OMNIS™/Post offers a comprehensive suite of analysis and visualization tools for all OMNIS™ meshing and solver products.
With its modern and intuitive user interface, the user can create color contours, iso-lines, vectors and many other types of plots from a cell-centered, vertex-based, lattice-based, or particles dataset.
For the most complex applications, a static image is not sufficient to fully understand the physics at stake. Therefore, OMNIS™/Post allows performing live co-processing of running simulations to monitor in real-time the solver convergence, or to render the transient plots while the solver time marches greatly reducing the disk space footprint and data processing time. Time and space reconstruction from a harmonic solution is also supported.
OMNIS™/Post uses a video game high-end graphical kernel, fully scriptable via a Python API, that treats large datasets using distributed memory computing resources.
- Surface and 3D local value
- Color contour
- Cloud of particles
- Line chart
- Formula and operator derived quantities