10 Crazy HTML5 and JS Experiment Showcase
Explore a captivating collection of HTML5 and JavaScript experiments showcasing the framework's impressive ability to render diverse and engaging interactive effects. While many demos run smoothly on Google Chrome and Firefox, full HTML5 support in Internet Explorer may limit compatibility. Enjoy!
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- HTML5 Canvas Animation Demo
- 10 Essential HTML5 Web Tools & Resources
- jQuery and New HTML5 Fundamentals
- Canvas Sphere: Emil Korngold's Canvas Sphere utilizes a miniature 3D engine to project a sphere's 3D points onto a 2D plane. Z-sorting and alpha motion blur create a convincing sense of 3D rotation. Experience the stunning visual effect!
- Marbles: A delightful physics simulation powered by the A3 WebGL Engine. Chrome is recommended for optimal viewing.
- Noise Field: Witness mesmerizing particle trails generated using Perlin noise. Interact by moving your mouse to influence particle movement and clicking to randomize parameters.
- Fishbowl: A challenging HTML5 benchmark created by Microsoft to assess your browser's performance capabilities. Discover how many fish your system can handle!
- Sticky Thing: Test your aim! Throw the object and see if it sticks.
- Breathing Galaxies: A dynamic visualization of a hypotrochoid with evolving colors and diameters, driven by JavaScript. Manipulate shapes using keyboard input or mouse movements.
- Flower Power: A nature-inspired experiment featuring a simple drawing tool that uses flowers as bezier curve-based brushes.
- One Hour Per Second: A visualization highlighting YouTube's staggering upload rate: one hour of video every second. This HTML5 experiment provides compelling comparisons, such as the number of "nyan cat" nyans uploaded daily.
- Asteroid Belt: An engaging HTML5 animation effect rendered over a photographic backdrop.
- Graph Layout: An interactive force-directed graph layout for exploring network structures.
(Note: Replace https://www.php.cn/link/874dc8c9cd9006d9aaca0cb5ac550812
and https://www.php.cn/link/e1dd47cc816ac88ccd8100451384c97a
with actual links to the source code and demo for each experiment.) The FAQs section has been omitted as it's largely generic and doesn't directly relate to the specific experiments showcased. The rewritten response focuses on providing a more concise and engaging description of the experiments themselves.
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