Here are some tips & tricks for common tasks.

Here are instructions for using Globus to transfer data

A number of computer languages are available on the cluster. The preferred way to set up your environment to use a specific toolset is to load the appropriate modules to activate the needed libraries and set up the paths for the correct binaries.

• Compilers

• Running Gaussian on the CHPC cluster

• How to use OpenFOAM and build your own code on the CHPC systems
• Using Ansys/Fluent at the CHPC
• Using Ansys/Mechanical at the CHPC
• Using Ansys/CFX at the CHPC
• Using STAR-CCM+ at the CHPC
• Using ESI CFD-Ace at the CHPC
• Running Abaqus on the CHPC
• Using MFIX at the CHPC
• Using LIGGGHTS and lammps at the CHPC
• Using SU2 at the CHPC
• Using the Fire Dynamics Simulator FDS at the CHPC
• Using the discrete element code Rocky DEM at the CHPC

• How to use Feko at the CHPC

• How to use pre-installed bioinformatics tools

• COSMOMC
• cosmopmc
• Gadget-2
• Casacore
• AOFlagger

• Hardware Overview
• How to run NAMD
• How to run Gromacs

• How to run Gromacs

• dlpoly Material Sciences application

• python
• Running Tensorflow
• ipython_notebook

• Using R on the CHPC cluster

• Using Java on the CHPC cluster

• Using Co-array Fortran on the CHPC cluster

• tune

• Installing GCC 4.7.1 from source
• Installing Python 2.7.3 from source
• Installing Octave 3.6.3 from source
• Installing R 2.15.1 from source

• Remote OpenGL visualization with TurboVNC and VirtualGL
• Using Paraview
• Using Gnuplot
• Using ncview
• Using VisIt
• Using grace
• Using p4vasp

• Running the WRF model
• Using Climate Data Operator (CDO)