Data_Type_Face

Type_Face definition. More...

Collaboration diagram for Data_Type_Face:

subroutine	data_type_face::initialize (self, node1, node2, N, S)
	Subroutine for initializing Type_Face. More...
subroutine	data_type_face::finalize (self)
	Subroutine for finalizing Type_Face. More...
integer(i4p) function	data_type_face::pprint (self, unit)
	Function for printing in a pretty ascii format the components of type Type_Face. More...

Detailed Description

Type_Face definition.

Function/Subroutine Documentation

subroutine data_type_face::initialize ( class(type_face), intent(inout)  self, type(type_node), intent(in), pointer  node1, type(type_node), intent(in), pointer  node2, type(type_vector), intent(in), pointer  N, real(r8p), intent(in), pointer  S  )

private

Subroutine for initializing Type_Face.

Parameters

[in,out]	self	data.
[in]	node1	Node 1 data.
[in]	node2	Node 2 data.
[in]	n	Face outward unit normals.
[in]	s	Face area.

Definition at line 116 of file Data_Type_Face.f90.

subroutine data_type_face::finalize ( class(type_face), intent(inout)  self )

private

Subroutine for finalizing Type_Face.

Parameters

[in,out]

self

data.

Definition at line 136 of file Data_Type_Face.f90.

integer(i4p) function data_type_face::pprint ( class(type_face), intent(in)  self, integer(i4p), intent(in)  unit  )

private

Function for printing in a pretty ascii format the components of type Type_Face.

Returns

err integer(I4P) variable for error trapping.

Parameters

[in]	self	data.
[in]	unit	Logic unit.

Definition at line 155 of file Data_Type_Face.f90.