![]() I tested something call IP Cam Driver ( ) but it capped the stream at 720P. You might be able to find something lighter-weight than OBS for the “Virtual Webcam” piece, but OBS works well for me. Your remote camera should now be available in LightBurn as OBS Virtual Camera. I needed to do “Transform → Rotate 180 degrees” since my camera is upside down so that the wires route more easily. If you right click on the image you can do all sorts of things to the view. Your camera stream should show up in the preview area. In the input box paste the image address you copied up above. Name your media source whatever you want (“LightBurn Bridge Camera” perhaps) and hit OK. In the sources box (bottom-left) hit the +. Just download and install on your computer to start from here. In the box where you can see the stream, right click and select “Copy Image Address”. Now you should be able to direct your browser to or Click the “Stream” menu item. Now run the command: sudo systemctl enable streamer ![]() Next create the second file: sudo nano /etc/systemd/system/rviceĮxecStart=/usr/local/bin/start-mjpeg-streamer.shĪgain hit Ctrl+x to quit and save when prompted. For the regular LightBurn Camera you’ll want 2592 x 1944. My camera is a 4K camera, if yours is not you’ll need to change the resolution. Hit Ctrl+x to quit, it should prompt you to save. sudo nano /usr/local/bin/start-mjpeg-streamer.shĬopy and paste this content into the file: #!/bin/bashĬd /home/pi/mjpg-streamer/mjpg-streamer-experimental Next add two files to make the streamer run at startup. ![]() If you run into any trouble with the commands above try: sudo apt-get install gcc g++ build-essential I don’t believe I needed to install any dependencies other than the ones in the first apt install line. Next you’ll need to get git and then download and build mjpeg-streamer: sudo apt install git cmake libjpeg8-dev nanoĬd mjpg-streamer/mjpg-streamer-experimental/ In my tests this doesn’t seem to disable lightburn bridge, it just lets you operate on the command line. At this point hit Ctrl+C to clear out of this interface. After you enter the password, you should see a black screen that gives some LightBurn Bridge details. You won’t be able to see the password as you type, you just have to trust that it’s working. Once you have the IP you’ll connect to: ssh should ask you if you want to connect to the unknown device, say yes, then it will ask for a password. If yours doesn’t you’ll need to connect to your router’s admin interface and find the IP address of the Pi (which should be called lightburnbridge). If you open up the Mac terminal app, you should be able to connect by running the command: ssh every network will support connecting to the device as lightburnbridge.local. Also, there is some lag with the camera view, but that may be due to the poor wifi connectivity in my garage.įirst piece is to install mjpeg-streamer on the Pi you’re using for LightBurn Bridge. I believe that once I can burn the alignment image I’ll be able to use the camera fully, but I haven’t actually done so yet. I am able to use the camera connected to the pi in LightBurn on my Mac. I haven’t managed to do the camera alignment, but not due to a camera problem. Quick disclaimer, I have this working through lens calibration. Click “Start Virtual Cam” to have OBS make your Lightburn Camera stream available as if it were attached to your system.Add a video source on OBS that pulls video from the mjpeg stream ( ).Install OBS on your Mac / Windows / Linux PC that you use LightBurn on.Install mjpeg-streamer on the pi ( GitHub - jacksonliam/mjpg-streamer: Fork of ).This should work pretty much identically on Windows or Linux. ![]() You need two pieces, mjpeg-streamer on the Pi and OBS on the Mac. As far as I know, this still isn’t officially supported, but I’ve cobbled together a workaround if you don’t mind messing around in the command line a bit.
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