Base vector for linalg. More...
#include <basevector.hpp>
Inheritance diagram for ngla::BaseVector:
Public Member Functions | |
| template<typename T > | |
| BaseVector & | operator= (const VVecExpr< T > &v) |
| BaseVector & | operator= (const BaseVector &v) |
| BaseVector & | operator= (double s) |
| BaseVector & | operator= (Complex s) |
| template<typename T > | |
| BaseVector & | operator+= (const VVecExpr< T > &v) |
| BaseVector & | operator+= (const BaseVector &v) |
| template<typename T > | |
| BaseVector & | operator-= (const VVecExpr< T > &v) |
| BaseVector & | operator-= (const BaseVector &v) |
| BaseVector & | operator*= (double s) |
| BaseVector & | operator*= (Complex s) |
| BaseVector & | operator/= (double s) |
| BaseVector & | operator/= (Complex s) |
| template<class SCAL > | |
| S_BaseVector< SCAL > & | Spec () |
| template<class SCAL > | |
| const S_BaseVector< SCAL > & | Spec () const |
| int | Size () const throw () |
| int | EntrySize () const throw () |
| virtual void * | Memory () const =0 throw () |
| virtual FlatVector< double > | FVDouble () const =0 |
| virtual FlatVector< Complex > | FVComplex () const =0 |
| template<typename T > | |
| FlatVector< T > | FV () const |
| template<class TSCAL > | |
| TSCAL | InnerProduct (const BaseVector &v2) const |
| virtual double | L2Norm () const |
| virtual BaseVector & | Scale (double scal) |
| virtual BaseVector & | Scale (Complex scal) |
| virtual BaseVector & | SetScalar (double scal) |
| virtual BaseVector & | SetScalar (Complex scal) |
| virtual BaseVector & | Set (double scal, const BaseVector &v) |
| virtual BaseVector & | Set (Complex scal, const BaseVector &v) |
| virtual BaseVector & | Add (double scal, const BaseVector &v) |
| virtual BaseVector & | Add (Complex scal, const BaseVector &v) |
| virtual ostream & | Print (ostream &ost) const |
| virtual void | Save (ostream &ost) const |
| virtual void | Load (istream &ist) |
| virtual void | SaveText (ostream &ost) const |
| virtual void | LoadText (istream &ist) |
| virtual void | MemoryUsage (Array< MemoryUsageStruct * > &mu) const |
| virtual BaseVector * | CreateVector (const Array< int > *procs=0) const |
| virtual void | SetRandom () |
| virtual BaseVector * | Range (int begin, int end) const |
| virtual BaseVector * | Range (IntRange range) const |
| void | GetIndirect (const FlatArray< int > &ind, const FlatVector< double > &v) const |
| void | GetIndirect (const FlatArray< int > &ind, const FlatVector< Complex > &v) const |
| void | SetIndirect (const FlatArray< int > &ind, const FlatVector< double > &v) |
| void | SetIndirect (const FlatArray< int > &ind, const FlatVector< Complex > &v) |
| void | AddIndirect (const FlatArray< int > &ind, const FlatVector< double > &v) |
| void | AddIndirect (const FlatArray< int > &ind, const FlatVector< Complex > &v) |
| template<int S> | |
| void | GetIndirect (const Array< int > &ind, FlatVector< Vec< S, double > > &v) const |
| template<int S> | |
| void | GetIndirect (const Array< int > &ind, FlatVector< Vec< S, Complex > > &v) const |
| template<int S> | |
| void | AddIndirect (const Array< int > &ind, const FlatVector< Vec< S, double > > &v) |
| template<int S> | |
| void | AddIndirect (const Array< int > &ind, const FlatVector< Vec< S, Complex > > &v) |
| virtual void | Cumulate () const |
| virtual void | Distribute () const |
| virtual PARALLEL_STATUS | GetParallelStatus () const |
| virtual void | SetParallelStatus (PARALLEL_STATUS stat) const |
Protected Attributes | |
| int | size |
| size of vector | |
| int | entrysize |
| number of doubles per entry | |
| const ParallelDofs * | paralleldofs |
Detailed Description
Base vector for linalg.
The documentation for this class was generated from the following file:
- linalg/basevector.hpp
