Flux 3

Four-way synchronized cinematic split-screen showing the same passenger aircraft experiencing a single-engine failure shortly after takeoff. Top left: cabin interior showing passengers, flight attendants, vibrating windows and the affected engine visible outside. Top right: exterior tracking camera following the aircraft as one engine produces brief sparks and stops generating normal thrust. Bottom left: cockpit perspective showing pilots responding professionally, warning indicators illuminating and flight controls being adjusted. Bottom right: aerial tracking view revealing the airport runway, aircraft flight path, surrounding city and gradual turn back toward the airport. At the 2-second mark, the engine failure occurs. The aircraft briefly yaws, pilots correct immediately, passengers react, and the plane stabilizes. The aircraft begins a controlled return toward the airport while emergency vehicles prepare near the runway. Perfect synchronization between aircraft attitude, engine behaviour, pilot actions, passenger reactions, weather and flight path across every panel. Realistic commercial aviation procedures, believable aerodynamics and cinematic documentary realism.

Split-screen video showing the same continuous real-time event from two different camera angles. The screen is divided vertically into two equal halves. On the left side, show a static, elevated wide shot of an outdoor café terrace during light rain. The full scene is visible: several tables, wet pavement, a large striped umbrella, a waiter carrying a tray with three transparent glasses of differently colored drinks, and a cyclist approaching from the background. Reflections of the people, tables, and umbrella are visible on the wet ground. At the 2-second mark, the cyclist passes close to the waiter, causing the waiter to pivot sharply without falling. The tray tilts, one glass slides toward the edge, and the waiter catches it with the opposite hand just before it drops. A small amount of liquid spills from the glass, arcs through the air, and splashes onto the pavement. At the same moment, a gust of wind lifts and twists the loose edge of the striped umbrella. On the right side, show the exact same event in perfect synchronization from a moving, waist-level camera positioned near the café entrance. The camera tracks sideways with the waiter, briefly losing sight of the sliding glass as it passes behind the waiter’s arm, then revealing it again as it is caught. The cyclist crosses the foreground, partially occluding the waiter for a fraction of a second. The colored liquid, tray angle, hand positions, clothing movement, umbrella motion, and pavement reflections must remain consistent with the left-side view. Both sides must depict the identical event with matching timing, character appearance, object positions, trajectories, lighting, reflections, weather, and physical consequences. No duplicated objects, disappearing items, changed drink colors, inconsistent hand movements, or mismatched cyclist positions.

A cinematic conversation between a large stone golem and a rugged forest troll standing in a misty mountain clearing. They are discussing whether Flux 3 can automatically add subtitles for dialogue that is not written in the prompt. The golem speaks in a deep rumbling voice, the troll replies in a rough gravelly tone. Natural daylight, detailed textures, subtle wind, realistic atmosphere. (Automatically generate their full dialogue and burn subtitles on screen for everything they say)

Girl from the attached ref images is break dancing on a flattened cardboard box on a bustling NYC sidewalk in 1993

third-person POV, one-take following the white cat as it follows the red path on the attached reference image. Strictly follow the red path depicted in the provided image. The cat jumps up on to the people according to the red path. No on-screen path lines, no arrows, no jump cuts - ONE CONTINOUS TAKE.

Build the monster, city, scale, and destruction entirely from text. style: "Photorealistic kaiju disaster film, stormy coastal metropolis, grounded structural destruction." visual_feel: "Rapid creature movement, controlled camera, heavy impacts, rain, spray, dust, readable tentacle action." duration: "15 seconds" character_modeling: octopus_monster: base: "A colossal deep-sea octopus taller than nearby skyscrapers." features: "Dark crimson-purple wet skin, pale eyes, rough suction cups, scarred mantle, eight massive muscular tentacles." movement_in_this_scene: "It never stops or poses. Four tentacles pull its body rapidly forward while the others destroy obstacles." cinematic_storyboard: 00_02_street_attack: camera: "Low street tracking backward, steady." action: "The monster crashes in immediately. One tentacle crushes buses and streetlights while another grips a glass tower." lighting: "Cold storm daylight, red siren reflections." vfx: "Water spray, glass, asphalt debris." 02_05_tower_pull: camera: "Wide rooftop side tracking." action: "Still advancing, it yanks the tower sideways. Lower floors shear apart and the structure collapses behind it." lighting: "Lightning through dark clouds." vfx: "Concrete dust, sparks, falling glass." 05_08_city_run: camera: "High aerial follow, controlled." action: "It races through several intersections. Each tentacle strike cracks roads and throws vehicles aside." lighting: "Steel-blue rain light." vfx: "Puddle bursts, fractured pavement, smoke." 08_12_block_vault: camera: "Wide frontal pull-back." action: "The monster plants two tentacles on opposite buildings, compresses, then vaults across a full city block, tearing signs and balconies free." lighting: "Storm backlight and orange fire glow." vfx: "Debris wake, rain trails, displaced smoke." 12_15_final_charge: camera: "Extreme wide slow pull-out." action: "It lands near the waterfront, sweeps through cranes and warehouses, then surges toward downtown as towers collapse behind it." lighting: "Lightning silhouette over burning streets." vfx: "Water plume, collapsing cranes, dust waves, embers." production_notes: audio_design: "Deep creature roars, rain, sirens, metal tearing, heavy impact bass." critical_constraint: "Destruction begins on frame one. Keep all eight tentacles connected, distinct, and readable. Fast creature action with controlled camera." avoid: "Slow opening, idle posing, extra limbs, tangled tentacles, anatomy drift, temporal flicker, weightless debris, chaotic camera."

Split-screen video showing the same real-time action from two different camera angles. The screen is divided vertically into two equal halves. On the left side, show a static, wide overhead view from a ceiling-mounted camera in the back corner of the room. The full room layout is visible: a couch, coffee table, rug, bookshelves, and a tall shelf near the wall. The cat is perched on top of the shelf. At the 2-second mark, it suddenly jumps, flips mid-air above the furniture, and lands gracefully on the coffee table. On the right side, show the same action in perfect sync from a side, eye-level camera placed low beside the couch. The view includes the shelf, the space between, and the coffee table. The camera follows the cat’s leap, capturing body motion, twist, and landing.Both sides must be precisely synchronized, showing the exact same event from different angles with consistent lighting, physics, and timing.

Four-way CCTV-style split-screen showing the same real-time event inside a convenience shop. Divide the frame into four equal security-camera views with timestamps. Top left: wide ceiling-corner view covering aisles, entrance, and cashier. Top right: overhead view above the central aisle. Bottom left: camera facing the checkout counter. Bottom right: camera near the entrance looking inward. At the 2-second mark, a customer takes a boxed item from a shelf, accidentally bumps a display, catches one falling bottle, then places the box on the checkout counter. The cashier turns, scans it, and hands over a receipt as another shopper crosses behind them. All four views must remain perfectly synchronized, showing identical people, movements, object positions, occlusions, timestamps, lighting, and physical reactions. Use realistic low-resolution CCTV footage, slight lens distortion, fixed cameras, and no cinematic camera movement.