I've run into issues when using the Tau Camera, where can I get help?
Start by going over our Troubleshooting Guide. It covers common errors and issues.
If you can't find a solution for your problem there, post on the Onion Community Forum and we'll do our best to help out.
@Rastus Awesome, happy to hear you resolved your issue! I'll add your Jetson setup steps to the FAQ.
I don't foresee any issue with using the Jetson to analyze the data - should be a fun project. Do you have any specific libraries in mind?
Make sure to keep us in the loop as your project progresses, we love robots - especially those that use the Tau Camera
Just wanted to follow up and say this issue was solved with the tau v0.0.4 update. I no longer have dropped frames or bad data packets.
If you have these issues. I would update to the latest GitHub and update your computer make sure there are no updates waiting for your bios
I'm not sure if this belongs here, but I don't know where else to ask. (If not, please redirect me to a more relevant subreddit) I needed to make something on a 3D printer that the engineering shop has at my school, so I decided to try my hand at TurboCAD. I found an old v12 Deluxe edition in my house, so I figured that was all I would need to print the part. After a few hours of working on it (it's not terribly complex, but I had to feel my way through as I had never done anything CAD related before), I had a finished product.
@JohnW said in Improving camera performance:
what is the theoretical maximum frame rate for the Tau camera? Is the virtual serial port not a bottleneck?
The theoretical maximum frame rate is 50fps. And the USB serial port shouldn't be a bottleneck because the bandwidth required is low.
Having said that, the realistic frame rate that can be achieved depends on lots of factors, such as the sensor configuration (integration time, operation mode etc.) and available resources in the host machine (CPU, cache, RAM etc.). The practical frame rate is usually between 20 and 30 fps.
On the noise filter:
There is no filter running on the Tau Camera hardware or in the driver.
If this is a requirement, you'll need to add it in your software.
I downloaded from the python website . Not through the command line. If you are on Linux, some Linux distros don't have an up to date python package.
But you can always download it for Linux from the python.org website.
The link for it is in the starter guide link that Lazaar posted
@crispyoz for now the plan is to stick with the Python API, but we're open to changing our minds based on feedback from users!
Let us know which programming language you would prefer for the API and why by filling out this quick google form: https://forms.gle/1YxstDwRg73ns3vcA
@Lazar-Demin Thanks very much. Unfortunately, that does not state any absolute photon intensity, but the spectrum is very useful. The intended use is in an experiment where we want to measure bioluminescence emission via the PMT, but at the same time monitor for movement via a camera system. As "normal cameras don't usually need more light than our signal and would introduce too high levels of noise, we are looking for a way to sidestep this issue, and your camera might be a possibility.
1 - Depth Data from the API
Yes, you can definitely get completely raw depth data using the Python API! Here's the frame object you get back when reading from the camera: https://taulidarcommon.readthedocs.io/en/latest/api.html#module-TauLidarCommon.frame
More docs on the API here:
And the API is on GitHub:
2 - the lens
Wanted to ask first, how much wider does your use case require?
The lens is a standard mount so it's possible to change it. I can find out more about this if you're interested.
If it's a huge amount then you're correct, the projection might become an issue. In this scenario, you can actually use 2 or more cameras in tandem - more info coming on this soon!