Value defined at grid edges

When you output value defined at grid edges, please use the functions in Table 75.

List 105 shows an example of the process to output value defined at grid edges.

Table 75 Subroutines to use for outputting result defined at grid edges

Subroutine

Remarks

cg_iric_write_sol_iface_integer

Outputs integer-type calculation results, having a value for each grid edge at i-direction

cg_iric_write_sol_iface_real

Outputs double-precision real-type calculation results, having a value for each grid edge at i-direction

cg_iric_write_sol_jface_integer

Outputs integer-type calculation results, having a value for each grid edge at j-direction

cg_iric_write_sol_jface_real

Outputs double-precision real-type calculation results, having a value for each grid edge at j-direction
List 105 Example source code (Value defined at grid cells)
 1program SampleProgram
 2  use iric
 3  implicit none
 4
 5  integer:: fin, ier, isize, jsize
 6  integer:: canceled
 7  integer:: locked
 8  double precision:: time
 9  double precision, dimension(:,:), allocatable::grid_x, grid_y
10  double precision, dimension(:,:), allocatable:: fluxi, fluxj
11  character(len=20):: condFile
12
13  condFile = 'test.cgn'
14
15  ! Open CGNS file
16  call cg_iric_open(condFile, IRIC_MODE_MODIFY, fin, ier)
17  if (ier /=0) STOP "*** Open error of CGNS file ***"
18
19  ! Check the grid size
20  call cg_iric_read_grid2d_str_size(fin, isize, jsize, ier)
21  ! Allocate memory for loading the grid
22  allocate(grid_x(isize, jsize), grid_y(isize, jsize))
23  ! Allocate memory for calculation result
24  allocate(depth(isize - 1, jsize - 1), wetflag(isize - 1, jsize - 1))
25  ! Read the grid into memory
26  call cg_iric_read_grid2d_coords(fin, grid_x, grid_y, ier)
27
28  ! Output the initial state information.
29  time = 0
30  convergence = 0.1
31  call cg_iric_write_sol_start(fin, ier)
32  call cg_iric_write_sol_time(fin, time, ier)
33  call cg_iric_write_sol_iface_real(fin, 'FluxI', fluxi, ier)
34  call cg_iric_write_sol_jface_real(fin, 'FluxJ', fluxj, ier)
35  call cg_iric_write_sol_end(fin, ier)
36  do
37    time = time + 10.0
38
39    ! (Perform calculation here)
40
41    call iric_check_cancel(canceled)
42    if (canceled == 1) exit
43
44    ! Output calculation results
45    call cg_iric_write_sol_start(fin, ier)
46    call cg_iric_write_sol_time(fin, time, ier)
47    call cg_iric_write_sol_iface_real(fin, 'FluxI', fluxi, ier)
48    call cg_iric_write_sol_jface_real(fin, 'FluxJ', fluxj, ier)
49    call cg_iric_write_sol_end(fin, ier)
50
51    if (time > 1000) exit
52  end do
53
54  ! Close CGNS file
55  call cg_iric_close(fin, ier)
56  stop
57end program SampleProgram