m_mform_constraint_polar::mformpolarregularity Interface Reference

An object that represents a polar regularity constraint on an m-form space. More...

Inheritance diagram for m_mform_constraint_polar::mformpolarregularity:

Public Member Functions
procedure	init (this, space, coord_transform)
	Initialize a polar regularity constraint on an m-form space.
procedure	apply (this, vout, vin)
	Apply the polar regularity constraint to an m-form (overload of MFormConstraintLocal::apply)
procedure	destroy_derived (this)
	Destroy the MFormPolarRegularity object.
pure type(mformpolarregularity) function	construct_mform_polar (regularity, enriched, orthogonal)
	Construct a polar regularity constraint on an m-form.
Public Member Functions inherited from m_mform_constraint_abstract::mformconstraintlocal
procedure(mform_constraint_local_init), deferred	init mform_constraint_local_init
procedure(mform_constraint_local_destroy), deferred	destroy_derived mform_constraint_local_destroy
procedure	destroy (this)
	Destroy the abstract MFormConstraintLocal object.
procedure	apply (this, vout, vin)
	Apply a constraint to an m-form.

Public Attributes
integer	regularity
	The regularity of the polar constraint.
logical	enriched
	Enriched space.
logical	orthogonal
	Orthogonal extraction (Euclidean inner product)
type(bsplinefun), dimension(:), allocatable	radial_bsplines
	The radial B-splines for the polar regularity constraint.
type(bsplinefun), dimension(:), allocatable	angular_bsplines
	The angular B-splines for the polar regularity constraint.
type(mformspace)	space0
	The zero-form space.
integer	comm_window = -1
	Communicator for the shared memory window.
integer	my_rank_window = -1
real(wp), dimension(:, :, :, :), pointer	e1
	The dense 2D extractor operators (shared memory)
real(wp), dimension(:, :, :, :), pointer	e2
type(sharedmemorywindow)	shmem_e1
	The shared memory windows for the extractor matrices.
type(sharedmemorywindow)	shmem_e2
Public Attributes inherited from m_mform_constraint_abstract::mformconstraintlocal
type(mformspace)	space
	The m-form space to which the constraint applies.
logical	is_homogeneous
	Whether the constraint is homogeneous (currently always .true.)
logical	is_symmetric
	Whether the projector is symmetric.
type(tensorprodindexlist), dimension(:), allocatable	index_list
	The indices of the coefficients that the constraint acts upon (per m-form component)
type(sparsemat), dimension(:, :), allocatable	projector
	Block-wise (per m-form component) sparse representation of the projector (restricted to the coefficients that the constraint acts upon)
type(sparsemat), dimension(:), allocatable	extractor
	Block-wise (per m-form component) sparse representation of the extraction operator (restricted to the coefficients that the constraint acts upon)
logical, dimension(3)	is_mpi_shared
	If the constraint '.not. is_homogeneous', the prescribed values of the constraint are stored here per component.

Detailed Description

An object that represents a polar regularity constraint on an m-form space.

Member Function/Subroutine Documentation

apply()

procedure m_mform_constraint_polar::mformpolarregularity::apply	(	class(mformpolarregularity), intent(in)	this,
		type(mformfun), intent(out)	vout,
		type(mformfun), intent(in)	vin )

Apply the polar regularity constraint to an m-form (overload of MFormConstraintLocal::apply)

Parameters

[in]	this	The constraint to apply
[out]	vout	The MForm to which the constraint has been applied
[in]	vin	The MForm to which the constraint is applied

construct_mform_polar()

pure type(mformpolarregularity) function m_mform_constraint_polar::mformpolarregularity::construct_mform_polar	(	integer, intent(in), optional	regularity,
		logical, intent(in), optional	enriched,
		logical, intent(in), optional	orthogonal )

Construct a polar regularity constraint on an m-form.

Parameters

[in]	_(optional)_	regularity The regularity of the polar constraint (default: degree of the B-spline basis in the x-direction)
[in]	_(optional)_	enriched Whether to use an enriched polar regularity constraint (default: .true.)
[in]	_(optional)_	orthogonal Whether to use orthogonal extraction operators (default: .true.)

Returns

The constructed MFormPolarRegularity object

destroy_derived()

procedure m_mform_constraint_polar::mformpolarregularity::destroy_derived

(

class(mformpolarregularity), intent(inout)

this

)

Destroy the MFormPolarRegularity object.

Parameters

[in,out]

this

The MFormPolarRegularity object to destroy

init()

procedure m_mform_constraint_polar::mformpolarregularity::init	(	class(mformpolarregularity), intent(inout)	this,
		type(mformspace), intent(in)	space,
		class(coordtransformabstract), intent(in), optional	coord_transform )

Initialize a polar regularity constraint on an m-form space.

Parameters

[in,out]	this	The MFormPolarRegularity object to initialize
[in]	space	The MFormSpace to which the polar regularity constraint applies
[in]	_(optional)_	coord_transform The coordinate transformation of the m-form space

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The documentation for this interface was generated from the following file:

• /builds/rwr/bspline_feec/src/mform/m_mform_constraint_polar.f90