Class xlifepp::BasicBilinearForm# class BasicBilinearForm# Inheritence diagram for xlifepp::BasicBilinearForm: digraph { graph [bgcolor="#00000000"] node [shape=rectangle style=filled fillcolor="#FFFFFF" font=Helvetica padding=2] edge [color="#1414CE"] "1" [label="xlifepp::BasicBilinearForm" tooltip="xlifepp::BasicBilinearForm" fillcolor="#BFBFBF"] "2" [label="xlifepp::DoubleIntgBilinearForm" tooltip="xlifepp::DoubleIntgBilinearForm"] "3" [label="xlifepp::IntgBilinearForm" tooltip="xlifepp::IntgBilinearForm"] "4" [label="xlifepp::MatrixBilinearForm" tooltip="xlifepp::MatrixBilinearForm"] "5" [label="xlifepp::UserBilinearForm" tooltip="xlifepp::UserBilinearForm"] "2" -> "1" [dir=forward tooltip="public-inheritance"] "3" -> "1" [dir=forward tooltip="public-inheritance"] "4" -> "1" [dir=forward tooltip="public-inheritance"] "5" -> "1" [dir=forward tooltip="public-inheritance"] } Collaboration diagram for xlifepp::BasicBilinearForm: digraph { graph [bgcolor="#00000000"] node 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tooltip="usage"] "7" -> "7" [dir=forward tooltip="usage"] "12" -> "13" [dir=forward tooltip="usage"] "37" -> "38" [dir=forward tooltip="usage"] "37" -> "39" [dir=forward tooltip="usage"] "34" -> "8" [dir=forward tooltip="usage"] "34" -> "24" [dir=forward tooltip="usage"] "34" -> "35" [dir=forward tooltip="usage"] "34" -> "7" [dir=forward tooltip="usage"] "34" -> "37" [dir=forward tooltip="usage"] "34" -> "40" [dir=forward tooltip="usage"] "33" -> "21" [dir=forward tooltip="public-inheritance"] "3" -> "3" [dir=forward tooltip="usage"] "3" -> "4" [dir=forward tooltip="usage"] "3" -> "47" [dir=forward tooltip="usage"] "4" -> "5" [dir=forward tooltip="usage"] "19" -> "20" [dir=forward tooltip="usage"] "19" -> "24" [dir=forward tooltip="usage"] "19" -> "26" [dir=forward tooltip="usage"] "2" -> "3" [dir=forward tooltip="usage"] "2" -> "2" [dir=forward tooltip="usage"] "2" -> "48" [dir=forward tooltip="usage"] "25" -> "23" [dir=forward tooltip="public-inheritance"] } describes the base class of bilinear form on a space. It is an abstract class Subclassed by xlifepp::DoubleIntgBilinearForm, xlifepp::IntgBilinearForm, xlifepp::MatrixBilinearForm, xlifepp::UserBilinearForm Public Functions inline BasicBilinearForm(const Unknown *up = nullptr, const GeomDomain *dup = nullptr, const Unknown *vp = nullptr, const GeomDomain *dvp = nullptr)# basic and default constructor inline virtual ~BasicBilinearForm()# virtual destructor DoubleIntgBilinearForm *asDoubleIntgForm()# downcast as DoubleIntgBilinearForm* const DoubleIntgBilinearForm *asDoubleIntgForm() const# downcast as const DoubleIntgBilinearForm* IntgBilinearForm *asIntgForm()# downcast as IntgBilinearForm* const IntgBilinearForm *asIntgForm() const# downcast as const IntgBilinearForm* virtual string_t asString() const = 0# interpret as string for print purpose UserBilinearForm *asUserForm()# downcast as const UserBilinearForm* const UserBilinearForm *asUserForm() const# downcast as const UserBilinearForm* void checkUnknowns() const# check the Unknown/TestFunction status of u_p and v_p virtual BasicBilinearForm *clone() const = 0# clone of the bilinear form inline ComputationType &computationType()# return the computation type inline ComputationType computationType() const# return the computation type inline const GeomDomain &dom_up() const# return the unknown domain inline const GeomDomain &dom_vp() const# return the test function domain inline const GeomDomain &extDom_u() const# return the extended domain u as reference inline const GeomDomain *&extDom_up()# to write extended domain u pointer inline const GeomDomain *extDom_up() const# to access to extended domain u pointer inline const GeomDomain &extDom_v() const# return the extended domain v as reference inline const GeomDomain *&extDom_vp()# to write extended domain v pointer inline const GeomDomain *extDom_vp() const# to access to extended domain v pointer inline virtual bool hasJump() const# true if bilinear form has jump, mean operator virtual void print(PrintStream &ps) const = 0# print utility virtual void print(std::ostream &os) const = 0# print utility virtual SymType setSymType() const = 0# set symmetry property inline virtual void setUnknowns(const Unknown &u, const Unknown &v)# set (change) the unknowns inline virtual std::vector<bfPair> split() const# < split BasicBilinearForm involving particular operator (jump, mean) Space *subSpace_up()# return the u subspace of the bilinear form, construct it if does not exist Space *subSpace_vp()# return the v subspace of the bilinear form, construct it if does not exist inline SymType &symType()# access to symmetry property inline SymType symType() const# access to symmetry property (const) virtual LinearFormType type() const = 0# return the type of the bilinear form inline const Unknown &up() const# return the unknown virtual ValueType valueType() const = 0# return the value type of the bilinear form inline const Unknown &vp() const# return the test function Public Members bool isoGeometric# if true, use isoGeometric computation requiring parametrization (default false) mutable SymType symmetry# symmetry of the bilinear form ((_noSymmetry , _symmetric, _skewSymmetric, _selfAdjoint, _skewAdjoint)
