Hackers & Designers - User contributions [en]

File:Error3.jpg

2015-09-02T16:03:50Z

Alpha:

Sad Face Error

2015-09-02T15:47:44Z

Alpha:

By Linder Basil Lukas

Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face Sad face

[[File:Error1.jpg]]

[[File:Error2.jpg]]

[[File:Error3.jpg]]

[[File:Error4.jpg]]

[[File:Error5.jpg]]

[[File:Error6.jpg]]

[[File:Error7.jpg]]

[[File:Error8.jpg]]

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

File:Error2.jpg

2015-09-02T15:47:27Z

Alpha: By Linder Basil Lukas

By Linder Basil Lukas

File:Error1.jpg

2015-09-02T15:44:55Z

Alpha: By Linder Basil Lukas

By Linder Basil Lukas

Sad Face Error

2015-09-02T15:43:11Z

Alpha:

By Linder Basil Lukas

[[File:Error1.jpg]]

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

Main Page

2015-09-02T13:54:14Z

Alpha: /* Printed matter collected */

<span style="background:rgb(255, 255, 0);font-size:24pt">Welcome to the Hackers & Designers wiki – content creator.<br/> Visit the front-end [http://hackersanddesigners.nl here]</span>

= How to =
<div style="background:#d1d1d1;">
==edit this wiki==
'''If this is your first time writing and editing articles in a wiki'''

* have look at the [[Wiki_Tutorial|Wiki tutorial]],
* or read the brief introduction about [[Want_to_join_us%3F|How to join us?]].

==create a new page?==
* Type the title of the article you want to creat into the '''Search box''' (right top corner).
* The new page name will appear as a <span style="color:red">RED</span> link
* Click it and you you will be able to edit and save that article.
</div>
<br/>

=Content=
==Hackers & Designers==
* [[Hackers_%26_Designers|About H&D]]
* [[HD-meet-ups|H&D meet-ups]]
* [[Hackers_%26_Designers_Summer_Academy|H&D Summer Academy]]

=Process=
* [[:Category:WriteMe|WriteMe]]: Articles that need to be written
* [[:Category:EditMe|EditMe]]: Articles that need to be edited
* [[:Category:Ready_to_be_published|Ready to be published]]: Articles that are ready to publish
* [[:Category:Published|Published]]: Articles that have been published
* [[:Category:Print|Print]]: Artciles that will be printed
* [[:Category:Web|Web]]: Articles that will be published on the website

==Printed matter collected==
* posters
* program
* flyer
* docu book

==[[To_do|To do]]==
* Write ad's
* Collect Tweets
* Ad images

Computer language history

2015-09-02T13:53:57Z

Alpha:

By [[Vadim Zaytsev]]

Insert text

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

Computer language design schema

2015-09-02T13:53:40Z

Alpha:

By [[Vadim Zaytsev]]

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

Computer language history

2015-09-02T13:53:20Z

Alpha:

By [[Vadim Zaytsev]]

Insert tekst

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

Vadim Zaytsev

2015-09-02T13:52:57Z

Alpha: /* Contact= */

Dr. Vadim Zaytsev, also known in the social media as @grammarware, is a lecturer and a coordinator of the Software Engineering Master of Science programme at the Universiteit van Amsterdam (UvA) in Amsterdam. He has acquired PhD in 2010 at the Vrije Universiteit Amsterdam in the field of software language engineering, in which his current main research interests lie. He has done such research at Universität Koblenz-Landau in Germany (2008–2010) and Centrum Wiskunde & Informatica in the Netherlands (2010–2013). Prior to that, he received MSc cum laude degrees from Rostov State University in Russia (applied mathematics, model checking) and from Universiteit Twente in the Netherlands (telematics, grammar-based testing). Besides hardcore software language engineering with grammar(ware) technology, his interests and research activities tend to invade such topics as software quality assessment, source code analysis and transformation, modelling, metamodelling and megamodelling, programming paradigms, declarative and functional programming, dynamic aspects of software languages, maintenance and renovation of legacy systems and others. He is also actively practicing open science and open research, contributing to a range of open data and open source projects, co-organising and
presenting at (mostly academic) events.

==Workshops==
* [[Language_Design|Language Design]]

==Contact==
[http://grammarware.net/ Website]

[[Category:EditMe]]
[[Category:Print]]
[[Category:Web]]

HDSA 2015. About bugs, bots & bytes

2015-09-02T13:52:15Z

Alpha: /* Production */

'''About bugs, bots & bytes'''

The Hackers & Designers Summer Academy 2015 took place from 29 July-7 August in [[De_PUNT | De PUNT]] Amsterdam. The cover charge was €350,00 per participant covering the 10 day program, a welcome dinner, daily lunches and an arduino kit.

The call for application closed on May 30th 2015.

==Academy==
====Workshops====
* [[Toy_Hacking|Toy Hacking]] by [[Selby_Gildemacher|Selby Gildemacher]], [[James_Bryan_Graves|James Bryan Graves]] and [[Anja_Groten|Anja Groten]]
* [[Algorithmic_Kitchen|Algorithmic Kitchen]] by [[Luis_Rodil-Fern%C3%A1ndez|Luis Rodil-Fernández]]
* [[Code,_text_and_text-to-speech|Code, text and text-to-speech]] by [[An_Mertens|An Mertens]] and [[Michael_Murthaugh|Michael Murthaugh]] from [[Constant_Association_for_Art_and_Media|Constant Association for Art and Media]]
* [[Language_Design|Language Design]] by [[Vadim_Zaytsev|Vadim Zaytsev]]
* [[Applied_Bio-Robotics|Applied Bio-Robotics]] by [[Arjan_Scherpenisse|Arjan Scherpenisse]]
* [[Error_Messages|Error Messages]] by [[Dani%C3%ABl_van_der_Velden|Daniël van der Velden]] from [[Metahaven|Metahaven]]
* [[DIY_theremin_making|DIY theremin making]] by [[Andrey_Smirnov|Andrey Smirnov]]
* [[Domestic_Drone_Defence|Domestic Drone Defence]] by [[Ruben_Pater|Ruben Pater]] and [[Tijmen_Schep|Tijmen Schep]]

====Excursions====
* [[Waag_Society | Waag Society]]
* [[Lava_Lab | Lava Lab]] with [[Mark_Meeuwennoord | Mark Meeuwennoord]] and [[Klasien_van_de_Zandschulp | Klasien van de Zandschulp]]

====Public film screening====
*[[Underground_Cinema | Underground Cinema]] by [[Jeffrey_Babkock |Jeffrey Babkock]] with Decoder (1984)

====H&D Summer Talks====

At the end of the Summer Academy Hackers & Designers invited cross-disciplinary speakers to take the participants and the public into a deeper conversation around topics, which have arose in our modern techno society and breached over the course of the Summer Academy.
The speakers offered insights and diverse perspectives into their research, professional and artistic practices, all the while maintaining the satirical and humorous approach of Hackers & Designers.

* [[The_right_to_die_digitally,_digital_euthanasia,_image_rights_and_more|The right to die digitally, digital euthanasia, image rights and more – Lecture]] by [[St%C3%ABfan_Sch%C3%A4fer | Stëfan Schäfer]]
* [[Training_and_the_problem_of_data:_What_would_it_take_to_adopt_fugitive_statistics|Training and the problem of data: What would it take to adopt fugitive statistics – Text]] by [[Ramon_Amaro|Ramon Amaro]]
* [[Training_and_the_problem_of_data:_What_would_it_take_to_adopt_fugitive_statistics|Training and the problem of data: What would it take to adopt fugitive statistics – Lecture]] by [[Ramon_Amaro|Ramon Amaro]]
* [[Gestural_Interfacing|Gestural Interfacing – Lecture]] by [[Jeremy_Bailey|Jeremy Bailey]]
* [[The_potentials_of_technological_flaws|The potentials of technological flaws – Lecture]] by [[Ro%CD%AC%CD%AC%CD%A0%CD%A0%CD%A1%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0s%CD%AC%CD%AC%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0a%CD%AC%CD%AC%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0_Menkman|Roͬͬ͠͠͡͠͠͠͠͠͠͠͠sͬͬ͠͠͠͠͠͠͠͠͠aͬͬ͠͠͠͠͠͠͠ Menkman]]

====Party====

School's out for Summer!
Hackers & Designers warmly invited for a summer night of talks, drinks, 'n tunes.

22:00-3:00: H&D Summer Party, music by:
* DJ Nudist Looters
* [http://www.soundcloud.com/neilakiosk DJ Boris Becker]
* DJ Toby

==Organisation==
* [[Selby_Gildemacher|Selby Gildemacher]]
* [[James_Bryan_Graves|James Bryan Graves]]
* [[Anja_Groten|Anja Groten]]

==Participants==
* Flaminia Fortunato
* Maaike De Laat
* Eurico Sá Fernandes
* Minhong Yu
* Mark-Jan Tellingen
* Michaela Lakova
* Celia Rosa
* Jona Andersen
* Juriaan Boerman
* Vincent Hoenderop
* Linder Basil Lukas
* Lucian Blankevoort
* Vicky De Visser

==Production==

'''*a list of all articles containing content produced during the summer academy or referenctial articles that stand in relation to the summer academy'''

* [[Interview_Michael_Murtaugh|Interview with Michael Murtaugh by Flaminia Fortunato]]

* [[Net_launcher|Ad 1 Drone defense: Net launcher]]
* [[Wifi_Blaster|Ad 2 Drone defense: Wifi Blaster]]
* [[Bottle_rocket|Ad 3 Drone defense: Bottle rocket]]
* [[Umbrella_artillery|Ad 4 Drone defense: Umbrella artillery]]

* [[Arduino/Genuino_UNO|Ad 1: for arduino's: Arduino/Genuino UNO]]
* [[Lily_pad|Ad 2: for arduino's: Lily pad, microcontroller designed for wearables]]

* [[Raspberry Pie|Ad 3: Raspberry Pie: Setting up a local network]]

* Ad 1: for Constant books:
* [[Conversations|Ad 2: for Constant books: conversations (F/LOSS)]]
* Ad 3: Constant books literary mesh-up

* [[Glossary | HDSA 2015 Glossary]: More notes here: [https://github.com/hd-onions/hackersanddesigners/blob/master/notes.markdown Github]

* [[Review Jona Andersen]]
* Review Vincent

* [[Pizza ordering language|Pizza ordering language]]
* [[Cocktail Generator|Cocktail Generator (How to)]]
* [[Cocktail 1|Cocktail 1]]
* [[Cocktail 2|Cocktail 2]]
* [[Cocktail 3|Cocktail 3]]
* Computer language ideas (look for participant contributions)
* [[Chatbot scripts]] (link to Github)
* Chatbot results (look for participant contributions)
* [[ErrorLeaks manifest]]
* [['Sad Face' Error|Error Message 'sad face']]
* [['Awkward' Error|Error Message 'awkward']]

* [[Movie bio-robotics]]
* [[Movie Drone Defense]]

* [[Computer language history]]
* [[Computer language design schema]]

* [[Bio-robotics scripts|Bio-robotics scripts (Github link)]]
* [[Talking Plant scripts|Talking Plant scripts (Github link)]]

* [[DIY steps Theremin]]
* [[DIY steps Talking plant]]
* [[DIY steps bio-robotics]]

* [[Group pictures]]

* [[HDSA2015 tweet collection|#HDSA2015 tweet collection]]

* Recipes Algorithmic kitchen (look for participant contributions)

* Essay Christian Greer (Royal Tombs)

* Quotes participants (look for different quotes)

Computer language design schema

2015-09-02T13:51:32Z

Alpha: Created page with "insert text Category:WriteMe Category:Print Category:Web"

insert text

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

Computer language history

2015-09-02T13:51:11Z

Alpha: Created page with "Insert tekst Category:WriteMe Category:Print Category:Web"

Insert tekst

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

Chatbot scripts

2015-09-02T13:50:44Z

Alpha: Created page with "link to github Category:WriteMe Category:Web"

link to github

[[Category:WriteMe]]
[[Category:Web]]

HDSA 2015. About bugs, bots & bytes

2015-09-02T13:49:38Z

Alpha: /* Production */

'''About bugs, bots & bytes'''

The Hackers & Designers Summer Academy 2015 took place from 29 July-7 August in [[De_PUNT | De PUNT]] Amsterdam. The cover charge was €350,00 per participant covering the 10 day program, a welcome dinner, daily lunches and an arduino kit.

The call for application closed on May 30th 2015.

==Academy==
====Workshops====
* [[Toy_Hacking|Toy Hacking]] by [[Selby_Gildemacher|Selby Gildemacher]], [[James_Bryan_Graves|James Bryan Graves]] and [[Anja_Groten|Anja Groten]]
* [[Algorithmic_Kitchen|Algorithmic Kitchen]] by [[Luis_Rodil-Fern%C3%A1ndez|Luis Rodil-Fernández]]
* [[Code,_text_and_text-to-speech|Code, text and text-to-speech]] by [[An_Mertens|An Mertens]] and [[Michael_Murthaugh|Michael Murthaugh]] from [[Constant_Association_for_Art_and_Media|Constant Association for Art and Media]]
* [[Language_Design|Language Design]] by [[Vadim_Zaytsev|Vadim Zaytsev]]
* [[Applied_Bio-Robotics|Applied Bio-Robotics]] by [[Arjan_Scherpenisse|Arjan Scherpenisse]]
* [[Error_Messages|Error Messages]] by [[Dani%C3%ABl_van_der_Velden|Daniël van der Velden]] from [[Metahaven|Metahaven]]
* [[DIY_theremin_making|DIY theremin making]] by [[Andrey_Smirnov|Andrey Smirnov]]
* [[Domestic_Drone_Defence|Domestic Drone Defence]] by [[Ruben_Pater|Ruben Pater]] and [[Tijmen_Schep|Tijmen Schep]]

====Excursions====
* [[Waag_Society | Waag Society]]
* [[Lava_Lab | Lava Lab]] with [[Mark_Meeuwennoord | Mark Meeuwennoord]] and [[Klasien_van_de_Zandschulp | Klasien van de Zandschulp]]

====Public film screening====
*[[Underground_Cinema | Underground Cinema]] by [[Jeffrey_Babkock |Jeffrey Babkock]] with Decoder (1984)

====H&D Summer Talks====

At the end of the Summer Academy Hackers & Designers invited cross-disciplinary speakers to take the participants and the public into a deeper conversation around topics, which have arose in our modern techno society and breached over the course of the Summer Academy.
The speakers offered insights and diverse perspectives into their research, professional and artistic practices, all the while maintaining the satirical and humorous approach of Hackers & Designers.

* [[The_right_to_die_digitally,_digital_euthanasia,_image_rights_and_more|The right to die digitally, digital euthanasia, image rights and more – Lecture]] by [[St%C3%ABfan_Sch%C3%A4fer | Stëfan Schäfer]]
* [[Training_and_the_problem_of_data:_What_would_it_take_to_adopt_fugitive_statistics|Training and the problem of data: What would it take to adopt fugitive statistics – Text]] by [[Ramon_Amaro|Ramon Amaro]]
* [[Training_and_the_problem_of_data:_What_would_it_take_to_adopt_fugitive_statistics|Training and the problem of data: What would it take to adopt fugitive statistics – Lecture]] by [[Ramon_Amaro|Ramon Amaro]]
* [[Gestural_Interfacing|Gestural Interfacing – Lecture]] by [[Jeremy_Bailey|Jeremy Bailey]]
* [[The_potentials_of_technological_flaws|The potentials of technological flaws – Lecture]] by [[Ro%CD%AC%CD%AC%CD%A0%CD%A0%CD%A1%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0s%CD%AC%CD%AC%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0a%CD%AC%CD%AC%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0_Menkman|Roͬͬ͠͠͡͠͠͠͠͠͠͠͠sͬͬ͠͠͠͠͠͠͠͠͠aͬͬ͠͠͠͠͠͠͠ Menkman]]

====Party====

School's out for Summer!
Hackers & Designers warmly invited for a summer night of talks, drinks, 'n tunes.

22:00-3:00: H&D Summer Party, music by:
* DJ Nudist Looters
* [http://www.soundcloud.com/neilakiosk DJ Boris Becker]
* DJ Toby

==Organisation==
* [[Selby_Gildemacher|Selby Gildemacher]]
* [[James_Bryan_Graves|James Bryan Graves]]
* [[Anja_Groten|Anja Groten]]

==Participants==
* Flaminia Fortunato
* Maaike De Laat
* Eurico Sá Fernandes
* Minhong Yu
* Mark-Jan Tellingen
* Michaela Lakova
* Celia Rosa
* Jona Andersen
* Juriaan Boerman
* Vincent Hoenderop
* Linder Basil Lukas
* Lucian Blankevoort
* Vicky De Visser

==Production==

'''*a list of all articles containing content produced during the summer academy or referenctial articles that stand in relation to the summer academy'''

* [[Interview_Michael_Murtaugh|Interview with Michael Murtaugh by Flaminia Fortunato]]

* [[Net_launcher|Ad 1 Drone defense: Net launcher]]
* [[Wifi_Blaster|Ad 2 Drone defense: Wifi Blaster]]
* [[Bottle_rocket|Ad 3 Drone defense: Bottle rocket]]
* [[Umbrella_artillery|Ad 4 Drone defense: Umbrella artillery]]

* [[Arduino/Genuino_UNO|Ad 1: for arduino's: Arduino/Genuino UNO]]
* [[Lily_pad|Ad 2: for arduino's: Lily pad, microcontroller designed for wearables]]

* [[Raspberry Pie|Ad 3: Raspberry Pie: Setting up a local network]]

* Ad 1: for Constant books:
* [[Conversations|Ad 2: for Constant books: conversations (F/LOSS)]]
* Ad 3: Constant books literary mesh-up

* [[Glossary | HDSA 2015 Glossary]: More notes here: [https://github.com/hd-onions/hackersanddesigners/blob/master/notes.markdown Github]

* [[Review Jona Andersen]]
* Review Vincent

* [[Pizza ordering language|Pizza ordering language]]
* [[Cocktail Generator|Cocktail Generator (How to)]]
* [[Cocktail 1|Cocktail 1]]
* [[Cocktail 2|Cocktail 2]]
* [[Cocktail 3|Cocktail 3]]
* Computer language ideas (look for participant contributions)
* [[Chatbot scripts]] (link to Github)
* Chatbot results (look for participant contributions)
* [[ErrorLeaks manifest]]
* [['Sad Face' Error|Error Message 'sad face']]
* [['Awkward' Error|Error Message 'awkward']]

* [[Movie bio-robotics]]
* [[Movie Drone Defense]]

* [[Computer language history]] (slides Vadim)
* [[Computer language design schema]] (slides Vadim)

* [[Bio-robotics scripts|Bio-robotics scripts (Github link)]]
* [[Talking Plant scripts|Talking Plant scripts (Github link)]]

* [[DIY steps Theremin]]
* [[DIY steps Talking plant]]
* [[DIY steps bio-robotics]]

* [[Group pictures]]

* [[HDSA2015 tweet collection|#HDSA2015 tweet collection]]

* Recipes Algorithmic kitchen (look for participant contributions)

* Essay Christian Greer (Royal Tombs)

* Quotes participants (look for different quotes)

Review Jona Andersen

2015-08-31T14:16:44Z

Alpha:

qsdfqsdf

[[Category: WriteMe]]
[[Category:Print]]
[[Category:Web]]

HDSA 2015. About bugs, bots & bytes

2015-08-31T13:55:26Z

Alpha: /* Public film screening */

'''About bugs, bots & bytes'''

The Hackers & Designers Summer Academy 2015 took place from 29 July-7 August in [[De_PUNT | De PUNT]] Amsterdam. The cover charge was €350,00 per participant covering the 10 day program, a welcome dinner, daily lunches and an arduino kit.

The call for application closed on May 30th 2015.

==Academy==
====Workshops====
* [[Toy_Hacking|Toy Hacking]] by [[Selby_Gildemacher|Selby Gildemacher]], [[James_Bryan_Graves|James Bryan Graves]] and [[Anja_Groten|Anja Groten]]
* [[Algorithmic_Kitchen|Algorithmic Kitchen]] by [[Luis_Rodil-Fern%C3%A1ndez|Luis Rodil-Fernández]]
* [[Code,_text_and_text-to-speech|Code, text and text-to-speech]] by [[An_Mertens|An Mertens]] and [[Michael_Murthaugh|Michael Murthaugh]] from [[Constant_Association_for_Art_and_Media|Constant Association for Art and Media]]
* [[Language_Design|Language Design]] by [[Vadim_Zaytsev|Vadim Zaytsev]]
* [[Applied_Bio-Robotics|Applied Bio-Robotics]] by [[Arjan_Scherpenisse|Arjan Scherpenisse]]
* [[Error_Messages|Error Messages]] by [[Dani%C3%ABl_van_der_Velden|Daniël van der Velden]] from [[Metahaven|Metahaven]]
* [[DIY_theremin_making|DIY theremin making]] by [[Andrey_Smirnov|Andrey Smirnov]]
* [[Domestic_Drone_Defence|Domestic Drone Defence]] by [[Ruben_Pater|Ruben Pater]] and [[Tijmen_Schep|Tijmen Schep]]

====Excursions====
* [[Waag_Society | Waag Society]]
* [[Lava_Lab | Lava Lab]] with [[Mark_Meeuwennoord | Mark Meeuwennoord]] and [[Klasien_van_de_Zandschulp | Klasien van de Zandschulp]]

====Public film screening====
*[[Underground_Cinema | Underground Cinema]] by [[Jeffrey_Babkock |Jeffrey Babkock]] with Decoder (1984)

====H&D Summer Talks====

At the end of the Summer Academy Hackers & Designers invited cross-disciplinary speakers to take the participants and the public into a deeper conversation around topics, which have arose in our modern techno society and breached over the course of the Summer Academy.
The speakers offered insights and diverse perspectives into their research, professional and artistic practices, all the while maintaining the satirical and humorous approach of Hackers & Designers.

* [[The_right_to_die_digitally,_digital_euthanasia,_image_rights_and_more|The right to die digitally, digital euthanasia, image rights and more – Lecture]] by [[St%C3%ABfan_Sch%C3%A4fer | Stëfan Schäfer]]
* [[Training_and_the_problem_of_data:_What_would_it_take_to_adopt_fugitive_statistics|Training and the problem of data: What would it take to adopt fugitive statistics – Text]] by [[Ramon_Amaro|Ramon Amaro]]
* [[Training_and_the_problem_of_data:_What_would_it_take_to_adopt_fugitive_statistics|Training and the problem of data: What would it take to adopt fugitive statistics – Lecture]] by [[Ramon_Amaro|Ramon Amaro]]
* [[Gestural_Interfacing|Gestural Interfacing – Lecture]] by [[Jeremy_Bailey|Jeremy Bailey]]
* [[The_potentials_of_technological_flaws|The potentials of technological flaws – Lecture]] by [[Ro%CD%AC%CD%AC%CD%A0%CD%A0%CD%A1%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0s%CD%AC%CD%AC%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0a%CD%AC%CD%AC%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0_Menkman|Roͬͬ͠͠͡͠͠͠͠͠͠͠͠sͬͬ͠͠͠͠͠͠͠͠͠aͬͬ͠͠͠͠͠͠͠ Menkman]]

====Party====

School's out for Summer!
Hackers & Designers warmly invited for a summer night of talks, drinks, 'n tunes.

22:00-3:00: H&D Summer Party, music by:
* DJ Nudist Looters
* [http://www.soundcloud.com/neilakiosk DJ Boris Becker]
* DJ Toby

==Organisation==
* [[Selby_Gildemacher|Selby Gildemacher]]
* [[James_Bryan_Graves|James Bryan Graves]]
* [[Anja_Groten|Anja Groten]]

==Participants==
* Flaminia Fortunato
* Maaike De Laat
* Eurico Sá Fernandes
* Minhong Yu
* Mark-Jan Tellingen
* Michaela Lakova
* Celia Rosa
* Jona Andersen
* Juriaan Boerman
* Vincent Hoenderop
* Linder Basil Lukas
* Lucian Blankevoort
* Vicky De Visser

==Production==

'''*a list of all articles containing content produced during the summer academy or referenctial articles that stand in relation to the summer academy'''

* [[Interview_Michael_Murtaugh|Interview with Michael Murtaugh by Flaminia Fortunato]]

* [[Net_launcher|Ad 1 Drone defense: Net launcher]]
* [[Wifi_Blaster|Ad 2 Drone defense: Wifi Blaster]]
* [[Bottle_rocket|Ad 3 Drone defense: Bottle rocket]]
* [[Umbrella_artillery|Ad 4 Drone defense: Umbrella artillery]]

* [[Arduino/Genuino_UNO|Ad 1: for arduino's: Arduino/Genuino UNO]]
* [[Lily_pad|Ad 2: for arduino's: Lily pad, microcontroller designed for wearables]]

* [[Raspberry Pie|Ad 3: Raspberry Pie: Setting up a local network]]

* Ad 1: for Constant books:
* [[Conversations|Ad 2: for Constant books: conversations (F/LOSS)]]
* Ad 3: Constant books literary mesh-up

* [[Glossary | HDSA 2015 Glossary]: More notes here: [https://github.com/hd-onions/hackersanddesigners/blob/master/notes.markdown Github]

* [[Review Jona Andersen]]
* Review Vincent

* [[Pizza ordering language|Pizza ordering language]]
* [[Cocktail Generator|Cocktail Generator (How to)]]
* [[Cocktail 1|Cocktail 1]]
* [[Cocktail 2|Cocktail 2]]
* [[Cocktail 3|Cocktail 3]]
* Computer language idea
* Chatbot scripts (link to Github)
* Chatbot results
* [[ErrorLeaks manifest]]
* [['Sad Face' Error|Error Message 'sad face']]
* [['Awkward' Error|Error Message 'awkward']]

* [[Movie bio-robotics]]
* [[Movie Drone Defense]]

* Computer language history (slides Vadim)
* Computer language design schema (slides Vadim)

* [[Bio-robotics scripts|Bio-robotics scripts (Github link)]]
* [[Talking Plant scripts|Talking Plant scripts (Github link)]]

* [[DIY steps Theremin]]
* [[DIY steps Talking plant]]
* [[DIY steps bio-robotics]]

* [[Group pictures]]

* [[HDSA2015 tweet collection|#HDSA2015 tweet collection]]

* Recipes Algorithmic kitchen

* Essay Christian Greer (Royal Tombs)

* Quotes participants

HDSA2015 tweet collection

2015-08-31T09:26:33Z

Alpha: Created page with "tjilp tjilp Category:EditMe Category:Print Category:Web"

tjilp tjilp

[[Category:EditMe]]
[[Category:Print]]
[[Category:Web]]

HDSA2015 daily

2015-08-31T09:25:44Z

Alpha: Created page with "Insert gif Category:WriteMe Category:Web"

Insert gif

[[Category:WriteMe]]
[[Category:Web]]

Do it yourself bio-robotics

2015-08-31T09:25:07Z

Alpha: Created page with "Insert DIY steps making microscope webcam Category:WriteMe Category:Print Category:Web"

Insert DIY steps making microscope webcam

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

How to get your plant talk

2015-08-31T09:23:56Z

Alpha:

Write DIY steps Talking plant

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

How to get your plant talk

2015-08-31T09:23:41Z

Alpha: Created page with "Write DIY steps Talking plant Category:WriteMe Category:Print"

Write DIY steps Talking plant

[[Category:WriteMe]]
[[Category:Print]]

Talking Plant scripts

2015-08-31T09:23:22Z

Alpha: Created page with "Add github link Category:WriteMe Category:Web"

Add github link

[[Category:WriteMe]]
[[Category:Web]]

Bio-robotics scripts

2015-08-31T09:23:08Z

Alpha: Created page with "add github link Category:WriteMe Category:Web"

add github link

[[Category:WriteMe]]
[[Category:Web]]

HDSA 2015. About bugs, bots & bytes

2015-08-31T09:22:43Z

Alpha: /* Production */

'''About bugs, bots & bytes'''

The Hackers & Designers Summer Academy 2015 took place from 29 July-7 August in [[De_PUNT | De PUNT]] Amsterdam. The cover charge was €350,00 per participant covering the 10 day program, a welcome dinner, daily lunches and an arduino kit.

The call for application closed on May 30th 2015.

==Academy==
====Workshops====
* [[Toy_Hacking|Toy Hacking]] by [[Selby_Gildemacher|Selby Gildemacher]], [[James_Bryan_Graves|James Bryan Graves]] and [[Anja_Groten|Anja Groten]]
* [[Algorithmic_Kitchen|Algorithmic Kitchen]] by [[Luis_Rodil-Fern%C3%A1ndez|Luis Rodil-Fernández]]
* [[Code,_text_and_text-to-speech|Code, text and text-to-speech]] by [[An_Mertens|An Mertens]] and [[Michael_Murthaugh|Michael Murthaugh]] from [[Constant_Association_for_Art_and_Media|Constant Association for Art and Media]]
* [[Language_Design|Language Design]] by [[Vadim_Zaytsev|Vadim Zaytsev]]
* [[Applied_Bio-Robotics|Applied Bio-Robotics]] by [[Arjan_Scherpenisse|Arjan Scherpenisse]]
* [[Error_Messages|Error Messages]] by [[Dani%C3%ABl_van_der_Velden|Daniël van der Velden]] from [[Metahaven|Metahaven]]
* [[DIY_theremin_making|DIY theremin making]] by [[Andrey_Smirnov|Andrey Smirnov]]
* [[Domestic_Drone_Defence|Domestic Drone Defence]] by [[Ruben_Pater|Ruben Pater]] and [[Tijmen_Schep|Tijmen Schep]]

====Excursions====
* [[Waag_Society | Waag Society]]
* [[Lava_Lab | Lava Lab]] with [[Mark_Meeuwennoord | Mark Meeuwennoord]] and [[Klasien_van_de_Zandschulp | Klasien van de Zandschulp]]

====Public film screening====
*[[Underground_Cinema | Underground Cinema]] by [[Jeffrey_Babkock | Jeffrey Babkock]] with Decoder (1984)

====H&D Summer Talks====

At the end of the Summer Academy Hackers & Designers invited cross-disciplinary speakers to take the participants and the public into a deeper conversation around topics, which have arose in our modern techno society and breached over the course of the Summer Academy.
The speakers offered insights and diverse perspectives into their research, professional and artistic practices, all the while maintaining the satirical and humorous approach of Hackers & Designers.

* [[The_right_to_die_digitally,_digital_euthanasia,_image_rights_and_more|The right to die digitally, digital euthanasia, image rights and more – Lecture]] by [[St%C3%ABfan_Sch%C3%A4fer | Stëfan Schäfer]]
* [[Training_and_the_problem_of_data:_What_would_it_take_to_adopt_fugitive_statistics|Training and the problem of data: What would it take to adopt fugitive statistics – Text]] by [[Ramon_Amaro|Ramon Amaro]]
* [[Training_and_the_problem_of_data:_What_would_it_take_to_adopt_fugitive_statistics|Training and the problem of data: What would it take to adopt fugitive statistics – Lecture]] by [[Ramon_Amaro|Ramon Amaro]]
* [[Gestural_Interfacing|Gestural Interfacing – Lecture]] by [[Jeremy_Bailey|Jeremy Bailey]]
* [[The_potentials_of_technological_flaws|The potentials of technological flaws – Lecture]] by [[Ro%CD%AC%CD%AC%CD%A0%CD%A0%CD%A1%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0s%CD%AC%CD%AC%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0a%CD%AC%CD%AC%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0_Menkman|Roͬͬ͠͠͡͠͠͠͠͠͠͠͠sͬͬ͠͠͠͠͠͠͠͠͠aͬͬ͠͠͠͠͠͠͠ Menkman]]

====Party====

School's out for Summer!
Hackers & Designers warmly invited for a summer night of talks, drinks, 'n tunes.

22:00-3:00: H&D Summer Party, music by:
* DJ Nudist Looters
* [http://www.soundcloud.com/neilakiosk DJ Boris Becker]
* DJ Toby

==Organisation==
* [[Selby_Gildemacher|Selby Gildemacher]]
* [[James_Bryan_Graves|James Bryan Graves]]
* [[Anja_Groten|Anja Groten]]

==Participants==
* Flaminia Fortunato
* Maaike De Laat
* Eurico Sá Fernandes
* Minhong Yu
* Mark-Jan Tellingen
* Michaela Lakova
* Celia Rosa
* Jona Andersen
* Juriaan Boerman
* Vincent Hoenderop
* Linder Basil Lukas
* Lucian Blankevoort
* Vicky De Visser

==Production==

'''*a list of all articles containing content produced during the summer academy or referenctial articles that stand in relation to the summer academy'''

* [[Interview_Michael_Murtaugh|Interview with Michael Murtaugh by Flaminia Fortunato]]

* [[Net_launcher|Ad 1 Drone defense: Net launcher]]
* [[Wifi_Blaster|Ad 2 Drone defense: Wifi Blaster]]
* [[Bottle_rocket|Ad 3 Drone defense: Bottle rocket]]
* [[Umbrella_artillery|Ad 4 Drone defense: Umbrella artillery]]

* [[Arduino/Genuino_UNO|Ad 1: for arduino's: Arduino/Genuino UNO]]
* [[Lily_pad|Ad 2: for arduino's: Lily pad, microcontroller designed for wearables]]

* [[Raspberry Pie|Ad 3: Raspberry Pie: Setting up a local network]]

* Ad 1: for Constant books:
* [[Conversations|Ad 2: for Constant books: conversations (F/LOSS)]]
* Ad 3: Constant books literary mesh-up

* [[Glossary | HDSA 2015 Glossary]: More notes here: [https://github.com/hd-onions/hackersanddesigners/blob/master/notes.markdown Github]

* [[Review Jona Andersen]]
* Review Vincent

* [[Pizza ordering language|Pizza ordering language]]
* [[Cocktail Generator|Cocktail Generator (How to)]]
* [[Cocktail 1|Cocktail 1]]
* [[Cocktail 2|Cocktail 2]]
* [[Cocktail 3|Cocktail 3]]
* Computer language idea
* Chatbot scripts (link to Github)
* Chatbot results
* [[ErrorLeaks manifest]]
* [['Sad Face' Error|Error Message 'sad face']]
* [['Awkward' Error|Error Message 'awkward']]

* [[Movie bio-robotics]]
* [[Movie Drone Defense]]

* Computer language history (slides Vadim)
* Computer language design schema (slides Vadim)

* [[Bio-robotics scripts|Bio-robotics scripts (Github link)]]
* [[Talking Plant scripts|Talking Plant scripts (Github link)]]

* [[DIY steps Theremin]]
* [[DIY steps Talking plant]]
* [[DIY steps bio-robotics]]

* [[Group pictures]]

* [[HDSA2015 tweet collection|#HDSA2015 tweet collection]]

* Recipes Algorithmic kitchen

* Essay Christian Greer (Royal Tombs)

* Quotes participants

Movie Drone Defense

2015-08-31T09:19:52Z

Alpha: Created page with "add movie Category:WriteMe Category:Print Category:Web"

add movie

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

HDSA 2015. About bugs, bots & bytes

2015-08-31T09:18:29Z

Alpha: /* Production */

'''About bugs, bots & bytes'''

The Hackers & Designers Summer Academy 2015 took place from 29 July-7 August in [[De_PUNT | De PUNT]] Amsterdam. The cover charge was €350,00 per participant covering the 10 day program, a welcome dinner, daily lunches and an arduino kit.

The call for application closed on May 30th 2015.

==Academy==
====Workshops====
* [[Toy_Hacking|Toy Hacking]] by [[Selby_Gildemacher|Selby Gildemacher]], [[James_Bryan_Graves|James Bryan Graves]] and [[Anja_Groten|Anja Groten]]
* [[Algorithmic_Kitchen|Algorithmic Kitchen]] by [[Luis_Rodil-Fern%C3%A1ndez|Luis Rodil-Fernández]]
* [[Code,_text_and_text-to-speech|Code, text and text-to-speech]] by [[An_Mertens|An Mertens]] and [[Michael_Murthaugh|Michael Murthaugh]] from [[Constant_Association_for_Art_and_Media|Constant Association for Art and Media]]
* [[Language_Design|Language Design]] by [[Vadim_Zaytsev|Vadim Zaytsev]]
* [[Applied_Bio-Robotics|Applied Bio-Robotics]] by [[Arjan_Scherpenisse|Arjan Scherpenisse]]
* [[Error_Messages|Error Messages]] by [[Dani%C3%ABl_van_der_Velden|Daniël van der Velden]] from [[Metahaven|Metahaven]]
* [[DIY_theremin_making|DIY theremin making]] by [[Andrey_Smirnov|Andrey Smirnov]]
* [[Domestic_Drone_Defence|Domestic Drone Defence]] by [[Ruben_Pater|Ruben Pater]] and [[Tijmen_Schep|Tijmen Schep]]

====Excursions====
* [[Waag_Society | Waag Society]]
* [[Lava_Lab | Lava Lab]] with [[Mark_Meeuwennoord | Mark Meeuwennoord]] and [[Klasien_van_de_Zandschulp | Klasien van de Zandschulp]]

====Public film screening====
*[[Underground_Cinema | Underground Cinema]] by [[Jeffrey_Babkock | Jeffrey Babkock]] with Decoder (1984)

====H&D Summer Talks====

At the end of the Summer Academy Hackers & Designers invited cross-disciplinary speakers to take the participants and the public into a deeper conversation around topics, which have arose in our modern techno society and breached over the course of the Summer Academy.
The speakers offered insights and diverse perspectives into their research, professional and artistic practices, all the while maintaining the satirical and humorous approach of Hackers & Designers.

* [[The_right_to_die_digitally,_digital_euthanasia,_image_rights_and_more|The right to die digitally, digital euthanasia, image rights and more – Lecture]] by [[St%C3%ABfan_Sch%C3%A4fer | Stëfan Schäfer]]
* [[Training_and_the_problem_of_data:_What_would_it_take_to_adopt_fugitive_statistics|Training and the problem of data: What would it take to adopt fugitive statistics – Text]] by [[Ramon_Amaro|Ramon Amaro]]
* [[Training_and_the_problem_of_data:_What_would_it_take_to_adopt_fugitive_statistics|Training and the problem of data: What would it take to adopt fugitive statistics – Lecture]] by [[Ramon_Amaro|Ramon Amaro]]
* [[Gestural_Interfacing|Gestural Interfacing – Lecture]] by [[Jeremy_Bailey|Jeremy Bailey]]
* [[The_potentials_of_technological_flaws|The potentials of technological flaws – Lecture]] by [[Ro%CD%AC%CD%AC%CD%A0%CD%A0%CD%A1%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0s%CD%AC%CD%AC%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0a%CD%AC%CD%AC%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0_Menkman|Roͬͬ͠͠͡͠͠͠͠͠͠͠͠sͬͬ͠͠͠͠͠͠͠͠͠aͬͬ͠͠͠͠͠͠͠ Menkman]]

====Party====

School's out for Summer!
Hackers & Designers warmly invited for a summer night of talks, drinks, 'n tunes.

22:00-3:00: H&D Summer Party, music by:
* DJ Nudist Looters
* [http://www.soundcloud.com/neilakiosk DJ Boris Becker]
* DJ Toby

==Organisation==
* [[Selby_Gildemacher|Selby Gildemacher]]
* [[James_Bryan_Graves|James Bryan Graves]]
* [[Anja_Groten|Anja Groten]]

==Participants==
* Flaminia Fortunato
* Maaike De Laat
* Eurico Sá Fernandes
* Minhong Yu
* Mark-Jan Tellingen
* Michaela Lakova
* Celia Rosa
* Jona Andersen
* Juriaan Boerman
* Vincent Hoenderop
* Linder Basil Lukas
* Lucian Blankevoort
* Vicky De Visser

==Production==

'''*a list of all articles containing content produced during the summer academy or referenctial articles that stand in relation to the summer academy'''

* [[Interview_Michael_Murtaugh|Interview with Michael Murtaugh by Flaminia Fortunato]]

* [[Net_launcher|Ad 1 Drone defense: Net launcher]]
* [[Wifi_Blaster|Ad 2 Drone defense: Wifi Blaster]]
* [[Bottle_rocket|Ad 3 Drone defense: Bottle rocket]]
* [[Umbrella_artillery|Ad 4 Drone defense: Umbrella artillery]]

* [[Arduino/Genuino_UNO|Ad 1: for arduino's: Arduino/Genuino UNO]]
* [[Lily_pad|Ad 2: for arduino's: Lily pad, microcontroller designed for wearables]]

* [[Raspberry Pie|Ad 3: Raspberry Pie: Setting up a local network]]

* Ad 1: for Constant books:
* [[Conversations|Ad 2: for Constant books: conversations (F/LOSS)]]
* Ad 3: Constant books literary mesh-up

* [[Glossary | HDSA 2015 Glossary]: More notes here: [https://github.com/hd-onions/hackersanddesigners/blob/master/notes.markdown Github]

* [[Review Jona Andersen]]
* Review Vincent

* [[Pizza ordering language|Pizza ordering language]]
* [[Cocktail Generator|Cocktail Generator (How to)]]
* [[Cocktail 1|Cocktail 1]]
* [[Cocktail 2|Cocktail 2]]
* [[Cocktail 3|Cocktail 3]]
* Computer language idea
* Chatbot scripts (link to Github)
* Chatbot results
* [[ErrorLeaks manifest]]
* [['Sad Face' Error|Error Message 'sad face']]
* [['Awkward' Error|Error Message 'awkward']]

* [[Movie bio-robotics]]
* [[Movie Drone Defense]]

* Computer language history (slides Vadim)
* Computer language design schema (slides Vadim)

* [[Bio-robotics scripts|Bio-robotics scripts (Github link)]]
* [[Talking Plant scripts|Talking Plant scripts (Github link)]]

* [[DIY steps Theremin]]
* [[DIY steps Talking plant]]
* [[DIY steps bio-robotics]]

* [[Group pictures]]

* [[#HDSA2015 tweet collection]]

* Recipes Algorithmic kitchen

* Essay Christian Greer (Royal Tombs)

* Quotes participants

Movie bio-robotics

2015-08-31T09:12:13Z

Alpha: Created page with "By Jona Andersen, Juriaan Boerman and /// Category:WriteMe Category:Print Category:Web"

By Jona Andersen, Juriaan Boerman and ///

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

ErrorLeaks manifest

2015-08-31T09:10:15Z

Alpha: Created page with "By Maaike De Laat, Eurico Sá Fernandes, Mark-Jan Tellingen Category:WriteMe Category:Print Category:Web"

By Maaike De Laat, Eurico Sá Fernandes, Mark-Jan Tellingen

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

Awkward Error

2015-08-31T09:08:03Z

Alpha:

By [[Anja Groten]], [[James Bryan Graves]] and [[Selby Gildemacher]].

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

Awkward Error

2015-08-31T09:07:47Z

Alpha: Created page with "By Anja Groten, James Bryan Graves and Selby Gildenmacher. Category:WriteMe Category:Print Category:Web"

By [[Anja Groten]], [[James Bryan Graves]] and [[Selby Gildenmacher]].

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

Sad Face Error

2015-08-31T09:06:28Z

Alpha: Created page with "By Linder Basil Lukas Category:WriteMe Category:Print Category:Web"

By Linder Basil Lukas

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

HDSA 2015. About bugs, bots & bytes

2015-08-31T09:03:50Z

Alpha: /* Production */

'''About bugs, bots & bytes'''

The Hackers & Designers Summer Academy 2015 took place from 29 July-7 August in [[De_PUNT | De PUNT]] Amsterdam. The cover charge was €350,00 per participant covering the 10 day program, a welcome dinner, daily lunches and an arduino kit.

The call for application closed on May 30th 2015.

==Academy==
====Workshops====
* [[Toy_Hacking|Toy Hacking]] by [[Selby_Gildemacher|Selby Gildemacher]], [[James_Bryan_Graves|James Bryan Graves]] and [[Anja_Groten|Anja Groten]]
* [[Algorithmic_Kitchen|Algorithmic Kitchen]] by [[Luis_Rodil-Fern%C3%A1ndez|Luis Rodil-Fernández]]
* [[Code,_text_and_text-to-speech|Code, text and text-to-speech]] by [[An_Mertens|An Mertens]] and [[Michael_Murthaugh|Michael Murthaugh]] from [[Constant_Association_for_Art_and_Media|Constant Association for Art and Media]]
* [[Language_Design|Language Design]] by [[Vadim_Zaytsev|Vadim Zaytsev]]
* [[Applied_Bio-Robotics|Applied Bio-Robotics]] by [[Arjan_Scherpenisse|Arjan Scherpenisse]]
* [[Error_Messages|Error Messages]] by [[Dani%C3%ABl_van_der_Velden|Daniël van der Velden]] from [[Metahaven|Metahaven]]
* [[DIY_theremin_making|DIY theremin making]] by [[Andrey_Smirnov|Andrey Smirnov]]
* [[Domestic_Drone_Defence|Domestic Drone Defence]] by [[Ruben_Pater|Ruben Pater]] and [[Tijmen_Schep|Tijmen Schep]]

====Excursions====
* [[Waag_Society | Waag Society]]
* [[Lava_Lab | Lava Lab]] with [[Mark_Meeuwennoord | Mark Meeuwennoord]] and [[Klasien_van_de_Zandschulp | Klasien van de Zandschulp]]

====Public film screening====
*[[Underground_Cinema | Underground Cinema]] by [[Jeffrey_Babkock | Jeffrey Babkock]] with Decoder (1984)

====H&D Summer Talks====

At the end of the Summer Academy Hackers & Designers invited cross-disciplinary speakers to take the participants and the public into a deeper conversation around topics, which have arose in our modern techno society and breached over the course of the Summer Academy.
The speakers offered insights and diverse perspectives into their research, professional and artistic practices, all the while maintaining the satirical and humorous approach of Hackers & Designers.

* [[The_right_to_die_digitally,_digital_euthanasia,_image_rights_and_more|The right to die digitally, digital euthanasia, image rights and more – Lecture]] by [[St%C3%ABfan_Sch%C3%A4fer | Stëfan Schäfer]]
* [[Training_and_the_problem_of_data:_What_would_it_take_to_adopt_fugitive_statistics|Training and the problem of data: What would it take to adopt fugitive statistics – Text]] by [[Ramon_Amaro|Ramon Amaro]]
* [[Training_and_the_problem_of_data:_What_would_it_take_to_adopt_fugitive_statistics|Training and the problem of data: What would it take to adopt fugitive statistics – Lecture]] by [[Ramon_Amaro|Ramon Amaro]]
* [[Gestural_Interfacing|Gestural Interfacing – Lecture]] by [[Jeremy_Bailey|Jeremy Bailey]]
* [[The_potentials_of_technological_flaws|The potentials of technological flaws – Lecture]] by [[Ro%CD%AC%CD%AC%CD%A0%CD%A0%CD%A1%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0s%CD%AC%CD%AC%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0a%CD%AC%CD%AC%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0%CD%A0_Menkman|Roͬͬ͠͠͡͠͠͠͠͠͠͠͠sͬͬ͠͠͠͠͠͠͠͠͠aͬͬ͠͠͠͠͠͠͠ Menkman]]

====Party====

School's out for Summer!
Hackers & Designers warmly invited for a summer night of talks, drinks, 'n tunes.

22:00-3:00: H&D Summer Party, music by:
* DJ Nudist Looters
* [http://www.soundcloud.com/neilakiosk DJ Boris Becker]
* DJ Toby

==Organisation==
* [[Selby_Gildemacher|Selby Gildemacher]]
* [[James_Bryan_Graves|James Bryan Graves]]
* [[Anja_Groten|Anja Groten]]

==Participants==
* Flaminia Fortunato
* Maaike De Laat
* Eurico Sá Fernandes
* Minhong Yu
* Mark-Jan Tellingen
* Michaela Lakova
* Celia Rosa
* Jona Andersen
* Juriaan Boerman
* Vincent Hoenderop
* Linder Basil Lukas
* Lucian Blankevoort
* Vicky De Visser

==Production==

'''*a list of all articles containing content produced during the summer academy or referenctial articles that stand in relation to the summer academy'''

* [[Interview_Michael_Murtaugh|Interview with Michael Murtaugh by Flaminia Fortunato]]

* [[Net_launcher|Ad 1 Drone defense: Net launcher]]
* [[Wifi_Blaster|Ad 2 Drone defense: Wifi Blaster]]
* [[Bottle_rocket|Ad 3 Drone defense: Bottle rocket]]
* [[Umbrella_artillery|Ad 4 Drone defense: Umbrella artillery]]

* [[Arduino/Genuino_UNO|Ad 1: for arduino's: Arduino/Genuino UNO]]
* [[Lily_pad|Ad 2: for arduino's: Lily pad, microcontroller designed for wearables]]

* [[Raspberry Pie|Ad 3: Raspberry Pie: Setting up a local network]]

* Ad 1: for Constant books:
* [[Conversations|Ad 2: for Constant books: conversations (F/LOSS)]]
* Ad 3: Constant books literary mesh-up

* [[Glossary | HDSA 2015 Glossary]: More notes here: [https://github.com/hd-onions/hackersanddesigners/blob/master/notes.markdown Github]

* [[Review Jona Andersen]]
* Review Vincent

* [[Pizza ordering language|Pizza ordering language]]
* [[Cocktail Generator|Cocktail Generator (How to)]]
* [[Cocktail 1|Cocktail 1]]
* [[Cocktail 2|Cocktail 2]]
* [[Cocktail 3|Cocktail 3]]
* Computer language idea
* Chatbot scripts (link to Github)
* Chatbot results
* ErrorLeaks manifest
* [['Sad Face' Error|Error Message 'sad face']]
* [['Awkward' Error|Error Message 'awkward']]

* Movie bio-robotics
* Movie Drone Defense

* Computer language history (slides Vadim)
* Computer language design schema (slides Vadim)

* Bio-robotics scripts (Github link)
* Talking Plant scipts (Github link)

* [[DIY steps Theremin]]
* DIY steps Talking plant
* DIY steps bio-robotics: DIY microscope

* Groups pic gif

* #HDSA2015 tweet collection

* Recipes Algorithmic kitchen

* Essay Christian Greer (Royal Tombs)

* Quotes participants

Review Jona Andersen

2015-08-31T08:59:25Z

Alpha: Created page with "insert review Category: WriteMe Category:Print Category:Web"

insert review

[[Category: WriteMe]]
[[Category:Print]]
[[Category:Web]]

Hackers & Designers Summer Academy

2015-08-31T08:58:20Z

Alpha:

Every summer H&D invite an international group of ambitious participants for a 10 full-day immersive program, which focussed on learning, researching and discussing all by creating. Participants represented BE, BG, DE, NL, US, UK, ES, SK, TH, ZA.

Each day of the summer academy is programmed and structured with workshops, lectures, discussions, and experimentation.
The first edition of the H&D Summer Academy took place in 2015, and was located in [http://52.19.102.72/mediawiki/index.php/De_PUNT De PUNT] - a community, art and project space in the east of Amsterdam.

==Editions==

* [[HDSA_2015|HDSA 2015: About bugs, bots and bytes]]
* [[HDSA_2016|HDSA 2016: Title to be announced]]

Ad Conversations

2015-08-31T08:52:20Z

Alpha:

Book by [[Constant Association for Art and Media|Constant]]

Conversations is an extensive collection of dialogues between developers and designers involved in the wider ecosystem of Libre Graphics. Its lengthy title, "I think that conversations are the best, biggest thing that Free Software has to offer its user", is taken from an interview with Debian developer Asheesh Laroia. His remark points at the difference that Free Software can make when users are invited to consider, interrogate and discuss not only the technical details of software, but its concepts and histories as well.

Conversations documents discussions about tools and practices for typography, layout and image processing that stretch out over a period of more than eight years. The questions and answers were recorded in the margins of events such as the yearly Libre Graphics Meeting, the Libre Graphics Research Unit, a two-year collaboration between Medialab-Prado in Madrid, Worm in Rotterdam, Piksel in Bergen and Constant in Brussels, or as part of documenting the work process of the Brussels' design team OSP. The book is published by Constant, a Brussels based association for arts and media, and produced collaboratively with the help of etherpash, a custom Libre Graphics workflow developed by Christoph Haag.

*Published by: Constant Verlag (Brussels, January 2015) ISBN: 9789081145930
*[http://conversations.tools/ Website]
*[http://freeze.sh/_/2015/conversations/ Order here]

[[Category:EditMe]]
[[Category:Print]]
[[Category:Web]]

Constant Association for Art and Media

2015-08-31T08:51:47Z

Alpha:

Constant is a non-profit association, an interdisciplinary arts-lab based and active in Brussels since 1997. Constant works in-between media and art and is interested in the culture and ethics of the World Wide Web. The artistic practice of Constant is inspired by the way that technological infrastructures, data-exchange and software determine our daily life. Free software, copyright alternatives and (cyber)feminism are important threads running through the activities of Constant. Constant organizes workshops, print-parties, walks and ‘Verbindingen/Jonctions’-meetings on a regular basis for a public that’s into experiments, discussions and all kinds of exchanges.

==Workshops==
[[Code, text and text-to-speech]]

==Contact==
[http://www.constantvzw.org/ Website]

[[Category: EditMe]]
[[Category:Print]]
[[Category:Web]]

Constant Association for Art and Media

2015-08-31T08:51:24Z

Alpha:

Constant is a non-profit association, an interdisciplinary arts-lab based and active in Brussels since 1997. Constant works in-between media and art and is interested in the culture and ethics of the World Wide Web. The artistic practice of Constant is inspired by the way that technological infrastructures, data-exchange and software determine our daily life. Free software, copyright alternatives and (cyber)feminism are important threads running through the activities of Constant. Constant organizes workshops, print-parties, walks and ‘Verbindingen/Jonctions’-meetings on a regular basis for a public that’s into experiments, discussions and all kinds of exchanges.

==Workshops==
[[Code, text and text-to-speech]]

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

==Contact==
[http://www.constantvzw.org/ Website]

[[Category: EditMe]]
[[Category:Print]]
[[Category:Web]]

Constant Association for Art and Media

2015-08-31T08:50:54Z

Alpha: /* Workshops */

Constant is a non-profit association, an interdisciplinary arts-lab based and active in Brussels since 1997. Constant works in-between media and art and is interested in the culture and ethics of the World Wide Web. The artistic practice of Constant is inspired by the way that technological infrastructures, data-exchange and software determine our daily life. Free software, copyright alternatives and (cyber)feminism are important threads running through the activities of Constant. Constant organizes workshops, print-parties, walks and ‘Verbindingen/Jonctions’-meetings on a regular basis for a public that’s into experiments, discussions and all kinds of exchanges.

==Workshops==
[[Code, text and text-to-speech]]

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

==Contact==
[http://www.constantvzw.org/ Website]

[[Category:EditMe]]
[[Category:Print]]
[[Category:Web]]

Ad Conversations

2015-08-31T08:49:35Z

Alpha:

Ad Conversations

2015-08-31T08:46:58Z

Alpha: Created page with "Book by Constant Conversations is an extensive collection of dialogues between developers and designers involved in the wider ecosystem of Libre Graphics. Its lengthy tit..."

Book by [[Constant]]

Conversations is an extensive collection of dialogues between developers and designers involved in the wider ecosystem of Libre Graphics. Its lengthy title, "I think that conversations are the best, biggest thing that Free Software has to offer its user", is taken from an interview with Debian developer Asheesh Laroia. His remark points at the difference that Free Software can make when users are invited to consider, interrogate and discuss not only the technical details of software, but its concepts and histories as well.

Conversations documents discussions about tools and practices for typography, layout and image processing that stretch out over a period of more than eight years. The questions and answers were recorded in the margins of events such as the yearly Libre Graphics Meeting, the Libre Graphics Research Unit, a two-year collaboration between Medialab-Prado in Madrid, Worm in Rotterdam, Piksel in Bergen and Constant in Brussels, or as part of documenting the work process of the Brussels' design team OSP. The book is published by Constant, a Brussels based association for arts and media, and produced collaboratively with the help of etherpash, a custom Libre Graphics workflow developed by Christoph Haag.

Published by: Constant Verlag (Brussels, January 2015) ISBN: 9789081145930
[http://conversations.tools/ Website]
[http://freeze.sh/_/2015/conversations/ Order here]

[[Category:WriteMe]]
[[Category:Print]]
[[Category:Web]]

How to make a Theremin

2015-08-31T08:31:47Z

Alpha: /* Step by step */

By [[Andrey Smirnov]]

==Options==
'''To create your own theremin you have two options:'''

===Basic===
This version only uses the sensor board (recognisable by its 6 pins on one side, and 2 on the opposite side). Connect it to power (9 volts battery) and to the audio input of your laptop. Then you only need to load a PureData or MaxMSP patch file on your laptop.

===Advanced===
In this scenario you attach the Arduino-compatible sensor board (recognisable by the 8 pins sticking out the side, and 2+4 pins sticking up) to your Arduino board. In this case you have to load a file onto your Arduino, and on your laptop open the patches for PureData or MaxMSP.

===Differences===
Why would you want to go for the Advanced version?
* The advanced version has less lag than the version that uses the audioport. It responds to your hand a bit quicker.
* The advanced version allows you to add multiple channels to the Arduino version.
* The advanced version also allows you to easily explore MIDI-output, and more.

==Different available theremins==

In these folders you can find files for different projects. Load the file you’re interested in into PureData or MaxMSP. If you are using an Arduino, also load the corresponding file onto your Arduino.

*'''USB Grains 1 & 2'''
For scratching sound files. You can freeze in any point of the selected sound file by moving your hand to a certain distance from the theremin.

*'''USB Inst1x2'''
A basic patch to explore multichannel installations. Explore this file if you want to learn how to add even more channels.

*'''USB Scaleplayer'''
To play scales in different tunes. Instead of a continuous change in pitch of the sound, it plays only separate notes. It’s like playing a piano with one finger, or Auto-tune for your theremin.

*'''USB Scaleplayer x2'''
Similar like the patch above, but for 2 inputs. It’s like playing a piano with 2 fingers.

*'''USB SFPLayer'''
Soundfile player. Load up multiple sound files, and then skip through the different files by varying the distance to the theremin.

*'''USB th02_demo3'''
An experimental combination of different patches. It plays fixed pitches, like a piano.

*'''USB Theremin 0'''
This is the best patch to start with. It’s single channel

*'''USB Theremin x2'''
This is like the patch above, but supports two channels, so pitch and frequency can be manipulated. This patch is most like the “classic” theremin you see in the media.

*'''USB Theremin000_UNO'''
Similar to the Theremin 0 patch, but is used for testing. The difference is that the signal isn’t smoothed, so the sound is rougher.

==Step by step==

===Download and install software===
*[https://puredata.info/downloads/pd-extended PD Extended] (or MaxMSP if you prefer)
*[https://www.arduino.cc/ Arduino] (and check if you need extra driver)

===Setting up the hardware===
====Arduino====
*Attach Arduino to mac
*Startup Arduino software
*change settings if necessary:
*Tools -> board
*Tools -> port
Make a note of the text at the bottom of your Arduino window, which should be something like “Arduino Uno on /dev/cy.usbmodem1421”

====Plug in the board====
Plug in the theremin Arduino shield board. Plug it in to that the four data-pins are plugged into A1 through A4.
The two power pins should then automatically be plugged in to 5V and GND, so the shield board is powered.

There are 8 pins sticking out of the side of this shield board.
The ‘top’ of the board is now the ground (of more technically: the pins attached to the outside of the shield board are the ground)

====Connecting the sensor board====
We’ll have to make a wire connection between the two boards. First connect a two-core wire to the two pins that are furthest away from the USB-input of the Arduino. Connect it vertically.
Make sure the wire connecting to the ground of the Arduino-shield is also connected to the ground on the sensor board. (if we number the 8 pins as 4 vertical sets, then set 1 is closest to the round voltage regulators. Using this numbering, you are connecting to set 4)

If we number the pins on the sensor board 1 to 6, number 1 being near the round voltage regulator part that sticks out, then pin 2 is the ground, and pin 1 is the data. Connect the wire to these two pins.
The little red light should turn on on the sensor board.

The hardware part is now done, congrats!

===Software===

====Open PD====
*Load a patch you’re interested in. In my case I’m using a mac, so I tried this starter file:
*PD-Intel -> UNO -> USB_theremin1_UNO.pd

Once loaded, you need to do a few things:
*In the menu, under Media check if DSP is set to ON.
*In the patch you have to change one variable, namely the USB Modem port. Under the “edit” menu select “edit mode”. Now find the part that reads something like “/dev/cu.usbmodem121” and change that into the variable you found (and hopefully wrote down) form the bottom of the Arduino software. When done, disable Edit Mode by once again selecting it.
*In theory you should now see data coming in from your theremin. Do you see numbers changing as you move around the sensor?
*Keep the sensor away from yourself or electronics, and press the space bar. the theremin is now calibrated.
*Finally, increase the volume. Drag the thick vertical black bar at the bottom of the patch (where it says “theremin volume”) and drag it to the right.

Your theremin should now be working.

[[Category:EditMe]]
[[Category:Print]]
[[Category:Web]]

How to make a Theremin

2015-08-31T08:29:44Z

Alpha: /* Setting up the hardware */

By [[Andrey Smirnov]]

==Options==
'''To create your own theremin you have two options:'''

===Basic===
This version only uses the sensor board (recognisable by its 6 pins on one side, and 2 on the opposite side). Connect it to power (9 volts battery) and to the audio input of your laptop. Then you only need to load a PureData or MaxMSP patch file on your laptop.

===Advanced===
In this scenario you attach the Arduino-compatible sensor board (recognisable by the 8 pins sticking out the side, and 2+4 pins sticking up) to your Arduino board. In this case you have to load a file onto your Arduino, and on your laptop open the patches for PureData or MaxMSP.

===Differences===
Why would you want to go for the Advanced version?
* The advanced version has less lag than the version that uses the audioport. It responds to your hand a bit quicker.
* The advanced version allows you to add multiple channels to the Arduino version.
* The advanced version also allows you to easily explore MIDI-output, and more.

==Different available theremins==

In these folders you can find files for different projects. Load the file you’re interested in into PureData or MaxMSP. If you are using an Arduino, also load the corresponding file onto your Arduino.

*'''USB Grains 1 & 2'''
For scratching sound files. You can freeze in any point of the selected sound file by moving your hand to a certain distance from the theremin.

*'''USB Inst1x2'''
A basic patch to explore multichannel installations. Explore this file if you want to learn how to add even more channels.

*'''USB Scaleplayer'''
To play scales in different tunes. Instead of a continuous change in pitch of the sound, it plays only separate notes. It’s like playing a piano with one finger, or Auto-tune for your theremin.

*'''USB Scaleplayer x2'''
Similar like the patch above, but for 2 inputs. It’s like playing a piano with 2 fingers.

*'''USB SFPLayer'''
Soundfile player. Load up multiple sound files, and then skip through the different files by varying the distance to the theremin.

*'''USB th02_demo3'''
An experimental combination of different patches. It plays fixed pitches, like a piano.

*'''USB Theremin 0'''
This is the best patch to start with. It’s single channel

*'''USB Theremin x2'''
This is like the patch above, but supports two channels, so pitch and frequency can be manipulated. This patch is most like the “classic” theremin you see in the media.

*'''USB Theremin000_UNO'''
Similar to the Theremin 0 patch, but is used for testing. The difference is that the signal isn’t smoothed, so the sound is rougher.

==Step by step==

===Download and install software===
*[https://puredata.info/downloads/pd-extended PD Extended] (or MaxMSP if you prefer)
*[https://www.arduino.cc/ Arduino] (and check if you need extra driver)

===Setting up the hardware===
====Arduino====
*Attach Arduino to mac
*Startup Arduino software
*change settings if necessary:
*Tools -> board
*Tools -> port
Make a note of the text at the bottom of your Arduino window, which should be something like “Arduino Uno on /dev/cy.usbmodem1421”

====Plug in the board====
Plug in the theremin Arduino shield board. Plug it in to that the four data-pins are plugged into A1 through A4.
The two power pins should then automatically be plugged in to 5V and GND, so the shield board is powered.

There are 8 pins sticking out of the side of this shield board.
*The ‘top’ of the board is now the ground (of more technically: the pins attached to the outside of the shield board are the ground)

====Connecting the sensor board====
We’ll have to make a wire connection between the two boards. First connect a two-core wire to the two pins that are furthest away from the USB-input of the Arduino. Connect it vertically.
Make sure the wire connecting to the ground of the Arduino-shield is also connected to the ground on the sensor board. (if we number the 8 pins as 4 vertical sets, then set 1 is closest to the round voltage regulators. Using this numbering, you are connecting to set 4)

If we number the pins on the sensor board 1 to 6, number 1 being near the round voltage regulator part that sticks out, then pin 2 is the ground, and pin 1 is the data. Connect the wire to these two pins.
The little red light should turn on on the sensor board.

The hardware part is now done, congrats!

===Software===

3.1 OPEN PD
* Load a patch you’re interested in. In my case I’m using a mac, so I tried this starter file:
* PD-Intel -> UNO -> USB_theremin1_UNO.pd

Once loaded, you need to do a few things:
* In the menu, under Media check if DSP is set to ON.
* In the patch you have to change one variable, namely the USB Modem port. Under the “edit” menu select “edit mode”. Now find the part that reads something like “/dev/cu.usbmodem121” and change that into the variable you found (and hopefully wrote down) form the bottom of the Arduino software. When done, disable Edit Mode by once again selecting it.
* In theory you should now see data coming in from your theremin. Do you see numbers changing as you move around the sensor?
* Keep the sensor away from yourself or electronics, and press the space bar. the theremin is now calibrated.
* Finally, increase the volume. Drag the thick vertical black bar at the bottom of the patch (where it says “theremin volume”) and drag it to the right.

Your theremin should now be working.

[[Category:EditMe]]
[[Category:Print]]
[[Category:Web]]

How to make a Theremin

2015-08-31T08:28:43Z

Alpha: /* Download and install software */

By [[Andrey Smirnov]]

==Options==
'''To create your own theremin you have two options:'''

===Basic===
This version only uses the sensor board (recognisable by its 6 pins on one side, and 2 on the opposite side). Connect it to power (9 volts battery) and to the audio input of your laptop. Then you only need to load a PureData or MaxMSP patch file on your laptop.

===Advanced===
In this scenario you attach the Arduino-compatible sensor board (recognisable by the 8 pins sticking out the side, and 2+4 pins sticking up) to your Arduino board. In this case you have to load a file onto your Arduino, and on your laptop open the patches for PureData or MaxMSP.

===Differences===
Why would you want to go for the Advanced version?
* The advanced version has less lag than the version that uses the audioport. It responds to your hand a bit quicker.
* The advanced version allows you to add multiple channels to the Arduino version.
* The advanced version also allows you to easily explore MIDI-output, and more.

==Different available theremins==

In these folders you can find files for different projects. Load the file you’re interested in into PureData or MaxMSP. If you are using an Arduino, also load the corresponding file onto your Arduino.

*'''USB Grains 1 & 2'''
For scratching sound files. You can freeze in any point of the selected sound file by moving your hand to a certain distance from the theremin.

*'''USB Inst1x2'''
A basic patch to explore multichannel installations. Explore this file if you want to learn how to add even more channels.

*'''USB Scaleplayer'''
To play scales in different tunes. Instead of a continuous change in pitch of the sound, it plays only separate notes. It’s like playing a piano with one finger, or Auto-tune for your theremin.

*'''USB Scaleplayer x2'''
Similar like the patch above, but for 2 inputs. It’s like playing a piano with 2 fingers.

*'''USB SFPLayer'''
Soundfile player. Load up multiple sound files, and then skip through the different files by varying the distance to the theremin.

*'''USB th02_demo3'''
An experimental combination of different patches. It plays fixed pitches, like a piano.

*'''USB Theremin 0'''
This is the best patch to start with. It’s single channel

*'''USB Theremin x2'''
This is like the patch above, but supports two channels, so pitch and frequency can be manipulated. This patch is most like the “classic” theremin you see in the media.

*'''USB Theremin000_UNO'''
Similar to the Theremin 0 patch, but is used for testing. The difference is that the signal isn’t smoothed, so the sound is rougher.

==Step by step==

===Download and install software===
*[https://puredata.info/downloads/pd-extended PD Extended] (or MaxMSP if you prefer)
*[https://www.arduino.cc/ Arduino] (and check if you need extra driver)

===Setting up the hardware===
2.1 ARDUINO
*Attach Arduino to mac
*Startup Arduino software
*change settings if necessary:
*Tools -> board
*Tools -> port
Make a note of the text at the bottom of your Arduino window, which should be something like “Arduino Uno on /dev/cy.usbmodem1421”

2.2 PLUG IN THE BOARD
Plug in the theremin Arduino shield board. Plug it in to that the four data-pins are plugged into A1 through A4.
The two power pins should then automatically be plugged in to 5V and GND, so the shield board is powered.

There are 8 pins sticking out of the side of this shield board.
*The ‘top’ of the board is now the ground (of more technically: the pins attached to the outside of the shield board are the ground)

2.3 CONNECTING THE SENSOR BOARD
We’ll have to make a wire connection between the two boards. First connect a two-core wire to the two pins that are furthest away from the USB-input of the Arduino. Connect it vertically.
Make sure the wire connecting to the ground of the Arduino-shield is also connected to the ground on the sensor board. (if we number the 8 pins as 4 vertical sets, then set 1 is closest to the round voltage regulators. Using this numbering, you are connecting to set 4)

If we number the pins on the sensor board 1 to 6, number 1 being near the round voltage regulator part that sticks out, then pin 2 is the ground, and pin 1 is the data. Connect the wire to these two pins.
The little red light should turn on on the sensor board.

The hardware part is now done, congrats!

===Software===

3.1 OPEN PD
* Load a patch you’re interested in. In my case I’m using a mac, so I tried this starter file:
* PD-Intel -> UNO -> USB_theremin1_UNO.pd

Once loaded, you need to do a few things:
* In the menu, under Media check if DSP is set to ON.
* In the patch you have to change one variable, namely the USB Modem port. Under the “edit” menu select “edit mode”. Now find the part that reads something like “/dev/cu.usbmodem121” and change that into the variable you found (and hopefully wrote down) form the bottom of the Arduino software. When done, disable Edit Mode by once again selecting it.
* In theory you should now see data coming in from your theremin. Do you see numbers changing as you move around the sensor?
* Keep the sensor away from yourself or electronics, and press the space bar. the theremin is now calibrated.
* Finally, increase the volume. Drag the thick vertical black bar at the bottom of the patch (where it says “theremin volume”) and drag it to the right.

Your theremin should now be working.

[[Category:EditMe]]
[[Category:Print]]
[[Category:Web]]

How to make a Theremin

2015-08-31T08:28:04Z

Alpha: /* Setting up the hardware */

By [[Andrey Smirnov]]

==Options==
'''To create your own theremin you have two options:'''

===Basic===
This version only uses the sensor board (recognisable by its 6 pins on one side, and 2 on the opposite side). Connect it to power (9 volts battery) and to the audio input of your laptop. Then you only need to load a PureData or MaxMSP patch file on your laptop.

===Advanced===
In this scenario you attach the Arduino-compatible sensor board (recognisable by the 8 pins sticking out the side, and 2+4 pins sticking up) to your Arduino board. In this case you have to load a file onto your Arduino, and on your laptop open the patches for PureData or MaxMSP.

===Differences===
Why would you want to go for the Advanced version?
* The advanced version has less lag than the version that uses the audioport. It responds to your hand a bit quicker.
* The advanced version allows you to add multiple channels to the Arduino version.
* The advanced version also allows you to easily explore MIDI-output, and more.

==Different available theremins==

In these folders you can find files for different projects. Load the file you’re interested in into PureData or MaxMSP. If you are using an Arduino, also load the corresponding file onto your Arduino.

*'''USB Grains 1 & 2'''
For scratching sound files. You can freeze in any point of the selected sound file by moving your hand to a certain distance from the theremin.

*'''USB Inst1x2'''
A basic patch to explore multichannel installations. Explore this file if you want to learn how to add even more channels.

*'''USB Scaleplayer'''
To play scales in different tunes. Instead of a continuous change in pitch of the sound, it plays only separate notes. It’s like playing a piano with one finger, or Auto-tune for your theremin.

*'''USB Scaleplayer x2'''
Similar like the patch above, but for 2 inputs. It’s like playing a piano with 2 fingers.

*'''USB SFPLayer'''
Soundfile player. Load up multiple sound files, and then skip through the different files by varying the distance to the theremin.

*'''USB th02_demo3'''
An experimental combination of different patches. It plays fixed pitches, like a piano.

*'''USB Theremin 0'''
This is the best patch to start with. It’s single channel

*'''USB Theremin x2'''
This is like the patch above, but supports two channels, so pitch and frequency can be manipulated. This patch is most like the “classic” theremin you see in the media.

*'''USB Theremin000_UNO'''
Similar to the Theremin 0 patch, but is used for testing. The difference is that the signal isn’t smoothed, so the sound is rougher.

==Step by step==

===Download and install software===
*[https://puredata.info/downloads/pd-extended PD Extended] (or MaxMSP if you prefer)
*[https://www.arduino.cc/ Arduino] (and check if you need extra driver)

===Setting up the hardware===
2.1 ARDUINO
*Attach Arduino to mac
*Startup Arduino software
*change settings if necessary:
*Tools -> board
*Tools -> port
Make a note of the text at the bottom of your Arduino window, which should be something like “Arduino Uno on /dev/cy.usbmodem1421”

2.2 PLUG IN THE BOARD
Plug in the theremin Arduino shield board. Plug it in to that the four data-pins are plugged into A1 through A4.
The two power pins should then automatically be plugged in to 5V and GND, so the shield board is powered.

There are 8 pins sticking out of the side of this shield board.
*The ‘top’ of the board is now the ground (of more technically: the pins attached to the outside of the shield board are the ground)

2.3 CONNECTING THE SENSOR BOARD
We’ll have to make a wire connection between the two boards. First connect a two-core wire to the two pins that are furthest away from the USB-input of the Arduino. Connect it vertically.
Make sure the wire connecting to the ground of the Arduino-shield is also connected to the ground on the sensor board. (if we number the 8 pins as 4 vertical sets, then set 1 is closest to the round voltage regulators. Using this numbering, you are connecting to set 4)

If we number the pins on the sensor board 1 to 6, number 1 being near the round voltage regulator part that sticks out, then pin 2 is the ground, and pin 1 is the data. Connect the wire to these two pins.
The little red light should turn on on the sensor board.

The hardware part is now done, congrats!

===Software===

3.1 OPEN PD
* Load a patch you’re interested in. In my case I’m using a mac, so I tried this starter file:
* PD-Intel -> UNO -> USB_theremin1_UNO.pd

Once loaded, you need to do a few things:
* In the menu, under Media check if DSP is set to ON.
* In the patch you have to change one variable, namely the USB Modem port. Under the “edit” menu select “edit mode”. Now find the part that reads something like “/dev/cu.usbmodem121” and change that into the variable you found (and hopefully wrote down) form the bottom of the Arduino software. When done, disable Edit Mode by once again selecting it.
* In theory you should now see data coming in from your theremin. Do you see numbers changing as you move around the sensor?
* Keep the sensor away from yourself or electronics, and press the space bar. the theremin is now calibrated.
* Finally, increase the volume. Drag the thick vertical black bar at the bottom of the patch (where it says “theremin volume”) and drag it to the right.

Your theremin should now be working.

[[Category:EditMe]]
[[Category:Print]]
[[Category:Web]]

How to make a Theremin

2015-08-31T08:26:57Z

Alpha: /* Download and install software */

By [[Andrey Smirnov]]

==Options==
'''To create your own theremin you have two options:'''

===Basic===
This version only uses the sensor board (recognisable by its 6 pins on one side, and 2 on the opposite side). Connect it to power (9 volts battery) and to the audio input of your laptop. Then you only need to load a PureData or MaxMSP patch file on your laptop.

===Advanced===
In this scenario you attach the Arduino-compatible sensor board (recognisable by the 8 pins sticking out the side, and 2+4 pins sticking up) to your Arduino board. In this case you have to load a file onto your Arduino, and on your laptop open the patches for PureData or MaxMSP.

===Differences===
Why would you want to go for the Advanced version?
* The advanced version has less lag than the version that uses the audioport. It responds to your hand a bit quicker.
* The advanced version allows you to add multiple channels to the Arduino version.
* The advanced version also allows you to easily explore MIDI-output, and more.

==Different available theremins==

In these folders you can find files for different projects. Load the file you’re interested in into PureData or MaxMSP. If you are using an Arduino, also load the corresponding file onto your Arduino.

*'''USB Grains 1 & 2'''
For scratching sound files. You can freeze in any point of the selected sound file by moving your hand to a certain distance from the theremin.

*'''USB Inst1x2'''
A basic patch to explore multichannel installations. Explore this file if you want to learn how to add even more channels.

*'''USB Scaleplayer'''
To play scales in different tunes. Instead of a continuous change in pitch of the sound, it plays only separate notes. It’s like playing a piano with one finger, or Auto-tune for your theremin.

*'''USB Scaleplayer x2'''
Similar like the patch above, but for 2 inputs. It’s like playing a piano with 2 fingers.

*'''USB SFPLayer'''
Soundfile player. Load up multiple sound files, and then skip through the different files by varying the distance to the theremin.

*'''USB th02_demo3'''
An experimental combination of different patches. It plays fixed pitches, like a piano.

*'''USB Theremin 0'''
This is the best patch to start with. It’s single channel

*'''USB Theremin x2'''
This is like the patch above, but supports two channels, so pitch and frequency can be manipulated. This patch is most like the “classic” theremin you see in the media.

*'''USB Theremin000_UNO'''
Similar to the Theremin 0 patch, but is used for testing. The difference is that the signal isn’t smoothed, so the sound is rougher.

==Step by step==

===Download and install software===
*[https://puredata.info/downloads/pd-extended PD Extended] (or MaxMSP if you prefer)
*[https://www.arduino.cc/ Arduino] (and check if you need extra driver)

===Setting up the hardware===
2.1 ARDUINO
* Attach Arduino to mac
* Startup Arduino software
* change settings if necessary:
* Tools -> board
* Tools -> port
Make a note of the text at the bottom of your Arduino window, which should be something like “Arduino Uno on /dev/cy.usbmodem1421”

2.2 PLUG IN THE BOARD
Plug in the theremin Arduino shield board. Plug it in to that the four data-pins are plugged into A1 through A4.
The two power pins should then automatically be plugged in to 5V and GND, so the shield board is powered.

There are 8 pins sticking out of the side of this shield board.
* The ‘top’ of the board is now the ground (of more technically: the pins attached to the outside of the shield board are the ground)

2.3 CONNECTING THE SENSOR BOARD
We’ll have to make a wire connection between the two boards. First connect a two-core wire to the two pins that are furthest away from the USB-input of the Arduino. Connect it vertically.
Make sure the wire connecting to the ground of the Arduino-shield is also connected to the ground on the sensor board. (if we number the 8 pins as 4 vertical sets, then set 1 is closest to the round voltage regulators. Using this numbering, you are connecting to set 4)

If we number the pins on the sensor board 1 to 6, number 1 being near the round voltage regulator part that sticks out, then pin 2 is the ground, and pin 1 is the data. Connect the wire to these two pins.
The little red light should turn on on the sensor board.

The hardware part is now done, congrats!

===Software===

3.1 OPEN PD
* Load a patch you’re interested in. In my case I’m using a mac, so I tried this starter file:
* PD-Intel -> UNO -> USB_theremin1_UNO.pd

Once loaded, you need to do a few things:
* In the menu, under Media check if DSP is set to ON.
* In the patch you have to change one variable, namely the USB Modem port. Under the “edit” menu select “edit mode”. Now find the part that reads something like “/dev/cu.usbmodem121” and change that into the variable you found (and hopefully wrote down) form the bottom of the Arduino software. When done, disable Edit Mode by once again selecting it.
* In theory you should now see data coming in from your theremin. Do you see numbers changing as you move around the sensor?
* Keep the sensor away from yourself or electronics, and press the space bar. the theremin is now calibrated.
* Finally, increase the volume. Drag the thick vertical black bar at the bottom of the patch (where it says “theremin volume”) and drag it to the right.

Your theremin should now be working.

[[Category:EditMe]]
[[Category:Print]]
[[Category:Web]]

How to make a Theremin

2015-08-31T08:26:28Z

Alpha: /* Download and install software */

By [[Andrey Smirnov]]

==Options==
'''To create your own theremin you have two options:'''

===Basic===
This version only uses the sensor board (recognisable by its 6 pins on one side, and 2 on the opposite side). Connect it to power (9 volts battery) and to the audio input of your laptop. Then you only need to load a PureData or MaxMSP patch file on your laptop.

===Advanced===
In this scenario you attach the Arduino-compatible sensor board (recognisable by the 8 pins sticking out the side, and 2+4 pins sticking up) to your Arduino board. In this case you have to load a file onto your Arduino, and on your laptop open the patches for PureData or MaxMSP.

===Differences===
Why would you want to go for the Advanced version?
* The advanced version has less lag than the version that uses the audioport. It responds to your hand a bit quicker.
* The advanced version allows you to add multiple channels to the Arduino version.
* The advanced version also allows you to easily explore MIDI-output, and more.

==Different available theremins==

In these folders you can find files for different projects. Load the file you’re interested in into PureData or MaxMSP. If you are using an Arduino, also load the corresponding file onto your Arduino.

*'''USB Grains 1 & 2'''
For scratching sound files. You can freeze in any point of the selected sound file by moving your hand to a certain distance from the theremin.

*'''USB Inst1x2'''
A basic patch to explore multichannel installations. Explore this file if you want to learn how to add even more channels.

*'''USB Scaleplayer'''
To play scales in different tunes. Instead of a continuous change in pitch of the sound, it plays only separate notes. It’s like playing a piano with one finger, or Auto-tune for your theremin.

*'''USB Scaleplayer x2'''
Similar like the patch above, but for 2 inputs. It’s like playing a piano with 2 fingers.

*'''USB SFPLayer'''
Soundfile player. Load up multiple sound files, and then skip through the different files by varying the distance to the theremin.

*'''USB th02_demo3'''
An experimental combination of different patches. It plays fixed pitches, like a piano.

*'''USB Theremin 0'''
This is the best patch to start with. It’s single channel

*'''USB Theremin x2'''
This is like the patch above, but supports two channels, so pitch and frequency can be manipulated. This patch is most like the “classic” theremin you see in the media.

*'''USB Theremin000_UNO'''
Similar to the Theremin 0 patch, but is used for testing. The difference is that the signal isn’t smoothed, so the sound is rougher.

==Step by step==

===Download and install software===
* [https://puredata.info/downloads/pd-extended PD Extended] (or MaxMSP if you prefer)
* [https://www.arduino.cc/ Arduino] (and check if you need extra driver)

===Setting up the hardware===
2.1 ARDUINO
* Attach Arduino to mac
* Startup Arduino software
* change settings if necessary:
* Tools -> board
* Tools -> port
Make a note of the text at the bottom of your Arduino window, which should be something like “Arduino Uno on /dev/cy.usbmodem1421”

2.2 PLUG IN THE BOARD
Plug in the theremin Arduino shield board. Plug it in to that the four data-pins are plugged into A1 through A4.
The two power pins should then automatically be plugged in to 5V and GND, so the shield board is powered.

There are 8 pins sticking out of the side of this shield board.
* The ‘top’ of the board is now the ground (of more technically: the pins attached to the outside of the shield board are the ground)

2.3 CONNECTING THE SENSOR BOARD
We’ll have to make a wire connection between the two boards. First connect a two-core wire to the two pins that are furthest away from the USB-input of the Arduino. Connect it vertically.
Make sure the wire connecting to the ground of the Arduino-shield is also connected to the ground on the sensor board. (if we number the 8 pins as 4 vertical sets, then set 1 is closest to the round voltage regulators. Using this numbering, you are connecting to set 4)

If we number the pins on the sensor board 1 to 6, number 1 being near the round voltage regulator part that sticks out, then pin 2 is the ground, and pin 1 is the data. Connect the wire to these two pins.
The little red light should turn on on the sensor board.

The hardware part is now done, congrats!

===Software===

3.1 OPEN PD
* Load a patch you’re interested in. In my case I’m using a mac, so I tried this starter file:
* PD-Intel -> UNO -> USB_theremin1_UNO.pd

Once loaded, you need to do a few things:
* In the menu, under Media check if DSP is set to ON.
* In the patch you have to change one variable, namely the USB Modem port. Under the “edit” menu select “edit mode”. Now find the part that reads something like “/dev/cu.usbmodem121” and change that into the variable you found (and hopefully wrote down) form the bottom of the Arduino software. When done, disable Edit Mode by once again selecting it.
* In theory you should now see data coming in from your theremin. Do you see numbers changing as you move around the sensor?
* Keep the sensor away from yourself or electronics, and press the space bar. the theremin is now calibrated.
* Finally, increase the volume. Drag the thick vertical black bar at the bottom of the patch (where it says “theremin volume”) and drag it to the right.

Your theremin should now be working.

[[Category:EditMe]]
[[Category:Print]]
[[Category:Web]]

How to make a Theremin

2015-08-31T08:25:14Z

Alpha: /* STEP BY STEP */

By [[Andrey Smirnov]]

==Options==
'''To create your own theremin you have two options:'''

===Basic===
This version only uses the sensor board (recognisable by its 6 pins on one side, and 2 on the opposite side). Connect it to power (9 volts battery) and to the audio input of your laptop. Then you only need to load a PureData or MaxMSP patch file on your laptop.

===Advanced===
In this scenario you attach the Arduino-compatible sensor board (recognisable by the 8 pins sticking out the side, and 2+4 pins sticking up) to your Arduino board. In this case you have to load a file onto your Arduino, and on your laptop open the patches for PureData or MaxMSP.

===Differences===
Why would you want to go for the Advanced version?
* The advanced version has less lag than the version that uses the audioport. It responds to your hand a bit quicker.
* The advanced version allows you to add multiple channels to the Arduino version.
* The advanced version also allows you to easily explore MIDI-output, and more.

==Different available theremins==

In these folders you can find files for different projects. Load the file you’re interested in into PureData or MaxMSP. If you are using an Arduino, also load the corresponding file onto your Arduino.

*'''USB Grains 1 & 2'''
For scratching sound files. You can freeze in any point of the selected sound file by moving your hand to a certain distance from the theremin.

*'''USB Inst1x2'''
A basic patch to explore multichannel installations. Explore this file if you want to learn how to add even more channels.

*'''USB Scaleplayer'''
To play scales in different tunes. Instead of a continuous change in pitch of the sound, it plays only separate notes. It’s like playing a piano with one finger, or Auto-tune for your theremin.

*'''USB Scaleplayer x2'''
Similar like the patch above, but for 2 inputs. It’s like playing a piano with 2 fingers.

*'''USB SFPLayer'''
Soundfile player. Load up multiple sound files, and then skip through the different files by varying the distance to the theremin.

*'''USB th02_demo3'''
An experimental combination of different patches. It plays fixed pitches, like a piano.

*'''USB Theremin 0'''
This is the best patch to start with. It’s single channel

*'''USB Theremin x2'''
This is like the patch above, but supports two channels, so pitch and frequency can be manipulated. This patch is most like the “classic” theremin you see in the media.

*'''USB Theremin000_UNO'''
Similar to the Theremin 0 patch, but is used for testing. The difference is that the signal isn’t smoothed, so the sound is rougher.

==Step by step==

===Download and install software===
* [PD Extended](https://puredata.info/downloads/pd-extended) (or MaxMSP if you prefer)
* [Arduino](https://www.arduino.cc/) (and check if you need extra driver)

===Setting up the hardware===
2.1 ARDUINO
* Attach Arduino to mac
* Startup Arduino software
* change settings if necessary:
* Tools -> board
* Tools -> port
Make a note of the text at the bottom of your Arduino window, which should be something like “Arduino Uno on /dev/cy.usbmodem1421”

2.2 PLUG IN THE BOARD
Plug in the theremin Arduino shield board. Plug it in to that the four data-pins are plugged into A1 through A4.
The two power pins should then automatically be plugged in to 5V and GND, so the shield board is powered.

There are 8 pins sticking out of the side of this shield board.
* The ‘top’ of the board is now the ground (of more technically: the pins attached to the outside of the shield board are the ground)

2.3 CONNECTING THE SENSOR BOARD
We’ll have to make a wire connection between the two boards. First connect a two-core wire to the two pins that are furthest away from the USB-input of the Arduino. Connect it vertically.
Make sure the wire connecting to the ground of the Arduino-shield is also connected to the ground on the sensor board. (if we number the 8 pins as 4 vertical sets, then set 1 is closest to the round voltage regulators. Using this numbering, you are connecting to set 4)

If we number the pins on the sensor board 1 to 6, number 1 being near the round voltage regulator part that sticks out, then pin 2 is the ground, and pin 1 is the data. Connect the wire to these two pins.
The little red light should turn on on the sensor board.

The hardware part is now done, congrats!

===Software===

3.1 OPEN PD
* Load a patch you’re interested in. In my case I’m using a mac, so I tried this starter file:
* PD-Intel -> UNO -> USB_theremin1_UNO.pd

Once loaded, you need to do a few things:
* In the menu, under Media check if DSP is set to ON.
* In the patch you have to change one variable, namely the USB Modem port. Under the “edit” menu select “edit mode”. Now find the part that reads something like “/dev/cu.usbmodem121” and change that into the variable you found (and hopefully wrote down) form the bottom of the Arduino software. When done, disable Edit Mode by once again selecting it.
* In theory you should now see data coming in from your theremin. Do you see numbers changing as you move around the sensor?
* Keep the sensor away from yourself or electronics, and press the space bar. the theremin is now calibrated.
* Finally, increase the volume. Drag the thick vertical black bar at the bottom of the patch (where it says “theremin volume”) and drag it to the right.

Your theremin should now be working.

[[Category:EditMe]]
[[Category:Print]]
[[Category:Web]]

How to make a Theremin

2015-08-31T08:22:22Z

Alpha: /* Different available theremins */

By [[Andrey Smirnov]]

==Options==
'''To create your own theremin you have two options:'''

===Basic===
This version only uses the sensor board (recognisable by its 6 pins on one side, and 2 on the opposite side). Connect it to power (9 volts battery) and to the audio input of your laptop. Then you only need to load a PureData or MaxMSP patch file on your laptop.

===Advanced===
In this scenario you attach the Arduino-compatible sensor board (recognisable by the 8 pins sticking out the side, and 2+4 pins sticking up) to your Arduino board. In this case you have to load a file onto your Arduino, and on your laptop open the patches for PureData or MaxMSP.

===Differences===
Why would you want to go for the Advanced version?
* The advanced version has less lag than the version that uses the audioport. It responds to your hand a bit quicker.
* The advanced version allows you to add multiple channels to the Arduino version.
* The advanced version also allows you to easily explore MIDI-output, and more.

==Different available theremins==

In these folders you can find files for different projects. Load the file you’re interested in into PureData or MaxMSP. If you are using an Arduino, also load the corresponding file onto your Arduino.

*'''USB Grains 1 & 2'''
For scratching sound files. You can freeze in any point of the selected sound file by moving your hand to a certain distance from the theremin.

*'''USB Inst1x2'''
A basic patch to explore multichannel installations. Explore this file if you want to learn how to add even more channels.

*'''USB Scaleplayer'''
To play scales in different tunes. Instead of a continuous change in pitch of the sound, it plays only separate notes. It’s like playing a piano with one finger, or Auto-tune for your theremin.

*'''USB Scaleplayer x2'''
Similar like the patch above, but for 2 inputs. It’s like playing a piano with 2 fingers.

*'''USB SFPLayer'''
Soundfile player. Load up multiple sound files, and then skip through the different files by varying the distance to the theremin.

*'''USB th02_demo3'''
An experimental combination of different patches. It plays fixed pitches, like a piano.

*'''USB Theremin 0'''
This is the best patch to start with. It’s single channel

*'''USB Theremin x2'''
This is like the patch above, but supports two channels, so pitch and frequency can be manipulated. This patch is most like the “classic” theremin you see in the media.

*'''USB Theremin000_UNO'''
Similar to the Theremin 0 patch, but is used for testing. The difference is that the signal isn’t smoothed, so the sound is rougher.

==STEP BY STEP==

1. DOWNLOAD AND INSTALL SOFTWARE
- [PD Extended](https://puredata.info/downloads/pd-extended) (or MaxMSP if you prefer)
- [Arduino](https://www.arduino.cc/) (and check if you need extra driver)

2. SETTING UP THE HARDWARE
2.1 ARDUINO
- Attach Arduino to mac
- Startup Arduino software
- change settings if necessary:
- Tools -> board
- Tools -> port
Make a note of the text at the bottom of your Arduino window, which should be something like “Arduino Uno on /dev/cy.usbmodem1421”

2.2 PLUG IN THE BOARD
Plug in the theremin Arduino shield board. Plug it in to that the four data-pins are plugged into A1 through A4.
The two power pins should then automatically be plugged in to 5V and GND, so the shield board is powered.

There are 8 pins sticking out of the side of this shield board.
- The ‘top’ of the board is now the ground (of more technically: the pins attached to the outside of the shield board are the ground)

2.3 CONNECTING THE SENSOR BOARD
We’ll have to make a wire connection between the two boards. First connect a two-core wire to the two pins that are furthest away from the USB-input of the Arduino. Connect it vertically.
Make sure the wire connecting to the ground of the Arduino-shield is also connected to the ground on the sensor board. (if we number the 8 pins as 4 vertical sets, then set 1 is closest to the round voltage regulators. Using this numbering, you are connecting to set 4)

If we number the pins on the sensor board 1 to 6, number 1 being near the round voltage regulator part that sticks out, then pin 2 is the ground, and pin 1 is the data. Connect the wire to these two pins.
The little red light should turn on on the sensor board.

The hardware part is now done, congrats!

3. SOFTWARE

3.1 OPEN PD
- Load a patch you’re interested in. In my case I’m using a mac, so I tried this starter file:
- PD-Intel -> UNO -> USB_theremin1_UNO.pd

Once loaded, you need to do a few things:
- In the menu, under Media check if DSP is set to ON.
- In the patch you have to change one variable, namely the USB Modem port. Under the “edit” menu select “edit mode”. Now find the part that reads something like “/dev/cu.usbmodem121” and change that into the variable you found (and hopefully wrote down) form the bottom of the Arduino software. When done, disable Edit Mode by once again selecting it.
- In theory you should now see data coming in from your theremin. Do you see numbers changing as you move around the sensor?
- Keep the sensor away from yourself or electronics, and press the space bar. the theremin is now calibrated.
- Finally, increase the volume. Drag the thick vertical black bar at the bottom of the patch (where it says “theremin volume”) and drag it to the right.

Your theremin should now be working.

[[Category:EditMe]]
[[Category:Print]]
[[Category:Web]]

How to make a Theremin

2015-08-31T08:21:37Z

Alpha: /* DIFFERENT AVAILABLE THEREMINS */

By [[Andrey Smirnov]]

==Options==
'''To create your own theremin you have two options:'''

===Basic===
This version only uses the sensor board (recognisable by its 6 pins on one side, and 2 on the opposite side). Connect it to power (9 volts battery) and to the audio input of your laptop. Then you only need to load a PureData or MaxMSP patch file on your laptop.

===Advanced===
In this scenario you attach the Arduino-compatible sensor board (recognisable by the 8 pins sticking out the side, and 2+4 pins sticking up) to your Arduino board. In this case you have to load a file onto your Arduino, and on your laptop open the patches for PureData or MaxMSP.

===Differences===
Why would you want to go for the Advanced version?
* The advanced version has less lag than the version that uses the audioport. It responds to your hand a bit quicker.
* The advanced version allows you to add multiple channels to the Arduino version.
* The advanced version also allows you to easily explore MIDI-output, and more.

==Different available theremins==

In these folders you can find files for different projects. Load the file you’re interested in into PureData or MaxMSP. If you are using an Arduino, also load the corresponding file onto your Arduino.

'''USB Grains 1 & 2'''
For scratching sound files. You can freeze in any point of the selected sound file by moving your hand to a certain distance from the theremin.

'''USB Inst1x2'''
A basic patch to explore multichannel installations. Explore this file if you want to learn how to add even more channels.

'''USB Scaleplayer'''
To play scales in different tunes. Instead of a continuous change in pitch of the sound, it plays only separate notes. It’s like playing a piano with one finger, or Auto-tune for your theremin.

'''USB Scaleplayer x2'''
Similar like the patch above, but for 2 inputs. It’s like playing a piano with 2 fingers.

'''USB SFPLayer'''
Soundfile player. Load up multiple sound files, and then skip through the different files by varying the distance to the theremin.

'''USB th02_demo3'''
An experimental combination of different patches. It plays fixed pitches, like a piano.

'''USB Theremin 0'''
This is the best patch to start with. It’s single channel

'''USB Theremin x2'''
This is like the patch above, but supports two channels, so pitch and frequency can be manipulated. This patch is most like the “classic” theremin you see in the media.

'''USB Theremin000_UNO'''
Similar to the Theremin 0 patch, but is used for testing. The difference is that the signal isn’t smoothed, so the sound is rougher.

==STEP BY STEP==

1. DOWNLOAD AND INSTALL SOFTWARE
- [PD Extended](https://puredata.info/downloads/pd-extended) (or MaxMSP if you prefer)
- [Arduino](https://www.arduino.cc/) (and check if you need extra driver)

2. SETTING UP THE HARDWARE
2.1 ARDUINO
- Attach Arduino to mac
- Startup Arduino software
- change settings if necessary:
- Tools -> board
- Tools -> port
Make a note of the text at the bottom of your Arduino window, which should be something like “Arduino Uno on /dev/cy.usbmodem1421”

2.2 PLUG IN THE BOARD
Plug in the theremin Arduino shield board. Plug it in to that the four data-pins are plugged into A1 through A4.
The two power pins should then automatically be plugged in to 5V and GND, so the shield board is powered.

There are 8 pins sticking out of the side of this shield board.
- The ‘top’ of the board is now the ground (of more technically: the pins attached to the outside of the shield board are the ground)

2.3 CONNECTING THE SENSOR BOARD
We’ll have to make a wire connection between the two boards. First connect a two-core wire to the two pins that are furthest away from the USB-input of the Arduino. Connect it vertically.
Make sure the wire connecting to the ground of the Arduino-shield is also connected to the ground on the sensor board. (if we number the 8 pins as 4 vertical sets, then set 1 is closest to the round voltage regulators. Using this numbering, you are connecting to set 4)

If we number the pins on the sensor board 1 to 6, number 1 being near the round voltage regulator part that sticks out, then pin 2 is the ground, and pin 1 is the data. Connect the wire to these two pins.
The little red light should turn on on the sensor board.

The hardware part is now done, congrats!

3. SOFTWARE

3.1 OPEN PD
- Load a patch you’re interested in. In my case I’m using a mac, so I tried this starter file:
- PD-Intel -> UNO -> USB_theremin1_UNO.pd

Once loaded, you need to do a few things:
- In the menu, under Media check if DSP is set to ON.
- In the patch you have to change one variable, namely the USB Modem port. Under the “edit” menu select “edit mode”. Now find the part that reads something like “/dev/cu.usbmodem121” and change that into the variable you found (and hopefully wrote down) form the bottom of the Arduino software. When done, disable Edit Mode by once again selecting it.
- In theory you should now see data coming in from your theremin. Do you see numbers changing as you move around the sensor?
- Keep the sensor away from yourself or electronics, and press the space bar. the theremin is now calibrated.
- Finally, increase the volume. Drag the thick vertical black bar at the bottom of the patch (where it says “theremin volume”) and drag it to the right.

Your theremin should now be working.

[[Category:EditMe]]
[[Category:Print]]
[[Category:Web]]