Refine the 'AI' button component's volcanic eruption effect. After the full-screen liquid simulation is displayed for 10 seconds, implement a smooth and visually appealing reversion back to the original button state. The transition should involve the full-screen liquid contracting and returning to the button's boundaries, restoring the initial 'AI' button appearance. Ensure the reversion animation is as dynamic and engaging as the eruption, maintaining the turbulent liquid simulation throughout the transition. Address the issue where the component gets stuck in the full-screen state, as indicated in the provided screenshot. The entire process, from button click to full-screen eruption and back to the original button, should be seamless, responsive, and visually consistent.
I'll refine the AI button to automatically revert back to its original state after 10 seconds in full-screen mode, with a smooth contraction animation that's as visually appealing as the eruption.
I've enhanced the AI button to automatically revert back to its original state after 10 seconds in full-screen mode, with a smooth and visually appealing contraction animation.
Automatic Reversion
Reversion Animation Sequence
Visual Effects During Reversion
Improved State Management
isReverting state to properly track the reversion animationEnhanced Overflow Effects
The result is a complete animation cycle that seamlessly transitions from button to full-screen eruption and back to the original button state, creating a visually consistent and engaging experience.
I'll simplify the component to focus only on the button and fix the shape-changing issue:
I've simplified the component to focus only on the button and fixed the issue where the button shape was changing after clicking. Here are the key changes:
Removed Container Transformation
Separated Animation Layers
Simplified Structure
Improved Animation Containment
Now the button will maintain its exact shape and size throughout the entire animation cycle, while still providing the impressive liquid and eruption effects.