Tecplot 360 user already connected
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I did this by writing the zones for solution time 0 (i.e. Since the mesh is the same in all examples, you can connect the river bed elevation to the water elevation to come up with a 3-d model. In the original data set you sent to JP you have 8 zones, the first 4 zones represent the river bed (z) at times 0, 1, 2, 3, while the next 4 zones represent the water elevation (h) at those same times.
Tecplot 360 user already connected code#
This method is brute force and ignorance, but it gets the job done, if I was doing this on a regular basis, I would write code to do this automatically. The finished product can be downloaded (using JP's example) from In each of those files, replace the 1st zone's header with thisĪnd then get rid of the finite element connectivity array of zone 1, the zone header of zone 2, finite element connectivity array of zone 2, and finally insert the file into you created at the end of step. Next write out a seperate data file for the zones represent each solution time. Then insert the brick connectivity array at the bottom of the file. You should now have 12152 data points with no break between the two zones.ħ) Scroll to the bottom of the file and delete the connectivity array for the 2nd zone in this file. Delete the array, and Zone 2 header information. In other words you are connecting the top and bottom surfaces for each solution.ĥ) In the text editor that has the original datafile from step 1, change the Zone header fromĦ) Now scroll through the data until you get to zone 1 fe connectivity array.
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Each element will have 8 nodes defined by the following. You now add 4 more columns to the array by adding the max number of nodes in the 2-D surface to the existing nodes. Make sure your connectivity array are in four seperate columns. Turn off data sharing when writing out the file.Ģ) copy and paste the finite element connectivity array into a separate file and save a file with. You will have a Tecplot data set with 2 zones and 2 finite element connectivity arrays. You can do the following using the data set JP postedġ) Write out the ASCII data file for Zones 1 and 5 in point format corresponding to solution time 0. However, since your finite element connectivity array does not change between zones. You have finite element data which makes this a little bit tricky. I took a quick look at the data JP posted on his website. How are these files generated? Do you use TecIO? From which version of Tecplot? Note, that in your code, you should really output the SOLUTIONTIME in your output. If not, you can probably achieve the same effect using a macro such as the one described by Mike but I am not experienced with macros. Is this the effect you want to achieve? It is easy providing that the SOLUTIONTIME can be added to each zone. Set a 3D view (Z will be the Z variable by default) In duplicated zones (4 to 8 ) alter the Z value to have Z=Z+H (V3=V3+V4)Ĥ. Add solution to each zone with the strand editorģ. I followed the procedure described in one of my previous posts except that I had to use the strand editor addon (described at ) to add the solution time to each zone.ġ. (data file to use with the layout, 672KB)
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I have tried to do what you want (weel, what I think you want ).