Trtrmm¶
Note
This routine loosely corresponds with the LAPACK routines ?lauum.
Symmetric/Hermitian triangular matrix-matrix multiply: performs \(L := L^T L\), \(L := L^H L\), \(U := U U^T\), or \(U := U U^H\), depending upon the choice of the orientation and uplo parameters.
Note
For the best performance, A should be in a [MC,MR] distribution.
C++ API¶
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void
Trtrmm(UpperOrLower uplo, Matrix<T> &A, bool conjugate = false)¶
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void
Trtrmm(UpperOrLower uplo, AbstractDistMatrix<T> &A, bool conjugate = false)¶
C API¶
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ElError
ElTrtrmm_s(ElUpperOrLower uplo, ElMatrix_s A)¶
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ElError
ElTrtrmm_d(ElUpperOrLower uplo, ElMatrix_d A)¶
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ElError
ElTrtrmm_c(ElUpperOrLower uplo, ElMatrix_c A, bool conjugate)¶
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ElError
ElTrtrmm_z(ElUpperOrLower uplo, ElMatrix_z A, bool conjugate)¶
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ElError
ElTrtrmmDist_s(ElUpperOrLower uplo, ElDistMatrix_s A)¶
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ElError
ElTrtrmmDist_d(ElUpperOrLower uplo, ElDistMatrix_d A)¶
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ElError
ElTrtrmmDist_c(ElUpperOrLower uplo, ElDistMatrix_c A, bool conjugate)¶
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ElError
ElTrtrmmDist_z(ElUpperOrLower uplo, ElDistMatrix_z A, bool conjugate)¶