Data_Type_Mesh

Type_Mesh definition. More...

Collaboration diagram for Data_Type_Mesh:

Data Types
type	data_type_mesh::type_mesh
	Derived type containing conservative variables. More...

Detailed Description

Type_Mesh definition.

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Data Type Documentation

type data_type_mesh::type_mesh

Derived type containing conservative variables.

Definition at line 94 of file Data_Type_Mesh.f90.

Public Member Functions
procedure, non_overridable	initialize
procedure, non_overridable	finalize
procedure, non_overridable	pprint
Public Attributes
integer(i4p)	n = 0_I4P
	Number of grid cells in each direction. More...
real(r8p)	dh = 0._R8P
	Space step . More...
real(r8p), dimension(:), allocatable	x
	X Cartesian abscissa [0:N]. More...
real(r8p), dimension(:), allocatable	y
	y Cartesian abscissa [0:N]. More...
integer(i4p)	nnode = 0_I4P
	Number of nodes. More...
integer(i4p)	nface = 0_I4P
	Number of faces. More...
integer(i4p)	ncell = 0_I4P
	Number of cells. More...
type(type_node), dimension(:), allocatable	node
	Nodes [1:Nnode]. More...
type(type_face), dimension(:), allocatable	face
	Nodes [1:Nface]. More...
type(type_cell_quad), dimension(:), allocatable	cell
	Cells [1:Ncell]. More...

Member Function/Subroutine Documentation

procedure, non_overridable data_type_mesh::type_mesh::initialize

(

)

Definition at line 107 of file Data_Type_Mesh.f90.

References data_type_cavity::type_cavity::initialize().

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procedure, non_overridable data_type_mesh::type_mesh::finalize

(

)

Definition at line 108 of file Data_Type_Mesh.f90.

References data_type_cavity::type_cavity::finalize().

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procedure, non_overridable data_type_mesh::type_mesh::pprint

(

)

Definition at line 109 of file Data_Type_Mesh.f90.

References data_type_cavity::type_cavity::pprint().

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Member Data Documentation

integer(i4p) data_type_mesh::type_mesh::n = 0_I4P

Number of grid cells in each direction.

Definition at line 95 of file Data_Type_Mesh.f90.

real(r8p) data_type_mesh::type_mesh::dh = 0._R8P

Space step .

Definition at line 96 of file Data_Type_Mesh.f90.

real(r8p), dimension(:), allocatable data_type_mesh::type_mesh::x

X Cartesian abscissa [0:N].

Definition at line 97 of file Data_Type_Mesh.f90.

real(r8p), dimension(:), allocatable data_type_mesh::type_mesh::y

y Cartesian abscissa [0:N].

Definition at line 98 of file Data_Type_Mesh.f90.

integer(i4p) data_type_mesh::type_mesh::nnode = 0_I4P

Number of nodes.

Definition at line 100 of file Data_Type_Mesh.f90.

integer(i4p) data_type_mesh::type_mesh::nface = 0_I4P

Number of faces.

Definition at line 101 of file Data_Type_Mesh.f90.

integer(i4p) data_type_mesh::type_mesh::ncell = 0_I4P

Number of cells.

Definition at line 102 of file Data_Type_Mesh.f90.

type(type_node), dimension(:), allocatable data_type_mesh::type_mesh::node

Nodes [1:Nnode].

Definition at line 103 of file Data_Type_Mesh.f90.

type(type_face), dimension(:), allocatable data_type_mesh::type_mesh::face

Nodes [1:Nface].

Definition at line 104 of file Data_Type_Mesh.f90.

type(type_cell_quad), dimension(:), allocatable data_type_mesh::type_mesh::cell

Cells [1:Ncell].

Definition at line 105 of file Data_Type_Mesh.f90.