Explainer / Tutorial

I want you to create a highly professional SaaS product launch video. Go and find some SaaS, preferably just one that people know, so it's easier to identify with it. Pick that, and then make sure to get actual assets and images and all of that stuff from the internet. Turn it into these typical, very professionally edited, motion-graphics-styled product launch videos that you see people making on Twitter when they launch new SaaS products (which are showing off the features, the benefits, and all of these things)

Create a pure javascript animation. 30s-60s whimsical hand drawn collage style with appropriate audio on the topic what is the purpose of life ? Entire video should be as high of a production value as possible. Please spend

1. I want to make a 30-second CM-style video using remotion + three.js, so please think about the structure. (It's better to write the image you want to create! This time, I gave a rough instruction: 'I want to convey that it is a typing game where you can practice enjoyably, rather than just a boring typing game where you just type.') 2. Please dig deeper into the technology, investigate what can be made and which skills might be useful. Please reconsider the structure and think about it in detail. 3. Based on what you have thought about, please actually create the video.

Please create a flashy, 16:9 hand-drawn style animation with a touch of flamboyance that maximally expresses your capabilities. It is a high-quality, beautifully designed, flashy motion animation that explains "what happens when the human brain dies" clearly to middle school students in 60 seconds.

Render a recipe motion graphic animation using JavaScript or HTML (whatever you think will produce the best result) to show the full recipe for a White Russian from start to finish, empty glass to completed cocktail. Explainer video style, showing the ingredients and measurements as they go into the glass. It should be a 30s video.

Drop every country's population as marbles. 1 marble = 1 million people. + sound effects 8,144 marbles. Real 2024 population data. Every clink is synced to a simulated collision.

Rebuild Type 1 diabetes in one HTML file, from the whole body down to a single molecule. THE BROKEN MESSAGE Type 1 diabetes isn't caused by sugar, weight or lifestyle. It's autoimmune: the immune system destroys the beta cells in the pancreas that make insulin. Those cells live in tiny clusters called islets, about 1–2% of the pancreas. After a meal, they sense rising glucose and release insulin. Insulin signals muscle and fat to take glucose in, and tells the liver to release less. In Type 1, that signal disappears. The fuel is still there. The message is missing. So glucose builds up in the blood. With almost no insulin, the body breaks down fat fast and the liver makes ketones. They can build up into diabetic ketoacidosis (DKA), a medical emergency. Insulin therapy doesn't cure Type 1. It replaces a signal the body can no longer provide adequately, through injections or a pump. The daily challenge is balance: too little and glucose rises, too much and it can fall dangerously low. Food, exercise, stress and timing all change the picture. Technology helps. A CGM tracks glucose every few minutes, and automated insulin delivery (AID) adjusts insulin based on those readings. In the build, you can compare Healthy vs Type 1 vs Type 1 + insulin on the same meal, drag one slider from INTACT to BROKEN to watch the signal fade, follow a glucose molecule through the body, and explore CGM, pumps and AID. Type 1 diabetes changes the system. It doesn't define the person. Built in Three.js. Educational visualization, not medical advice.

I want you to create a highly professional SaaS product launch video for Easy-Peasy AI. Make sure to get actual assets and images and all of that stuff from the internet. Turn it into these typical, very professionally edited, motion-graphics-styled product launch videos that you see people making on Twitter when they launch new SaaS products (which are showing off the features, the benefits, and all of these things). That's all. I have not uploaded any materials.

Create an animated sequence that starts in a room, zooms into a MacBook, then into an Apple M4 chip, followed by atoms, and finally quarks. Use HTML and Three.js for rendering.

create a self contained aesthetically pleasing, breathtaking animation of the Sahi Trading Terminal. it should start with a single dot on a black screen and then have multiple windows show up on the screen such as Charts, Positons , Option Chain, Watchlist. And zoom into and out at multiple scales. Finally the camera zooms out to make the desktop look like a point in space. And then it zooms back in to reveal a mobile screen in landscape mode with a chart in one half and an option chain in another. The video ends in Sjngle Screen Trading on SAHI use javascript for it. be detailed and accurate. it should be visually stunning

Create an animation of building instructions for a real LEGO model of Doctor Doom based on the provided picture. The model should consist of approximately 3,144 pieces, be 46 cm tall, and ensure every piece clicks onto the one below without overlapping or tipping over. Build the mask as a separate sub-assembly snapped onto the face. Animate the assembly process in 850 steps using Three.js in a single web page.

Render a fun motion graphic animation using the GSAP animation platform (see below) to show a brief history of The Sphere in Las Vegas from start to today (start with a minimal architecture to completed venue) - Explainer video style - Talk about how bands live page with GSAP animations :

I want you to create a highly professional SaaS product promotion video for Hedy. make sure to get actual assets and images and all of that stuff from the internet. Turn it into these typical, very professionally edited, motion-graphics-styled product launch videos that you see people making on Twitter when they promote SaaS products (which are showing off the features, the benefits, and all of these things).

Create an animation video using only JavaScript. The theme is "What is Claude Code?". 15 seconds, 16:9 aspect ratio, hand-drawn paper collage style, with Japanese narration. I will leave the script, materials, animation, and composition entirely to you. Use gpt-image-2.5 for images and Gemini TTS for voice.

Build a single self-contained HTML file: a 3D marble computer, in the spirit of Wintergatan's marble machine and the Digi-Comp II, that adds two 4-bit numbers using nothing but marbles falling through mechanical toggles. Hard rules: 1. One HTML file. Three.js from https://t.co/KCQbEZLusb via an import map, plus its OrbitControls addon. No other libraries, no physics engine, no external assets. 2. The mechanism is the computer. Each bit of the result is stored in a two-state toggle (flip-flop) that a marble physically flips as it passes. Carries happen because a marble leaving one toggle rolls on to the next. Do not compute the answer in JavaScript arithmetic anywhere. The displayed result must be read from the toggle states after the last marble stops. 3. Marbles move along tracks with believable gravity and timing. Nothing teleports. You may script motion along paths, but every toggle flip must be caused by a marble arriving at it. 4. Input: two rows of four switches (A and B, 0 to 15), set by clicking. A lever labelled RUN releases the marbles. A counter shows how many marbles have fallen. 5. Output: a row of five result toggles, most significant bit on the left, and a readout that shows the binary and decimal value read from those toggles. 6. A DEMO button runs 5+6, then 9+7, then 15+15, resetting between runs, so it can be screen-recorded without touching anything. 7. Looks: a wooden board, brass toggles, glass marbles, warm studio lighting, soft shadows, a slow camera that follows the busiest part of the machine. It should look good in a square 1080x1080 recording. 8. Short click sounds via the Web Audio API when a toggle flips, started only after the first user click. 9. It must run at 60 fps on a normal laptop and have no console errors. Output only the complete HTML file.

Create a cinematic, realistic educational video set inside a modern university physics laboratory. A confident male physics professor walks into the classroom carrying a coffee cup and a notebook, while students sit attentively in a large lecture hall. The scene then transitions to a hands-on physics experiment where the professor and a group of students gather around a transparent inclined track. A small metallic ball is carefully placed on the track, creating a clear visual demonstration of motion, gravity, acceleration, and energy. Show detailed close-up shots of the transparent rail, metal ball, students observing closely, and the professor guiding the experiment with natural hand movements. Use smooth camera movements, realistic depth of field, natural facial expressions, and authentic classroom interactions to make the experiment feel engaging and believable. Include cinematic laboratory lighting with soft indoor illumination and warm sunlight entering through large windows. End with the professor working at a laboratory table during golden-hour lighting, surrounded by scientific equipment, creating a thoughtful and inspiring academic atmosphere.

Create a 10-second 16:9 photorealistic khachapuri cooking video exactly in sequence, static 90° top-down camera, matte-black table, same male hands in black gloves, hard cuts only, no magic or skipped steps: 0.0-0.7 ingredients symmetrically arranged, hands take dough -> 0.7-1.5 roll dough into an oval -> 1.5-2.2 roll long edges inward -> 2.2-2.8 pinch both ends into a boat -> 2.8-3.6 evenly fill with grated cheese -> 3.6-4.2 place raw khachapuri on black baking tray -> 4.2-5.0 visibly slide the raw khachapuri into the oven -> 5.0-5.8 fast realistic timelapse inside oven: dough rises and turns golden, cheese melts and bubbles -> 5.8-6.5 hands remove baked khachapuri -> 6.5-7.3 crack one egg directly into the center -> 7.3-8.0 return to oven, short timelapse: egg white sets slightly while yolk stays runny -> 8.0-8.6 remove finished khachapuri and place on black table -> 8.6-9.2 add butter cubes beside yolk, butter starts melting -> 9.2-10.0 hands exit, hero shot of golden khachapuri with melted cheese, glossy runny yolk and melting butter. Every next shot must continue from the exact food state of the previous shot; fast precise realistic hand movements, no camera movement, no levitation, teleportation, instant cooking, disappearing or duplicated ingredients.

CREATE A PREMIUM, ULTRA-REALISTIC CINEMATIC CHARACTER REFERENCE SHEET — PROFESSIONAL FILM PRODUCTION DESIGN. REFERENCE LOCK: Use the uploaded reference image as the ONLY source of the subject's identity. Preserve the exact facial identity, face shape, eyes, eyebrows, nose, lips, jawline, skin tone, hairstyle, hair color, body proportions, age, and recognizable appearance with maximum accuracy. Adapt naturally to ANY PERSON, regardless of gender, age, hairstyle, body type, or personal appearance. CORE CONCEPT: Transform the uploaded person into a fully developed cinematic character inspired by their appearance, personality, and visual presence. Automatically design a unique character concept, outfit, accessories, hairstyle, color palette, and visual identity that suits the subject. CHARACTER DESIGN: Create a visually powerful, original character suitable for a premium Hollywood or Netflix-style film production. The character may be: A WARRIOR, VILLAIN, HERO, WITCH, ROYAL CHARACTER, SCI-FI EXPLORER, ASSASSIN, DETECTIVE, SURVIVOR, FANTASY CHARACTER, OR MODERN CINEMATIC PERSON. Choose the most suitable character direction based on the uploaded reference and the intended visual style. CHARACTER SHEET LAYOUT: 1. HERO PORTRAIT: Create one large, dramatic, ultra-realistic cinematic portrait showing the character's face, hairstyle, outfit, and overall personality. 2. FACIAL EXPRESSIONS: Create a professional facial expression grid including: NEUTRAL, SERIOUS, INTENSE, SOFT, SMILE, ANGRY, SAD, MYSTERIOUS. Maintain consistent facial identity in every panel. 3. TURNAROUND / FULL BODY VIEWS: Show the character in: FRONT VIEW SIDE VIEW BACK VIEW THREE-QUARTER VIEW Maintain consistent outfit, body proportions, accessories, and hairstyle across all views. 4. PORTRAIT VARIATIONS: Include cinematic close-ups from different angles: FRONT PORTRAIT THREE-QUARTER PORTRAIT SIDE PORTRAIT DRAMATIC SHADOW PORTRAIT. 5. COSTUME & DETAIL CLOSE-UPS: Show highly detailed close-ups of: HEADPIECE OR HAIRSTYLE COSTUME DETAILS ACCESSORIES BELT OR WAIST DETAILS GLOVES OR HAND DETAILS FABRIC TEXTURE NECKLACE OR SIGNATURE PROP. 6. COLOR PALETTE: Display a professional color palette matching the character's costume and cinematic theme. 7. CHARACTER INFORMATION: Include a clean professional section containing: CHARACTER NAME ROLE ALIAS PERSONALITY STYLE THEME SIGNATURE ELEMENT 8. CINEMATIC WORLD-BUILDING: Add a subtle atmospheric background or environmental illustration that complements the character's world. VISUAL STYLE: Premium Hollywood concept art. Ultra-realistic photography. High-end costume design. Cinematic lighting. Natural skin texture. Realistic fabric and material details. Professional film production reference sheet. Elegant editorial layout. Subtle cinematic atmosphere. Sharp facial details. Photorealistic rendering.