Our Programm to build up from the PES Board Example
Dependencies: PM2_Libary
main.cpp@3:aa1d854807fe, 2021-03-13 (annotated)
- Committer:
- pmic
- Date:
- Sat Mar 13 12:09:11 2021 +0000
- Revision:
- 3:aa1d854807fe
- Parent:
- 2:4ba1937ce284
- Child:
- 4:dcdcb25d1069
Update to mbed-os v6.8.
Who changed what in which revision?
User | Revision | Line number | New contents of line |
---|---|---|---|
boro | 0:5d4d21d56334 | 1 | #include "mbed.h" |
boro | 0:5d4d21d56334 | 2 | #include "platform/mbed_thread.h" |
pmic | 1:4e0e4d0363d9 | 3 | |
pmic | 1:4e0e4d0363d9 | 4 | #define pi 3.14159265358979323846 |
pmic | 1:4e0e4d0363d9 | 5 | |
pmic | 3:aa1d854807fe | 6 | using namespace std::chrono; |
pmic | 3:aa1d854807fe | 7 | |
pmic | 1:4e0e4d0363d9 | 8 | InterruptIn user_button(USER_BUTTON); |
pmic | 1:4e0e4d0363d9 | 9 | DigitalOut led(LED1); |
pmic | 3:aa1d854807fe | 10 | // Serial pc(SERIAL_TX, SERIAL_RX); |
boro | 0:5d4d21d56334 | 11 | |
pmic | 1:4e0e4d0363d9 | 12 | bool executeMainTask = false; |
pmic | 1:4e0e4d0363d9 | 13 | Timer user_button_timer, loop_timer; |
pmic | 1:4e0e4d0363d9 | 14 | int Ts_ms = 50; |
boro | 0:5d4d21d56334 | 15 | |
pmic | 2:4ba1937ce284 | 16 | void button_fall(); // stuff |
pmic | 2:4ba1937ce284 | 17 | void button_rise(); // stuff |
boro | 0:5d4d21d56334 | 18 | |
pmic | 1:4e0e4d0363d9 | 19 | AnalogIn analogIn(PA_0); |
pmic | 1:4e0e4d0363d9 | 20 | float dist = 0.0f; |
boro | 0:5d4d21d56334 | 21 | |
boro | 0:5d4d21d56334 | 22 | int main() |
boro | 0:5d4d21d56334 | 23 | { |
pmic | 3:aa1d854807fe | 24 | // pc.baud(115200); |
pmic | 1:4e0e4d0363d9 | 25 | user_button.fall(&button_fall); |
pmic | 1:4e0e4d0363d9 | 26 | user_button.rise(&button_rise); |
pmic | 1:4e0e4d0363d9 | 27 | loop_timer.reset(); |
boro | 0:5d4d21d56334 | 28 | |
boro | 0:5d4d21d56334 | 29 | while (true) { |
pmic | 1:4e0e4d0363d9 | 30 | |
pmic | 1:4e0e4d0363d9 | 31 | /* ------------- start hacking ------------- -------------*/ |
boro | 0:5d4d21d56334 | 32 | |
pmic | 1:4e0e4d0363d9 | 33 | if(executeMainTask) { |
pmic | 1:4e0e4d0363d9 | 34 | dist = analogIn.read()*3.3f; |
pmic | 3:aa1d854807fe | 35 | // printf("measurement: %9.6f\r\n", dist); |
boro | 0:5d4d21d56334 | 36 | } else { |
boro | 0:5d4d21d56334 | 37 | |
boro | 0:5d4d21d56334 | 38 | } |
pmic | 1:4e0e4d0363d9 | 39 | |
pmic | 1:4e0e4d0363d9 | 40 | /* ------------- stop hacking ------------- -------------*/ |
pmic | 1:4e0e4d0363d9 | 41 | |
pmic | 1:4e0e4d0363d9 | 42 | if(executeMainTask) { |
pmic | 1:4e0e4d0363d9 | 43 | led = !led; |
pmic | 1:4e0e4d0363d9 | 44 | } |
pmic | 3:aa1d854807fe | 45 | int dT_loop = Ts_ms - duration_cast<milliseconds>(loop_timer.elapsed_time()).count(); |
pmic | 1:4e0e4d0363d9 | 46 | thread_sleep_for(dT_loop); |
boro | 0:5d4d21d56334 | 47 | } |
boro | 0:5d4d21d56334 | 48 | } |
pmic | 1:4e0e4d0363d9 | 49 | |
pmic | 1:4e0e4d0363d9 | 50 | void button_fall() |
pmic | 1:4e0e4d0363d9 | 51 | { |
pmic | 1:4e0e4d0363d9 | 52 | user_button_timer.reset(); |
pmic | 1:4e0e4d0363d9 | 53 | user_button_timer.start(); |
pmic | 1:4e0e4d0363d9 | 54 | } |
pmic | 1:4e0e4d0363d9 | 55 | |
pmic | 1:4e0e4d0363d9 | 56 | void button_rise() |
pmic | 1:4e0e4d0363d9 | 57 | { |
pmic | 3:aa1d854807fe | 58 | int t_button = duration_cast<milliseconds>(user_button_timer.elapsed_time()).count(); |
pmic | 1:4e0e4d0363d9 | 59 | user_button_timer.stop(); |
pmic | 1:4e0e4d0363d9 | 60 | if(t_button > 200) executeMainTask = !executeMainTask; |
pmic | 1:4e0e4d0363d9 | 61 | } |