Explainer / Tutorial

Build a pressure cooker you can actually cook dal in. Press the buttons and watch it work: the whistle traps the steam, the water boils at 121 °C, and the dal cooks 4× faster.

Create a 20-second animation explaining why profits decreased even though sales increased. First show the increase in sales, then the increase in expenses, and finally the decrease in profit.

Exploded view animation of an iPhone showing logic board, chips, cables, every layer flying apart and snapping back together

hand Claude Code a rough edit and tell it to break every cut into six knobs: 01 cut point the frame where scene A hands off to scene B 02 overlap how many frames both scenes share the screen 03 flash a 2-frame white pop that hides the seam on a hard push 04 timing linear or spring. how the hand-off builds speed and settles 05 shape what scene B is revealed through: slide, wipe, iris, clock wipe 06 carry the motion of scene A keeps going into scene B so the eye never resets every value lives in one config file. so your notes turn into numbers: move the cut 6 frames earlier overlap 18 frames, not 30 spring it with damping 200, no bounce the loop: cut → render → scrub → tune → repeat use Remotion's official transitions package. TransitionSeries runs every hand-off on Remotion's frame clock, with slide, wipe, iris, clock wipe and push cut built in

Common: 'Video 1 is a rough assembly of gray dolls and boxes. Extract only standing positions, paths, timing, and camera movement. Replace dolls with people from images, boxes with real locations.' 01: 'Person entering from door stops behind seated person -> Seated person slides sideways off chair, stands up, faces each other. Front pull-out -> Orbit left -> Zoom in on two people.' 02: 'Bicycle approaches from behind, aligns in 5 sec, overtakes in 6 sec -> Slows down and stops, turns upper body completely around. Runs parallel from same side of road.' 03: 'Character remains 2D cel-shaded while crossing live-action intersection. Exactly 6 pedestrians. Overhead top-down view -> Eye level.' 04: 'Two armies charge towards each other, pass each other in 4.6 sec -> Commander turns horse and raises sword. Sword and spear do not touch bodies, cutting through air.'

You are now the person in charge of this film, the director. Please help me make a short film. The theme of this film is "How to Reduce Phone Addiction". I want this film to be 1080P, 30fps, with a 16:9 aspect ratio, made using a Remotion project. You can use any technology and capabilities you want. No voiceover is needed; use Chinese subtitles to clearly convey the film's theme, and the motion effects must be sufficiently gorgeous.

Create a video with the theme: Is Relativity True? Duration over 2 minutes, landscape 1080P; My requirement is: You can use any tools and technologies you deem appropriate to produce the best and most stunning effects. Conduct an independent review before delivery to ensure the quality, content, and motion are viral-level video standards. Theme: Is Relativity True? I put relativity "on trial". Now there are six witnesses, let's see if what relativity says is true or false: Mercury's orbital precession, drawing a "flower"; The 1919 solar eclipse, starlight bending around the sun-warped spacetime; "Muon rain" falling from 15 km altitude; Atomic clocks flying around the Earth, and heads aging faster than feet; GPS satellite clock drift of +45 -7 = +38 microseconds; Spacetime ripples and gravitational waveforms caused by black hole mergers, ending with the black hole photo.

Turn the attached image into a seamless looping GIF (~15s, 15fps) styled as a surveillance-camera "subject analysis" sequence: 1. ACQUIRE – desaturated CCTV feed with REC, camera ID, running timecode; a search reticle locks onto the subject. 2. SILHOUETTE – background dims to a dark grid; AI detection boxes (head, torso, limbs + confidence scores) pop in; a scan line turns the subject into a flat silhouette. 3. STRUCTURE – silhouette becomes a glowing wireframe (edges + triangle mesh), then a pose skeleton with joint angles. 4. FEATURES – real colors return; an "ENHANCE" zoom on the face; animated callouts with typed labels for 4–5 key features. 5. PALETTE – extract the 6 dominant colors (k-means); swatches fly from the image into a panel with hex codes and percentages. 6. IDENTIFY – "TARGET LOCKED" + ID card (class, threat level, match %), then a glitch back to frame 1 for a seamless loop. Keep the original artwork intact (segment it, don't redraw it). Minimal HUD: white + one accent color, monospace font, a stage progress panel in the emptiest area of the frame, no text over the face. Export GIF + MP4.

Use CMAB (Tsinghua University) ©OpenStreetMap to construct a 3D city of Beijing. Then, using this 3D city as the main subject of the video, introduce the complete history of Beijing. Use clear male narration from EdgeSpeak to generate audio, with highlighted Chinese and English subtitles. Based on the historical content explained, intersperse rich, diverse forms of video elements and visuals with top-tier aesthetics and Chinese artistic sense. In short, I hope you do your best to create a video that allows people to feel Beijing's history through various forms. Materials are not limited to OpenStreetMap; you can obtain all materials from the internet without restriction.

Create a particle system animation titled 'forms that talk'. Use 150,000 particles. Implement three shapes made of dots that exchange pieces and change form every time a piece lands. Specifically: Galaxy splits into Sphere, Torus, and Helix. Stream 3,200 points A -> B -> C -> A. Each shape morphs as dots arrive. Collapse back into a 5-arm galaxy. Shape A: Sphere (46.9k points, warm band) ends as a cube with 0.3 rounded edges. Shape B: Torus (50.0k points, violet band) twists into a trefoil knot. Shape C: Helix (49.8k points, cyan band) winds into a 9-turn coil. Use three functions: spill() pours swarm into shapes by radius at 0.42 viscosity, talk() sends streams, merge() collapses all three and blooms them back at 0.35 spin. Render call: Canvas(1080, 1350).run(spill, talk, merge).

Common: Video 1 is the motion sample. Use only body movements, timing, orientation, camera position, and angle. Same order and duration as Video 1. Single continuous cut. 01 Boxing (5s): Protagonist Hikari. Morning riverbank. Repeatedly throwing right straights at trainer's blue mitts, pulling back and resetting stance after each hit. Stops in stance at the end. 02 Drums (10s): Protagonist Takasugi alone. Night live house stage. Hitting snare and toms, leaning forward mid-way to look at feet, standing up and continuing to play. 03 Standing Paper (5s): Aoi on left, Hikari on right. Day office. Crouching to grab corners of white paper with large ink circle, lifting together in sync, finally holding it vertically up to camera. 04 Roller Coaster (10s): Protagonist Aoi. Evening amusement park, front seat with safety bar over chest. Spreading arms wide, cheering with fists raised, looking back at the end.

Create a cinematic, ultra-realistic 15-second live-action pottery video in a warm, rustic artisan workshop. Show wet clay being placed on a spinning pottery wheel, skilled hands shaping it into a tall ceramic mug, and close-up shots of smoothing the rim and refining the handle. Capture the artisan carefully polishing the surface with a sponge and lifting the finished mug. End with hot coffee being poured into the handmade mug, revealing rich amber tones and delicate steam. Warm natural lighting, realistic clay textures, detailed hand movements, authentic pottery techniques, natural liquid physics, smooth cinematic transitions, shallow depth of field, cozy artisan atmosphere, vertical 9:16, 15 seconds, no text, no logos, no watermark.

Build a fully interactive 3D laboratory where the user can rewrite the laws of physics in real time. Make heavy objects fall upward, reverse friction, redirect collision momentum sideways, and create fluids that repel one another. The lab must strongly emphasize true 3D spatial simulation with depth-rich environments, volumetric liquids, rotating rigid bodies, layered test chambers, gravity zones, and emergent interactions visible from every angle. Every altered law must remain mathematically consistent across the entire 3D world, turning the experience into a believable sandbox of impossible physics.

Give Claude Code a motion reference, then ask it to turn the animation into six editable controls: 01 Spacing How far the object moves between poses 02 Typography Scale, tracking, and line breaks 03 Motion Blur Exposure during fast movement 04 Easing How the movement speeds up and slows down 05 Follow-Through Let the tail settle after the body stops 06 Anticipation A small pullback before the main move Put the values in one config. Now your feedback becomes specific: Add 4 frames of anticipation Delay the tail by 3 frames Hold the title for 1 second The loop: Build → Render → Scrub → Tune → Repeat Use the official Remotion + GSAP integration to keep the animation on Remotion's frame clock

Vertical 9:16 photorealistic DIY renovation video, satisfying ASMR style. Bright empty room: white walls, grey concrete floor, large white-trimmed window on the left, soft natural daylight. SCENE 1 — A bearded man in a grey t-shirt and blue denim overalls rakes a large pile of colorful seashells (scallops, clams, cone shells) with a landscape rake, spreading them evenly across the entire floor. Fast time-lapse motion. SCENE 2 — A woman with brown hair in red overalls, white t-shirt and rubber boots pours thick creamy white self-leveling epoxy resin from a large grey bucket. The milky liquid flows over the shells, spreading and gradually covering them completely into a glossy white surface. SCENE 3 — A worker in a neon-yellow safety vest and black cap pushes a floor polishing machine back and forth, grinding and buffing the surface, revealing seashells embedded inside a glossy white terrazzo resin floor. SCENE 4 — The man in denim overalls assembles a light oak wooden bed frame, attaches the headboard and slats, places a white mattress, spreads a white duvet and beige pillows. Final static beauty shot: cozy finished bedroom with an oak bed, white bedding and a designer seashell-terrazzo floor glowing in soft daylight. Style: photorealistic, smooth cuts, time-lapse pacing during work phases, natural soft lighting, high detail, no text.

Vertical 9:16 photorealistic satisfying renovation video, one continuous scene in a bright empty room with white walls, bare wooden floor and a large sunlit window on the right. Shot 1: A bearded man in a gray t-shirt and blue denim overalls vigorously rakes a huge conical pile of thousands of colorful jelly bean candies, spreading them into an even layer that covers the entire floor. Shot 2: A woman in red overalls and a gray t-shirt pours thick glossy white epoxy resin from a large white bucket; the creamy liquid flows over the candy layer and spreads outward, fully covering the colorful beans. Shot 3: A worker in a neon-yellow safety vest and black cap grinds the cured white floor with a professional floor polishing machine; the top layer is buffed away, revealing thousands of colorful jelly beans embedded under a crystal-clear, mirror-glossy epoxy surface, like candy terrazzo. Shot 4: Two men in black t-shirts and black caps quickly assemble a wooden bed frame, set a white mattress on it, and make the bed with crisp white bedding, all in fast-forward motion. Final shot: Slow beauty shot of the finished minimalist bedroom — a luxurious mirror-shiny floor filled with colorful candy under transparent epoxy, sunlight reflecting off the polished surface. No people. Style: viral satisfying DIY renovation timelapse, static wide-angle camera from the doorway, natural daylight, ultra-detailed, smooth realistic physics of pouring liquid and rolling candy.

1. Can you use Opus 5.5 to make a video explaining "What is an Agent"? The video needs to be around 2 minutes long, in the form of a Chinese RAP. First output a script and overall plan. 2. Optimize the RAP lyrics, ensuring single and double rhymes. 3. Create a sample video for me to see first. 4. Use Suno to create the music. 5. It output two versions from Suno; I like the second one, so let's match the video length to the music duration.

Create an educational video explaining the physics behind Tesla's new Roadster staying upside down on a 20-meter high curved track during its launch event, then launching off a ramp and flipping in mid-air to land. Use 3D animation to explain how under-car fans suck the car onto the track and how gas tanks and jets push it into the air. Answer these questions: Is it like a roller coaster due to speed? How long can it fly? How does it flip in the air? Can tires handle 0-60mph in 0.81 seconds? What are the uses beyond stunts? Use Opus 5.5 for 3D modeling and animation.