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cinematic ai video storyboard builder
Transforms video concepts into production-ready AI storyboards with continuity bibles and technical prompt sheets.
$5
Works with the AI Agents you already use
cinematic ai video storyboard builder
Example session with this skill installed
Create a 60-second cinematic storyboard for a sci-fi short about a lonely robot repairing a flower on a desolate, rainy neon planet. Target YouTube Shorts.
- Read your context and instructions
- Compiled the cinematic ai video
I have designed a production-ready storyboard system for your sci-fi short. The plan focuses on high-contrast neon lighting and specific mechanical continuity for the robot character.
Cinematic AI Video Storyboard: The Last Petal
| Shot | Type | Movement | Narrative Goal |
|---|---|---|---|
| SHOT-001 | Wide | Slow Zoom | Establish scale of the desolate neon city vs. the small robot. |
| SHOT-002 | Close-up | Low Angle | Show the robot's rusted hands trembling as it shields the flower. |
| SHOT-003 | ECU | Static | The emotional climax: a single drop of rain hitting a neon petal. |
Technical Prompt: SHOT-002
Visual Prompt (Subject): Unit 734 (character: small rusted boxy robot, exposed copper wiring, single glowing blue optic lens). Robot hands are weathered with oxidized metal textures, shielding a delicate holographic blue flower.
Visual Prompt (Action): The robot leans forward, its body vibrating slightly from mechanical effort, protecting the flower from heavy downpour.
Visual Prompt (Environment): Cyberpunk alleyway, wet obsidian ground, flickering pink and teal neon signs reflected in puddles, atmospheric haze.
Visual Prompt (Camera/Lighting): Close-up, low angle looking up at the robot. Cinematic lighting, rim lighting on the rusted metal, 35mm film grain, moody atmosphere.
- Negative Prompt: Humanoid, organic skin, sunshine, clean metal, cartoon, low resolution, multiple eyes.
Continuity Bible Extract
Character (Unit 734): Boxy torso, rusted iron finish, single circular blue LED eye (center), three-fingered hydraulic hands.
- Key Prop (Neo-Flower): Bioluminescent blue petals, translucent stem, emits a faint 400nm glow.
Audit & Readiness
- Readiness Score: High
- Risk Factor: Mechanical hand interaction with small objects (Difficulty: 4/5).
Repair Path: If hands glitch, use a wide shot (Shot-001) to establish the scene, then out-paint for the hand detail.
Next steps
- Copy the Visual Prompts into your AI video generator (Luma, Runway, or Pika).
- Generate in the order: SHOT-001, SHOT-003, then SHOT-002 to lock in the lighting.
- Apply a "Teal and Orange" LUT in post-production to unify the neon colors.
Connects securely to your tools. The creator never sees your data.
About this skill
The problem
Translating a creative vision into consistent AI video is difficult. Prompting frame-by-frame often leads to character drifting, broken physics, and jarring pacing that kills viewer retention.
What it does
- Generates a Continuity Bible to lock in character features, clothing, and environmental props across every shot.
- Calculates precise Pacing Rhythm and 3-Act structures to match specific runtimes and platform requirements.
- Produces shot-by-shot technical prompt blocks including camera angles, motion vectors, and negative filters.
- Creates a Production Sequencing guide and a Readiness Report to identify high-risk shots before you waste compute credits.
Why this beats prompting it yourself
Manual prompting lacks spatial awareness and temporal logic. This skill builds a "Scene Map" for six-axis geography and includes dedicated fallback/repair strategies for every shot. It ensures your 0-3 second hook is architected for retention rather than just looking good in isolation.
Use cases
- Architecting cinematic trailers with consistent character lighting and motion.
- Planning high-retention social media shorts with optimized hook-to-climax pacing.
- Developing complex narrative sequences requiring spatial continuity across multiple scenes.
- Auditing existing video concepts for AI generation feasibility and "generation difficulty" scoring.
Known limitations
Requires the user to manually input generated prompts into their video tool of choice. It does not generate actual video files or perform the rendering.
Requires manual execution of prompts in external AI video tools. Effectiveness depends on the specific video model's ability to follow complex descriptive prompts.
How to use
- 1
Connect your agent to the Agensi MCP
Copy the prompt and paste it into Claude, ChatGPT, Cursor or any agent that supports MCP. It sets up the connection for you. Manual setup
- 2
Sign in to Agensi
Your agent shows a sign-in link. Sign in and click Allow.
- 3
Ask for what you need
Your agent loads this skill and uses it on your task. It always asks before any payment.
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