Medien Wiki - User contributions [en]

GMU:Speculative Atmospheres/Egor Gavrilov

2021-10-03T11:58:35Z

Hellguz: /* Projekt "Der Drachen" */

== Experiments with Processing ==
=== Experiment 1 ===

During the first class on Processing I tried out different ways to control size, color and opacity of rectangles and circles on the screen. After that I managed to read out the values from Arduino Serial Monitor and to control position of one of the rectangles on the screen with a potentiometer and with an LDR.

{{#ev:vimeo|https://vimeo.com/549695557}}

=== Experiment 2 ===
During my other experiments I tried to emulate dimming my screen by changing the brightness of Processing window's background according to the data from an LDR. (TODO: find out if I actually can control the screen brightness from Processing with the help of some library)

{{#ev:vimeo|https://vimeo.com/549694622}}

----

== Perception Experiences in Ilmpark ==

[[File:dandelion.jpg|400px]]

During our class on the 11th of May I went to the Ilmpark and found a spot where I thought nobody else would go at least for the next half an hour. I tried to connect to the surrounding and to focus on very small objects and phenomena like sprouts, branches and dew drops. The object I have chosen as my "connector" to the natur was a dandelion flower. I didn't want to tear it off at first but then remembered how I always did it as a child and thought that it can actually be a good way to feel being closer to the pure nature so I did it.

I felt like drawing and started to draw the field of dandelions near me. It was not too hard but took some time.

[[File:a11.jpg|400px]]

With the second drawing I tried to capture the fractal complexity of just two branches which were close to me and which looked so elegantly after I stared at them for couple of seconds.

[[File:b11.jpg|400px]]

After finishing the drawing of branches I looked into the distance and suddenly realized that I could feel where exactly all the birds were singing from. It was an illusion of course, since the trees were pretty far away from me, but I wanted to capture this feeling by drawing sound sources over the landscape.

[[File:c11.jpg|400px]]

On the last drawing I tried to illustrate the complexity of grass leaves, of how they grow and intertwine. Seemingly regular and repeating pattern is actually incredibly complex and unobvious.

[[File:d11.jpg|400px]]

== Projekt "Der Drachen" ==
[[File:Drachen1.jpg|800px]]

Der Drachen. Der kann seine Position und Orientation im Raum messen. Diese Daten sieht man in Echtzeit auf dem Bildschirm des Handys als eine Linie, die zeigt, in welche Richtung sich der Drachen bewegt.
''Verwendete Komponenten: Accelerometer und Gyroskop Sensor, Arduino mit WLAN.''

[[File:drachen4.jpg|400px]]

[[File:drachen2.jpg|400px]]

[[File:drachen3.jpg|400px]]

Mit dem Projekt “Der Drachen” wollte ich meinen Blick in den Himmel werfen und beobachten, was da oben passiert, wo wir als Menschen gar nicht hochgehen können. Ein simples Spielzeug, das uns schon seit Jahrtausend bekannt ist, dient hier als Basis für den Experiment. Der Kern ist die Arduino Platine, die die Werte von den Sensoren abruft und auf das Handy über WLAN schickt. Auf dem Handy sieht man dann die weiße Linie von der Bewegung des Drachens.

[[File:DrachenVorbereitung.jpg|400px]]

{{#ev:youtube|https://youtu.be/EcW-xJmomT8}}

{{#ev:youtube|https://youtu.be/fEQ5uMghalU}}

{{#ev:youtube|https://youtu.be/wcvjO7A45Pc}}

== Projekt "Grass Hören" ==

{{#ev:youtube|https://youtu.be/zlIrDkeuPWs}}

Grass Hören. Mit diesem Gerät kann jeder die leisesten Geräusche von Grass sich anhören. Mit Hilfe von zwei Piezoelementen wird der Klang, den kleine Insekten und Grasshalme erzeugen, verstärkt und durch Kopfhörer weitergegeben.

''Verwendete Komponenten: Piezoelemente, zwei Joghurtbecher, Karton, Arduino, Ton Verstärker
''

Das Projekt “Grass Hören” untersucht was auf dem kleinen Maßstab unter unseren Füßen passiert. Wir merken normalerweise nicht die Bewegungen und Veränderungen, die so klein sind. Das bedeutet aber nicht, dass Grass komplett still ist. Mit dem Ziel das sichtbar (in diesem Fall hörbar) zu machen, was sich von uns normalerweise versteckt, habe ich dieses Gerät entwickelt.
Es nimmt den Klang von kleinen Insekten und von Grasshalmen auf und spielt ihn durch die Kopfhörer ab.

{{#ev:youtube|https://youtu.be/b7NkyTS4SJg}}

[[File:PXL_20210830_135957736.jpg|400px]]

[[File:PXL_20210831_150903348.jpg|400px]]

Als Weiterentwicklung des Projekts "Grass Hören" wollte ich die Geräusche derseilben Wiese in der Nacht aufnehmen und herausfinden, inwieweit sich das Nachtleben im Park von dem Leben tagsüber unterscheidet. Die Aufnahmen lassen feststellen, dass viele Käfer und andere Insekten deutlich aktiver in der Nacht sind. Darüber hinaus würde ich vermuten, dass weil das Gelände nass ist, ist auch der Klang tiefer und lauter.

[[File:EgorUlli1.jpg|400px]]

{{#ev:youtube|https://youtu.be/ZOLQa9U2pD8}}

{{#ev:youtube|https://youtu.be/KDIY__C3jTs}}

Als letztes Experiment haben wir mit zwei Freunden das Gerät umgedreht, sodass die Plastikbecher nach oben ausgerichtet wurden, und ein Faust Grass nach innen in einen Becher geworfen. Der Klang war dadurch noch deutlicher. Ein Tausendfüßler ist plötzlich auch nach innen gekrochen und hatte lange versuch, den Weg nach außen zu finden. Wir haben ihm endlich geholfen, indem wir die Becher nochmal umgedreht haben, sodass ihre Kanten waagerecht zur Erde waren.

{{#ev:youtube|https://youtu.be/-MIa62vvdTI}}

File:DrachenVorbereitung.jpg

2021-10-03T11:56:54Z

Hellguz: File uploaded with MsUpload

File uploaded with MsUpload

GMU:Speculative Atmospheres/Egor Gavrilov

2021-10-03T11:49:51Z

Hellguz:

== Experiments with Processing ==
=== Experiment 1 ===

During the first class on Processing I tried out different ways to control size, color and opacity of rectangles and circles on the screen. After that I managed to read out the values from Arduino Serial Monitor and to control position of one of the rectangles on the screen with a potentiometer and with an LDR.

{{#ev:vimeo|https://vimeo.com/549695557}}

=== Experiment 2 ===
During my other experiments I tried to emulate dimming my screen by changing the brightness of Processing window's background according to the data from an LDR. (TODO: find out if I actually can control the screen brightness from Processing with the help of some library)

{{#ev:vimeo|https://vimeo.com/549694622}}

----

== Perception Experiences in Ilmpark ==

[[File:dandelion.jpg|400px]]

During our class on the 11th of May I went to the Ilmpark and found a spot where I thought nobody else would go at least for the next half an hour. I tried to connect to the surrounding and to focus on very small objects and phenomena like sprouts, branches and dew drops. The object I have chosen as my "connector" to the natur was a dandelion flower. I didn't want to tear it off at first but then remembered how I always did it as a child and thought that it can actually be a good way to feel being closer to the pure nature so I did it.

I felt like drawing and started to draw the field of dandelions near me. It was not too hard but took some time.

[[File:a11.jpg|400px]]

With the second drawing I tried to capture the fractal complexity of just two branches which were close to me and which looked so elegantly after I stared at them for couple of seconds.

[[File:b11.jpg|400px]]

After finishing the drawing of branches I looked into the distance and suddenly realized that I could feel where exactly all the birds were singing from. It was an illusion of course, since the trees were pretty far away from me, but I wanted to capture this feeling by drawing sound sources over the landscape.

[[File:c11.jpg|400px]]

On the last drawing I tried to illustrate the complexity of grass leaves, of how they grow and intertwine. Seemingly regular and repeating pattern is actually incredibly complex and unobvious.

[[File:d11.jpg|400px]]

== Projekt "Der Drachen" ==
[[File:Drachen1.jpg|400px]]

Der Drachen. Der kann seine Position und Orientation im Raum messen. Diese Daten sieht man in Echtzeit auf dem Bildschirm des Handys als eine Linie, die zeigt, in welche Richtung sich der Drachen bewegt.
''Verwendete Komponenten: Accelerometer und Gyroskop Sensor, Arduino mit WLAN.''

Mit dem Projekt “Der Drachen” wollte ich meinen Blick in den Himmel werfen und beobachten, was da oben passiert, wo wir als Menschen gar nicht hochgehen können. Ein simples Spielzeug, das uns schon seit Jahrtausend bekannt ist, dient hier als Basis für den Experiment. Der Kern ist die Arduino Platine, die die Werte von den Sensoren abruft und auf das Handy über WLAN schickt. Auf dem Handy sieht man dann die weiße Linie von der Bewegung des Drachens.
[[File:drachen4.jpg|400px]]

[[File:drachen2.jpg|400px]]

[[File:drachen3.jpg|400px]]

== Projekt "Grass Hören" ==

{{#ev:youtube|https://youtu.be/zlIrDkeuPWs}}

Grass Hören. Mit diesem Gerät kann jeder die leisesten Geräusche von Grass sich anhören. Mit Hilfe von zwei Piezoelementen wird der Klang, den kleine Insekten und Grasshalme erzeugen, verstärkt und durch Kopfhörer weitergegeben.

''Verwendete Komponenten: Piezoelemente, zwei Joghurtbecher, Karton, Arduino, Ton Verstärker
''

Das Projekt “Grass Hören” untersucht was auf dem kleinen Maßstab unter unseren Füßen passiert. Wir merken normalerweise nicht die Bewegungen und Veränderungen, die so klein sind. Das bedeutet aber nicht, dass Grass komplett still ist. Mit dem Ziel das sichtbar (in diesem Fall hörbar) zu machen, was sich von uns normalerweise versteckt, habe ich dieses Gerät entwickelt.
Es nimmt den Klang von kleinen Insekten und von Grasshalmen auf und spielt ihn durch die Kopfhörer ab.

{{#ev:youtube|https://youtu.be/b7NkyTS4SJg}}

[[File:PXL_20210830_135957736.jpg|400px]]

[[File:PXL_20210831_150903348.jpg|400px]]

Als Weiterentwicklung des Projekts "Grass Hören" wollte ich die Geräusche derseilben Wiese in der Nacht aufnehmen und herausfinden, inwieweit sich das Nachtleben im Park von dem Leben tagsüber unterscheidet. Die Aufnahmen lassen feststellen, dass viele Käfer und andere Insekten deutlich aktiver in der Nacht sind. Darüber hinaus würde ich vermuten, dass weil das Gelände nass ist, ist auch der Klang tiefer und lauter.

[[File:EgorUlli1.jpg|400px]]

{{#ev:youtube|https://youtu.be/ZOLQa9U2pD8}}

{{#ev:youtube|https://youtu.be/KDIY__C3jTs}}

Als letztes Experiment haben wir mit zwei Freunden das Gerät umgedreht, sodass die Plastikbecher nach oben ausgerichtet wurden, und ein Faust Grass nach innen in einen Becher geworfen. Der Klang war dadurch noch deutlicher. Ein Tausendfüßler ist plötzlich auch nach innen gekrochen und hatte lange versuch, den Weg nach außen zu finden. Wir haben ihm endlich geholfen, indem wir die Becher nochmal umgedreht haben, sodass ihre Kanten waagerecht zur Erde waren.

{{#ev:youtube|https://youtu.be/-MIa62vvdTI}}

File:EgorUlli2.jpg

2021-10-03T11:49:45Z

Hellguz: File uploaded with MsUpload

File uploaded with MsUpload

File:EgorUlli1.jpg

2021-10-03T11:49:35Z

Hellguz: File uploaded with MsUpload

File uploaded with MsUpload

GMU:Speculative Atmospheres/Egor Gavrilov

2021-10-03T11:48:52Z

Hellguz:

== Experiments with Processing ==
=== Experiment 1 ===

During the first class on Processing I tried out different ways to control size, color and opacity of rectangles and circles on the screen. After that I managed to read out the values from Arduino Serial Monitor and to control position of one of the rectangles on the screen with a potentiometer and with an LDR.

{{#ev:vimeo|https://vimeo.com/549695557}}

=== Experiment 2 ===
During my other experiments I tried to emulate dimming my screen by changing the brightness of Processing window's background according to the data from an LDR. (TODO: find out if I actually can control the screen brightness from Processing with the help of some library)

{{#ev:vimeo|https://vimeo.com/549694622}}

----

== Perception Experiences in Ilmpark ==

[[File:dandelion.jpg|400px]]

During our class on the 11th of May I went to the Ilmpark and found a spot where I thought nobody else would go at least for the next half an hour. I tried to connect to the surrounding and to focus on very small objects and phenomena like sprouts, branches and dew drops. The object I have chosen as my "connector" to the natur was a dandelion flower. I didn't want to tear it off at first but then remembered how I always did it as a child and thought that it can actually be a good way to feel being closer to the pure nature so I did it.

I felt like drawing and started to draw the field of dandelions near me. It was not too hard but took some time.

[[File:a11.jpg|400px]]

With the second drawing I tried to capture the fractal complexity of just two branches which were close to me and which looked so elegantly after I stared at them for couple of seconds.

[[File:b11.jpg|400px]]

After finishing the drawing of branches I looked into the distance and suddenly realized that I could feel where exactly all the birds were singing from. It was an illusion of course, since the trees were pretty far away from me, but I wanted to capture this feeling by drawing sound sources over the landscape.

[[File:c11.jpg|400px]]

On the last drawing I tried to illustrate the complexity of grass leaves, of how they grow and intertwine. Seemingly regular and repeating pattern is actually incredibly complex and unobvious.

[[File:d11.jpg|400px]]

== Projekt "Der Drachen" ==
[[File:Drachen1.jpg|400px]]

Der Drachen. Der kann seine Position und Orientation im Raum messen. Diese Daten sieht man in Echtzeit auf dem Bildschirm des Handys als eine Linie, die zeigt, in welche Richtung sich der Drachen bewegt.
''Verwendete Komponenten: Accelerometer und Gyroskop Sensor, Arduino mit WLAN.''

Mit dem Projekt “Der Drachen” wollte ich meinen Blick in den Himmel werfen und beobachten, was da oben passiert, wo wir als Menschen gar nicht hochgehen können. Ein simples Spielzeug, das uns schon seit Jahrtausend bekannt ist, dient hier als Basis für den Experiment. Der Kern ist die Arduino Platine, die die Werte von den Sensoren abruft und auf das Handy über WLAN schickt. Auf dem Handy sieht man dann die weiße Linie von der Bewegung des Drachens.
[[File:drachen4.jpg|400px]]

[[File:drachen2.jpg|400px]]

[[File:drachen3.jpg|400px]]

== Projekt "Grass Hören" ==

{{#ev:youtube|https://youtu.be/zlIrDkeuPWs}}

Grass Hören. Mit diesem Gerät kann jeder die leisesten Geräusche von Grass sich anhören. Mit Hilfe von zwei Piezoelementen wird der Klang, den kleine Insekten und Grasshalme erzeugen, verstärkt und durch Kopfhörer weitergegeben.

''Verwendete Komponenten: Piezoelemente, zwei Joghurtbecher, Karton, Arduino, Ton Verstärker
''

Das Projekt “Grass Hören” untersucht was auf dem kleinen Maßstab unter unseren Füßen passiert. Wir merken normalerweise nicht die Bewegungen und Veränderungen, die so klein sind. Das bedeutet aber nicht, dass Grass komplett still ist. Mit dem Ziel das sichtbar (in diesem Fall hörbar) zu machen, was sich von uns normalerweise versteckt, habe ich dieses Gerät entwickelt.
Es nimmt den Klang von kleinen Insekten und von Grasshalmen auf und spielt ihn durch die Kopfhörer ab.

{{#ev:youtube|https://youtu.be/b7NkyTS4SJg}}

[[File:PXL_20210830_135957736.jpg|400px]]

[[File:PXL_20210831_150903348.jpg|400px]]

Als Weiterentwicklung des Projekts "Grass Hören" wollte ich die Geräusche derseilben Wiese in der Nacht aufnehmen und herausfinden, inwieweit sich das Nachtleben im Park von dem Leben tagsüber unterscheidet. Die Aufnahmen lassen feststellen, dass viele Käfer und andere Insekten deutlich aktiver in der Nacht sind. Darüber hinaus würde ich vermuten, dass weil das Gelände nass ist, ist auch der Klang tiefer und lauter.

{{#ev:youtube|https://youtu.be/ZOLQa9U2pD8}}

{{#ev:youtube|https://youtu.be/KDIY__C3jTs}}

Als letztes Experiment haben wir mit zwei Freunden das Gerät umgedreht, sodass die Plastikbecher nach oben ausgerichtet wurden, und ein Faust Grass nach innen in einen Becher geworfen. Der Klang war dadurch noch deutlicher. Ein Tausendfüßler ist plötzlich auch nach innen gekrochen und hatte lange versuch, den Weg nach außen zu finden. Wir haben ihm endlich geholfen, indem wir die Becher nochmal umgedreht haben, sodass ihre Kanten waagerecht zur Erde waren.

{{#ev:youtube|https://youtu.be/-MIa62vvdTI}}

GMU:Speculative Atmospheres/Egor Gavrilov

2021-09-25T14:48:10Z

Hellguz:

== Experiments with Processing ==
=== Experiment 1 ===

During the first class on Processing I tried out different ways to control size, color and opacity of rectangles and circles on the screen. After that I managed to read out the values from Arduino Serial Monitor and to control position of one of the rectangles on the screen with a potentiometer and with an LDR.

{{#ev:vimeo|https://vimeo.com/549695557}}

=== Experiment 2 ===
During my other experiments I tried to emulate dimming my screen by changing the brightness of Processing window's background according to the data from an LDR. (TODO: find out if I actually can control the screen brightness from Processing with the help of some library)

{{#ev:vimeo|https://vimeo.com/549694622}}

----

== Perception Experiences in Ilmpark ==

[[File:dandelion.jpg|400px]]

During our class on the 11th of May I went to the Ilmpark and found a spot where I thought nobody else would go at least for the next half an hour. I tried to connect to the surrounding and to focus on very small objects and phenomena like sprouts, branches and dew drops. The object I have chosen as my "connector" to the natur was a dandelion flower. I didn't want to tear it off at first but then remembered how I always did it as a child and thought that it can actually be a good way to feel being closer to the pure nature so I did it.

I felt like drawing and started to draw the field of dandelions near me. It was not too hard but took some time.

[[File:a11.jpg|400px]]

With the second drawing I tried to capture the fractal complexity of just two branches which were close to me and which looked so elegantly after I stared at them for couple of seconds.

[[File:b11.jpg|400px]]

After finishing the drawing of branches I looked into the distance and suddenly realized that I could feel where exactly all the birds were singing from. It was an illusion of course, since the trees were pretty far away from me, but I wanted to capture this feeling by drawing sound sources over the landscape.

[[File:c11.jpg|400px]]

On the last drawing I tried to illustrate the complexity of grass leaves, of how they grow and intertwine. Seemingly regular and repeating pattern is actually incredibly complex and unobvious.

[[File:d11.jpg|400px]]

== Projekt "Der Drachen" ==
[[File:Drachen1.jpg|400px]]

Der Drachen. Der kann seine Position und Orientation im Raum messen. Diese Daten sieht man in Echtzeit auf dem Bildschirm des Handys als eine Linie, die zeigt, in welche Richtung sich der Drachen bewegt.
''Verwendete Komponenten: Accelerometer und Gyroskop Sensor, Arduino mit WLAN.''

Mit dem Projekt “Der Drachen” wollte ich meinen Blick in den Himmel werfen und beobachten, was da oben passiert, wo wir als Menschen gar nicht hochgehen können. Ein simples Spielzeug, das uns schon seit Jahrtausend bekannt ist, dient hier als Basis für den Experiment. Der Kern ist die Arduino Platine, die die Werte von den Sensoren abruft und auf das Handy über WLAN schickt. Auf dem Handy sieht man dann die weiße Linie von der Bewegung des Drachens.
[[File:drachen4.jpg|400px]]

[[File:drachen2.jpg|400px]]

[[File:drachen3.jpg|400px]]

== Projekt "Grass Hören" ==

{{#ev:youtube|https://youtu.be/zlIrDkeuPWs}}

Grass Hören. Mit diesem Gerät kann jeder die leisesten Geräusche von Grass sich anhören. Mit Hilfe von zwei Piezoelementen wird der Klang, den kleine Insekten und Grasshalme erzeugen, verstärkt und durch Kopfhörer weitergegeben.

''Verwendete Komponenten: Piezoelemente, zwei Joghurtbecher, Karton, Arduino, Ton Verstärker
''

Das Projekt “Grass Hören” untersucht was auf dem kleinen Maßstab unter unseren Füßen passiert. Wir merken normalerweise nicht die Bewegungen und Veränderungen, die so klein sind. Das bedeutet aber nicht, dass Grass komplett still ist. Mit dem Ziel das sichtbar (in diesem Fall hörbar) zu machen, was sich von uns normalerweise versteckt, habe ich dieses Gerät entwickelt.
Es nimmt den Klang von kleinen Insekten und von Grasshalmen auf und spielt ihn durch die Kopfhörer ab.

{{#ev:youtube|https://youtu.be/b7NkyTS4SJg}}

[[File:PXL_20210830_135957736.jpg|400px]]

[[File:PXL_20210831_150903348.jpg|400px]]

GMU:Speculative Atmospheres/Egor Gavrilov

2021-09-25T14:47:43Z

Hellguz:

== Experiments with Processing ==
=== Experiment 1 ===

During the first class on Processing I tried out different ways to control size, color and opacity of rectangles and circles on the screen. After that I managed to read out the values from Arduino Serial Monitor and to control position of one of the rectangles on the screen with a potentiometer and with an LDR.

{{#ev:vimeo|https://vimeo.com/549695557}}

=== Experiment 2 ===
During my other experiments I tried to emulate dimming my screen by changing the brightness of Processing window's background according to the data from an LDR. (TODO: find out if I actually can control the screen brightness from Processing with the help of some library)

{{#ev:vimeo|https://vimeo.com/549694622}}

----

== Perception Experiences in Ilmpark ==

[[File:dandelion.jpg|400px]]

During our class on the 11th of May I went to the Ilmpark and found a spot where I thought nobody else would go at least for the next half an hour. I tried to connect to the surrounding and to focus on very small objects and phenomena like sprouts, branches and dew drops. The object I have chosen as my "connector" to the natur was a dandelion flower. I didn't want to tear it off at first but then remembered how I always did it as a child and thought that it can actually be a good way to feel being closer to the pure nature so I did it.

I felt like drawing and started to draw the field of dandelions near me. It was not too hard but took some time.

[[File:a11.jpg|400px]]

With the second drawing I tried to capture the fractal complexity of just two branches which were close to me and which looked so elegantly after I stared at them for couple of seconds.

[[File:b11.jpg|400px]]

After finishing the drawing of branches I looked into the distance and suddenly realized that I could feel where exactly all the birds were singing from. It was an illusion of course, since the trees were pretty far away from me, but I wanted to capture this feeling by drawing sound sources over the landscape.

[[File:c11.jpg|400px]]

On the last drawing I tried to illustrate the complexity of grass leaves, of how they grow and intertwine. Seemingly regular and repeating pattern is actually incredibly complex and unobvious.

[[File:d11.jpg|400px]]

== Projekt "Der Drachen" ==
[[File:Drachen1.jpg|400px]]

Der Drachen. Der kann seine Position und Orientation im Raum messen. Diese Daten sieht man in Echtzeit auf dem Bildschirm des Handys als eine Linie, die zeigt, in welche Richtung sich der Drachen bewegt.
''Verwendete Komponenten: Accelerometer und Gyroskop Sensor, Arduino mit WLAN.''

Mit dem Projekt “Der Drachen” wollte ich meinen Blick in den Himmel werfen und beobachten, was da oben passiert, wo wir als Menschen gar nicht hochgehen können. Ein simples Spielzeug, das uns schon seit Jahrtausend bekannt ist, dient hier als Basis für den Experiment. Der Kern ist die Arduino Platine, die die Werte von den Sensoren abruft und auf das Handy über WLAN schickt. Auf dem Handy sieht man dann die weiße Linie von der Bewegung des Drachens.
[[File:drachen4.jpg|400px]]
[[File:drachen2.jpg|400px]]
[[File:drachen3.jpg|400px]]

== Projekt "Grass Hören" ==

{{#ev:youtube|https://youtu.be/zlIrDkeuPWs}}

Grass Hören. Mit diesem Gerät kann jeder die leisesten Geräusche von Grass sich anhören. Mit Hilfe von zwei Piezoelementen wird der Klang, den kleine Insekten und Grasshalme erzeugen, verstärkt und durch Kopfhörer weitergegeben.

''Verwendete Komponenten: Piezoelemente, zwei Joghurtbecher, Karton, Arduino, Ton Verstärker
''

Das Projekt “Grass Hören” untersucht was auf dem kleinen Maßstab unter unseren Füßen passiert. Wir merken normalerweise nicht die Bewegungen und Veränderungen, die so klein sind. Das bedeutet aber nicht, dass Grass komplett still ist. Mit dem Ziel das sichtbar (in diesem Fall hörbar) zu machen, was sich von uns normalerweise versteckt, habe ich dieses Gerät entwickelt.
Es nimmt den Klang von kleinen Insekten und von Grasshalmen auf und spielt ihn durch die Kopfhörer ab.

{{#ev:youtube|https://youtu.be/b7NkyTS4SJg}}

[[File:PXL_20210830_135957736.jpg|400px]]

[[File:PXL_20210831_150903348.jpg|400px]]

GMU:Speculative Atmospheres/Egor Gavrilov

2021-09-25T14:46:46Z

Hellguz:

== Experiments with Processing ==
=== Experiment 1 ===

During the first class on Processing I tried out different ways to control size, color and opacity of rectangles and circles on the screen. After that I managed to read out the values from Arduino Serial Monitor and to control position of one of the rectangles on the screen with a potentiometer and with an LDR.

{{#ev:vimeo|https://vimeo.com/549695557}}

=== Experiment 2 ===
During my other experiments I tried to emulate dimming my screen by changing the brightness of Processing window's background according to the data from an LDR. (TODO: find out if I actually can control the screen brightness from Processing with the help of some library)

{{#ev:vimeo|https://vimeo.com/549694622}}

----

== Perception Experiences in Ilmpark ==

[[File:dandelion.jpg|400px]]

During our class on the 11th of May I went to the Ilmpark and found a spot where I thought nobody else would go at least for the next half an hour. I tried to connect to the surrounding and to focus on very small objects and phenomena like sprouts, branches and dew drops. The object I have chosen as my "connector" to the natur was a dandelion flower. I didn't want to tear it off at first but then remembered how I always did it as a child and thought that it can actually be a good way to feel being closer to the pure nature so I did it.

I felt like drawing and started to draw the field of dandelions near me. It was not too hard but took some time.

[[File:a11.jpg|400px]]

With the second drawing I tried to capture the fractal complexity of just two branches which were close to me and which looked so elegantly after I stared at them for couple of seconds.

[[File:b11.jpg|400px]]

After finishing the drawing of branches I looked into the distance and suddenly realized that I could feel where exactly all the birds were singing from. It was an illusion of course, since the trees were pretty far away from me, but I wanted to capture this feeling by drawing sound sources over the landscape.

[[File:c11.jpg|400px]]

On the last drawing I tried to illustrate the complexity of grass leaves, of how they grow and intertwine. Seemingly regular and repeating pattern is actually incredibly complex and unobvious.

[[File:d11.jpg|400px]]

== Projekt "Der Drachen" ==
[[File:Drachen1.jpg|400px]]

Der Drachen. Der kann seine Position und Orientation im Raum messen. Diese Daten sieht man in Echtzeit auf dem Bildschirm des Handys als eine Linie, die zeigt, in welche Richtung sich der Drachen bewegt.
''Verwendete Komponenten: Accelerometer und Gyroskop Sensor, Arduino mit WLAN.''

Mit dem Projekt “Der Drachen” wollte ich meinen Blick in den Himmel werfen und beobachten, was da oben passiert, wo wir als Menschen gar nicht hochgehen können. Ein simples Spielzeug, das uns schon seit Jahrtausend bekannt ist, dient hier als Basis für den Experiment. Der Kern ist die Arduino Platine, die die Werte von den Sensoren abruft und auf das Handy über WLAN schickt. Auf dem Handy sieht man dann die weiße Linie von der Bewegung des Drachens.
[[:File:drachen4.jpg|400px]]
[[:File:drachen2.jpg|400px]]
[[:File:drachen3.jpg|400px]]

== Projekt "Grass Hören" ==

{{#ev:youtube|https://youtu.be/zlIrDkeuPWs}}

Grass Hören. Mit diesem Gerät kann jeder die leisesten Geräusche von Grass sich anhören. Mit Hilfe von zwei Piezoelementen wird der Klang, den kleine Insekten und Grasshalme erzeugen, verstärkt und durch Kopfhörer weitergegeben.

''Verwendete Komponenten: Piezoelemente, zwei Joghurtbecher, Karton, Arduino, Ton Verstärker
''

Das Projekt “Grass Hören” untersucht was auf dem kleinen Maßstab unter unseren Füßen passiert. Wir merken normalerweise nicht die Bewegungen und Veränderungen, die so klein sind. Das bedeutet aber nicht, dass Grass komplett still ist. Mit dem Ziel das sichtbar (in diesem Fall hörbar) zu machen, was sich von uns normalerweise versteckt, habe ich dieses Gerät entwickelt.
Es nimmt den Klang von kleinen Insekten und von Grasshalmen auf und spielt ihn durch die Kopfhörer ab.

{{#ev:youtube|https://youtu.be/b7NkyTS4SJg}}

[[File:PXL_20210830_135957736.jpg|400px]]

[[File:PXL_20210831_150903348.jpg|400px]]

File:PXL 20210830 135957736.jpg

2021-09-25T14:45:26Z

Hellguz: File uploaded with MsUpload

File uploaded with MsUpload

File:PXL 20210831 150903348.jpg

2021-09-25T14:45:24Z

Hellguz: File uploaded with MsUpload

File uploaded with MsUpload

GMU:Speculative Atmospheres/Egor Gavrilov

2021-09-25T14:35:00Z

Hellguz:

== Experiments with Processing ==
=== Experiment 1 ===

During the first class on Processing I tried out different ways to control size, color and opacity of rectangles and circles on the screen. After that I managed to read out the values from Arduino Serial Monitor and to control position of one of the rectangles on the screen with a potentiometer and with an LDR.

{{#ev:vimeo|https://vimeo.com/549695557}}

=== Experiment 2 ===
During my other experiments I tried to emulate dimming my screen by changing the brightness of Processing window's background according to the data from an LDR. (TODO: find out if I actually can control the screen brightness from Processing with the help of some library)

{{#ev:vimeo|https://vimeo.com/549694622}}

----

== Perception Experiences in Ilmpark ==

[[File:dandelion.jpg|400px]]

During our class on the 11th of May I went to the Ilmpark and found a spot where I thought nobody else would go at least for the next half an hour. I tried to connect to the surrounding and to focus on very small objects and phenomena like sprouts, branches and dew drops. The object I have chosen as my "connector" to the natur was a dandelion flower. I didn't want to tear it off at first but then remembered how I always did it as a child and thought that it can actually be a good way to feel being closer to the pure nature so I did it.

I felt like drawing and started to draw the field of dandelions near me. It was not too hard but took some time.

[[File:a11.jpg|400px]]

With the second drawing I tried to capture the fractal complexity of just two branches which were close to me and which looked so elegantly after I stared at them for couple of seconds.

[[File:b11.jpg|400px]]

After finishing the drawing of branches I looked into the distance and suddenly realized that I could feel where exactly all the birds were singing from. It was an illusion of course, since the trees were pretty far away from me, but I wanted to capture this feeling by drawing sound sources over the landscape.

[[File:c11.jpg|400px]]

On the last drawing I tried to illustrate the complexity of grass leaves, of how they grow and intertwine. Seemingly regular and repeating pattern is actually incredibly complex and unobvious.

[[File:d11.jpg|400px]]

== Projekt "Der Drachen" ==
[[File:Drachen1.jpg|400px]]

Der Drachen. Der kann seine Position und Orientation im Raum messen. Diese Daten sieht man in Echtzeit auf dem Bildschirm des Handys als eine Linie, die zeigt, in welche Richtung sich der Drachen bewegt.
''Verwendete Komponenten: Accelerometer und Gyroskop Sensor, Arduino mit WLAN.''

Mit dem Projekt “Der Drachen” wollte ich meinen Blick in den Himmel werfen und beobachten, was da oben passiert, wo wir als Menschen gar nicht hochgehen können. Ein simples Spielzeug, das uns schon seit Jahrtausend bekannt ist, dient hier als Basis für den Experiment. Der Kern ist die Arduino Platine, die die Werte von den Sensoren abruft und auf das Handy über WLAN schickt. Auf dem Handy sieht man dann die weiße Linie von der Bewegung des Drachens.
[[:File:drachen4.jpg|400px]]
[[:File:drachen2.jpg|400px]]
[[:File:drachen3.jpg|400px]]

== Projekt "Grass Hören" ==
Grass Hören. Mit diesem Gerät kann jeder die leisesten Geräusche von Grass sich anhören. Mit Hilfe von zwei Piezoelementen wird der Klang, den kleine Insekten und Grasshalme erzeugen, verstärkt und durch Kopfhörer weitergegeben.
''Verwendete Komponenten: Piezoelemente, zwei Joghurtbecher, Karton, Arduino, Ton Verstärker
''

Das Projekt “Grass Hören” untersucht was auf dem kleinen Maßstab unter unseren Füßen passiert. Wir merken normalerweise nicht die Bewegungen und Veränderungen, die so klein sind. Das bedeutet aber nicht, dass Grass komplett still ist. Mit dem Ziel das sichtbar (in diesem Fall hörbar) zu machen, was sich von uns normalerweise versteckt, habe ich dieses Gerät entwickelt.
Es nimmt den Klang von kleinen Insekten und von Grasshalmen auf und spielt ihn durch die Kopfhörer ab.

{{#ev:youtube|https://youtu.be/zlIrDkeuPWs}}

{{#ev:youtube|https://youtu.be/b7NkyTS4SJg}}

GMU:Speculative Atmospheres/Egor Gavrilov

2021-09-25T14:33:39Z

Hellguz: /* Projekt "Der Drachen" */

== Experiments with Processing ==
=== Experiment 1 ===

During the first class on Processing I tried out different ways to control size, color and opacity of rectangles and circles on the screen. After that I managed to read out the values from Arduino Serial Monitor and to control position of one of the rectangles on the screen with a potentiometer and with an LDR.

{{#ev:vimeo|https://vimeo.com/549695557}}

=== Experiment 2 ===
During my other experiments I tried to emulate dimming my screen by changing the brightness of Processing window's background according to the data from an LDR. (TODO: find out if I actually can control the screen brightness from Processing with the help of some library)

{{#ev:vimeo|https://vimeo.com/549694622}}

----

== Perception Experiences in Ilmpark ==

[[File:dandelion.jpg|400px]]

During our class on the 11th of May I went to the Ilmpark and found a spot where I thought nobody else would go at least for the next half an hour. I tried to connect to the surrounding and to focus on very small objects and phenomena like sprouts, branches and dew drops. The object I have chosen as my "connector" to the natur was a dandelion flower. I didn't want to tear it off at first but then remembered how I always did it as a child and thought that it can actually be a good way to feel being closer to the pure nature so I did it.

I felt like drawing and started to draw the field of dandelions near me. It was not too hard but took some time.

[[File:a11.jpg|400px]]

With the second drawing I tried to capture the fractal complexity of just two branches which were close to me and which looked so elegantly after I stared at them for couple of seconds.

[[File:b11.jpg|400px]]

After finishing the drawing of branches I looked into the distance and suddenly realized that I could feel where exactly all the birds were singing from. It was an illusion of course, since the trees were pretty far away from me, but I wanted to capture this feeling by drawing sound sources over the landscape.

[[File:c11.jpg|400px]]

On the last drawing I tried to illustrate the complexity of grass leaves, of how they grow and intertwine. Seemingly regular and repeating pattern is actually incredibly complex and unobvious.

[[File:d11.jpg|400px]]

== Projekt "Der Drachen" ==
[[File:Drachen1.jpg|400px]]

Der Drachen. Der kann seine Position und Orientation im Raum messen. Diese Daten sieht man in Echtzeit auf dem Bildschirm des Handys als eine Linie, die zeigt, in welche Richtung sich der Drachen bewegt.
''Verwendete Komponenten: Accelerometer und Gyroskop Sensor, Arduino mit WLAN.''

Mit dem Projekt “Der Drachen” wollte ich meinen Blick in den Himmel werfen und beobachten, was da oben passiert, wo wir als Menschen gar nicht hochgehen können. Ein simples Spielzeug, das uns schon seit Jahrtausend bekannt ist, dient hier als Basis für den Experiment. Der Kern ist die Arduino Platine, die die Werte von den Sensoren abruft und auf das Handy über WLAN schickt. Auf dem Handy sieht man dann die weiße Linie von der Bewegung des Drachens.
[[:File:drachen4.jpg|400px]]
[[:File:drachen2.jpg|400px]]
[[:File:drachen3.jpg|400px]]

== Projekt "Grass Hören" ==
Grass Hören. Mit diesem Gerät kann jeder die leisesten Geräusche von Grass sich anhören. Mit Hilfe von zwei Piezoelementen wird der Klang, den kleine Insekten und Grasshalme erzeugen, verstärkt und durch Kopfhörer weitergegeben.
''Verwendete Komponenten: Piezoelemente, zwei Joghurtbecher, Karton, Arduino, Ton Verstärker
''

Das Projekt “Grass Hören” untersucht was auf dem kleinen Maßstab unter unseren Füßen passiert. Wir merken normalerweise nicht die Bewegungen und Veränderungen, die so klein sind. Das bedeutet aber nicht, dass Grass komplett still ist. Mit dem Ziel das sichtbar (in diesem Fall hörbar) zu machen, was sich von uns normalerweise versteckt, habe ich dieses Gerät entwickelt.
Es nimmt den Klang von kleinen Insekten und von Grasshalmen auf und spielt ihn durch die Kopfhörer ab.

https://youtu.be/zlIrDkeuPWs

File:Drachen2.jpg

2021-09-25T14:25:04Z

Hellguz: File uploaded with MsUpload

File uploaded with MsUpload

File:Drachen3.jpg

2021-09-25T14:25:01Z

Hellguz: File uploaded with MsUpload

File uploaded with MsUpload

File:Drachen4.jpg

2021-09-25T14:25:00Z

Hellguz: File uploaded with MsUpload

File uploaded with MsUpload

File:Drachen1.jpg

2021-09-25T14:23:46Z

Hellguz: File uploaded with MsUpload

File uploaded with MsUpload

GMU:Speculative Atmospheres/Egor Gavrilov

2021-09-25T14:22:49Z

Hellguz:

GMU:Speculative Atmospheres

2021-06-07T09:48:50Z

Hellguz:

[[:Category:Fachmodul|Werk/Fachmodul]] 
''Lecturer:'' [[Christian Doeller]] 
''Credits:'' 6 [[ECTS]], 4 [[SWS]] 
''Date:'' Tuesday, 9:30 until 12:45 
''Venue:'' Online, "Park an der Ilm" and [[Marienstraße 7b]], Room 201 
''First meeting:'' April 13, 9.30

Video Link: https://vimeo.com/532615636 
Password: speculativeAtmospheres

Description:

How can we sharpen our perception and look at the seemingly familiar from a
new perspective?

In the module "Speculative Atmospheres" we will explore the ever-changing
states of our environment. We will operate by means of our own senses as well
as with the filters, magnifying glasses and distorting mirrors of technical
systems.

We will experiment with Arduino, Processing and various sensors to convert
environmental phenomena into electrical voltages and numerical values.
Through visualizations, sounds or kinetic objects, we will generate new
sensory experiences from the collected data.

Our class will partly take place in the "Park an der Ilm“ in Weimar. Here we will
take walks, train our perception, test ideas and develop prototypes. The park
as a hybrid ecosystem will be our experimental laboratory, our speculative
atmosphere.

The module will be a mix of technical, "creative" and theoretical components. The aim is to not only work together on our technological capabilities, but also to critically look at the topics/positions/ideas we are dealing with.

Participants:

* [[/Maximilian Glass/]]
* [[/Emil Torp/]]
* [[/Robin Wieber/]]
* [[/Junting Liu/]]
* [[/Fei Xie/]]
* [[/Anna Wißmüller/]]
* [[/Egor Gavrilov/]]
* [[/Friedrich Wilhelm Albrecht Pittelkow/]]
* [[/Marta Iranzo/]]
* [[/Ingrid Kussatz/]]
* [[/Alina Draeger/]]
* [[/Andrea Geyer/]]
* [[/Sofie Heinz/]]

Sensor Tutorials:
* [https://wiki.keyestudio.com/Ks0033_keyestudio_Analog_Temperature_Sensor Analog Temperature Sensor]
* [https://wiki.keyestudio.com/KS0487_Keyestudio_37_in_1_Sensor_Kit_upgrade_v3.0#Project_22:_Analog_Sound Analog Sound Sensor]
* [https://wiki.keyestudio.com/Ks0048_keyestudio_Water_Sensor Water Sensor]
* [https://wiki.keyestudio.com/Ks0049_keyestudio_Soil_Humidity_Sensor Soil Humidity Sensor]
* [https://wiki.keyestudio.com/Ks0040_keyestudio_Analog_Gas_Sensor Analog Gas Sensor]
* [https://wiki.keyestudio.com/Ks0272_keyestudio_Analog_Piezoelectric_Ceramic_Vibration_Sensor Analog Piezoelectric Ceramic Vibration Sensor]
* [https://wiki.keyestudio.com/Ks0309_Keyestudio_Thin-film_Pressure_Sensor_(Black_and_Eco-friendly) Thin-film Pressure Sensor ]
* [https://wiki.keyestudio.com/Ks0034_keyestudio_DHT11_Temperature_and_Humidity_Sensor DHT11 Temperature and Humidity Sensor]
* [https://wiki.keyestudio.com/Ks0051_keyestudio_Infrared_Obstacle_Avoidance_Sensor Infrared Obstacle Avoidance Sensor]
* [https://wiki.keyestudio.com/Ks0270_keyestudio_MMA8452Q_Module_Triaxial_Digital_Acceleration_Tilt_Sensor Triaxial Acceleration Tilt Sensor / Gyroscope]
* [https://learn.sparkfun.com/tutorials/qwiic-ultrasonic-distance-sensor-hc-sr04-hookup-guide/hardware-overview HC-SR04 Ultrasonic Sensor]
* [https://wiki.keyestudio.com/Ks0009_keyestudio_Photo_Interrupter_Module Photo Interrupter Module ]
* [https://wiki.keyestudio.com/Ks0024_keyestudio_Knock_Sensor_Module Knock Sensor Module ]
* [https://wiki.keyestudio.com/KS0487_Keyestudio_37_in_1_Sensor_Kit_upgrade_v3.0#Project_15:_Capacitive_Touch Capacitive Touch Sensor ]
* [https://wiki.keyestudio.com/Ks0036_keyestudio_Flame_Sensor Flame Sensor]
* [https://wiki.keyestudio.com/Ks0052_keyestudio_PIR_Motion_Sensor PIR Motion Sensor ]
* [https://wiki.keyestudio.com/Ks0025_keyestudio_Digital_Tilt_Sensor Digital Tilt Sensor ]
* [https://wiki.keyestudio.com/Ks0020_keyestudio_Hall_Magnetic_Sensor Hall Magnetic Sensor (Magnet not included) ]
* [https://wiki.keyestudio.com/Ks0203_keyestudio_Steam_Sensor Steam Sensor]

Artists / Links:

* [https://olafureliasson.net/archive/artwork/WEK101003/the-weather-project Olafur Eliasson: The Weather Project]
* [https://www.nodegree.de/work/the-cosmic-and-the-affective/ Kerstin Ergenzinger: The Cosmic and the Affective]
* [http://ursuladamm.de/sensor/ Ursula Damm: I am a Sensor]
* [http://www.blubblubb.net/OneTreeID/index.html Agnes Meyer Brandis: One Tree ID]
* [https://www.youtube.com/watch?v=stFyG_AAje8 Céleste Boursier-Mougenot: From Here to Ear]
* [https://www.dwbowen.com/telepresent-wind David Bowen: Telepresent Wind (...)]
* [https://www.marcobarotti.com/Clams Marco Barotti: Clams]
* [http://smitesmits.com/PondBattery.html Rasa Smite & Raitis Smits: Pond Battery / Swamp Radio]
* [https://www.niklasroy.com/workshop/144/ Niklas Roy: Umbrellaphone Workshop]
* [https://www.youtube.com/watch?v=WO7f1mXuWe4 DIY#1], [https://www.youtube.com/watch?v=wIzwv6LcriA DIY#2], [https://www.youtube.com/watch?v=O_Q1WKCtWiA&t=327s DIY#3]
* [https://www.jennifergabrys.net/ Jennifer Gabrys]

Schedule:

April 13 – Introduction

April 20 – Arduino (I)
: - starter kit components
: - breadboard connections
: - analog / digital converter
: - hello world! (blink LED & feedback in serial monitor)
: - button input & button input with LED
: - variables + if statements

April 27 – Arduino (II)
: - analog input potentiometer
: - analog input LDR + voltage divider
: - analog input + LED PWM output

May 04 – Processing
: - introduction
: - basic drawing
: - basic sound
: - Arduino X Processing

May 11 – Park an der Ilm

May 18 – Sensors (I)
: - sensor presentations (see list above)
: - personal projects

May 25 – Sensors (II)
: - sensor presentations (see list above)
: - personal projects & Miro

June 1 – consultations
: 09:30 - 10:30 – class meeting
: 10:30 - 11:00 – Ingrid
: 11:30 - 12:00 – YOUR NAME
: 12:00 - 12:30 – YOUR NAME
: 12:30 - 13:00 – YOUR NAME

June 8 – consultations
: 09:00 - 09:30 – Marta
: 09:30 - 10:00 – YOUR NAME
: 10:00 - 10:30 – Sofie
: 10:30 - 11:00 – Egor
: 11:30 - 12:00 – Friedrich
: 12:00 - 12:30 – Andrea

June 15 – consultations
: 09:00 - 09:30 – Anna
: 09:30 - 10:00 – YOUR NAME
: 10:00 - 10:30 – Junting
: 10:30 - 11:00 – Fei

June 15 – class presentations @ Ilm Park

Topics:

Technology:
*Getting started with Arduino
*Connecting and reading different sensors
*Getting familiar with different output possibilities
*Basic visualizations with Processing
*Establishing a ping-pong connection between Arduino and Processing
*translating sensor data into movements, drawings, sounds…

Art & Thinking:
*Contemporary (media) art positions that relate to the subject matter
*Different ways to observe processes and dependencies in our surroundings
*Strategies in working with sensor technologies and input/output systems
*Feedback mechanisms, cybernetic circuits
*Relations between humans – technology – „nature“/environment
*Relations between the physical and the digital
* // DIY: make your own sensor
* // Anthroprocene - discourse

Literature:
*Make: Getting Started with Arduino, EAN 9781449363314
*Arduino Cookbook, O’REILLY, German/English, ISBN Print: 978-3-86899-353-0
*Das Sensor Buch, O’REILLY, ´German, ISBN 978-3-95561-902-2
*Make: Sensors, ISBN: 9781449368104
*Make: Getting Started with Processing, MIT Press, ISBN: 9781457187087
*Processing: A Programming Handbook for Visual Designers, ISBN: 9780262028288
*Arduino Tutorials 1: https://www.arduino.cc/en/Tutorial/HomePage
*Arduino Tutorials 2: https://www.youtube.com/channel/UCfYfK0tzHZTpNFrc_NDKfTA
*Processing Tutorials 1: https://processing.org/tutorials/
*Processing Tutorials 2: https://www.youtube.com/channel/UCvjgXvBlbQiydffZU7m1_aw

*Karen barad: Agential Realism / Agentieller Realismus, ISBN 9783518260456
*Hannes Bergthaller, Eva Horn: Anthropozän zur Einführung, ISBN 978-3-96060-311-5
*Klimakunstforschung, ISBN: 3883962996
*Christiane Heibach: Dem Spüren auf der Spur: Zur Wahrnehmung biologischer und technischer sensorischer Systeme, Link: https://www.medienobservationen.de/pdf/20200430Heibach1.pdf
*Verena Kuni: The Plants Are (Watching) Sensing, Link: https://www.medienobservationen.de/pdf/20200430Kuni6.pdf
* Field_Notes – From Landscape to Laboratory, https://s3.eu-central-1.amazonaws.com/hybridmatters-production/media/Field_Notes-From_Landscape_To_Laboratory-2013.pdf
* Richard Brautigan/Adam Curtis: All Watched Over By Machines Of Loving Grace, https://allpoetry.com/All-Watched-Over-By-Machines-Of-Loving-Grace, https://thoughtmaybe.com/all-watched-over-by-machines-of-loving-grace/
* Emma Marris: The Nature You See in Documentaries is Beautiful and False, https://www.theatlantic.com/culture/archive/2021/04/problem-nature-documentaries/618553/

Material fee / personal equipment:

*there will be a material fee of max. 30€ for basic things like Arduinos, breadboards, wires, …
*Links to the equipment needed will be sent via e-mail.
*Our module will partly take place outside, bringing your own laptop is required.

Venue / Structure:

The module will initially be held online via video conference: https://meeting.uni-weimar.de/b/jor-irj-ap6-so8. However, there will be lots of practical exercises that explicitly involve "the outside world".
In summer, it is planned to have sessions outside in the "Park an der Ilm" in Weimar, perhaps also in a kind of classroom situation in the DIY electronics studio in M7 201.

Language & skill level: 
*The module will be held in English, unless all participants are speaking German.
*No prior knowledge of electronics/programming is required.

Criteria for passing:

*document exercises on the wiki, present them for the rest of the class
*experiment, attend the classes and develop your own prototype relating to the topic

Application:

*The application deadline will be on April 6, 2021
*Please send an e-Mail with the subject „Application Speculative Atmospheres“ to melanie.birnschein[AT]uni-weimar.de
*Your e-mail should contain the following info:
::# Full name and matriculation number
::# course of study, BA/MA
::# Your e-mail address
::# A small PDF containing previous works
::# Your motivation for joining the module

GMU:Speculative Atmospheres

2021-06-01T12:03:15Z

Hellguz:

[[:Category:Fachmodul|Werk/Fachmodul]] 
''Lecturer:'' [[Christian Doeller]] 
''Credits:'' 6 [[ECTS]], 4 [[SWS]] 
''Date:'' Tuesday, 9:30 until 12:45 
''Venue:'' Online, "Park an der Ilm" and [[Marienstraße 7b]], Room 201 
''First meeting:'' April 13, 9.30

Video Link: https://vimeo.com/532615636 
Password: speculativeAtmospheres

Description:

How can we sharpen our perception and look at the seemingly familiar from a
new perspective?

In the module "Speculative Atmospheres" we will explore the ever-changing
states of our environment. We will operate by means of our own senses as well
as with the filters, magnifying glasses and distorting mirrors of technical
systems.

We will experiment with Arduino, Processing and various sensors to convert
environmental phenomena into electrical voltages and numerical values.
Through visualizations, sounds or kinetic objects, we will generate new
sensory experiences from the collected data.

Our class will partly take place in the "Park an der Ilm“ in Weimar. Here we will
take walks, train our perception, test ideas and develop prototypes. The park
as a hybrid ecosystem will be our experimental laboratory, our speculative
atmosphere.

The module will be a mix of technical, "creative" and theoretical components. The aim is to not only work together on our technological capabilities, but also to critically look at the topics/positions/ideas we are dealing with.

Participants:

* [[/Maximilian Glass/]]
* [[/Emil Torp/]]
* [[/Robin Wieber/]]
* [[/Junting Liu/]]
* [[/Fei Xie/]]
* [[/Anna Wißmüller/]]
* [[/Egor Gavrilov/]]
* [[/Friedrich Wilhelm Albrecht Pittelkow/]]
* [[/Marta Iranzo/]]
* [[/Ingrid Kussatz/]]
* [[/Alina Draeger/]]
* [[/Andrea Geyer/]]
* [[/Sofie Heinz/]]

Sensor Tutorials:
* [https://wiki.keyestudio.com/Ks0033_keyestudio_Analog_Temperature_Sensor Analog Temperature Sensor]
* [https://wiki.keyestudio.com/KS0487_Keyestudio_37_in_1_Sensor_Kit_upgrade_v3.0#Project_22:_Analog_Sound Analog Sound Sensor]
* [https://wiki.keyestudio.com/Ks0048_keyestudio_Water_Sensor Water Sensor]
* [https://wiki.keyestudio.com/Ks0049_keyestudio_Soil_Humidity_Sensor Soil Humidity Sensor]
* [https://wiki.keyestudio.com/Ks0040_keyestudio_Analog_Gas_Sensor Analog Gas Sensor]
* [https://wiki.keyestudio.com/Ks0272_keyestudio_Analog_Piezoelectric_Ceramic_Vibration_Sensor Analog Piezoelectric Ceramic Vibration Sensor]
* [https://wiki.keyestudio.com/Ks0309_Keyestudio_Thin-film_Pressure_Sensor_(Black_and_Eco-friendly) Thin-film Pressure Sensor ]
* [https://wiki.keyestudio.com/Ks0034_keyestudio_DHT11_Temperature_and_Humidity_Sensor DHT11 Temperature and Humidity Sensor]
* [https://wiki.keyestudio.com/Ks0051_keyestudio_Infrared_Obstacle_Avoidance_Sensor Infrared Obstacle Avoidance Sensor]
* [https://wiki.keyestudio.com/Ks0270_keyestudio_MMA8452Q_Module_Triaxial_Digital_Acceleration_Tilt_Sensor Triaxial Acceleration Tilt Sensor / Gyroscope]
* [https://learn.sparkfun.com/tutorials/qwiic-ultrasonic-distance-sensor-hc-sr04-hookup-guide/hardware-overview HC-SR04 Ultrasonic Sensor]
* [https://wiki.keyestudio.com/Ks0009_keyestudio_Photo_Interrupter_Module Photo Interrupter Module ]
* [https://wiki.keyestudio.com/Ks0024_keyestudio_Knock_Sensor_Module Knock Sensor Module ]
* [https://wiki.keyestudio.com/KS0487_Keyestudio_37_in_1_Sensor_Kit_upgrade_v3.0#Project_15:_Capacitive_Touch Capacitive Touch Sensor ]
* [https://wiki.keyestudio.com/Ks0036_keyestudio_Flame_Sensor Flame Sensor]
* [https://wiki.keyestudio.com/Ks0052_keyestudio_PIR_Motion_Sensor PIR Motion Sensor ]
* [https://wiki.keyestudio.com/Ks0025_keyestudio_Digital_Tilt_Sensor Digital Tilt Sensor ]
* [https://wiki.keyestudio.com/Ks0020_keyestudio_Hall_Magnetic_Sensor Hall Magnetic Sensor (Magnet not included) ]
* [https://wiki.keyestudio.com/Ks0203_keyestudio_Steam_Sensor Steam Sensor]

Artists / Links:

* [https://olafureliasson.net/archive/artwork/WEK101003/the-weather-project Olafur Eliasson: The Weather Project]
* [https://www.nodegree.de/work/the-cosmic-and-the-affective/ Kerstin Ergenzinger: The Cosmic and the Affective]
* [http://ursuladamm.de/sensor/ Ursula Damm: I am a Sensor]
* [http://www.blubblubb.net/OneTreeID/index.html Agnes Meyer Brandis: One Tree ID]
* [https://www.youtube.com/watch?v=stFyG_AAje8 Céleste Boursier-Mougenot: From Here to Ear]
* [https://www.dwbowen.com/telepresent-wind David Bowen: Telepresent Wind (...)]
* [https://www.marcobarotti.com/Clams Marco Barotti: Clams]
* [http://smitesmits.com/PondBattery.html Rasa Smite & Raitis Smits: Pond Battery / Swamp Radio]
* [https://www.niklasroy.com/workshop/144/ Niklas Roy: Umbrellaphone Workshop]
* [https://www.youtube.com/watch?v=WO7f1mXuWe4 DIY#1], [https://www.youtube.com/watch?v=wIzwv6LcriA DIY#2], [https://www.youtube.com/watch?v=O_Q1WKCtWiA&t=327s DIY#3]
* [https://www.jennifergabrys.net/ Jennifer Gabrys]

Schedule:

April 13 – Introduction

April 20 – Arduino (I)
: - starter kit components
: - breadboard connections
: - analog / digital converter
: - hello world! (blink LED & feedback in serial monitor)
: - button input & button input with LED
: - variables + if statements

April 27 – Arduino (II)
: - analog input potentiometer
: - analog input LDR + voltage divider
: - analog input + LED PWM output

May 04 – Processing
: - introduction
: - basic drawing
: - basic sound
: - Arduino X Processing

May 11 – Park an der Ilm

May 18 – Sensors (I)
: - sensor presentations (see list above)
: - personal projects

May 25 – Sensors (II)
: - sensor presentations (see list above)
: - personal projects & Miro

June 1 – consultations
: 09:30 - 10:30 – class meeting
: 10:30 - 11:00 – Ingrid
: 11:30 - 12:00 – YOUR NAME
: 12:00 - 12:30 – YOUR NAME
: 12:30 - 13:00 – YOUR NAME

June 8 – consultations
: 09:00 - 09:30 – Marta
: 09:30 - 10:00 – Junting
: 10:00 - 10:30 – Sofie
: 10:30 - 11:00 – Fei
: 11:30 - 12:00 – Friedrich
: 12:00 - 12:30 – Andrea

June 15 – consultations
: 09:00 - 09:30 – Anna
: 09:30 - 10:00 – Egor
: 10:00 - 10:30 – YOUR NAME
: 10:30 - 11:00 – YOUR NAME

June 15 – class presentations @ Ilm Park

Topics:

Technology:
*Getting started with Arduino
*Connecting and reading different sensors
*Getting familiar with different output possibilities
*Basic visualizations with Processing
*Establishing a ping-pong connection between Arduino and Processing
*translating sensor data into movements, drawings, sounds…

Art & Thinking:
*Contemporary (media) art positions that relate to the subject matter
*Different ways to observe processes and dependencies in our surroundings
*Strategies in working with sensor technologies and input/output systems
*Feedback mechanisms, cybernetic circuits
*Relations between humans – technology – „nature“/environment
*Relations between the physical and the digital
* // DIY: make your own sensor
* // Anthroprocene - discourse

Literature:
*Make: Getting Started with Arduino, EAN 9781449363314
*Arduino Cookbook, O’REILLY, German/English, ISBN Print: 978-3-86899-353-0
*Das Sensor Buch, O’REILLY, ´German, ISBN 978-3-95561-902-2
*Make: Sensors, ISBN: 9781449368104
*Make: Getting Started with Processing, MIT Press, ISBN: 9781457187087
*Processing: A Programming Handbook for Visual Designers, ISBN: 9780262028288
*Arduino Tutorials 1: https://www.arduino.cc/en/Tutorial/HomePage
*Arduino Tutorials 2: https://www.youtube.com/channel/UCfYfK0tzHZTpNFrc_NDKfTA
*Processing Tutorials 1: https://processing.org/tutorials/
*Processing Tutorials 2: https://www.youtube.com/channel/UCvjgXvBlbQiydffZU7m1_aw

*Karen barad: Agential Realism / Agentieller Realismus, ISBN 9783518260456
*Hannes Bergthaller, Eva Horn: Anthropozän zur Einführung, ISBN 978-3-96060-311-5
*Klimakunstforschung, ISBN: 3883962996
*Christiane Heibach: Dem Spüren auf der Spur: Zur Wahrnehmung biologischer und technischer sensorischer Systeme, Link: https://www.medienobservationen.de/pdf/20200430Heibach1.pdf
*Verena Kuni: The Plants Are (Watching) Sensing, Link: https://www.medienobservationen.de/pdf/20200430Kuni6.pdf
* Field_Notes – From Landscape to Laboratory, https://s3.eu-central-1.amazonaws.com/hybridmatters-production/media/Field_Notes-From_Landscape_To_Laboratory-2013.pdf
* Richard Brautigan/Adam Curtis: All Watched Over By Machines Of Loving Grace, https://allpoetry.com/All-Watched-Over-By-Machines-Of-Loving-Grace, https://thoughtmaybe.com/all-watched-over-by-machines-of-loving-grace/
* Emma Marris: The Nature You See in Documentaries is Beautiful and False, https://www.theatlantic.com/culture/archive/2021/04/problem-nature-documentaries/618553/

Material fee / personal equipment:

*there will be a material fee of max. 30€ for basic things like Arduinos, breadboards, wires, …
*Links to the equipment needed will be sent via e-mail.
*Our module will partly take place outside, bringing your own laptop is required.

Venue / Structure:

The module will initially be held online via video conference: https://meeting.uni-weimar.de/b/jor-irj-ap6-so8. However, there will be lots of practical exercises that explicitly involve "the outside world".
In summer, it is planned to have sessions outside in the "Park an der Ilm" in Weimar, perhaps also in a kind of classroom situation in the DIY electronics studio in M7 201.

Language & skill level: 
*The module will be held in English, unless all participants are speaking German.
*No prior knowledge of electronics/programming is required.

Criteria for passing:

*document exercises on the wiki, present them for the rest of the class
*experiment, attend the classes and develop your own prototype relating to the topic

Application:

*The application deadline will be on April 6, 2021
*Please send an e-Mail with the subject „Application Speculative Atmospheres“ to melanie.birnschein[AT]uni-weimar.de
*Your e-mail should contain the following info:
::# Full name and matriculation number
::# course of study, BA/MA
::# Your e-mail address
::# A small PDF containing previous works
::# Your motivation for joining the module

GMU:Speculative Atmospheres/Egor Gavrilov

2021-05-15T20:32:36Z

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GMU:Speculative Atmospheres/Egor Gavrilov

2021-05-15T20:16:02Z

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GMU:Speculative Atmospheres

2021-04-18T12:14:54Z

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GMU:Speculative Atmospheres

2021-04-18T12:12:49Z

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