- #GEAR VR SUPPORTED FILE TYPES HOW TO#
- #GEAR VR SUPPORTED FILE TYPES APK#
- #GEAR VR SUPPORTED FILE TYPES ANDROID#
- #GEAR VR SUPPORTED FILE TYPES PC#
- #GEAR VR SUPPORTED FILE TYPES BLUETOOTH#
Minecraft Gear VR APK v1.16.1.02 (as found in SincereSeeker6's guide).
#GEAR VR SUPPORTED FILE TYPES ANDROID#
An Android device or Android emulator to run a second copy of Minecraft to unlock multiplayer achievements.
#GEAR VR SUPPORTED FILE TYPES PC#
A Windows/Mac/Linux PC or Android phone to sideload apps onto the Quest 2.
#GEAR VR SUPPORTED FILE TYPES BLUETOOTH#
Although I was able to sync a bluetooth Xbox One controller, the joysticks wouldn't function properly so I just used the default Quest controllers instead. This may also work on Oculus Quest 1, Oculus Go, or future standalone headsets but I personally only used the Quest 2.
#GEAR VR SUPPORTED FILE TYPES HOW TO#
It allows you to create a custom VR app in minutes, and this encoding setting allows you to upload your videos quickly and in great quality! We chose h.265/HEVC over VP9 here, because this codec encodes a bit faster.I was recently able to unlock 110 out of the 111 achievements by using an Oculus/Meta Quest 2 VR Headset and I thought I'd share the experience.įirst off, read through the fantastic 2022 guide by SincereSeeker6 and download all files mentioned in the post: How to complete this game from scratch - January 2022. Headjack is our app creation and content management platform for 360º video producers. So if you use this VRencoder option on a stereoscopic video, half the video will be cropped off. Attention: you will still have to use YouTube’s metadata injector to make your video display as a 360º video on YouTube! Facebookįacebook currently only supports monoscopic 360º videos. So you should either upload your uncompressed ProRes, CineForm, or AVI files, or use this setting to convert it to a hi-res VP9 first… at least, that was our plan, but then we found out that YouTube supports VP9, but YouTube’s 360 metadata injector does not, so we had to switch this encoding option back to h.264 with a max resolution of 3840×2160. YouTube mentions that they support input up to 8192×8192 for VR videos, which is not possible with the h.264/AVC codec, and YouTube does not accept h.265/HEVC videos as input. This option is here just for archiving purposes and is not playable on any device yet. iPhones and iPads do not support the advanced codecs like VP9 or h.265, so you’re stuck with h.264/AVC, and the max playable resolution, at least on older models, is High Quality H265 Platforms: Cardboard on iOS and lower-end Cardboard Android phones The output quality and file size is almost identical, but the major benefit is that the VP9 is also viewable on PCs. Similar to the previous option, but using the VP9 codec instead of h.265/HEVC. Platforms: Gear VR, Daydream, higher-end Cardboard Android phones Ensures a good output quality and smooth playback on higher-end Android devices. This option was called Samsung Gear VR in the initial version of VRencoder and has been the most often used encoding option. Platforms: Gear VR, Daydream, higher-end Cardboard phones However, we figured out that VP9 plays back very smoothly on PCs, and has the added benefit of significantly reducing the filesize (comparable to h.265/HEVC) as well as showing crisper colors, especially blacks, than h.264/AVC. In the first version of VRencoder we used the h.264/AVC codec for Desktop VR, because h.265/HEVC playback on PCs is still terrible. Now, let’s shed some more light on the various output options.
When using sequences as input, just make sure your input folder contains just one single sequence, and that no other video files are present in the folder. So which files can you use as input? Here is a list of supported file types:īesides video files, the latest version of VRencoder now also supports the following image sequence formats: VRencoder works really simple: you dump all your hi-res video files in a folder, you select this folder in VRencoder, select for which VR platforms you want to encode your files, and then sit back while your output folder fills up with perfectly encoded files! This article describes the encoding options of VRencoder in a bit more detail. In that blog post you can read which frustrations led us to create VRencoder, and the reasoning behind the encoding settings used. We initially released this tool together with our now most popular blog post, The Best Encoding Settings for your 4k 360º 3D VR Videos. VRencoder is a free encoding tool for 360º (3D) videos, and makes it super easy to encode your videos to the optimal resolution and bitrate for the various virtual reality platforms.
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