Derived type for mesh hierarchy in 2D domain. More...

Inheritance diagram for scale_mesh_hierarchy_2d::meshhierarchy2d:

Public Member Functions
procedure	init (this, parent_mesh, porder_list, p_level_num, negx_list, negy_list, h_level_num)
	Initialize an object for mesh hierarchy in 2D domain.
procedure	final (this)
	Finalize an object for mesh hierarchy in 2D domain.

Public Attributes
type(meshhierarchylevel2d), dimension(:), allocatable	p_level
type(meshhierarchylevel2d), dimension(:), allocatable	h_level
type(meshptr2d), dimension(:), allocatable	p_mesh_list
type(meshptr2d), dimension(:), allocatable	h_mesh_list
type(quadrilateralelement), dimension(:), allocatable	elem2d_list
Public Attributes inherited from scale_mesh_hierarchy_base::meshhierarchybase
integer	num_tot_level
	Total number of levels.
integer	num_hmg_level
	Number of h-MG levels.
integer	num_pmg_level
	Number of p-MG levels.

Detailed Description

Derived type for mesh hierarchy in 2D domain.

Member Function/Subroutine Documentation

procedure scale_mesh_hierarchy_2d::meshhierarchy2d::init	(	class(meshhierarchy2d), intent(inout), target	this,
		class(meshbase2d), intent(in), target	parent_mesh,
		integer, dimension(p_level_num), intent(in)	porder_list,
		integer, intent(in)	p_level_num,
		integer, dimension(h_level_num), intent(in)	negx_list,
		integer, dimension(h_level_num), intent(in)	negy_list,
		integer, intent(in)	h_level_num )

Initialize an object for mesh hierarchy in 2D domain.

Parameters

[in]	parent_mesh	Pointer to the finest mesh
[in]	p_level_num	Number of p-mesh levels
[in]	porder_list	Polynomial order list for p-mesh levels
[in]	h_level_num	Number of h-mesh levels
[in]	negx_list	Number of elements in x-direction for h-mesh levels
[in]	negy_list	Number of elements in y-direction for h-mesh levels