What's new in release 3.5.0?

What's new in release 3.5.0?

The main changes in the 3.5.0 release feature the addition of a new Arbitrary2D Environment and calibration for Arbitrary2D and Pillars Environment to the AntilatencyService app.
A year ago, we published a short demo video featuring the creation of user Environments using IR LEDs. Your feedback prompted us to implement software support for placing markers in an arbitrary manner directly in AntilatencyService.

Update 3.5.2

What's new:
  1. Tracking fix
    In update 3.5.2, we fixed bugs detected in SDK versions 3.4.0-3.5.1. These bugs might affect the tracking quality, so we strongly recommend updating the SDK to the latest version!
  2. Tracking Alignment improvement
    Now the Antilatency Tracking Alignment Library interacts better with the “Markerless” tracking system (e.g. used in Oculus Quest headsets).
  3. Vertical Environment calibration improvement
    AntilatencyService 3.5.2 now supports calibration for Vertical Environment consisting of only two reference bars (Pillars).
  4. Fixed issues occurring while working in Unity 2021
    • fixed IL2CPP Android builds;
    • the usb_filter.xml file has been renamed to antilatency_usb_filter.xml and moved to AntilatencyDeviceNetwork.aar to avoid errors when generating Android Manifest. If you are developing an Android application in Unity using the Antilatency SDK, then we recommend updating the Android Manifest using the "Antilatency" menu item:
      For more information about Antilatency SDK and Unity follow this link.

Update 3.5.1

In this new release, we have added support for Unreal Engine 5. The Antilatency SDK 3.5.1 now supports UE versions from 4.18 to 5.0. Download the latest SDK subset and discover new features with UE5!


The 3.5.0 release features a new type of Environment — Arbitrary2D. Now IR markers can be arranged in a horizontal plane in an arbitrary manner. Use it when you need to create a user-defined tracking area without standard reference bars. Learn more about Arbitrary2D configuration in this article.
With the introduction of Arbitrary2D, you’ll get even more tracking capabilities. Now you can create your own tracking area of any size. You can create a table-sized or a room-sized area.

Environment calibration

There are two types of Environments of which the layout is set by the markers and the distances between them — Pillars and Arbitrary2D. Markers in AntilatencyService are set according to measurements of the actual distance between markers. These measurements often contain errors, and in order to correct them, we have implemented a calibration procedure. The Arbitrary2D calibration is described in the "Configuring the Arbitrary2D Environment in AntilatencyService" article. Pillar calibration is done in a similar way.