Rekult
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| + | {{Project | ||
| + | |type=art | ||
| + | |intro=Do walls dream of recycled sheep? | ||
| + | |status=concluded | ||
| + | |meetings=none | ||
| + | |contact=SteveClement, Tschew | ||
| + | |what=Rekultivating electronics | ||
| + | |who= | ||
| + | }} | ||
= Rekultivating electronics = | = Rekultivating electronics = | ||
| + | |||
| + | News: | ||
| + | |||
| + | the enervotron machine is now displayed in the entry area of the hackerspace. | ||
| + | |||
| + | it has gathered a WiFi connection, some enhancement in the bootup sequence and a large decorative PCB has been fitted. | ||
== Inputs == | == Inputs == | ||
| Line 17: | Line 32: | ||
* Switch | * Switch | ||
* Ball Switch | * Ball Switch | ||
| − | |||
| Line 26: | Line 40: | ||
* GSM Card | * GSM Card | ||
* GSM Phones | * GSM Phones | ||
| + | * Bluetooth | ||
== Outputs == | == Outputs == | ||
* Audio | * Audio | ||
| + | ** Festival | ||
| + | ** Wav/Mp3 | ||
| + | * Piezo Beeper | ||
* TFT Screen | * TFT Screen | ||
* LCD Display | * LCD Display | ||
| − | * | + | * LED's |
| + | * Dual 7-Segment | ||
| + | * Internet (Twitter et al.) | ||
== CPU's == | == CPU's == | ||
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We chose the latter for the obvious speed reason. | We chose the latter for the obvious speed reason. | ||
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| + | ==== Language ==== | ||
| + | |||
| + | We decided to use Python for the sensor interface part and some of the graphing. | ||
| + | Interfacing the Arduino via Python is "easy" - http://www.arduino.cc/playground/Interfacing/Python - and with 115200 baud over the USBtoSerial is fast enough too. | ||
| + | |||
| + | ==== Arduino Mega ==== | ||
| + | |||
| + | Analog In 0 is reserved due to main_loopage | ||
| + | Analog In 1 to 15 will be used for all the Analog Inputs | ||
| + | PWM 2- 12 | ||
| + | Pins 22 thourough 53 will be reserved for Led and Piezo output | ||
| + | |||
| + | |||
| + | === Samples === | ||
| + | |||
| + | Sound samples will all be CC. | ||
| + | 7 Piano samples will be used and approximately 10 voices. | ||
| + | Dynamic Samples will be created by the wall users via the attached microphone. | ||
| + | |||
| + | |||
| + | === Circuit Bending === | ||
| + | |||
| + | |||
| + | === Drawdio Space === | ||
Latest revision as of 01:27, 1 January 2010
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|---|---|
| Do walls dream of recycled sheep? | |
| |
| Meetings: | none |
| Type: | art
|
| Status: | concluded |
| Members: | |
| Contact Person: | SteveClement (mail), Tschew (mail) |
| Tools | |
| QrCode: | 
|
"File:" cannot be used as a page name in this wiki.
Contents |
[edit] Rekultivating electronics
News:
the enervotron machine is now displayed in the entry area of the hackerspace.
it has gathered a WiFi connection, some enhancement in the bootup sequence and a large decorative PCB has been fitted.
[edit] Inputs
[edit] Analog
- Thermistor
- Flex Sensors
- Accelerometor
- Solar Panel
- Dynamo
- Hall Effect Sensor
- Max Sonar (Schall Sensor)
[edit] Digital
- Infrared Sensor
- PIR
- Switch
- Ball Switch
[edit] Miscellaneous
- Microphone
- Camera
- Tone Generator
- GSM Card
- GSM Phones
- Bluetooth
[edit] Outputs
- Audio
- Festival
- Wav/Mp3
- Piezo Beeper
- TFT Screen
- LCD Display
- LED's
- Dual 7-Segment
- Internet (Twitter et al.)
[edit] CPU's
- ANYduino (Mega, Mini, Pro etc...)
- VIA Based i386 Ubuntu Machine
- Old IBM Laptop, headless
[edit] Schools of Handling
- Threads
- Events
[edit] Dirty Jobs
[edit] Arduino vs. CPU
One decision we had to take was: Who does the job(s)?
With well over 16 inputs that have to be dealt with 'quasi' simultaneously it worth the thought.
You could either let the Arduino grab ALL the inputs in it's loop and dump it on the Serial interface OR let the CPU ask for a very Specific input.
We chose the latter for the obvious speed reason.
[edit] Language
We decided to use Python for the sensor interface part and some of the graphing. Interfacing the Arduino via Python is "easy" - http://www.arduino.cc/playground/Interfacing/Python - and with 115200 baud over the USBtoSerial is fast enough too.
[edit] Arduino Mega
Analog In 0 is reserved due to main_loopage Analog In 1 to 15 will be used for all the Analog Inputs PWM 2- 12 Pins 22 thourough 53 will be reserved for Led and Piezo output
[edit] Samples
Sound samples will all be CC. 7 Piano samples will be used and approximately 10 voices. Dynamic Samples will be created by the wall users via the attached microphone.
