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HPL_abort(3)halts execution.✨
HPL_all_reduce(3)All reduce operation.✨
HPL_barrier(3)Barrier operation.✨
HPL_bcast(3)Perform the row broadcast.✨
HPL_binit(3)Initialize the row broadcast.✨
HPL_broadcast(3)Broadcast operation.✨
HPL_bwait(3)Finalize the row broadcast.✨
HPL_copyL(3)Copy the current panel into a contiguous workspace.✨
HPL_daxpy(3)y := y + alpha * x.✨
HPL_dcopy(3)y := x.✨
HPL_dgemm(3)C := alpha * op(A) * op(B) + beta * C.✨
HPL_dgemv(3)y := beta * y + alpha * op(A) * x.✨
HPL_dger(3)A := alpha * x * y^T + A.✨
HPL_dlacpy(3)B := A.✨
HPL_dlamch(3)determines machine-specific arithmetic constants.✨
HPL_dlange(3)Compute ||A||.✨
HPL_dlaprnt(3)Print the matrix A.✨
HPL_dlaswp00N(3)performs a series of row interchanges.✨
HPL_dlaswp01N(3)copies rows of A into itself and into U.✨
HPL_dlaswp01T(3)copies rows of A into itself and into U.✨
HPL_dlaswp02N(3)pack rows of A into columns of W.✨
HPL_dlaswp03N(3)copy rows of W into U.✨
HPL_dlaswp03T(3)copy columns of W into U.✨
HPL_dlaswp04N(3)copy rows of U in A and replace them with columns of W.✨
HPL_dlaswp04T(3)copy columns of U in rows of A and replace them with columns of W.✨
HPL_dlaswp05N(3)copy rows of U into A.✨
HPL_dlaswp05T(3)copy rows of U into A.✨
HPL_dlaswp06N(3)swap rows of U with rows of A.✨
HPL_dlaswp06T(3)swap rows or columns of U with rows of A.✨
HPL_dlaswp10N(3)performs a series column interchanges.✨
HPL_dlatcpy(3)B := A^T✨
HPL_dlocmax(3)finds the maximum entry in matrix column.✨
HPL_dlocswpN(3)locally swaps rows within panel.✨
HPL_dlocswpT(3)locally swaps rows within panel.✨
HPL_dmatgen(3)random matrix generator.✨
HPL_dscal(3)x = alpha * x.✨
HPL_dswap(3)y <-> x.✨
HPL_dtrsm(3)B := A^{-1} * B or B := B * A^{-1}.✨
HPL_dtrsv(3)x := A^{-1} x.✨
HPL_equil(3)Equilibrate U and forward the column panel L.✨
HPL_fprintf(3)fprintf + fflush wrapper.✨
HPL_grid_exit(3)Exit process grid.✨
HPL_grid_info(3)Retrieve grid information.✨
HPL_grid_init(3)Create a process grid.✨
HPL_idamax(3)1st k s.t. |x_k| = max_i(|x_i|).✨
HPL_indxg2l(3)Map a global index into a local one.✨
HPL_indxg2lp(3)Map a local index into a global one.✨
HPL_indxg2p(3)Map a global index into a process coordinate.✨
HPL_indxl2g(3)Map a index-process pair into a global index.✨
HPL_infog2l(3)global to local index translation.✨
HPL_jumpit(3)jump into the random sequence.✨
HPL_ladd(3)Adds two long positive integers.✨
HPL_lmul(3)multiplies 2 long positive integers.✨
HPL_logsort(3)Sort the processes in logarithmic order.✨
HPL_max(3)Combine (max) two buffers.✨
HPL_min(3)Combine (min) two buffers.✨
HPL_numroc(3)Compute the local number of row/columns.✨
HPL_numrocI(3)Compute the local number of row/columns.✨
HPL_pabort(3)halts execution.✨
HPL_packL(3)Form the MPI structure for the row ring broadcasts.✨
HPL_pddriver(3)HPL main timing program.✨
HPL_pdfact(3)recursive panel factorization.✨
HPL_pdgesv(3)Solve A x = b.✨
HPL_pdgesv0(3)Factor an N x N+1 matrix.✨
HPL_pdgesvK1(3)Factor an N x N+1 matrix.✨
HPL_pdgesvK2(3)Factor an N x N+1 matrix.✨
HPL_pdinfo(3)Read input parameter file.✨
HPL_pdlamch(3)determines machine-specific arithmetic constants.✨
HPL_pdlange(3)Compute ||A||.✨
HPL_pdlaprnt(3)Print a distributed matrix A.✨
HPL_pdlaswp00N(3)Broadcast a column panel L and swap the row panel U.✨
HPL_pdlaswp00T(3)Broadcast a column panel L and swap the row panel U.✨
HPL_pdlaswp01N(3)Broadcast a column panel L and swap the row panel U.✨
HPL_pdlaswp01T(3)Broadcast a column panel L and swap the row panel U.✨
HPL_pdmatgen(3)Parallel random matrix generator.✨
HPL_pdmxswp(3)swaps and broacast the pivot row.✨
HPL_pdpancrN(3)Crout panel factorization.✨
HPL_pdpancrT(3)Crout panel factorization.✨
HPL_pdpanel_disp(3)Deallocate a panel data structure.✨
HPL_pdpanel_free(3)Deallocate the panel ressources.✨
HPL_pdpanel_init(3)Initialize the panel resources.✨
HPL_pdpanel_new(3)Create a panel data structure.✨
HPL_pdpanllN(3)Left-looking panel factorization.✨
HPL_pdpanllT(3)Left-looking panel factorization.✨
HPL_pdpanrlN(3)Right-looking panel factorization.✨
HPL_pdpanrlT(3)Right-looking panel factorization.✨
HPL_pdrpancrN(3)Crout recursive panel factorization.✨
HPL_pdrpancrT(3)Crout recursive panel factorization.✨
HPL_pdrpanllN(3)Left-looking recursive panel factorization.✨
HPL_pdrpanllT(3)Left-looking recursive panel factorization.✨
HPL_pdrpanrlN(3)Right-looking recursive panel factorization.✨
HPL_pdrpanrlT(3)Right-looking recursive panel factorization.✨
HPL_pdtest(3)Perform one test.✨
HPL_pdtrsv(3)Solve triu( A ) x = b.✨
HPL_pdupdateNN(3)Broadcast a panel and update the trailing submatrix.✨
HPL_pdupdateNT(3)Broadcast a panel and update the trailing submatrix.✨
HPL_pdupdateTN(3)Broadcast a panel and update the trailing submatrix.✨
HPL_pdupdateTT(3)Broadcast a panel and update the trailing submatrix.✨
HPL_perm(3)Combine 2 index arrays - Generate the permutation.✨
HPL_pipid(3)Simplify the pivot vector.✨
HPL_plindx0(3)Compute local swapping index arrays.✨
HPL_plindx1(3)Compute local swapping index arrays.✨
HPL_plindx10(3)Compute the logarithmic maps for the spreading.✨
HPL_pnum(3)Rank determination.✨
HPL_ptimer(3)Timer facility.✨
HPL_ptimer_cputime(3)Return the CPU time.✨
HPL_ptimer_walltime(3)Return the elapsed (wall-clock) time.✨
HPL_pwarn(3)displays an error message.✨
HPL_rand(3)random number generator.✨
HPL_recv(3)Receive a message.✨
HPL_reduce(3)Reduce operation.✨
HPL_rollN(3)Roll U and forward the column panel.✨
HPL_rollT(3)Roll U and forward the column panel.✨
HPL_sdrv(3)Send and receive a message.✨
HPL_send(3)Send a message.✨
HPL_setran(3)Manage the random number generator.✨
HPL_spreadN(3)Spread row panel U and forward current column panel.✨
HPL_spreadT(3)Spread row panel U and forward current column panel.✨
HPL_sum(3)Combine (sum) two buffers.✨
HPL_timer(3)Timer facility.✨
HPL_timer_cputime(3)Return the CPU time.✨
HPL_timer_walltime(3)Return the elapsed (wall-clock) time.✨
HPL_warn(3)displays an error message.✨
HPL_xjumpm(3)Compute constants to jump in the random sequence.✨