discoversetr.blogg.se - Visit vs paraview

#Visit vs paraview code

"The gyrokinetic toroidal code (GTC) is a massively parallel, particle-in-cell code for simulations of turbulence and transport in fusion plasmas such as ITER." The centerpiece of the NSF/GEM program is the development of a Geospace General Circulation Model (GGCM), to be used as a research tool as well as a prototype for space weather forecasting models. GADGET is a parallel cosmological N-body/SPH simulation code. Enzo is "an adaptive mesh refinement (AMR), grid-based hybrid code (hydro + N-Body) which is designed to do simulations of cosmological structure formation."įLASH is the code from the ASC / Alliances Center for Astrophysical Thermonuclear Flashes.įLUENT is a popular commercial CFD code, now owned by ANSYS. Output from the scientific simulation code Enzo. This reader supports the STRUC, CLASS, SITE, ALAT, and PLAT file categories.ĭdcMD is a parallel domain-decomposition molecular dynamics code from LLNL.ĭyna3D is a finite element engineering code from LLNL.Įnzo HDF4, HDF5, and HDF5 packed-AMR output The CCM plugin reads data from the STAR-CD CFD code.Ĭosmos++ is a "massively parallel, multi-dimensional, fully covariant, modern object-oriented (C++) magnetohydrodynamics code written to support structured and unstructured adaptively refined meshes, and for both Newtonian and general relativistic astrophysical applications."ĬTRL files are the control files for TB-LMTO software, which uses the linear muffin-tin orbital (LMTO) method. Codes which use standard, common file formats are not listed in this section look in your code's documentation to determine the type of files it generates.ĪNSYS is a computer-aided engineering suite of tools.ĭiagnostic data for the National Ignition Facility (NIF). Nonetheless, these formats may use some lower level library such as HDF5, or they may use raw ASCII. That is, the code that writes these files is typically part of the application itself and is not a stand-alone product of its own.

These are formats that were originally designed primarily for and are part of some specific application code. 1.10 Unknown Formats - Need More Informationĭetails of some of the commonly used file formats Application Code Formats.

1.4 Specialized Scientific Data Formats.

1 Details of some of the commonly used file formats.

VisIt is supported by the Department of Energy with funding from the Advanced Simulation and Computing Program, the Scientific Discovery through Advanced Computing Program, and the Exascale Computing Project. Because of its applicability beyond visualizing terascale data, we are making VisIt freely available as a BSD licensed open source product. Although the primary driving force behind the original development of VisIt was for visualizing ASCI terascale data, VisIt has also proven to be well suited for visualizing smaller scale data from simulations on desktop systems. In addition, commercial, government and academic organizations in the US, Europe and elsewhere have developed and maintained proprietary plugins and user interfaces for their own needs. Since then, over 100 database readers, 60 operators and 20 plots have been added to the open source code. Following a prototyping effort in the summer of 2000, an initial version of VisIt was developed and released in the fall of 2002. This includes a plugin architecture for custom readers, data operators and plots as well as the ability to support multiple different user interfaces. It was designed with a high degree of modularity to support rapid deployment of new visualization technology. VisIt was originally developed by the Department of Energy (DOE) Advanced Simulation and Computing Initiative (ASCI) to visualize and analyze the results of terascale simulations. The VisIt web site at GitHub provides downloads, documentation and the latest news about VisIt.