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sisi4s::SFockVector< F > Class Template Reference
#include <FockVector.hpp>
Inheritance diagram for sisi4s::SFockVector< F >:
Collaboration diagram for sisi4s::SFockVector< F >:
Public Member Functions | |
| SFockVector () | |
| SFockVector (const SFockVector< F > &a) | |
| SFockVector (SFockVector< F > &&a) | |
| SFockVector< F > & | operator= (const SFockVector< F > &a) |
| SFockVector (const SDFockVector< F > &a) | |
 Public Member Functions inherited from sisi4s::FockVectorNdCanonical< F, 1, 1 > | |
| FockVectorNdCanonical (const unsigned int No, const unsigned int Nv) | |
| Build a canonical vector from No and Nv. | |
| FockVectorNdCanonical () | |
| Empty constructor. | |
| FockVectorNdCanonical (FockVector< F > &&a) | |
| Move constructor taking possession of the tensors owned by a. | |
| FockVectorNdCanonical (const FockVector< F > &a) | |
| Copy constructor copying the tensors owned by a. | |
| Public Member Functions inherited from sisi4s::FockVector< F > | |
| FockVector () | |
| Default constructor for an empty Fock vector without elements. | |
| FockVector (FockVector< F > &&a) | |
| Move constructor taking possession of the tensors owned by a. | |
| FockVector (const FockVector< F > &a) | |
| Copy constructor copying the tensors owned by a. | |
| FockVector (const std::vector< std::shared_ptr< Tensor< F > > > &tensors, const std::vector< std::string > &indices) | |
| Move constructor taking possession of the tensors given. | |
| FockVector (TensorsIterator tensorsBegin, TensorsIterator tensorsEnd, IndicesIterator indicesBegin, IndicesIterator indicesEnd) | |
| Move constructor taking possession of the tensors given by the iterators. | |
| const std::shared_ptr< Tensor< F > > & | get (const size_t i) const |
| Retrieves the i-th component tensor. Note that the Tensor is not const since rearrangement may be required also in non-modifying tensor operations. | |
| std::shared_ptr< Tensor< F > > & | get (const size_t i) |
| Retrieves the i-th component tensor. | |
| const std::string & | get_indices (const size_t i) const |
| Retrieves the i-th component indices. | |
| std::string & | get_indices (const size_t i) |
| Retrieves the i-th component indices as modifiable string. | |
| FockVector< F > & | operator= (const FockVector< F > &&a) |
| Move assignment operator taking possession of the tensors owned by a. | |
| FockVector< F > & | operator= (const FockVector< F > &a) |
| Copy assignment operator copying the tensors owned by a. | |
| FockVector< F > & | operator+= (const FockVector< F > &a) |
| Add-to assignment operator adding each component of a to the respective component of this FockVector. | |
| FockVector< F > & | operator-= (const FockVector< F > &a) |
| Subtract-from assignment operator subtracting each component of a from the respective component of this FockVector. | |
| FockVector< F > & | operator*= (const F s) |
| Multiply-by assignment operator scalar multiplying each component each component of this FockVector by the given scalar. | |
| FockVector< F > | conjugateTranspose () const |
| Creates and returns the conjugate transpose of this FockVector. The first and the second half of the inidices in each component are swapped for the transposition. For real types F the conjugation does nothing. | |
| F | braket (const FockVector< F > &ket) const |
| Returns the matrix product of this bra-FockVector with the given dual ket-FockVector ket. | |
| F | dot (const FockVector< F > &a) const |
| Returns the inner product of this ket-FockVector with the given ket-FockVector a. The elements of this FockVector are conjugated in the inner product, i.e. this->dot(a) yields the same results as this->conjugateTranspose().braket(a). | |
| size_t | get_components_count () const |
| Get the number of component tensors of this FockVector. | |
| size_t | get_dimension () const |
| Get the total number of degrees of freedom represented by this FockVector, i.e. the total number of field values contained in all component tensors. The indices used by read and write are between 0 and get_dimension()-1. | |
| size_t | get_index (const size_t component, const size_t componentIndex) const |
| void | fromIndex (const size_t index, size_t &component, size_t &componentIndex) const |
| std::vector< std::pair< size_t, F > > | readLocal () const |
| Reads out all locally stored values together with their respective indices. The indices are between 0 and get_dimension()-1. | |
| void | write (const std::vector< std::pair< size_t, F > > &elements) |
| Writes the given values together with their respective indices. The indices are between 0 and get_dimension()-1. | |
Additional Inherited Members | |
| Public Types inherited from sisi4s::FockVector< F > | |
| typedef F | FieldType |
| Public Attributes inherited from sisi4s::FockVector< F > | |
| std::vector< std::shared_ptr< Tensor< F > > > | component_tensors |
| std::vector< std::string > | component_indices |
| Protected Member Functions inherited from sisi4s::FockVector< F > | |
| void | build_index_translation () |
| void | copy_components (const std::vector< std::shared_ptr< Tensor< F > > > &components) |
| Sets this FockVector's component tensors by copying the given component tensors. Called by copy constructors and copy assignments. | |
| void | checkDualCompatibility (const FockVector< F > &a) const |
| Check if two FockVectors are transpose of each other by swapping the first and the second half of the component indices. | |
| void | checkCompatibilityTo (const FockVector< F > &a) const |
| Protected Attributes inherited from sisi4s::FockVector< F > | |
| std::vector< size_t > | index_ends |
| The end of the FockVector index range for each component. This vector is used for translating component number and indices into FockVector indicies. | |
Constructor & Destructor Documentation
◆ SFockVector() [1/4]
template<typename F >
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inline |
◆ SFockVector() [2/4]
template<typename F >
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inline |
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◆ SFockVector() [3/4]
template<typename F >
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inline |
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◆ SFockVector() [4/4]
template<typename F >
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Member Function Documentation
◆ operator=()
template<typename F >
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inline |
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The documentation for this class was generated from the following file:
