animated-explainer-script — independently scanned and version-tracked by SaferSkills.
SaferSkills independently audited animated-explainer-script (Agent Skill) and scored it 100/100 (green). The audit ran 55 deterministic rules across Security, Supply Chain, Maintenance, Transparency, and Community; it found 0 high-severity and 0 lower-severity findings. The full rule-by-rule trace and per-finding evidence are below. Free, methodology-open.
Findings & checks · 0 flagged
Every scanned point with the score it earned and what moved between them.
First recorded scan — no prior version to compare against.
The primary manifest — the file an agent reads to learn what this artifact does.
Writes a narration script for a documentary's animated explainer sequence — visual direction cues on each beat, ready to hand to the narrator and animation team.
Required:
Optional:
Two-column script format. Left column: narration text (what the narrator says). Right column: visual direction (what appears on screen). Each row represents one beat — typically 10–20 seconds of screen time. Total length matches the target duration at ~150 words per minute narration pace. Includes timing estimates per beat. Ends with a "Production Notes" section (2–3 bullets) covering any considerations for the animation team or narrator.
ANIMATED EXPLAINER — [Sequence Title]
Target duration: [X:XX] | Narration word count: [XXX]
| NARRATION | VISUAL DIRECTION |
|-----------|-----------------|
| [Text — Beat 1] | [Visual cue — Beat 1] |
| [Text — Beat 2] | [Visual cue — Beat 2] |
| ... | ... |
PRODUCTION NOTES
- [Note 1]
- [Note 2]Concept: How microplastics enter the human food chain — from ocean pollution to dinner plates. The viewer should understand the three main pathways: direct ingestion by marine life, bioaccumulation up the food chain, and contamination of drinking water supplies. Duration: 2 minutes (approximately 120 seconds) Audience: General public, no prior knowledge assumed Tone: Accessible/educational — serious subject, but not alarmist Visual style: Clean infographic with a muted colour palette Context: This sequence follows an interview with a marine biologist who has just said, "People think this is an ocean problem. It's a kitchen problem." The sequence should pick up from that line.
ANIMATED EXPLAINER — Microplastics: Ocean to Plate Target duration: 2:00 | Narration word count: ~290
| NARRATION | VISUAL DIRECTION |
|---|---|
| Every year, roughly eight million tonnes of plastic waste enters the world's oceans. Most of it doesn't stay in the form you'd recognise. | Wide shot: globe with ocean highlighted. Plastic debris icons flow from coastlines into the water. Zoom in as large plastic items break apart into smaller and smaller fragments. On-screen text: "8 million tonnes / year." |
| Sunlight, salt water, and wave action break it down into fragments smaller than five millimetres. These are microplastics — and they're now in virtually every marine environment on earth. | Close-up: a single plastic fragment splitting into dozens of tiny particles. Scale bar appears showing "< 5mm." Particles disperse across the ocean cross-section. |
| [PAUSE — 1 sec] | Transition: ocean cross-section resolves. Three pathway icons appear at the bottom of screen, numbered 1, 2, 3. |
| The first pathway is direct. Small fish and shellfish mistake microplastics for food. A single mussel can contain dozens of particles. | Pathway 1 highlights. Animated fish and mussels with microplastic particles visible inside them. On-screen text: "Pathway 1 — Direct Ingestion." |
| The second pathway is accumulation. Small fish are eaten by larger fish. The plastics don't break down — they concentrate. A tuna at the top of the food chain carries the combined load of everything beneath it. | Pathway 2 highlights. Simple food chain diagram: plankton → small fish → medium fish → tuna. Particle count visibly increases at each level. On-screen text: "Pathway 2 — Bioaccumulation." |
| [BEAT] | Tuna icon pulses with accumulated particles. |
| The third pathway bypasses the ocean entirely. Microplastics are now found in tap water, bottled water, and agricultural soil irrigated with recycled wastewater. | Pathway 3 highlights. Split screen: tap with water flowing, water bottle, farmland with irrigation. Particles visible in all three. On-screen text: "Pathway 3 — Water & Soil Contamination." |
| [PAUSE — 1 sec] | All three pathways visible simultaneously. Lines converge toward a single dinner plate at the centre of the frame. |
| All three pathways lead to the same place. Current research estimates that the average person may ingest up to five grams of microplastic per week — roughly the weight of a credit card. | Dinner plate fills the frame. Fork and knife appear. On-screen text fades in: "Up to 5g per week." A credit card icon appears beside the plate for scale comparison. |
| The science on health effects is still emerging. What is not in question is the route: from ocean, to food chain, to you. | Plate and credit card fade. Final frame: the three pathway icons return, connected by a single line ending at a simple human figure silhouette. Clean, still, no animation — let the image sit. |
PRODUCTION NOTES
~30 seconds. Free. No account. Every finding cites a rule and a line of evidence.