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3D pointcloud results from Winprop?

User: "Richard Vijgen_20644"
New Altair Community Member
Updated by Richard Vijgen_20644

Hi, I am looking at WinProp for a project where I would like to visualise 5G coverage in an urban environment as 3D volumes (meshes), similar to the way farfields are visualised in PostFEKO. So far I have only seen examples that show results as 2D planes (overlayed on 3d terrain).

Is it possible to get full 3D data out of Winprop? XYZ ASCII point cloud data would be fine, but I cannot find documentation that confirms if this is possible.

 

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    User: "Zeina"
    Altair Employee
    Updated by Zeina

    Hi Richard,

    In WinProp you can request results in three different ways:

    1. Defining a 2D (x,y) horizontal prediction area at a constant height (z = cst) . This is what is displayed in the 2D results you have shared. Note that you can define multiple prediction heights in the same run.
    2. Defining multiple individual points for prediction. Here, each point is defined by its 3D coordinates (x, y, z). You can define each point manually in ProMan, or you can import a list of points from a *.txt file.
    3. Defining Trajectories. Here you set trajectories for moving Rx.

    If you need a 3D volume or a random surface (flat or not) that cannot be defined by the first method (1.) , you can use method (2.) by preparing the points of interest in a *.txt file and importing them.

    By the way, the farfield results displayed in PostFeko are not volumetric. The farfield is displayed on a closed 2D surface.

    Best Regards,

    Zeina

    User: "Reiner_Hoppe"
    Altair Employee
    Updated by Reiner_Hoppe

    Hi Richard,

    as mentioned by Zeina you can define multiple prediction heights in the project when using the area mode.

    In this case the ASCII exported result (check box under the Propagation tab) would look like this i.e. you get every pixel (x y) computed for every defined height (z) which is the 3rd column, the 4th column gives the computed value e.g. Rx power in dBm:

    92.50000 12.50000 1.50000 -55.367
    92.50000 12.50000 5.00000 -55.497
    92.50000 17.50000 1.50000 -54.186
    92.50000 17.50000 5.00000 -54.296

    ...

    Best regards,
    Reiner

    User: "Richard Vijgen_20644"
    New Altair Community Member
    OP
    Updated by Richard Vijgen_20644

    Thank you, Zeina and Reiner, that makes sense.