Maybe.
Wait ---- [Edit: Since having many failed attempts at the motor control, I have decided to re-route my final.] '''Midterm Project: Final Project Concept''' A while back I found this toy in a box in my closet: http://ecx.images-amazon.com/images/I/4190JMDCM1L._SS500_.jpg If the toy falls over, the user can press a button to lift the toy to be standing again. The arms twist and the toy is corrected by the arms pressing against the ground. I would like for it to be able to navigate itself through its environment using Ping((( sensors, and auto-correct if it falls over using home made tilt sensors. For the midterm, I would only expect to be able to make it auto correct via the tilt sensors: http://i40.tinypic.com/346nsy1.png Was Update: I have only been able to get the tilt sensor to work outside of the toy. The complicated circuitry in the point toy is making for a very difficult transplant. ---- '''Final Project Write Up''' For my final project, instead of this a self-guiding toy, I have decided to learn about all create a seven segmented clock display that estimates time.It will include the hour through one seven-segment number displays and one two-segment addition (for 10, 11, and 12 o'clock).To indicate the minutes the "clock" will display a different color depending on the amazing things Arduinos could be set up minutes... (green if closer to :00 and red if close to do?:59)NoooooIf possible it will include three colors, but we'll see how the charlieplexing goes.[At this point the outputs are all being used, so charlieplexing is my only option for multiple colors.] http://i41.tinypic.com/5bebkz.pngCouldnSo far I't beve got the green part working.Now for the charlieplexing!