12 | | }}} |
13 | | with the following arguments: |
14 | | {{{ |
15 | | INTEGER, INTENT(in) :: id_obs !< Index of observation type to return |
16 | | INTEGER, INTENT(out) :: dim_obs_p_diag !< Observation dimension |
17 | | REAL, POINTER, INTENT(out) :: HXmean_p_ptr(:) !< Pointer to observed ensemble mean |
| 12 | |
| 13 | INTEGER, INTENT(in) :: id_obs ! Index of observation type to return |
| 14 | INTEGER, INTENT(out) :: dim_obs_p_diag ! Observation dimension |
| 15 | REAL, POINTER, INTENT(out) :: HXmean_p_ptr(:) ! Pointer to observed ensemble mean |
21 | | * In case of a parallelized model, the vector HXmean_p_prt contains the observed ensemble mean for the process-sub-domain |
22 | | * In Fortran user code the obsevation pointer should be declared in the form[[BR]] `REAL, POINTER :: HXmean_p_ptr(:)`[[BR]] It does not need to be allocated. The target vector has the length `dim_obs_p_diag` |
23 | | * If the observation diagnostics have not be activated by using [wiki:PDAFomi_set_obs_diag] the pointer will not be set and `dim_obs_diag=0` will be returned. This value can be checked before assessing the pointer array |
| 19 | * In case of a parallelized model, the vector `HXmean_p_prt` contains the observed ensemble mean for the process-sub-domain |
| 20 | * In Fortran user code the pointer to the observed ensemble mean should be declared in the form[[BR]] `REAL, POINTER :: HXmean_p_ptr(:)`[[BR]] It does not need to be allocated. The target vector has the length `dim_obs_p_diag` |
| 21 | * If the observation diagnostics have not be activated by using [wiki:PDAFomi_set_obs_diag] the pointer will not be set and `dim_obs_diag=0` will be returned. This value can be checked before assessing the pointer array. |