Antares helps you developing data processing applications. It is mainly used in Computational Fluid Dynamics up to now.
Antares is a fully documented cross-platform python application programming interface. You can use it on operating systems OS X, Windows, or Linux. It defines a set of routines and tools for building application software. The software components communicate through a specified data structure.
We often collect data through numerical simulation, observation, or experimentation, but the data is often not readily usable as is. This raw data has to be analyzed to enhance understanding of the underlying physical phenomena. Antares helps making this data processing by delivering a set of features.
Antares can be inserted in your python computation process at the preprocessing or postprocessing stages, but can also be used in a co-processing workflow.
You can get another insight of Antares capabilities by visiting the tutorial pages.
Aerodynamics
Turbomachinery
Aeroacoustics
Combustion
etc.
1D, 2D, 3D meshes
steady and unsteady flows
structured and unstructured meshes
Signal processing
Geometrical operations
steady and unsteady flows or patterns
etc.
Tecplot, Fieldview, Plot3D
HDF5 (AVBP, AVTP, AVSP)
CGNS (Autogrid/IGG)
VOIR3D (elsA)
etc.
Flexible and extensible
Easy to insert in your own python process
Relies on top main scientific packages (numpy, scipy, vtk, etc.)
All functionalities are described in the documentation.
Citations
Please consider citing the Antares library in a paper or a presentation with:
Here's an example of a BibTeX entry:
@MISC{antares,
author = {{Antares Development Team}},
title = {{Antares Documentation Release 1.16.0}},
year = {2012--2020},
url = {https://cerfacs.fr/antares/}
}
Acknowledgements
You can also refer to Antares in the acknowledgments with:
If expertise was provided, the following acknowledgement can be added: