You now have the code and some scripts `radsub' and
`runRAD'. `runRAD' contains most of the script which will actually perform
the run and `radsub' us used to select run options, modify `runRAD' to
create the script `runJOB' and execute `runJOB' which performs
run. There is also the script `default', which contains default
settings, and you need to edit this script to replace the_user
with your user name. You also need to add the bin directory, which
$HOME/rad/bin, into your PATH by adding the line
addpath $HOME/rad/bin PATH
either into your .kshrc file or in the xterm window evey time you run the model.
These scripts have only just be written, so they may be modified subject to user's requirements.
There is a test case which can be used to test that you can actually carry out runs, and is demostrates how the model runs. To run this you'll need to move into the directory TEST_CASE, and type `radsub', which should bring up a menu. You'll need to ensure first time round that the `type of run' involves some sort of compilation, and then submit by pressing the `s' key.
On going information on the run can be found in the file `note'.
Existing documentation
Ellie has a brief handout with hints on how to run model and
a very big black folder of documentation.
Routines for radiation
The table below gives some of the typical examples of the routines used in the
radiation code. Some scrappy summarises of the routines have been
produced but they are not total reliable.
All the routines in the LEM radiation code are contained in this version except
Variable Name | Physically it is |
IU_DATA_OUT | 71 (def_data_in.icf) |
IU_ERR | 7 (def_std_io.icf) |
IU_FILTER | 72 (def_data_in.icf) |
IU_USER | 6 (def_std_io.icf) |
IU_RAW_IN | 70 (def_data_in.icf) |
IU_SAMSON_IN | 20 (def_samson_io.icf |
IU_SAMSON_OUT | 21 (def_samson_io.icf |
IU_STDIN | 5 (def_std_io.icf) |
IU_STDOUT | 6 (def_std_io.icf) |
NPD_COLUMN | 20 (dimensions_field.ucf) |
NPD_LAYER | 140 (dimensions_field.ucf) |
NPD_PROFILE | 1 (dimensions_field.ucf) |