标签：#TV

The eight-episode series stars Michelle Yeoh and Hunter Schafer.

The different IMAX filming and projection formats have a dramatic impact on the theater viewing experience.

The post-apocalyptic tale takes place after the events of The Legend of Korra.

Live Project: tv.cadnative.com What Is FireViston TV? FireViston TV is a full-stack streaming solution designed for the modern living room. It consists of two parts that work in tight coordination: FireViston TV Android App — a native Android/Android TV application that delivers a polished, remote-friendly viewing experience. https://github.com/akshaynikhare/FireVisionIPTV/releases FireViston TV Server — the backend streaming infrastructure that powers content delivery, user management, and playback control hosted at tv.cadnative.com Together, they form a complete, self-contained streaming platform. The Android App Built for the 10-Foot Experience The FireViston Android app is designed for television screens — large fonts, d-pad navigation, and a layout that works from across the room. No pinching, no scrolling hunts, no mobile-style UI crammed onto a 55-inch display. Smooth Playback Video streaming requires more than just playing a file. FireViston handles adaptive bitrate streaming, buffer management, and codec compatibility to ensure smooth playback across the broadest range of Android TV devices — from budget sticks to high-end smart TVs. Content Discovery A clean, browsable content grid lets users find what they want quickly. Categories, search, and a "continue watching" row reduce friction from intent to playback. The Server Backend Reliable Infrastructure The FireViston server at tv.cadnative.com manages content ingestion, transcoding pipelines, and delivery. It's built to handle concurrent streams without degrading quality for any individual viewer. API-Driven Architecture The Android app communicates with the server through a REST API, making the backend flexible enough to support additional clients — web players, other mobile platforms — without rewriting core logic. User & Session Management Account creation, authentication, playback progress sync, and device management all happen server-side. Users can pick up on any device exactly where they left off. W

The bug report was simple: long-pressing the d-pad center button on a channel card should toggle the favorite — it wasn't working reliably. On some devices it fired once and stopped. On others it didn't fire at all on long-press. The fix was changing onKeyEvent to onPreviewKeyEvent in one Composable. The reason why is worth understanding. Background: Two Event Handlers in Compose Jetpack Compose exposes two modifier-level hooks for key input: Modifier . onKeyEvent { keyEvent -> .. . } Modifier . onPreviewKeyEvent { keyEvent -> .. . } They sound equivalent. They're not. The difference is where they sit in the event propagation chain . How Android TV Routes D-Pad Events When a user presses a key on a TV remote, Android routes the event through a dispatch tree: Activity └─ ViewGroup (root) └─ FocusedComposable └─ Child Composables The event travels down first (capture phase), then up (bubble phase): Capture (top → focused node): onPreviewKeyEvent handlers fire here, outermost first. Bubble (focused node → top): onKeyEvent handlers fire here, innermost first. onPreviewKeyEvent is the capture phase. onKeyEvent is the bubble phase. Why This Matters for Long-Press Android TV handles long-press recognition at the framework level. When you hold the d-pad center button: A KeyEvent.ACTION_DOWN fires immediately. If the key is held, the framework generates repeated ACTION_DOWN events at the key repeat rate. ACTION_UP fires when the button is released. The long-press callback that Compose's focus system uses for "confirm" actions (select, activate) consumes ACTION_DOWN during the bubble phase — specifically to prevent the holding action from also triggering the tap action. When the ChannelCard had a click handler wired for the primary action and onKeyEvent for the long-press toggle, the click handler's bubble-phase consumption of ACTION_DOWN was racing with the long-press handler. On some devices the click handler won, swallowing the event before the long-press code ran. The Fix

Gear up for the Atari Cinematic Universe.

The film, from Weapons director Zach Cregger, hits theaters on September 18.

The recent film was a big hit, but the series wasn't available to watch anywhere.

Amazon greenlit a Robocop pilot. Now it has committed to a full TV show.

After too many weird teasers, Avengers: Doomsday finally has a real trailer.

OLED displays are the best of the best in many ways, but in some scenarios, "lesser" technology really shines.

The Sony Bravia 9 II is the most anticipated new TV in years. It's an amazing RGB LED TV. I watched Dungeons & Dragons: Honor Among Thieves on the new Bravia with my son, who has been getting into the roleplaying game but had never seen the movie. The landscapes of Faerûn looked natural and […]

The Odyssey in IMAX is worth a long journey of your own.

The Prime Video series will reshoot episodes with a new lead actor.

FCC chairman claims power to repeal TV ownership limit set by Congress.

The cohesion paper series is now published in full — five papers that build a chain from the concept of cohesion to the Independent Variation Principle (IVP) . The chain: On the Nature of Cohesion — defines cohesion as a $2k$-tuple: for $k$ partitioning rules, $k$ (purity, completeness) pairs. Proves the knowledge-embodiment theorem: maximal cohesion under a rule coincides with exact knowledge embodiment under that rule. Shows that every published algorithmic cohesion metric measures a structural proxy (method-call overlap, shared-field density), not cohesion as defined by a principle. DOI: 10.5281/zenodo.20785752 Causal Cohesion — instantiates the schema under one concrete rule — change-driver-assignment identity: elements belong together iff $\Gamma(e_1) = \Gamma(e_2)$. Develops the metric $H_\text{causal}(M) = (\text{purity}(M), \text{completeness}(M))$, a two-dimensional score that fills one slot of the $2k$-tuple. DOI: 10.5281/zenodo.20785881 Four Necessary Conditions for Optimal Modularization — from the schema plus the objective of minimizing change propagation, proves four conditions — Admissibility, Element Form, Separation, Unification — are necessary and jointly exhaustive, uniquely pinning the $\Gamma$-equality partition $E / \tilde{\Gamma}$. DOI: 10.5281/zenodo.21362420 Why Minimizing Change Propagation Minimizes Maintenance Cost — decomposes total maintenance cost into access, alignment, cognitive, and domain-fixed components. Proves that minimizing change propagation cost is equivalent to minimizing total maintenance cost under an explicit coefficient condition, justifying the objective paper 5 assumed. DOI: 10.5281/zenodo.21362542 The Independent Variation Principle — synthesizes the chain into a single structural principle and examines the premises (change drivers, functional model, change isolation), preconditions (driver independence, decisional autonomy), and scope boundary. DOI: 10.5281/zenodo.21362618 Two derivations Last month's preprint — Der

Your Roku can do more than stream online content. Let's get you prepared for the next internet outage.

RGB TVs are the latest hotness in the world of televisions, and I’ve tested many of the latest models to see which you should buy.

There’s a new fleet of TVs using new mini and micro RBG display tech, and Samsung’s R95H model isn’t as impressive as it should be.

Amid signs of slowing engagement, Netflix is reportedly considering launching "always-on" live channels, giving subscribers something to tune into 24/7.