Difference between revisions of "Support:Helpfiles"

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* [[HowTo:matlab|MATLAB]]: High-level Technical Computing Language and Interactive Environment   
 
* [[HowTo:matlab|MATLAB]]: High-level Technical Computing Language and Interactive Environment   
 
* [[HowTo:mpi|MPI]]: Compiler Directives for shared-memory parallel programming
 
* [[HowTo:mpi|MPI]]: Compiler Directives for shared-memory parallel programming
 +
* [[HowTo:namd|NAMD]]: Parallel Code for Molecular Dynamics Simulation of Large Biomolecules
 
* [[HowTo:nwchem|NWChem]]: High-Performance Electronic Structure code
 
* [[HowTo:nwchem|NWChem]]: High-Performance Electronic Structure code
 
* [[HowTo:openmp|OpenMP]]: Compiler Directives for shared-memory parallel programming
 
* [[HowTo:openmp|OpenMP]]: Compiler Directives for shared-memory parallel programming

Revision as of 17:43, 14 June 2016

  • Accessing the Systems: Using SSH or our portal to get onto our systems
  • Abaqus: Finite-Element Analysis (FEA) code
  • ADF: Amsterdam Density Functional code (computational chemistry)
  • Adina: Automatic Dynamic Incremental Non-linear Analysis (finite element)
  • Fluent: Computational Fluid Dynamics code
  • CPMD: Carr-Parinello Molecular Dynamics (quantum-classical MD)
  • Compilers: How to compile your code on our systems (GNU and Intel compilers)
  • Gaussian: Electronic Structure / Computational Chemistry code
  • Gamess: General Atomic and Molecular Electronic Structure System
  • MATLAB: High-level Technical Computing Language and Interactive Environment
  • MPI: Compiler Directives for shared-memory parallel programming
  • NAMD: Parallel Code for Molecular Dynamics Simulation of Large Biomolecules
  • NWChem: High-Performance Electronic Structure code
  • OpenMP: Compiler Directives for shared-memory parallel programming
  • PyRx: Virtual Screening Software for Computational Drug Discovery
  • Passwords: Using and Changing Passwords
  • PETSc|: Data Structures and Routines for Parallel Solution of Partial Differential Equations
  • Running Jobs: Using the Grid Engine scheduler to run jobs on our clusters