![]() Previously, the team needed to use individual emulators or separate devices to They also tweaked the player's audio settings to take advantage of the extra Because the team had already designed VLC's layoutįor tablets, accommodating larger, wider layouts was a fairly simple process. VideoLAN designed multiple versions of the layout to allow users to easily To easily navigate the app, while mouse input enabled right-click commands andįile drag-and-drop to and from the VLC player. Supporting keyboards allowed people to use shortcuts and direction buttons One of the team's most important optimizations was to support keyboard and mouse They started adjusting the app's layout and functionality to ensure usersĬould enjoy those same features in a desktop-like environment. (i.e., hard drives and USB thumb drives) worked just right. Such as mouse input, right-click menus, and making sure external storage The team started by noting which features VLC users preferred on desktop, Supporting x86 and 64-bit ARM from the start - VideoLAN ensured VLC users couldĮnjoy the same immersive experience across a range of different devices and Users a desktop-style experience by bringing VLC to ChromeOS.īy optimizing the Android app for ChromeOS and larger screens - as well as That's when VideoLAN saw an opportunity to offer Ultimately, VideoLAN's developers want users to beĪble to play everything, everywhere - no matter what device or screen size theyįor Android, and it wasn't long before users started requesting the sameĮxperience on Chromebooks. Streaming protocols, and a large number of third-party apps use the VLC engine VLC is able to play most local video and audio files as well as various Seamless compatibility with all files and screens is at the core of VLC'sĭesign. Source cross-platform multimedia player developed by the VideoLAN project.
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