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[u/mrichter/AliRoot.git] / STARLIGHT / starlight / .svn / text-base / Readme.PhotoNuclear.svn-base

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-
-======= Photonuclear Processes =======
-
-Simulation of photonuclear interactions with STARlight is possible through an interface with DPMJet or Pythia. 
-These interfaces can be enabled through options passed to cmake during the configuration process. However, due 
-to DPMJet depending on a different version of Pythia from what is used in the Pythia interface, both cannot be 
-enabled at the same time. 
-
-The gfortran compiler is required to use the photonuclear interfaces. 
-
-
-    ======= 1. Photonuclear interactions with DPMJet =======
-
-
-        ------- 1.1. Obtaining and installing DPMJet -------
-
-               
-               The DPMJet package can be obtained by contacting the authors as explained here: 
-               http://sroesler.web.cern.ch/sroesler/dpmjet3.html
-
-               Once you have the code proceed with these steps:
-
-               Changle the line containing the OPT variable in the DPMJet Makefile:
-
-               OPT = -c -C -std=legacy -O  -O3 -g -fexpensive-optimizations -funroll-loops -fno-automatic -fbounds-check -v -fPIC
-
-               ----- 64-bit -----
-
-               You should make sure that all -m32 options are removed from the Makefile. 
-
-               Unfortunately the DPMJet package depends on a floating point exception trap implementation, 
-               and only a 32-bit version of that is included in the package. An example implementation can be found here:
-
-               http://www.arsc.edu/arsc/support/news/hpcnews/hpcnews376/
-
-               Under "Fortran Floating Point Traps for Linux" there is a code example. A file based on this, fpe.c, 
-               can be found in the external directory in Starlight. Move that to your DPMJet directory and run:
-
-               $ gcc -o fpe.o fpe.c
-
-               ----- End 64-bit -----
-
-               Then in the DPMJet directory run:
-
-               $ make
-
-               ------- 1.2. Compiling Starlight with DPMJet interface -------
-
-               To enable the compilation of the DPMJet interface please follow these steps:
-
-               CMake uses an environment variable $DPMJETDIR to locate the DPMJet object files. 
-
-               $ export DPMJETDIR=<path to dpmjet>
-
-               Then create a build directory for Starlight
-
-               $ mkdir <build-dir>
-
-               and change into it
-
-               $ cd <build-dir>
-
-               Run CMake with the option to enable DPMJet 
-
-               $ cmake <path-to-starlight-source> -DENABLE_DPMJET=ON
-
-               Then build it
-
-               $ make
-
-
-       ------- 1.3. Running Starlight with DPMJet interface -------
-
-
-               To run Starlight with the DPMJet interface a couple of files are needed in the directory
-               where you want to run Starlight.
-
-               The files needed are:
-               slight.in (Starlight config file. An example suitable for DPMJet can be found in config/slight.in.dpmjet)
-               my.input (DPMJet config file. An example can be found in config/my.input)
-               dpmjet.dat (Can be found in the DPMJet source directory)
-
-               In the slight.in file the relevant production modes (PROD_MODE) for DPMJET is:
-
-               5: A+A single excitation
-               6: A+A double excitation
-               7: p+A single excitation
-
-               In addition the minimum and maximum gamma energies must be set. It is important that 
-               these are within the interval set in the my.input file
-
-