You can fix it by simply raise the Level's Computational Height to above the top of the slab edge so that it is picking the walls above of the slab edge. TecPlot supports one, two and three dimensional data. One of the key strengths of the format is the ability to store multiple variables. There are two broad types of TP data files, ordered data and finite-element data. If anyone else know if a better way to achieve this, please respond. TecPlot supports an ascii input file format, files of this format typically have the subscript '.tp'. Here we have used samplingfreq to extract Cp data on a y0 plane through the flow domain. See FUN3D Manual: Appendix B FUN3D Input Files for more information. Both are additional work that could be resolved with a simple adjustment to the slab edge tool. The boundaryanimationfreq -1 and samplingfreq -1 in fun3d.nml generate TECPLOT output at the end of the flow solver execution. Alternately I'd have to go back and draw in room bounding lines as someone described.
It would be nice if the slab edge tool allowed for room bounding the same as other tools (with a check box).įor my use case we have to go back in and draw foundation walls when in fact it is a slab edge due to the small height difference. (below this raised floor is foam or fill). I have this problem not because of a hole in the floor but more so because we have raised concrete floors in areas of a building in order to meet grade. Let's be careful not to discount other peoples use cases.įor example.
Understand everyone has their opinions about the different scenarios.
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