Différences

Ci-dessous, les différences entre deux révisions de la page.

--- sunfluidh:hypredata_poissonsolver_namelist [2017/09/25 16:28] – yann
+++ sunfluidh:hypredata_poissonsolver_namelist [2017/09/27 16:32] (Version actuelle) – [SolverName] yann
@@ Ligne 37: / Ligne 37: @@
    * Type: Character string
    * Selection of numerical methods for solving the Poisson's equation( PFMG or SMG are recommanded).
-       * __SMG__           : Parallel semicoarsening multigrid solver for the linear systems arising from finite difference, finite volume, or finite element discretizations of the diffusion equation. SMG is a particularly robust method. The algorithm semicoarsens in the z-direction and uses plane smoothing. The xy plane-solves are e↵ected by one V-cycle of the 2D SMG algorithm, which semicoarsens in the y-direction and uses line smoothing.
+       * __SMG__           : Parallel semicoarsening multigrid solver for the linear systems arising from finite difference, finite volume, or finite element discretizations of the diffusion equation. SMG is a particularly robust method. The algorithm semicoarsens in the z-direction and uses plane smoothing. The xy plane-solves are effected by one V-cycle of the 2D SMG algorithm, which semicoarsens in the y-direction and uses line smoothing.
-       * __PFMG__              : PFMG is a parallel semicoarsening multigrid solver similar to SMG. The main difference between the two methods is in the smoother: PFMG uses simple pointwise smoothing. As a result, PFMG is not as robust as SMG, but is much more e cient per V-cycle.
+       * __PFMG__              : PFMG is a parallel semicoarsening multigrid solver similar to SMG. The main difference between the two methods is in the smoother: PFMG uses simple pointwise smoothing. As a result, PFMG is not as robust as SMG, but is much more efficient per V-cycle.
 ==== SolverName ====
    * Type: Character string