- Setting up VIVE Mars CamTrack
- Example virtual production studio setup
- Connecting Mars to your PC
- Mounting VIVE Tracker (3.0) to Rover
- Connecting Rover to Mars
- Setting up the base stations
- Tips for setting up the base stations
- Adding Mars as an endpoint in Unreal Engine
- Enabling FreeD on Mars and adding Mars to Aximmetry
- Manually updating the Mars firmware
Real-time compositing in Unreal Engine
- How many base stations can I use?
- Can I use an odd number of base stations?
- Cleaning the base stations
- Can I use more than one VIVE Tracker (3.0)?
- Why does VIVE Tracker (3.0) automatically turn off?
- How do I verify that VIVE Tracker (3.0) is detected?
- What does the status light on VIVE Tracker (3.0) mean?
- Why doesn't the VIVE Tracker (3.0) status icon on the Mars dashboard turn blue?
- Troubleshooting VIVE Tracker (3.0)
- Why can't I see the incoming video feed in the Camera Calibration Tool?
The calibration kit includes an acrylic calibration board with a chessboard pattern, which is used as the calibration target during camera calibration. The kit also includes base supports for the board and a screw for attaching a Rover module and VIVE Tracker (3.0), which is used to determine the location of the calibration target.
After setting up VIVE Mars CamTrack, you'll need to assemble the calibration board and attach a Rover module and VIVE Tracker (3.0) to it. You can then place the board inside the tracking area and start the calibration process. For details, see Setting up the calibration board and Collecting calibration data using the Camera Calibration Tool.