Tuesday, August 5, 2008

Pioneering Composer Paul Lansky Quits Electronic Music

read this.

 
 

Sent to you by Jay via Google Reader:

 
 

via Create Digital Music by Peter Kirn on 8/5/08

Paul Lansky, a titanic name in classical computer music, Princeton professor, and real-time algorithmic pioneer, has gone acoustic. He's also known in more popular circles for having been musically quoted on Radiohead's Kid A. The New York Times reports:

After 35 years immersed in the world of computer music, the composer Paul Lansky talks with wonder about the enormous capacities of primitive objects carved from trees or stamped from metal sheets: violins, cellos, trumpets, pianos.

"To create the sound of a violin - wow!" he said in a recent interview. "I can't do that on a computer."

Paul Lansky: An electronic-music pioneer pulls the plug

The Times seems to want to spin this as the end of an era. But while it correctly argues that electronic music is out of the lab and onto the laptop, to me this is more about Lansky's own personal reinvention. I like this quote:

"Here I am, 64, and I find myself at what feels like the beginning of a career."

Whether you're 64, 84, or 24, the ability to feel like you're making music as if for the first time is truly invaluable. Whatever you have to do to achieve that, it's worth it.

Lansky does reveal that some elements of electronic music and computer music no longer appeal to him. But we should be clear about how specific he's being when referring generally to computer music. Of course, the world of computer music as embraced by many CDM readers is not only technologically different from traditional, academic acoustic music. It also represents a different approach to process. The Times' Daniel Watkin says, "what drives many creators of computer music is the desire to have total mastery over how a piece of music sounds." And that indeed seems to be true for an earlier generation of computer composers.

By contrast, the last decade or two, even in the academy, has been dominated by musicians interested in building interactive instruments and interfaces, "playing" electronic music live, introducing uncertainty into composition and sound, and – in conjunction with a much wider, non-academic underground of hackers – doing strange things with DIY electronics and hacked digital gadgets.  These to me are the electrically-powered equivalent of some of Lansky's primitive devices. And many of these people also like playing things made from trees. Some of this exploration has much earlier roots in those same laboratories, but those experiments were often a minority, or limited by available technology.

That's not to say any one working style is better than another. I love going back to the tightly-controlled worlds created by people like Lansky. I likewise enjoy talking about electronic music with one of my teachers, David Olan, who was one of the punchcard-using composers – he has a perspective that I don't have. In fact, I never cease to be struck by the way in which early electronic pieces seem to change over time – not because the piece itself has evolved, but because our ears have. And I find that lots of people inside and outside academia are likewise falling in love with tracks that, previously, they would have thought un-listenable.

I think it would be a real tragedy if the conventional wisdom that "everything's been done" were allowed to apply to electronic music, when it remains very young. There are plenty of new sounds to discover in electronic realms, and they're in no way mutually exclusive to working with acoustic sound. Acoustic instruments have a millenia-long head start. I hope we can approach electronic sound with the same freshness Lansky did – and now will bring to things made of wood.

Maintaining that freshness, though, does require occasionally unplugging. Personally, after months of electronic composition, I have a piece to work on for the rebec, which hasn't been big since about the 16th Century. Now that's retro.

If you want to check out some of Lansky's music (plugged and unplug), plenty is available. Here's where to start:

PAUL LANSKY - "Notjustmoreidlechatter" [paperthinwalls, with free stream by So Percussion]

Paul Lansky MP3s

Discography (many available via iTunes)

Thanks to Jacob Joaquin for the tip!


 
 

Things you can do from here:

 
 

Behind the Scenes: Cute Generative Animated Characters with Squishy, Open So...



 
 

Sent to you by Jay via Google Reader:

 
 

via Create Digital Motion by Peter Kirn on 8/5/08


The making of: Nokia Friends, generative characters from postspectacular on Vimeo.

Karsten Schmidt sends us a behind-the-scenes mini-movie that reveals how he created pudgy, bouncy animated characters using generative code in Processing. It's fun to watch these cute creatures evolve through a process of iteration, from bare-bone physics to the finished product. The results are now in flagship Nokia stores worldwide as well as in a big installation at England's Heathrow Airport in Terminal 5.

From Karsten:

This is the process documentation of this collaborative project with & for Universal Everything, our journey creating a generative motion graphics piece of unique squishy characters commissioned by Nokia originally for their Heathrow Terminal 5 presence, but used throughout their flagship stores worldwide too.
The physics engine used for this project is available from: toxiclibs.googlecode.com
Credits:
Concept & Creative direction: Matt Pyke ( universaleverything.com )
Design, Behaviours & Code: Karsten Schmidt ( postspectacular.com)
Music: Mike & Rich (Mike Paradinas & Aphex Twin)

Sure, the recent Radiohead video gave you a little bit of source code and some data, but toxiclibs is an even more important free download, with a range of terrific utilities and functions Karsten (aka Toxi) has developed in his work. (See, from late last month, New toxiclibs for Processing: Must-Download for Visual Coders, covering the most recent update.)

Toxi promises more background on his blog later today; I'll update this post when it's up.

And even if you don't fancy a dip into the deep, complex waters of Processing, this video is certainly a benchmark in how to make great documentation. If I could print it out and paste it to my wall as a reminder to document projects this well, I would. (Also, a bit thanks for keeping it short and sweet. I wish DVD extras were compact like this.)

Last seen here:

Happy Floating Generative Peoples at Heathrow, Verlet Physics, And Global Felt-Tip Animation


© Peter Kirn for Create Digital Motion, 2008. | Permalink | No comment

Add to del.icio.us

Want more on these topics ? Browse the archive of posts filed under News.


 
 

Things you can do from here:

 
 

UPS info

some info I found on UPS equipment for my little server:

I want my computer to go for 5-10 minutes before it starts to shut down or standby. Even if it's instantaneous (or 5 minutes), I want it to hibernate or standby until battery is too low to hold up, maybe. Most importantly, I want computer to power back up after power is restored for a significant period of time (5 minutes?).

UPS Battery Backups under 700VA, UPS Backups, UPS Backup Protection at TigerDirect.com- a search for cheaper UPS's at TigerDirect

Belkin Home Office 6-Outlet 375VA 110Watt UPS with Shutdown Software F6H375-USB at TigerDirect.com - Belkin model; kind of looks like a power strip.

APC - APC model; everyone likes this one.
APCBE350RManual.pdf - APC model manual
Runtime Chart for Back-UPS ES - how long UPS lasts when power goes out

UPS, Automatic Shutdown, and Linux - info regarding UPS's and linux

Automatically hibernate on power failure? - Ubuntu Forums - more info on the hibernate issue

Tripplite FAQ Item - tells you how to find the right rating for your equipment; helps to find the right size UPS.


I think this will cost me about $50. It's sort of hard to justify, but I'd really like to have this.

HowStuffWorks "Why are my power bills so high? Which appliances use the most power?"

http://www.howstuffworks.com/question272.htm

another of those pages that tell you all about how much power your appliances are using.

Energy Star Software

software that allows all monitors to be turned off on a network.



tipped off from here:

http://www.howstuffworks.com/framed.htm?parent=question272.htm&url=http://www.cio.com/archive/080101/tl_save.html

http://www.energystar.gov/index.cfm?c=healthcare.ashe_sep_oct_2003


To make implementation of power management simple, ENERGY STAR created EZ Save, software that allows IT professionals to activate entire networks of computer monitors from a central location, and EZ Wizard, a tool that helps individuals to enable their own desktop computer monitors. Both can be downloaded from the ENERGY STAR website for free at www.energystar.gov/powermanagement.

USAA / Wiping Out Debt ? Q&A's from USAA's Webinar

https://www.usaa.com/inet/ent_utils/McStaticPages?key=advice_wiping_out_debt_Q_and_A


I like this info:

"Q: I thought debt-to-income ratio was determined without the mortgage payment. Your slide indicated otherwise.
Laura

A: You have a hawk eye. During the webinar, I illustrated the "total debt-to-income ratio" which is all debt payments (including mortgage) divided by your gross monthly income. That number should not exceed 36%. There's another ratio you can check out called the "debt-to-income ratio." It is total monthly debt payments without housing expenses divided by net monthly income. This ratio should not exceed 20%. This simpler ratio could be used by service members living in on-post housing. There's actually a third ratio called the "housing ratio." It is simply all housing costs totaled including principal, interest, taxes and insurance divided by your gross monthly income. This ratio should not exceed 28%. You sort of opened up a can of worms!"


my total debt-to-income ratio = 49.27%

my debt-to-income ratio = 14.3%

my housing ratio = 36.04%


It's clear that my house payment is a bit disproportionate; this could be remedied, though. Low debt-to-income ratio helps.