Compile from source

No pre-compiled version of htrdr is provided; it must be compiled directly from its source tree. A simple way is to rely on star-build, which automates the build and installation of htrdr and its dependencies from source code.

Prerequisites

To build htrdr with star-build, first make sure your system has the following prerequisites:

POSIX shell
POSIX make
curl
git
mandoc
pkg-config
sha512sum
GNU Compiler Collection in version 8.3 or higher
netCDF4 library and headers
OpenMPI library and headers in version 2 or higher

Build

Assuming that the aforementioned prerequisites are available, the build procedure is summed up to:

git clone git://git.meso-star.com/star-build.git
cd star-build
make \
  PREFIX=~/htrdr_0.12 \
  BUILD=src/rad-apps/htrdr_0.12.sh

With PREFIX defining the path where htrdr will be installed and BUILD defining the installation script to be run.

By default, the whole htrdr project is built but you may prefer to deploy htrdr only for a specific application, i.e. only for atmospheric radiative transfer, combustion processes or planetary science. For example, to install only the atmospheric part of htrdr:

make \
    PREFIX=~/htrdr_0.12 \
    BUILD=src/rad-apps/htrdr_0.12.sh \
    ATMOSPHERE=ENABLE \
    COMBUSTION=DISABLE \
    PLANETS=DISABLE

Run

Evaluate the installed profile file in the current shell to register htrdr against it. You can then run htrdr and consult its manual pages:

. ~/htrdr_0.12/etc/profile
htrdr -h
man htrdr

Refer to the Starter Packs (atmosphere, combustion or planets) to quickly run a htrdr calculation; these archives provide input data and scripts that are good starting points to use htrdr.