In this post we discuss the fact that Python is missing a built-in argmax function and how it's actually there, but hidden within an optional argument to max!

In this notebook, I use code by Hans-Petter Langtangen to simulate a vibrating string using 1d finite differences. I then animate the simulation results and show some interesting vibration phenomenon in the frequency domain.

When doing complex analysis, you can encounter so-called branch cuts. We explore this topic with the example of the square root function and show how to put the branch cut in different locations of the complex plane.

Following a previous experimental post on rice cookers, we explore a simple model that allows the prediction of the temperature measurements performed above the rice cooker.

This post is an excuse for a little geometric exploration related to squares and circles and how they map on each other.

In this blog post, I'll describe how I setup an Arduino to measure the temperature in my rice cooker during cooking and Python to analyze the data.

As a follow up to the Kaggle What's Cooking challenge, we're proposing a probabilistic method based on naive baives classification to suggest better ingredient features.

In this post, we smooth data by Ramiro Gomez and display it using bokeh.

Suite au précédent billet, je me penche ici sur des données détaillées issues du site de l'assemblée nationale. En particulier : qui est absent ? Y a-t-il des députés qui votent souvent ?

Ce billet me donne l'occasion d'une nouvelle exploration sur la présence (ou plutôt l'absence) des députés français, en moyenne, aux scrutins de l'assemblée nationale.