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Functions/Subroutines
guess_table_setup.F90 File Reference

Functions/Subroutines

subroutine checkoverlap (txy, xlo, xhi, ylo, yhi, has_overlap)
 
subroutine init_guess_xtable_fort (n, grid_guess_max, grid_guess_min, grid_inv_guess_d, ntriangle, nnodes, grid_x, grid_nd, guess_xtable, guess_count, ntotal)
 
subroutine init_guess_list_fort (n, grid_guess_max, grid_guess_min, grid_inv_guess_d, ntriangle, nnodes, grid_x, grid_nd, guess_list, guess_xtable, guess_count, ntotal)
 
subroutine split_indices_omp (total, num_pieces, ibeg, iend)
 
subroutine split_indices_single (total, num_pieces, index, ibeg, iend)
 get single ibeg and iend of index-th number – to split the work in mpi More...
 

Function/Subroutine Documentation

subroutine checkoverlap ( real(kind=8), dimension(2,0:2)  txy,
real(kind=8)  xlo,
real(kind=8)  xhi,
real(kind=8)  ylo,
real(kind=8)  yhi,
logical  has_overlap 
)

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subroutine init_guess_list_fort ( integer (c_int), dimension(2)  n,
real (c_double), dimension(2)  grid_guess_max,
real (c_double), dimension(2)  grid_guess_min,
real (c_double), dimension(2)  grid_inv_guess_d,
integer (c_int)  ntriangle,
integer (c_int)  nnodes,
real (c_double), dimension(2,nnodes)  grid_x,
integer (c_int), dimension(3,ntriangle)  grid_nd,
integer (c_int), dimension(ntotal)  guess_list,
integer (c_int), dimension(n(1),n(2))  guess_xtable,
integer (c_int), dimension(n(1),n(2))  guess_count,
integer (c_int)  ntotal 
)

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subroutine init_guess_xtable_fort ( integer (c_int), dimension(2)  n,
real (c_double), dimension(2)  grid_guess_max,
real (c_double), dimension(2)  grid_guess_min,
real (c_double), dimension(2)  grid_inv_guess_d,
integer (c_int)  ntriangle,
integer (c_int)  nnodes,
real (c_double), dimension(2,nnodes)  grid_x,
integer (c_int), dimension(3,ntriangle)  grid_nd,
integer (c_int), dimension(n(1),n(2))  guess_xtable,
integer (c_int), dimension(n(1),n(2))  guess_count,
integer (c_int)  ntotal 
)

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subroutine split_indices_omp ( integer  total,
integer  num_pieces,
integer, dimension(num_pieces)  ibeg,
integer, dimension(num_pieces)  iend 
)

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subroutine split_indices_single ( integer, intent(in)  total,
integer, intent(in)  num_pieces,
integer, intent(in)  index,
integer, intent(out)  ibeg,
integer, intent(out)  iend 
)

get single ibeg and iend of index-th number – to split the work in mpi

Parameters
[in]totaltotal work
[in]num_piecesnumber of pieces of work
[in]indexindex-th work
[out]iendbegining and end of index-th work piece.

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