CSS Timing Function Editor
Edit CSS cubic-bezier timing functions with visual curve preview.
What is CSS Timing Function Editor?
CSS Timing Function Editor is an advanced web development tool that creates and visualizes CSS animation timing functions using cubic-bezier curves. It allows you to define custom easing functions that control how animations accelerate and decelerate, providing precise control over animation behavior.
This tool is designed for web developers, animators, and UI/UX designers who want to create smooth, natural-feeling animations. It provides real-time preview and generates clean CSS code for implementing custom timing functions that enhance user experience and create professional-quality animations.
Whether you're creating web animations, designing interactive interfaces, building mobile applications, or implementing smooth transitions, this editor helps you achieve natural, polished animation effects that feel responsive and engaging to users.
What Problems Does It Solve?
Animation Control
Provides precise control over animation timing and easing, creating natural-feeling transitions and movements.
Visual Feedback
Shows real-time visualization of timing curves, making it easy to understand and fine-tune animation behavior.
Professional Quality
Enables creation of high-quality animations that match modern design standards and user expectations.
Code Generation
Generates accurate cubic-bezier values and CSS timing-function code for proper animation implementation.
How to Use CSS Timing Function Editor
Adjust Curve Points
Drag the control points on the cubic-bezier curve to adjust the timing function and see the curve visualization update.
Preview Animation
Watch the preview animation to see how your timing function affects the movement and feel of the animation.
Copy CSS Code
Copy the generated cubic-bezier values and apply them to your CSS animations for the desired timing effect.
Timing Function Best Practices:
- • Use ease-out for elements entering the screen, ease-in for elements leaving
- • Apply ease-in-out for smooth, natural transitions between states
- • Consider the physics of real-world movement when designing timing curves
- • Test timing functions with different animation durations to ensure consistency
- • Use subtle curves for UI elements, more dramatic curves for decorative animations
- • Keep timing functions consistent across similar animations in your application