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wiki:v1:run_the_pantilt_demo [2018/05/27 23:55]
pixycam
wiki:v1:run_the_pantilt_demo [2018/05/27 23:56] (current)
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 **This requires that you run the "​default"​ Pixy program -- not the pan/tilt demo program.** The default program is the program Pixy runs upon power-up by default without pressing any buttons. You can also run the default program by selecting it in the **Actions** menu in PixyMon. **This requires that you run the "​default"​ Pixy program -- not the pan/tilt demo program.** The default program is the program Pixy runs upon power-up by default without pressing any buttons. You can also run the default program by selecting it in the **Actions** menu in PixyMon.
  
-OK, start by getting the [[https://​pixycam.com/​downloads-pixy1/​|latest Arduino-Pixy code]], described [[wiki:​v1:​hooking_up_pixy_to_a_microcontroller_-28like_an_arduino-29|here]]. Load the pantilt demo by selecting it in **File➜Examples➜Pixy➜pantilt** in the Arduino IDE. Upload it, and as long as Pixy is running the default program, you should start seeing the pan/tilt move to track any object that matches signature 1. (Note, you'll need to [[wiki:​v1:​Teach_Pixy_an_object_2|teach Pixy an object]] if you haven'​t done so already.)+OK, start by getting the [[https://​pixycam.com/​downloads-pixy1/​|latest Arduino-Pixy code]], ​and install as described [[wiki:​v1:​hooking_up_pixy_to_a_microcontroller_-28like_an_arduino-29|here]]. Load the pantilt demo by selecting it in **File➜Examples➜Pixy➜pantilt** in the Arduino IDE. Upload it, and as long as Pixy is running the default program, you should start seeing the pan/tilt move to track any object that matches signature 1. (Note, you'll need to [[wiki:​v1:​Teach_Pixy_an_object_2|teach Pixy an object]] if you haven'​t done so already.)
  
 You can also play with the Arduino code, such as changing the proportional and derivative gains. You can also play with the Arduino code, such as changing the proportional and derivative gains.

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wiki/v1/run_the_pantilt_demo.txt · Last modified: 2018/05/27 23:56 by pixycam