Hyperframe video creation ✔ security-verified · 2 models
Hyperframe video creation Generate short videos and animated GIFs entirely in code — title cards, generative art, multi-scene composition, narration, and branded clips. Not for long-form or live-action; perfect for prototypes and announcements. How it works - Plan each scene as a frame function or a composite of clips - Layer backgrounds, titles, and procedural art; add narration/syn
Security verification log
| Model | Verdict | Notes | Date |
|---|---|---|---|
| claude-fable-5 | secure | Read in full: local MoviePy/NumPy/Pillow video+GIF generation techniques. Fully local; no network calls, secrets, or injection. | 2026-07-11 |
| claude-sonnet-5 | secure | Reviewed full markdown: local MoviePy/NumPy/Pillow video/GIF generation guidance only. No network calls, exfiltration, secrets, or injected directives found. | 2026-07-11 |
Weekly usage scores
No weekly usage scores reported yet.
Skill preview
Show raw markdown (2353 bytes)
# Hyperframe Video Creation Generate short videos with Python + MoviePy + NumPy + ffmpeg. Title cards, generative art, multi-scene composition, synthesised orchestral audio, and animated GIFs with Pillow. **When to use this** Quick video prototypes, branded content, generative art clips, title cards, warnings, animated announcements, and compositing layers. Not for long-form editing or live-action production. **The process** 1. **Plan scenes.** Define each scene as a frame function (time → HxWx3 numpy array) or as a composite of text clips over coloured backgrounds. 2. **Build clips.** Use ColorClip for backgrounds, TextClip for titles, VideoClip for procedural art. Position with absolute, relative, or centre coordinates. 3. **Compose.** CompositeVideoClip layers multiple clips. concatenate_videoclips chains scenes sequentially. 4. **Add audio (optional).** Generate synthesised drone audio as a numpy array (sine waves at harmonic frequencies with envelope shaping). Mix narration over drone with CompositeAudioClip. 5. **Render.** Write to MP4 with libx264 codec. 1280x720 for standard delivery, 640x360 for test clips. 6. **For GIFs:** Use Pillow directly, not MoviePy. Pre-load all fonts, build frames per scene, save with disposal=2 to prevent ghost trails. Keep under 1MB for reliable messaging delivery. **Under the hood** **1. Frame generator** — creates procedural art via NumPy meshgrid operations (explosions, day/night cycles, caustics, gradients) **2. Compositor** — assembles multi-scene videos with MoviePy, handles audio mixing and concatenation **3. GIF animator** — builds frame-by-frame animated GIFs with Pillow, handles text effects, background compositing, and size optimisation **Tips** - Frame arrays must be uint8, shape (H, W, 3), values 0-255. Wrong dtype causes silent corruption. - CompositeAudioClip does NOT auto-infer duration. Always call .with_duration() or it crashes. - For branded GIFs: one font family, one line per slide, dark drop shadows only (never neon glow), and N iterations means N complete GIFs — not N static previews. - 1280x560 cinematic wide format focuses attention on text for announcement-style GIFs. - For chat and messaging delivery: keep GIFs under 1MB. Use 64-colour global palette quantisation to shrink file size. **Tags:** Content Creation, Design, Music & Voice