It seems to me that there is still a jitter effect, tracking does not work super cleanly. Many people remove the edge around objects using the program Aximmetry. Because it's quite difficult to remove blue or green colors in "Unreal Engine", black edges on the object will always be visible. I keep looking at which tracking system to buy because I don't like the HTC Vive. I think between REtrackers and Antilatency system. But the Antilatency system is very difficult to install if I buy the ceiling version.
Hello, I enjoy your content and work and appreciate you sharing it. I am desperately trying to figure out how to do virtual production with my existing equipment, which I am planning to upgrade or purchase accessories to make the process a lot smoother and easier. I have taken a look at the Indiemark lens encoder, but is it only necessary for focus, or is it also needed for iris and zoom as well? I also plan to implement a wireless follow focus system with 3 channels (Focus, Iris, and Zoom), as well as a remote pan/tilt servo-driven head that supports up to 10 kg, so that I can remotely operate the camera position and adjust all lens parameters remotely as I this is a one-man setup--I am the subject and the camera operator, basically. Would it be better to buy 3 Indiemark lens encoders that would encode the lens info for focus, iris, and zoom, for Unreal Engine, and could it also be controlled remotely (I know you need USB-C cables for the Indiemark, but is it just a lens encoder or does it allow for remote control of focus in a 1 channel setup; or focus, iris, and zoom, in a 3 channel config)? Or, is a FIZ wireless/remote focusing system needed with just one Indiemark lens encoder on the focus ring, along with remote pan/tilt head, so I can do everything myself without any camera operator or assistant when doing a virtual production?
It seems to me that there is still a jitter effect, tracking does not work super cleanly.
Many people remove the edge around objects using the program Aximmetry.
Because it's quite difficult to remove blue or green colors in "Unreal Engine", black edges on the object will always be visible.
I keep looking at which tracking system to buy because I don't like the HTC Vive.
I think between REtrackers and Antilatency system.
But the Antilatency system is very difficult to install if I buy the ceiling version.
ruclips.net/video/7swDAyJ6sDk/видео.html
Wow Great !! How to setting INDIEMARK LENS ENCODER ? and support UE5 ?
INDIEMARK LENS ENCODER read documentations, directly with Live Link
Hello, I enjoy your content and work and appreciate you sharing it. I am desperately trying to figure out how to do virtual production with my existing equipment, which I am planning to upgrade or purchase accessories to make the process a lot smoother and easier. I have taken a look at the Indiemark lens encoder, but is it only necessary for focus, or is it also needed for iris and zoom as well? I also plan to implement a wireless follow focus system with 3 channels (Focus, Iris, and Zoom), as well as a remote pan/tilt servo-driven head that supports up to 10 kg, so that I can remotely operate the camera position and adjust all lens parameters remotely as I this is a one-man setup--I am the subject and the camera operator, basically.
Would it be better to buy 3 Indiemark lens encoders that would encode the lens info for focus, iris, and zoom, for Unreal Engine, and could it also be controlled remotely (I know you need USB-C cables for the Indiemark, but is it just a lens encoder or does it allow for remote control of focus in a 1 channel setup; or focus, iris, and zoom, in a 3 channel config)?
Or, is a FIZ wireless/remote focusing system needed with just one Indiemark lens encoder on the focus ring, along with remote pan/tilt head, so I can do everything myself without any camera operator or assistant when doing a virtual production?
Hi check out this info:
na.panasonic.com/us/ar-vr-virtual-set-production-with-panasonic-robotic-ptz-camera
Did you manage to solve the jitter?
Yes, check next test on my channel