WebGL

[Technical Overview] Fluid simulation in real-time applications, such as video games and interactive simulations, presents significant computational challenges. Accurately representing the complex behavior of fluids, governed by the Navier-Stokes equations, requires efficient algorithms and optimized hardware. Two prominent approaches are Eulerian methods (grid-based) and Lagrangian methods (particle-based), each with its strengths and weaknesses. Current industry trends favor hybrid approaches that leverage the advantages of both. The increasing power of GPUs has enabled significant advancements in the realism and performance of real-time fluid simulations....

Technical Overview Creating a 3D rotating image gallery involves leveraging several key technologies. At its core, this requires manipulating the visual presentation of images using CSS 3D transforms and JavaScript to handle animations and user interactions. While simpler galleries can be achieved with CSS alone, more complex rotations and interactions typically require JavaScript for intricate control and smoother performance. The use of transform-style: preserve-3d; is crucial for creating a true 3D effect....