GMU:Einführung ins Programmieren mit Processing/Seminar - Revision history

Diannamertz: /* Textile on a Chair */

2012-01-17T15:37:29Z

Textile on a Chair

← Older revision		Revision as of 15:37, 17 January 2012
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	For B), we create yet another "for" structure, this time repeating an image along a vertical line.		For B), we create yet another "for" structure, this time repeating an image along a vertical line.

	--Dianna ~~Mertz~~		--Dianna M.

	=== Textile on Pizza Chilino ===		=== Textile on Pizza Chilino ===

Diannamertz: /* Textile on a Chair */

2012-01-17T15:36:11Z

Textile on a Chair

← Older revision		Revision as of 15:36, 17 January 2012
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	Color plays an important role in this textile pattern, as the plain black stripe is consistently placed between the two main alternating floral stripes. The black stripe contrasts sharply with the flowery pastels.		Color plays an important role in this textile pattern, as the plain black stripe is consistently placed between the two main alternating floral stripes. The black stripe contrasts sharply with the flowery pastels.

	--Dianna ~~Mertz~~		--Dianna M.
	<br clear="all" />		<br clear="all" />

	=== Spider ===		=== Spider ===
	[[File:Spider0.jpg‎\|thumb]]		[[File:Spider0.jpg‎\|thumb]]

Max at 11:27, 28 November 2011

2011-11-28T11:27:56Z

← Older revision		Revision as of 11:27, 28 November 2011
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	Soak is an empty canvas made of an elastic material. The moment you touch it the canvas gets virtually soaked with color.<br/>		Soak is an empty canvas made of an elastic material. The moment you touch it the canvas gets virtually soaked with color.<br/>
	A Kinect detects any deformation of the elastic surface and passes this data to Processing, which then simulates virtual drops of dye.<br/>		A [[Kinect]] detects any deformation of the elastic surface and passes this data to Processing, which then simulates virtual drops of dye.<br/>
	What I like about this project is the combination of digital tools with analog materials and the beauty of being so simple. The simulation of watercolor on the other hand is very interesting as well. (*cellular automata)		What I like about this project is the combination of digital tools with analog materials and the beauty of being so simple. The simulation of watercolor on the other hand is very interesting as well. (*cellular automata)

Max: /* Johannes Konrad Altmann */

2011-11-16T08:15:51Z

Johannes Konrad Altmann

← Older revision		Revision as of 08:15, 16 November 2011
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	<br><br>		<br><br>
	One way to achieve balance that is almost a formula is to have more or less equally interesting things randomly distributed throughout the format. The effect is like confetti dropped on the area. There is balance because interest is evenly distributed, and there is unity. The problem is that everything is likely to seem too equal and hence too uniform. There is not enough variety and the design soon becomes boring.		One way to achieve balance that is almost a formula is to have more or less equally interesting things randomly distributed throughout the format. The effect is like confetti dropped on the area. There is balance because interest is evenly distributed, and there is unity. The problem is that everything is likely to seem too equal and hence too uniform. There is not enough variety and the design soon becomes boring.

			<br clear="all" />

	= 11/11 =		= 11/11 =

Ktrin: /* 13/11 */

2011-11-15T23:36:58Z

13/11

← Older revision		Revision as of 23:36, 15 November 2011
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	}		}
	</syntaxhighlight>		</syntaxhighlight>
	~~= 13/11 =~~

	~~== Homework ==~~

	~~=== Florian Meyer ===~~

	~~<videoflash type=vimeo>31395235\|549\|309</videoflash>~~

	~~<i>description will be added later</i>~~

	~~=== crossroads with traffic lights ===~~

	Crossroads with traffic lights show interesting motion patterns. While cars are approaching the crossroads all the time, it is determined by the state of the traffic lights whether they are allowed to pass through or not.

	~~(md)~~

	~~=== Telepresent Water ===~~

	~~<videoflash type=vimeo>25781176\|549\|309</videoflash>~~

	This remote, mechanical simulation of a wave is a plane composed of connected lines that mesh together into a larger quadrant. Although the movement changes in real time, we can see that, in general, the movement begins in one of the corners and follows a trigonometric pattern – much like a sine wave. The quadrant continues to follow this wave, although the frequency of the wave changes.

	~~--Dianna Mertz~~

	~~===CrimeWave ===~~

	Crimewave is the music made by Cystal Castles. There are many fancy cluster of music loops in this song. In addition, the more song is progressing, the more music assets are added to each loop overlaply. Furthermore, they apply a synthesized filter to vocal. Deep bass rhythm runs in the background.

	~~Sound samples:<br />~~

	~~Crimewave-Cystal Castles<flashmp3 id="Frosty the snowman">crimewave.mp3</flashmp3><br />~~


	~~--Patawat P.~~

	~~=== Julia Putscher ===~~

	~~<flashmp3 id="MsJohnSoda">MsJohnSoda.mp3</flashmp3><br />~~


	~~''' Description of Music: '''~~
	~~The music consists of several layers that are layered one after another, so that the music increases.~~


	*soft, high, fading single tones ->from beginning till 4th seconds
	*+
	*-louder, deeper, fading single tones -> from 4th second till 16th seconds +

	*lasting note with higher sequence -> from 16th second +

	*another lasting note with deeper sequence -> from 19th second

	*--> changing with higher sequence note by turn every 3rd second -> till 59th second
	*+
	*deep lasting note - instead of changing tones -> from 59th second till 121st second
	*+

	*very deep lasting note -> lasting for 3 seconds with a delay of another 3 seconds, as a loop

	*two high notes: first = clear and second = bit higher + fading; changing by turn-> from 121st second +

	*unregularly short cut and deep tones -> from 121st second
	*singing voice of a woman, fading -> from 143rd second +

	*singing voice of a woman, clear and louder -> from 204th second
	*+
	*kind of irregular beat -> from 204th second

	~~=== Craig Taborn - Patterns in Audio (Johannes Konrad Altmann) ===~~

	~~<videoflash type="youtube">OjJJx-JI37o</videoflash>~~

	Craig possesses that trait so valued by listeners and leaders alike (and sometimes not, by the less self-assured of them) throughout the history of the music; that is, they find themselves pointing their ears towards him throughout recordings and performances to find out what remarkable phrase, color, texture or idea he's going to come up with- invent even- next.

	Craig's knack for multi-level, textural thinking, both in composition and execution, reveals itself to the listener in acoustic, electric and electronic settings and should continue to place him at the very center of modern jazz reinvention for many years to come.

	~~[http://www.allaboutjazz.com/php/article.php?id=319 Quelle]~~

	~~=== Andreas Dietrich ===~~

	~~<videoflash type="youtube">cIXGFHGuhK4</videoflash>~~

	The song M from Ayu consists of many patterns. The first one are 3 times 7 "rectangles", to show the current points, which the spaceship gets. The are rectangles for a street and above it the spaceship flies. The spaceship catches rectangular objects, which are positioned randomly and with a specific color.
	~~Over 50 times, stars with a random number of corners are visible on the top left, top middle or top center. The color changes randomly.~~
	~~Another repeating shape is the ring, which is around the street and comes after a specific distance.~~

Max: /* Homework */

2011-11-14T18:33:30Z

Homework

Show changes

Max: /* Growing Ivy */

2011-11-14T18:23:47Z

Growing Ivy

← Older revision		Revision as of 18:23, 14 November 2011
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	=== Growing Ivy ===		=== Growing Ivy ===

	[[File:~~tree_all_elements~~.jpg\|600px]]		[[File:tree all elements.jpg\|600px]]

	The pattern of growing ivy is a pretty dense one. The ~~l[[http://www.example.com link title]]eaves~~ are the smallest elements within that pattern. Looking at the boundaries of it you can observe that ivy grows up in lines, each covered with leaves to the left and right side by turn. Through this the pattern has an appearance like an organic, random grid which is extendable in all directions.		The pattern of growing ivy is a pretty dense one. The leaves are the smallest elements within that pattern. Looking at the boundaries of it you can observe that ivy grows up in lines, each covered with leaves to the left and right side by turn. Through this the pattern has an appearance like an organic, random grid which is extendable in all directions.

	--Julia Putscher		--Julia Putscher

Max: /* Andreas Dietrich: Pavement */

2011-11-14T18:22:44Z

Andreas Dietrich: Pavement

← Older revision		Revision as of 18:22, 14 November 2011
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	Repeat this steps, if you want.		Repeat this steps, if you want.

	[[File:ProcessingStone.JPG]]		[[File:ProcessingStone.JPG\|400px]]

	<br />		<br />

Max: syntaxhighlight verwenden!

2011-11-14T16:26:31Z

syntaxhighlight verwenden!

Show changes

Max: /* Sofastoff */

2011-11-14T16:19:29Z

Sofastoff

← Older revision		Revision as of 16:19, 14 November 2011
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			<syntaxhighlight lang="cpp">
	int patternsize = 50;		int patternsize = 50;
	int count = 0;		int count = 0;
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	}		}
	}		}
			<syntayhighlight />

	- Tristan Weis		- Tristan Weis