
We just connected Lottie Creator to AI via MCP. You describe the animation. Claude, Codex, Gemini reads your file, edits layers, generates variants, ships dotLottie; without leaving the editor. Thi…
The Hook
“Lottie Creator speaks MCP.”
Product Reveal
“We just connected Lottie Creator to AI via MCP. You describe the animation. Claude, Codex, Gemini reads your file, edits layers, generates variants, ships dotLottie; without leaving the editor. This is the Model Context Protocol.”
Feature Teaser
“So when you ask your AI to build an animation, it's not just generating a file. It's pulling from your brand guidelines, your design system, your accessibility rules, your motion language. It's building a complete animation, checking for issues, creating variations, and shipping a dotLottie file, all from a single conversation. And it doesn't stop at one. You can ask it to create three separate animations in the same style and color palette. A journal icon with a subtle writing motion, a graph or chart with bars or lines growing upward, and an incoming mail or inbox icon with a new message appearing. Each should feel like part of the same app UI kit. Save each as a separate file. Your entire motion asset library.”
Call to Action
“That's MCP for Lottie Creator. Your AI Lottie Creator. Connected. Available now.”
Synthesizable in Remotion · key components of the nattu-ai-lottie-creator-launch template.
User types natural language prompts into a text editor, and corresponding complex Lottie animations are instantly generated and displayed in a separate editor window, complete with detailed layer properties and a timeline.
Utilize Remotion's 'Sequence' and 'AbsoluteFill' for screen layout. Implement a 'Typewriter' component for text input. For the Lottie Creator UI, use 'Img' or 'Video' components for pre-rendered UI elements, and dynamically render Lottie animations using '@lottiefiles/react-lottie-player' based on parsed text prompts. Animate UI interactions with 'spring' or 'interpolate' for cursor movements and menu reveals.
A terminal-like window displays a detailed accessibility audit report, highlighting color contrast issues, motion/flash concerns, and global issues with specific recommendations for fixes.
Create a 'TerminalWindow' component with a fixed-width font. Use 'map' to render an array of report items. Animate text appearance with 'Sequence' and 'spring' for a typing effect. Highlight 'FAIL' statuses with conditional styling (e.g., red text, green for 'Pass'). Use 'interpolate' for smooth scrolling of the report content.
A realistic 3D smartphone model rotates into view, showcasing the generated Lottie animations playing within its screen, demonstrating real-world application.
Import a 3D model of a smartphone using a library like 'three.js' or a pre-rendered video. Overlay Lottie animations onto the phone screen using 'AbsoluteFill' and 'OffthreadVideo' or 'Lottie' components. Animate the phone's rotation and position using 'spring' or 'interpolate' for a smooth, dynamic reveal.
Purpose. Immediately establish the core technological breakthrough: AI integration with Lottie Creator.
Execution. A bold title card 'Lottie Creator speaks MCP' with a glowing icon, followed by a rapid demonstration of enabling the MCP feature within the software UI.
Purpose. Showcase the AI's ability to translate natural language prompts into complex, brand-compliant animations.
Execution. A split-screen view where a user types detailed animation descriptions, and the Lottie Creator UI simultaneously generates and displays the corresponding animated assets, highlighting layer details.
Purpose. Demonstrate the breadth of the AI's features, including variant generation and accessibility auditing.
Execution. The AI generates multiple animation variants from a single prompt, followed by a detailed, scrolling accessibility report with highlighted issues and recommendations, all within the editor environment.
Purpose. Illustrate the practical application of the generated animations and prompt users to try the product.
Execution. A 3D smartphone rotating to display the AI-generated animations in a live app context, concluding with clear, concise text overlays for the product name and availability.
Objective
Launch a new AI-powered code refactoring tool that automatically optimizes legacy codebases and generates performance reports.How the recipe adapts
The 'AITextToAnimation' primitive adapts to 'AITextToCodeRefactor', showing a user typing a refactoring prompt, and the code editor instantly displaying optimized code. The 'DynamicAccessibilityReport' becomes a 'DynamicPerformanceReport', detailing code efficiency gains and security vulnerabilities in a similar terminal style. The 'ProductShowcase3DPhone' transforms into a 'ProductShowcase3DLaptop', displaying the refactored code and performance metrics on its screen, rotating to emphasize the tool's impact on developer workflows.Scene durations (4 scenes, 77s)
Key Remotion components
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