Post Processing of Simulation Data
Scientists and Engineers who are looking to cut time in understanding computational fluid dynamic (CFD) results look to Tecplot 360, a visual data analysis tool that improves productivity with integrated XY, 2D and 3D plotting. It’s fast, easy to use, memory efficient and produces visually powerful output to help you communicate your results to others.
The participants of the User Day will have the opportunity to learn techniques that help them in loading, post-processing, visualizing and sharing large and complex data from numerical simulations as well as experimental data.
Agenda |
|
10:00-10:15 | Introduction and Round Table |
10:15-11:15 | Tecplot 360 EX 2017 R3 - The new release in a nutshell - Tips and tricks - Strategies to handle large datasets (*.szplt and SZL Server) - MPI-TecIO and batch-conversion of datafiles
|
11:15-11:30 | Break |
11:30-12:00 | PyTecplot and development roadmap - PyTecplot, the Python API: Interface and Examples - Upcoming features and development roadmap (LaTeX font support; TRIX, *.vtu and *.pvtu dataloaders; new python APIs…)
|
12:00- | Q&A
|
Tecplot 360 EX – a CFD visualization software tool that helps you quickly plot and animate your data exactly the way you want it: Use Tecplot 360 EX to analyze complex data, arrange multiple layouts, and communicate your results with professional images and animations.
PyTecplot gives you direct access to your data so that you can take advantage of all Tecplot capabilities with a scripting language. PyTecplot is easier to read, debug and use than Fortran or C. It also processes faster than macros and takes fewer lines of code to perform the same functions.