I do have another question that I was not able to answer myself the last days.
I now use the following line to compare the point cloud I generated myself to a mesh:
cloudcompare.CloudCompare -SILENT -AUTO_SAVE ON -NO_TIMESTAMP -C_EXPORT_FMT ASC -O /path/to/air_cloud.xyz -O /path/to/bone.ply -C2M ...
Search found 3 matches
- Wed Jan 23, 2019 1:48 pm
- Forum: Issues, bugs, etc.
- Topic: Python, Command Line, EXTRACT_VERTICES to Compute Cloud to Mesh Distance (c2m_dist)
- Replies: 3
- Views: 7618
- Wed Jan 23, 2019 8:56 am
- Forum: Issues, bugs, etc.
- Topic: Python, Command Line, EXTRACT_VERTICES to Compute Cloud to Mesh Distance (c2m_dist)
- Replies: 3
- Views: 7618
Re: Python, Command Line, EXTRACT_VERTICES to Compute Cloud to Mesh Distance (c2m_dist)
Thanks for the quick response.
I reinstalled the snap package (cloudcompare edge 2.10.1) and tried the following command:
cloudcompare.CloudCompare -SILENT -AUTO_SAVE ON -NO_TIMESTAMP -C_EXPORT_FMT ASC -O /path/to/bone.ply -O /path/to/air.ply -c2m_dist
There's no Unknown or misplaced command ...
I reinstalled the snap package (cloudcompare edge 2.10.1) and tried the following command:
cloudcompare.CloudCompare -SILENT -AUTO_SAVE ON -NO_TIMESTAMP -C_EXPORT_FMT ASC -O /path/to/bone.ply -O /path/to/air.ply -c2m_dist
There's no Unknown or misplaced command ...
- Mon Jan 21, 2019 11:56 am
- Forum: Issues, bugs, etc.
- Topic: Python, Command Line, EXTRACT_VERTICES to Compute Cloud to Mesh Distance (c2m_dist)
- Replies: 3
- Views: 7618
Python, Command Line, EXTRACT_VERTICES to Compute Cloud to Mesh Distance (c2m_dist)
Hello,
I'm trying to run the command line version of CloudCompare via Python 3 in order to compute distances between a point cloud generated from one mesh (a 3D bone surface segmentation, generated from CT images) and another mesh (3D air surface segmentation) using -C2M_DIST. I'm using ...
I'm trying to run the command line version of CloudCompare via Python 3 in order to compute distances between a point cloud generated from one mesh (a 3D bone surface segmentation, generated from CT images) and another mesh (3D air surface segmentation) using -C2M_DIST. I'm using ...