#099 Interactivity
Book notes - Programming Interactivity 2nd Edition, by Joshua Noble published by O’Reilly.
Notes
Programming Interactivity, 2nd Edition - A Designer’s Guide to Processing, Arduino, and openFrameworks.
Table of Contents - Highlights
- Chapter 1 Introducing Interaction Design
- Programming for Interactivity
- Design and Interaction
- Art and Interaction
- Data Exchange and Exploration
- Working Process
- Chapter 2 Programming Basics
- Chapter 3 Processing
- Chapter 4 Arduino
- Chapter 5 Programming Revisited
- Chapter 6 openFrameworks
- Drawing in 2-D
- Displaying Video Files and Images
- Chapter 7 Physical Input
- Interacting with Physical Controls
- Thinking About Kinetics
- Controlling Controls
- Turning Knobs
- Using Lights
- Detecting Touch and Vibration
- Detecting Proximity
- Detecting Motion
- Reading Distance
- Detecting Forces and Tilt
- Introducing I2C
- Chapter 8 Programming Graphics
- The Screen and Graphics
- Math, Graphics, and Coordinate Systems
- Drawing Strategies
- Transformation Matrices
- Creating Motion
- Using Vectors
- Using Graphical Controls
- Chapter 9 Bitmaps and Pixels
- Chapter 10 Sound and Audio
- Chapter 11 Arduino and Feedback
- Chapter 12 Protocols and Communication
- Chapter 13 Graphics and OpenGL
- Working with 3-D in Processing
- 3-D in openFrameworks
- Lighting in OpenGL
- Blending Modes in OpenGL
- Creating 3-D Objects in oF
- Using Textures and Shading in Processing
- Chapter 14 Motion and Gestures
- OpenCV
- Detecting Features with oF
- Using OpenCV in Processing
- Feature Tracking in Processing
- Using Blob Tracking with Physics
- Detecting Gestures
- Capturing iOS gestures with oF
- Touch with oF
- Using the Microsoft Kinect
- Chapter 15 Movement and Location
- Using Software-Based Serial Ports
- Understanding and Using GPS
- Chapter 16 Spaces and Environments
- Using Architecture and Space
- Sensing Environmental Data
- Using an XBee with Arduino
- Placing Objects in 2-D
- Using the X10 Protocol
- Setting Up an RFID Sensor
- Reading Heat and Humidity
- Determine Position of an Object
- Chapter 17 Further Resources