![]() The TOUGH family of simulators represents a set of software well-known worldwide for numerical modeling and simulation for coupled transport of water, vapor, non-condensable gas and heat in porous and fractured media. 3D Voronoi grids permit a great degree of flexibility when accurate numerical simulations are required. If you need help with the macros (and your support is current), feel free to contact our Tech Support.The software TOUGH2Viewer 2.0, originally available since 2012, is an enhanced visualization software specifically designed to visualize the results of TOUGH simulations performed using structured and fully unstructured 3D Voronoi grids. Perform a Scalar integral of M_ave along the I-line for J=1 Set M-Ave(I, 1) equal to the frame's aux data value for INTEGRATION_TOTAL (this holds the total result of the most recent integration).ģ. Calculate M-average for that J-line (current value of I, varying J)ī. Use Data/Alter/Specify Equations to create a new variable to store intermediate results call it M_ave, and make it a nodal variable.Ī. I don't have Tecplot or Scripting Guide available right now, so I can't detail the syntax, but the procedure would be:ġ. How can I perform scalar integral of the M_average in x-direction? I have calculated the M_average from "Perform Integration->Average->M (along J-lines for y-direction). Now I need to find the average value of M (M_average) for each zone along y-direction followed by scalar integration of the M_average along the x-direction. Average followed by Integration of a variable in Tecplot - CFD Online Discussion Forumsįor a 2D problem, I have created a new variable using "Alter Equations".
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