Demonstrating that you can filter data to smooth out the numbers, but whether it’s weather data, stock market information or Taylor Swift, the math is the same! David Domminney Fowler takes us through it.

see: https://soundspear.com/product/formula

This is the third test bookmark for testing updates. It’s public, not marked as to-read, and has multiple diverse tags.

The core idea here is that if you’re a post doc, don’t just do what you’re told.

🚨Get Your FREE Back To Basics Bootcamp Below!!🚨👇🏼► https://thedonutdoctor.com/l/pdp/bootcampIn this video, I’m breaking down something I call the Pentato…

Interactive visualizations of TypeScript concepts. Behold pretty colors.

In this tutorial, I’ll be explaining the common technique that most people use for dispersion in custom glass shaders, why it’s bad, and how to make it good. We’ll explore stochastic sampling with a white noise texture, how to debug shaders when unexpected issues arise, and some basic concepts that will later be relevant to spectral rendering ;3

a three-part treatment for a near-universal affliction

The thing that would actually help an underperformer improve is to teach or (even better) show them how to do a better job and the same is true for models.

Excellent synth, excellent emulation, and I’m very happy someone archived the ROMs LOL.

This is a passion project I built to help me play guitar. Maybe it can help you too!

As a complete beginner to Nix and NixOS, I recently had some trouble packaging up a Perl script and a shell script with their dependencies for deployment on a NixOS system. Here’s what I learned.

Very slick technique.

A four-step engineering process for software teams that don’t write code

In this video, I present one of the most influential formulations of classical physics — Hamiltonian mechanics. This is a walk through the birth of Hamiltonian mechanics and how Hamilton extended Lagrange’s work into a new, elegant formulation that would go on to influence quantum theory, statistical mechanics, and dynamical systems.

In this video, I present an overview of symmetries in physics, passive vs. active transformations, and how to derive Noether’s theorem from the Euler-Lagrange equations. Different examples are presented in detail to show how the invariance under specific symmetries can be used to construct conserved quantities.

A brief history and derivation of Lagrangian mechanics from Newtonian mechanics.