Ciro Santilli @cirosantilli 37

It is hard to pinpoint why, but the following useful software just feel bad for some reason:

domain-specific language unfortunately, but at least it's on GitHub, looks promising.

How to play scores and save them to files is discussed at: doc.sccode.org/Guides/Non-Realtime-Synthesis.html

They have a nice looking IDE, but running anything from the command-line interface is super hard, much unlike Csound. How to get a decent hello world: stackoverflow.com/questions/65360414/how-to-play-a-supercollider-file-non-interactively-from-the-terminal-command-lin

Sample composition with custom synths + notes: sccode.org/1-5cl

leanpub.com/ScoringSound looks like a decent tutorial, it is basically the Csound FLOSS manual for SuperCollider.

Some good insights on the earlier history of the industry at: The Supermen: The Story of Seymour Cray by Charles J. Murray (1997).

Examples at: Raspberry Pi Pico W MicroPython example.

You modify the DNA of a cell and stick a fluorescent protein right before or after another protein. Then when it gets translated, the GFP is stuck to the protein of interest, which hopefully hasn't lost its function as a result, then you can just see the protein of interest.

Mentioned e.g. at:

These are two conflicting constraints:

Good publication.

When it distributes it inverts the order of the matrix multiplication:

Cody'sLab had a nice 5 video series on making it at home! But the United States Government asked him to take it down as suggested at Video "What's Been Going On With Cody'sLab? by Cody'sLab (2019)" at youtu.be/x1mv0vwb08Y?t=84.

Here's a copy online as of 2020: www.youtube.com/watch?v=bCXB6BdMh9Y

The key is to define only the minimum number of measures: if you define more definitions become over constrained and could be inconsistent.

Learning the modern SI is also a great way to learn some interesting Physics.