“Sure Be Cool If You Did”- Blake Shelton
“Drunk on You”- Luke Bryan
“Chillin’ It”- Cole Swindell
“Close Your Eyes”- Parmalee
“This is How We Roll”- Florida Georgia Line
“Ready, Set, Roll”- Chase Rice
Remix By Sir Mashalot
Here’s what the track looks like in the Infinite Jukebox http://labs.echonest.com/Uploader/index.html
Local file: Max teaching examples/new-country-mashup.mp3
reddit’s view: http://www.reddit.com/r/videos/comments/2rrca5/damning_evidence_of_how_formulaic_pop_country_has/
For the Echonest API track profile response.
By Jason Sundram at Running With Data
http://runningwithdata.com/post/1321504427/danceability-and-energy
Get track analysis data for your music using the Echonest API.
The track analysis includes summary information about a track including tempo, key signature, time signature mode, danceability, loudness, liveness, speechinesss, acousticness and energy along with detailed information about the song structure (sections) beat structure (bars, beats tatums) and detailed info about timbre, pitch and loudness envelope (segment).
track API documentation: http://developer.echonest.com/docs/v4/track.html
Its a two (or three) step process. Here’s an example of how to upload your track and get an audio summary, using curl from the command line in Mac OS. Note, you will need to register with Echonest to get a developer API key here: http://developer.echonest.com/raw_tutorials/register.html
Note that the path to the filename needs to be complete or relative to the working directory. Also, in this example there was no metadata identifying the title of the song. You may want to change this before uploading. Replace the API key with your key.
curl -F “api_key=TV2C30KWEJDKVIT9P” -F “filetype=mp3” -F “track=@/Users/tkzic/internetsensors/echo-nest/bowlingnight.mp3” “http://developer.echonest.com/api/v4/track/upload”
Here is the response returned:
{“response”: {“status”: {“version”: “4.2”, “code”: 0, “message”: “Success”}, “track”: {“status”: “pending”, “artist”: “Tom Zicarelli”, “title”: “”, “release”: “”, “audio_md5”: “7edc05a505c4aa4b8ff87ba40b8d7624”, “bitrate”: 128, “id”: “TRLFXWY14ACC02F24C”, “samplerate”: 44100, “md5”: “78ccac72a2b6c1aed1c8e059983ce7c7”}}}
Here’s the query to get the analysis – using the ID returned by the previous call. Replace the API key with your key.
curl “http://developer.echonest.com/api/v4/track/profile?api_key=TV2C30KYGHTUVIT9P&format=json&id=TRLFXWY14ACC02F24C&bucket=audio_summary”
Here is the response – which also contains a URL that you can use to get more detailed segment based acoustic analysis of the track.
{
“response”: { “status”: { “code”: 0, “message”: “Success”, “version”: “4.2” }, “track”: { “analyzer_version”: “3.2.2”, “artist”: “Tom Zicarelli”, “audio_md5”: “7edc05a505c4aa4b8ff87ba40b8d7624”, “audio_summary”: { “acousticness”: 0.64550727753299, “analysis_url”: “http://echonest-analysis.s3.amazonaws.com/TR/TRLFXWY14ACC02F24C/3/full.json?AWSAccessKeyId=AKIAJRDFEY23UEVW42BQ&Expires=1420763215&Signature=OLqYwvuzVmAqp1xLTi5x4CsYJuE%3D”, “danceability”: 0.5680872294350238, “duration”: 245.91673, “energy”: 0.19974462311717034, “instrumentalness”: 0.8089125726216321, “key”: 11, “liveness”: 0.10906007889455183, “loudness”: -25.331, “mode”: 1, “speechiness”: 0.03294587631927559, “tempo”: 93.689, “time_signature”: 4, “valence”: 0.43565861274829504 }, “bitrate”: 128, “id”: “TRLFXWY14ACC02F24C”, “md5”: “78ccac72a2b6c1aed1c8e059983ce7c7”, “samplerate”: 44100, “status”: “complete” } } }
Use the analysis_url returned by the previous request. Note that it expires a few minutes after the request. But you can always re-run the audio_profile request to get a new analysis_url
curl “http://echonest-analysis.s3.amazonaws.com/TR/TRLFXWY14ACC02F24C/3/full.json?AWSAccessKeyId=AKIASVIFEY23UEGE42BQ&Expires=1420763215&Signature=OLqYwvuzVmAqp1xLTi5x4CsYJuE%3D”
The analysis result is too large to display here. For more information, get the Echonest Analyze Documentation: http://developer.echonest.com/docs/v4/_static/AnalyzeDocumentation.pdf
A presentation for Berklee BTOT 2015 http://www.berklee.edu/faculty
Around the year 1700, several startup ventures developed prototypes of machines with thousands of moving parts. After 30 years of engineering, competition, and refinement, the result was a device remarkably similar to the modern piano.
What are the musical instruments of the future being designed right now?
Ray Kurzweil’s future predictions on a timeline: http://imgur.com/quKXllo (The Singularity will happen in 2045)
In 1965 researcher Herbert Simon said: “Machines will be capable, within twenty years, of doing any work a man can do”. Marvin Minsky added his own prediction: “Within a generation … the problem of creating ‘artificial intelligence’ will substantially be solved.” https://forums.opensuse.org/showthread.php/390217-Will-computers-or-machines-ever-become-self-aware-or-evolve/page2
Are there patterns in the ways that artists adapt technology?
For example, the Hammond organ borrowed ideas developed for radios. Recorded music is produced with computers that were originally as business machines.
Instead of looking forward to predict future music, lets look backwards to ask,”What technology needs to happen to make musical instruments possible?” The piano relies upon a single-escapement (1710) and later a double-escapement (1821). Real time pitch shifting depends on Fourier transforms (1822) and fast computers (~1980).
Artists often find new (unintended) uses for tools. Like the printing press.
The piano is still in development. In December 2014, Eren Başbuğ composed and performed music on the Roli Seaboard – a piano keyboard made of 3 dimensional sensing foam:
Here is Keith McMillen’s QuNexus keyboard (with Polyphonic aftertouch):
https://www.youtube.com/watch?v=bry_62fVB1E
Here are tools that might lead to new ways of making music. They won’t replace old ways. Singing has outlasted every other kind of music.
These ideas represent a combination of engineering and art. Engineers need artists. Artists need engineers. Interesting things happen at the confluence of streams.
Computers can analyze the audio spectrum in real time. Sounds can be transformed and re-synthesized with near zero latency.
Finding alternate routes through a song.
by Paul Lamere at the Echonest
Echonest has compiled data on over 14 million songs. This is an example of machine learning and pattern matching applied to music.
http://labs.echonest.com/Uploader/index.html
Try examples: “Karma Police”, Or search for: “Albert Ayler”)
“Mindblowing Six Song Country Mashup”: https://www.youtube.com/watch?v=FY8SwIvxj8o (start at 0:40)
Local file: Max teaching examples/new-country-mashup.mp3
Looking at music under a microscope.
First you have to separate them.
by Xavier Serra and UPF
Harmonic Model Plus Residual (HPR) – Build a spectrogram using STFT, then identify where there is strong correlation to a tonal harmonic structure (music). This is the harmonic model of the sound. Subtract it from the original spectrogram to get the residual (noise).
Settings for above example:
Finding the drop
“Detetcting Drops in EDM” – by Karthik Yadati, Martha Larson, Cynthia C. S. Liem, Alan Hanjalic at Delft University of Technology (2014) https://reactivemusic.net/?p=17711
Blurring the distinction between recorded and written music.
by Celemony
http://www.celemony.com/en/start
A minor version of “Bohemian Rhapsody”: http://www.youtube.com/watch?v=voca1OyQdKk
“How Shazam Works” by Farhoud Manjoo at Slate: https://reactivemusic.net/?p=12712, “About 3 datapoints per second, per song.”
Transforming music through pictures.
by Tadej Droljc
https://reactivemusic.net/?p=16887
(Example of 3d speech processing at 4:12)
local file: SSP-dissertation/4 – Max/MSP/Jitter Patch of PV With Spectrogram as a Spectral Data Storage and User Interface/basic_patch.maxpat
Try recording a short passage, then set bound mode to 4, and click autorotate
Spectral scanning in Ableton Live:
http://youtu.be/r-ZpwGgkGFI
Web browser is the new black
by Joe Berkowitz
http://www.noteflight.com/login
by Dinahmoe
http://labs.dinahmoe.com/plink/
What is the speed of electricity? 70-80 ms is the best round trip latency (via fiber) from the U.S. east to west coast. If you were jamming over the internet with someone on the opposite coast it might be like being 100 ft away from them in a field. (sound travels 1100 feet/second in air).
Global communal experiences – Bill McKibben – 1990 “The Age of Missing Information”
Computers finding meaning
https://reactivemusic.net/?p=9834
The Google speech API uses neural networks, statistics, and large quantities of data.
Making music from from sounds that are not music.
by Katja Vetter
. (InstantDecomposer is an update of SliceJockey2): http://www.katjaas.nl/slicejockey/slicejockey.html
Transforming motion into music
camera based hand sensor
“Muse” (Boulanger Labs) with Paul Bachelor, Christopher Konopka, Tom Shani, and Chelsea Southard: https://reactivemusic.net/?p=16187
Max/MSP piano example: Leapfinger: https://reactivemusic.net/?p=11727
local file: max-projects/leap-motion/leapfinger2.maxpat
Detecting motion from the Internet
https://reactivemusic.net/?p=5859
https://reactivemusic.net/?p=5786
MBTA bus data
Sonification of Mass Ave buses, from Harvard to Dudley
https://reactivemusic.net/?p=17524
https://reactivemusic.net/?p=12029
By Steve Hensley
Using Max/MSP/jitter
local file: tkzic/stevehensely/shensley_maxvine.maxpat
By Christopher Konopka at future, music, technology
http://futuremusictechnology.com
Sensing motion with video using frame subtraction
by Adam Rokhsar
https://reactivemusic.net/?p=7005
local file: max-projects/frame-subtraction
Music is stored all across the brain.
The Allen institute
https://reactivemusic.net/?p=17758
“Hacking the soul” by Christof Koch at the Allen institute
(An Explanation of the wiring diagram of the mouse brain – at 13:33) http://www.technologyreview.com/emtech/14/video/watch/christof-koch-hacking-the-soul/
A complete simulation of the nematode worm, in software, with a Lego body (320 neurons)
: https://reactivemusic.net/?p=17744
Harold Cohen’s algorithmic painting machine
https://reactivemusic.net/?p=17778
A perfect pitch pill? http://www.theverge.com/2014/1/6/5279182/valproate-may-give-humans-perfect-pitch-by-resetting-critical-periods-in-brain
Could we grow music producing organisms? https://reactivemusic.net/?p=18018
There is a quickening of discovery: internet collaboration, open source, linux, github, r-pi, Pd, SDR.
“Robots and AI will help us create more jobs for humans — if we want them. And one of those jobs for us will be to keep inventing new jobs for the AIs and robots to take from us. We think of a new job we want, we do it for a while, then we teach robots how to do it. Then we make up something else.”
“…We invented machines to take x-rays, then we invented x-ray diagnostic technicians which farmers 200 years ago would have not believed could be a job, and now we are giving those jobs to robot AIs.”
Kevin Kelly – January 7, 2015, reddit AMA http://www.reddit.com/r/Futurology/comments/2rohmk/i_am_kevin_kelly_radical_technooptimist_digital/
Will people be marrying robots in 2050? http://www.livescience.com/1951-forecast-sex-marriage-robots-2050.html
“What can you predict about the future of music” by Michael Gonchar at The New York Times https://reactivemusic.net/?p=17023
Jim Morrison predicts the future of music:
Echonest analysis data for any Soundcloud track.
By Paul Lamere at musicmachinery.com
Note: 6/2021 – Since the API has moved to Spotify, analysis is only allowed on Spotify tracks.
http://musicmachinery.com/2013/11/15/soundcloud-echo-nest-bridge-service/
Demo: http://labs.echonest.com/SCAnalyzer/sample.html
Echonest anaylsis in Max.
By Michael Dewberrry
I downloaded the fork version from ‘dewb’ as it has been converted to run in Max6. It looks like the object retrieves all of the analysis data. It would actually be instructive to read the source code to see how they implemented libcurl and JSON for the http: requests.
