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

Ktrin: /* Alexander: /Metaballs/ */

2011-12-17T16:14:04Z

Alexander: /Metaballs/

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	Mein eigentliches Ziel war es, etwas an sich „Lebendes“ zu schaffen. Dabei wollte ich eigentlich das klassische Räuber-Beute-Modell implementieren. Voraussetzung dafür ist eigentlich ein gutes Grundset an Variablen, woraus sich dann Räuber und deren Beute entwickeln sollte, und Zeit für diese Entwicklung. Somit war dies sehr aufwendig, so dass ich mich dafür entschied dies zu verallgemeinern und nur den Prozess des „Räuber frisst Beute“ realisieren wollte. Dabei stieß ich auf Metaballs.		Mein eigentliches Ziel war es, etwas an sich „Lebendes“ zu schaffen. Dabei wollte ich eigentlich das klassische Räuber-Beute-Modell implementieren. Voraussetzung dafür ist eigentlich ein gutes Grundset an Variablen, woraus sich dann Räuber und deren Beute entwickeln sollte, und Zeit für diese Entwicklung. Somit war dies sehr aufwendig, so dass ich mich dafür entschied dies zu verallgemeinern und nur den Prozess des „Räuber frisst Beute“ realisieren wollte. Dabei stieß ich auf Metaballs.

	Im Allgemeinen kann man sagen, dass Metaballs Kugeln( in 2D Kreise) sind, die, desto näher sie sich kommen, miteinander verschmelzen. Das ist ein sehr schöner Effekt, der sich dafür eignet um zum Beispiel den Eindruck zu Erwecken, dass Zellen miteinander verschmelzen und sich danach wieder teilen. Somit war die Grundidee gefunden, deren Implementierung nur noch auf mich wartete.
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Ktrin: /* Alexander: /Metaballs/ */

2011-12-17T15:26:54Z

Alexander: /Metaballs/

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	== [[Alexander]]: [[/Metaballs/]] ==		== [[Alexander]]: [[/Metaballs/]] ==
			[[Image:Processing_einfuehrung_final_alexander.jpg\|right\|thumb\|200px\|Alexander Gustke: Metaballs]]
	Mein eigentliches Ziel war es, etwas an sich „Lebendes“ zu schaffen. Dabei wollte ich eigentlich das klassische Räuber-Beute-Modell implementieren. Voraussetzung dafür ist eigentlich ein gutes Grundset an Variablen, woraus sich dann Räuber und deren Beute entwickeln sollte, und Zeit für diese Entwicklung. Somit war dies sehr aufwendig, so dass ich mich dafür entschied dies zu verallgemeinern und nur den Prozess des „Räuber frisst Beute“ realisieren wollte. Dabei stieß ich auf Metaballs.		Mein eigentliches Ziel war es, etwas an sich „Lebendes“ zu schaffen. Dabei wollte ich eigentlich das klassische Räuber-Beute-Modell implementieren. Voraussetzung dafür ist eigentlich ein gutes Grundset an Variablen, woraus sich dann Räuber und deren Beute entwickeln sollte, und Zeit für diese Entwicklung. Somit war dies sehr aufwendig, so dass ich mich dafür entschied dies zu verallgemeinern und nur den Prozess des „Räuber frisst Beute“ realisieren wollte. Dabei stieß ich auf Metaballs.

Ktrin: /* Alexander: /Metaballs/ */

2011-12-17T15:18:53Z

Alexander: /Metaballs/

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	== [[Alexander]]: [[/Metaballs/]] ==		== [[Alexander]]: [[/Metaballs/]] ==
	~~''coming soon''~~		Mein eigentliches Ziel war es, etwas an sich „Lebendes“ zu schaffen. Dabei wollte ich eigentlich das klassische Räuber-Beute-Modell implementieren. Voraussetzung dafür ist eigentlich ein gutes Grundset an Variablen, woraus sich dann Räuber und deren Beute entwickeln sollte, und Zeit für diese Entwicklung. Somit war dies sehr aufwendig, so dass ich mich dafür entschied dies zu verallgemeinern und nur den Prozess des „Räuber frisst Beute“ realisieren wollte. Dabei stieß ich auf Metaballs.

			Im Allgemeinen kann man sagen, dass Metaballs Kugeln( in 2D Kreise) sind, die, desto näher sie sich kommen, miteinander verschmelzen. Das ist ein sehr schöner Effekt, der sich dafür eignet um zum Beispiel den Eindruck zu Erwecken, dass Zellen miteinander verschmelzen und sich danach wieder teilen. Somit war die Grundidee gefunden, deren Implementierung nur noch auf mich wartete.
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WSebastian: /* Sebastian: /Star Trails/ */

2011-12-14T17:28:51Z

Sebastian: /Star Trails/

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	== [[Sebastian]]: [[/Star Trails/]] ==		== [[Sebastian Wolf\|Sebastian]]: [[/Star Trails/]] ==
	[[Image:Processing_einfuehrung_final_sebastian.jpg\|right\|thumb\|200px\|Sebastian Wolf]]		[[Image:Processing_einfuehrung_final_sebastian.jpg\|right\|thumb\|200px\|Sebastian Wolf]]
	Inspired by photos and videos of star trails my aim was to recreate the look of these in an interactive processing sketch.		Inspired by photos and videos of star trails my aim was to recreate the look of these in an interactive processing sketch.
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	== [[Tristan]]: [[/Soundvirus/]] ==		== [[Tristan]]: [[/Soundvirus/]] ==

Ktrin at 16:12, 14 December 2011

2011-12-14T16:12:12Z

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	The soundvirus is a three dimensional sound visualization. It consists of four levels of branches, rising out of a common origin. Each branch has several children decreasing in quantity with higher branch levels. The whole system moves in time, while the 360 branches in total access 90 randomly generated variables based on their position in the field to calculate their movement in the three dimensions. This means that for most branches there are three other branches following the same movement, producing a mix of random arrangement and a subliminal pattern. The speed of the system's evolution, as well as its color are based on the stereo mix level of the sound input.		The soundvirus is a three dimensional sound visualization. It consists of four levels of branches, rising out of a common origin. Each branch has several children decreasing in quantity with higher branch levels. The whole system moves in time, while the 360 branches in total access 90 randomly generated variables based on their position in the field to calculate their movement in the three dimensions. This means that for most branches there are three other branches following the same movement, producing a mix of random arrangement and a subliminal pattern. The speed of the system's evolution, as well as its color are based on the stereo mix level of the sound input.
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	~~[[Category:Processing]]~~

Ktrin: /* Johannes: /Photo as pattern/ */

2011-12-14T15:35:15Z

Johannes: /Photo as pattern/

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	[[Image:Processing_einfuehrung_final_johannes.jpg\|right\|thumb\|200px\|Johannes Konrad Altmann]]		[[Image:Processing_einfuehrung_final_johannes.jpg\|right\|thumb\|200px\|Johannes Konrad Altmann]]
	Nach einer langen durchgemachten Nacht sieht man am nächsten morgen vielleicht nicht mehr so scharf wie am Abend davor. Da habe ich mir gedacht, warum dieses Phänomen nicht übertragen auf unsere Hausaufgabe. Ich wollte aus mehr weniger machen und das in ein ein Muster wiedergeben.		Nach einer langen durchgemachten Nacht sieht man am nächsten morgen vielleicht nicht mehr so scharf wie am Abend davor. Da habe ich mir gedacht, warum dieses Phänomen nicht übertragen auf unsere Hausaufgabe. Ich wollte aus mehr weniger machen und das in ein ein Muster wiedergeben.

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	== [[Julia]]: [[/Groving Ivy/]] ==		== [[Julia]]: [[/Groving Ivy/]] ==

Ktrin: /* Dianna: /Elastic Lace/ */

2011-12-14T15:34:44Z

Dianna: /Elastic Lace/

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	[[Image:Processing_einfuehrung_final_dianna.jpg\|right\|thumb\|200px\|Dianna Mertz: Elastic Lace]]		[[Image:Processing_einfuehrung_final_dianna.jpg\|right\|thumb\|200px\|Dianna Mertz: Elastic Lace]]
	Lace patterns can be infinitely complex, but I wanted to try to achieve something simple with some transparency and with the appearance that it is resting on the body. Because lace is a mixture of knots and weavings at different intervals, I thought to try to utilize a few overlapping trigonometric functions at different frequencies. After a few experiments, I came up with something that is akin to lace, but also appeared like something biological, like a layer of blood vessels lying just under the skin. The final image recalls something in-between lace and blood vessels – something that lies just above and just below the skin.		Lace patterns can be infinitely complex, but I wanted to try to achieve something simple with some transparency and with the appearance that it is resting on the body. Because lace is a mixture of knots and weavings at different intervals, I thought to try to utilize a few overlapping trigonometric functions at different frequencies. After a few experiments, I came up with something that is akin to lace, but also appeared like something biological, like a layer of blood vessels lying just under the skin. The final image recalls something in-between lace and blood vessels – something that lies just above and just below the skin.

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	== [[Florian]]: [[/Sinus Wave/]] ==		== [[Florian]]: [[/Sinus Wave/]] ==

Ktrin: /* Andreas: /Pattern/ */

2011-12-14T15:34:32Z

Andreas: /Pattern/

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	[[Image:Processing_einfuehrung_final_andreas.jpg\|right\|thumb\|200px\|Andeas Dietrich]]		[[Image:Processing_einfuehrung_final_andreas.jpg\|right\|thumb\|200px\|Andeas Dietrich]]
	I want to create a pattern, which consist of squares, circles and stars. The shape will randomly selected and tweens to the next shape. At the beginning, the user should click, if the next tween should happened, but I changed it. If a tween is finished, a new shape will randomly selected and the tween starts. The user can control some aspects of the shape.		I want to create a pattern, which consist of squares, circles and stars. The shape will randomly selected and tweens to the next shape. At the beginning, the user should click, if the next tween should happened, but I changed it. If a tween is finished, a new shape will randomly selected and the tween starts. The user can control some aspects of the shape.

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	== [[Dianna]]: [[/Elastic Lace/]] ==		== [[Dianna]]: [[/Elastic Lace/]] ==

Ktrin at 15:33, 14 December 2011

2011-12-14T15:33:53Z

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	== [[Alexander]]: [[/Metaballs/]] ==		== [[Alexander]]: [[/Metaballs/]] ==
	coming soon!		''coming soon''
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	I want to create a pattern, which consist of squares, circles and stars. The shape will randomly selected and tweens to the next shape. At the beginning, the user should click, if the next tween should happened, but I changed it. If a tween is finished, a new shape will randomly selected and the tween starts. The user can control some aspects of the shape.		I want to create a pattern, which consist of squares, circles and stars. The shape will randomly selected and tweens to the next shape. At the beginning, the user should click, if the next tween should happened, but I changed it. If a tween is finished, a new shape will randomly selected and the tween starts. The user can control some aspects of the shape.
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	== [[Dianna]]: [[/Elastic Lace/]] ==		== [[Dianna]]: [[/Elastic Lace/]] ==
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	Lace patterns can be infinitely complex, but I wanted to try to achieve something simple with some transparency and with the appearance that it is resting on the body. Because lace is a mixture of knots and weavings at different intervals, I thought to try to utilize a few overlapping trigonometric functions at different frequencies. After a few experiments, I came up with something that is akin to lace, but also appeared like something biological, like a layer of blood vessels lying just under the skin. The final image recalls something in-between lace and blood vessels – something that lies just above and just below the skin.		Lace patterns can be infinitely complex, but I wanted to try to achieve something simple with some transparency and with the appearance that it is resting on the body. Because lace is a mixture of knots and weavings at different intervals, I thought to try to utilize a few overlapping trigonometric functions at different frequencies. After a few experiments, I came up with something that is akin to lace, but also appeared like something biological, like a layer of blood vessels lying just under the skin. The final image recalls something in-between lace and blood vessels – something that lies just above and just below the skin.
	<br clear="all" />		<br clear="all" />


	== [[Florian]]: [[/Sinus Wave/]] ==		== [[Florian]]: [[/Sinus Wave/]] ==
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	Mein Ziel war es, ein dreidimensionales Ebenenraster zu generieren, das aus mehreren geometrischen, an den Rasterpunkten angeordneten Objekten besteht und durch deren sinusartige Auf und-Abwärtsbewegung ein natürliche Wellenbewegung grafisch beschreibt.		Mein Ziel war es, ein dreidimensionales Ebenenraster zu generieren, das aus mehreren geometrischen, an den Rasterpunkten angeordneten Objekten besteht und durch deren sinusartige Auf und-Abwärtsbewegung ein natürliche Wellenbewegung grafisch beschreibt.
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	== [[Ivo]]: [[/Diamond/]] ==		== [[Ivo]]: [[/Diamond/]] ==
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	Afterward I developed an animation pattern based on the spiral fading of a visual pattern (a group of diamonds) to the center of the window as it got smaller in order to create the illusion of 3D space. This illusion was further developed by creating a ease out effect to correspond to the actual 3D aspect that objects seem to move faster the further away they are from us.		Afterward I developed an animation pattern based on the spiral fading of a visual pattern (a group of diamonds) to the center of the window as it got smaller in order to create the illusion of 3D space. This illusion was further developed by creating a ease out effect to correspond to the actual 3D aspect that objects seem to move faster the further away they are from us.
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	== [[Jan]]: [[/Snowflakes & Raptorclone/]] ==		== [[Jan]]: [[/Snowflakes & Raptorclone/]] ==
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	[[Image:Processing_einfuehrung_final_tristan.jpg\|right\|thumb\|200px\|Tristan Weis: Soundvirus]]		[[Image:Processing_einfuehrung_final_tristan.jpg\|right\|thumb\|200px\|Tristan Weis: Soundvirus]]
	The soundvirus is a three dimensional sound visualization. It consists of four levels of branches, rising out of a common origin. Each branch has several children decreasing in quantity with higher branch levels. The whole system moves in time, while the 360 branches in total access 90 randomly generated variables based on their position in the field to calculate their movement in the three dimensions. This means that for most branches there are three other branches following the same movement, producing a mix of random arrangement and a subliminal pattern. The speed of the system's evolution, as well as its color are based on the stereo mix level of the sound input.		The soundvirus is a three dimensional sound visualization. It consists of four levels of branches, rising out of a common origin. Each branch has several children decreasing in quantity with higher branch levels. The whole system moves in time, while the 360 branches in total access 90 randomly generated variables based on their position in the field to calculate their movement in the three dimensions. This means that for most branches there are three other branches following the same movement, producing a mix of random arrangement and a subliminal pattern. The speed of the system's evolution, as well as its color are based on the stereo mix level of the sound input.

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	[[Category:Processing]]		[[Category:Processing]]

Ktrin at 15:32, 14 December 2011

2011-12-14T15:32:13Z

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	== [[Adriana]]: [[/~~Folding Pattern~~/]] ==		== [[Adriana]]: [[/V-Falten/]] ==
	~~txt txt txt~~		[[Image:Processing_einfuehrung_final_adriana.jpg\|right\|thumb\|200px\|Adriana Cabrera: V-Falten]]
			V- Falten zeichnen sich durch das deutliche V aus. Das entsteht, wenn drei Bergfalten und drei Talfalten in einem Punkt zusammentreffen. V-Falten können sich in linearer Reihe unendlich über ein Blatt Papier fortsetzen. Meistens wirkt sich eine Technik auf alle Falten aus, so dass das Papier flach zusammengeschoben werden kann.
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	~~<br clear="all" />~~
	== [[Alexander]]: [[/Metaballs/]] ==		== [[Alexander]]: [[/Metaballs/]] ==
	~~txt txt txt~~		coming soon!

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	== [[Andreas]]: [[/Pattern/]] ==		== [[Andreas]]: [[/Pattern/]] ==
	~~txt txt txt~~		[[Image:Processing_einfuehrung_final_andreas.jpg\|right\|thumb\|200px\|Andeas Dietrich]]
			I want to create a pattern, which consist of squares, circles and stars. The shape will randomly selected and tweens to the next shape. At the beginning, the user should click, if the next tween should happened, but I changed it. If a tween is finished, a new shape will randomly selected and the tween starts. The user can control some aspects of the shape.
	<br clear="all" />		<br clear="all" />

	== [[Dianna]]: [[/Elastic Lace/]] ==		== [[Dianna]]: [[/Elastic Lace/]] ==
	~~txt txt txt~~		[[Image:Processing_einfuehrung_final_dianna.jpg\|right\|thumb\|200px\|Dianna Mertz: Elastic Lace]]
			Lace patterns can be infinitely complex, but I wanted to try to achieve something simple with some transparency and with the appearance that it is resting on the body. Because lace is a mixture of knots and weavings at different intervals, I thought to try to utilize a few overlapping trigonometric functions at different frequencies. After a few experiments, I came up with something that is akin to lace, but also appeared like something biological, like a layer of blood vessels lying just under the skin. The final image recalls something in-between lace and blood vessels – something that lies just above and just below the skin.
	<br clear="all" />		<br clear="all" />

	== [[Florian]]: [[/Sinus Wave/]] ==		== [[Florian]]: [[/Sinus Wave/]] ==
	~~txt txt txt~~		[[Image:Processing_einfuehrung_final_florian.jpg\|right\|thumb\|200px\|Florian Meyer: Sinus Wave]]
			Mein Ziel war es, ein dreidimensionales Ebenenraster zu generieren, das aus mehreren geometrischen, an den Rasterpunkten angeordneten Objekten besteht und durch deren sinusartige Auf und-Abwärtsbewegung ein natürliche Wellenbewegung grafisch beschreibt.
			<br clear="all" />

			== [[Ivo]]: [[/Diamond/]] ==
			[[Image:Processing_einfuehrung_final_ivo.jpg\|right\|thumb\|200px\|Ivo Santos: Diamond]]
			The idea came from a simple exercise to create a complex geometric shape from small simpler ones put together. With this in mind I created a diamond that would rescale proportionally to the size of the window, making therefore all it’s position values related to the screen width and height.
			Afterward I developed an animation pattern based on the spiral fading of a visual pattern (a group of diamonds) to the center of the window as it got smaller in order to create the illusion of 3D space. This illusion was further developed by creating a ease out effect to correspond to the actual 3D aspect that objects seem to move faster the further away they are from us.
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	== [[~~Ivo~~]]: [[/~~Diamond~~/]] ==		== [[Jan]]: [[/Snowflakes & Raptorclone/]] ==
	~~txt txt txt~~		[[Image:Processing_einfuehrung_final_jan2.jpg\|right\|thumb\|200px\|Jan Schepanski: Snowflakes]]
			Wer liebt sie nicht, die Schneeflocken die der Winter uns jährlich schenkt. Doch damit wir nun nicht mehr auf diese kalte Jahreszeit warten müssen, gibt es nun: Die Processing Applikation "Snowflakes". Jetzt denkt ihr vielleicht: "Und was wenn ich Schnee nicht ausstehen kann?" Nun - auf für diesen Fall ist gesorgt!
			Snowflakes ist eine einfache Schneeflockensimulation, welche als Schneeflocken vorgerenderte Bilder verwendetet und diese in drei Ebenen, unterschiedlichen Geschwindigkeiten und Größen in einer von der Größe der Flocke abhängigen Sinusfunktion vom oberen Bildschirmrand herunterfallen lässt.

			Raptorclone: Da mich das Spiel "Raptor - Call of Shadows" aus meiner Jugendzeit bis heute nicht losgelassen hat, habe ich mich an eine Annäherung des Spielprinzips herangewagt.
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	== [[Jelena]]: [[/Text as object and meta drawing/]] ==		== [[Jelena]]: [[/Text as object and meta drawing/]] ==
	~~txt txt txt~~		[[Image:Processing_einfuehrung_final_jelena.jpg\|right\|thumb\|200px\|Jelena Djokic]]
			The initial idea of the drawing was to perform some of the possibilities of a displayed text and a blending mode, using “millis” option. I wanted to combine a visual effect and movement into one particular shape and other hand explore possibilities of treating a text as an object and meta drawing, which at the same time serves to give instructions to observer, how to interact with the drawing itself.
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	~~<br clear="all" />~~

	== [[Jin]]: [[/Lively Dots/]] ==		== [[Jin]]: [[/Lively Dots/]] ==
	~~txt txt txt~~		[[Image:Processing_einfuehrung_final_jin.jpg\|right\|thumb\|200px\|Jin Lu: Lively Dots]]
			Lively dots is an interactive work that is based on camera input. Movement is detected to control an image, the image is not shown until something moves.
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	~~<br clear="all" />~~

	== [[Johannes]]: [[/Photo as pattern/]] ==		== [[Johannes]]: [[/Photo as pattern/]] ==
	~~txt txt txt~~		[[Image:Processing_einfuehrung_final_johannes.jpg\|right\|thumb\|200px\|Johannes Konrad Altmann]]
			Nach einer langen durchgemachten Nacht sieht man am nächsten morgen vielleicht nicht mehr so scharf wie am Abend davor. Da habe ich mir gedacht, warum dieses Phänomen nicht übertragen auf unsere Hausaufgabe. Ich wollte aus mehr weniger machen und das in ein ein Muster wiedergeben.
			<br clear="all" />

	~~<br clear="all" />~~

	== [[Julia]]: [[/Groving Ivy/]] ==		== [[Julia]]: [[/Groving Ivy/]] ==
	~~txt txt txt~~		[[Image:Processing_einfuehrung_final_julia.jpg\|right\|thumb\|200px\|Julia Putscher: Groving Ivy]]
			I wanted to create a programing code that simulates the natural way how ivy grows. The blinking ball at the beginning of the code reacts according to the music and embodies the origin of the growing plant. When the ball starts to move over the screen with the blurry effect, it stands for the randomly growing boughs, the main structure for the ivy leaves. The leaves itself are drawn when the music gets louder and rougher in its sound. They are drawn with random distances, like they would grow naturally.
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	~~== [[Moritz]]: [[/Line Bender/]] ==~~
	~~txt txt txt~~

			== [[Moritz]]: [[/Linebender/]] ==
			[[Image:Processing_einfuehrung_final_moritz.jpg\|right\|thumb\|200px\|Moritz Dreßler: Linebender]]
			A very simple, yet appealing pattern can be created by drawing multiple vertical lines with equal distances – but what happens if this representation of perfect geometry is being disturbed?
			In the linebender sketch, one or a couple of agents will be placed between the lines and start to move in random directions. The lines should try to avoid contact with the agents and bend away. During this animation of action and reaction, new patterns of lines will be generated. One line shall be highlighted for a better visualization of the effect.
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	== [[Patawat]]: [[/Crimewave/]] ==		== [[Patawat]]: [[/Crimewave/]] ==
	~~txt txt txt~~		[[Image:Processing_einfuehrung_final_patawat.jpg\|right\|thumb\|200px\|Patawat Phamuad: Crimewave]]
			A music reactive system and a crime restriction are band.
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	~~== [[Sebastian]]: [[/Circles/]] ==~~
	~~txt txt txt~~

			== [[Sebastian]]: [[/Star Trails/]] ==
			[[Image:Processing_einfuehrung_final_sebastian.jpg\|right\|thumb\|200px\|Sebastian Wolf]]
			Inspired by photos and videos of star trails my aim was to recreate the look of these in an interactive processing sketch.
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	== [[Tristan]]: [[/Soundvirus/]] ==		== [[Tristan]]: [[/Soundvirus/]] ==
	~~txt txt txt~~		[[Image:Processing_einfuehrung_final_tristan.jpg\|right\|thumb\|200px\|Tristan Weis: Soundvirus]]
			The soundvirus is a three dimensional sound visualization. It consists of four levels of branches, rising out of a common origin. Each branch has several children decreasing in quantity with higher branch levels. The whole system moves in time, while the 360 branches in total access 90 randomly generated variables based on their position in the field to calculate their movement in the three dimensions. This means that for most branches there are three other branches following the same movement, producing a mix of random arrangement and a subliminal pattern. The speed of the system's evolution, as well as its color are based on the stereo mix level of the sound input.

	<br clear="all" />		<br clear="all" />

			[[Category:Processing]]