variables_grid_cell Module Reference

Cell nodes description variables. More...

Variables
integer	grid_type = grid_type_regular
	Grid type, see enum_grid_type.
logical, dimension(:), allocatable	subdomains_repartitioning
	List of subdomains to consider in the repartitioning In case of overlapping, the subdomains defined after overwrite the subdomains defined before.
integer	n_subdomains_repartitioning = 0
	Number of subdomains to consider in the repartitioning.
integer	nghost = 1
	Amount of ghost cells to add at each end of each direction.
integer	nghost_r = 1
integer	nghost_t = 1
integer	n_sub_cells_r
	Number of refined cells in each main cell of each direction.
integer	n_sub_cells_t
Local domain ends
Inter-process faces are excluded. Local domain faces are included. Boundary cells are excluded.
integer	is
integer	ie
integer	is_r
integer	ie_r
integer	is_t
integer	ie_t
integer	js
integer	je
integer	js_r
integer	je_r
integer	js_t
integer	je_t
integer	ks
integer	ke
integer	ks_r
integer	ke_r
integer	ks_t
integer	ke_t
Local domain ends, plus one
Always include one ghost cell in every end of every direction.
integer	is1
integer	ie1
integer	is1_r
integer	ie1_r
integer	is1_t
integer	ie1_t
integer	js1
integer	je1
integer	js1_r
integer	je1_r
integer	js1_t
integer	je1_t
integer	ks1
integer	ke1
integer	ks1_r
integer	ke1_r
integer	ks1_t
integer	ke1_t
Local domain ends, plus boundaries.
Inter-process faces are excluded. Local domain faces are excluded. Boundary faces are included. Include one ghost face, if the end correspond to a physical boundary.
integer	isb
integer	ieb
integer	isb_r
integer	ieb_r
integer	isb_t
integer	ieb_t
integer	jsb
integer	jeb
integer	jsb_r
integer	jeb_r
integer	jsb_t
integer	jeb_t
integer	ksb
integer	keb
integer	ksb_r
integer	keb_r
integer	ksb_t
integer	keb_t
integer	isb2
	Include two ghost cell if the end correspond to a physical boundary.
integer	ieb2
integer	isb2_r
integer	ieb2_r
integer	isb2_t
integer	ieb2_t
integer	jsb2
integer	jeb2
integer	jsb2_r
integer	jeb2_r
integer	jsb2_t
integer	jeb2_t
integer	ksb2
integer	keb2
integer	ksb2_r
integer	keb2_r
integer	ksb2_t
integer	keb2_t
Global cell numbers.
Inter-process cells are excluded. Local domain faces are included. Boundary cells are excluded.
integer	nxg
integer	nyg
integer	nzg
integer	nxg_r
integer	nyg_r
integer	nzg_r
integer	nxg_t
integer	nyg_t
integer	nzg_t
Global cell numbers, plus boundaries
Inter-process cells are excluded. Boundary cells are included.
integer	nxg_b
integer	nyg_b
integer	nzg_b
integer	nxg_b_r
integer	nyg_b_r
integer	nzg_b_r
integer	nxg_b_t
integer	nyg_b_t
integer	nzg_b_t
integer	nxg_b2
integer	nyg_b2
integer	nzg_b2
integer	nxg_b2_r
integer	nyg_b2_r
integer	nzg_b2_r
integer	nxg_b2_t
integer	nyg_b2_t
integer	nzg_b2_t
Numerical cell numbers
Inter-process cells are included. Boundary cells are included.
integer	nx
integer	ny
integer	nz
integer	nx_r
integer	ny_r
integer	nz_r
integer	nx_t
integer	ny_t
integer	nz_t
Local cell numbers
Inter-process cells are excluded. Boundary cells are excluded.
integer	nxl
integer	nyl
integer	nzl
integer	nxl_r
integer	nyl_r
integer	nzl_r
integer	nxl_t
integer	nyl_t
integer	nzl_t
Local cell numbers, plus boundaries
Inter-process cells are excluded. Boundary cells are included. 1 boundary cells
integer	nxb
integer	nyb
integer	nzb
integer	nxb_r
integer	nyb_r
integer	nzb_r
integer	nxb_t
integer	nyb_t
integer	nzb_t
integer	nxb2
	2 boundary cells
integer	nyb2
integer	nzb2
integer	nxb2_r
integer	nyb2_r
integer	nzb2_r
integer	nxb2_t
integer	nyb2_t
integer	nzb2_t
integer	nxls
	Local cell numbers used to compute the linear system size.
integer	nyls
integer	nzls
integer	nxls_r
integer	nyls_r
integer	nzls_r
integer	nxls_t
integer	nyls_t
integer	nzls_t

Detailed Description

Cell nodes description variables.

The following scheme summarizes the description of face nodes:

 proc #n-1   --!---|---¡···|···|             |···|···¡---|---!--
 proc #n       !···|···¡---|---|--   ...   --|---|---¡¤¤¤|···!

                 1   .   is  .                 .   ie  .  nxu
                 .   .  isub .                 .   .  ieub .
                 .  is1   .  .                 .   .  ie1  .

 Legend:  |---|  Cells of the Local physical domain.
          |···|  _Ghost cells_ or _overlapping cells_ or _inter-process cells._
          |¤¤¤|  _(Physical) boundary cells._
          ¡      Local domain boundary
          !      Numerical domain boundary

Refined grid (under development): grid can be globally refined for phase advection. Suffix _r is associated to the refined grids, suffix _t is associated to the temporary grid.

Variable Documentation

grid_type

integer variables_grid_cell::grid_type = grid_type_regular

Grid type, see enum_grid_type.

ie

integer variables_grid_cell::ie

ie1

integer variables_grid_cell::ie1

ie1_r

integer variables_grid_cell::ie1_r

ie1_t

integer variables_grid_cell::ie1_t

ie_r

integer variables_grid_cell::ie_r

ie_t

integer variables_grid_cell::ie_t

ieb

integer variables_grid_cell::ieb

ieb2

integer variables_grid_cell::ieb2

ieb2_r

integer variables_grid_cell::ieb2_r

ieb2_t

integer variables_grid_cell::ieb2_t

ieb_r

integer variables_grid_cell::ieb_r

ieb_t

integer variables_grid_cell::ieb_t

is

integer variables_grid_cell::is

is1

integer variables_grid_cell::is1

is1_r

integer variables_grid_cell::is1_r

is1_t

integer variables_grid_cell::is1_t

is_r

integer variables_grid_cell::is_r

is_t

integer variables_grid_cell::is_t

isb

integer variables_grid_cell::isb

isb2

integer variables_grid_cell::isb2

Include two ghost cell if the end correspond to a physical boundary.

isb2_r

integer variables_grid_cell::isb2_r

isb2_t

integer variables_grid_cell::isb2_t

isb_r

integer variables_grid_cell::isb_r

isb_t

integer variables_grid_cell::isb_t

je

integer variables_grid_cell::je

je1

integer variables_grid_cell::je1

je1_r

integer variables_grid_cell::je1_r

je1_t

integer variables_grid_cell::je1_t

je_r

integer variables_grid_cell::je_r

je_t

integer variables_grid_cell::je_t

jeb

integer variables_grid_cell::jeb

jeb2

integer variables_grid_cell::jeb2

jeb2_r

integer variables_grid_cell::jeb2_r

jeb2_t

integer variables_grid_cell::jeb2_t

jeb_r

integer variables_grid_cell::jeb_r

jeb_t

integer variables_grid_cell::jeb_t

js

integer variables_grid_cell::js

js1

integer variables_grid_cell::js1

js1_r

integer variables_grid_cell::js1_r

js1_t

integer variables_grid_cell::js1_t

js_r

integer variables_grid_cell::js_r

js_t

integer variables_grid_cell::js_t

jsb

integer variables_grid_cell::jsb

jsb2

integer variables_grid_cell::jsb2

jsb2_r

integer variables_grid_cell::jsb2_r

jsb2_t

integer variables_grid_cell::jsb2_t

jsb_r

integer variables_grid_cell::jsb_r

jsb_t

integer variables_grid_cell::jsb_t

ke

integer variables_grid_cell::ke

ke1

integer variables_grid_cell::ke1

ke1_r

integer variables_grid_cell::ke1_r

ke1_t

integer variables_grid_cell::ke1_t

ke_r

integer variables_grid_cell::ke_r

ke_t

integer variables_grid_cell::ke_t

keb

integer variables_grid_cell::keb

keb2

integer variables_grid_cell::keb2

keb2_r

integer variables_grid_cell::keb2_r

keb2_t

integer variables_grid_cell::keb2_t

keb_r

integer variables_grid_cell::keb_r

keb_t

integer variables_grid_cell::keb_t

ks

integer variables_grid_cell::ks

ks1

integer variables_grid_cell::ks1

ks1_r

integer variables_grid_cell::ks1_r

ks1_t

integer variables_grid_cell::ks1_t

ks_r

integer variables_grid_cell::ks_r

ks_t

integer variables_grid_cell::ks_t

ksb

integer variables_grid_cell::ksb

ksb2

integer variables_grid_cell::ksb2

ksb2_r

integer variables_grid_cell::ksb2_r

ksb2_t

integer variables_grid_cell::ksb2_t

ksb_r

integer variables_grid_cell::ksb_r

ksb_t

integer variables_grid_cell::ksb_t

n_sub_cells_r

integer variables_grid_cell::n_sub_cells_r

Number of refined cells in each main cell of each direction.

n_sub_cells_t

integer variables_grid_cell::n_sub_cells_t

n_subdomains_repartitioning

integer variables_grid_cell::n_subdomains_repartitioning = 0

Number of subdomains to consider in the repartitioning.

nghost

integer variables_grid_cell::nghost = 1

Amount of ghost cells to add at each end of each direction.

nghost_r

integer variables_grid_cell::nghost_r = 1

nghost_t

integer variables_grid_cell::nghost_t = 1

nx

integer variables_grid_cell::nx

nx_r

integer variables_grid_cell::nx_r

nx_t

integer variables_grid_cell::nx_t

nxb

integer variables_grid_cell::nxb

nxb2

integer variables_grid_cell::nxb2

2 boundary cells

nxb2_r

integer variables_grid_cell::nxb2_r

nxb2_t

integer variables_grid_cell::nxb2_t

nxb_r

integer variables_grid_cell::nxb_r

nxb_t

integer variables_grid_cell::nxb_t

nxg

integer variables_grid_cell::nxg

nxg_b

integer variables_grid_cell::nxg_b

nxg_b2

integer variables_grid_cell::nxg_b2

nxg_b2_r

integer variables_grid_cell::nxg_b2_r

nxg_b2_t

integer variables_grid_cell::nxg_b2_t

nxg_b_r

integer variables_grid_cell::nxg_b_r

nxg_b_t

integer variables_grid_cell::nxg_b_t

nxg_r

integer variables_grid_cell::nxg_r

nxg_t

integer variables_grid_cell::nxg_t

nxl

integer variables_grid_cell::nxl

nxl_r

integer variables_grid_cell::nxl_r

nxl_t

integer variables_grid_cell::nxl_t

nxls

integer variables_grid_cell::nxls

Local cell numbers used to compute the linear system size.

nxls_r

integer variables_grid_cell::nxls_r

nxls_t

integer variables_grid_cell::nxls_t

ny

integer variables_grid_cell::ny

ny_r

integer variables_grid_cell::ny_r

ny_t

integer variables_grid_cell::ny_t

nyb

integer variables_grid_cell::nyb

nyb2

integer variables_grid_cell::nyb2

nyb2_r

integer variables_grid_cell::nyb2_r

nyb2_t

integer variables_grid_cell::nyb2_t

nyb_r

integer variables_grid_cell::nyb_r

nyb_t

integer variables_grid_cell::nyb_t

nyg

integer variables_grid_cell::nyg

nyg_b

integer variables_grid_cell::nyg_b

nyg_b2

integer variables_grid_cell::nyg_b2

nyg_b2_r

integer variables_grid_cell::nyg_b2_r

nyg_b2_t

integer variables_grid_cell::nyg_b2_t

nyg_b_r

integer variables_grid_cell::nyg_b_r

nyg_b_t

integer variables_grid_cell::nyg_b_t

nyg_r

integer variables_grid_cell::nyg_r

nyg_t

integer variables_grid_cell::nyg_t

nyl

integer variables_grid_cell::nyl

nyl_r

integer variables_grid_cell::nyl_r

nyl_t

integer variables_grid_cell::nyl_t

nyls

integer variables_grid_cell::nyls

nyls_r

integer variables_grid_cell::nyls_r

nyls_t

integer variables_grid_cell::nyls_t

nz

integer variables_grid_cell::nz

nz_r

integer variables_grid_cell::nz_r

nz_t

integer variables_grid_cell::nz_t

nzb

integer variables_grid_cell::nzb

nzb2

integer variables_grid_cell::nzb2

nzb2_r

integer variables_grid_cell::nzb2_r

nzb2_t

integer variables_grid_cell::nzb2_t

nzb_r

integer variables_grid_cell::nzb_r

nzb_t

integer variables_grid_cell::nzb_t

nzg

integer variables_grid_cell::nzg

nzg_b

integer variables_grid_cell::nzg_b

nzg_b2

integer variables_grid_cell::nzg_b2

nzg_b2_r

integer variables_grid_cell::nzg_b2_r

nzg_b2_t

integer variables_grid_cell::nzg_b2_t

nzg_b_r

integer variables_grid_cell::nzg_b_r

nzg_b_t

integer variables_grid_cell::nzg_b_t

nzg_r

integer variables_grid_cell::nzg_r

nzg_t

integer variables_grid_cell::nzg_t

nzl

integer variables_grid_cell::nzl

nzl_r

integer variables_grid_cell::nzl_r

nzl_t

integer variables_grid_cell::nzl_t

nzls

integer variables_grid_cell::nzls

nzls_r

integer variables_grid_cell::nzls_r

nzls_t

integer variables_grid_cell::nzls_t

subdomains_repartitioning

logical, dimension(:), allocatable variables_grid_cell::subdomains_repartitioning

List of subdomains to consider in the repartitioning In case of overlapping, the subdomains defined after overwrite the subdomains defined before.