PulsePage is a client-side, interaction-driven web application engineered to demonstrate event-based DOM manipulation, real-time UI state changes, and responsive layout control using vanilla web technologies.
The project emphasizes behavioral UI logic over static presentation, showcasing how lightweight JavaScript can drive engaging, dynamic user experiences without frameworks or external dependencies.
▶ https://akashcodes23.github.io/PulsePage/
- Event-driven UI architecture using native JavaScript
- Dynamic element positioning via real-time coordinate computation
- State transition rendering without page reloads
- Responsive container-bound motion logic
- Strict UTF-8 compliance for cross-platform compatibility
| Layer | Technology |
|---|---|
| Markup | HTML5 (Semantic Structure) |
| Styling | CSS3 (Flexbox, Gradients, Visual Hierarchy) |
| Logic | JavaScript ES6 (DOM APIs, Timers, Events) |
| Deployment | GitHub Pages (Static Hosting) |
PulsePage/
├── index.html # Unified entry point (markup, style, logic)
└── README.md # Technical documentation-
Dynamic Avoidance Algorithm
The "No" button calculates available movement space based on parent container dimensions and repositions itself using randomized vectors at fixed intervals. -
Event Handling & State Mutation
User confirmation triggers a full DOM state replacement, rendering a success view without navigation or reload. -
Performance Considerations
All logic executes client-side with minimal reflow impact and zero external assets except media.
- Immediate feedback loops
- Motion-driven persuasion mechanics
- Minimal cognitive load
- Mobile-first responsiveness
- Frontend engineering demonstrations
- UI/UX behavior prototyping
- DOM manipulation learning reference
- Interactive landing page concepts
- Creative technical showcases
- CSS-based animation pipeline (keyframes / transitions)
- Modular JavaScript separation
- Accessibility (ARIA roles, keyboard support)
- Performance throttling using
requestAnimationFrame - Theming via CSS variables
Licensed under the MIT License, allowing full flexibility to reuse, modify, distribute, and integrate this project into personal or commercial applications. Attribution is required.
If you have questions, suggestions, or collaboration ideas, feel free to reach out at: