I start this video with the camera placed about 7' away from the screen to try and give you a pilots perspective and then eventually I move it back to show the whole screen. (you can view this same exact video on my three Del U2410s to get an idea of the difference between monitors and seamless projectors " onclick="window.open(this.href) return false "> ) It is important to note (1 )The FOV is distorted in this video as the video was originally made in a wider resolution (2) the curve of the video screen is not perfectly aligned with the physical screens curve as this was one of my early attempts with setting up the projector blending software & (3) you can see slight color grading/slice in the lower center right as this was also one of my earlier attempts learning how to perfect the projector blending. Rise of Flight on a Herculean Screen next to three Dell U2410 monitors. " onclick="window.open(this.href) return false ">
Here are some videos in action, MAKE SURE YOU SET IT TO 1080p! My gaming room is now dangerous as it is very easy to loose a few hours in it now. I am now using two 1080p projectors resolution with edge blending software on a 4'x12' curved Herculean Screen! The result is stunning, it creates a life size representation of everything and the curved screen wraps around your peripherial vision for complete immersion. Originally, I was using a 30" 2560x1600 with two 20" 1600x1200 monitors in a SoftTH PLP setup, then I was using three 20" 1600x1200 monitors in an eyefinity setup, and eventually I settled on a triple dell U2410 setup…but now I have taken it to a completely different level! This page was generated by GitHub Pages.I have tried just about every multi monitor / multi screen configuration to get my gaming fix and I have looked everywhere to research my need for immersion. Learn more on QR Control labs is maintained by gopro. Sensitivity SensitivityĬompatibility: Labs enabled HERO7, HERO8, HERO9, HERO10 and MAX ver 1.12 For drone use try a start sensitivity of 4, and end sensitivity of 8, so that an average launch starts the capture, and only rotors off will stop the capture. Once the drone is moving, start and stop capture is automatic. If the drone is stationary, you can use QR Codes to change shooting modes before the flight, or set date and time for cameras that have been without a battery. Now power-up the drone and power on your GoPro (in some setups this is automatic,) the camera will be ready in seconds. This command uses the IMU trigger settings, makes them a boot command (saved to the current SD card,) and enables QR detection while the IMU Trigger is running. For a camera dedicated for drone usage (or similar) you can set QR commands that run automatically on boot.
Now that starting and stopping your GoPro’s capture is solved, you also don’t want to have to remember to run the script each flight. Using as a Boot Command - Drone Applications
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