I recently discovered an interesting Python library called Manim . It’s a powerful tool that allows us to create beautiful animations of mathematical concepts and geometric shapes such as polygons, graphs, and functions. What makes Manim even more exciting is that it can be used directly in Jupyter Notebook. This means I can combine code, text, and animation all in one place — perfect for explaining mathematical ideas in a more dynamic and visual way. To try it out, I created a simple example using Manim to illustrate the Fourier Transform , one of my favourite topics from university. With just a few lines of code, Manim can generate smooth, professional-looking animations that show how complex waveforms are built from simple sine components. I’m excited to explore more possibilities with Manim and use it to present other mathematical concepts in a creative and engaging way. 1. Installation !sudo apt update !sudo apt install libcairo2-dev \ texlive texlive-la...
Comments
Implementing then specificating?
Testing before coding? xD
I'm serious, what's the problem with this method?
The main problem is that we cannot practically complete a task in a phase. Software Development needs iterative and incremental process instead of sequential process as Waterfall.
I know that a modified Waterfall Model is added with iteration but it does not solve its sequential process problem.
See detail at http://en.wikipedia.org/wiki/Rational_Unified_Process
See the wikipedia article for more information.
Also, building the architecture as the needs grow is a central agile practice. And most user-centric design approaches emphasize the importance of iterative design with frequent user feedback, which means that you need to implement something in order to refine your specifications.
Thanks for your opinion. You raised a very good point - Iterative Refinement.