High-performance Atmospheric Radiation Package (HARP)

How to make a line by line radiative transfer calculation

1. git clone the source code

git clone https://github.com/luminoctum/athena-harp harp-1.0

2. cd into third party software folder

cd harp-1.0/thirdparty

3. untar RFM and DISORT softwares

tar -xvf rfm-4.33.tar.gz
tar -xvf cdisort-2.1.3a.tar.gz

4. compile third party softwares

make

5. make a experiment folder

mkdir 1d-rad-jupiter

6. create or copy model input file

cp input/athinput.radjup ./1d-rad-jupiter/

7. copy the configuration of the input file and configure

head 1d-rad-jupiter/athinput.radjup
./configure --comp=a5 --prob=radconv --eos=heterogeneous --main=radiation -netcdf -disort
make -j8

8. cd to experiment folder

cd 1d-rad-jupiter

9. link excutables

ln -s ../bin/athena ./
ln -s YOUR_HITRAN_PARFILE ./
ln -s ../thirdparty/hitbin ./
cp ../thirdparty/run_ktable.csh ./
ln -s ../thirdparty/run_rfm.py ./
ln -s ../thirdparty/kcoeff ./

10. run hibtin

./hitbin

11. run ktable

./run_ktable.csh

12. run radiative transfer code

./athena -i athinput