Hi,
I have a building and would like to visualize its wall, but with an inclination from the vertical plane. I’m looking for a visualization similar to the one in the attached photo.
Can anyone help me achieve this using CloudCompare or any other open-source software?
Thanks in advance!
Inclination from vertical
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- Posts: 2
- Joined: Mon Oct 14, 2024 9:56 am
Inclination from vertical
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Re: Inclination from vertical
So for the second images, you have several choices:
- either it's more the planarity and you can just create a vertical plane (with 'Edit > Plane > Create' for instance), and then computed the distance between the point cloud and this plane (ideally the 'Point-to-primitive distances' - see https://www.cloudcompare.org/doc/wiki/i ... e_Distance)
- or it's also a visualization of how vertical each part of the wall is, and then you'll have to compute the point normals first, and then convert the normals to 'Dip & Dip direction' (see https://www.cloudcompare.org/doc/wiki/i ... ection_SFs). The dip values will give you in degrees the angle to the vertical direction. See https://www.cloudcompare.org/doc/wiki/i ... ection_SFs
And for the first visualization, if you have the 'dip' scalar field, you can project the points as a raster (with the 'Rasterize' tool) and even extract contour lines based on this scalar field. Don't hesitate to share the cloud with me if you need more directions (admin@cloudcompare.org)
But you won't be able to generate the arrows with CloudCompare.
- either it's more the planarity and you can just create a vertical plane (with 'Edit > Plane > Create' for instance), and then computed the distance between the point cloud and this plane (ideally the 'Point-to-primitive distances' - see https://www.cloudcompare.org/doc/wiki/i ... e_Distance)
- or it's also a visualization of how vertical each part of the wall is, and then you'll have to compute the point normals first, and then convert the normals to 'Dip & Dip direction' (see https://www.cloudcompare.org/doc/wiki/i ... ection_SFs). The dip values will give you in degrees the angle to the vertical direction. See https://www.cloudcompare.org/doc/wiki/i ... ection_SFs
And for the first visualization, if you have the 'dip' scalar field, you can project the points as a raster (with the 'Rasterize' tool) and even extract contour lines based on this scalar field. Don't hesitate to share the cloud with me if you need more directions (admin@cloudcompare.org)
But you won't be able to generate the arrows with CloudCompare.
Daniel, CloudCompare admin
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- Posts: 2
- Joined: Mon Oct 14, 2024 9:56 am
Re: Inclination from vertical
Tnx,
I do it on the first method because I needed just verticality with just wall, not with the normals.
I do it on the first method because I needed just verticality with just wall, not with the normals.