Adjusts vertex coordinates during refinement. More...

#include <refinement_projector.h>

Inheritance diagram for ug::RefinementProjector:

Public Member Functions
virtual SPIGeometry3d	geometry () const

virtual number	new_vertex (Vertex vrt, Edge parent)
	called when a new vertex was created from an old edge. More...

virtual number	new_vertex (Vertex vrt, Face parent)
	called when a new vertex was created from an old face. More...

virtual number	new_vertex (Vertex vrt, Vertex parent)
	called when a new vertex was created from an old vertex. More...

virtual number	new_vertex (Vertex vrt, Volume parent)
	called when a new vertex was created from an old volume. More...

virtual void	refinement_begins (const ISubGrid *sg)
	called before refinement begins More...

virtual bool	refinement_begins_requires_subgrid () const

virtual void	refinement_ends ()
	called when refinement is done More...

	RefinementProjector ()

	RefinementProjector (SPElementCallback cb)

	RefinementProjector (SPIGeometry3d geometry)

	RefinementProjector (SPIGeometry3d geometry, SPElementCallback concernedElems)

virtual void	set_concerned_elements (SPElementCallback cb)

virtual void	set_geometry (SPIGeometry3d geometry)

virtual	~RefinementProjector ()

Protected Member Functions
IGeometry3d &	geom ()

const IGeometry3d &	geom () const

template<class TElem >
bool	is_concerned (TElem *e)

vector3	pos (Vertex *v) const

void	set_pos (Vertex *v, const vector3 &p)

Private Member Functions
template<class Archive >
void	serialize (Archive &ar, const unsigned int version)

Private Attributes
SPElementCallback	m_concernedElementsCallback

SPIGeometry3d	m_geometry

Friends
class	boost::serialization::access

Detailed Description

Adjusts vertex coordinates during refinement.

The refinement projector serves as a base class for other refinement projectors and serves as a simple linear projector at the same time. I.E. new vertices are always placed at the center of their parent element.

Internally, refinement projectors are implemented for 3d coordinates. Geometries of lower dimension can still be treated since they are wrapped in a IGeometry3d class. While this adds a small overhead it simplifies implementation and usability considerably, since no additional template dependencies have to be considered.

Constructor & Destructor Documentation

◆ RefinementProjector() [1/4]

ug::RefinementProjector::RefinementProjector ( )

inline

◆ RefinementProjector() [2/4]

ug::RefinementProjector::RefinementProjector ( SPIGeometry3d geometry )

inline

References new().

◆ RefinementProjector() [3/4]

ug::RefinementProjector::RefinementProjector ( SPElementCallback cb )

inline

◆ RefinementProjector() [4/4]

ug::RefinementProjector::RefinementProjector	(	SPIGeometry3d	geometry,
		SPElementCallback	concernedElems
	)

inline

◆ ~RefinementProjector()

virtual ug::RefinementProjector::~RefinementProjector ( )

inlinevirtual

Member Function Documentation

◆ geom() [1/2]

IGeometry3d& ug::RefinementProjector::geom ( )

inlineprotected

References m_geometry.

Referenced by ug::RasterLayersProjector::add_attachments(), new_vertex(), ug::RasterLayersProjector::new_vertex_impl(), ug::ProjectionHandler::refinement_begins(), ug::SmoothProjector::refinement_ends(), and ug::RasterLayersProjector::remove_attachments().

◆ geom() [2/2]

const IGeometry3d& ug::RefinementProjector::geom ( ) const

inlineprotected

References m_geometry.

◆ geometry()

virtual SPIGeometry3d ug::RefinementProjector::geometry ( ) const

inlinevirtual

References m_geometry.

Referenced by ug::NeuriteProjector::attach_surf_params(), ug::SomaProjector::attach_surf_params(), ug::bp_newton_start_pos(), ug::NeuriteProjector::IsElementInsideSphere(), ug::Refine(), ug::ProjectionHandler::refinement_begins(), ug::RasterLayersProjector::remove_attachments(), ug::RasterLayersProjector::set_geometry(), ug::NeuriteProjector::set_geometry(), ug::ProjectionHandler::set_geometry(), set_geometry(), ug::SomaProjector::set_geometry(), ug::SubdivisionProjector::set_geometry(), ug::ProjectionHandler::set_geometry_all(), and ug::ProjectionHandler::set_projector().

◆ is_concerned()

template<class TElem >

bool ug::RefinementProjector::is_concerned ( TElem * e )

inlineprotected

References m_concernedElementsCallback.

◆ new_vertex() [1/4]

virtual number ug::RefinementProjector::new_vertex	(	Vertex *	vrt,
		Edge *	parent
	)

inlinevirtual

called when a new vertex was created from an old edge.

Reimplemented in ug::SubdivisionProjector, ug::SphereProjector, ug::SomaProjector, ug::SmoothProjector, ug::RasterLayersProjector, ug::ProjectionHandler, ug::PlaneCutProjector, ug::NeuriteProjector, ug::EllipticCylinderProjector, ug::CylinderProjector, and ug::CylinderCutProjector.

References geom(), and set_pos().

◆ new_vertex() [2/4]

virtual number ug::RefinementProjector::new_vertex	(	Vertex *	vrt,
		Face *	parent
	)

inlinevirtual

called when a new vertex was created from an old face.

Reimplemented in ug::SphereProjector, ug::SomaProjector, ug::SmoothProjector, ug::RasterLayersProjector, ug::ProjectionHandler, ug::NeuriteProjector, ug::EllipticCylinderProjector, and ug::CylinderProjector.

References geom(), and set_pos().

◆ new_vertex() [3/4]

virtual number ug::RefinementProjector::new_vertex	(	Vertex *	vrt,
		Vertex *	parent
	)

inlinevirtual

called when a new vertex was created from an old vertex.

Reimplemented in ug::RasterLayersProjector, ug::ProjectionHandler, and ug::NeuriteProjector.

References pos(), and set_pos().

Referenced by ug::CylinderCutProjector::new_vertex(), ug::PlaneCutProjector::new_vertex(), ug::SmoothProjector::new_vertex(), and ug::Refine().

◆ new_vertex() [4/4]

virtual number ug::RefinementProjector::new_vertex	(	Vertex *	vrt,
		Volume *	parent
	)

inlinevirtual

called when a new vertex was created from an old volume.

Reimplemented in ug::SphereProjector, ug::SomaProjector, ug::SmoothProjector, ug::RasterLayersProjector, ug::ProjectionHandler, ug::NeuriteProjector, ug::EllipticCylinderProjector, and ug::CylinderProjector.

References geom(), and set_pos().

◆ pos()

vector3 ug::RefinementProjector::pos ( Vertex * v ) const

inlineprotected

References m_geometry.

Referenced by ug::NeuriteProjector::average_params(), ug::NeuriteProjector::average_pos_from_parent(), ug::ProjectionHandler::handle_new_vertex(), ug::CylinderCutProjector::new_vertex(), ug::PlaneCutProjector::new_vertex(), ug::NeuriteProjector::new_vertex(), ug::RasterLayersProjector::new_vertex(), new_vertex(), ug::CylinderProjector::perform_projection(), ug::EllipticCylinderProjector::perform_projection(), ug::SomaProjector::perform_projection(), ug::SphereProjector::perform_projection(), ug::NeuriteProjector::position(), ug::SomaProjector::project_to_soma_surface(), ug::NeuriteProjector::push_into_place(), and ug::SmoothProjector::refinement_ends().

◆ refinement_begins()

virtual void ug::RefinementProjector::refinement_begins ( const ISubGrid * sg )

inlinevirtual

called before refinement begins

if not NULL, the specified sub-grid will contains all elements that will be refined and are affected by the given projector.

If the specialized implementation of refinement_begins requires this subgrid, the method 'refinement_begins_requires_subgrid' should be specialized and should return 'true'. In this case the subgrid should always be provided by the caller. If you call 'RefinementProjector::refinement_begins(sg);' at the beginning of your specialization, an error will be thrown if this is not the case.

Reimplemented in ug::SubdivisionProjector, ug::SmoothProjector, and ug::ProjectionHandler.

References SmartPtr< T, FreePolicy >::invalid(), m_geometry, refinement_begins_requires_subgrid(), and UG_COND_THROW.

Referenced by ug::Refine(), ug::ProjectionHandler::refinement_begins(), and ug::SmoothProjector::refinement_begins().

◆ refinement_begins_requires_subgrid()

virtual bool ug::RefinementProjector::refinement_begins_requires_subgrid ( ) const

inlinevirtual

returns 'true' if a specialized projector requires the subgrid during its 'refinement_begins' method.

Note: Implementers of derived classes should overload this method and return 'true' if their 'refinement_begins' method requires a subgrid. Please have a look at the documentation of 'RefinementProjector::refinement_begins' for more information.

Reimplemented in ug::SubdivisionProjector, and ug::ProjectionHandler.

Referenced by ug::ProjectionHandler::refinement_begins(), and refinement_begins().