Publication Station - User contributions [en-gb]

File:Frontimage inmates.png

2016-01-17T00:55:33Z

Dylan: Dylan uploaded a new version of "File:Frontimage inmates.png"

File:Frontimage guerillaknitting.png

2015-12-28T12:21:15Z

Dylan:

File:Frontimage beekeepers.png

2015-12-28T12:20:26Z

Dylan:

File:Frontimage refugees.png

2015-12-28T12:18:47Z

Dylan:

File:Frontimage wildpickers.png

2015-12-28T12:17:44Z

Dylan:

File:Frontimage inmates.png

2015-12-28T12:16:32Z

Dylan:

File:Frontimage stormchasers.png

2015-12-28T12:15:17Z

Dylan:

File:Frontimage wheelchairusers.png

2015-12-28T12:14:03Z

Dylan:

File:Frontimage roadkill.png

2015-12-28T12:12:12Z

Dylan:

Guerilla Knitting

2015-12-28T12:06:29Z

Dylan:

__NOTOC__

[[File:frontimage_guerillaknitting.png|frontimage_guerillaknitting.png]]

==Front image:==
[[File:front-image.jpg]]

===Introduction===
[[File:guerillaa.jpg]]

For my project I started to connect with a knitting community called GuerillaKnittingGroup. The reason I chose this path is because I, as a fashion designer, am eager to learn more about techniques and want to specialize more in knitting. GuerillaKnittingGroup wants to cheer up the city by hanging colorful knitted pieces on trees, poles and other ‘daily ugly’ objects as they call it. Allthough they are not very active at the moment because of their own busy life, the four regular members still like to knit and maybe reconnect later on.
To figure out what their needs are and if they are missing anything in the group, I did some interviews with a few members. From
these interviews I discovered various things.

===Contact===

The regular members of this group are Betty, Rénia, Monika and Helga. I spoke with Betty and Rénia and they started this initiative 4/5 years ago. Besides the group, Betty works in an atelier in Rotterdam, Rénia keeps the Facebook page up to date and works fulltime and other member Monika has her own small business and is also a fulltime mother.

===Knowledge===

The first interview with Rénia was on the phone, from this interview I noted the important and most interesting things. She told me that she has arthritis and that it is sometimes hard to knit (I will go deeper on this aspect -> the prototype). She also appears to be inventive with connecting patches together and shares this with her colleagues. She taught Betty to stitch with a contrast, so that there will arise an edge between the patches.

[[file:stitch.jpg|stitch.jpg]]

The knitted pieces are made at home and will later on be attached at a chosen location which they think is quite dull and could use a cheer up. Not only for that location and object, but also for the people who come by every day.

For the second interview I emailed Betty, but we kept on mailing afterwards where she gave me new information. Betty told me she has a self-taught technique that does not give her pain in her hands. After I asked her how the technique works, she found a tutorial of the technique on the internet. It is called: Continental Knitting. With this technique she does not need to do a special movement with the thread and therefore she has to hold the
garment a bit different. This saves some motion in the hands and no pain.

[[file:continental.jpg|continental.jpg]]

I was also interested in the way they wrap the knittings to a pole or fence. Betty explained that she used the technique from Rénia to connect the patches to each other. To hold the knitting in place and won’t slide down, she used a metal thread on top that is connected to the work.

The third interview with Monika (aka Maluca Yarnbombing) it unfortunately still underway. What I do know about her and what she told me in an email is that she misses GuerillaKnitting very much and she wants to continue as soon as spare time will let her do that. She also runs a small business for herself that is called: Buubok. She sells these handmade goods via Etsy. These goods are various knitted lampshades, crocheted clutches, toys and rugs. To make al these goods she has to possess many techniques and that makes it for me interesting.

The knowledge of this group is divers but most of all related to various techniques. They all have started with their own technique(s), but because of the shared knitting sessions they taught from each other, which intrigue me to co-operate with them for my follow up project, 'Exchange knitting'.

=Prototype=
[[file:proto 3D.jpg]] [[file:prototype 3D.jpg]]

===New knitting===
My prototype is a 3D printed knitting loop that is multiplied and connects with each other so that it looks like the normal knitting technique. Because I made it with flexible material it can bend and be a bit reshaped. I used the flexible material because my intension is to use it for artistic clothing, so it comes in handy that it is bendable. The idea of this technique came from the first interview I did with Rénia and focused on the pain she has in her hands while knitting. This pain comes from knitting with the needles. Therefore I designed this prototype as a new way of knitting without using needles and creating pain from the hand movements. This is a different insight for knitting for the people who are interested. This 3D printed piece is made in Rhinoceros and can be customized or taken over by anyone with the online blueprints, so that makes this an open form. Putting this online is for limited people, because this it is not the pain solution for knitters. I can imagine that this is for very creative people who want to make, for example, a sweater from different material and with a different technique. It takes some time, but it can be a very artistic piece of art. You can customize the sizes of the loops to your design so it will fit all together. This will definitely not be the first 3D printed clothing, because Dutch fashion designer Iris van Herpen uses this 3D printing technique for quite some time in her collections.

[[file:protot 3D.jpg|protot 3D.jpg]]

Guerilla Knitting

2015-12-28T12:06:07Z

Dylan:

__NOTOC__

[[File:frontimage_guerillaknitting.png|frontimage_guerillaknitters.png]]

==Front image:==
[[File:front-image.jpg]]

===Introduction===
[[File:guerillaa.jpg]]

For my project I started to connect with a knitting community called GuerillaKnittingGroup. The reason I chose this path is because I, as a fashion designer, am eager to learn more about techniques and want to specialize more in knitting. GuerillaKnittingGroup wants to cheer up the city by hanging colorful knitted pieces on trees, poles and other ‘daily ugly’ objects as they call it. Allthough they are not very active at the moment because of their own busy life, the four regular members still like to knit and maybe reconnect later on.
To figure out what their needs are and if they are missing anything in the group, I did some interviews with a few members. From
these interviews I discovered various things.

===Contact===

The regular members of this group are Betty, Rénia, Monika and Helga. I spoke with Betty and Rénia and they started this initiative 4/5 years ago. Besides the group, Betty works in an atelier in Rotterdam, Rénia keeps the Facebook page up to date and works fulltime and other member Monika has her own small business and is also a fulltime mother.

===Knowledge===

The first interview with Rénia was on the phone, from this interview I noted the important and most interesting things. She told me that she has arthritis and that it is sometimes hard to knit (I will go deeper on this aspect -> the prototype). She also appears to be inventive with connecting patches together and shares this with her colleagues. She taught Betty to stitch with a contrast, so that there will arise an edge between the patches.

[[file:stitch.jpg|stitch.jpg]]

The knitted pieces are made at home and will later on be attached at a chosen location which they think is quite dull and could use a cheer up. Not only for that location and object, but also for the people who come by every day.

For the second interview I emailed Betty, but we kept on mailing afterwards where she gave me new information. Betty told me she has a self-taught technique that does not give her pain in her hands. After I asked her how the technique works, she found a tutorial of the technique on the internet. It is called: Continental Knitting. With this technique she does not need to do a special movement with the thread and therefore she has to hold the
garment a bit different. This saves some motion in the hands and no pain.

[[file:continental.jpg|continental.jpg]]

I was also interested in the way they wrap the knittings to a pole or fence. Betty explained that she used the technique from Rénia to connect the patches to each other. To hold the knitting in place and won’t slide down, she used a metal thread on top that is connected to the work.

The third interview with Monika (aka Maluca Yarnbombing) it unfortunately still underway. What I do know about her and what she told me in an email is that she misses GuerillaKnitting very much and she wants to continue as soon as spare time will let her do that. She also runs a small business for herself that is called: Buubok. She sells these handmade goods via Etsy. These goods are various knitted lampshades, crocheted clutches, toys and rugs. To make al these goods she has to possess many techniques and that makes it for me interesting.

The knowledge of this group is divers but most of all related to various techniques. They all have started with their own technique(s), but because of the shared knitting sessions they taught from each other, which intrigue me to co-operate with them for my follow up project, 'Exchange knitting'.

=Prototype=
[[file:proto 3D.jpg]] [[file:prototype 3D.jpg]]

===New knitting===
My prototype is a 3D printed knitting loop that is multiplied and connects with each other so that it looks like the normal knitting technique. Because I made it with flexible material it can bend and be a bit reshaped. I used the flexible material because my intension is to use it for artistic clothing, so it comes in handy that it is bendable. The idea of this technique came from the first interview I did with Rénia and focused on the pain she has in her hands while knitting. This pain comes from knitting with the needles. Therefore I designed this prototype as a new way of knitting without using needles and creating pain from the hand movements. This is a different insight for knitting for the people who are interested. This 3D printed piece is made in Rhinoceros and can be customized or taken over by anyone with the online blueprints, so that makes this an open form. Putting this online is for limited people, because this it is not the pain solution for knitters. I can imagine that this is for very creative people who want to make, for example, a sweater from different material and with a different technique. It takes some time, but it can be a very artistic piece of art. You can customize the sizes of the loops to your design so it will fit all together. This will definitely not be the first 3D printed clothing, because Dutch fashion designer Iris van Herpen uses this 3D printing technique for quite some time in her collections.

[[file:protot 3D.jpg|protot 3D.jpg]]

Guerilla Knitting

2015-12-28T12:05:44Z

Dylan:

__NOTOC__

[[File:frontimage_guerillaknitters.png|frontimage_guerillaknitters.png]]

==Front image:==
[[File:front-image.jpg]]

===Introduction===
[[File:guerillaa.jpg]]

For my project I started to connect with a knitting community called GuerillaKnittingGroup. The reason I chose this path is because I, as a fashion designer, am eager to learn more about techniques and want to specialize more in knitting. GuerillaKnittingGroup wants to cheer up the city by hanging colorful knitted pieces on trees, poles and other ‘daily ugly’ objects as they call it. Allthough they are not very active at the moment because of their own busy life, the four regular members still like to knit and maybe reconnect later on.
To figure out what their needs are and if they are missing anything in the group, I did some interviews with a few members. From
these interviews I discovered various things.

===Contact===

The regular members of this group are Betty, Rénia, Monika and Helga. I spoke with Betty and Rénia and they started this initiative 4/5 years ago. Besides the group, Betty works in an atelier in Rotterdam, Rénia keeps the Facebook page up to date and works fulltime and other member Monika has her own small business and is also a fulltime mother.

===Knowledge===

The first interview with Rénia was on the phone, from this interview I noted the important and most interesting things. She told me that she has arthritis and that it is sometimes hard to knit (I will go deeper on this aspect -> the prototype). She also appears to be inventive with connecting patches together and shares this with her colleagues. She taught Betty to stitch with a contrast, so that there will arise an edge between the patches.

[[file:stitch.jpg|stitch.jpg]]

The knitted pieces are made at home and will later on be attached at a chosen location which they think is quite dull and could use a cheer up. Not only for that location and object, but also for the people who come by every day.

For the second interview I emailed Betty, but we kept on mailing afterwards where she gave me new information. Betty told me she has a self-taught technique that does not give her pain in her hands. After I asked her how the technique works, she found a tutorial of the technique on the internet. It is called: Continental Knitting. With this technique she does not need to do a special movement with the thread and therefore she has to hold the
garment a bit different. This saves some motion in the hands and no pain.

[[file:continental.jpg|continental.jpg]]

I was also interested in the way they wrap the knittings to a pole or fence. Betty explained that she used the technique from Rénia to connect the patches to each other. To hold the knitting in place and won’t slide down, she used a metal thread on top that is connected to the work.

The third interview with Monika (aka Maluca Yarnbombing) it unfortunately still underway. What I do know about her and what she told me in an email is that she misses GuerillaKnitting very much and she wants to continue as soon as spare time will let her do that. She also runs a small business for herself that is called: Buubok. She sells these handmade goods via Etsy. These goods are various knitted lampshades, crocheted clutches, toys and rugs. To make al these goods she has to possess many techniques and that makes it for me interesting.

The knowledge of this group is divers but most of all related to various techniques. They all have started with their own technique(s), but because of the shared knitting sessions they taught from each other, which intrigue me to co-operate with them for my follow up project, 'Exchange knitting'.

=Prototype=
[[file:proto 3D.jpg]] [[file:prototype 3D.jpg]]

===New knitting===
My prototype is a 3D printed knitting loop that is multiplied and connects with each other so that it looks like the normal knitting technique. Because I made it with flexible material it can bend and be a bit reshaped. I used the flexible material because my intension is to use it for artistic clothing, so it comes in handy that it is bendable. The idea of this technique came from the first interview I did with Rénia and focused on the pain she has in her hands while knitting. This pain comes from knitting with the needles. Therefore I designed this prototype as a new way of knitting without using needles and creating pain from the hand movements. This is a different insight for knitting for the people who are interested. This 3D printed piece is made in Rhinoceros and can be customized or taken over by anyone with the online blueprints, so that makes this an open form. Putting this online is for limited people, because this it is not the pain solution for knitters. I can imagine that this is for very creative people who want to make, for example, a sweater from different material and with a different technique. It takes some time, but it can be a very artistic piece of art. You can customize the sizes of the loops to your design so it will fit all together. This will definitely not be the first 3D printed clothing, because Dutch fashion designer Iris van Herpen uses this 3D printing technique for quite some time in her collections.

[[file:protot 3D.jpg|protot 3D.jpg]]

File:Frontimage frontimage minidwarfvegetables.png

2015-12-28T12:04:18Z

Dylan:

File:Awc diysynthbuilders.png

2015-12-28T10:36:38Z

Dylan:

File:Fms diysynthbuilders.png

2015-12-28T10:36:11Z

Dylan:

File:Eo diysynthbuilders.png

2015-12-28T10:35:40Z

Dylan:

File:Diy diysynthbuilders.png

2015-12-28T10:24:01Z

Dylan:

File:Ade diysynthbuilders.png

2015-12-28T10:18:11Z

Dylan:

File:Iita diysynthbuilders.png

2015-12-28T10:14:08Z

Dylan:

File:Oqcc diysynthbuilders.png

2015-12-28T10:00:24Z

Dylan:

File:Incubate diysynthbuilders.png

2015-12-28T09:37:42Z

Dylan:

File:Frontimage diysynthbuilders.png

2015-12-28T09:15:12Z

Dylan:

DIY Synthesizer Builders

2015-12-24T08:51:57Z

Dylan: Dylan moved page DIY Synthesizer Builders to DIY Synth Builders

#REDIRECT [[DIY Synth Builders]]

File:Stoleir test.png

2015-12-02T12:33:07Z

Dylan:

File:K3.png

2015-11-06T12:05:52Z

Dylan:

File:K2.png

2015-11-06T12:03:16Z

Dylan:

File:K1.png

2015-11-06T12:00:05Z

Dylan:

File:Pro2.png

2015-11-05T14:58:28Z

Dylan:

File:Pro1.png

2015-11-05T14:58:11Z

Dylan:

File:Jw2.png

2015-11-05T14:33:44Z

Dylan:

File:Jw1.png

2015-11-05T14:33:25Z

Dylan:

DIY Synthesizer Builders : Prototype

2015-11-05T13:53:56Z

Dylan:

'''Go back to [[DIY Synthesizer Builders|the overview page]].'''

==What==
A synthesizer controller build in an old cardboard headphones box with simulated/programmed oscillators that work through an Arduino Leonardo and a Raspberry Pi with the Processing IDE. The synthesizer is powered by a rechargeable 9 volt battery

==Why==
To show to members of the DIY Synthesizer Building Community and give them an lo-fi example of the goals of this project and get their input through a physical example. The aim of this project is to create an open platform that enables DIY Synthesizer Builders to easily integrate renewable energy and the influence of nature into their instrument building. A key aspect of the DIY Synthesizer Building Community is that hey are continuously looking for new sounds. By using cardboard and an Arduino a lot of modules, controllers and renewable energy power sources can be quickly made. This makes use of their unusual knowledge to build oscillators out of almost anything. A cardboard kit with filled with a set of components and the knowledge that almost anything can be a oscillator is a way of sharing this knowledge and gives both the more advanced and lesser advanced members of the community the ability to play with this and build their own spin-offs.

==How==
'''Ingredients'''
* 1 Cardboard box
* 1 Arduino Leonardo
* 1 Raspberry Pi
* 2 breadboards
* 4 Push buttons
* 8 resistor 220 ohm
* 4 resitors 2.2 KOhms
* 1 Potentiometer 10kOhms
* 1 Ultrasound sensor
* 1 9volt battery
* 1 USB to micro-USB cable
* 8 LED's (3 blue, 3 green, 2 red)
* A lot of connection wires
* Headphones / Speakers

'''This is a concise roadmap of how the protoype was build: '''
# Use a mobile phone or similar recording device to record the sound of the wind. Preferably for about 5 minutes. 
# Install Processing 2.0.0 on the Raspberry Pi. 
# In the Processing IDE, use the Minim library to program four different oscillators and two controllers (examples: volume and panning of the sound) with the recording of the wind as source-file. 
# Use the Arduino IDE to program the Arduino Leonardo to trigger the oscillators through the push buttons and trigger the controllers through the ultrasound sensor and potentiometer 
# Connect the Arduino to the Raspberry Pi with the USB to Micro-USB cable. 
# Build everything into the cardboard box and connect your speakers or headphones to the Raspberry Pi Audio Port. 
# Experiment! Use the push buttons to select one of the four oscillators and use the potentiometer and ultrasound sensor to control it. 

[[File:prot1.jpg|250px|diy_prototype_1]]
[[File:prot2.jpg|250px|diy_prototype_2]]
[[File:prot3.jpg|250px|diy_prototype_3]]
[[File:prot4.jpg|250px|diy_prototype_4]]

Watch a video of the working prototype here [https://www.youtube.com/watch?v=UBsYTTdVprY here].

==Community Reactions==
A showcase video was made of the prototype and together with a description emailed to five members of the DIY Synthesizer Building Community. This were their responses:
* ''"The sound the prototype generates is very beautiful. The way it oscillates the wind recordings works like a charm. I especially like the fact that you were able to make this in one day and build it into a cardboard box (translated from Dutch)."''
* ''"Even though the oscillators are programmed and not analogue they emulate the desired effect. It's nice that you build the synthesizer in a headphone box. Perhaps using cardboard as a case is something to look into?"''
* ''"Great! This shows quite nicely what you're trying to achieve. The breadboard and cardboard aesthetic are pretty nice. I also like the sound you managed to program with the oscillators."''
* ''"I really enjoy the sound even though I can hear the ultrasound sensor messing with the recording. It´s an interesting way of controlling a synthesizer. More and more people are searching for new ways to control the instruments. (translated from Dutch)"''

'''Keywords:''' raspberry pi, arduino, cardboard, nature, renewable energy

- by [[user:Dylan|Dylan]]

DIY Synthesizer Builders : Prototype

2015-11-05T13:32:12Z

Dylan:

File:Prot4.jpg

2015-11-05T13:29:25Z

Dylan:

File:Prot3.jpg

2015-11-05T13:29:20Z

Dylan:

File:Prot2.jpg

2015-11-05T13:29:14Z

Dylan:

File:Prot1.jpg

2015-11-05T13:28:55Z

Dylan:

DIY Synthesizer Builders : Prototype

2015-11-05T13:28:29Z

Dylan:

> Go back to [[DIY Synthesizer Builders|the overview page]].

===What===
A synthesizer controller build in an old cardboard headphones box with simulated/programmed oscillators that work through an Arduino Leonardo and a Raspberry Pi with the Processing IDE. The synthesizer is powered by a rechargeable 9 volt battery

===Why===
To show to members of the DIY Synthesizer Building Community and give them an lo-fi example of the goals of this project and get their input through a physical example. The aim of this project is to create an open platform that enables DIY Synthesizer Builders to easily integrate renewable energy and the influence of nature into their instrument building. A key aspect of the DIY Synthesizer Building Community is that hey are continuously looking for new sounds. By using cardboard and an Arduino a lot of modules, controllers and renewable energy power sources can be quickly made. This makes use of their unusual knowledge to build oscillators out of almost anything. A cardboard kit with filled with a set of components and the knowledge that almost anything can be a oscillator is a way of sharing this knowledge and gives both the more advanced and lesser advanced members of the community the ability to play with this and build their own spin-offs.

===How===
'''Ingredients'''
* 1 Cardboard box
* 1 Arduino Leonardo
* 1 Raspberry Pi
* 2 breadboards
* 4 Push buttons
* 8 resistor 220 ohm
* 4 resitors 2.2 KOhms
* 1 Potentiometer 10kOhms
* 1 Ultrasound sensor
* 1 9volt battery
* 1 USB to micro-USB cable
* 8 LED's (3 blue, 3 green, 2 red)
* A lot of connection wires
* Headphones / Speakers

'''This is a concise roadmap of how the protoype was build: '''
# Use a mobile phone or similar recording device to record the sound of the wind. Preferably for about 5 minutes. 
# Install Processing 2.0.0 on the Raspberry Pi. 
# In the Processing IDE, use the Minim library to program four different oscillators and two controllers (examples: volume and panning of the sound) with the recording of the wind as source-file. 
# Use the Arduino IDE to program the Arduino Leonardo to trigger the oscillators through the push buttons and trigger the controllers through the ultrasound sensor and potentiometer 
# Connect the Arduino to the Raspberry Pi with the USB to Micro-USB cable. 
# Build everything into the cardboard box and connect your speakers or headphones to the Raspberry Pi Audio Port. 
# Experiment! Use the push buttons to select one of the four oscillators and use the potentiometer and ultrasound sensor to control it. 

[[File:prot1.jpg|option|diy_prototype_1]]
[[File:prot2.jpg|option|diy_prototype_2]]
[[File:prot3.jpg|option|diy_prototype_3]]
[[File:prot4.jpg|option|diy_prototype_4]]

Watch a video of the working prototype here [https://www.youtube.com/watch?v=UBsYTTdVprY here].

===Community Reactions===
A showcase video was made of the prototype and together with a description emailed to five members of the DIY Synthesizer Building Community. This were their responses:
* ''"The sound the prototype generates is very beautiful. The way it oscillates the wind recordings works like a charm. I especially like the fact that you were able to make this in one day and build it into a cardboard box (translated from Dutch)."''
* ''"Even though the oscillators are programmed and not analogue they emulate the desired effect. It's nice that you build the synthesizer in a headphone box. Perhaps using cardboard as a case is something to look into?"''
* ''"Great! This shows quite nicely what you're trying to achieve. The breadboard and cardboard aesthetic are pretty nice. I also like the sound you managed to program with the oscillators."''
* ''"I really enjoy the sound even though I can hear the ultrasound sensor messing with the recording. It´s an interesting way of controlling a synthesizer. More and more people are searching for new ways to control the instruments. (translated from Dutch)"''

'''Keywords:''' raspberry pi, arduino, cardboard, nature, renewable energy

- by [[user:Dylan|Dylan]]

DIY Synthesizer Builders : Prototype

2015-11-05T13:02:13Z

Dylan:

Go back to [[DIY Synthesizer Builders|the overview page]].

===What===
A synthesizer controller build in an old cardboard headphones box with simulated/programmed oscillators that work through an Arduino Leonardo and a Raspberry Pi with the Processing IDE. The synthesizer is powered by a rechargeable 9 volt battery

===Why===
To show to members of the DIY Synthesizer Building Community and give them an lo-fi example of the goals of this project and get their input through a physical example. The aim of this project is to create an open platform that enables DIY Synthesizer Builders to easily integrate renewable energy and the influence of nature into their instrument building. A key aspect of the DIY Synthesizer Building Community is that hey are continuously looking for new sounds. By using cardboard and an Arduino a lot of modules, controllers and renewable energy power sources can be quickly made. This makes use of their unusual knowledge to build oscillators out of almost anything. A cardboard kit with filled with a set of components and the knowledge that almost anything can be a oscillator is a way of sharing this knowledge and gives both the more advanced and lesser advanced members of the community the ability to play with this and build their own spin-offs.

===How===
'''Ingredients'''
* 1 Cardboard box
* 1 Arduino Leonardo
* 1 Raspberry Pi
* 2 breadboards
* 4 Push buttons
* 8 resistor 220 ohm
* 4 resitors 2.2 KOhms
* 1 Potentiometer 10kOhms
* 1 Ultrasound sensor
* 8 LED's (3 blue, 3 green, 2 red)
* A lot of connection wires
* Headphones / Speakers

===Community Reactions===
A showcase video was made of the prototype and together with a description emailed to five members of the DIY Synthesizer Building Community. This were their responses:
* ''"The sound the prototype generates is very beautiful. The way it oscillates the wind recordings works like a charm. I especially like the fact that you were able to make this in one day and build it into a cardboard box (translated from Dutch)."''
* ''"Even though the oscillators are programmed and not analogue they emulate the desired effect. It's nice that you build the synthesizer in a headphone box. Perhaps using cardboard as a case is something to look into?"''
* ''"Great! This shows quite nicely what you're trying to achieve. The breadboard and cardboard aesthetic are pretty nice. I also like the sound you managed to program with the oscillators."''
* ''"I really enjoy the sound even though I can hear the ultrasound sensor messing with the recording. It´s an interesting way of controlling a synthesizer. More and more people are searching for new ways to control the instruments. (translated from Dutch)"''

'''Keywords:''' raspberry pi, arduino, cardboard, nature, renewable energy

- by [[user:Dylan|Dylan]]

DIY Synthesizer Builders : Prototype

2015-11-05T12:37:57Z

Dylan:

Go back to [[DIY Synthesizer Builders|the overview page]].

===What===
A synthesizer controller build in an old cardboard headphones box.

===Why===
To show to members of the DIY Synthesizer Building Community and give them an lo-fi example of the goals of this project and get their input through a physical example.

===How===
'''Ingredients'''
* 1
* 2
* 3
* 4
* 5
* 6
* 7
* 8
* 9

===Community Reaction===
A showcase video was made of the prototype and together with a description emailed to five members of the DIY Synthesizer Building Community. This were their responses:
* ''"The sound the prototype generates is very beautiful. The way it oscillates the wind recordings works like a charm. I especially like the fact that you were able to make this in one day and build it into a cardboard box (translated from Dutch)."''
* ''"Even though the oscillators are programmed and not analogue they emulate the desired effect. It's nice that you build the synthesizer in a headphone box. Perhaps using cardboard as a case is something to look into?"''
* ''"Great! This shows quite nicely what you're trying to achieve. The breadboard and cardboard aesthetic are pretty nice. I also like the sound you managed to program with the oscillators."''
* ''"I really enjoy the sound even though I can hear the ultrasound sensor messing with the recording. It´s an interesting way of controlling a synthesizer. More and more people are searching for new ways to control the instruments. (translated from Dutch)"''

'''Keywords:''' raspberry pi, arduino, cardboard, nature, renewable energy

- by [[user:Dylan|Dylan]]

DIY Synthesizer Builders : The Community

2015-11-05T12:37:24Z

Dylan:

Go back to [[DIY Synthesizer Builders|the overview page]].

===Who===
tekst

===Why===
tekst

===Where===
tekst

===Unusual knowledge===
tekst

'''Keywords:''' diy, post-digital, sound design, oscillators, open-source

- by [[user:Dylan|Dylan]]

DIY Synthesizer Builders : Prototype

2015-11-05T11:44:32Z

Dylan:

Go back to [[DIY Synthesizer Builders|the overview page]].

===What===
tekst

===Why===
tekst

===How===
tekst

===Community Reaction===
tekst

'''Keywords:''' raspberry pi, arduino, cardboard, nature, renewable energy

DIY Synthesizer Builders : The Community

2015-11-05T11:44:10Z

Dylan:

DIY Synthesizer Builders : The Community

2015-11-05T11:38:22Z

Dylan:

Go back to [[DIY Synthesizer Builders|the overview page of the Compendium of Unusual Knowledge that focuses on the DIY Synthesizer Building Community]].

===Who===
tekst

===Why===
tekst

===Where===
tekst

===Unusual knowledge===
tekst

'''Keywords:''' diy, post-digital, sound design, oscillators, open-source

DIY Synthesizer Builders : Prototype

2015-11-05T11:33:55Z

Dylan:

Go back to [[DIY Synthesizer Builders|the overview page of the Compendium of Unusual Knowledge that focuses on the DIY Synthesizer Building Community]].

===What===
tekst

===Why===
tekst

===How===
tekst

===Community Reaction===
tekst

'''Keywords:''' woord, woord, woord, woord, woord

DIY Synthesizer Builders : Prototype

2015-11-05T11:30:57Z

Dylan:

Go back to the [[DIY Synthesizer Builders|overview page of the Compendium of Unusual Knowledge that focuses on the DIY Synthesizer Building Community]].

===What===
tekst

===Why===
tekst

===How===
tekst

===Community Reaction===
tekst

DIY Synthesizer Builders : Prototype

2015-11-05T11:30:41Z

Dylan:

DIY Synthesizer Builders : Prototype

2015-11-05T11:26:09Z

Dylan:

Go back to the overview page of the Compendium of Unusual Knowledge that focuses on the DIY Synthesizer Building Community

===What===
tekst

===Why===
tekst

===How===
tekst

===Reaction community===
tekst

DIY Synthesizer Builders : Prototype

2015-11-05T11:21:16Z

Dylan: Created page with "tekst"

tekst

DIY Synthesizer Builders : The Community

2015-11-05T11:20:21Z

Dylan: Created page with "tekst"

tekst