HaikuTeam/animator
Animator
Animator is a design platform for creating vector-based animations and programmable interactive components. It provides a visual environment for building motion graphics and UI elements, utilizing a timeline-based interface to manage keyframe sequencing and property transitions.
The platform distinguishes itself by combining traditional motion design tools with a spreadsheet-style expression engine. This allows users to define reactive logic and custom behaviors that respond to user interactions or time-based triggers. By serializing these designs into standardized formats, the tool ensures that complex animations and interactive components maintain consistent playback across various web and mobile environments.
The software supports a comprehensive workflow that includes vector asset creation, motion choreography, and the integration of finished animations into software projects. Users can export their work into industry-standard formats or embed them directly into frontend frameworks as native components.
Features
- Motion Graphics Editors - Provides a professional motion graphics workflow with timeline-based editing and easing curve controls.
- Motion-Driven Component Builders - Provides a visual environment for building programmable, motion-driven UI components that integrate directly into frontend frameworks.
- Vector Graphics Editors - Includes vector graphics design tools for manipulating shapes and paths on a free-transform canvas.
- Keyframe Animations - Provides a visual timeline interface for keyframe sequencing and precise motion control.
- Authoring Environments - Enables the creation of vector-based animations that export to the Lottie format for consistent cross-platform playback.
- Spreadsheet Formula Engines - Parses and executes reactive spreadsheet-style formulas to link element properties to triggers.
- Keyframe Interpolation - Calculates intermediate property values between keyframes using mathematical easing functions.
- Animation Trigger Logic - Defines reactive logic and custom behaviors for animations using spreadsheet-style expressions.
- Animation Schemas - Serializes complex motion data into standardized, platform-agnostic JSON formats.
- Motion Graphics Editors - Provides a timeline-based design environment for creating and choreographing vector-based motion graphics.
- Cross-Platform Rendering Engines - Provides cross-platform rendering engines to ensure consistent animation playback across mobile and web environments.
- Path Manipulators - Handles geometric transformations and coordinate calculations for scalable vector paths.
- Animation Exporters - Exports complex motion design compositions into portable data formats like Lottie, GIF, or video.
- Lottie Players - Creates vector animations that export to the Lottie format for consistent cross-platform playback.
- UI Prototyping - Develops interactive design assets that maintain visual fidelity across different operating systems.
- Web Component Modularity - Wraps animation logic into modular units for seamless embedding within modern frontend frameworks.
- Timeline Orchestrators - Synchronizes concurrent property changes using a central clock to orchestrate playback across design elements.
- Interactive Animation Triggers - Enables interactive component scripting to trigger specific behaviors in response to user interactions.
- Motion Design Systems - Sequences design elements on a timeline with built-in easing curves for smooth, interactive transitions.
- Web Components - Builds custom UI elements with programmed behaviors that integrate into frontend frameworks.
- Frontend Framework Integrations - Embeds animations as native components within frontend frameworks to maintain design consistency.
Star history
How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.
