Class xlifepp::LcOperatorOnUnknown#

class LcOperatorOnUnknown : public std::vector<OpuValPair>#

Inheritence diagram for xlifepp::LcOperatorOnUnknown:

Collaboration diagram for xlifepp::LcOperatorOnUnknown:

describes the linear combination of OperatorOnUnknown

Public Functions

inline LcOperatorOnUnknown()#: default constructor

LcOperatorOnUnknown(const LcOperatorOnUnknown&)#: copy constructor

LcOperatorOnUnknown(const OperatorOnUnknown&, const complex_t&)#: basic constructor

LcOperatorOnUnknown(const OperatorOnUnknown&, const real_t& = 1.)#: basic constructor

LcOperatorOnUnknown(const Unknown&, const complex_t&)#: basic constructor

LcOperatorOnUnknown(const Unknown&, const real_t& = 1.)#: basic constructor

~LcOperatorOnUnknown()#: destructor

void clear()#: deallocate OperatorOnUnknown pointers

complex_t coefficient() const#: return coefficient of first term if a single term combination

std::vector<complex_t> coefficients() const#: return vector of coefficients involved in combination

void copy(const LcOperatorOnUnknown &lc)#: full copy of OperatorOnUnknown pointers

std::set<DiffOpType> diffOperators() const#: return set of differential operator types involved in condition

GeomDomain *domain(number_t i = 1) const#: return ith domain (may be 0 if none)

std::vector<GeomDomain*> domains() const#: return list of GeomDomains’s attached to

std::set<GeomDomain*> domainSet() const#: return set of GeomDomains’s involved in condition (may be void)

void insert(const complex_t&, const OperatorOnUnknown&)#: insert a*op(u) on Din list

void insert(const complex_t&, const Unknown&)#: insert a*u on D in list

void insert(const OperatorOnUnknown&)#: insert op(u) on D in list

void insert(const real_t&, const OperatorOnUnknown&)#: insert a*op(u) on D in list

void insert(const real_t&, const Unknown&)#: insert a*u on D in list

void insert(const Unknown&)#: insert u on D in list

bool isSingleDomain() const#: true if all terms involve the same domain

bool isSingleUnknown() const#: true if all terms involve the same unknown

LcOperatorOnUnknown &operator*=(const complex_t&)#: lcop *= c

LcOperatorOnUnknown &operator*=(const real_t&)#: lcop *= r

LcOperatorOnUnknown &operator+=(const LcOperatorOnUnknown&)#: lcop += lcop

LcOperatorOnUnknown &operator+=(const OperatorOnUnknown&)#: lcop += opu

LcOperatorOnUnknown &operator+=(const Unknown&)#: lcop += u

LcOperatorOnUnknown &operator-=(const LcOperatorOnUnknown&)#: lcop -= lcop

LcOperatorOnUnknown &operator-=(const OperatorOnUnknown&)#: lcop -= opu

LcOperatorOnUnknown &operator-=(const Unknown&)#: lcop -= u

LcOperatorOnUnknown &operator/=(const complex_t&)#: lcop /= c

LcOperatorOnUnknown &operator/=(const real_t&)#: lcop /= r

EssentialCondition operator=(const complex_t&)#: construct equation lcop = c

EssentialCondition operator=(const Function&)#: construct equation lcop = f

LcOperatorOnUnknown &operator=(const LcOperatorOnUnknown&)#: assignment

EssentialCondition operator=(const real_t&)#: construct equation lcop = r

EssentialCondition operator=(const TermVector&)#: construct equation lcop = TermVector

LcOperatorOnUnknown &operator|(GeomDomain&)#: restrict LcOperatorOnUnknown (all operators) to domain dom using syntax |dom

inline void print(PrintStream &os, bool withdomain = true) const#: print utility

void print(std::ostream&, bool withdomain = true) const#: print utility

void setDomain(GeomDomain&)#: restrict LcOperatorOnUnknown (all operators) to domain dom

const Unknown *unknown(number_t i = 1) const#: return ith Unknown involved in LcOperator

std::set<const Unknown*> unknowns() const#: return set of Unknown’s involved in LcOperator

bool withDomains() const#: true if all terms have a non null domain pointer

Friends

friend std::ostream &operator<<(std::ostream&, const LcOperatorOnUnknown&)#: print operator