Sorry for the late reply. We could use a timeout for the connection. I have patched our current API and you can download the patched version here: https://nerian.com/exchange/?d=5ac5e3b5fcae79c04c64501bd2c6fc02 If this solution works for you then we can integrate this into our official release. Plea...
This seems to be a problem with the network connectivity. Very likely there is a high amount of packet loss on the network. This can be caused by the following: * A network interface with very little buffer memory (often found in laptops) * A switch on the network that can't handle the high throughp...
Coordinates are always measured in meters. The coordinate system is described in the current user manual on page 21: https://nerian.com/nerian-content/downloads/manuals/scenescan/scenescan_manual_v1_14.pdf Typically there are always some outliers and they can have a much higher depths. This is why i...
You are right that the constructor which takes an IP address is not present in the current python API. We added this to the current beta release. You can download it here: http://nerian.com/nerian-content/exchange-public/nerian-vision-software-9_0_991-win.exe Please try this release. If you don't ex...
Have you installed the python package with pip?
For windows installations, it is located in
C:\Program Files\Nerian Vision Software 9.0.5\python\python3-wheel
Also what python version and platform are you using?
For the ColorCoder class there is unfortunately no python binding. Given the small size of this class, the best option would be to re-create this class in python. All it does is, it linearly interpolates between the colors in the color table. There are some optimizations being done, like pre-computi...
If you are trying to replicate the color coding of NVCom, you can download the full source code from our download page. The relevant class is in the files: nerian-vision-software-9_0_5-src/nvcom/helpers/colcoder.* This class applies color coding to an OpenCV image, which you can get from the toOpenC...