################################################################################ # # The following CODEREFs are automatically created stubs. # ################################################################################ *--[CODEREF]----------------------------------------------------------------* | | | template | | typename RestrictTo::value | | && IsVector::value | | && IsVector::value, | | void>::Type | | axpy(const ALPHA &alpha, | | const VectorClosure &x, Vector &y); | | | *---------------------------------------------------------------------------* [c:@N@flens@N@blas@FT@>4#T#T#T#Taxpy#&1t0.0#&1>@N@f] [lens@CT>3#T#T#T@VectorClosure3$@N@flens@S@OpAddt0.] [1t0.2#&>@N@flens@CT>1#T@Vector1t0.3#templatetypena] [meALPHA,typenameVL,typenameVR,typenameVYtypenameRe] [strictToVCDefaultEvalOpAdd,VL,VRvalueandIsVectorVL] [valueandIsVectorVRvalue,voidType ] Defined in namespace `flens::blas`. Function `axpy` with 4 template parameters. *--[CODEREF]----------------------------------------------------------------* | | | template | | typename RestrictTo::value | | && IsVector::value | | && IsVector::value, | | void>::Type | | axpy(const ALPHA &alpha, | | const VectorClosure &x, Vector &y); | | | *---------------------------------------------------------------------------* [c:@N@flens@N@blas@FT@>4#T#T#T#Taxpy#&1t0.0#&1>@N@f] [lens@CT>3#T#T#T@VectorClosure3$@N@flens@S@OpSubt0.] [1t0.2#&>@N@flens@CT>1#T@Vector1t0.3#templatetypena] [meALPHA,typenameVL,typenameVR,typenameVYtypenameRe] [strictToVCDefaultEvalOpSub,VL,VRvalueandIsVectorVL] [valueandIsVectorVRvalue,voidType ] Defined in namespace `flens::blas`. Function `axpy` with 4 template parameters. *--[CODEREF]----------------------------------------------------------------* | | | template | | typename RestrictTo::value | | && IsScalarValue::value | | && IsVector::value, | | void>::Type | | axpy(const ALPHA &alpha, | | const VectorClosure &x, Vector &y); | | | *---------------------------------------------------------------------------* [c:@N@flens@N@blas@FT@>4#T#T#T#Taxpy#&1t0.0#&1>@N@f] [lens@CT>3#T#T#T@VectorClosure3$@N@flens@S@OpMultt0] [.1t0.2#&>@N@flens@CT>1#T@Vector1t0.3#templatetypen] [ameALPHA,typenameSV,typenameVX,typenameVYtypenameR] [estrictToVCDefaultEvalOpMult,SV,VXvalueandIsScalar] [ValueSVvalueandIsVectorVXvalue,voidType ] Defined in namespace `flens::blas`. Function `axpy` with 4 template parameters. *--[CODEREF]----------------------------------------------------------------* | | | template | | typename RestrictTo::value | | && IsMatrix::value | | && IsVector::value, | | void>::Type | | axpy(const ALPHA &alpha, | | const VectorClosure &Ax, Vector &y); | | | *---------------------------------------------------------------------------* [c:@N@flens@N@blas@FT@>4#T#T#T#Taxpy#&1t0.0#&1>@N@f] [lens@CT>3#T#T#T@VectorClosure3$@N@flens@S@OpMultt0] [.1t0.2#&>@N@flens@CT>1#T@Vector1t0.3#templatetypen] [ameALPHA,typenameML,typenameVR,typenameVYtypenameR] [estrictToVCDefaultEvalOpMult,ML,VRvalueandIsMatrix] [MLvalueandIsVectorVRvalue,voidType ] Defined in namespace `flens::blas`. Function `axpy` with 4 template parameters. *--[CODEREF]----------------------------------------------------------------* | | | template | | typename RestrictTo::value | | && IsVector::value | | && IsMatrix::value, | | void>::Type | | axpy(const ALPHA &alpha, | | const VectorClosure &xA, Vector &y); | | | *---------------------------------------------------------------------------* [c:@N@flens@N@blas@FT@>4#T#T#T#Taxpy#&1t0.0#&1>@N@f] [lens@CT>3#T#T#T@VectorClosure3$@N@flens@S@OpMultt0] [.1t0.2#&>@N@flens@CT>1#T@Vector1t0.3#templatetypen] [ameALPHA,typenameVL,typenameMR,typenameVYtypenameR] [estrictToVCDefaultEvalOpMult,VL,MRvalueandIsVector] [VLvalueandIsMatrixMRvalue,voidType ] Defined in namespace `flens::blas`. Function `axpy` with 4 template parameters. *--[CODEREF]-------------------------------------------------------------------------* | | | template | | void | | axpy(const ALPHA &alpha, const VectorClosure &x, Vector &y); | | | *------------------------------------------------------------------------------------* [c:@N@flens@N@blas@FT@>5#T#T#T#T#Taxpy#&1t0.0#&1>@N@flens] [@CT>3#T#T#T@VectorClosure3t0.1t0.2t0.3#&>@N@flens@CT>1#T] [@Vector1t0.4#templatetypenameALPHA,typenameOp,typenameVL] [,typenameVR,typenameVYvoid ] Defined in namespace `flens::blas`. Function `axpy` with 5 template parameters. *--[CODEREF]----------------------------------------------------------------* | | | template | | typename RestrictTo::value | | && IsMatrix::value | | && IsMatrix::value, | | void>::Type | | axpy(Transpose trans, const ALPHA &alpha, | | const MatrixClosure &A, Matrix &B); | | | *---------------------------------------------------------------------------* [c:@N@flens@N@blas@FT@>4#T#T#T#Taxpy#$@N@cxxblas@E@] [Transpose#&1t0.0#&1>@N@flens@CT>3#T#T#T@MatrixClos] [ure3$@N@flens@S@OpAddt0.1t0.2#&>@N@flens@CT>1#T@Ma] [trix1t0.3#templatetypenameALPHA,typenameML,typenam] [eMR,typenameMBtypenameRestrictToMCDefaultEvalOpAdd] [,ML,MRvalueandIsMatrixMLvalueandIsMatrixMRvalue,vo] [idType ] Defined in namespace `flens::blas`. Function `axpy` with 4 template parameters. *--[CODEREF]----------------------------------------------------------------* | | | template | | typename RestrictTo::value | | && IsMatrix::value | | && IsMatrix::value, | | void>::Type | | axpy(Transpose trans, const ALPHA &alpha, | | const MatrixClosure &A, Matrix &B); | | | *---------------------------------------------------------------------------* [c:@N@flens@N@blas@FT@>4#T#T#T#Taxpy#$@N@cxxblas@E@] [Transpose#&1t0.0#&1>@N@flens@CT>3#T#T#T@MatrixClos] [ure3$@N@flens@S@OpSubt0.1t0.2#&>@N@flens@CT>1#T@Ma] [trix1t0.3#templatetypenameALPHA,typenameML,typenam] [eMR,typenameMBtypenameRestrictToMCDefaultEvalOpSub] [,ML,MRvalueandIsMatrixMLvalueandIsMatrixMRvalue,vo] [idType ] Defined in namespace `flens::blas`. Function `axpy` with 4 template parameters. *--[CODEREF]----------------------------------------------------------------* | | | template | | typename RestrictTo::value | | && IsScalarValue::value | | && IsMatrix::value, | | void>::Type | | axpy(Transpose trans, const ALPHA &alpha, | | const MatrixClosure &A, Matrix &B); | | | *---------------------------------------------------------------------------* [c:@N@flens@N@blas@FT@>4#T#T#T#Taxpy#$@N@cxxblas@E@] [Transpose#&1t0.0#&1>@N@flens@CT>3#T#T#T@MatrixClos] [ure3$@N@flens@S@OpMultt0.1t0.2#&>@N@flens@CT>1#T@M] [atrix1t0.3#templatetypenameALPHA,typenameSV,typena] [meMA,typenameMBtypenameRestrictToMCDefaultEvalOpMu] [lt,SV,MAvalueandIsScalarValueSVvalueandIsMatrixMAv] [alue,voidType ] Defined in namespace `flens::blas`. Function `axpy` with 4 template parameters. *--[CODEREF]----------------------------------------------------------------* | | | template | | typename RestrictTo::value | | && IsMatrix::value | | && IsScalarValue::value, | | void>::Type | | axpy(Transpose trans, const ALPHA &alpha, | | const MatrixClosure &A, Matrix &B); | | | *---------------------------------------------------------------------------* [c:@N@flens@N@blas@FT@>4#T#T#T#Taxpy#$@N@cxxblas@E@] [Transpose#&1t0.0#&1>@N@flens@CT>3#T#T#T@MatrixClos] [ure3$@N@flens@S@OpDivt0.1t0.2#&>@N@flens@CT>1#T@Ma] [trix1t0.3#templatetypenameALPHA,typenameMA,typenam] [eSV,typenameMBtypenameRestrictToMCDefaultEvalOpDiv] [,MA,SVvalueandIsMatrixMAvalueandIsScalarValueSVval] [ue,voidType ] Defined in namespace `flens::blas`. Function `axpy` with 4 template parameters. *--[CODEREF]----------------------------------------------------------------* | | | template | | typename RestrictTo >::value | | && IsMatrix::value, | | void>::Type | | axpy(Transpose trans, const ALPHA &alpha, | | const MatrixClosureOpConj &A, Matrix &B); | | | *---------------------------------------------------------------------------* [c:@N@flens@N@blas@FT@>3#T#T#Taxpy#$@N@cxxblas@E@Tr] [anspose#&1t0.0#&1>@N@flens@CT>3#T#T#T@MatrixClosur] [e3$@N@flens@S@OpConjt0.1S6_#&>@N@flens@CT>1#T@Matr] [ix1t0.2#templatetypenameALPHA,typenameMA,typenameM] [BtypenameRestrictToDefaultEvalMatrixClosureOpConjM] [AvalueandIsMatrixMAvalue,voidType ] Defined in namespace `flens::blas`. Function `axpy` with 3 template parameters. *--[CODEREF]----------------------------------------------------------------* | | | template | | typename RestrictTo >::value | | && IsMatrix::value, | | void>::Type | | axpy(Transpose trans, const ALPHA &alpha, | | const MatrixClosureOpTrans &A, Matrix &B); | | | *---------------------------------------------------------------------------* [c:@N@flens@N@blas@FT@>3#T#T#Taxpy#$@N@cxxblas@E@Tr] [anspose#&1t0.0#&1>@N@flens@CT>3#T#T#T@MatrixClosur] [e3$@N@flens@S@OpTranst0.1S6_#&>@N@flens@CT>1#T@Mat] [rix1t0.2#templatetypenameALPHA,typenameMA,typename] [MBtypenameRestrictToDefaultEvalMatrixClosureOpTran] [sMAvalueandIsMatrixMAvalue,voidType ] Defined in namespace `flens::blas`. Function `axpy` with 3 template parameters. *--[CODEREF]----------------------------------------------------------------* | | | template | | typename RestrictTo::value | | && IsMatrix::value | | && IsMatrix::value, | | void>::Type | | axpy(Transpose trans, const ALPHA &alpha, | | const MatrixClosure &AB, Matrix &C); | | | *---------------------------------------------------------------------------* [c:@N@flens@N@blas@FT@>4#T#T#T#Taxpy#$@N@cxxblas@E@] [Transpose#&1t0.0#&1>@N@flens@CT>3#T#T#T@MatrixClos] [ure3$@N@flens@S@OpMultt0.1t0.2#&>@N@flens@CT>1#T@M] [atrix1t0.3#templatetypenameALPHA,typenameMA,typena] [meMB,typenameMCtypenameRestrictToMCDefaultEvalOpMu] [lt,MA,MBvalueandIsMatrixMAvalueandIsMatrixMBvalue,] [voidType ] Defined in namespace `flens::blas`. Function `axpy` with 4 template parameters. *--[CODEREF]----------------------------------------------------------------* | | | template | | void | | axpy(Transpose trans, const ALPHA &alpha, | | const Matrix &A, Matrix &B); | | | *---------------------------------------------------------------------------* [c:@N@flens@N@blas@FT@>3#T#T#Taxpy#$@N@cxxblas@E@Tr] [anspose#&1t0.0#&1>@N@flens@CT>1#T@Matrix1t0.1#&>@N] [@flens@CT>1#T@Matrix1t0.2#templatetypenameALPHA,ty] [penameMA,typenameMBvoid ] Defined in namespace `flens::blas`. Function `axpy` with 3 template parameters.