type_mesh Module Reference

Subroutines/functions list. More...

Data Types
type	row_type
type	mesh_type

Functions/Subroutines
subroutine	mesh_alloc (mesh, n, nam)
	Allocation. More...
subroutine	mesh_init (mesh, mpl, rng, lon, lat, area)
	Intialization. More...
subroutine	mesh_dealloc (mesh)
	Release memory. More...
subroutine	mesh_bnodes (mesh, mpl)
	Find boundary nodes. More...
subroutine	mesh_inside (mesh, mpl, lon, lat, inside_mesh)
	Find whether a point is inside the mesh. More...
subroutine	mesh_barycentric (mesh, mpl, lon, lat, tree, b, ib)
	Compute barycentric coordinates. More...
subroutine	mesh_count_bnda (mesh, gmask, nbnda)
	Count boundary arcs. More...
subroutine	mesh_get_bnda (mesh, gmask, nbnda, bnda_index)
	Get boundary arcs. More...

Variables
logical, parameter	shuffle = .true.
	Shuffle mesh order (more efficient to compute the Delaunay triangulation) More...
integer, parameter	nnmax = 20
	Maximum number of nearest neighbors in the triangle search. More...
real(kind_real), parameter	acc_fac = five
	Acceptance factor for mesh neighbors. More...

Detailed Description

Subroutines/functions list.

Instrumentation functions Mesh derived type

Function/Subroutine Documentation

mesh_alloc()

subroutine type_mesh::mesh_alloc ( class(mesh_type), intent(inout)  mesh, integer, intent(in)  n, type(nam_type), intent(in)  nam  )

private

Allocation.

Parameters

[in]	n	Mesh size
[in]	nam	Namelist

Definition at line 106 of file type_mesh.F90.

mesh_barycentric()

subroutine type_mesh::mesh_barycentric ( class(mesh_type), intent(in)  mesh, type(mpl_type), intent(inout)  mpl, real(kind_real), intent(in)  lon, real(kind_real), intent(in)  lat, type(tree_type), intent(in)  tree, real(kind_real), dimension(3), intent(out)  b, integer, dimension(3), intent(out)  ib  )

private

Compute barycentric coordinates.

Parameters

[in,out]	mpl	MPI data
[in]	lon	Longitude
[in]	lat	Latitude
[out]	b	Barycentric weights
[out]	ib	Barycentric indices

Definition at line 789 of file type_mesh.F90.

mesh_bnodes()

subroutine type_mesh::mesh_bnodes ( class(mesh_type), intent(inout)  mesh, type(mpl_type), intent(inout)  mpl  )

private

Find boundary nodes.

Parameters

[in,out]

mpl

MPI data

Definition at line 513 of file type_mesh.F90.

mesh_count_bnda()

subroutine type_mesh::mesh_count_bnda ( class(mesh_type), intent(in)  mesh, logical, dimension(mesh%n), intent(in)  gmask, integer, intent(out)  nbnda  )

private

Count boundary arcs.

Parameters

[in]	gmask	Mask
[out]	nbnda	Number of boundary nodes

Definition at line 941 of file type_mesh.F90.

mesh_dealloc()

subroutine type_mesh::mesh_dealloc ( class(mesh_type), intent(inout)  mesh )

private

Release memory.

Definition at line 469 of file type_mesh.F90.

mesh_get_bnda()

subroutine type_mesh::mesh_get_bnda ( class(mesh_type), intent(in)  mesh, logical, dimension(mesh%n), intent(in)  gmask, integer, intent(in)  nbnda, integer, dimension(2,nbnda), intent(out)  bnda_index  )

private

Get boundary arcs.

Parameters

[in]	gmask	Mask
[in]	nbnda	Number of boundary nodes
[out]	bnda_index	Boundary node index

Definition at line 990 of file type_mesh.F90.

mesh_init()

subroutine type_mesh::mesh_init ( class(mesh_type), intent(inout)  mesh, type(mpl_type), intent(inout)  mpl, type(rng_type), intent(inout)  rng, real(kind_real), dimension(mesh%n), intent(in)  lon, real(kind_real), dimension(mesh%n), intent(in)  lat, real(kind_real), intent(in)  area  )

private

Intialization.

Parameters

[in,out]	mpl	MPI data
[in,out]	rng	Random number generator
[in]	lon	Longitudes
[in]	lat	Latitudes
[in]	area	Mesh area

Definition at line 149 of file type_mesh.F90.

mesh_inside()

subroutine type_mesh::mesh_inside ( class(mesh_type), intent(in)  mesh, type(mpl_type), intent(inout)  mpl, real(kind_real), intent(in)  lon, real(kind_real), intent(in)  lat, logical, intent(out)  inside_mesh  )

private

Find whether a point is inside the mesh.

Parameters

[in,out]	mpl	MPI data
[in]	lon	Longitude
[in]	lat	Latitude
[out]	inside_mesh	True if the point is inside the mesh

Definition at line 726 of file type_mesh.F90.

Variable Documentation

acc_fac

real(kind_real), parameter type_mesh::acc_fac = five

Acceptance factor for mesh neighbors.

Definition at line 52 of file type_mesh.F90.

nnmax

integer, parameter type_mesh::nnmax = 20

Maximum number of nearest neighbors in the triangle search.

Definition at line 51 of file type_mesh.F90.

shuffle

logical, parameter type_mesh::shuffle = .true.

Shuffle mesh order (more efficient to compute the Delaunay triangulation)

Definition at line 50 of file type_mesh.F90.