Apps Queue

Typical Software Installation Process

List of Current Software Projects

Application Name Installation Status Estimated Start Estimated Completion Notes
SCIP 5.0.1 Stalled Apr 2018 Stalled due to issues with some dependencies
OrthoFinder 2.2.1 In Progress May 2018 July 2018 Requires 9 additional dependencies
Quantum ESPRESSO v6.2.1 In Progress Jun 2018 Jun 2018 Main install completed on Jun 28. Minor cleanup remaining.
Wannier90 v2.1.0 In Progress Jun 2018 July 2018
Maple 2018 In Progress July 2018 July 2018
FastTree v2.1 In Progress Jun 2018 July 2018 Required dependency for Orthofinder
Antelope 5.8 Pending July 2018
GISMO 1.1.0 Pending July 2018
MPIR Pending July 2018
Yasm Pending July 2018
MPFR Pending July 2018
FLINT Pending July 2018

Recently Completed Software Projects

Application Name Date Completed License Type Notes Additional Info
Ansys Electronics Desktop Suite v19.1 05/29/2018 Restricted - Authorized users only Electromagnetic and circuit design applications including HFSS, Maxwell, etc.
Ansys Multiphysics v19.1 05/29/2018 Restricted - Authorized users only ANSYS finite-element analysis applications
MaxQuant 1.6.2.3 06/15/2018 Academic License Required an update of system tool "mono" to the specific version 5.4.1.7
NCBI Blast 2.7.1+ 06/07/2018 Open Source Issues encountered and resolved when compiling on RHEL6 using Intel compilers Standalone and dependency for OrthoFinder
Circos 0.69-6 06/06/2018 Open Source Requires additional Perl modules for full functionality and an update to Perl 5.27
LinBox 1.5.2 05/22/2018 Open Source Required updated install of 8 additional library packages
Matlab R2018a 05/14/2018 USF Site License
Mathematica 11.3 05/11/2018 USF Site License
Julia 0.6.2 05/03/2018 Open Source
R 3.5.0 04/30/2017 Open Source
RSEM 1.3.0 04/27/2018 Open Source
Tophat 2.1.1 04/26/2018 Open Source
Pear 0.9.11 04/20/2018 Open Source
Bowtie 2.3.4.1 04/19/2018 Open Source
Intel Parallel Studio XE 2018 04/18/2018 USF Site License
Trimmomatic 0.36 04/12/2018 Open Source
SIESTA 4.0.1 04/05/2018 Open Source
SPAdes 3.11.1 03/30/2018 Open Source
Psi4 1.1 03/15/2018 Open Source
GCC 7.3.0 02/28/2018 GNU License
OpenMPI 2.0.4 03/14/2018 GNU License
COMSOL 5.3a 02/28/2018 USF Site License
Trinity 2.6.5 02/26/2018 Open Source
SageMath 7.5.1 02/12/2018 Open Source
Cufflinks 2.2.1 02/07/2018 Open Source
ORCA 4.0.1 02/05/2018 Open Source
SPECFEM3D 3.0 01/30/2018 Open Source
MEGA-CC 7.0.26-1 01/08/2018 Open Source
MUSCLE 3.8.31 01/08/2018 Open Source
Xilinx ISE 14.7 12/14/2017 Restricted - Authorized users only Electrical Engineering
Xilinx Vivado 2017.3 12/14/2017 Restricted - Authorized users only Electrical Engineering
GDC Data Transfer Tool 1.3.0 11/22/2017 Open Source
epiGBS 11/01/2017 Open Source Python tools and scripts for analysis of epiGBS data.
xHLA 10.04.2017 10/26/2017 Open Source
R 3.4.2 10/23/2017 Open Source
Matlab R2017b 10/18/2017 USF Site License
Gurobi 7.5.1 10/17/2017 Academic Use License
FastQC 0.11.5 10/16/2017 Open Source
bcbio-nextgen 1.0.5 10/09/2017 Open Source
QIIME2 2017.8 10/04/2017 Open Source
Anaconda 5.0.0 09/27/2017 Open Source Tools for use with python
Trim Galore 0.4.4 09/15/2017 Open Source
Apache Maven 3.5.0 08/14/2017 Open Source Tools for Java-based projects
Rosetta 3.5 08/11/2017 Academic Use License
Agilent ADS 2016_01 08/10/2017 USF Site License
Maple 2017 08/04/2017 USF Site License
MaSuRCA 3.2.2 07/28/2017 Academic Use License
Jellyfish 2.2.6 07/14/2017 Open Source
TraCeR 0.15.2 07/12/2017 Open Source
SAS 9.4 Rev TS1M4 07/11/2017 USF Site License

Typical Software Installation Process

  1. New request is submitted via email to: rc-help@usf.edu
    • Please include name of software, license type, and URL to software's website.
  2. Application is reviewed by RC staff for compatibility with Linux and cluster resources.
    • Also, is it open source or is a license required?
  3. Source code or installer is downloaded to cluster filesystem.
  4. Application is built using latest Intel Cluster Studio release, if possible.
    • Compilation for cluster systems and troubleshooting can take several hours to a few days depending on the complexity of the application.
  5. Once a working executable has been built, it must then be integrated with the filesystem, modules, scheduler, and other services.
  6. Testing and verification of compatibility with scheduler and cluster resources.
  7. Documentation and release.