F_SGE_TRANS/F_DGE_TRANS/F_CGE_TRANS/F_ZGE_TRANS | Matrix transposition |
Name | F_SGE_TRANS/F_DGE_TRANS/F_CGE_TRANS/F_ZGE_TRANS | |
| Matrix transposition |
|
Purpose | F_xGE_TRANS performs the matrix transposition, or conjugate transposition, | |
| of a square matrix A. F_xGE_TRANS returns immediately if n is less than or | |
| equal to zero. |
|
|
| A ← AT or A ← A∗ |
Usage | VECLIB |
|
| INTEGER*4 | CONJ, LDA,N |
| REAL*4 | A( LDA, * ) |
| SUBROUTINE F_SGE_TRANS(CONJ, N, A, LDA) | |
| INTEGER*4 | CONJ, LDA,N |
| REAL*8 | A( LDA, * ) |
| SUBROUTINE F_DGE_TRANS(CONJ, N, A, LDA) | |
| INTEGER*4 | CONJ, LDA,N |
| COMPLEX*8 | A( LDA, * ) |
| SUBROUTINE F_CGE_TRANS(CONJ, N, A, LDA) | |
| INTEGER*4 | CONJ, LDA,N |
| COMPLEX*16 | A( LDA, * ) |
SUBROUTINE F_ZGE_TRANS(CONJ, N, A, LDA)
VECLIB8
INTEGER*8 | CONJ, LDA,N |
REAL*4 | A( LDA, * ) |
SUBROUTINE F_SGE_TRANS(CONJ, N, A, LDA) | |
INTEGER*8 | CONJ, LDA,N |
REAL*8 | A( LDA, * ) |
SUBROUTINE F_DGE_TRANS(CONJ, N, A, LDA) | |
INTEGER*8 | CONJ, LDA,N |
COMPLEX*8 | A( LDA, * ) |
SUBROUTINE F_CGE_TRANS(CONJ, N, A, LDA) | |
INTEGER*8 | CONJ, LDA,N |
COMPLEX*16 | A( LDA, * ) |
SUBROUTINE F_ZGE_TRANS(CONJ, N, A, LDA)
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