Simulate a motion using Runge-Kutta method for differential equations. Adjust initial conditions by tilting the device. View real-time movement and energy distribution.
by Torbjorn Sjogren★ 0.00 ratingsEducationFreeData updated 2026-09-08
Learn Python through 19 structured modules covering basics to advanced topics like scientific computing and data analysis. Practice coding exercises, explore real-world applications, and build projects in areas such as data analysis and simulations.
Calculate rates for liquids and gases using plates. Select from fifteen common industrial fluids. Input standard parameters to compute based on industry models. View results for design and analysis purposes.
Record and edit videos with real-time effects including color meter, rainbow color, slow motion, pixel sub-sampling, and scrolling words. Save images and videos to the photo library.
