Programming *

I recorded a short video showing how to build a complete feature using Claude Code Agent Teams. Even if you're not using Agent Teams, the general approach still applies, making this a useful watch for anyone getting started with Claude Code or curious about this new experimental feature. In the video, I set up an "umbrella" project that brings together two repositories and multiple components: a Java App built with Google ADK (Spring Boot), a Front End App, and a Command Line utility. As part of the demo, the utility is extended with an "api" command that exposes it via the AG-UI protocol, allowing clients to connect to it directly.

Link to the video https://youtu.be/FekjxvNSpyg in the case embed does not work.

We developed very fast scientific graphics using matplotlib and python >>source at my x.com/twitter

Add animated own logo to your Matplotlib scientific graphics for branding purposes

>>take source code X.com (twitter)

Fantastic ! Look at >> source code (or take it from my telegram) of the Ping-Pong game prototype on MatPlotLib (scientific graphics on python) with high FPS=40.

Previously, in my >>article on Habr, the application of PyGame for graph plotting was reviewed, and now, conversely, we're creating a game on a system designed for scientific graph plotting. In the previous version, attempting to output text with high FPS resulted in significant "lag"; in the current version, this issue is resolved.

In the code for rendering all game elements, only MatPlotLib objects are used: tennis rackets are represented as bar charts, the ball as a scatter plot, the game field itself as a figure object from MatPlotLib, and text is also output using built-in MatPlotLib functions. For animation, the built-in MatPlotLib Animation object + update() is used. FPS=40 (forty!).

P.S. The yellow bar chart represents the distribution of Y-axis coordinates where the racket hits the ball. It updates with every hit of the racket on the ball.