Detailed Description

Base Nedelec H1 FE class and basis evaluation.

FE Construction

Authors: Chris Hansen

Date: August 2011

Data Types
type	h1_ops
	Needs docs. More...

Functions/Subroutines
subroutine	oft_h1_set_level (level)
	Set the current level for Nedelec H1 finite elements.

subroutine	oft_h1_setup (order, minlev)
	Construct Nedelec H1 vector FE on each mesh level.

Variables
type(oft_ml_fem_comp_type)	ml_oft_h1
	ML container for H1 representations.

type(h1_ops), dimension(:), pointer	ml_oft_h1_ops
	ML container for all operators.

type(oft_ml_fem_type), target	ml_oft_hgrad
	ML container for all FE representations.

type(oft_fem_comp_type), pointer	oft_h1
	Active H1 representation.

integer(i4)	oft_h1_blevel = 0
	Highest level on base meshes.

integer(i4)	oft_h1_level = 0
	Active FE level.

integer(i4)	oft_h1_lin_level = 0
	Highest linear element level.

integer(i4)	oft_h1_minlev = 0

integer(i4)	oft_h1_nlevels = 0
	Number of total levels.

type(h1_ops), pointer	oft_h1_ops
	Active operators.

type(h1_ops), pointer	oft_h1_ops_lin
	Highest linear element operators.

class(oft_h0_fem), pointer	oft_hgrad
	Active FE representation.

class(oft_h0_fem), pointer	oft_hgrad_lin
	Highest linear element representation.

Function/Subroutine Documentation

◆ oft_h1_set_level()

subroutine oft_h1_set_level ( integer(i4), intent(in) level )

Set the current level for Nedelec H1 finite elements.

Parameters

[in] level Desired level

◆ oft_h1_setup()

subroutine oft_h1_setup	(	integer(i4), intent(in)	order,
		integer(i4), intent(in), optional	minlev
	)

Construct Nedelec H1 vector FE on each mesh level.

Note: Highest supported representation is quadratic.

Parameters

[in] order Order of representation desired

Variable Documentation

◆ ml_oft_h1

type(oft_ml_fem_comp_type) ml_oft_h1

ML container for H1 representations.

◆ ml_oft_h1_ops

type(h1_ops), dimension(:), pointer ml_oft_h1_ops

ML container for all operators.

◆ ml_oft_hgrad

type(oft_ml_fem_type), target ml_oft_hgrad

ML container for all FE representations.

◆ oft_h1

type(oft_fem_comp_type), pointer oft_h1

Active H1 representation.

◆ oft_h1_blevel

integer(i4) oft_h1_blevel = 0

Highest level on base meshes.

◆ oft_h1_level

integer(i4) oft_h1_level = 0

Active FE level.

◆ oft_h1_lin_level

integer(i4) oft_h1_lin_level = 0

Highest linear element level.

◆ oft_h1_minlev

integer(i4) oft_h1_minlev = 0

◆ oft_h1_nlevels

integer(i4) oft_h1_nlevels = 0

Number of total levels.

◆ oft_h1_ops

type(h1_ops), pointer oft_h1_ops

Active operators.

◆ oft_h1_ops_lin

type(h1_ops), pointer oft_h1_ops_lin

Highest linear element operators.

◆ oft_hgrad

class(oft_h0_fem), pointer oft_hgrad

Active FE representation.

◆ oft_hgrad_lin

class(oft_h0_fem), pointer oft_hgrad_lin

Highest linear element representation.