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/*
* Copyright 1993-2020 NVIDIA Corporation. All rights reserved.
*
* NOTICE TO LICENSEE:
*
* This source code and/or documentation ("Licensed Deliverables") are
* subject to NVIDIA intellectual property rights under U.S. and
* international Copyright laws.
*
* These Licensed Deliverables contained herein is PROPRIETARY and
* CONFIDENTIAL to NVIDIA and is being provided under the terms and
* conditions of a form of NVIDIA software license agreement by and
* between NVIDIA and Licensee ("License Agreement") or electronically
* accepted by Licensee. Notwithstanding any terms or conditions to
* the contrary in the License Agreement, reproduction or disclosure
* of the Licensed Deliverables to any third party without the express
* written consent of NVIDIA is prohibited.
*
* NOTWITHSTANDING ANY TERMS OR CONDITIONS TO THE CONTRARY IN THE
* LICENSE AGREEMENT, NVIDIA MAKES NO REPRESENTATION ABOUT THE
* SUITABILITY OF THESE LICENSED DELIVERABLES FOR ANY PURPOSE. IT IS
* PROVIDED "AS IS" WITHOUT EXPRESS OR IMPLIED WARRANTY OF ANY KIND.
* NVIDIA DISCLAIMS ALL WARRANTIES WITH REGARD TO THESE LICENSED
* DELIVERABLES, INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY,
* NONINFRINGEMENT, AND FITNESS FOR A PARTICULAR PURPOSE.
* NOTWITHSTANDING ANY TERMS OR CONDITIONS TO THE CONTRARY IN THE
* LICENSE AGREEMENT, IN NO EVENT SHALL NVIDIA BE LIABLE FOR ANY
* SPECIAL, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, OR ANY
* DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS,
* WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS
* ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE
* OF THESE LICENSED DELIVERABLES.
*
* U.S. Government End Users. These Licensed Deliverables are a
* "commercial item" as that term is defined at 48 C.F.R. 2.101 (OCT
* 1995), consisting of "commercial computer software" and "commercial
* computer software documentation" as such terms are used in 48
* C.F.R. 12.212 (SEPT 1995) and is provided to the U.S. Government
* only as a commercial end item. Consistent with 48 C.F.R.12.212 and
* 48 C.F.R. 227.7202-1 through 227.7202-4 (JUNE 1995), all
* U.S. Government End Users acquire the Licensed Deliverables with
* only those rights set forth herein.
*
* Any use of the Licensed Deliverables in individual and commercial
* software must include, in the user documentation and internal
* comments to the code, the above Disclaimer and U.S. Government End
* Users Notice.
*/
typedef size_t ptr_t;
/*
* Example of Fortran callable thin wrappers for a few CUDA functions.
*/
#if defined(__cplusplus)
extern "C" {
#endif /* __cplusplus */
int CUDA_MALLOC(ptr_t *devPtr,
int *size);
int CUDA_FREE(ptr_t *devPtr);
int CUDA_MEMCPY_FORT2C_INT(ptr_t *devPtr,
const ptr_t *hostPtr,
int *count,
int *kind);
int CUDA_MEMCPY_FORT2C_REAL(ptr_t *devPtr,
const ptr_t *hostPtr,
int *count,
int *kind);
int CUDA_MEMCPY_C2FORT_INT(ptr_t *devPtr,
const ptr_t *hostPtr,
int *count,
int *kind);
int CUDA_MEMCPY_C2FORT_REAL(ptr_t *devPtr,
const ptr_t *hostPtr,
int *count,
int *kind);
int CUDA_MEMSET(ptr_t *devPtr,
int *value,
int *count);
void GET_SHIFTED_ADDRESS(ptr_t *originPtr,
int *count,
ptr_t *resultPtr);
#if defined(__cplusplus)
}
#endif /* __cplusplus */
/*
* Example of Fortran callable thin wrappers for CUSPARSE.
* Fortran application must allocate and deallocate
* GPU memory, and copy data up and down.
*/
#if defined(__cplusplus)
extern "C" {
#endif /* __cplusplus */
int CUSPARSE_CREATE(ptr_t *handle);
int CUSPARSE_DESTROY(ptr_t *handle);
int CUSPARSE_GET_VERSION(ptr_t *handle,
int *version);
int CUSPARSE_SET_STREAM(ptr_t *handle,
ptr_t *streamId);
int CUSPARSE_GET_POINTER_MODE(ptr_t *handle,
int *mode);
int CUSPARSE_SET_POINTER_MODE(ptr_t *handle,
int *mode);
int CUSPARSE_CREATE_MAT_DESCR(ptr_t *descrA);
int CUSPARSE_DESTROY_MAT_DESCR(ptr_t *descrA);
int CUSPARSE_SET_MAT_TYPE(ptr_t *descrA,
int *type);
int CUSPARSE_GET_MAT_TYPE(const ptr_t *descrA);
int CUSPARSE_SET_MAT_FILL_MODE(ptr_t *descrA,
int *fillMode);
int CUSPARSE_GET_MAT_FILL_MODE(const ptr_t *descrA);
int CUSPARSE_SET_MAT_DIAG_TYPE(ptr_t *descrA,
int *diagType);
int CUSPARSE_GET_MAT_DIAG_TYPE(const ptr_t *descrA);
int CUSPARSE_SET_MAT_INDEX_BASE(ptr_t *descrA,
int *base);
int CUSPARSE_GET_MAT_INDEX_BASE(const ptr_t *descrA);
int CUSPARSE_CREATE_SOLVE_ANALYSIS_INFO(ptr_t *info);
int CUSPARSE_DESTROY_SOLVE_ANALYSIS_INFO(ptr_t *info);
//int CUSPARSE_SAXPYI(ptr_t *handle,
// int *nnz,
// const float *alpha,
// const ptr_t *xVal,
// const ptr_t *xInd,
// ptr_t *y,
// int *idxBase);
//
//int CUSPARSE_DAXPYI(ptr_t *handle,
// int *nnz,
// const double *alpha,
// const ptr_t *xVal,
// const ptr_t *xInd,
// ptr_t *y,
// int *idxBase);
//
//int CUSPARSE_CAXPYI(ptr_t *handle,
// int *nnz,
// const cuComplex *alpha,
// const ptr_t *xVal,
// const ptr_t *xInd,
// ptr_t *y,
// int *idxBase);
//
//int CUSPARSE_ZAXPYI(ptr_t *handle,
// int *nnz,
// const cuDoubleComplex *alpha,
// const ptr_t *xVal,
// const ptr_t *xInd,
// ptr_t *y,
// int *idxBase);
//
//int CUSPARSE_SDOTI(ptr_t *handle,
// int *nnz,
// const ptr_t *xVal,
// const ptr_t *xInd,
// const ptr_t *y,
// float *result,
// int *idxBase);
//
//int CUSPARSE_DDOTI(ptr_t *handle,
// int *nnz,
// const ptr_t *xVal,
// const ptr_t *xInd,
// const ptr_t *y,
// double *result,
// int *idxBase);
//
//int CUSPARSE_CDOTI(ptr_t *handle,
// int *nnz,
// const ptr_t *xVal,
// const ptr_t *xInd,
// const ptr_t *y,
// cuComplex *result,
// int *idxBase);
//
//int CUSPARSE_ZDOTI(ptr_t *handle,
// int *nnz,
// const ptr_t *xVal,
// const ptr_t *xInd,
// const ptr_t *y,
// cuDoubleComplex *result,
// int *idxBase);
//
//int CUSPARSE_CDOTCI(ptr_t *handle,
// int *nnz,
// const ptr_t *xVal,
// const ptr_t *xInd,
// const ptr_t *y,
// cuComplex *result,
// int *idxBase);
//
//int CUSPARSE_ZDOTCI(ptr_t *handle,
// int *nnz,
// const ptr_t *xVal,
// const ptr_t *xInd,
// const ptr_t *y,
// cuDoubleComplex *result,
// int *idxBase);
//
//int CUSPARSE_SGTHR(ptr_t *handle,
// int *nnz,
// const ptr_t *y,
// ptr_t *xVal,
// const ptr_t *xInd,
// int *idxBase);
//
//int CUSPARSE_DGTHR(ptr_t *handle,
// int *nnz,
// const ptr_t *y,
// ptr_t *xVal,
// const ptr_t *xInd,
// int *idxBase);
//
//int CUSPARSE_CGTHR(ptr_t *handle,
// int *nnz,
// const ptr_t *y,
// ptr_t *xVal,
// const ptr_t *xInd,
// int *idxBase);
//
//int CUSPARSE_ZGTHR(ptr_t *handle,
// int *nnz,
// const ptr_t *y,
// ptr_t *xVal,
// const ptr_t *xInd,
// int *idxBase);
//
//int CUSPARSE_SGTHRZ(ptr_t *handle,
// int *nnz,
// ptr_t *y,
// ptr_t *xVal,
// const ptr_t *xInd,
// int *idxBase);
//
//int CUSPARSE_DGTHRZ(ptr_t *handle,
// int *nnz,
// ptr_t *y,
// ptr_t *xVal,
// const ptr_t *xInd,
// int *idxBase);
//
//int CUSPARSE_CGTHRZ(ptr_t *handle,
// int *nnz,
// ptr_t *y,
// ptr_t *xVal,
// const ptr_t *xInd,
// int *idxBase);
//
//int CUSPARSE_ZGTHRZ(ptr_t *handle,
// int *nnz,
// ptr_t *y,
// ptr_t *xVal,
// const ptr_t *xInd,
// int *idxBase);
//
//int CUSPARSE_SSCTR(ptr_t *handle,
// int *nnz,
// const ptr_t *xVal,
// const ptr_t *xInd,
// ptr_t *y,
// int *idxBase);
//
//int CUSPARSE_DSCTR(ptr_t *handle,
// int *nnz,
// const ptr_t *xVal,
// const ptr_t *xInd,
// ptr_t *y,
// int *idxBase);
//
//int CUSPARSE_CSCTR(ptr_t *handle,
// int *nnz,
// const ptr_t *xVal,
// const ptr_t *xInd,
// ptr_t *y,
// int *idxBase);
//
//int CUSPARSE_ZSCTR(ptr_t *handle,
// int *nnz,
// const ptr_t *xVal,
// const ptr_t *xInd,
// ptr_t *y,
// int *idxBase);
//
//
//int CUSPARSE_SROTI(ptr_t *handle,
// int *nnz,
// ptr_t *xVal,
// const ptr_t *xInd,
// ptr_t *y,
// const float *c,
// const float *s,
// int *idxBase);
//
//int CUSPARSE_DROTI(ptr_t *handle,
// int *nnz,
// ptr_t *xVal,
// const ptr_t *xInd,
// ptr_t *y,
// const double *c,
// const double *s,
// int *idxBase);
//int CUSPARSE_SCSRMV(ptr_t *handle,
// int *transA,
// int *m,
// int *n,
// int *nnz,
// const float *alpha,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// const ptr_t *x,
// const float *beta,
// ptr_t *y);
//int CUSPARSE_DCSRMV(ptr_t *handle,
// int *transA,
// int *m,
// int *n,
// int *nnz,
// const double *alpha,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// const ptr_t *x,
// const double *beta,
// ptr_t *y);
//int CUSPARSE_CCSRMV(ptr_t *handle,
// int *transA,
// int *m,
// int *n,
// int *nnz,
// const cuComplex *alpha,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// const ptr_t *x,
// const cuComplex *beta,
// ptr_t *y);
//int CUSPARSE_ZCSRMV(ptr_t *handle,
// int *transA,
// int *m,
// int *n,
// int *nnz,
// const cuDoubleComplex *alpha,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// const ptr_t *x,
// const cuDoubleComplex *beta,
// ptr_t *y);
//int CUSPARSE_SCSRSV_ANALYSIS(ptr_t *handle,
// int *transA,
// int *m,
// int *nnz,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// ptr_t *info);
//int CUSPARSE_DCSRSV_ANALYSIS(ptr_t *handle,
// int *transA,
// int *m,
// int *nnz,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// ptr_t *info);
//int CUSPARSE_CCSRSV_ANALYSIS(ptr_t *handle,
// int *transA,
// int *m,
// int *nnz,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// ptr_t *info);
//int CUSPARSE_ZCSRSV_ANALYSIS(ptr_t *handle,
// int *transA,
// int *m,
// int *nnz,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// ptr_t *info);
//int CUSPARSE_SCSRSV_SOLVE(ptr_t *handle,
// int *transA,
// int *m,
// const float *alpha,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// ptr_t *info,
// const ptr_t *x,
// ptr_t *y);
//int CUSPARSE_DCSRSV_SOLVE(ptr_t *handle,
// int *transA,
// int *m,
// const double *alpha,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// ptr_t *info,
// const ptr_t *x,
// ptr_t *y);
//int CUSPARSE_CCSRSV_SOLVE(ptr_t *handle,
// int *transA,
// int *m,
// const cuComplex *alpha,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// ptr_t *info,
// const ptr_t *x,
// ptr_t *y);
//int CUSPARSE_ZCSRSV_SOLVE(ptr_t *handle,
// int *transA,
// int *m,
// const cuDoubleComplex *alpha,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// ptr_t *info,
// const ptr_t *x,
// ptr_t *y);
//int CUSPARSE_SCSRMM(ptr_t *handle,
// int *transA,
// int *m,
// int *n,
// int *k,
// int *nnz,
// const float *alpha,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// const ptr_t *B,
// int *ldb,
// const float *beta,
// ptr_t *C,
// int *ldc);
//
//int CUSPARSE_DCSRMM(ptr_t *handle,
// int *transA,
// int *m,
// int *n,
// int *k,
// int *nnz,
// const double *alpha,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// const ptr_t *B,
// int *ldb,
// const double *beta,
// ptr_t *C,
// int *ldc);
//
//int CUSPARSE_CCSRMM(ptr_t *handle,
// int *transA,
// int *m,
// int *n,
// int *k,
// int *nnz,
// const cuComplex *alpha,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// const ptr_t *B,
// int *ldb,
// const cuComplex *beta,
// ptr_t *C,
// int *ldc);
//
//int CUSPARSE_ZCSRMM(ptr_t *handle,
// int *transA,
// int *m,
// int *n,
// int *k,
// int *nnz,
// const cuDoubleComplex *alpha,
// const ptr_t *descrA,
// const ptr_t *csrValA,
// const ptr_t *csrRowPtrA,
// const ptr_t *csrColIndA,
// const ptr_t *B,
// int *ldb,
// const cuDoubleComplex *beta,
// ptr_t *C,
// int *ldc);
int CUSPARSE_SCSRSM_ANALYSIS(ptr_t *handle,
int *transA,
int *m,
int *nnz,
const ptr_t *descrA,
const ptr_t *csrValA,
const ptr_t *csrRowPtrA,
const ptr_t *csrColIndA,
ptr_t *info);
int CUSPARSE_DCSRSM_ANALYSIS(ptr_t *handle,
int *transA,
int *m,
int *nnz,
const ptr_t *descrA,
const ptr_t *csrValA,
const ptr_t *csrRowPtrA,
const ptr_t *csrColIndA,
ptr_t *info);
int CUSPARSE_CCSRSM_ANALYSIS(ptr_t *handle,
int *transA,
int *m,
int *nnz,
const ptr_t *descrA,
const ptr_t *csrValA,
const ptr_t *csrRowPtrA,
const ptr_t *csrColIndA,
ptr_t *info);
int CUSPARSE_ZCSRSM_ANALYSIS(ptr_t *handle,
int *transA,
int *m,
int *nnz,
const ptr_t *descrA,
const ptr_t *csrValA,
const ptr_t *csrRowPtrA,
const ptr_t *csrColIndA,
ptr_t *info);
int CUSPARSE_SCSRSM_SOLVE(ptr_t *handle,
int *transA,
int *m,
int *n,
const float *alpha,
const ptr_t *descrA,
const ptr_t *csrValA,
const ptr_t *csrRowPtrA,
const ptr_t *csrColIndA,
ptr_t *info,
const ptr_t *x,
int *ldx,
ptr_t *y,
int *ldy);
int CUSPARSE_DCSRSM_SOLVE(ptr_t *handle,
int *transA,
int *m,
int *n,
const double *alpha,
const ptr_t *descrA,
const ptr_t *csrValA,
const ptr_t *csrRowPtrA,
const ptr_t *csrColIndA,
ptr_t *info,
const ptr_t *x,
int *ldx,
ptr_t *y,
int *ldy);
int CUSPARSE_CCSRSM_SOLVE(ptr_t *handle,
int *transA,
int *m,
int *n,
const cuComplex *alpha,
const ptr_t *descrA,
const ptr_t *csrValA,
const ptr_t *csrRowPtrA,
const ptr_t *csrColIndA,
ptr_t *info,
const ptr_t *x,
int *ldx,
ptr_t *y,
int *ldy);
int CUSPARSE_ZCSRSM_SOLVE(ptr_t *handle,
int *transA,
int *m,
int *n,
const cuDoubleComplex *alpha,
const ptr_t *descrA,
const ptr_t *csrValA,
const ptr_t *csrRowPtrA,
const ptr_t *csrColIndA,
ptr_t *info,
const ptr_t *x,
int *ldx,
ptr_t *y,
int *ldy);
int CUSPARSE_SGTSV(ptr_t *handle,
int *m,
int *n,
const ptr_t *dl,
const ptr_t *d,
const ptr_t *du,
ptr_t *B,
int *ldb);
int CUSPARSE_DGTSV(ptr_t *handle,
int *m,
int *n,
const ptr_t *dl,
const ptr_t *d,
const ptr_t *du,
ptr_t *B,
int *ldb);
int CUSPARSE_CGTSV(ptr_t *handle,
int *m,
int *n,
const ptr_t *dl,
const ptr_t *d,
const ptr_t *du,
ptr_t *B,
int *ldb);
int CUSPARSE_ZGTSV(ptr_t *handle,
int *m,
int *n,
const ptr_t *dl,
const ptr_t *d,
const ptr_t *du,
ptr_t *B,
int *ldb);
int CUSPARSE_SGTSV_STRIDEDBATCH(ptr_t *handle,
int *m,
const ptr_t *dl,
const ptr_t *d,
const ptr_t *du,
ptr_t *x,
int *batchCount,
int *batchStride);
int CUSPARSE_DGTSV_STRIDEDBATCH(ptr_t *handle,
int *m,
const ptr_t *dl,
const ptr_t *d,
const ptr_t *du,
ptr_t *x,
int *batchCount,
int *batchStride);
int CUSPARSE_CGTSV_STRIDEDBATCH(ptr_t *handle,
int *m,
const ptr_t *dl,
const ptr_t *d,
const ptr_t *du,
ptr_t *x,
int *batchCount,
int *batchStride);
int CUSPARSE_ZGTSV_STRIDEDBATCH(ptr_t *handle,
int *m,
const ptr_t *dl,
const ptr_t *d,
const ptr_t *du,
ptr_t *x,
int *batchCount,
int *batchStride);
int CUSPARSE_SNNZ(ptr_t *handle,
int *dirA,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *A,
int *lda,
ptr_t *nnzPerRowCol,
int *nnzTotal);
int CUSPARSE_DNNZ(ptr_t *handle,
int *dirA,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *A,
int *lda,
ptr_t *nnzPerRowCol,
int *nnzTotal);
int CUSPARSE_CNNZ(ptr_t *handle,
int *dirA,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *A,
int *lda,
ptr_t *nnzPerRowCol,
int *nnzTotal);
int CUSPARSE_ZNNZ(ptr_t *handle,
int *dirA,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *A,
int *lda,
ptr_t *nnzPerRowCol,
int *nnzTotal);
int CUSPARSE_SDENSE2CSR(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *A,
int *lda,
const ptr_t *nnzPerRow,
ptr_t *csrValA,
ptr_t *csrRowPtrA,
ptr_t *csrColIndA);
int CUSPARSE_DDENSE2CSR(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *A,
int *lda,
const ptr_t *nnzPerRow,
ptr_t *csrValA,
ptr_t *csrRowPtrA,
ptr_t *csrColIndA);
int CUSPARSE_CDENSE2CSR(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *A,
int *lda,
const ptr_t *nnzPerRow,
ptr_t *csrValA,
ptr_t *csrRowPtrA,
ptr_t *csrColIndA);
int CUSPARSE_ZDENSE2CSR(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *A,
int *lda,
const ptr_t *nnzPerRow,
ptr_t *csrValA,
ptr_t *csrRowPtrA,
ptr_t *csrColIndA);
int CUSPARSE_SCSR2DENSE(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *csrValA,
const ptr_t *csrRowPtrA,
const ptr_t *csrColIndA,
ptr_t *A,
int *lda);
int CUSPARSE_DCSR2DENSE(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *csrValA,
const ptr_t *csrRowPtrA,
const ptr_t *csrColIndA,
ptr_t *A,
int *lda);
int CUSPARSE_CCSR2DENSE(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *csrValA,
const ptr_t *csrRowPtrA,
const ptr_t *csrColIndA,
ptr_t *A,
int *lda);
int CUSPARSE_ZCSR2DENSE(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *csrValA,
const ptr_t *csrRowPtrA,
const ptr_t *csrColIndA,
ptr_t *A,
int *lda);
int CUSPARSE_SDENSE2CSC(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *A,
int *lda,
const ptr_t *nnzPerCol,
ptr_t *cscValA,
ptr_t *cscRowIndA,
ptr_t *cscColPtrA);
int CUSPARSE_DDENSE2CSC(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *A,
int *lda,
const ptr_t *nnzPerCol,
ptr_t *cscValA,
ptr_t *cscRowIndA,
ptr_t *cscColPtrA);
int CUSPARSE_CDENSE2CSC(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *A,
int *lda,
const ptr_t *nnzPerCol,
ptr_t *cscValA,
ptr_t *cscRowIndA,
ptr_t *cscColPtrA);
int CUSPARSE_ZDENSE2CSC(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *A,
int *lda,
const ptr_t *nnzPerCol,
ptr_t *cscValA,
ptr_t *cscRowIndA,
ptr_t *cscColPtrA);
int CUSPARSE_SCSC2DENSE(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *cscValA,
const ptr_t *cscRowIndA,
const ptr_t *cscColPtrA,
ptr_t *A,
int *lda);
int CUSPARSE_DCSC2DENSE(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *cscValA,
const ptr_t *cscRowIndA,
const ptr_t *cscColPtrA,
ptr_t *A,
int *lda);
int CUSPARSE_CCSC2DENSE(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *cscValA,
const ptr_t *cscRowIndA,
const ptr_t *cscColPtrA,
ptr_t *A,
int *lda);
int CUSPARSE_ZCSC2DENSE(ptr_t *handle,
int *m,
int *n,
const ptr_t *descrA,
const ptr_t *cscValA,
const ptr_t *cscRowIndA,
const ptr_t *cscColPtrA,
ptr_t *A,
int *lda);
int CUSPARSE_XCOO2CSR(ptr_t *handle,
const ptr_t *cooRowInd,
int *nnz,
int *m,
ptr_t *csrRowPtr,
int *idxBase);
int CUSPARSE_XCSR2COO(ptr_t *handle,
const ptr_t *csrRowPtr,
int *nnz,
int *m,
ptr_t *cooRowInd,
int *idxBase);
/*
int CUSPARSE_SCSR2CSC(ptr_t *handle,
int *m,
int *n,
int *nnz,
const ptr_t *csrVal,
const ptr_t *csrRowPtr,
const ptr_t *csrColInd,
ptr_t *cscVal,
ptr_t *cscRowInd,
ptr_t *cscColPtr,
int *copyValues,
int *idxBase);
int CUSPARSE_DCSR2CSC(ptr_t *handle,
int *m,
int *n,
int *nnz,
const ptr_t *csrVal,
const ptr_t *csrRowPtr,
const ptr_t *csrColInd,
ptr_t *cscVal,
ptr_t *cscRowInd,
ptr_t *cscColPtr,
int *copyValues,
int *idxBase);
int CUSPARSE_CCSR2CSC(ptr_t *handle,
int *m,
int *n,
int *nnz,
const ptr_t *csrVal,
const ptr_t *csrRowPtr,
const ptr_t *csrColInd,
ptr_t *cscVal,
ptr_t *cscRowInd,
ptr_t *cscColPtr,
int *copyValues,
int *idxBase);
int CUSPARSE_ZCSR2CSC(ptr_t *handle,
int *m,
int *n,
int *nnz,
const ptr_t *csrVal,
const ptr_t *csrRowPtr,
const ptr_t *csrColInd,
ptr_t *cscVal,
ptr_t *cscRowInd,
ptr_t *cscColPtr,
int *copyValues,
int *idxBase);
*/
#if defined(__cplusplus)
}
#endif /* __cplusplus */
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