1. Add your env file (if using jureca then env-new-jureca-gpu.sh should suffice) for module loading and CMAKE directives
2. Modify config.sh to source your env file and the base directory for installation
3. ./superbblas.sh
4. ./primme.sh
5. ./llvm.sh
6. ./qmp.sh
7. ./qdpjit.sh
8. ./quda.sh
9. ./chroma.sh

In each of the above files, the following lines must be uncommented for a new build

#rm -rf $SOURCE_DIR/$PKG
#rm -rf $BUILD_DIR/$PKG
#rm -rf $INSTALL_DIR/$PKG

#mkdir $BUILD_DIR/$PKG
#mkdir $INSTALL_DIR/$PKG

#pushd $SOURCE_DIR
#git clone --recursive --branch devel https://github.com/JeffersonLab/chroma.git $PKG
#popd

If one needs to convert the output chroma binaries to HDF5 manually (There is H5 conversion capability in https://github.com/callat-qcd/lalibe but we have not implemented this)

See https://github.com/gdbrad/chroma_sdb-h5-convert

The files convert_meson96.cc and convert_peram96.cc need to be added to the directory {PATH-TO-CHROMA-DIR}/source/chroma/mainprogs/main. This can be done after building Chroma, just comment out everything in chroma.sh except

source config.sh
PKG=chroma
pushd $BUILD_DIR/$PKG
$CMAKE --build . --parallel 24
$CMAKE --install .
popd

and re-run ./chroma.sh

Make sure to add the conversion binaries to the CMakeLists.txt file in {PATH-TO-CHROMA-DIR}/source/chroma/mainprogs/main/CMakeLists.txt;

set( ChromaMain_EXECUTABLES 
	chroma
	purgaug
	cfgtransf
	const_hmc
	hmc
	spectrum_s
    collect_propcomp 
    qpropgfix qproptrev 
    qpropqio  
    qproptransf 
    wallformfac
   convert_peram96
  convert_meson96 
)

AND

INSTALL( TARGETS hmc const_hmc chroma purgaug cfgtransf convert_peram96 convert_meson96 
		 EXPORT ChromaTargets
		 ARCHIVE DESTINATION lib
 		 LIBRARY  DESTINATION lib
  		 RUNTIME DESTINATION bin
  		 INCLUDES DESTINATION include