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Use orthographic camera projection
Use perspective camera projection
View the cloud from the right side
View the cloud from the top side
View the cloud from the front side
Use fly controls to navigate the point cloud
Use cursor keys and AWSD to move the camera
Use earth controls to navigate the point cloud
Drag a point and move the mouse
Use orbit controls to navigate the point cloud
The camera orbit around the center of the point cloud
Reset the camera to view the whole point cloud
Clip the point cloud using a bounding box volume
- E: translate the bounding box
- R: scale the bounding box
- T: rotate the bounding box
- C: switch clipping mode
Clip by a polygon
Clip by a screen box
Remove all clippings in the screen
Get the position of a point of the cloud
Measure angles between segments over points
Measure linear distances between points
Measure an area over the point cloud
Draw a profile line over the point cloud
- Press Ctrl key while drag the final point to change profile's width
Export all measurements in DXF file format
Rotate the point cloud along the Z axis
Remove all measures and profiles drawn over the point cloud
Late Roman Themal Complex, Bansko, Macedonia
77.813.561 points
8808 files
0 likes
329 views
CloudGuy
Really Nice Scan. I am assuming drone shots? Did you use Laser or ground photos to complete this level of detail?
Hristijan Talevski
This point cloud was processed from 342 photos (307 drone, 35 ground) and 225 markers (only 16 check points, all other taken with total station). A lot effor was put in this pc in confirming the positions of all these markers, but the result is great. Even it is possible, I haven`t succeseded to process a good result with combination of ground and drone images. Only the brighter part of the pc in the upper corner was made from the ground photos, since it is covered and very risky for taking drone photos. Then merging of two different point clouds was made, based on the marker position.