ghostfold_nompicomm
Module
Description
$Id$
This module folds ghost zones for a single processor run.
The module adds the value of f or df in the first ghost zone to the first physical point at the opposite side of the grid. This is useful for example for letting particles assign drag force to the ghost zones and then adding the total assigned drag force back into the physical domain over the periodic boundaries.
Quick access
- Variables:
yshift_block,yshift_block_bspline,yshift_block_fft,yshift_ghost- Routines:
fold_df(),fold_df_3points(),fold_f(),reverse_fold_df_3points(),reverse_fold_f_3points()
Needed modules
Variables
Subroutines and functions
- subroutine ghostfold/fold_df(df, ivar1, ivar2)
Fold first ghost zone of df into main part of df.
15-may-2006/anders: coded
- Parameters:
- Call to:
- subroutine ghostfold/fold_f(f, ivar1, ivar2)
Fold first ghost zone of f into main part of f.
14-jun-2006/anders: adapted
- Parameters:
- Call to:
- subroutine ghostfold/fold_df_3points(df, ivar1, ivar2)
Fold whole ghost zone of df into main part of df. This is used for when the gaussian scheme is used for source term distribution, used when reactive particles interact with the flow 15-may-2006/anders: coded 11-jan-2015/jonas: adapted to fold the whole ghost zone
- subroutine ghostfold/reverse_fold_f_3points(f, ivar1, ivar2)
Copies the boundary points (l2i:l2) into the ghost zones of the neighbouring node Used for reactive particle runs particle-fluid transfer is diffused before added to the df-array,
20-may-2006/anders: coded 11-jan-2015/jonas : adapted for 3 node thick folded zones 22-aug-2016/jonas : adapted to reverse
- subroutine ghostfold/reverse_fold_df_3points(f, ivar1, ivar2)
Copies the boundary points (l2i:l2) into the ghost zones of the neighbouring node Used for reactive particle runs particle-fluid transfer is diffused before added to the df-array,
20-may-2006/anders: coded 11-jan-2015/jonas : adapted for 3 node thick folded zones 22-aug-2016/jonas : adapted to reverse