With the first three Buttons you can turn on and of the free collors. With the fouth Button you can switch between Poti and Light sensor.
Meine Projekte
Diese Projekte habe ich im SS 2015 in FSST programmiert.
hgjk
blink.cpp
- Committer:
- 04M04
- Date:
- 2015-04-24
- Revision:
- 0:3120b9f00d30
File content as of revision 0:3120b9f00d30:
#include "mbed.h" PwmOut r(p36); PwmOut g(p5); PwmOut b(p34); AnalogIn pot(p15); BusOut leds(P1_13,P1_12,P1_7,P1_6,P1_4,P1_3,P1_1,P1_0,LED4,LED3,LED2,LED1); InterruptIn tr(P1_16); InterruptIn tg(P0_23); InterruptIn tb(P0_10); InterruptIn wt(P0_15); AnalogIn licht(p16); Serial pc(USBTX, USBRX); Timer T; int x1=0, x2=0, x3=0, wtv=0; float f; void ir() { if(x1==1) {x1=0;} else if(x1==0) {x1=1;} wait(0.2); } void ig() { if(x2==1) {x2=0;} else if(x2==0) {x2=1;} wait(0.2); } void ib() { if(x3==1) {x3=0;} else if(x3==0) {x3=1;} wait(0.2); } void wti() { if(wtv==0) {wtv=1;} else if(wtv==1) {wtv=0;} wait(0.2); } int main() { tr.rise(&ir); tg.rise(&ig); tb.rise(&ib); wt.rise(&wti); r.period(0.001); g.period(0.001); b.period(0.001); while(1) { T.start(); if(x1==1) {r=1;} else if(x1==0) {r=0;} if(x2==1) {g=1;} else if(x2==0) {g=0;} if(x3==1) {b=1;} else if(x3==0) {b=0;} leds = 0xFFF; if(wtv==0) {wait(pot);} else if(wtv==1) {wait(licht);} r=1; g=1; b=1; leds = 0x0000; if(wtv==0) {wait(pot);} else if(wtv==1) {wait(licht);} T.stop(); f=1/T; if(wtv==0) {pc.printf("Potentiometer Frequenz: %.2f Hz \n\r", float(f));} else if(wtv==1) {pc.printf("Helligkeitssensor Frequenz: %.2f Hz \n\r", float(f));} T.reset(); } }