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SkelCL
SkelCL is a high level multi GPU skeleton library developed at the university of Münster, Germany.
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SkelCL
SkelCL is a high level multi GPU skeleton library developed at the university of Münster, Germany.
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| ▼Nskelcl | The namespace skelcl encapsulated the whole project. Every class provided by SkelCL is in this namespace |
| CAllPairs< Tout(Tleft, Tright)> | An instance of the AllPairs class describes a calculation of pairs of row vectors and column vectors with a user defined function which can be performed on a device |
| CIndex | This class defines an Index, i.e. an unsigned integer representing a value in a one-dimensional index space |
| CIndexPoint | This class defines an two-dimensional IndexPoint, i.e. a pair of unsigned integers representing a value in a two-dimensional index space |
| CLocal | This class represents OpenCL local memory in SkelCL |
| CMap< Tout(Index)> | This version of the Map<Tout(Tin)> skeleton is executed over an one-dimensional index space defined by an IndexVector |
| CMap< Tout(IndexPoint)> | This version of the Map<Tout(Tin)> skeleton is executed over an two-dimensional index space defined by an IndexMatrix |
| CMap< Tout(Tin)> | This class implements the Map skeleton, which describes calculations performed on one or more devices. It invokes a unary used-defined function on a container in a parallel fashion |
| CMap< void(Index)> | This version of the Map<Tout(Tin)> skeleton is executed over an one-dimensional index space defined by an IndexVector. This version is used when the user-function has return type void |
| CMap< void(IndexPoint)> | This version of the Map<Tout(Tin)> skeleton is executed over an two-dimensional index space defined by an IndexMatrix. This version is used when the user-function has return type void |
| CMap< void(Tin)> | This version of the Map<Tout(Tin)> skeleton is used, when the user-defined function has the return type void, i.e. it doesn't produce a return value |
| CMapOverlap< Tout(Tin)> | This class implements the MapOverlap skeleton, which describes calculations performed on one or more devices. It invokes a unary user-defined function on a container in a parallel fashion. Unlike the Map skeleton the user-defined function can access more than just a single element of the container |
| ▼CMatrix | The Matrix class is a two dimensional container which makes its data accessible on the host as well as on the devices |
| Ccoordinate | This struct represents two dimensional coordinates |
| CMatrix< IndexPoint > | The IndexMatrix (a.k.a. Matrix<IndexPoint>) class is a special implementation of a Matrix with Elements of type IndexPoint |
| CMatrixSize | This class defines a two dimensional size for a Matrix |
| COut< ContainerType< T > > | This class can be used to wrap an container to be passed as argument to a skeleton |
| CReduce< T(T)> | An instance of the Reduce class describes a reduction calculation (a.k.a. accumulate) customized by a given binary user-defined function |
| CScan< T(T)> | An instance of the Reduce class describes a scan (a.k.a. prefix sum) calculation customized by a given binary user-defined function |
| CSource | This class is a unified wrapper for defining source code in SkelCL |
| CVector | The Vector class is a one dimensional container which makes its data accessible on the host as well as on the devices |
| CVector< Index > | The IndexVector (a.k.a. Vector<Index>) class is a special implementation of a Vector with Elements of type Index |
| CZip< Tout(Tleft, Tright)> | An instance of the Zip class describes a calculation which can be performed on one or more devices |
| CZip< void(Tleft, Tright)> | An instance of the Zip class describes a calculation which can be performed on one or more devices |
1.8.7
