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Frame Pacing is a system that restricts an application to rendering frames at a lower framerate than a device's native refresh rate. This enables the application to prioritize consistency and stability in rendering, providing for a smoother user experience compared with letting the framerate run uncapped. In Unreal Engine (UE), frame pacing can be set on a per-device basis using the Device Profiles contained in your project's configs.

Unreal Engine integrates the Swappy frame pacing library from the Android Game SDK. This is an alternative to the legacy UE frame pacer that is used for all other hardware, and it is enabled by default in UE 5.2 and newer.

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Android hardware normally uses a frame buffer to display past frames when late frame submissions are detected, which prevents screen tearing. However, games' renderers are often unaware of this process and out of synch with it, causing them to get ahead of the displayed frame. This causes the display time for frames to vary wildly and creates significant input latency with touchscreen controls, as stalls will usually occur after input has been sampled. Swappy is an Android-specific frame pacing solution designed to stabilize this behavior by enabling a game's render cycle and Android devices' refresh cycle to communicate more effectively.

We recommend using Swappy over the legacy frame pacer. If you need to disable Swappy and use the legacy frame pacer instead, add a UseSwappyForFramePacing=0 to the Android profiles you would like to use it. You can add it to Android_Default to activate it for all Android devices.

FPlatformRHIFramePacer::SupportsFramePace checks whether the specified frame pace is compatible with the current device's refresh rate. FPlatformRHIFramePacer::SetFramePace sets the pace to a specified integer value, and FPlatformRHIFramePacer::GetFramePace returns the current frame pace.

The Champ Grappler 10-Ton, 4-Clamp Mobile Frame Straightener has adjustable clamps for length, width and height for all kinds of vehicles. The tower on the straightener rotates for straight and angle pulls. You can store the frame straightening machine easily when not in use.

As a collision specialist, you would already know that when a car is in an accident, the inner frame is damaged. It is necessary to correct the damage with a well-equipped frame straightener. A car frame straightener uses hydraulics that gives torque and leverage to bring the smashed-up frame to its original factory condition. The towers on the auto body frame puller straighteners rotate and move along the perimeter for angle and straight pulls without the need to remount the vehicle.

Along with auto safety come the crumple zone areas in modern vehicles that are designed to crush and crumple in a collision. There is extensive damage to the automobile even when it is a low-speed collision. The crumple zone protects the passengers by absorbing the impact of the energy.

Whether you are starting up your own small business, or want to do your own baby mobile diy, these hanging mobile frames are perfect accessories for you. They come in different shapes, most notably are the arch shaped wooden frames.

Not matter what shape and size baby mobile frame you decide to use, you will enjoy crafting your own piece of art that you can hang it above your little one's cot.

Suitable for the UR5e robots, integrated cable management in the installation column sets the ActiNav UR5e Medium Size Mobile Frame apart. The stable and mobile frame with levelable lifting castors and adjustable camera boom provides suitable mounting for bins, and prepared mounting options for a UR Control Box. Users have easy access to controlling equipment thanks to the open design.

Every dimension of the basic design can easily be adapted to your working environment. The frame is compatible with the item MB Building Kit System, allowing users access to the entire portfolio of accessories.

The game was a blast. It moves fast, and as terrain and frames take damage, you snap parts off and leave them on the battlefield as wreckage. It combines a bunch of our favorite things: mecha, wargames, violence, destruction, and Lego.

I'm developing a lot these days with A-Frame, but more specifically targeting mobile. One thing I noticed is that the touch controls for mobile only allow for horizontal camera rotation movement(left/right). I realize the gyroscope is to be a huge factor in camera rotation movement, but it would be nice to have full control of the camera using touch (horizontal and vertical). The default setting for the camera only allows horizontal rotation movement. I haven't seen were to implement certain properties to the camera entity, or to write some script. Is there a simple boolean property I can set on an entity, or am I completely off base?

When I use Babylonjs to render a .glb file(which has about 60 materials), I found it get a bad performance to render the first frame in mobile mode(compared with threejs or playcanvas).

BTW: if i delete all materials of this .glb file, it performance as fast as threejs/laycanvas.

I would appreciate it if anyone have any suggestions!!

above is the performance snapshot

babylonjs snapshot:

image1306506 65.2 KB

Think of Device Mode as a first-order approximation of how your page looks and feels on amobile device. With Device Mode you don't actually run your code on a mobile device. You simulatethe mobile user experience from your laptop or desktop.

There are some aspects of mobile devices that DevTools will never be able to simulate. For example,the architecture of mobile CPUs is very different than the architecture of laptop or desktop CPUs.When in doubt, your best bet is to actually run your page on a mobile device. Use RemoteDebugging to view, change, debug, and profile a page's code from your laptop or desktop while itactually runs on a mobile device.

The table below describes the differences between the options. Rendering method refers towhether Chrome renders the page as a mobile or desktop viewport. Cursor icon refers to what typeof cursor you see when you hover over the page. Events fired refers to whether the page firestouch or click events when you interact with the page.

When simulating the dimensions of a specific mobile device like a Nest Hub, select More options > Show device frame to show the physical device frame around the viewport.

Mid-tier mobile simulates fast 3G and throttles your CPU so that it is 4 times slower thannormal. Low-end mobile simulates slow 3G and throttles your CPU 6 times slower than normal. Keepin mind that the throttling is relative to the normal capability of your laptop or desktop.

I am not sure about your project but make sure to keep a maximum of 60 FPS in my tests, especially on mobile I had even 170FPS and this drains the battery like crazy, 60FPS is more than enough to have a perfect visual experience.

Device Emulation is a first-order approximation of the look and feel of your page on a mobile device. Device Emulation doesn't actually run your code on a mobile device. Instead, you simulate the mobile user experience from your laptop or desktop.

Some aspects of mobile devices aren't emulated in DevTools. For example, the architecture of mobile CPUs is different than the architecture of laptop or desktop CPUs. For the most robust testing, run your page on a mobile device.

Use Remote Debugging to interact with the code of a page from your machine while your page actually runs on a mobile device. You can view, change, debug, profile, or all four while you interact with the code. Your machine can be a notebook or desktop computer.

To simulate the dimensions of a specific mobile device, click More options (), and then select Show device frame to show the physical device frame around the viewport:

Developers of drivers, models, and libraries need a share conventionfor coordinate frames in order to better integrate and re-use softwarecomponents. Shared conventions for coordinate frames provides aspecification for developers creating drivers and models for mobilebases. Similarly, developers creating libraries and applications canmore easily use their software with a variety of mobile bases that arecompatible with this specification. For example, this REP specifiesthe frames necessary for writing a new localization component. It alsospecifies frames that can be used to refer to the mobile base of arobot.

The coordinate frame called base_link is rigidly attached to themobile robot base. The base_link can be attached to the base inany arbitrary position or orientation; for every hardware platformthere will be a different place on the base that provides an obviouspoint of reference. Note that REP 103 [1] specifies a preferredorientation for frames.

The coordinate frame called odom is a world-fixed frame. The poseof a mobile platform in the odom frame can drift over time,without any bounds. This drift makes the odom frame useless as along-term global reference. However, the pose of a robot in theodom frame is guaranteed to be continuous, meaning that the poseof a mobile platform in the odom frame always evolves in a smoothway, without discrete jumps.

The coordinate frame called map is a world fixed frame, with itsZ-axis pointing upwards. The pose of a mobile platform, relative tothe map frame, should not significantly drift over time. Themap frame is not continuous, meaning the pose of a mobile platformin the map frame can change in discrete jumps at any time.

In a typical setup, a localization component constantly re-computesthe robot pose in the map frame based on sensor observations,therefore eliminating drift, but causing discrete jumps when newsensor information arrives. 17dc91bb1f