run generatefnisforusers after installation vortex

#RUN GENERATEFNISFORUSERS AFTER INSTALLATION VORTEX MANUAL#
#RUN GENERATEFNISFORUSERS AFTER INSTALLATION VORTEX CODE#

See Section 1-4 of the Data Format Guide. Users of TecIO can use TransientZoneVisibility to set the default behavior in the data files. This fixes a problem in which zones which “disappear” during a transient simulation were still being displayed when they shouldn’t have been.

The visibility of zones is now configurable for transient data.

#RUN GENERATEFNISFORUSERS AFTER INSTALLATION VORTEX MANUAL#

Details on resulting values are included in the User’s Manual and Scripting Guide. When toggled on, equations will continue to process even if a divide by zero occurs.

The Data > Alter > Specify Equations dialog now has a toggle to Ignore divide by zero.

See header in the PyTecplot documentation.

See the $!GlobalContour in the Scripting Guide.

Old macros and scripts are backward compatible but should be updated to use the new API calls.

This change also resulted in a reorganization of the macro language and PyTecplot APIs. The header text supports the inclusion of auxiliary data and other text modifiers supported by Tecplot 360. You no longer need to edit variable names to change the header text. The Contour Legend Header now allows user supplied text.Leverage 100’s of macro functions to automate common analysis and plotting tasks.Instantly apply a plot’s style attributes and layouts to a different set of data with layout and style files.

#RUN GENERATEFNISFORUSERS AFTER INSTALLATION VORTEX CODE#

Record on-screen actions directly to executable Python code.

Automate workflows, interactively or in batch, with the Python API, PyTecplot.

Use LaTeX to include formulae and mathematical notation on your plots.

Optimize animations for PowerPoint and the Web.

Create reports using multi-page layout.

Present multiple, time-linked views of your plots with unique multi-frame layout workspace.

Export professional, presentation-quality vector and raster formats.

Copy and paste images directly into Microsoft Office applications.

Compare multiple models simultaneously, including Fluid-structure Interaction (FSI) visualization.

Interactively explore and sweep through flow field to check that flow features align with the grid.

Estimate the order of accuracy of your numerical solutions with Richardson extrapolation analysis.

Validate computational output with experimental data in by a single plotting environment.

Assess your grid quality with 28 grid quality functions including aspect ratios, skewness, orthogonality, and stretch factors.

Analyze large finite-element data sets quickly and easily on a typical engineering laptop.

Dramatically improve performance for large finite-element data using SZL format.

Leverage multi-core desktop systems with multi-threaded capability.

Automatically extract key flow features such as vortex cores, shock surfaces.Įxplore Billion Cell Models with SZL Technology.

Explore with interactive slicing, isosurface, and streamtrace tools.

Animate and step through transient solutions with video player-style controls.

Understand XY, Polar, 2D and 3D plots using unique linking capabilities.

Report and compare solutions in a multi-frame environment with multiple pages.

Load Tecplot, FLUENT, PLot3D, CGNS, OpenFOAM, FVCOM, VTU data and 22 other CFD, FEA, structural analysis, and industry-standard data formats.

See real-world examples of how your science and engineering colleagues are using Tecplot 360, PyTecplot and other Tecplot products in aerospace, research, geoscience, and more.īenefits of Using Tecplot 360 Analyze Complex Results

Run generatefnisforusers after installation vortex