Question
Part A:
Write an application (in C) on the Explorer 16 board which implement the sequence as below:
1. Make all the LEDs OFF.
2. Make LED D3 (Right most) to be ON .
3. After a while (a delay of your choice), make next (to the Left) LED to be ON.
4. After a while, make the next LED to be ON. Repeat this process until all the 8 LEDs (from Right most to LEFT most) becomes ON.
5. Repeat the above processes (1-4), this time, starting from LEFT most LED and walk to the RIGHT most.
6. Repeat the above sequence (1-5) infinitely.
Part B:
Utilize SW3 of the explorer 16 board to change the direction of the Knight Rider Pattern designed in Part A. Any time, if SW3 is pushed down and hold, the above pattern starts from LEFT to RIGHT and when SW3 is released, the pattern walks from RIGHT to LEFT (as in Part A).
Write an application (in C) on the Explorer 16 board which implement the sequence as below:
1. Make all the LEDs OFF.
2. Make LED D3 (Right most) to be ON .
3. After a while (a delay of your choice), make next (to the Left) LED to be ON.
4. After a while, make the next LED to be ON. Repeat this process until all the 8 LEDs (from Right most to LEFT most) becomes ON.
5. Repeat the above processes (1-4), this time, starting from LEFT most LED and walk to the RIGHT most.
6. Repeat the above sequence (1-5) infinitely.
Part B:
Utilize SW3 of the explorer 16 board to change the direction of the Knight Rider Pattern designed in Part A. Any time, if SW3 is pushed down and hold, the above pattern starts from LEFT to RIGHT and when SW3 is released, the pattern walks from RIGHT to LEFT (as in Part A).
Answers
Answer
is the code above for part A) or Part b)?
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