We have some pointclouds generated with UAV Lidar, and they are non-rgb pointclouds.
Pix4D survey would be great tool for surveying from these point clouds as well, but it would be helpful if non-rgb pointclouds could be coloured by other LAS attributes, namely intensity.
I would also like to color a pointcloud in greyscale by intensity when working with lidar pointclouds in Survey.
Working with uncolored pointclouds is very difficult when there is no rgb values and the points are simply displayed as black.
Coloring by intensity is a very common display scheme in pointcloud software.
I use a Leica MS60 to scan surfaces like a road intersection. Usually just the intensity values are captured, not RGB, and it is still really easy to see things like line marking when viewing in Leica Infinity or other software like Cloud Compare. But if those intensity values aren’t included when importing to Pix4DSurvey, its impossible to see where line marking is. See attached examples.
Intensity view is pretty critical for us who do anything with traffic lines, as well as identifying type of hardscape ( asphalt vs concrete), having this feature as well as being to draw arcs would save us massive amounts of headache while using PIX4D and keep us who need them from wanting to look for software that’s capable of those two features.
Hopefully these will implemented at some point as we have several jobs that could really take advantage of those features.
Thank you.
Here’s a picture of RGB for comparison, sometimes with RGB the lines don’t come nearly as clearly as intensity and obviously in a solid color they are not shown at all.
Super important feature to have intensity values… any pointcloud software worth any value should include this. Any word on whether this is being developed?
Hello,
I am wondering if there has been any progress on this feature. It would be very unfortunate to have to use a different software to draft linework from a pointcloud. Sometimes the colorization doesn’t match the point cloud perfectly, and this can lead to errors in linework.
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