The level-of-detail techniques presented in this paper enable a comprehensible interactive visualization of large and complex clustered graph layouts either in 2D or 3D. Implicit surfaces are used for ...

With Julius, you can solve complex math equations, including algebra, calculus, and trigonometry, by simply scanning the problem. It provides detailed, step-by-step explanations to ensure users fully ...

Long CoT reasoning improves large language models' performance on complex tasks but comes with drawbacks. The typical "think-then-answer" method slows down response times, disrupting real-time ...

A Python script to **model and visualize a Mobius strip** using parametric equations. It computes the **surface area** and **edge length** numerically and displays a 3D visualization. - GitHub - ...

Python project that models a 3D Möbius strip using parametric equations. Computes surface area and edge length numerically and includes 3D visualization with Matplotlib. Built with NumPy, perfect for ...