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Hey everyone, I’m #newhere. I’m interested in #3dprinting, #algebra, #android, #archlinux, #arduino, #assembly, #autocad, #calculus, #chronicfatigue, #circuittheory, #classicalmusic, #clustercomputing, #computerscience, #cplusplus, #cprogramming, #creative-writing, #cryptography, #css, #digitalart, #electronics, #entrepreneur, #flstudio, #founder, #geometry, #guitar, #harmonica, #html, #intj, #java, #kirigami, #learning, #linux, #mathematics, #mbti, #motivation, #multipotentialite, #origami, #oscilab, #packtpub, #perl, #photograhy, #piano, #poetry, #psychology, #python, #quotes, #raspberrypi, #rennaissanceman, #scanner, #self-improvement, #shortstories, #soundcloud, #survivalcraft, #tech, #tennis, #tmnt, #unity3d, #unreal-engine, and #woodworking.

I come from Google+, so bring it on!

Really nice to meet everybody and I'm kind of excited to restart the journey.

To infinity, and beyond!!!!

 
- #Announcing the #Arduino #Command #Line #Interface #CLI
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The Arduino team has been working hard to support the needs of our professional developer community. Many of you requested a way to use our tools in Makefiles, and wanted Arduino IDE features available via a fast, clean command line interface.
https://blog.arduino.cc/2018/08/24/announcing-the-arduino-command-line-interface-cli/

 
This #Arduino #Powered #Machine Can #Mix Up 15 #Pre-Selected #Cocktails



Armed with a name like The Inebriator, the alcohol pouring and mixing system serves up a steady stream of loads of alcoholic and non-alcoholic drinks.

https://hooktube.com/gGqiAbIxLw4

 

Máquina para hacer rebotar una bola de Ping Pong hecha con Arduino - BricoGeek.com


https://blog.bricogeek.com/noticias/arduino/maquina-para-hacer-rebotar-una-bola-de-ping-pong-hecha-con-arduino/

Un día te levantas por la mañana y te apatece hacer rebotar una pelota de ping pong, pero como te parece mucho trabajo, te haces una máquina que lo haga por ti. Pues ésta máquina que te dejo a continuación hace ni más ni menos que eso, hace rebotar una bola de Ping Pong. Si lo piensas bien, no es tan sencillo como parece y el sistema de detección que utiliza es muy ingenioso ya que tiene cuatro micrófonos en cada lado de la plancha de madera. Midiendo la desviación o retardo en el rebote de la pelota, puede averiguar su posición y mover los motores paso a paso en consecuencia para que siga rebotando sin escarparse. Horas de diversión hipnotizante sobre tu mesa.

#arduino

 
Obrázek/fotografie
===== Paper Bits – Make Your Own Analog Synthesizer =====

A summer workshop by Wolfgang Spahn
10. - 11. August 2018

Paper Bits is a small voltage controlled modular #synthesizer system,
created by #Berlin based artist Wolfgang Spahn. Its simple design,
accessible interface as well as low price offer a powerful sound tool
dedicated to learning, experimenting and playing.

Analog synthesizers are known for their warm, rich, organic, and
completely continuous sound, that arises from its analog #waveform.
Today, #musicians, #sound #artists and #DJ's are attracted by the
opportunities that come with the sound-shaping functions of the analog
synthesizer, such as sound producing circuitry and voltage control.
While digital synthesizers are based on binary representations of
various sound and instrument waveform that are stored in read only
memory (ROM), the analog waveform allows for performatively generated
sounds that exist only in the moment. Thus, it is possible to create
finely nuanced tones, noises, and interference, or to generate imprecise
and delayed sounds.

In contrast to the analog synths of the 60's, the modular analog
synthesizers of today are less complex for standardized components,
separable access and #plug-and-socket connections (instead of patch
cables) make for an easy set-up. Thus, using the instrument is just
cool. Wolfgang Spahn's modular synthesizer system is based on Paper PCB
and also comes with plug-and-socket connections. Therefore there is no
need to fabricate circuit boards, because a simple color printer will
do. It's rapid prototyping: each component can be created in an instant,
and it's also possible to design them specifically.

Obviously, #Paper-bits are very resourceful as they can be created and
further developed without needing too many resources such as time,
budget, space or weight. Newcomers may want to experiment with analog
sounds, whereas professionals will appreciate how easily one can create
new modules or develop special effects. However, Paper-bits are an
amazing experimental platform for creating analog sounds that are
digitally controlled by an #Arduino.

In the two day #workshop we will build two modules as the core of our
Paper Bits. We learn the basics about analog #oscillators and how to
control them digitally, and also patching and playing Paper Bits.

Beside a basic power and output board (PB321 Supply Unit) all
participants can choose two out of these modules:
* PB101 Sync VCO (two synced VCO)
* PB109 VCO II (a sine wave VCO)
* PB201 Step Sequencer (a 8 step sequencer)
* PB401 Echo (delay and echo)
* PB702 Midi Synth (a MIDI controlled polyphonic synthesizer)
* PB701 Electric Intonarumori (a noise and FX module).

For other modules please ask beforehand.
All the tool and materials will be provided. The workshop will be held
in English and German.

Workshop Fee: 80€
Material: 50€
Registration: post(at)wolfgang-spahn.de
12 seats are available
http://workshop.dernulleffekt.de/doku.php?id=paper_bits_aug2018:material
      • August 2018 11am to 7pm
        Studio W.Spahn
        Gerichtstr. 12-13, Aufgang 5
        Berlin Wedding (S-Bahn Humboldhain)

 
Obrázek/fotografie
===== Paper Bits – Make Your Own Analog Synthesizer =====

A summer workshop by Wolfgang Spahn
10. - 11. August 2018

Paper Bits is a small voltage controlled modular #synthesizer system,
created by #Berlin based artist Wolfgang Spahn. Its simple design,
accessible interface as well as low price offer a powerful sound tool
dedicated to learning, experimenting and playing.

Analog synthesizers are known for their warm, rich, organic, and
completely continuous sound, that arises from its analog #waveform.
Today, #musicians, #sound #artists and #DJ's are attracted by the
opportunities that come with the sound-shaping functions of the analog
synthesizer, such as sound producing circuitry and voltage control.
While digital synthesizers are based on binary representations of
various sound and instrument waveform that are stored in read only
memory (ROM), the analog waveform allows for performatively generated
sounds that exist only in the moment. Thus, it is possible to create
finely nuanced tones, noises, and interference, or to generate imprecise
and delayed sounds.

In contrast to the analog synths of the 60's, the modular analog
synthesizers of today are less complex for standardized components,
separable access and #plug-and-socket connections (instead of patch
cables) make for an easy set-up. Thus, using the instrument is just
cool. Wolfgang Spahn's modular synthesizer system is based on Paper PCB
and also comes with plug-and-socket connections. Therefore there is no
need to fabricate circuit boards, because a simple color printer will
do. It's rapid prototyping: each component can be created in an instant,
and it's also possible to design them specifically.

Obviously, #Paper-bits are very resourceful as they can be created and
further developed without needing too many resources such as time,
budget, space or weight. Newcomers may want to experiment with analog
sounds, whereas professionals will appreciate how easily one can create
new modules or develop special effects. However, Paper-bits are an
amazing experimental platform for creating analog sounds that are
digitally controlled by an #Arduino.

In the two day #workshop we will build two modules as the core of our
Paper Bits. We learn the basics about analog #oscillators and how to
control them digitally, and also patching and playing Paper Bits.

Beside a basic power and output board (PB321 Supply Unit) all
participants can choose two out of these modules:
* PB101 Sync VCO (two synced VCO)
* PB109 VCO II (a sine wave VCO)
* PB201 Step Sequencer (a 8 step sequencer)
* PB401 Echo (delay and echo)
* PB702 Midi Synth (a MIDI controlled polyphonic synthesizer)
* PB701 Electric Intonarumori (a noise and FX module).

For other modules please ask beforehand.
All the tool and materials will be provided. The workshop will be held
in English and German.

Workshop Fee: 80€
Material: 50€
Registration: post(at)wolfgang-spahn.de
12 seats are available
http://workshop.dernulleffekt.de/doku.php?id=paper_bits_aug2018:material
      • August 2018 11am to 7pm
        Studio W.Spahn
        Gerichtstr. 12-13, Aufgang 5
        Berlin Wedding (S-Bahn Humboldhain)

 
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Die Maker Faire ist ein familienfreundliches Festival für digitales Handwerk und neue Technologien,bei dem das Selbermachen,Entdecken und Weitergeben im Mittelpunkt stehen.
Die Veranstaltung gibt Exponenten der Maker und Do it Yourself Bewegung eine Gelegenheit,ihr Werk einem breiten,interessierten Publikum vorzuführen und ihre Begeisterung durch interaktive Exponate, Workshops,Diskussionen und Vorträge weiter zu geben.
Besonders für Familien,Kinder und Jugendliche,bieten sich dabei verschiedenste Möglichkeiten,die digitalen Technologien der Zukunft, wissenschaftliche Prinzipien oder die unkonventionellen Methoden der Maker spielerisch zu erfahren und für sich zu entdecken.

#Roboter #3D-Druck #Laser-Schneiden #Arduino #Raspberry Pi #Internet der Dinge #Hacks #DIY #Elektronik #Löten #Crafts #Kunst #Upcycling #Open Hardware #Steampunk #Minecraft #ZÜRICH #SCHWEIZ

https://www.makerfairezurich.ch/de/

 
Immagine/foto
Die Maker Faire ist ein familienfreundliches Festival für digitales Handwerk und neue Technologien,bei dem das Selbermachen,Entdecken und Weitergeben im Mittelpunkt stehen.
Die Veranstaltung gibt Exponenten der Maker und Do it Yourself Bewegung eine Gelegenheit,ihr Werk einem breiten,interessierten Publikum vorzuführen und ihre Begeisterung durch interaktive Exponate, Workshops,Diskussionen und Vorträge weiter zu geben.
Besonders für Familien,Kinder und Jugendliche,bieten sich dabei verschiedenste Möglichkeiten,die digitalen Technologien der Zukunft, wissenschaftliche Prinzipien oder die unkonventionellen Methoden der Maker spielerisch zu erfahren und für sich zu entdecken.

#Roboter #3D-Druck #Laser-Schneiden #Arduino #Raspberry Pi #Internet der Dinge #Hacks #DIY #Elektronik #Löten #Crafts #Kunst #Upcycling #Open Hardware #Steampunk #Minecraft #ZÜRICH #SCHWEIZ

https://www.makerfairezurich.ch/de/

 
You Can #Learn #Arduino with This #Comprehensive #eBook #Bundle


Through 10 eBooks of project-based instruction, this extensive training will teach you how to design and build your own projects with the world's most popular open-source electronics platform.
https://interestingengineering.com/you-can-learn-arduino-with-this-comprehensive-ebook-bundle

 
#python on a microcontroller without an OS.
MicroPython is a full Python compiler and runtime that runs on the bare-metal.
#arduino #diy

 
Anyone here knows #Arduboy?

It just crossed my radar and looks very #awesome at first and also second glance. It's a miniature #gameboy #clone based on #arduino which plays small (but sophisticated) #opensource #games that the users themselves create and #share. So far I'm sold, I'd like to buy one, unless there is a catch - does anyone have experience with this #console?

I'd sooo love to make games for this :) And it's not even expensive.

Immagine/foto

Immagine/foto

https://arduboy.com/

#foss #gaming
Arduboy

 
Anyone here knows #Arduboy?

It just crossed my radar and looks very #awesome at first and also second glance. It's a miniature #gameboy #clone based on #arduino which plays small (but sophisticated) #opensource #games that the users themselves create and #share. So far I'm sold, I'd like to buy one, unless there is a catch - does anyone have experience with this #console?

I'd sooo love to make games for this :) And it's not even expensive.

Immagine/foto

Immagine/foto

https://arduboy.com/

#foss #gaming
Arduboy

 
Anyone here knows #Arduboy?

It just crossed my radar and looks very #awesome at first and also second glance. It's a miniature #gameboy #clone based on #arduino which plays small (but sophisticated) #opensource #games that the users themselves create and #share. So far I'm sold, I'd like to buy one, unless there is a catch - does anyone have experience with this #console?

I'd sooo love to make games for this :) And it's not even expensive.

Immagine/foto

Immagine/foto

https://arduboy.com/

#foss #gaming
Arduboy

 

HackSpace magazine 8: Raspberry Pi <3 Arduino


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#arduino #glassblowing #guitar #hackspace #hackspace magazine #ice cream #machine learning #science #synthesiser
HackSpace magazine 8: Raspberry Pi <3 Arduino

 
Arduino chip sticker label – todbot blog http://todbot.com/blog/2009/05/23/arduino-chip-sticker-label/
#arduino
Arduino chip sticker label

todbot blog: Arduino chip sticker label – todbot blog (todbot)


 
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The #DIY-Thermocam is a #do-it-yourself #infrared #camera, based on the popular FLIR Lepton long-wave-infrared array sensor. Everything, from #software to #hardware, is completely #open-source! This allows everyone to modify or extend the functionalities of the device to their own needs!

Features:
- Fast #ARM #Cortex M4 processor (240MHz), based on the popular, #Arduino compatible #Teensy 3.6
- 160 x 120 pixel FLIR Lepton3 long-wave infrared array sensor for live thermographic #images
- Frame rate of up to 9 FPS (US export compliance) over the serial connection, 5 FPS on the device itself
- 2 MP visual camera to capture optical images, that can be used in a combined image
- MLX90614 single point-infrared sensor for high-precision spot temperatures (10° FOV)
- HDMI or analog #video output capabilities (640x480 pixel) over external video output module
- 3 operating modes: thermal only, thermal + visual, video recording
- 18 different color schemes including rainbow, ironblack, grayscale, hot & cold
- 3.2 inch LCD touch #display with bright colors, wide angle and resistive touch
- Save thermal and visual images with a resolution of 640x480 pixels on the device
- Save real-time videos and interval images with different time-lapse settings
- 8GB internal storage, accessible as an exchangeable SD / microSD slot
- 2500 mAh lithium polymer battery for long operation time (4-6 hours)
- Open-source firmware written in Arduino compatible C/C++ code
- Regular #firmware #updates with new features, flashable over a standalone firmware updater
- Standalone thermal viewer application to save high-quality thermal images & videos on the computer
- Fully compatible to the comprehensive thermal analysis software #ThermoVision by Joe-C
- Use simple commands to receive all thermal & configuration data over the #USB serial port with high speed

http://www.diy-thermocam.net
https://github.com/maxritter/DIY-Thermocam



#FOSS #FLOSS #OpenSource #SoftwareLibre #OpenHardware #HardwareLibre #Libre #Free #Freedom

 
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The #DIY-Thermocam is a #do-it-yourself #infrared #camera, based on the popular FLIR Lepton long-wave-infrared array sensor. Everything, from #software to #hardware, is completely #open-source! This allows everyone to modify or extend the functionalities of the device to their own needs!

Features:
- Fast #ARM #Cortex M4 processor (240MHz), based on the popular, #Arduino compatible #Teensy 3.6
- 160 x 120 pixel FLIR Lepton3 long-wave infrared array sensor for live thermographic #images
- Frame rate of up to 9 FPS (US export compliance) over the serial connection, 5 FPS on the device itself
- 2 MP visual camera to capture optical images, that can be used in a combined image
- MLX90614 single point-infrared sensor for high-precision spot temperatures (10° FOV)
- HDMI or analog #video output capabilities (640x480 pixel) over external video output module
- 3 operating modes: thermal only, thermal + visual, video recording
- 18 different color schemes including rainbow, ironblack, grayscale, hot & cold
- 3.2 inch LCD touch #display with bright colors, wide angle and resistive touch
- Save thermal and visual images with a resolution of 640x480 pixels on the device
- Save real-time videos and interval images with different time-lapse settings
- 8GB internal storage, accessible as an exchangeable SD / microSD slot
- 2500 mAh lithium polymer battery for long operation time (4-6 hours)
- Open-source firmware written in Arduino compatible C/C++ code
- Regular #firmware #updates with new features, flashable over a standalone firmware updater
- Standalone thermal viewer application to save high-quality thermal images & videos on the computer
- Fully compatible to the comprehensive thermal analysis software #ThermoVision by Joe-C
- Use simple commands to receive all thermal & configuration data over the #USB serial port with high speed

http://www.diy-thermocam.net
https://github.com/maxritter/DIY-Thermocam



#FOSS #FLOSS #OpenSource #SoftwareLibre #OpenHardware #HardwareLibre #Libre #Free #Freedom

 
Hello, I'm #newhere! I'm interested in many things, including but not limited to: #programming, #rust, #gamedev, #riscv, #arduino, #decentralization, etc.

Diaspora is looks like it will be awesome.

 
Hello, I'm #newhere! I'm interested in many things, including but not limited to: #programming, #rust, #gamedev, #riscv, #arduino, #decentralization, etc.

Diaspora is looks like it will be awesome.

 
Hello, I'm #newhere! I'm interested in many things, including but not limited to: #programming, #rust, #gamedev, #riscv, #arduino, #decentralization, etc.

Diaspora is looks like it will be awesome.

 
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A #DIY #Steampunk-ish #Lego #Starwars base for my daughter in an old radio cabinet with meeting room and spaceship dock :) An #Arduino inside drives the led matrix and front buttons with random colours and scrolling patterns. There's a Red alert mode too with a buzzer. The #electronics are protected by a plexiglass plate.

 
Immagine/foto
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A #DIY #Steampunk-ish #Lego #Starwars base for my daughter in an old radio cabinet with meeting room and spaceship dock :) An #Arduino inside drives the led matrix and front buttons with random colours and scrolling patterns. There's a Red alert mode too with a buzzer. The #electronics are protected by a plexiglass plate.

 



source:http://n-o-d-e.net/shop/ #arduino #bw #sw #arduinouno

NODE SHOP

Welcome to the NODE shop!
We plan on adding many awesome products over time (including custom open source hardware), so check back for updates. Thanks for supporting NODE!
[All products are produced...

 
Traversée du pacifique par un bateau solaire autonome artisanal!

Did a Solar-Powered Autonomous Boat Just Cross the Pacific Ocean? - http://makezine.com/2016/08/22/solar-powered-autonomous-boat/

#bateau #solaire #energie #arduino #gps #satellite
Did a Solar-Powered Autonomous Boat Just Cross the Pacific Ocean?

Make: DIY Projects and Ideas for Makers: Did a Solar-Powered Autonomous Boat Just Cross the Pacific Ocean? | Make: (Lisa Martin)