We are different from Python in one critical respect -- users don't need to accept our SDK terms and conditions to download the installer, but do in order to use the SDK or our engine integrations such as Unity or Unreal assets.
That is the only reason why we offer the SDK and installer, because downloading the installer lets you bypass account creation and terms. The important thing that we are trying to tell you is that there is a difference in your product's performance when the "button" or the "link" is used.
Perhaps it has something to do with how windows handles it I have no idea. Just supporting the observation of the other user. It is a replicated bug for us, which makes it difficult to use your product. We know you are in Beta. Beta software has enough problems without installation issues. I'm confused about what performance difference you're seeing though?
Your earlier comment just indicates that the two things lead to two different things with the same software version -- SDK and installer -- which is the intended behavior. OP described the button and the text link giving two different software versions, which is not the intended behavior, and which I haven't been able to reproduce.
I am clearing my machine this week for some testing. I will see if this behavior is still happening. We were so frustrated - that when we found the "here" link worked consistently better, we just put it in our machine setup protocol for everyone.
Based on your friendly forum here, I am also going to track the fps and also see if changed settings in the panel stay changed. Tracking may not work as well with bracelets, rings, watches, sleeves, etc. Linux does not support background apps or onFocus callbacks. For now, we recommend using the free cable extender bundled with the mount to connect the controller directly to the computer.
Tracking performance may degrade when closely facing large reflective surfaces like white walls or infrared-reflective curtains. Tracking degrades when arms are held directly away from the body i. Some poses are not currently tracked reliably in head-mounted display HMD mode e. Minimized or out-of-focus applications using the HMD policy flag can affect the service state.
Close such programs before switching back to non-VR apps. TouchFree is a software application that runs on an interactive kiosk or advertising totem. Control panel setting 'Manual Orientation' Setting persists. Fixed an intermittent crash of LeapSvc. Fixed an issue during shutdown of LeapSvc, where shutdown requested within seconds after startup. Note for Only the Core and Graphic Renderer packages have been modified from 4.
For completeness' sake, all of the main modules are included in this release. With love from the UnityModules team, nickjbenson and jselstad. This release reflects a slight deviation from how we've done UnityModules releases in the past. To make it easier to get releases out the door, we're unifying the versioning system around the "Core Asset" release, and combining modules together into a single release version.
Individual module packages are still available, but this path is essentially a roundabout way to copy files into your project, which you can do straight from the repo, now considered the central source of truth on master.
Improved tracking fidelity on backgrounds and bright lighting. LeapAPI has been deprecated. Changed the fingertip location in LeapC applications such that the point defines the center of a sphere whose edge is at the fingertip. Previous output was defined such that the point was at the edge of the fingertip. It can now be found as part of UnityModules.
Removed Leap. Added a feature that pauses the device when no clients are connected note: the Leap Control Panel is a client. Fixed an issue where hands could initialize on top of other hands. The number of scripts required to construct a Leap Motion-enabled VR rig has been greatly reduced, and the required rig hierarchy has been heavily simplified.
Hand data that is adjusted correctly for XR headset and device latency can now be gotten by adding a single component to the Main Camera, and the hand model pipeline has been simplified to a single manager component driving managed model components. If you are upgrading from an older project that incorporated Leap rigs from Core 4. Use this window to scan and upgrade old Core 4. It has received some upgrades in the process, and although it's still a little rough around the edges, it is a useful reference if you would like to construct LeapC bindings for a new language.
Added VectorHand, one of many potential lightweight encodings of a Leap Hand. This lossy encoding is suitable for lightweight recording and playback or network transmission. Fixed a bug where hand. TimeVisible was not being set with the correct units. Added the PostProcessingProvider base class, a pattern for applying your own post-processes to Leap frame data.
Added an ArrayPool data structure, used by the overhauled Query system. Fixed an issue when ImplementsInterface attribute was used for ScriptableObjects.
Added some Runtime Gizmo drawing functions, such as DrawEllipsoid. Removed a warning when Hands. The Visualizer will show your tracked hands, as well as the infrared images direct from the camera module.
From the control panel you can adjust system settings, modify the interaction area, and access diagnostics. The software that runs the camera module and sends hand tracking data to applications that need it. Alternatively use TouchFree, or our Unity or Unreal plugins. Download and install the Ultraleap Hand Tracking Software.
Run the Visualizer to check your device is working properly. Right-click the camera module icon in the system tray and select Visualizer. Looking for previous versions of our Tracking Software or Unity Modules? Find all our legacy releases here.
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