May 14, 2007

You Tonight

This song originated as a 2AM brainstorm that took maybe 30 minutes to write. It then had a life as a song recorded by Mark and Christina, and I modified it for Michael and Zoe's wedding (where I was, unfortunately, too drunk to sing it well).

Then, the tv show American Idol had a songwriting contest, and I overhauled the song as an entry, making the structure more of a standard AABAB pop structure.

Anyway, it didn't get picked, but it's the nicest version yet.
http://matchstick.com/mp3/You_Tonight.mp3

C e d F C e d F
Talking over coffee at the end of the show, yesterday's perfume still smells in our clothes,

G a b d C
Looking back at times that never were but maybe might have been

F e d C d a G C
If I remember only one thing from my life, I want it to be sitting here with you tonight

C e d F C e d F
Tell each other stories of the day that we met, paint each other pictures that we thought we'd forget

G a b d C
Side-by-side tomorrow's coming faster so I'm glad you're here.

F e d C d a G C
If I remember only one thing from my life, I want it to be sitting here with you tonight

G C F G C d
Remember all the times we walked out alone Standing shoulder-deep and chilled to the bone

C a G C a G C a G C a G
That's the way we were, That's the way we were close my eyes and I see, I see the way we were

C e d F C e d F
But yesterday is far away, at least so it seems. The hour is getting early, nearly quarter to three

G a b d C
One-by-one we're left alone again, just you and me.

F e d C d a G C
If I remember only one thing from my life, I want it to be sitting here with you tonight

G C F G C d
Remember all the dreams that seemed far away, but now look at us together today

C a G C a G C a G C a G
Now I say good-night, it's time to say good-night, morning's come, tomorrow's here, it's time to say good-night

F e d C d a G C
If I remember only one thing from my life, I want it to be sitting here with you tonight

G C F G C d
Remember all the dreams that seemed far away, but now look at us together today

C a G C a G C a G C a7 F
Now I say good-night, it's time to say good-night, morning's come, tomorrow's here, it's time to say good-night

Posted by mslaybau at 12:03 PM | Comments (0)

June 17, 2006

You Tonight

I've done some research on what aspects of music make a song popular. I've become convinced that one aspect is the structure of the melodic line, specifically that it needs to advance stepwise as in a scale. Jumps greater than whole steps make the song more complicated, while repeating the same notes make a song more simple.

I intended to compose a number of songs based on this idea, and the one that embodies the theory best is the one called 'You Tonight'

You Tonight
Original demo

Posted by mslaybau at 02:53 AM | Comments (0)

March 07, 2006

The Road to Mandalay

Rudyard Kipling as an interesting poet to study these days. His notions of the White Man's Burden seem so outdated, yet his experiences in Colonial India have echoes in the actions of the U.S. in Iraq and Afghanistan.

I had some music snippets and thought it would be a good exercise to fill them out using an existing poem as the basis for rhythm and structure.

I chose Kipling's "Mandalay" because it had a structure that would work with what I already had melodically, and the verses are very visual.

The Road to Mandalay (mp3 2.32MB) is the simple demo.

It could use a bridge; it only has an A and B part now which gets repetitive after a few verses.

I heard a Sinatra version of a song also based on this poem, and I definitely think mine is better.

The lyrics I originally wrote are in this song Dr K. which I kind of like, but Kipling's are good too.

a    F  a     d  a  A d  a

a7 C G D C E E G
By the old Moulmein Pagoda, lookin' eastward to the sea, There's a Burma girl a-settin', and I know she thinks o' me;
For the wind is in the palm-trees, and the temple-bells they say: "Come you back, you British soldier; come you back to Mandalay!"

a G F a a E F a
Come you back to Mandalay, Where the old Flotilla lay: Can't you 'ear their paddles chunkin' from Rangoon to Mandalay?
On the road to Mandalay, Where the flyin'-fishes play, An' the dawn comes up like thunder outer China 'crost the Bay!

a7 C G D C E E G
'Er petticoat was yaller an' 'er little cap was green, An' 'er name was Supi-yaw-lat -- jes' the same as Theebaw's Queen,
An' I seed her first a-smokin' of a whackin' white cheroot, An' a-wastin' Christian kisses on an 'eathen idol's foot:

a G F a a E F a
Bloomin' idol made o'mud -- Wot they called the Great Gawd Budd -- Plucky lot she cared for idols when I kissed 'er where she stud!

a7 C G D C E E G
When the mist was on the rice-fields an' the sun was droppin' slow, She'd git 'er little banjo an' she'd sing "~Kulla-lo-lo!~"
With 'er arm upon my shoulder an' 'er cheek agin' my cheek We USEter watch the steamers an' the ~hathis~ pilin' teak.

a G F a a E F a
Elephints a-pilin' teak In the sludgy, squdgy creek, Where the silence 'ung that 'eavy you was 'arf afraid to speak!

a7 C G D C E E G
But that's all shove be'ind me -- long ago an' fur away, An' there ain't no 'busses runnin' from the Bank to Mandalay;
An' I'm learnin' 'ere in London what the ten-year soldier tells: "If you've 'eard the East a-callin', you won't never 'eed naught else."

a G F a a E F a
No! you won't 'eed nothin' else But them spicy garlic smells, An' the sunshine an' the palm-trees an' the tinkly temple-bells;

a7 C G D C E E G
I am sick o' wastin' leather on these gritty pavin'-stones, An' the blasted Henglish drizzle wakes the fever in my bones;
Tho' I walks with fifty 'ousemaids outer Chelsea to the Strand, An' they talks a lot o' lovin', but wot do they understand?

a G F a a E F a
Beefy face an' grubby 'and -- Law! wot do they understand? I've a neater, sweeter maiden in a cleaner, greener land!

a7 C G D C E E G
Ship me somewheres east of Suez, where the best is like the worst, Where there aren't no Ten Commandments an' a man can raise a thirst;
For the temple-bells are callin', an' it's there that I would be -- By the old Moulmein Pagoda, looking lazy at the sea;

a G F a a E F a
On the road to Mandalay, Where the old Flotilla lay, With our sick beneath the awnings when we went to Mandalay!
On the road to Mandalay, Where the flyin'-fishes play, An' the dawn comes up like thunder outer China 'crost the Bay!

Posted by mslaybau at 05:19 PM | Comments (0)

February 15, 2006

Synesthesia

For eons, people have enjoyed mapping the musical scale to the color spectrum.
Despite knowing that music is waves in air and light is waves in electromagnetic fields, I decided to do a little research and math.
The color spectrum ranges from 384 to 769THz (terahertz)
By repeatedly doubling a note (say A, at 440Hz) we can find where it would actually fall in the electromagnetic spectrum. In the case of A, we can find its relevant note many octaves (40 octaves, 240, or 1,099,511,627,776) up at 483,785,116,221,440 (~484THz) which puts it at the redder side of orange.

You can get comparable results by multiplying the original frequency by 1.1 to get it in terahertz.

notemidi notefrequency in center of audible, euphonious rangefrequency in visible section of electromagnetic spectrumcolor
F 65349.23Hz384THzinfra-red/red
Gb 66369.99Hz407THzred
G 67392.00Hz431THzred
Ab 68415.30Hz457THzred
A 69440.00Hz484THzred/orange
Bb 70466.16Hz512THzyellow
B 71493.88Hz543THzgreen
C 72523.25Hz575THzgreen
Db 73554.37Hz610THzgreen/blue
D 74587.33Hz646THzblue
Eb 75622.25Hz684THzviolet
E 76659.26Hz725THzdeeper violet
F 77698.46Hz768THzviolet/ultra-violet

The abundance of red and green in the chart has to do with the fact that our eyes are most sensitive to those two colors, not because of any bias on the part of the spectrum. Color is, of course, entirely subjective.

These are the numbers that, when multiplied by 240 (ie are transposed up by 40 octaves) map onto the spectrum of visible light. Other notes, such as middle C would need a different multiplier, in this case, 2^41. Douglas Adams' number, 42, would be the exponent of the multiplier for the octave below middle C. Maybe that's what he meant by saying that 42 was the answer to the question of the universe.

The above is based on standard tuning. Other tunings wouldn't make much difference. When multiplying by 1.1 trillion, small differences get magnified, but not enough to matter here.

F is an interesting note in that it happens to match exactly with the upper and lower ranges of frequencies of visible light. That could be a coincidence, but I wouldn't be surprised if our brains use some sort of hardwired math that results in the spectrum of sound and color having the same bounds, albeit separated by many orders of magnitude.
Either way, F really should be the start and end of the scale, not C. And I suppose D is the bluest note of them all.
Frankly, I'm amazed that the color spectrum maps onto the music scale so perfectly. I was expecting all the notes to map out between yellow and green, or perhaps all the colors to map out to the range between F and A#.

Posted by mslaybau at 10:22 PM | Comments (1)

November 09, 2005

Louis Armstrong Cover of Britney Spears

I'm tired of most of the "mashups" that cross my desk (though a few are okay) but this is not really one of those.

superMasterpiece has a recording of "Oops, I Did it Again" as if played and sung by Louis Armstrong and his band.

It's quite good, and demonstrates that the song can stand on its own even without the production normally associated with it.

Posted by mslaybau at 01:34 AM

May 02, 2005

Frameworks for Interactive Sound

An 'audio sketchbook' - a non-book containing non-sketches, more of a 'samplesite'

Frameworks for Interactive Sound
Spring, 2004
Jeff Feddersen


Obvert box, shake, return, select orientation, make sketch.

Initial Sketch
(Did not include radiating lines of fresnel lens)

Select aural metaphor for each visual detail.


Represent grid with kick drum
Represent walls with high hat
Represent both screws and half-walls (shown in blue) with hand clap
Represent sugar with snare (granular synthesis would have been too obvious)
Represent Marbles with TS404

Drum Machine snapshot

The hand claps are pitched enough that you can hear the difference.
I chose 90bpm so that it approximates a human heartbeat.

Rather than make 19x11 separate phrases, I chose to make 20 phrases, each representing a column in the grid, with the y axis (looking down) representing pitch.

Waveform

Kick drum and high hat in left channel, hand clap, snare, and TS404 in right channel.

Here I chose to represent my imagined process of how the box was constructed, first just the lens, then the walls, then the other walls and screws, then the sugar, then the marbles - then taking it apart again.

The Piece - "Why, it's a piece of... art!"


Week 12


Week 11


Week 10


Week 9


Week 8


Week 7


Week 6


Week 5


Week 4


Week 3


Week 2


Week 1



Matt Slaybaugh
ms171 at nyu.edu

Posted by mslaybau at 04:13 PM | Comments (0)

April 20, 2004

A Music Box


m-Box — Electronic Music Box




The child's version of the m-Box will be smaller, plastic, and as stated eariler, will rely on markings on paper rather than holes.




The range of notes will be greater, as will the number of possible notes per composition.




This version will be battery-operated.



m-Box — Electronic Music Box

Toy Design Final Project
Spring 2004

Concept:


The m-Box is an electronic music box that can be programmed by marking a sheet of paper, and operated by a hand-crank.



Producers:

Mike Chiaramonte and Matt Slaybaugh





Description:

Fun and educational for both children and adults, the m-Box implicitly teaches the basics of tonality and the musical scale by allowing the user to explore the art of music composition without having to know how to play an instrument or even know anything about music.




Intended Audience:
Although the m-Box was originally intended primarily for children ages 6 to 12, a more elaborately fabricated model would also appeal to adults in the form of an executive office toy.




Traditional 'piano roll' music box / organ
Background:



The impetus behind the m-Box was simply to build a toy.
After studying many toys on the market today and researching how children play, we decided to narrow our focus on an educational toy that was not overtly 'about' teaching.
We both are interested in music and composition and independently came up with the idea to have a programmable music box, one that would have no rules outside the physical parameters of the device itself, and one that would be fun to play with regardless of the musical abilities of the user.



'Programmable' music devices, such as player-pianos or the instrument on the right, have existed for centuries.
However, it has never been easy for a musical novice to create the score that these instruments follow.
The m-Box is intended to be easy to compose for, and being electronic, to have a broader range of sounds than traditional acoustic instruments.



Interactivity:
The m-Box affords two kinds of play: composition, and performance.
Composition:



The user composes songs by making marks with a pen, pencil, or marker on a sheet of paper that wraps around the central cylinder, creating what resembles a piano roll.
The position of a mark determines which note will play when the mark passes over the concealed electronic sensor, and the size of the mark detremines the duration and volume of that note.



The user can transcribe familiar songs onto the paper, or can experiment with his or her own melodies and chords.

Input controls for executive office toy version of the m-Box


Performance:



The

Once the paper is secured around the central cylinder, the m-Box is operated by turning a hand-crank on the side.
By altering the speed at which the cylinder rotates, the user can control how quickly the song plays, can arbitrarily change speed at any time, and can even play the song backward!



Simple control buttons on the face of the m-Box allow the user to select one of the several built-in voices (including piano, violin, 'traditional' music box, and sound effects such as animal sounds and 'gross-out' sounds).
Other buttons allow more advanced users to experiment with different musical keys and modes.


m-Box prototype
Prototype and Future Versions:
To test the concept, the prototype does not use markings on paper, but instead uses holes punched through the paper with a pencil.
Prototype:
The prototype is made of a wooden box, roughly one cubic foot in size, on a two-foot high pedestal. A cardboard cylinder fills the box and contains lights that shine through the holes in the paper and trigger electronic sensors in the base of the box. The sensors feed into a laptop computer situated in the pedestal. The note range is the eight notes in a C-major scale, and the cylinder allows up to 32 notes per song.


Children's version of the m-Box



Licensing is available.

Child's Version:
The child's version of the m-Box will be smaller, plastic, and as stated eariler, will rely on markings on paper rather than holes.

The range of notes will be greater, as will the number of possible notes per composition.

This version will be battery-operated.



Executive office toy version of the m-Box
Executive Office Toy Version:


The adult's version of the m-Box will be similar in size to the current prototype, with elegant wooden trimming and will have a range of sounds similar to that of the child's version.



This version will also include a functioning sound horn, reminiscent of early-20th Century grammophones.



The executive office toy version will have the ability to run off of batteries or from a wall-outlet.



Technical System:
Whether from light shining through holes or from light reflected off marks on paper, the central technology in the m-box involves a series of light-sensitive resistors in the base of the box, which send midi data to a simple computer, which then delivers sound to embedded speakers.

Prototype Operation:




The user begins by punching holes in the paper that surrounds the cylinder.
Turning the crank rotates the cylinder at a ratio of 1:4.
A series of lights inside the cylinder shine downward, only passing through where the holes allow it.
Light-sensitive electronics (in the base of the box, below the cylinder) are activated when light passes through holes above them.
The electronics send signals via cable that exits the side of the box.
The signals are received by a midi interface and relayed to a laptop computer which interprets the signals and plays the appropriate tones through the speakers.





© 2004, Mike Chiaramonte and Matt Slaybaugh



All rights reserved

Posted by mslaybau at 03:53 PM | Comments (0)

January 14, 2004

Glass (not Philip) Music

Initial Sound idea - hearing the components of a sound rather than just its 'meaning'.

Listen to these sounds. When really slow they sound musical.

Glass Breaking - normal speed
Glass Breaking - half speed
Glass Breaking - quarter speed
Glass Breaking - eighth speed
--------

Posted by mslaybau at 06:34 AM | Comments (0)

November 30, 2003

The Pooping Song

Despite any of my efforts to be serious, the song I've written that has received the most positive reviews is The Pooping Song

...go tell one of the Iron Chefs...

Posted by mslaybau at 04:42 PM | Comments (0)