Trace upwards through call tree for fid

  1. fid is dummy arg 1 of wrf_auxhist1out (share/wrf_auxhist1out.f);
     corresponding actual arg is fid, arg number 0 in call 1 by wrf_auxhist1out (share/output_wrf.f).

  2. fid is dummy arg 1 of output_wrf (share/output_wrf.f);
     corresponding actual arg is fid, arg number 0 in call 1 by output_wrf (share/module_io_domain.f).

  3. fid is dummy arg 1 of output_model_input (share/module_io_domain.f);
     corresponding actual arg is fido, arg number 0 in call 1 by output_model_input (main/ndown_em.f).

fido is not an argument to ndown_em. May be local or use-associated.
ndown_em has 0 arguments
     corresponding actual arg is id1, arg number 0 in call 1 by output_model_input (main/real_em.f).

id1 is not an argument to assemble_output. May be local or use-associated.
assemble_output has 4 arguments
  1. grid of type type(domain)::grid intent inout
  2. config_flags of type type(grid_config_rec_type)::config_flags intent inout
  3. loop of type integer intent in
  4. time_loop_max of type integer intent in
     corresponding actual arg is fid, arg number 0 in call 1 by output_model_input (share/mediation_integrate.f).

fid is not an argument to med_filter_out. May be local or use-associated.
med_filter_out has 2 arguments
  1. grid of type type(domain)::grid intent inout
  2. config_flags of type type(grid_config_rec_type) intent in
     corresponding actual arg is fid, arg number 0 in call 1 by output_wrf (share/module_io_domain.f).

  3. fid is dummy arg 1 of output_aux_model_input1 (share/module_io_domain.f);
     corresponding actual arg is fid, arg number 0 in call 1 by output_wrf (share/module_io_domain.f).

  3. fid is dummy arg 1 of output_aux_model_input2 (share/module_io_domain.f);
     corresponding actual arg is fid, arg number 0 in call 1 by output_wrf (share/module_io_domain.f).

  3. fid is dummy arg 1 of output_aux_model_input3 (share/module_io_domain.f);
     corresponding actual arg is fid, arg number 0 in call 1 by output_wrf (share/module_io_domain.f).

  3. fid is dummy arg 1 of output_aux_model_input4 (share/module_io_domain.f);
     corresponding actual arg is fid, arg number 0 in call 1 by output_wrf (share/module_io_domain.f).

  3. fid is dummy arg 1 of output_aux_model_input5 (share/module_io_domain.f);
     corresponding actual arg is id5, arg number 0 in call 1 by output_aux_model_input5 (main/real_em.f).

id5 is not an argument to assemble_output. May be local or use-associated.
assemble_output has 4 arguments
  1. grid of type type(domain)::grid intent inout
  2. config_flags of type type(grid_config_rec_type)::config_flags intent inout
  3. loop of type integer intent in
  4. time_loop_max of type integer intent in
     corresponding actual arg is fid, arg number 0 in call 1 by output_wrf (share/module_io_domain.f).

  3. fid is dummy arg 1 of output_history (share/module_io_domain.f);
     corresponding actual arg is grid%oid, arg number 0 in call 1 by output_history (share/mediation_integrate.f).

  4. Registry-defined:  state  integer  oid  " "  " "

     corresponding actual arg is fid, arg number 0 in call 1 by output_wrf (share/module_io_domain.f).

  3. fid is dummy arg 1 of output_aux_hist1 (share/module_io_domain.f);
     corresponding actual arg is grid%auxhist1_oid, arg number 0 in call 1 by output_aux_hist1 (share/mediation_integrate.f).

  4. Registry-defined:  state  integer  auxhist1_oid  " "  " "

     corresponding actual arg is fid, arg number 0 in call 1 by output_wrf (share/module_io_domain.f).

  3. fid is dummy arg 1 of output_aux_hist2 (share/module_io_domain.f);
     corresponding actual arg is grid%auxhist2_oid, arg number 0 in call 1 by output_aux_hist2 (share/mediation_integrate.f).

  4. Registry-defined:  state  integer  auxhist2_oid  " "  " "

     corresponding actual arg is fid, arg number 0 in call 1 by output_wrf (share/module_io_domain.f).

  3. fid is dummy arg 1 of output_aux_hist3 (share/module_io_domain.f);
     corresponding actual arg is grid%auxhist3_oid, arg number 0 in call 1 by output_aux_hist3 (share/mediation_integrate.f).

  4. Registry-defined:  state  integer  auxhist3_oid  " "  " "

     corresponding actual arg is fid, arg number 0 in call 1 by output_wrf (share/module_io_domain.f).

  3. fid is dummy arg 1 of output_aux_hist4 (share/module_io_domain.f);
     corresponding actual arg is grid%auxhist4_oid, arg number 0 in call 1 by output_aux_hist4 (share/mediation_integrate.f).

  4. Registry-defined:  state  integer  auxhist4_oid  " "  " "

     corresponding actual arg is fid, arg number 0 in call 1 by output_wrf (share/module_io_domain.f).

  3. fid is dummy arg 1 of output_aux_hist5 (share/module_io_domain.f);
     corresponding actual arg is grid%auxhist5_oid, arg number 0 in call 1 by output_aux_hist5 (share/mediation_integrate.f).

  4. Registry-defined:  state  integer  auxhist5_oid  " "  " "

     corresponding actual arg is fid, arg number 0 in call 1 by output_wrf (share/module_io_domain.f).

  3. fid is dummy arg 1 of output_restart (share/module_io_domain.f);
     corresponding actual arg is rid, arg number 0 in call 1 by output_restart (share/mediation_integrate.f).

rid is not an argument to med_restart_out. May be local or use-associated.
med_restart_out has 2 arguments
  1. grid of type type(domain)::grid intent inout
  2. config_flags of type type(grid_config_rec_type) intent in
     corresponding actual arg is fid, arg number 0 in call 1 by output_wrf (share/module_io_domain.f).

  3. fid is dummy arg 1 of output_boundary (share/module_io_domain.f);
     corresponding actual arg is fidb, arg number 0 in call 1 by output_boundary (main/ndown_em.f).

fidb is not an argument to ndown_em. May be local or use-associated.
ndown_em has 0 arguments
     corresponding actual arg is id, arg number 0 in call 1 by output_boundary (main/real_em.f).

id is not an argument to assemble_output. May be local or use-associated.
assemble_output has 4 arguments
  1. grid of type type(domain)::grid intent inout
  2. config_flags of type type(grid_config_rec_type)::config_flags intent inout
  3. loop of type integer intent in
  4. time_loop_max of type integer intent in

fid is an actual arg in calls to these routines from wrf_auxhist1out
  wrf_ext_write_field (argument 1 ; matching dummy arg is datahandle with intent inout)
  wrf_ext_write_field (argument 1 ; matching dummy arg is datahandle with intent inout)
  wrf_ext_write_field (argument 1 ; matching dummy arg is datahandle with intent inout)
  wrf_ext_write_field (argument 1 ; matching dummy arg is datahandle with intent inout)
  wrf_ext_write_field (argument 1 ; matching dummy arg is datahandle with intent inout)
  wrf_ext_write_field (argument 1 ; matching dummy arg is datahandle with intent inout)