Opus 5.5 video prompts

Make a 15-second launch video for [product], which [one sentence on what it does].

Audience: [who it is for]. Real features to show, do not invent others: [feature 1], [feature 2], [feature 3].

Structure, one beat each: the problem in five words, the product UI appears, the three features, the URL [url].
Build the UI from HTML components in the product's own colours ([hex codes]), not screenshots.
1920x1080, 60fps. Every frame must be a pure function of time, render(t).
Avoid particle bursts, lens flares, glow and bouncy easing.
Show me the storyboard with timestamps first, then build a single HTML file.

Make a 20-second motion design piece that shows what an excellent motion designer you are, themed around [topic].

Rules: at least six distinct visual ideas, each on a beat of a 120 BPM grid. One slower moment around second 12 so it can breathe. End on a clean title card that says [text].
No particle bursts, lens flares, glow or RGB split. Flat colour, strong typography.
Single HTML file, 1920x1080, 60fps, every frame computed from t so it can be rendered offline.

Make a 45-second explainer of how [concept] works, for [audience].

First, list the 4 to 6 things a viewer must understand, in order. Give each one its own time slot of at least 5 seconds. Only one new idea on screen at a time.
Visual style: clean diagrams that build piece by piece, labels appear only when the part they name appears.
Write a voiceover script timed per scene, then the animation.
1920x1080, 30fps, single HTML file, render(t) is deterministic. Double-check every fact and number. If you are unsure, say so instead of drawing it.

Here is my logo as SVG: [paste SVG]. Make a 6-second logo reveal.

Take the logo apart into its real shapes and animate them assembling. Do not redraw or change the mark. The wordmark resolves last, then hold the final frame for a full second.
Motion: confident and quick in, soft settle. One accent colour [hex] on white.
1920x1080 and 1080x1080 versions, 60fps, single HTML file per version with render(t).

Turn this data into a 20-second animated data story: [paste CSV or table].

Lead with the single most surprising number, big. Then build the chart one series at a time. Add one annotation that says why the change matters. End with the source line "[source]".
Use only the numbers given. Axis labels must be readable on a phone.
1080x1080, 60fps, single HTML file, every frame from t. Render a contact sheet of 6 frames and check label overlaps before you finish.

Make a 15-second vertical video (1080x1920) announcing [feature] in [product].

The first second must make sense with the sound off: a big, short headline. Keep everything inside the middle 80% of the frame so platform buttons do not cover it.
Show the feature as a real UI interaction: cursor or finger, tap, the result. End on "[call to action]".
30fps, single HTML file, deterministic render(t). No particle effects, no glow.

Make a kinetic typography lyric video. Track: [song], [BPM] BPM. Here are the lyrics with start times in seconds: [paste lines with timestamps].

Each phrase gets its own layout. Emphasis words get scale or colour, never both. Words enter on beats, not at random.
Do not generate audio. I will mux the track with ffmpeg.
1920x1080, 60fps, single HTML file, every frame from t. Show me the layout plan per phrase before coding.

Read the components in [path to UI code or screenshots] and make a 30-second walkthrough of [user flow].

Rebuild the screens in HTML with the real colours, fonts and copy. Animate a cursor through the flow: [step 1], [step 2], [step 3]. Zoom in on each detail that matters, then pull back.
Pace: one action per 3 to 4 seconds, so a viewer can follow.
1920x1080, 60fps, render(t) deterministic, no fake features.

Build a 3D scene of [place or world] in Three.js and make a 20-second camera flythrough.

Shots: wide establishing shot, slow push into [main area], one moment of life ([what moves]), pull out to reveal everything.
Everything is procedural, no external models. Fixed random seed. Objects sit on the ground, never float.
1920x1080, 60fps. Expose render(t) that sets the camera and all animation from t. Screenshot four frames and check them before delivery.

Make a 15-second animated short of [character] trying to [goal].

Story: wants it, tries, fails in a funny way, surprise solution, payoff. Something happens in every shot.
Look: hand-painted brush strokes on paper texture, no plain vector shapes, no text on screen. Faces act, not just bodies.
Timing: list what the viewer must notice in each shot and give each moment enough frames to read.
24fps, 1920x1080, p5.js, every frame a function of t. Storyboard first.

Read this paper: [link or PDF]. Make a 60-second explainer for engineers who have not read it.

Cover: the problem, the key idea as one diagram, how it works in three steps, the main result with the real number, one limitation.
Write the narration first, about 150 words, and time each scene to it.
Style: clean whiteboard diagrams that build up, math only where it helps.
1920x1080, 30fps, deterministic render(t). Do not state any number that is not in the paper.

Read this repository's README and code: [repo]. Make a 20-second promo video for it.

Show: the one-line pitch, the install command typed into a terminal, the result it produces, the star count as [number]. Use a real terminal look and the project's own name and colours.
No made-up features or testimonials.
1920x1080, 60fps, single HTML file with render(t), then write a Playwright + ffmpeg script that exports an MP4.

Make a 10-second seamless loop to use as a website hero background.

The last frame must match the first exactly: drive all motion from sin and cos of (2*PI*t / 10).
Calm, slow, low contrast so text can sit on top. Colours: [palette].
GLSL fragment shader or Canvas, 1920x1080, 30fps, render(t) deterministic.

Turn these release notes into a 30-second video: [paste notes].

Pick the 3 changes a user would care about most. For each one show a before and after in the UI, 6 to 8 seconds each. Open with the version number, close with how to update.
Rebuild UI in HTML with our colours [hex codes]. 1920x1080, 60fps, deterministic render(t).