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  1. Hyak SAM

    SAM is System for Atmospheric Modeling. Below are steps to compile and run SAM with Intel MPI on Hyak. =============== Compile =============== Step (1) load modules module load netcdf_fortran_4.4.1-icc_15.0 module load icc_15.0-impi_5.0.1 Step (2) export Intel compiler variables export I_MPI_CC=icc export
    Hyak User DocumentationMay 31, 2018
  2. Hyak_lapack

    Programs using LAPACK and BLAS can be compiled by below steps. Here trial.f contains calls to LAPACK and/or BLAS subroutines. For GNU gfortran compiler: gfortran trial.f -llapack -lblas For Intel ifort compiler: module load icc_17 ifort trial.f -llapack -lblas or ifort trial.f -mkl For Use
    Hyak User DocumentationApr 17, 2019
  3. Hyak fortran

    To use the GNU gfortran compiler: Below command tells you the version of gfortran: gfortran -v To use the Intel ifort compiler: module load icc_17 … to the compiler: -mcmodel=medium   (try this first) or -mcmodel=large LAPACK and BLAS: If your Fortran program uses LAPACK or BLAS, then please see below link
    Hyak User DocumentationApr 17, 2019
  4. Re: Report Draft

    of platforms including mobile. Or perhaps a compiled version if it's important to also keep some of the 'tech speak' Migrated to Confluence 4.0
    Portal Evaluation / … / Report DraftJan 04, 2010
  5. Hyak_SAM

    SAM is System for Atmospheric Modeling. Below are steps to compile and run SAM with Intel MPI on Hyak. {{h4. h4. Compileh4. }} Step (1) load modules module load netcdf_fortran_4.4.1-icc_15.0 module load icc_15.0-impi_5.0.1 Step (2) export Intel compiler variables export I_MPI_CC=icc export I_MPI_CXX=icpc
    Hyak User DocumentationAug 31, 2016
  6. Hyak_WRF

    core nodes (e.g. coenv nodes) <!-- ./compile em_tropical_cyclone --> ./compile em_real <!-- (or any of the directory names in ./WRFV3/test directory) ls … /wrf_install select choice 20 for 16 core nodes, select choice 15 for 8 and 12 core nodes ./compile em_tropical_cyclone cd test/em_tropical_cyclone
    Hyak User DocumentationAug 31, 2016
  7. Hyak WRF

    WRFIO_NCD_LARGE_FILE_SUPPORT=1 ./configure select INTEL (ifort/icc): Xeon (SNB with AVX mods) for 16 core nodes (e.g. stf, uwbstem, coenv nodes)   ./compile em_tropical_cyclone ./compile em_real   (or any of the directory names in ./WRFV3/test directory) ls main/*.exe If you built a real data case, you should see
    Hyak User DocumentationJun 05, 2018
  8. Page list

    Hyak-Quota notes Hyak ANSYS Hyak Account Creation Hyak BLCR Hyak CESM Hyak CFX Hyak CPU Usage Hyak CSDE R Open MPI Hyak Citations Hyak Compile HDF5 Parallel Hyak Compiling HDF5 Parallel Hyak Compiling HDF5 Serial Hyak Email Support Hyak FDTD Solutions Hyak Fluent Hyak HOWTO Hyak_IPython_Jupyter Hyak
    Hyak User DocumentationSep 06, 2016
  9. WIKI for Hyak users Guidelines

    the development environment (compilers, etc.) to follow some of the examples (Hyak Compiling HDF5 Serial, Hyak Compiling HDF5 Parallel, Hyak MPICH2-MX, Hyak Open MPI
    Hyak User DocumentationAug 31, 2016
  10. David Baker.ppt

    to the Cloud based upon Open-Source Tools User defines input files for her/his enzyme design task Arzetta™ Source Code (C++) Cross-compiled (Linux/MacOS