layers.h File Reference

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Macros
#define	foreach_layer()   /* foreach_block */

Functions
which uses the point l index as local layer index *macro	foreach_block_inner (Point p=point)

Variables
int	nl = 1
	loops
	We redefine two types of block traversals.
which uses a global _layer index *int	_layer = 0
	macro
	We also redefine the "per field" (inner) traversal.

Macro Definition Documentation

foreach_layer

#define foreach_layer

(

)

/* foreach_block */

Function Documentation

foreach_block_inner()

which uses the point l index as local layer index *macro foreach_block_inner

(

Point

p = point

)

Definition at line 29 of file layers.h.

References nl, and p.

Variable Documentation

_layer

which uses a global _layer index* int _layer = 0

Definition at line 15 of file layers.h.

Referenced by advect(), check_stencil(), event_init(), and event_viscous_term().

loops

loops

We redefine two types of block traversals.

... and an "inner" traversal, usable within for (int _i = 0; _i < _N; _i++) /* foreach

An "outer" traversal, usable outside for (int _i = 0; _i < _N; _i++) /* foreach

Definition at line 13 of file layers.h.

macro

macro

Initial value:

{
  for (_layer = 0; _layer < nl; _layer++)
    {...}
  _layer = 0

We also redefine the "per field" (inner) traversal.

Definition at line 18 of file layers.h.

nl

int nl = 1

Multiple "layers"

This adds support for multiple "layers" i.e. a constant number nl of contiguous scalar fields.

Definition at line 9 of file layers.h.

Referenced by advect(), balance(), box_matrix(), coeffs1(), coeffs2(), constant_NNT(), correct_qz(), event_acceleration(), event_defaults(), event_defaults0(), event_face_fields(), event_init(), event_perfs(), event_pressure(), event_remap(), event_viscous_term(), foreach_block_inner(), geometric_beta(), gotm_step(), inclex(), matrix(), matrix1(), output_fluxes(), periodic_function(), relax_nh(), relax_nh(), relax_nh1(), residual_nh(), residual_nh(), residual_nh2(), residual_nh3(), RPE(), segment_flux(), solve_hessenberg(), vertical_diffusion(), vertical_fluxes(), vertical_remapping(), and vertical_viscosity().