C Lydian Dominant | Interactive YouTube Scales: Play Piano With Your Computer Keyboard @AlgoMotion

AlgoMotion | C Lydian Dominant | Interactive YouTube Scales: Play Piano With Your Computer Keyboard @AlgoMotion | Uploaded January 2024 | Updated October 2024, 57 minutes ago.
C 0:15 D 0:30 E 0:45 F♯ 1:00 G 1:15
A 1:30 B♭ 1:45 C 2:00 D 2:15 E 0:00
____
Press the keys 0-9 on your computer keyboard to play the notes of the C Lydian Dominant Scale. Mobile users can click on the timestamps above to play the notes.

The Lydian Dominant Scale (aka the Acoustic Scale, the Overtone Scale) is the fourth mode of the jazz minor (ascending melodic minor) scale. In C, it consists of the notes C, D, E, F♯, G, A, B♭, the same notes as a G ascending melodic minor scale, but rooted on C.

The numeric scale degrees (relative to a major scale) are: 1, 2, 3, ♯4, 5, 6, ♭7.

This is part of an interactive video series covering commonly used modes and scales, playable via the YouTube interface. It can serve as a learning tool, or for pure entertainment.

▶ youtube.com/playlist?list=PLalbhJlZQkkkVbPHd3nnHztgjXFfJbq2g

If pressing the number keys isn't moving the playhead, make sure this window is focused by clicking somewhere within it. For the smoothest results, use an up-to-date web browser.

Enjoy!

#music #musictheory #scales #modes #interactive #interface #youtube #keyboard #piano #lydian #dominant

Cocktail Shaker Sort in Ab Major Pentatonic #computerscience #algorithm #visualization #music

Chat-Controlled Bogosort Music Machine (ChomboSort) 🎵 | Change the Chords by Typing in Chat

$Toothpick Sequence Visualized with Circle of Fifths Harmony | 256 Steps Visualizing the Toothpick Sequence to 256 steps, with musical harmony based on the circle of fifths. In the The On-Line Encyclopedia of Integer Sequences (OEIS), the Toothpick Sequence is sequence number A139250: https://oeis.org/A139250 To generate the toothpick sequence, at each step add a toothpick to the end of every exposed toothpick. Two toothpicks may never overlap, and the midpoint of each new toothpick must touch the endpoint of exactly one existing toothpick. An endpoint is exposed if it does not touch any other toothpick. At steps of the form 2^k (powers of 2), the number of new toothpicks at those steps are equal to 2^k, and they are always placed along two lines perpendicular to the initial toothpick. Chord Selection: The chords move through the circle of fifths until a power of 2 step is reached. Each chord is selected so that every time we arrive at a power of 2 step, the chord is a C. The exact quality of each chord was manually selected for each pitch class (i.e. for all 12 notes). The number of notes in each chord and the MIDI velocity of each note are functions of how many new toothpicks are placed at a given step. The code for creating this video was written in Java using the Processing graphical library (https://processing.org/). Interested in learning more about algorithms and how to program? Here are some useful and/or classic textbooks that I recommend (these are affiliate links, if you buy one, I get a small commission): ▶ “Algorithms” (4th Edition) by Robert Sedgewick & Kevin Wayne: https://amzn.to/3uo25xR ▶ “Effective Java” (3rd Edition) by Joshua Bloch: https://amzn.to/3HOnYJL ▶ “Python Crash Course, 3rd Edition: A Hands-On, Project-Based Introduction to Programming” by Eric Matthes: https://amzn.to/481jQ43 ▶ “Design Patterns: Elements of Reusable Object-Oriented Software” by Erich Gamma, Richard Helm, Ralph Johnson, & John Vlissides: https://amzn.to/49fpr7R ▶ “Discrete Algorithmic Mathematics” by Stephen B. Maurer & Anthony Ralston: https://amzn.to/4bmsOvG #math #art #music #toothpick #sequence #circleoffifths #musictheory #algorithmicmusic #visualization #mathematics #cellularautomata #algorithm #java #code #computerscience #fractal #hypnotic #mesmerizing #calming #calmingmusic #audiovisual #studymusic #focusmusic$

Chat-Controlled Bogosort Music (ChomboSort) | Change the Chords by Typing in Chat

Bogosort Plays Giant Steps w/ Scrolling Score #jazz #programming #improvisation #coltrane #algorithm

Chat-Controlled Bogosort Music (ChomboSort) | NEW FEATURES: Change the Instrument & More!

$Structure from Chaos: Fractals Generated on the Circle of Fifths via the Chaos Game Running the chaos game on the circle of fifths, producing music to accompany the beautiful fractals that result. We start using a triangle on the notes C, E, and A♭ (forming an augmented chord), and play the chaos game to generate the Sierpiński triangle. Then we use a hexagon on the notes C, D, E, G♭, A♭, and B♭ (a whole-tone scale). For optimal packing, the ratio used to divide the lines in the chaos game is 0.667 for a hexagon. Next we use all 12 notes (the chromatic scale) to form a dodecagon fractal. The dodecagon is optimally packed with a ratio of 0.789 to divide the lines. Finally, we use a square (i.e. a diamond) on the notes C, E♭, G♭, and A (forming a diminished 7th chord). Playing the normal chaos game on a square, however, doesnt yield a fractal. It only produces uniform noise within the square. When a simple restriction is added: not allowing any corner to be repeated twice in a row, a beautiful fractal results. 0:00 Sierpiński Triangle 3:54 Hexagon Chaos Game 7:05 Dodecagon Chaos Game 10:27 Square Chaos Game Interested in learning more about fractals, algorithms, and how to program? Here are some useful and/or classic textbooks that I recommend (these are affiliate links, if you buy one, I get a small commission): ▶ The Fractal Geometry of Nature by Benoit B. Mandelbrot: https://amzn.to/4apa7pT ▶ Fractals Everywhere by Michael F. Barnsley: https://amzn.to/4apgh9r ▶ “Algorithms” (4th Edition) by Robert Sedgewick & Kevin Wayne: https://amzn.to/3uo25xR ▶ “Effective Java” (3rd Edition) by Joshua Bloch: https://amzn.to/3HOnYJL ▶ “Design Patterns: Elements of Reusable Object-Oriented Software” by Erich Gamma, Richard Helm, Ralph Johnson, & John Vlissides: https://amzn.to/49fpr7R ▶ “Discrete Algorithmic Mathematics” by Stephen B. Maurer & Anthony Ralston: https://amzn.to/4bmsOvG #fractal #math #music #beauty #art #mathematics #code #programming #computerscience #processing #java #visualization #algorithmicmusic #computermusic #experimental #hypnotic #randomness$

Genetic Algorithm Solves the Traveling Salesman Problem by Mimicking Evolution

Conways Game of Life as a Musical Instrument