Geometry and shape functions for 1st order Vertex-Centered Finite Volume. More...

#include <fv1_geom.h>

Inheritance diagram for ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >:

Classes
class	BF
	boundary face More...

class	SCV
	sub control volume structure More...

class	SCVF
	Sub-Control Volume Face structure. More...

Public Types
typedef TElem	elem_type
	type of element

typedef LagrangeP1< ref_elem_type >	local_shape_fct_set_type
	type of Shape function used

typedef reference_element_traits< TElem >::reference_element_type	ref_elem_type
	type of reference element

typedef traits::scv_type	scv_type
	type of SubControlVolume

typedef fv1_traits< ref_elem_type, TWorldDim >	traits
	used traits

Public Member Functions
void	add_boundary_subset (int subsetIndex)
	add subset that is interpreted as boundary subset.

const std::vector< BF > &	bf (int si) const
	returns reference to vector of boundary faces for subsetIndex

const BF &	bf (int si, size_t i) const
	returns the boundary face i for subsetIndex

void	clear_boundary_subsets ()
	reset all boundary subsets

const MathVector< worldDim > *	coe_global () const
	returns the global coordinates of the center of mass of the element

const MathVector< dim > *	coe_local () const
	returns the local coordinates of the center of mass of the element

const MathVector< worldDim > *	corners () const
	get vector of the global coordinates of corners for current element

TElem *	elem () const
	get the element

	FV1Geometry_gen ()
	construct object and initialize local values and sizes

const MathVector< worldDim > &	global_node_position (size_t nodeID) const
	return global coords for node ID

const MathVector< dim > &	local_node_position (size_t nodeID) const
	return local coords for node ID

size_t	num_bf () const
	number of all boundary faces

size_t	num_bf (int si) const
	number of boundary faces on subset 'subsetIndex'

size_t	num_boundary_subsets ()
	number of registered boundary subsets

size_t	num_scv () const
	number of SubControlVolumes

size_t	num_scv_ips () const
	returns number of all scv ips

size_t	num_scvf () const
	number of SubControlVolumeFaces

size_t	num_scvf_ips () const
	returns number of all scvf ips

size_t	num_sh () const
	number of shape functions

void	remove_boundary_subset (int subsetIndex)
	removes subset that is interpreted as boundary subset.

void	reset_curr_elem ()

ReferenceObjectID	roid () const
	returns reference object id

const SCV &	scv (size_t i) const
	const access to SubControlVolume number i

const MathVector< worldDim > *	scv_global_ips () const
	returns all ips of scv as they appear in scv loop

const MathVector< dim > *	scv_local_ips () const
	returns all ips of scv as they appear in scv loop

const SCVF &	scvf (size_t i) const
	const access to SubControlVolumeFace number i

const MathVector< worldDim > *	scvf_global_ips () const
	returns all ips of scvf as they appear in scv loop

const MathVector< dim > *	scvf_local_ips () const
	returns all ips of scvf as they appear in scv loop

void	update (GridObject elem, const MathVector< worldDim > vCornerCoords, const ISubsetHandler *ish=NULL)
	update data for given element

void	update_boundary_faces (GridObject elem, const MathVector< worldDim > vCornerCoords, const ISubsetHandler *ish=NULL)
	update boundary data for given element

void	update_local_data ()
	update local data

Static Public Attributes
static const bool	condensed_scvf_ips = TCondensed
	whether the scheme shifts the scvf ip's to midpoints of the edges

static const int	dim = ref_elem_type::dim
	dimension of reference element

static const size_t	nip = 1
	number of integration points

static const size_t	nsh = local_shape_fct_set_type::nsh
	number of shape functions

static const size_t	numSCV = traits::numSCV
	number of SubControlVolumes

static const size_t	numSCVF = traits::numSCVF
	number of SubControlVolumeFaces

static const int	order = 1
	order

static const bool	staticLocalData = true
	flag indicating if local data may change

static const bool	usesHangingNodes = false
	Hanging node flag: this Geometry does not support hanging nodes.

static const int	worldDim = TWorldDim
	dimension of world

Protected Attributes
std::map< int, std::vector< BF > >	m_mapVectorBF

std::vector< BF >	m_vEmptyVectorBF

MathVector< worldDim >	m_vGlobSCV_IP [numSCV]

MathVector< worldDim >	m_vGlobSCVF_IP [numSCVF]

MathVector< dim >	m_vLocSCV_IP [numSCV]

MathVector< dim >	m_vLocSCVF_IP [numSCVF]

Private Attributes
ReferenceMapping< ref_elem_type, worldDim >	m_mapping
	Reference Mapping.

TElem *	m_pElem
	pointer to current element

const ref_elem_type &	m_rRefElem
	Reference Element.

const local_shape_fct_set_type &	m_rTrialSpace
	Shape function set.

SCV	m_vSCV [numSCV]
	SubControlVolumes.

SCVF	m_vSCVF [numSCVF]
	SubControlVolumeFaces.

MathVector< worldDim >	m_vvGloMid [dim+1][maxMid]

MathVector< dim >	m_vvLocMid [dim+1][maxMid]
	local and global geom object midpoints for each dimension

Static Private Attributes
static const int	maxMid = numSCVF + 1
	max number of geom objects in all dimensions

Detailed Description

template<typename TElem, int TWorldDim, bool TCondensed>
class ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >

Geometry and shape functions for 1st order Vertex-Centered Finite Volume.

The class provides the geometry and shape functions for 1st order Vertex-Centered Finite Element Finite Volume method based on the Donald Diagrams.

The class provides an option (TCondensed) to shift the subcontrol volume face integration points to the edges. This allows to reduce the matrix pattern and to avoid positive off-diagonal entries in some cases. (For ex., the discretization of the Laplacian on a grid of rectangles retains results in the 5-point stencil.) However note that, in many cases, this leads to the discretization order reduction.

Template Parameters

TElem	Element type
TWorldDim	(physical) world dimension
TCondensed	if to shift the scvf ip's to midpoints of the edges

Member Typedef Documentation

◆ elem_type

template<typename TElem , int TWorldDim, bool TCondensed>

typedef TElem ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::elem_type

type of element

◆ local_shape_fct_set_type

template<typename TElem , int TWorldDim, bool TCondensed>

typedef LagrangeP1<ref_elem_type> ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::local_shape_fct_set_type

type of Shape function used

◆ ref_elem_type

template<typename TElem , int TWorldDim, bool TCondensed>

typedef reference_element_traits<TElem>::reference_element_type ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::ref_elem_type

type of reference element

◆ scv_type

template<typename TElem , int TWorldDim, bool TCondensed>

typedef traits::scv_type ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scv_type

type of SubControlVolume

◆ traits

template<typename TElem , int TWorldDim, bool TCondensed>

typedef fv1_traits<ref_elem_type, TWorldDim> ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::traits

used traits

Constructor & Destructor Documentation

◆ FV1Geometry_gen()

template<typename TElem , int TWorldDim, bool TCondensed>

ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::FV1Geometry_gen ( )

construct object and initialize local values and sizes

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::update_local_data().

Member Function Documentation

◆ add_boundary_subset()

template<typename TElem , int TWorldDim, bool TCondensed>

void ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::add_boundary_subset ( int subsetIndex )

inline

add subset that is interpreted as boundary subset.

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_mapVectorBF.

◆ bf() [1/2]

template<typename TElem , int TWorldDim, bool TCondensed>

const std::vector< BF > & ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::bf ( int si ) const

inline

returns reference to vector of boundary faces for subsetIndex

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_mapVectorBF, and ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vEmptyVectorBF.

◆ bf() [2/2]

template<typename TElem , int TWorldDim, bool TCondensed>

const BF & ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::bf	(	int	si,
		size_t	i
	)		const

inline

returns the boundary face i for subsetIndex

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_mapVectorBF, ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_bf(), UG_ASSERT, and UG_THROW.

◆ clear_boundary_subsets()

template<typename TElem , int TWorldDim, bool TCondensed>

void ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::clear_boundary_subsets ( )

inline

reset all boundary subsets

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_mapVectorBF.

◆ coe_global()

template<typename TElem , int TWorldDim, bool TCondensed>

const MathVector< worldDim > * ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::coe_global ( ) const

inline

returns the global coordinates of the center of mass of the element

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::dim, and ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vvGloMid.

◆ coe_local()

template<typename TElem , int TWorldDim, bool TCondensed>

const MathVector< dim > * ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::coe_local ( ) const

inline

returns the local coordinates of the center of mass of the element

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::dim, and ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vvLocMid.

◆ corners()

template<typename TElem , int TWorldDim, bool TCondensed>

const MathVector< worldDim > * ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::corners ( ) const

inline

get vector of the global coordinates of corners for current element

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vvGloMid.

◆ elem()

template<typename TElem , int TWorldDim, bool TCondensed>

TElem * ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::elem ( ) const

inline

get the element

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_pElem.

◆ global_node_position()

template<typename TElem , int TWorldDim, bool TCondensed>

const MathVector< worldDim > & ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::global_node_position ( size_t nodeID ) const

inline

return global coords for node ID

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vvGloMid, and UG_ASSERT.

◆ local_node_position()

template<typename TElem , int TWorldDim, bool TCondensed>

const MathVector< dim > & ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::local_node_position ( size_t nodeID ) const

inline

return local coords for node ID

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vvLocMid, and UG_ASSERT.

◆ num_bf() [1/2]

template<typename TElem , int TWorldDim, bool TCondensed>

size_t ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_bf ( ) const

inline

number of all boundary faces

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_mapVectorBF.

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::bf().

◆ num_bf() [2/2]

template<typename TElem , int TWorldDim, bool TCondensed>

size_t ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_bf ( int si ) const

inline

number of boundary faces on subset 'subsetIndex'

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_mapVectorBF.

◆ num_boundary_subsets()

template<typename TElem , int TWorldDim, bool TCondensed>

size_t ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_boundary_subsets ( )

inline

number of registered boundary subsets

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_mapVectorBF.

◆ num_scv()

template<typename TElem , int TWorldDim, bool TCondensed>

size_t ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_scv ( ) const

inline

number of SubControlVolumes

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::numSCV.

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scv().

◆ num_scv_ips()

template<typename TElem , int TWorldDim, bool TCondensed>

size_t ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_scv_ips ( ) const

inline

returns number of all scv ips

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::numSCV.

◆ num_scvf()

template<typename TElem , int TWorldDim, bool TCondensed>

size_t ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_scvf ( ) const

inline

number of SubControlVolumeFaces

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::numSCVF.

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scvf().

◆ num_scvf_ips()

template<typename TElem , int TWorldDim, bool TCondensed>

size_t ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_scvf_ips ( ) const

inline

returns number of all scvf ips

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::numSCVF.

◆ num_sh()

template<typename TElem , int TWorldDim, bool TCondensed>

size_t ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_sh ( ) const

inline

number of shape functions

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::nsh.

◆ remove_boundary_subset()

template<typename TElem , int TWorldDim, bool TCondensed>

void ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::remove_boundary_subset ( int subsetIndex )

inline

removes subset that is interpreted as boundary subset.

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_mapVectorBF.

◆ reset_curr_elem()

template<typename TElem , int TWorldDim, bool TCondensed>

void ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::reset_curr_elem ( )

inline

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_pElem.

◆ roid()

template<typename TElem , int TWorldDim, bool TCondensed>

ReferenceObjectID ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::roid ( ) const

inline

returns reference object id

◆ scv()

template<typename TElem , int TWorldDim, bool TCondensed>

const SCV & ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scv ( size_t i ) const

inline

const access to SubControlVolume number i

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vSCV, ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_scv(), and UG_ASSERT.

◆ scv_global_ips()

template<typename TElem , int TWorldDim, bool TCondensed>

const MathVector< worldDim > * ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scv_global_ips ( ) const

inline

returns all ips of scv as they appear in scv loop

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vGlobSCV_IP, ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vvGloMid, ug::ROID_OCTAHEDRON, and ug::ROID_PYRAMID.

◆ scv_local_ips()

template<typename TElem , int TWorldDim, bool TCondensed>

const MathVector< dim > * ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scv_local_ips ( ) const

inline

returns all ips of scv as they appear in scv loop

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vLocSCV_IP, ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vvLocMid, ug::ROID_OCTAHEDRON, and ug::ROID_PYRAMID.

◆ scvf()

template<typename TElem , int TWorldDim, bool TCondensed>

const SCVF & ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scvf ( size_t i ) const

inline

const access to SubControlVolumeFace number i

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vSCVF, ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_scvf(), and UG_ASSERT.

◆ scvf_global_ips()

template<typename TElem , int TWorldDim, bool TCondensed>

const MathVector< worldDim > * ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scvf_global_ips ( ) const

inline

returns all ips of scvf as they appear in scv loop

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vGlobSCVF_IP.

◆ scvf_local_ips()

template<typename TElem , int TWorldDim, bool TCondensed>

const MathVector< dim > * ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scvf_local_ips ( ) const

inline

returns all ips of scvf as they appear in scv loop

References ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vLocSCVF_IP.

◆ update()

template<typename TElem , int TWorldDim, bool TCondensed>

void ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::update	(	GridObject *	elem,
		const MathVector< worldDim > *	vCornerCoords,
		const ISubsetHandler *	ish = `NULL`
	)

update data for given element

References ug::AveragePositions(), ug::DID_FV1_GEOM, ug::MatVecMult(), ug::ROID_OCTAHEDRON, ug::ROID_PYRAMID, UG_ASSERT, UG_DLOG, and ug::VecLength().

◆ update_boundary_faces()

template<typename TElem , int TWorldDim, bool TCondensed>

void ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::update_boundary_faces	(	GridObject *	elem,
		const MathVector< worldDim > *	vCornerCoords,
		const ISubsetHandler *	ish = `NULL`
	)

update boundary data for given element

◆ update_local_data()

template<typename TElem , int TWorldDim, bool TCondensed>

void ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::update_local_data ( )

update local data

References ug::AveragePositions(), ug::ComputeSCVFMidID(), ug::ComputeSCVMidID(), ug::DID_FV1_GEOM, ug::ROID_OCTAHEDRON, ug::ROID_PYRAMID, and UG_DLOG.

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::FV1Geometry_gen().

Member Data Documentation

◆ condensed_scvf_ips

template<typename TElem , int TWorldDim, bool TCondensed>

const bool ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::condensed_scvf_ips = TCondensed

static

whether the scheme shifts the scvf ip's to midpoints of the edges

◆ dim

template<typename TElem , int TWorldDim, bool TCondensed>

const int ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::dim = ref_elem_type::dim

static

dimension of reference element

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::coe_global(), and ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::coe_local().

◆ m_mapping

template<typename TElem , int TWorldDim, bool TCondensed>

ReferenceMapping<ref_elem_type, worldDim> ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_mapping

private

Reference Mapping.

◆ m_mapVectorBF

template<typename TElem , int TWorldDim, bool TCondensed>

std::map<int, std::vector<BF> > ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_mapVectorBF

protected

◆ m_pElem

template<typename TElem , int TWorldDim, bool TCondensed>

TElem* ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_pElem

private

pointer to current element

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::elem(), and ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::reset_curr_elem().

◆ m_rRefElem

template<typename TElem , int TWorldDim, bool TCondensed>

const ref_elem_type& ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_rRefElem

private

Reference Element.

◆ m_rTrialSpace

template<typename TElem , int TWorldDim, bool TCondensed>

const local_shape_fct_set_type& ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_rTrialSpace

private

Shape function set.

◆ m_vEmptyVectorBF

template<typename TElem , int TWorldDim, bool TCondensed>

std::vector<BF> ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vEmptyVectorBF

protected

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::bf().

◆ m_vGlobSCV_IP

template<typename TElem , int TWorldDim, bool TCondensed>

MathVector<worldDim> ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vGlobSCV_IP[numSCV]

protected

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scv_global_ips().

◆ m_vGlobSCVF_IP

template<typename TElem , int TWorldDim, bool TCondensed>

MathVector<worldDim> ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vGlobSCVF_IP[numSCVF]

protected

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scvf_global_ips().

◆ m_vLocSCV_IP

template<typename TElem , int TWorldDim, bool TCondensed>

MathVector<dim> ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vLocSCV_IP[numSCV]

protected

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scv_local_ips().

◆ m_vLocSCVF_IP

template<typename TElem , int TWorldDim, bool TCondensed>

MathVector<dim> ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vLocSCVF_IP[numSCVF]

protected

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scvf_local_ips().

◆ m_vSCV

template<typename TElem , int TWorldDim, bool TCondensed>

SCV ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vSCV[numSCV]

private

SubControlVolumes.

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scv().

◆ m_vSCVF

template<typename TElem , int TWorldDim, bool TCondensed>

SCVF ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vSCVF[numSCVF]

private

SubControlVolumeFaces.

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scvf().

◆ m_vvGloMid

template<typename TElem , int TWorldDim, bool TCondensed>

MathVector<worldDim> ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vvGloMid[dim+1][maxMid]

private

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::coe_global(), ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::corners(), ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::global_node_position(), and ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scv_global_ips().

◆ m_vvLocMid

template<typename TElem , int TWorldDim, bool TCondensed>

MathVector<dim> ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::m_vvLocMid[dim+1][maxMid]

private

local and global geom object midpoints for each dimension

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::coe_local(), ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::local_node_position(), and ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::scv_local_ips().

◆ maxMid

template<typename TElem , int TWorldDim, bool TCondensed>

const int ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::maxMid = numSCVF + 1

staticprivate

max number of geom objects in all dimensions

◆ nip

template<typename TElem , int TWorldDim, bool TCondensed>

const size_t ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::nip = 1

static

number of integration points

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::SCVF::num_ip(), ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::SCV::num_ip(), and ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::BF::num_ip().

◆ nsh

template<typename TElem , int TWorldDim, bool TCondensed>

const size_t ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::nsh = local_shape_fct_set_type::nsh

static

number of shape functions

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::SCVF::num_sh(), ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::SCV::num_sh(), ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::BF::num_sh(), and ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_sh().

◆ numSCV

template<typename TElem , int TWorldDim, bool TCondensed>

const size_t ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::numSCV = traits::numSCV

static

number of SubControlVolumes

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_scv(), and ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_scv_ips().

◆ numSCVF

template<typename TElem , int TWorldDim, bool TCondensed>

const size_t ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::numSCVF = traits::numSCVF

static

number of SubControlVolumeFaces

Referenced by ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_scvf(), and ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::num_scvf_ips().

◆ order

template<typename TElem , int TWorldDim, bool TCondensed>

const int ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::order = 1

static

order

◆ staticLocalData

template<typename TElem , int TWorldDim, bool TCondensed>

const bool ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::staticLocalData = true

static

flag indicating if local data may change

◆ usesHangingNodes

template<typename TElem , int TWorldDim, bool TCondensed>

const bool ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::usesHangingNodes = false

static

Hanging node flag: this Geometry does not support hanging nodes.

◆ worldDim

template<typename TElem , int TWorldDim, bool TCondensed>

const int ug::FV1Geometry_gen< TElem, TWorldDim, TCondensed >::worldDim = TWorldDim

static

dimension of world

The documentation for this class was generated from the following files:

ugbase/lib_disc/spatial_disc/disc_util/fv1_geom.h
ugbase/lib_disc/spatial_disc/disc_util/fv1_geom.cpp

Classes

Public Types

Public Member Functions

Static Public Attributes

Protected Attributes

Private Attributes

Static Private Attributes

Detailed Description

Member Typedef Documentation

◆ elem_type

◆ local_shape_fct_set_type

◆ ref_elem_type

◆ scv_type

◆ traits

Constructor & Destructor Documentation

◆ FV1Geometry_gen()

Member Function Documentation

◆ add_boundary_subset()

◆ bf() [1/2]

◆ bf() [2/2]

◆ clear_boundary_subsets()

◆ coe_global()

◆ coe_local()

◆ corners()

◆ elem()

◆ global_node_position()

◆ local_node_position()

◆ num_bf() [1/2]

◆ num_bf() [2/2]

◆ num_boundary_subsets()

◆ num_scv()

◆ num_scv_ips()

◆ num_scvf()

◆ num_scvf_ips()

◆ num_sh()

◆ remove_boundary_subset()

◆ reset_curr_elem()

◆ roid()

◆ scv()

◆ scv_global_ips()

◆ scv_local_ips()

◆ scvf()

◆ scvf_global_ips()

◆ scvf_local_ips()

◆ update()

◆ update_boundary_faces()

◆ update_local_data()

Member Data Documentation

◆ condensed_scvf_ips

◆ dim

◆ m_mapping

◆ m_mapVectorBF

◆ m_pElem

◆ m_rRefElem

◆ m_rTrialSpace

◆ m_vEmptyVectorBF

◆ m_vGlobSCV_IP

◆ m_vGlobSCVF_IP

◆ m_vLocSCV_IP

◆ m_vLocSCVF_IP

◆ m_vSCV

◆ m_vSCVF

◆ m_vvGloMid

◆ m_vvLocMid

◆ maxMid

◆ nip

◆ nsh

◆ numSCV

◆ numSCVF

◆ order

◆ staticLocalData

◆ usesHangingNodes

◆ worldDim