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This project showcases an advanced NXT 2.0 robotics system utilizing a light sensor for movement control. The robot is programmed to detect light and switch movement directions accordingly. It involves connecting various components such as beams, motors, and connectors, adapting the robot's behavior based on environmental light conditions. Follow a step-by-step guide on assembly and programming to enhance your understanding of robotics, programming languages, and project execution in educational or competitive settings.
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1. ???????????????-??????? 1 ????? [Move]??A??
[Switch]-[Light]????????????
2. ???????????????-??????? 2 ????
3. ???????????????-??????? 3 ?? ?2?????????!
?????10??
???????2??
???????
?????3??
?????????????,????????
4. ???????????????-??????? 4 ???? ???????
??????
Home Common Palette 20. Hit Red Ball NXT 2.0????
[Move] BC????????
[Move] A???????
[Switch]-[Light]????????????
5. ???????????????-??????? 5 ????? ????
6. ???????????????-??????? 6 Connect beam and motor
7. ???????????????-??????? 7 Attach connector and beam
8. ???????????????-??????? 8 Motor module
9. ???????????????-??????? 9 ????
10. ???????????????-??????? 10 Link 2 connector with a 7M beam
11. ???????????????-??????? 11 ???1
12. ???????????????-??????? 12 ???2
13. ???????????????-??????? 13 ???3
14. ???????????????-??????? 14 ???
15. ???????????????-??????? 15 ????
16. ???????????????-??????? 16 ??? ??:
???????,????????
??????,???????,
????????????!
17. ???????????????-??????? 17 ???? ??NXT 2.0?????????:
Robot Educator
18. ???????????????-??????? 18 ???? Home Common Palette 20. Hit Red Ball
19. ???????????????-??????? 19 NXT 2.0????
20. ???????????????-??????? 20 ???? [View]???????????
[Move] B,C????????
[Switch]-[Light Sensor]?[Move] A???????
21. ???????????????-??????? 21 ??????
22. ???????????????-??????? 22 ??????,???
23. ???????????????-??????? 23 [Move]??A???? ??:A???????? ??A??
Port: A
?????????
Power:
Duration:
24. ???????????????-??????? 24 ????? ??:??????????????
???????????!