SIRIUS 7.5.0
Electronic structure library and applications
Functions
scalapack.h File Reference

Interface to some ScaLAPACK functions. More...

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Functions

ftn_int FORTRAN() pjlaenv (ftn_int *ICTXT, ftn_int *ISPEC, ftn_char NAME, ftn_char OPTS, ftn_int *N1, ftn_int *N2, ftn_int *N3, ftn_int *N4, ftn_len NAME_len, ftn_len OPTS_len)
 
void FORTRAN() psgetrf (ftn_int *M, ftn_int *N, ftn_single *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *IPIV, ftn_int *INFO)
 
void FORTRAN() pdgetrf (ftn_int *M, ftn_int *N, ftn_double *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *IPIV, ftn_int *INFO)
 
void FORTRAN() pcgetrf (ftn_int *M, ftn_int *N, ftn_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *IPIV, ftn_int *INFO)
 
void FORTRAN() pzgetrf (ftn_int *M, ftn_int *N, ftn_double_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *IPIV, ftn_int *INFO)
 
void FORTRAN() psgetri (ftn_int *N, ftn_single *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *IPIV, ftn_single *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO)
 
void FORTRAN() pdgetri (ftn_int *N, ftn_double *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *IPIV, ftn_double *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO)
 
void FORTRAN() pcgetri (ftn_int *N, ftn_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *IPIV, ftn_complex *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO)
 
void FORTRAN() pzgetri (ftn_int *N, ftn_double_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *IPIV, ftn_double_complex *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO)
 
void FORTRAN() pssygvx (ftn_int *IBTYPE, ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_single *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_single *B, ftn_int *IB, ftn_int *JB, ftn_int *DESCB, ftn_single *VL, ftn_single *VU, ftn_int *IL, ftn_int *IU, ftn_double const *ABSTOL, ftn_int *M, ftn_int *NZ, ftn_single *W, ftn_double const *ORFAC, ftn_single *Z, ftn_int *IZ, ftn_int *JZ, ftn_int *DESCZ, ftn_single *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *IFAIL, ftn_int *ICLUSTR, ftn_single *GAP, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len)
 
void FORTRAN() pdsygvx (ftn_int *IBTYPE, ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_double *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_double *B, ftn_int *IB, ftn_int *JB, ftn_int *DESCB, ftn_double *VL, ftn_double *VU, ftn_int *IL, ftn_int *IU, ftn_double const *ABSTOL, ftn_int *M, ftn_int *NZ, ftn_double *W, ftn_double const *ORFAC, ftn_double *Z, ftn_int *IZ, ftn_int *JZ, ftn_int *DESCZ, ftn_double *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *IFAIL, ftn_int *ICLUSTR, ftn_double *GAP, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len)
 
void FORTRAN() pchegvx (ftn_int *IBTYPE, ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_complex *B, ftn_int *IB, ftn_int *JB, ftn_int *DESCB, ftn_single *VL, ftn_single *VU, ftn_int *IL, ftn_int *IU, ftn_double const *ABSTOL, ftn_int *M, ftn_int *NZ, ftn_single *W, ftn_double const *ORFAC, ftn_complex *Z, ftn_int *IZ, ftn_int *JZ, ftn_int *DESCZ, ftn_complex *WORK, ftn_int *LWORK, ftn_single *RWORK, ftn_int *LRWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *IFAIL, ftn_int *ICLUSTR, ftn_single *GAP, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len)
 
void FORTRAN() pzhegvx (ftn_int *IBTYPE, ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_double_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_double_complex *B, ftn_int *IB, ftn_int *JB, ftn_int *DESCB, ftn_double *VL, ftn_double *VU, ftn_int *IL, ftn_int *IU, ftn_double const *ABSTOL, ftn_int *M, ftn_int *NZ, ftn_double *W, ftn_double const *ORFAC, ftn_double_complex *Z, ftn_int *IZ, ftn_int *JZ, ftn_int *DESCZ, ftn_double_complex *WORK, ftn_int *LWORK, ftn_double *RWORK, ftn_int *LRWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *IFAIL, ftn_int *ICLUSTR, ftn_double *GAP, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len)
 
void FORTRAN() pssyevx (ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_single *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_single *VL, ftn_single *VU, ftn_int *IL, ftn_int *IU, ftn_double const *ABSTOL, ftn_int *M, ftn_int *NZ, ftn_single *W, ftn_double const *ORFAC, ftn_single *Z, ftn_int *IZ, ftn_int *JZ, ftn_int *DESCZ, ftn_single *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *IFAIL, ftn_int *ICLUSTR, ftn_single *GAP, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len)
 
void FORTRAN() pdsyevx (ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_double *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_double *VL, ftn_double *VU, ftn_int *IL, ftn_int *IU, ftn_double const *ABSTOL, ftn_int *M, ftn_int *NZ, ftn_double *W, ftn_double const *ORFAC, ftn_double *Z, ftn_int *IZ, ftn_int *JZ, ftn_int *DESCZ, ftn_double *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *IFAIL, ftn_int *ICLUSTR, ftn_double *GAP, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len)
 
void FORTRAN() pcheevx (ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_single *VL, ftn_single *VU, ftn_int *IL, ftn_int *IU, ftn_double const *ABSTOL, ftn_int *M, ftn_int *NZ, ftn_single *W, ftn_double const *ORFAC, ftn_complex *Z, ftn_int *IZ, ftn_int *JZ, ftn_int *DESCZ, ftn_complex *WORK, ftn_int *LWORK, ftn_single *RWORK, ftn_int *LRWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *IFAIL, ftn_int *ICLUSTR, ftn_single *GAP, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len)
 
void FORTRAN() pzheevx (ftn_char JOBZ, ftn_char RANGE, ftn_char UPLO, ftn_int *N, ftn_double_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_double *VL, ftn_double *VU, ftn_int *IL, ftn_int *IU, ftn_double const *ABSTOL, ftn_int *M, ftn_int *NZ, ftn_double *W, ftn_double const *ORFAC, ftn_double_complex *Z, ftn_int *IZ, ftn_int *JZ, ftn_int *DESCZ, ftn_double_complex *WORK, ftn_int *LWORK, ftn_double *RWORK, ftn_int *LRWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *IFAIL, ftn_int *ICLUSTR, ftn_double *GAP, ftn_int *INFO, ftn_len JOBZ_len, ftn_len RANGE_len, ftn_len UPLO_len)
 
void FORTRAN() pssyevd (ftn_char JOBZ, ftn_char UPLO, ftn_int *N, ftn_single *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_single *W, ftn_single *Z, ftn_int *IZ, ftn_int *JZ, ftn_int *DESCZ, ftn_single *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len UPLO_len)
 
void FORTRAN() pdsyevd (ftn_char JOBZ, ftn_char UPLO, ftn_int *N, ftn_double *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_double *W, ftn_double *Z, ftn_int *IZ, ftn_int *JZ, ftn_int *DESCZ, ftn_double *WORK, ftn_int *LWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len UPLO_len)
 
void FORTRAN() pcheevd (ftn_char JOBZ, ftn_char UPLO, ftn_int *N, ftn_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_single *W, ftn_complex *Z, ftn_int *IZ, ftn_int *JZ, ftn_int *DESCZ, ftn_complex *WORK, ftn_int *LWORK, ftn_single *RWORK, ftn_int *LRWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len UPLO_len)
 
void FORTRAN() pzheevd (ftn_char JOBZ, ftn_char UPLO, ftn_int *N, ftn_double_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_double *W, ftn_double_complex *Z, ftn_int *IZ, ftn_int *JZ, ftn_int *DESCZ, ftn_double_complex *WORK, ftn_int *LWORK, ftn_double *RWORK, ftn_int *LRWORK, ftn_int *IWORK, ftn_int *LIWORK, ftn_int *INFO, ftn_len JOBZ_len, ftn_len UPLO_len)
 
void FORTRAN() pspotrf (ftn_char UPLO, ftn_int *N, ftn_single *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *INFO, ftn_len UPLO_len)
 
void FORTRAN() pdpotrf (ftn_char UPLO, ftn_int *N, ftn_double *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *INFO, ftn_len UPLO_len)
 
void FORTRAN() pcpotrf (ftn_char UPLO, ftn_int *N, ftn_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *INFO, ftn_len UPLO_len)
 
void FORTRAN() pzpotrf (ftn_char UPLO, ftn_int *N, ftn_double_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *INFO, ftn_len UPLO_len)
 
void FORTRAN() pstrtri (ftn_char UPLO, ftn_char DIAG, ftn_int *N, ftn_single *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *INFO, ftn_len UPLO_len, ftn_len DIAG_len)
 
void FORTRAN() pdtrtri (ftn_char UPLO, ftn_char DIAG, ftn_int *N, ftn_double *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *INFO, ftn_len UPLO_len, ftn_len DIAG_len)
 
void FORTRAN() pctrtri (ftn_char UPLO, ftn_char DIAG, ftn_int *N, ftn_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *INFO, ftn_len UPLO_len, ftn_len DIAG_len)
 
void FORTRAN() pztrtri (ftn_char UPLO, ftn_char DIAG, ftn_int *N, ftn_double_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_int *INFO, ftn_len UPLO_len, ftn_len DIAG_len)
 
void FORTRAN() psgeqrf (ftn_int *M, ftn_int *N, ftn_single *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_single *TAU, ftn_single *WORK, ftn_int *LWORK, ftn_int *INFO)
 
void FORTRAN() pdgeqrf (ftn_int *M, ftn_int *N, ftn_double *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_double *TAU, ftn_double *WORK, ftn_int *LWORK, ftn_int *INFO)
 
void FORTRAN() pcgeqrf (ftn_int *M, ftn_int *N, ftn_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_complex *TAU, ftn_complex *WORK, ftn_int *LWORK, ftn_int *INFO)
 
void FORTRAN() pzgeqrf (ftn_int *M, ftn_int *N, ftn_double_complex *A, ftn_int *IA, ftn_int *JA, ftn_int *DESCA, ftn_double_complex *TAU, ftn_double_complex *WORK, ftn_int *LWORK, ftn_int *INFO)
 

Detailed Description

Interface to some ScaLAPACK functions.

Definition in file scalapack.h.