Medien Wiki - User contributions [en]

IFD:Kolloq WS1718

2017-11-10T16:36:48Z

AlineMa: /* Syllabus */

[[:Category:Kolloquium|Kolloquium]] 
''Lehrperson:'' [[Jens Geelhaar]], [[Johannes Deich]], [[Jason Reizner]] 
''Bewertung:'' up to 6 [[ECTS]] (depending on the relevant study version), 3 [[SWS]] 
''Termin:'' Mondays 17:30-20:00 
''Ort:'' Marienstraße 7b, R104 

''First Meeting:'' To Be Announced

==Beschreibung==
Das Interface-Design Kolloquium lädt unregelmäßig Mittwochs zu einem kleinen Vortrag aus der Praxis (von Studierenden, Gästen oder Mitarbeitern) ein. Im Anschluss wird über das Thema des Vortrags diskutiert.

==English description==
We are inviting students, guests and lecturers to present their works. There will be a brief discussion afterwards.

== Anmeldung ==
Der Besuch ist offen für alle und erfordert keine Anmeldung

==Zielgruppe==
Alle Bachelor- und Master-Studenten, Absolventen und Mitarbeiter der Professur Interface-Design.

== Hinweise für Vortragende ==

Normalerweise gibt es zwei Redner pro Termin. Es gibt einen Beamer (VGA-Connector!), wenn Sie Sound oder einen Computer benötigen, melden Sie sich bitte bei Johannes Deich - johannes [d0t] deich [at] uni-weimar.de. Falls Sie die Präsentation auf einem USB-Stick mitbringen, dann bitte entweder als Mac-Keynote oder als PDF. Wir haben nur eventuell Zugriff auf einen Windows-PC mit Powerpoint.

Ein Internetzugang steht über das WiFi Netzwerk "eduroam" zur Verfügung. Falls Sie kein Universitätslogin haben, melden Sie sich bitte rechtzeitig, damit wir einen Gastzugang beantragen können.

Sie können Ihre Vortragssprache (Deutsch/Englisch) frei wählen. Es sind jedoch üblicherweise 5 bis 10% fremdsprachige Teilnehmer anwesend, die i.d.R. besser Englisch als Deutsch verstehen.

Die Präsentation sollte eine Dauer von etwa ~20 Minuten haben. Bitte haben Sie Verständnis dafür, wenn wir nach spätestens 30 Minuten abbrechen, denn wir möchten noch genügend Zeit für Feedback, Fragen und kurze Anschlussdiskussionen haben.

== Notes for Speakers ==

If you feel you have something interesting to share, please contact us. We are always looking for interesting things to share and talk about.

Typically, we have two presentations per meeting. There is a projector with VGA Connector. If you need Sound or a Computer, please contact Johannes Deich - johannes [d0t] deich [at] uni-weimar.de. If you bring your presentation on a USB-Stick, please use either Mac-Keynote or PDF, because we may or may not find a Windows-PC with Powerpoint.

To connect to the internet, you can use the "eduroam" WiFi network. If you have no University login, please get in touch, so we can arrange a guest account.

The language of your talk (German/English) is up to you to decide. Usually, there are about 5 to 10% Students that understand English better than German.

The presentation should have a duration of about ~ 20 minutes. Please understand that we need to stop the talk after 30 minutes latest, because there should be time for feedback, questions and short discussions.

==Syllabus==
Vorläufiger Semesterplan:
BITTE MINIMAL + MAXIMAL ZWEI VORTRÄGE PRO TERMIN!
DIE VERANSTALTUNG FINDET NUR STATT, WENN ES ZWEI VORTRÄGE GIBT!

#16.10. No Colloquium
#23.10. Aline Martinez, Gabriel Tobar
#30.10. No Colloquium - Mark Shepard Workshop
#06.11. Tatyana Sagitova (internship presentation), Diana Cota
#13.11. Aline Martinez
#20.11.
#27.11.
#04.12.
#11.12.
#18.12.
#08.01. Steffen Harder
#15.01.
#22.01.
#29.01.

MINIMUM + MAXIMUM TWO PRESENTATIONS PER DAY!
THE KOLLOQUIUM WILL ONLY TAKE PLACE IF THERE ARE TWO PRESENTATIONS!

== Previous Semesters ==
* [[IFD:Kolloq SS17]]
* [[IFD:Kolloq WS16]]
* [[IFD:Kolloq SS16]]
* [[IFD:Kolloq WS15]]
* [[IFD:Kolloq SS15]]
* [[IFD:Kolloq WS14]]
* [[IFD:Kolloq SS14]]
* [[IFD:Kolloq WS13]]
* [[IFD:Kolloq SS12]]
* [[IFD:Kolloq WS12]]
* [[IFD:Kolloq SS13]]

==Links==
* tba

File:Costume2.jpg

2016-08-22T12:52:59Z

AlineMa: uploaded a new version of "File:Costume2.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

GMU:Sensor Hacklab/Aline Martinez

2016-08-22T12:51:55Z

AlineMa:

'''Project overview'''

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensor. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

'''Prototyping experiments'''

Hands on! Banding sensor, push button and stretch sensor was made out of textile.
The stretch sensor was the one that I most like, however, in order to make it, at first I had to set up a type of knitting machine as know as "french machine".

[[File:Textile sensor1.jpg ]] [[File:Textile sensor2.jpg ]]

Bellow you can see the experiments that I did:

[[File:Tests1.jpg |300px]] [[File:Tests2.jpg|300px ]]

A- Resistive fabric in stripe 
B- Resistive fabric in zig-zag 
C- Normal tread + resistive yarn - crochet technique 
D- Push sensor made out of fabric, conductive yarn and velostat 
E- Resistive yarn applied in a already made clothe (with needle I followed the way the thread goes, applying the resistive yarn on it) 
F -Bending sensor made out of fabric, conductive yarn and velostat 
G- Resistive fabric used as thread - crochet technique 
H- Conductive yarn + normal thread - crochet technique 
I- Bending Sensor made out of fabric, resistive yarn and velostat 
J-Resistive Wool 
K,L,M - Resistive yarn with normal thread - knitting technique (in different sizes) 

So, I've decided to make a evaluation table. Since my intention became to make a sleeve sensor, to after make a whole body suit, I took in consideration important aspects in a point of view of a fashion designer.

1- Aesthetics - I don't want something ugly! 
2-Integrability- Because in the future would be nice not to attach a "button" in a t-shirt but make in literally the push button itself 
3- Sensitivity - which technique is the best for a sensor that I am looking for?! 

[[File:Tests3.jpg|300px]]

Until this point I was trying to figure out which value of resistances were the best to deliver a bigger range of values in the serial monitor, therefore I took notes. Kati in a consultation taught that if one measure in the multimeter the highest and lowest voltage, add those values and dived by two, one will be able to have the average voltage and use this average voltage value as a resistor and therefore, have the best performance possible from the sensor.

[[File:Textile sensor9.jpg|300px]]

I took the decision to work the the knitted stretch sensor. Besides the aesthetic be passive to look like granny style, it was very responsive and the technology is really integrated in the textile surface (and not attached).

[[File:Tests4.jpg|300px]]

Here you can check the [https://vimeo.com/167719503 video] of a test I've done with the stretch sensor I choose to work with, and [https://github.com/AlineMa/Sensor_Hack_Lab/blob/master/Playing_Tone_1Input here] is the code.

After play with my sensor, the next step it was to design 2 sensors in the same garment, therefore I used a Junior Knitting Machine.

[[File:Textile sensor8.jpg ]]

As you see in my sleeve prototype I have one sensor in the wrist and another in the elbow.
Here you [https://github.com/AlineMa/Sensor_Hack_Lab/commit/e459d411554756dcb22ebda8e9bad4ec937ee2c7 have] the code I used to generate tone sounds out of two inputs

[[File:Tests5.jpg]]

Since the beginning I was expecting to learn more about Arduino and Processing so I've decided to have visualisation as output. I mean that by moving my wrist and elbow it will be generated images on the screen.

[[File: Visualisation.jpg]]

I used this code to understand how to connect Arduino with Processing

https://learn.sparkfun.com/tutorials/connecting-arduino-to-processing

But this code didin't work when I decided to work with 2 inputs

http://mycours.es/gamedesign2013/analog/

http://forum.arduino.cc/index.php?topic=40350.0

https://processing.org/discourse/beta/num_1169812504.html

https://processing.org/discourse/beta/num_1193069410.html

http://www.instructables.com/id/Arduino-to-Processing-Serial-Communication-withou/

It was with this code I made the communication with two sensors work properly and than I had only to re-write do code in order have the output I was expecting.

http://www.instructables.com/id/Arduino-Serial-Data-Plotter/

My code right now is like [https://github.com/AlineMa/Sensor_Hack_Lab/commit/abd4219d936e4755c5d50d9cefa718e92a854609 this]

[[File:Costume.jpg|450px]]

[[File:Costume2.jpg]]

GMU:Sensor Hacklab/Aline Martinez

2016-08-22T12:49:09Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-08-22T12:48:57Z

AlineMa:

File:Costume2.jpg

2016-08-22T12:48:06Z

AlineMa: uploaded a new version of "File:Costume2.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

GMU:Sensor Hacklab/Aline Martinez

2016-08-22T12:45:47Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-08-22T12:44:56Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-08-22T12:44:38Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-08-22T12:43:55Z

AlineMa:

File:Costume2.jpg

2016-08-22T12:40:35Z

AlineMa:

== Summary ==

== Copyright status: ==

== Source: ==

GMU:Sensor Hacklab/Aline Martinez

2016-08-22T12:38:53Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-08-22T12:38:12Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-08-22T12:37:58Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-08-22T12:37:36Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-08-22T12:37:22Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-08-22T12:36:25Z

AlineMa:

File:Costume.jpg

2016-08-22T12:30:55Z

AlineMa:

== Summary ==

== Copyright status: ==

== Source: ==

GMU:Sensor Hacklab/Aline Martinez

2016-08-22T12:29:39Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T15:07:30Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T14:51:19Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T14:37:17Z

AlineMa:

'''Project overview'''

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensor. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

'''Prototyping experiments'''

Hands on! Banding sensor, push button and stretch sensor was made out of textile.
The stretch sensor was the one that I most like, however, in order to make it, at first I had to set up a type of knitting machine as know as "french machine".

[[File:Textile sensor1.jpg ]] [[File:Textile sensor2.jpg ]]

Bellow you can see the experiments that I did:

[[File:Tests1.jpg |300px]] [[File:Tests2.jpg|300px ]]

A- Resistive fabric in stripe 
B- Resistive fabric in zig-zag 
C- Normal tread + resistive yarn - crochet technique 
D- Push sensor made out of fabric, conductive yarn and velostat 
E- Resistive yarn applied in a already made clothe (with needle I followed the way the thread goes, applying the resistive yarn on it) 
F -Bending sensor made out of fabric, conductive yarn and velostat 
G- Resistive fabric used as thread - crochet technique 
H- Conductive yarn + normal thread - crochet technique 
I- Bending Sensor made out of fabric, resistive yarn and velostat 
J-Resistive Wool 
K,L,M - Resistive yarn with normal thread - knitting technique (in different sizes) 

So, I've decided to make a evaluation table. Since my intention became to make a sleeve sensor, to after make a whole body suit, I took in consideration important aspects in a point of view of a fashion designer.

1- Aesthetics - I don't want something ugly! 
2-Integrability- Because in the future would be nice not to attach a "button" in a t-shirt but make in literally the push button itself 
3- Sensitivity - which technique is the best for a sensor that I am looking for?! 

[[File:Tests3.jpg|300px]]

Until this point I was trying to figure out which value of resistances were the best to deliver a bigger range of values in the serial monitor, therefore I took notes. Kati in a consultation taught that if one measure in the multimeter the highest and lowest voltage, add those values and dived by two, one will be able to have the average voltage and use this average voltage value as a resistor and therefore, have the best performance possible from the sensor.

[[File:Textile sensor9.jpg|300px]]

I took the decision to work the the knitted stretch sensor. Besides the aesthetic be passive to look like granny style, it was very responsive and the technology is really integrated in the textile surface (and not attached).

[[File:Tests4.jpg|300px]]

Here you can check the [https://vimeo.com/167719503 video] of a test I've done with the stretch sensor I choose to work with, and [https://github.com/AlineMa/Sensor_Hack_Lab/blob/master/Playing_Tone_1Input here] is the code.

After play with my sensor, the next step it was to design 2 sensors in the same garment, therefore I used a Junior Knitting Machine.

[[File:Textile sensor8.jpg ]]

As you see in my sleeve prototype I have one sensor in the wrist and another in the elbow.
Here you [https://github.com/AlineMa/Sensor_Hack_Lab/commit/e459d411554756dcb22ebda8e9bad4ec937ee2c7 have] the code I used to generate tone sounds out of two inputs

[[File:Tests5.jpg]]

Since the beginning I was expecting
[[File: Visualisation.jpg]]

[[File:Tests7.jpg|300px]]

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T14:16:01Z

AlineMa:

'''Project overview'''

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensor. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

'''Prototyping experiments'''

Hands on! Banding sensor, push button and stretch sensor was made out of textile.
The stretch sensor was the one that I most like, however, in order to make it, at first I had to set up a type of knitting machine as know as "french machine".

[[File:Textile sensor1.jpg ]] [[File:Textile sensor2.jpg ]]

Bellow you can see the experiments that I did:

[[File:Tests1.jpg |300px]] [[File:Tests2.jpg|300px ]]

A- Resistive fabric in stripe 
B- Resistive fabric in zig-zag 
C- Normal tread + resistive yarn - crochet technique 
D- Push sensor made out of fabric, conductive yarn and velostat 
E- Resistive yarn applied in a already made clothe (with needle I followed the way the thread goes, applying the resistive yarn on it) 
F -Bending sensor made out of fabric, conductive yarn and velostat 
G- Resistive fabric used as thread - crochet technique 
H- Conductive yarn + normal thread - crochet technique 
I- Bending Sensor made out of fabric, resistive yarn and velostat 
J-Resistive Wool 
K,L,M - Resistive yarn with normal thread - knitting technique (in different sizes) 

So, I've decided to make a evaluation table. Since my intention became to make a sleeve sensor, to after make a whole body suit, I took in consideration important aspects in a point of view of a fashion designer.

1- Aesthetics - I don't want something ugly! 
2-Integrability- Because in the future would be nice not to attach a "button" in a t-shirt but make in literally the push button itself 
3- Sensitivity - which technique is the best for a sensor that I am looking for?! 

[[File:Tests3.jpg|300px]]

Until this point I was trying to figure out which value of resistances were the best to deliver a bigger range of values in the serial monitor, therefore I took notes. Kati in a consultation taught that if one measure in the multimeter the highest and lowest voltage, add those values and dived by two, one will be able to have the average voltage and use this average voltage value as a resistor and therefore, have the best performance possible from the sensor.

[[File:Textile sensor9.jpg|300px]]

I took the decision to work the the knitted stretch sensor. Besides the aesthetic be passive to look like granny style, it was very responsive and the technology is really integrated in the textile surface (and not attached).

[[File:Tests4.jpg|300px]]

Here you can check the [https://vimeo.com/167719503 video] of a test I've done with the stretch sensor I choose to work with, and [https://github.com/AlineMa/Sensor_Hack_Lab/blob/master/Playing_Tone_1Input here] is the code.

After play with my sensor, the next step it was to design 2 sensors in the same garment, therefore I used a Junior Knitting Machine.

[[File:Textile sensor8.jpg ]]

As you see in my sleeve prototype I have one sensor in the wrist and another in the elbow.
Here you [https://github.com/AlineMa/Sensor_Hack_Lab/commit/e459d411554756dcb22ebda8e9bad4ec937ee2c7 have] the code I used to generate tone sounds out of two inputs

[[File:Tests5.jpg]]

[[File: Visualisation.jpg]]

[[File:Tests7.jpg|300px]]

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T14:04:47Z

AlineMa:

'''Project overview'''

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensor. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

'''Prototyping experiments'''

Hands on! Banding sensor, push button and stretch sensor was made out of textile.
The stretch sensor was the one that I most like, however, in order to make it, at first I had to set up a type of knitting machine as know as "french machine".

[[File:Textile sensor1.jpg ]] [[File:Textile sensor2.jpg ]]

Bellow you can see the experiments that I did:

[[File:Tests1.jpg |300px]] [[File:Tests2.jpg|300px ]]

A- Resistive fabric in stripe 
B- Resistive fabric in zig-zag 
C- Normal tread + resistive yarn - crochet technique 
D- Push sensor made out of fabric, conductive yarn and velostat 
E- Resistive yarn applied in a already made clothe (with needle I followed the way the thread goes, applying the resistive yarn on it) 
F -Bending sensor made out of fabric, conductive yarn and velostat 
G- Resistive fabric used as thread - crochet technique 
H- Conductive yarn + normal thread - crochet technique 
I- Bending Sensor made out of fabric, resistive yarn and velostat 
J-Resistive Wool 
K,L,M - Resistive yarn with normal thread - knitting technique (in different sizes) 

So, I've decided to make a evaluation table. Since my intention became to make a sleeve sensor, to after make a whole body suit, I took in consideration important aspects in a point of view of a fashion designer.

1- Aesthetics - I don't want something ugly! 
2-Integrability- Because in the future would be nice not to attach a "button" in a t-shirt but make in literally the push button itself 
3- Sensitivity - which technique is the best for a sensor that I am looking for?! 

[[File:Tests3.jpg|300px]]

Until this point I was trying to figure out which value of resistances were the best to deliver a bigger range of values in the serial monitor, therefore I took notes. Kati in a consultation taught that if one measure in the multimeter the highest and lowest voltage, add those values and dived by two, one will be able to have the average voltage and use this average voltage value as a resistor and therefore, have the best performance possible from the sensor.

[[File:Textile sensor9.jpg|300px]]

I took the decision to work the the knitted stretch sensor. Besides the aesthetic be passive to look like granny style, it was very responsive and the technology is really integrated in the textile surface (and not attached).

[[File:Tests4.jpg|300px]]

Here you can check the [https://vimeo.com/167719503 video] of a test I've done with the stretch sensor I choose to work with, and [https://github.com/AlineMa/Sensor_Hack_Lab/blob/master/Playing_Tone_1Input here] is the code.

After play with my sensor, the next step it was to design 2 sensors in the same garment, therefore I used a Junior Knitting Machine.

[[File:Textile sensor8.jpg ]]

[[File:Tests5.jpg]]

[[File: Visualisation.jpg]]

[[File:Tests7.jpg|300px]]

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T13:48:34Z

AlineMa:

'''Project overview'''

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensor. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

'''Prototyping experiments'''

Hands on! Banding sensor, push button and stretch sensor was made out of textile.
The stretch sensor was the one that I most like, however, in order to make it, at first I had to set up a type of knitting machine as know as "french machine".

[[File:Textile sensor1.jpg ]] [[File:Textile sensor2.jpg ]]

Bellow you can see the experiments that I did:

[[File:Tests1.jpg |300px]] [[File:Tests2.jpg|300px ]]

A- Resistive fabric in stripe 
B- Resistive fabric in zig-zag 
C- Normal tread + resistive yarn - crochet technique 
D- Push sensor made out of fabric, conductive yarn and velostat 
E- Resistive yarn applied in a already made clothe (with needle I followed the way the thread goes, applying the resistive yarn on it) 
F -Bending sensor made out of fabric, conductive yarn and velostat 
G- Resistive fabric used as thread - crochet technique 
H- Conductive yarn + normal thread - crochet technique 
I- Bending Sensor made out of fabric, resistive yarn and velostat 
J-Resistive Wool 
K,L,M - Resistive yarn with normal thread - knitting technique (in different sizes) 

So, I've decided to make a evaluation table. Since my intention became to make a sleeve sensor, to after make a whole body suit, I took in consideration important aspects in a point of view of a fashion designer.

1- Aesthetics - I don't want something ugly! 
2-Integrability- Because in the future would be nice not to attach a "button" in a t-shirt but make in literally the push button itself 
3- Sensitivity - which technique is the best for a sensor that I am looking for?! 

[[File:Tests3.jpg|300px]]

Until this point I was trying to figure out which value of resistances were the best to deliver a bigger range of values in the serial monitor, therefore I took notes. Kati in a consultation taught that if one measure in the multimeter the highest and lowest voltage, add those values and dived by two, one will be able to have the average voltage and use this average voltage value as a resistor and therefore, have the best performance possible from the sensor.

[[File:Textile sensor9.jpg|300px]]

I took the decision to work the the knitted stretch sensor. Besides the aesthetic be passive to look like granny style, it was very responsive and the technology is really integrated in the textile surface (and not attached).

[[File:Tests4.jpg|300px]]

Here you can check the [https://vimeo.com/167719503 video] of a test I've done with the stretch sensor I choose to work with, and [https://github.com/AlineMa/Sensor_Hack_Lab/blob/master/Playing_Tone_1Input here] is the code.

[[File:Textile sensor8.jpg ]]

[[File:Tests5.jpg]]

[[File: Visualisation.jpg]]

[[File:Tests7.jpg|300px]]

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T13:47:33Z

AlineMa:

'''Project overview'''

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensor. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

'''Prototyping experiments'''

Hands on! Banding sensor, push button and stretch sensor was made out of textile.
The stretch sensor was the one that I most like, however, in order to make it, at first I had to set up a type of knitting machine as know as "french machine".

[[File:Textile sensor1.jpg ]] [[File:Textile sensor2.jpg ]]

Bellow you can see the experiments that I did:

[[File:Tests1.jpg |300px]] [[File:Tests2.jpg|300px ]]

A- Resistive fabric in stripe 
B- Resistive fabric in zig-zag 
C- Normal tread + resistive yarn - crochet technique 
D- Push sensor made out of fabric, conductive yarn and velostat 
E- Resistive yarn applied in a already made clothe (with needle I followed the way the thread goes, applying the resistive yarn on it) 
F -Bending sensor made out of fabric, conductive yarn and velostat 
G- Resistive fabric used as thread - crochet technique 
H- Conductive yarn + normal thread - crochet technique 
I- Bending Sensor made out of fabric, resistive yarn and velostat 
J-Resistive Wool 
K,L,M - Resistive yarn with normal thread - knitting technique (in different sizes) 

So, I've decided to make a evaluation table. Since my intention became to make a sleeve sensor, to after make a whole body suit, I took in consideration important aspects in a point of view of a fashion designer.

1- Aesthetics - I don't want something ugly! 
2-Integrability- Because in the future would be nice not to attach a "button" in a t-shirt but make in literally the push button itself 
3- Sensitivity - which technique is the best for a sensor that I am looking for?! 

[[File:Tests3.jpg|300px]]

Until this point I was trying to figure out which value of resistances were the best to deliver a bigger range of values in the serial monitor, therefore I took notes. Kati in a consultation taught that if one measure in the multimeter the highest and lowest voltage, add those values and dived by two, one will be able to have the average voltage and use this average voltage value as a resistor and therefore, have the best performance possible from the sensor.

[[File:Textile sensor9.jpg|300px]]

I took the decision to work the the knitted stretch sensor. Besides the aesthetic be passive to look like granny style, it was very responsive and the technology is really integrated in the textile surface (and not attached).

[[File:Tests4.jpg|300px]]

Here you can check the [https://vimeo.com/167719503 video] of a test I've done with the stretch sensor I choose to work with, and[https://github.com/AlineMa/Sensor_Hack_Lab/blob/master/Playing_Tone_1Input here] is the code.

[[File:Textile sensor8.jpg ]]

[[File:Tests5.jpg]]

[[File: Visualisation.jpg]]

[[File:Tests7.jpg|300px]]

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T13:45:37Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T12:56:09Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T12:39:16Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T11:14:41Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T11:07:53Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T11:06:58Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T11:06:00Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T11:02:46Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T10:34:07Z

AlineMa:

GMU:Sensor Hacklab/Aline Martinez

2016-06-11T10:21:27Z

AlineMa:

Project overview

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensorl. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

[[File:Textile sensor1.jpg ]] [[File:Textile sensor2.jpg ]]

[[File:Tests1.jpg |300px]] [[File:Tests2.jpg|300px ]]

[[File:Tests3.jpg|300px]]

[[File:Textile sensor9.jpg|300px]]

[[File:Tests4.jpg|300px]]

[[File:Textile sensor8.jpg ]]

[[File:Tests5.jpg]]

[[File: Visualisation.jpg]]

[[File:Tests7.jpg|300px]]

GMU:Sensor Hacklab/Aline Martinez

2016-06-10T19:18:01Z

AlineMa:

Project overview

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensorl. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

[[File:Textile sensor1.jpg ]]

[[File:Textile sensor2.jpg ]]

[[File:Tests1.jpg |300px]]

[[File:Tests2.jpg|300px ]]

[[File:Tests3.jpg|300px]]

[[File:Textile sensor9.jpg|300px]]

[[File:Tests4.jpg|300px]]

[[File:Textile sensor8.jpg ]]

[[File:Tests5.jpg]]

[[File: Visualisation.jpg]]

[[File:Tests7.jpg|300px]]

GMU:Sensor Hacklab/Aline Martinez

2016-06-10T19:17:25Z

AlineMa:

Project overview

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensorl. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

[[File:Textile sensor1.jpg ]]

[[File:Textile sensor2.jpg ]]

[[File:Tests1.jpg |300px]]

[[File:Tests2.jpg|300px ]]

[[File:Tests3.jpg|300px]]

[[File:Textile sensor9.jpg|300px]]

[[File:Tests4.jpg|300px]]

[[File:Textile sensor8.jpg ]]

[[File:Tests5.jpg]]

[[Visualisation.jpg]]

[[File:Tests7.jpg|300px]]

File:Tests5.jpg

2016-06-10T19:15:58Z

AlineMa: uploaded a new version of "File:Tests5.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

File:Tests5.jpg

2016-06-10T19:14:49Z

AlineMa: uploaded a new version of "File:Tests5.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

GMU:Sensor Hacklab/Aline Martinez

2016-06-10T19:12:21Z

AlineMa:

Project overview

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensorl. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

[[File:Textile sensor1.jpg ]]

[[File:Textile sensor2.jpg ]]

[[File:Tests1.jpg |300px]]

[[File:Tests2.jpg|300px ]]

[[File:Tests3.jpg|300px]]

[[File:Textile sensor9.jpg|300px]]

[[File:Tests4.jpg|300px]]

[[File:Textile sensor8.jpg ]]

[[File:Tests5.jpg]]

[[File:Tests6.jpg|300px]]

[[File:Tests7.jpg|300px]]

File:Tests5.jpg

2016-06-10T19:11:49Z

AlineMa:

== Summary ==

== Copyright status: ==

== Source: ==

GMU:Sensor Hacklab/Aline Martinez

2016-06-10T18:49:17Z

AlineMa:

Project overview

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensorl. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

[[File:Textile sensor1.jpg ]]

[[File:Textile sensor2.jpg ]]

[[File:Tests1.jpg |300px]]

[[File:Tests2.jpg|300px ]]

[[File:Tests3.jpg|300px]]

[[File:Textile sensor9.jpg|300px]]

[[File:Tests4.jpg|300px]]

[[File:Textile sensor8.jpg ]]

[[File:Tests5.jpg|300px]]

[[File:Tests6.jpg|300px]]

[[File:Tests7.jpg|300px]]

File:Textile sensor8.jpg

2016-06-10T18:47:59Z

AlineMa: uploaded a new version of "File:Textile sensor8.jpg"

== Summary ==

== Copyright status: ==

== Source: ==

GMU:Sensor Hacklab/Aline Martinez

2016-06-10T18:46:48Z

AlineMa:

Project overview

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensorl. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

[[File:Textile sensor1.jpg ]]

[[File:Textile sensor2.jpg ]]

[[File:Tests1.jpg |300px]]

[[File:Tests2.jpg|300px ]]

[[File:Tests3.jpg|300px]]

[[File:Tests4.jpg|300px]]

[[File:Textile sensor8.jpg ]]

[[File:Textile sensor9.jpg|300px]]

GMU:Sensor Hacklab/Aline Martinez

2016-06-10T18:46:22Z

AlineMa:

Project overview

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensorl. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

[[File:Textile sensor1.jpg ]]

[[File:Textile sensor2.jpg ]]

[[File:Tests1.jpg |300px]]

[[File:Tests2.jpg|300px ]]

[[File:Tests3.jpg|300px]]

[[File:Tests4.jpg|300px]]

[[File:Textile sensor8.jpg|400px ]]

[[File:Textile sensor9.jpg|300px]]

File:Textile sensor9.jpg

2016-06-10T18:41:47Z

AlineMa:

== Summary ==

== Copyright status: ==

== Source: ==

GMU:Sensor Hacklab/Aline Martinez

2016-06-10T18:40:35Z

AlineMa:

Project overview

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensorl. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

[[File:Textile sensor1.jpg ]]

[[File:Textile sensor2.jpg ]]

[[File:Tests1.jpg |300px]]

[[File:Tests2.jpg|300px ]]

[[File:Tests3.jpg|300px]]

[[File:Tests4.jpg|300px]]

[[File:Textile sensor8.jpg|300px ]]

[[File:Textile sensor9.jpg|300px]]

GMU:Sensor Hacklab/Aline Martinez

2016-06-10T18:39:38Z

AlineMa:

Project overview

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensorl. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

[[File:Textile sensor1.jpg ]]

[[File:Textile sensor2.jpg ]]

[[File:Tests1.jpg |300px]]

[[File:Tests2.jpg|300px ]]

[[File:Tests3.jpg|300px]]

[[File:Tests4.jpg|300px]]

[[File:Textile sensor8.jpg]]

[[File:Textile sensor9.jpg|300px]]

GMU:Sensor Hacklab/Aline Martinez

2016-06-10T18:37:49Z

AlineMa:

Project overview

My intention is to explore textiles. The textiles' matter have been part of my life tour since back in Brazil where I used to work as fashion designer. Therefore, since this module had the goal to explore sensor, some of the textile’s possibilities was tested mainly as stretch sensor but also push and bending sensorl. I’ve tested conductive and resistive textiles, conductive and resistive yarns as well as the knitting and crochet technique in order to develop the stretch sensor

At first, those experimentations was made without final project propose until the point that it was possible to figure out the boundary of the e-textile as well as e-yarns. The result presented during the last meeting was the visualisation of the movements made by my wrist and elbow captured from the stretch textile sensor. With that idea have the intention to empower two skill: computing code and elaborate integrated circuits in textiles.

[[File:Textile sensor.jpg ]]

[[File:Textile sensor1.jpg ]]

[[File:Textile sensor2.jpg ]]

[[File:Tests1.jpg |300px]]

[[File:Tests2.jpg|300px ]]

[[File:Tests3.jpg|300px]]

[[File:Tests4.jpg|300px]]

[[File:Textile sensor8.jpg|300px]]

[[File:Textile sensor9.jpg|300px]]