire grid covers. The fire grid's own index space starts at zero at that corner, as every AMReX Geometry does, so fire cell (i, j) lies in atmospheric cell (i / C + atm_lo[0], j / C + atm_lo[1]). Zero on level 0.
◆ ba
| amrex::BoxArray FireGrid::ba |
2D BoxArray (C*nx × C*ny × 1)
◆ C
| int FireGrid::C |
Refinement factor
◆ dm
| amrex::DistributionMapping FireGrid::dm |
Distribution map (x-y decomposition aligned with atm)
◆ geom
| amrex::Geometry FireGrid::geom |
2D Geometry in physical coordinates [m]
◆ lev
| int FireGrid::lev = 0 |
The atmospheric level (erf.fire.anchor_level, resolved)
The documentation for this struct was generated from the following file:
- Source/FireCoupling/ERF_FireGrid.H
