1. Building on this week’s high current examples, create a small “kinetic” sculpture.
    • The sculpture should be button activated.
    • The sculpture / sketch should be completed in less than 1 hour (once you get your circuit set up).
    • When the button is pressed, a motor or solenoid should turn on for 5000 ms and then turn off again.
    • Choose materials that amplify the movement of the motor or solenoid.
    • You can use your own motors / solenoids, purchase them from the Media Center or borrow one.
    • Capture your kinetic sculpture as a video and bring it to class.
  2. Review
    • What are some uses for a transistor?
    • What factors will help you select the right transistor?
    • What factors will help you select the right motor?
    • What actuator might you use for low speed and high angular precision?
    • What actuator might you use for a continuously rotating slow speed?
    • What actuator might you use for a linear
  3. Prepare openFrameworks for work in class next week.
    • For macOS
      • Download Xcode (From the App Store)
        • If it says your operating system is too old, upgrade your operating system or get an older copy from me.
      • Download openFrameworks.
      • Unzip it and navigate to the openFrameworks/examples/3d/cameraRibbonExample example.
      • Open the cameraRibbonExample.xcodeproj file in Xcode.
      • Run the example. If nothing seems to happen, make sure active scheme is the cameraRibbonExample, not just openFrameworks.
    • For other OSs, let me know if you have questions.
  4. Begin reading about openFrameworks in ofBook.