104 | | Distribution of plant canopy.\\\\ |
105 | | Besides using the default value, that will create a horizontally homogeneous plant canopy extending over the total horizontal extension of the model domain, there are other ways to distribute the plant canopy across the domain. The user may add |
106 | | * a NetCDF input file ({{{<jobname>_static}}}, in same location as {{{<jobname>_p3d}}}, available from r2746) with 3D information of leaf area density '''or''' |
107 | | * code to PALMs [wiki:doc/app/userint user interface) subroutine {{{user_init_plant_canopy}}} |
108 | | to generate customized plant canopy distributions.\\\\ |
109 | | The simulation of a plant canopy requires the setting of a non-zero [#canopy_drag_coeff canopy_drag_coeff]. |
| 104 | The user can choose between the following modes:\\\\ |
| 105 | '' 'homogeneous' '' |
| 106 | Horizontally homogeneous plant canopy extending over the total horizontal dimensions of the model domain.\\\\ |
| 107 | |
| 108 | '' 'read_from_file' (available from r2746) '' |
| 109 | Requires a NetCDF input file ({{{<jobname>_static}}}) with 3D information of leaf area density (see wiki:doc/app/iofiles/pids/static#lad static input file).\\\\ |
| 110 | |
| 111 | '' 'user_defined' '' (Or any other string that matches case in user code) |
| 112 | According to user settings in subroutine {{{user_init_plant_canopy.f90}}}.\\\\ |
| 113 | |
| 114 | In any case, the simulation of a plant canopy requires the setting of a non-zero [#canopy_drag_coeff canopy_drag_coeff]. |