##Compile & build Instructions##

.../optimizationCode$ mkdir build
.../optimizationCode$ cd build
.../optimizationCode/build$ cmake  -DCMAKE_BUILD_TYPE=RELEASE -DOptiX_INSTALL_DIR=/home/cs/software/sivelab/NVIDIA-OptiX-SDK-3.6.2-linux64 -DCUDA_TOOLKIT_ROOT_DIR=/home/cs/software/sivelab/cuda_6.0 ..
.../optimizationCode/build$ make

##Run instructions##

.../optimizationCode/build$ cd src
.../optimizationCode/build/src$ mpirun -np {no. of processes to be created} --machinefile {file containing the list of slaves} ./quic --optfile={path to optimization file} --loglevel={info, debug, error}

eg.
mpirun -np 10 -v --machinefile ../../inputs/machines.txt   ./quic --optfile=../../inputs/optfiles/optTest8D_LSM_job_antlr_tiny.opt --loglevel=info

Directory Structure

optimizationCode

• docs (documentation)

• fitness_lib (fitness function shared lib)

• include (Contains symbolic links to include directories all libraries in src)

• inputs (sample optfiles and hostsfile)

• src (source code)--|

  • MPI_Framework (Code which needs to be implemented by all jobs)

  • mpi_gpuplume (GPU Plume code implementing MPI_framework)

  • opt_grammar (ANTLR grammar for reading optimization files)

  • qes_spf_mpi (TODO)

  • Utils (Utility code)

• tests (Visit this if you have any questions)

• thesisDoc(Thesis story)

• CMakeLists.txt (Top level cmake file)

• README.md (you are reading it right now!)