Class xlifepp::Space#

class Space#

base class of spaces

Subclassed by xlifepp::FeSpace, xlifepp::ProdSpace, xlifepp::SpSpace, xlifepp::SubSpace

Public Functions

Space(const GeomDomain &dom, const Interpolation &in, const string_t &na, bool opt = true)#

constructor from domain and Interpolation (FeSpace)

constructor of Fe space (from domain and interpolation) if opt=true, dof numbering is optimized to reduce the matrix bandwith

Space(const GeomDomain &dom, const std::vector<number_t> &dofids, Space &sp, const string_t &na = "")#

constructor from GeomDomain, dofIds list and Space (SubSpace)

constructor of subspace from domain, dof numbers list and parent space dofids is the list of dof number ids linked to domain g this constructor is usefull in case of subspace of subspace

Space(const GeomDomain &dom, Space &sp, const string_t &na = "")#: constructor from GeomDomain and Space (SubSpace)

inline Space(const Space &V)#: copy constructor (shared pointers!)

Space(const SpectralBasis &spb, const string_t &na)#: constructor of spectral space from explicit spectral basis

Space(const std::vector<number_t> &dofids, Space &sp, const string_t &na = "")#: constructor from dofIds list and Space (SubSpace)

virtual ~Space()#: destructor

inline virtual void builddofid2rank() const#: construct the map dofid2rank from dofs list

inline virtual void buildgelt2elt() const#: construct the map gelt2elt from elements list

void buildSpFun(const GeomDomain &dom, const Function &f, number_t nbFun, dimen_t dimFun, const string_t &na)#: real constructor of analytic functions spectral space

Space *buildSubspaces(const std::vector<const GeomDomain*> &doms, std::vector<Space*> &subspaces)#

build subspaces from a list of subdomains and the largest subspace

build subspaces of current space from a list of subdomains, return list of spaces (subspaces) and returns the largest space (pointer to) this function:

travel along domains
identify the largest geometric domain
build the largest subspace
create subspace related to each domain if it does not exist
create dofs numbering between domain subspaces ands largest subspace

dofs numbering: whole space largest subspace domain subspace 1 5 2 2 3 1 3 1 4 5

inline SobolevType conformingSpace() const#: returns space conformity

SubSpace *createSubSpace(const GeomDomain &dom, Space &sp, const string_t &na)#: actual subspace constructor

void createSubSpaces(const std::vector<const GeomDomain*> &doms, std::vector<Space*> &subspaces)#: create subspaces of current space from a list of subdomains

inline dimen_t dimDomain() const#: returns dimension of space related domain

inline dimen_t dimFun() const#: returns dimension of basis functions

inline dimen_t dimPoint() const#: returns dimension of points

virtual number_t dimSpace() const#: space dimension (number of dofs)

virtual const Dof &dof(number_t n) const#: return n-th dof (n=1,…)

virtual number_t dofId(number_t n) const#: return the n-th DoF id of space

inline virtual const std::map<number_t, number_t> &dofid2rank() const#: return the map dof to rank, built on fly (only for FeSpace and SubSpace)

virtual std::vector<number_t> dofIds() const#: return the DoF ids on space

inline const GeomDomain *domain() const#: returns space related domain

inline virtual const Element &element(GeomElement *gelt) const#: access to element associated to a geomelement

inline virtual const Element &element(number_t k) const#: access to k-th (k>=0) element for FESpace and FESubspace only

inline virtual const Element *element_p(GeomElement *gelt) const#: access to element (pointer) associated to a geomelement

inline virtual const Element *element_p(number_t k) const#: access to k-th element (pointer) for FESpace and FESubspace only

inline virtual const std::vector<number_t> &elementDofs(number_t k) const#: access to dofs ranks (local numbering) of k-th element for FESpace and FESubspace only

inline virtual std::vector<number_t> elementParentDofs(number_t k) const#: access to dofs ranks (parent numbering) of k-th element for FESpace and FESubspace only

virtual bool extensionRequired() const#: true if space has no trace space

inline virtual const Point &feDofCoords(number_t k) const#: return coordinates of dot as a point (may be virtual coordinates when not a Lagrange dof)

inline virtual const std::vector<FeDof> &feDofs() const#: access to vector of fedofs

virtual FeSpace *feSpace()#: access to child fespace object

virtual const FeSpace *feSpace() const#: access to child fespace object (const)

virtual const FeSubSpace *feSubSpace() const#: access to child fesubspace object (const)

std::vector<Space*> findSubSpaces(const Space *sp)#: find subspaces linked to a space

std::vector<Space*> findSubSpaces(Space *sp)#: find subspaces linked to a space

virtual bool include(const Space *sp) const#: return true if space is included in current space

inline virtual const Interpolation *interpolation() const#: return pointer to interpolation

virtual bool isFE() const#: true if FE space or FeSubspace

virtual bool isSpectral() const#: true if spectral space

inline virtual Dof &locateDof(const Point &P) const#: < locate Lagrange dof nearest a given point (only for FeSpace)

inline string_t name() const#: returns space name

virtual number_t nbDofs() const#: number of dofs (a dof may be a vector dof)

inline virtual number_t nbOfElements() const#: number of elements for FESpace and FESubspace only

inline virtual number_t numElement(GeomElement *gelt) const#: access to element number associated to a geomelement

inline virtual void print(PrintStream &os) const#: print utility

virtual void print(std::ostream &out) const#: print utility

inline void printSpaceInfo(PrintStream &os) const#: print utility

void printSpaceInfo(std::ostream &out) const#: print utility

inline virtual const std::set<RefElement*> &refElements() const#: access to set of pointer to RefElement involved in FESpace and FESubspace only

virtual std::pair<number_t, number_t> renumberDofs()#: optimize dofs numbering to reduce matrix bandwith

virtual Space *rootSpace()#: access to root space pointer

virtual const Space *rootSpace() const#: access to root space pointer (const)

inline virtual void shiftDofs(number_t n)#: shift dofs numbering from n (special utility for SpSpace)

inline const Space *space() const#: returns true space object

inline const SpaceInfo *spaceInfo() const#: returns true space object

virtual const SpSpace *spSpace() const#: access to child spspace object (const)

virtual StrucType strucType() const#: return structure type of basis function (scalar or vector)

virtual SubSpace *subSpace()#: access to SubSpace from Space class

virtual const SubSpace *subSpace() const#: access to child subspace object (const)

inline SpaceType typeOfSpace() const#: returns type of space

SpaceType typeOfSubSpace() const#: returns type of sub-space

virtual ValueType valueType() const#: return value type of basis function (real or complex)

Public Members

mutable bool global#: declare space as global, if true forbid deletion of pointer space_p

Public Static Functions

static void clearGlobalVector()#: delete all space objects

static Space *findSpace(const string_t &na)#: find space by its name

static const Space *findSubSpace(const GeomDomain *dom, const Space *sp)#: find subspace in list

static Space *findSubSpace(const GeomDomain *dom, Space *sp)#: find subspace in list

static inline void printAllSpaces(PrintStream &os)#: output all spaces in memory

static void printAllSpaces(std::ostream &out)#: output all spaces in memory

Public Static Attributes

static std::vector<Space*> theSpaces#: unique list of defined spaces

Friends

friend std::ostream &operator<<(std::ostream &out, const Space &sp)#: output space characteristics