Okazaki Research Facilities
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Package Programs List
Compilers and Libraries
(Status on Feb. 19, 2020.)
|
Name |
Version | misc info |
|---|---|---|
| Intel Parallel Studio XE | 2019 update 5 | icc 19.0.5 |
| icpc 19.0.5 | ||
| ifort 19.0.5 | ||
| impi 2019.0.5 (2019.5.281) | ||
| 2019 update 1 | icc 19.0.1 | |
| icpc 19.0.1 | ||
| ifort 19.0.1 | ||
| impi 2019 Update 1 (2019.1.144) | ||
| 2018 update 4* | icc 18.0.5 | |
| icpc 18.0.5 | ||
| ifort 18.0.5 | ||
| impi 2018.0.4 | ||
| 2018 update 2 | icc 18.0.2 | |
| icpc 18.0.2 | ||
| ifort 18.0.2 | ||
| impi 2018.0.2 | ||
| 2017 update 8 | icc 17.0.8 | |
| icpc 17.0.8 | ||
| ifort 17.0.8 | ||
| impi 2017.0.4 | ||
| 2017 update 4 | icc 17.0.4 | |
| icpc 17.0.4 | ||
| ifort 17.0.4 | ||
| impi 2017.0.3 | ||
| 2015 update 1 | icc 15.0.1 | |
| icpc 15.0.1 | ||
| ifort 15.0.1 | ||
| impi 5.0 Update 2 | ||
| GCC | 4.8.5* | |
| 8.3.1 | Devtoolset-8 Software Collections | |
| 7.3.1 | Devtoolset-7 Software Collections | |
| 6.3.1 | Devtoolset-6 Software Collections | |
| 5.3.1 | Devtoolset-4 Software Collections | |
| 4.9.2 | Devtoolset-3 Software Collections | |
| PGI Compilers and Tools | 18.1-1* | |
| 17.5-0 | ||
| 16.5-0 | ||
| CUDA | 10.1.243 | |
| 9.1.85* | ||
| 8.0.61 | ||
| Python1 | 3.4.5 | (default version for python3) |
| 2.7.5* | ||
| 3.7.3 (Anaconda3-2019.03) | ||
| 2.7.16 (Anaconda2-2019.03) | ||
| Julia | 1.3.1 | /local/apl/lx/julia-1.3.1/bin/julia |
| Open MPI | 4.0.2 | (mpi1 and cxx support enabled) |
| 4.0.0 | (cxx support enabled) | |
| 3.1.0 | ||
| 2.1.3 |
*: default version
1: installation of Anaconda (to the homedir) is also recommended
Application Software
(Mar. 5, 2020) The following packages are installed in the system. Please see the official documents/manuals for the detailed usage. These packages are installed under /local/apl/lx directory of the frotend hosts and calculation nodes. See this page for detailed information about installation.
| name | description |
|---|---|
| ABINIT | Package for material science within density functional theory, using a plane wave basis set and pseudopotentials. |
| AMBER | Package of molecular simulation programs. |
| AutoDock | Suite of automated docking tools. |
| CP2K | A quantum chemistry and solid state physics software package. |
| CRYSTAL | General-purpose programs for the study of crystalline solids. |
| DIRAC | Computes molecular properties using relativistic quantum chemical methods (named after P. A. M. Dirac). |
| GAMESS | General atomic and molecular electronic structure system. |
| Gaussian | Ab initio molecular orbital calculations. |
| GENESIS | Molecular dynamics and modeling software for bimolecular systems such as proteins, lipids, glycans, and their complexes. |
| GROMACS | Fast, Free and Flexible MD |
| GRRM | Automated Exploration of Reaction Pathways. |
| LAMMPS | Large-scale Atomic/Molecular Massively Parallel Simulator. |
| OpenMolcas | Quantum chemistry software. |
| Molpro | Complete system of ab initio programs. |
| NAMD | Scalable molecular dynamics program. |
| NBO/NBOView | Discovery tool for chemical insights from complex wavefunctions. |
| NTChem(*17) | Comprehensive new software of ab initio quantum chemistry made in AICS from scratch. |
| NWChem | Computational chemistry tools that are scalable both in their ability to treat large scientific computational chemistry problems |
| PSI4 | Open-source suite of ab initio quantum chemistry programs designed for efficient, high-accuracy simulations of a variety of molecular properties. |
| Quantum ESPRESSO | Integrated suite of Open-Source computer codes for electronic-structure calculations and materials modeling at the nanoscale. |
| Reaction Plus | Program to obtain the transition state and reaction path along the user’s expected reaction mechanism. |
| SIESTA | Efficient electronic structure calculations and ab initio molecular dynamics simulations of molecules and solids |
| SMASH | Scalable Molecular Analysis Solver for High performance computing systems |
| TURBOMOLE | One of the fastest programs for standard quantum chemical applications. |
| GaussView | Viewer for Gaussin 03 / 09. |
| Luscus | A portable GUI for MOLCAS and other quantum chemical software. |
| Molden | Visualization program of molecular and structure. |
| VMD | Molecular graphics viewer |
| name | version | revision | status (install date) | notes |
|---|---|---|---|---|
| ABINIT | 8.8.3 | ◎ (2018/7/10) | ||
| 7.8.2 | － | |||
| ADF(*9) | (unavailable) | |||
| Amber | 18 | bugfix 16 | ○ (2019/9/10)☆ | P100, V100 supported |
| 18 | bugfix 12 | ◎ (2019/2/14)☆ | P100, V100 supported | |
| 18 | bugfix 11-volta | ○ (2019/2/14)☆ | V100 supported | |
| 18 | bugfix 1 | ○ (2018/6/4)☆ | P100, V100 supported | |
| 16 | bugfix 15 | ○ (2018/7/25)☆ | P100 supported | |
| 16 | bugfix 10 | ○ (2017/10/01)☆ | P100 supported | |
| 14 | bugfix 11 | ○ (2015/7/21) | ||
| 12 | bugfix 21 | ○ (2013/12/10) | ||
| AutoDock | 4.2.6 | － | ||
| CP2K | 7.1.0 | ○ (2020/2/27)‖ | ||
| 6.1.0 | ○ (2018/11/22)☆‖ | P100, V100 supported | ||
| CRYSTAL | 17(*21) | 1.0.2 | ○ (2020/1/27) | |
| 14(*18) | 1.0.4 | ◎ (2016/5/11) | ||
| DIRAC(*19) | 18.0 | ○ (2019/5/14) | ||
| GAMESS | 2019 | Sep30 | ○ (2019/12/13)△ | |
| 2018 | Sep30 | ◎ (2018/11/9)▲ | ||
| 2018 | Feb14 | ○ (2018/3/19)▲ | ||
| 2017 | Nov11 | ○ (2017/12/15) | ||
| 2017(*11) | Apr20 | ○ (2017/10/1) | ||
| Gaussian | 16 | C.01 | ○ (2019/8/2)☆▲△ | P100, V100 supported |
| 16 | B.01 | ◎ (2018/3/12)☆▲ | P100 supported | |
| 16 | A.03 | ○ (2017/2/13)▲ | ||
| 09 | E.01 | ◎ (2015/12/24) | ||
| 09 | D.01 | ○ (2013/7/25)▲ | ||
| 09 | C.01 | ○ (2012/2/1) | ||
| 09 | B.01 | ○ (2012/2/7) | ||
| GENESIS | 1.4.0 | ○ (2019/11/21)☆ | P100, V100★ supported | |
| 1.3.0 | ○ (2018/9/4)☆ | P100, V100★ supported | ||
| 1.1.6 | ○ (2017/12/13)☆ | P100, V100★ supported | ||
| 1.1.5 | ○ (2017/8/4) | |||
| GROMACS | 2019.6 | ○ (2020/3/5)☆‖ | P100, V100 supported | |
| 2019.4 | ○ (2019/10/8)☆‖ | P100, V100 supported | ||
| 2019.2 | ○ (2019/4/18)☆‖ | P100, V100 supported | ||
| 2018.8 | ○ (2019/10/8)☆‖ | P100, V100 supported | ||
| 2018.7 | ○ (2019/7/19)☆‖ | P100, V100 supported | ||
| 2018.6 | ◎ (2019/3/27)☆‖ | P100, V100 supported | ||
| 2018.3 | ○ (2018/9/4)☆‖ | P100, V100 supported | ||
| 2018.1(*14) | ○ (2018/4/17)‖ | |||
| 2016.6 | ○ (2019/2/22)☆‖ | P100, V100 supported | ||
| 2016.5 | ○ (2018/4/17)☆‖ | P100, V100★ supported | ||
| 2016.4 | ○ (2017/10/01)☆ | P100, V100★ supported | ||
| 2016.3(*10) | ○ (2017/3/16)☆ | P100, V100★ supported | ||
| 2016.1(*10) | ○ (2017/2/2)☆ | P100, V100★ supported | ||
| 5.1.5(*12) | ○ (2018/4/17)☆‖ | P100, V100★ supported | ||
| 5.1.4 | ○ (2018/1/19)☆ | P100, V100★ supported | ||
| 4.5.5 | ○ (2012/6/12)☆ | |||
| GRRM(*5) | 14 | ◎ (2015/7/29) | ||
| 11 | ○ (2012/9/26) | |||
| LAMMPS | 7Aug19 | ○ (2019/11/14)☆ | P100, V100 supported | |
| 22Aug18 | ◎ (2018/11/6)☆ | P100 supported (lmp_rccs_gpu) V100 supported (lmp_rccs_volta) |
||
| 16Mar18(*15) | ○ (2018/5/10)☆‖ (2018/7/4 update) |
P100 supported | ||
| Molcas | 8.2 | (2020/1/30 license expired) | ||
| Molpro(*2) | 2019.2.3(*8) | ○ (2019/12/10) | ||
| 2019.1.2(*8) | ○ (2019/4/16) | |||
| 2018.2(*8) | ◎ (2018/12/20) | |||
| 2015.1(*8) | 33 | ○ (2018/6/12) | ||
| 2015.1(*8) | 27 | ○ (2017/12/14) | ||
| 2015.1(*8) | 19 | ○ (2017/10/1) | ||
| 2012.1(*8) | 37 | ○ (2016/4/19) | ||
| NAMD | 2.13 | ◎ (2018/12/7)☆ | P100, V100 supported | |
| 2.11 | ○ (2017/10/1)☆ | P100, V100★ supported | ||
| NBO | 7.0 | 7 | ○ (2020/1/6) | |
| 7.0 | 2 | ◎ (2019/1/23) | ||
| 6.0 | 18 | ◎ (2018/3/16) | ||
| 6.0 | 15 | ○ (2018/2/6) | ||
| NTChem(*17) | 2013.5.0 | ◎ (2015/4/20) | ||
| NWChem | 6.8 | ◎ (2018/1/22) | ||
| OpenMolcas | ◎ (2019/6/7) | latest version on June 4, 2019 | ||
| ORCA(*20) | 4.2.1 | ○ (2020/1/8) | ||
| PSI4 | 1.1 | ◎ (2018/1/12) | ||
| Quantum ESPRESSO | 6.3 | ◎ (2018/12/17) | ||
| 6.1 | ○ (2017/9/14) | |||
| 5.4 | ○ (2018/12/17) | |||
| 5.1.2 | ○ (2015/4/8) | |||
| ReactionPlus | 1.0 | ◎ (2018/1/22) | ||
| SIESTA | 4.0.2 | ◎ (2019/3/14) | ||
| 3.1(*16) | ○ (2012/8/16) | |||
| SMASH | 2.2.0 | ○ (2017/5/16) | ||
| TURBOMOLE(*3) | 7.4.1 | ○ (2020/3/2) | ||
| 7.4 | ○ (2019/8/20) | |||
| 7.3 | ◎ (2018/7/23) | |||
| 7.2.1 | ○ (2017/12/12) | |||
| 7.2 | ○ (2017/8/4) | |||
| VASP(*4) | (unavailable) |
| name | version | revision | command name / path | install date |
|---|---|---|---|---|
| GaussView | 6.1.1 | /local/apl/lx/g16c01/gv/gview.sh | ○ (2019/10/29) | |
| 6.0.16 | gview6 | ◎ (2017/2/2) | ||
| 5.0.9 | gview5 | ◎ (2013/3/13) | ||
| Luscus | 0.8.6 | /local/apl/lx/luscus086/bin/luscus | ◎ (2019/6/10) | |
| Molden | 5.7 | molden | ◎ (2016/11/22) | |
| NBOView2 | 2 | /local/apl/lx/nboview2/nboview2 | ◎ (2018/2/6) | |
| VMD | 1.9.3 | /local/apl/lx/vmd193/bin/vmd | ◎ (2018/2/19) |
◎: installed. Simplified alias (such as g16) is also available.
○: installed. Version number (such as g16a03) has to be specified explicitly.
▲: compatible with NBO 6.0
△: compatible with NBO 7.0
☆: GPU version available
★: Not a native build for this architecture. Performance might be limited due to its nature.
‖: GCC and Intel versions available
Notices
(*2) molpro license will be expired on Sep 15, 2020. The license will be renewed every year.
(*3) Only non-commercial users in Japan can use this. The license will be expired in Jan, 2020. The license will be renewed every year.
(*4) VASP considers a small research group as a unit of licensee. We cannot install it in this center due to the policy. Users should get the license by yourselves.
(*5) (English guide is not available...) User guide by the developers (for GRRM14/for GRRM11) and a guide for this center (for GRRM14/for GRRM11) are available. But both of them are written in Japanese.
(*8) SMILES (a package for molecular integrals with Slater functions) is enabled.
(*9) Cannot install ADF due to its very expensive license fee.
(*10) double precision version is not installed becuase of failures on some regression tests.
(*11) Parallel executioin of exam13.inp results in a fail. This is due to the bug in the parallel computation of higher order electrostatic moments. (already reported to the official)
(*12) SelectionCollectionDataTest.HandlesCharge unittest failed on intel, single precision version due to a tricky numerical error
(*14) GPU versions (intel and gcc) are not installed, since they fail on some tests. (tip4p for intel15-cuda8, lj-pme for gcc5-cuda8)
(*15) Package list and result of tests for each version can be found in (CPU(intel) / GPU(intel) / CPU(gcc) / GPU(gcc)).
(*16) The following papers must be cited when you publish papers involving SIESTA 3.x calculations.
1. “Self-consistent order-N density-functional calculations for
very large systems”, P. Ordejón, E. Artacho and J. M. Soler,
Phys. Rev. B (Rapid Comm.) 53, R10441-10443 (1996).
2. “The SIESTA method for ab initio order-N materials simulation”
J. M. Soler, E. Artacho,J. D. Gale, A. García, J. Junquera,
P. Ordejón, and D. Sánchez-Portal, J. Phys.: Condens. Matt. 14,
2745-2779 (2002).
(*17) You have to cite some papers when you publish papers with NTChem results. Please read documentations of NTChem. They are available in /local/apl/pg/ntchem/doc at the frontend nodes.
(*18) To use CRYSTAL14, license agreement is required for each user. Once the agreement is arrivied at RCCS, you will be able to use CRYSTAL14.
(*19) References listed in this page must be cited when you publish results obtained with DIRAC.
(*20) User registration is required for ORCA. Please read this page (user only) for further details.
(*21) To use CRYSTAL17, license agreement is required for each user. Once the agreement is arrivied at RCCS, you will be able to use CRYSTAL17.
| Attachment | Size |
|---|---|
 CRYSTAL14 license agreement | 281.59 KB |
| CRYSTAL17 license agreement | 255.88 KB |