-Open source physical computing platform based on a simple input/output, cl/ oj board and a development environment
-Can be used to develop standalone interactive objects or can be connected to software on your computer (such as flash, processing or max/msp)
Allows you to get input to create output
Before them it was hard to control external things using computers
Using the body as a source of input
A good way to explore the creation of experiences between humans and tech
Prototypes of ever increasing fidelity
Brain/ heart is a micro-controller
-----------------------------------------------------------------------------------
IDE= Integrated Development Environment
Digital parts= on/off -binary logic- 2 signals
Analogue- range of possibilities/ values
Ultrasonic Sensor Arduino:
Measures the distance
Ultrasound is sent out & signal is sent back as it bounces off object
Analogue out pins (3, 5, 6, 9, 10, 11)
Store info using variables- allocation of memory of computer- can change
------------------------------------------------------------------------------------
K (negative)/ short lead- ground
Make sure semi colon at the end of every line
check: tools→ board→ Arduino uno
tools→port→COM3 (Arduino uno)
Solder-less breadboard
Transfer the ground to the breadboard
Arduino reference tells you what each function does e.g. 'DigitalWrite'
Pushbutton & LED
↓
→to monitor the state of a switch we use the function DigitalRead()
-Can be used to develop standalone interactive objects or can be connected to software on your computer (such as flash, processing or max/msp)
Allows you to get input to create output
Before them it was hard to control external things using computers
Using the body as a source of input
A good way to explore the creation of experiences between humans and tech
Prototypes of ever increasing fidelity
Brain/ heart is a micro-controller
-----------------------------------------------------------------------------------
IDE= Integrated Development Environment
Digital parts= on/off -binary logic- 2 signals
Analogue- range of possibilities/ values
Ultrasonic Sensor Arduino:
Measures the distance
Ultrasound is sent out & signal is sent back as it bounces off object
Analogue out pins (3, 5, 6, 9, 10, 11)
Store info using variables- allocation of memory of computer- can change
------------------------------------------------------------------------------------
K (negative)/ short lead- ground
Make sure semi colon at the end of every line
check: tools→ board→ Arduino uno
tools→port→COM3 (Arduino uno)
Solder-less breadboard
Transfer the ground to the breadboard
Arduino reference tells you what each function does e.g. 'DigitalWrite'
Pushbutton & LED
↓
→to monitor the state of a switch we use the function DigitalRead()
Comments
Post a Comment