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using | ConstViewType = CSRView< Device, std::add_const_t< Index > > |
| | Type of constant segments view.
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using | OffsetsContainer = Containers::Vector< Index, Device, typename Base::IndexType, IndexAllocator > |
| | Type of container storing offsets of particular rows.
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| template<typename Device_, typename Index_> |
| using | ViewTemplate = CSRView< Device_, Index_ > |
| | Templated view type.
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using | ViewType = CSRView< Device, Index > |
| | Type of segments view.
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using | ConstOffsetsView = typename OffsetsView::ConstViewType |
| | The type for representing the constant vector view with row offsets used in the CSR format.
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using | DeviceType = Device |
| | The device where the segments are operating.
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using | IndexType = std::remove_const_t< Index > |
| | The type used for indexing of segments elements.
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using | OffsetsView = Containers::VectorView< Index, DeviceType, IndexType > |
| | The type for representing the vector view with row offsets used in the CSR format.
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using | SegmentViewType = SegmentView< IndexType, RowMajorOrder > |
| | Accessor type fro one particular segment.
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| CSR ()=default |
| | Constructor with no parameters to create empty segments.
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| CSR (const CSR &segments) |
| | Copy constructor (makes deep copy).
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| template<typename SizesContainer> |
| | CSR (const SizesContainer &segmentsSizes) |
| | Construct with segments sizes.
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| template<typename ListIndex> |
| | CSR (const std::initializer_list< ListIndex > &segmentsSizes) |
| | Construct with segments sizes in initializer list..
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| CSR (CSR &&) noexcept=default |
| | Move constructor.
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ConstViewType | getConstView () const |
| | Returns a constant view for this instance of CSR segments which can by used for example in lambda functions running in GPU kernels.
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ViewType | getView () |
| | Returns a view for this instance of CSR segments which can by used for example in lambda functions running in GPU kernels.
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| void | load (File &file) |
| | Method for loading the segments from a file in a binary form.
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CSR & | operator= (const CSR &segments) |
| | Copy-assignment operator (makes a deep copy).
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| template<typename Device_, typename Index_, typename IndexAllocator_> |
| CSR & | operator= (const CSR< Device_, Index_, IndexAllocator_ > &segments) |
| | Assignment operator with CSR segments with different template parameters.
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template<typename Device_, typename Index_, typename IndexAllocator_> |
| CSR< Device, Index, IndexAllocator > & | operator= (const CSR< Device_, Index_, IndexAllocator_ > &segments) |
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CSR & | operator= (CSR &&) noexcept(false) |
| | Move-assignment operator.
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| void | reset () |
| | Reset the segments to empty states.
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| void | save (File &file) const |
| | Method for saving the segments to a file in a binary form.
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| template<typename SizesContainer> |
| void | setSegmentsSizes (const SizesContainer &segmentsSizes) |
| | Set sizes of particular segments.
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template<typename SizesHolder> |
| void | setSegmentsSizes (const SizesHolder &sizes) |
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__cuda_callable__ | CSRBase ()=default |
| | Default constructor with no parameters to create empty segments view.
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__cuda_callable__ | CSRBase (const CSRBase &)=default |
| | Copy constructor.
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__cuda_callable__ | CSRBase (const OffsetsView &offsets) |
| | Binds a new CSR view to an offsets vector.
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__cuda_callable__ | CSRBase (CSRBase &&) noexcept=default |
| | Move constructor.
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__cuda_callable__ | CSRBase (OffsetsView &&offsets) |
| | Binds a new CSR view to an offsets vector.
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| template<typename Function> |
| void | forAllElements (Function &&function) const |
| | Call TNL::Algorithms::Segments::CSR::forElements for all elements of the segments.
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| template<typename Function> |
| void | forAllSegments (Function &&function) const |
| | Call TNL::Algorithms::Segments::CSR::forSegments for all segments.
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| template<typename Function> |
| void | forElements (IndexType begin, IndexType end, Function &&function) const |
| | Iterate over all elements of given segments in parallel and call given lambda function.
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| template<typename Function> |
| void | forSegments (IndexType begin, IndexType end, Function &&function) const |
| | Iterate over all segments in parallel and call given lambda function.
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| __cuda_callable__ IndexType | getGlobalIndex (Index segmentIdx, Index localIdx) const |
| | Computes the global index of an element managed by the segments.
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__cuda_callable__ OffsetsView | getOffsets () |
| | Returns a modifiable vector view with row offsets used in the CSR format.
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__cuda_callable__ ConstOffsetsView | getOffsets () const |
| | Returns a constant vector view with row offsets used in the CSR format.
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__cuda_callable__ IndexType | getSegmentsCount () const |
| | Returns the number of segments.
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__cuda_callable__ IndexType | getSegmentSize (IndexType segmentIdx) const |
| | Returns the size of a particular segment denoted by segmentIdx.
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| __cuda_callable__ SegmentViewType | getSegmentView (IndexType segmentIdx) const |
| | Returns segment view (i.e. segment accessor) of segment with given index.
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__cuda_callable__ IndexType | getSize () const |
| | Returns the number of elements managed by all segments.
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__cuda_callable__ IndexType | getStorageSize () const |
| | Returns number of elements that needs to be allocated by a container connected to this segments.
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CSRBase & | operator= (const CSRBase &)=delete |
| | Copy-assignment operator.
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CSRBase & | operator= (CSRBase &&)=delete |
| | Move-assignment operator.
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| template<typename Function> |
| void | sequentialForAllSegments (Function &&function) const |
| | Call TNL::Algorithms::Segments::CSR::sequentialForSegments for all segments.
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| template<typename Function> |
| void | sequentialForSegments (IndexType begin, IndexType end, Function &&function) const |
| | Call TNL::Algorithms::Segments::CSR::forSegments sequentially for particular segments.
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template<typename Device, typename Index, typename IndexAllocator = typename Allocators::Default< Device >::template Allocator< Index >>
class TNL::Algorithms::Segments::CSR< Device, Index, IndexAllocator >
Data structure for CSR segments format.
See TNL::Algorithms::Segments for more details about segments.
- Template Parameters
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| Device | is type of device where the segments will be operating. |
| Index | is type for indexing of the elements managed by the segments. |
| IndexAllocator | is allocator for supporting index containers. |