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quantity for X, traces quantities for Y, and 0 for Z. You could apply the calculated
values and change only Z value (for the files array) by yourself, but the correct way
is to apply all XYZ values in meters (Distance, Depth and Width). Distance and
Depth you could get from Prism software.
7.
You could visualize bounding box of your 3D-cube by adding new “Graphic
Output” (click right mouse button on the imported data module in the “Network”
area and then choose the menu “Graphics Output -> BoundingBox” from the
context menu.
8.
Each imported data module may have a lot of branches (each “Graphic Output”,
“Computational” or “General Module” represents like child-module of imported
data module). You can brake, connect or disconnect these branches by drag-n-drop
mouse action.
9.
Please try to “play” with different graphic outputs to understand how it works and
visualize the imported data. The best graphic output method of 3D-cube is
“Isosurface” – it visualize all objects like a closed 3D-surfaces (for example – pipe
could be visualized like tube). You have to change the “Isovalue” to apply the
threshold value. You could also change the color output palette and other different
settings.
Fig 12.3. 3D-cube of underground pipes with the slice