TVZ2021 / Mbed 2 deprecated Curkovic_projekt

Curkovic projekt TVZ2021

Dependencies:   mbed SeeedShieldBot BluetoothSerial

main.cpp@0:2e91a001ef93, 2022-05-05 (annotated)

Committer:
chule
Date:
Thu May 05 19:10:43 2022 +0000
Revision:
0:2e91a001ef93
.

Who changed what in which revision?

UserRevisionLine numberNew contents of line
chule 0:2e91a001ef93 1 #include "mbed.h"
chule 0:2e91a001ef93 2 #include "Blink.h"
chule 0:2e91a001ef93 3 //Definiranje ulaza
chule 0:2e91a001ef93 4 InterruptIn button(USER_BUTTON);
chule 0:2e91a001ef93 5
chule 0:2e91a001ef93 6 //Definiranje tajmera
chule 0:2e91a001ef93 7 Timer debounce;
chule 0:2e91a001ef93 8 Timer Prekid1;
chule 0:2e91a001ef93 9 Timer Prekid2;
chule 0:2e91a001ef93 10 Ticker flipper;
chule 0:2e91a001ef93 11
chule 0:2e91a001ef93 12 //Definifanje izlaza
chule 0:2e91a001ef93 13 LED led1(D11);
chule 0:2e91a001ef93 14 LED led2(D12);
chule 0:2e91a001ef93 15 LED led3(D13);
chule 0:2e91a001ef93 16 LED led4(D14);
chule 0:2e91a001ef93 17 LED led5(D15);
chule 0:2e91a001ef93 18 BusOut Seg1(D2,D3,D4,D5,D6,D7,D8,D9);
chule 0:2e91a001ef93 19
chule 0:2e91a001ef93 20 //Definiranje funkcija
chule 0:2e91a001ef93 21 char SegConvert(int SegValue);
chule 0:2e91a001ef93 22 void Binary (int g);
chule 0:2e91a001ef93 23 void prekid(void);
chule 0:2e91a001ef93 24
chule 0:2e91a001ef93 25 //Funkcija upravljanja s 7 segmentnim displeom
chule 0:2e91a001ef93 26 char SegConvert(int SegValue) {
chule 0:2e91a001ef93 27 char SegByte=0x00;
chule 0:2e91a001ef93 28 switch (SegValue) {
chule 0:2e91a001ef93 29 case 0 : SegByte = 0x3F;break;
chule 0:2e91a001ef93 30 case 1 : SegByte = 0x06;break;
chule 0:2e91a001ef93 31 case 2 : SegByte = 0x5B;break;
chule 0:2e91a001ef93 32 case 3 : SegByte = 0x4F;break;
chule 0:2e91a001ef93 33 case 4 : SegByte = 0x66;break;
chule 0:2e91a001ef93 34 case 5 : SegByte = 0x6D;break;
chule 0:2e91a001ef93 35 case 6 : SegByte = 0x7D;break;
chule 0:2e91a001ef93 36 case 7 : SegByte = 0x07;break;
chule 0:2e91a001ef93 37 case 8 : SegByte = 0x7F;break;
chule 0:2e91a001ef93 38 case 9 : SegByte = 0x6F;break;
chule 0:2e91a001ef93 39 }
chule 0:2e91a001ef93 40 return SegByte;
chule 0:2e91a001ef93 41 }
chule 0:2e91a001ef93 42
chule 0:2e91a001ef93 43 //Funkcija prekida
chule 0:2e91a001ef93 44 void prekid()
chule 0:2e91a001ef93 45 {
chule 0:2e91a001ef93 46 if(debounce.read_ms()>200){
chule 0:2e91a001ef93 47 led1.status(0);
chule 0:2e91a001ef93 48 led2.status(0);
chule 0:2e91a001ef93 49 led3.status(0);
chule 0:2e91a001ef93 50 led4.status(0);
chule 0:2e91a001ef93 51 while(Prekid1.read()<=10){
chule 0:2e91a001ef93 52 Prekid1.start();
chule 0:2e91a001ef93 53 Prekid2.start();
chule 0:2e91a001ef93 54 if(Prekid2.read_ms()>=500)
chule 0:2e91a001ef93 55 {
chule 0:2e91a001ef93 56 led1.flip();
chule 0:2e91a001ef93 57 Prekid2.stop();
chule 0:2e91a001ef93 58 Prekid2.reset();
chule 0:2e91a001ef93 59 }
chule 0:2e91a001ef93 60 }
chule 0:2e91a001ef93 61 Prekid1.stop();
chule 0:2e91a001ef93 62 Prekid1.reset();
chule 0:2e91a001ef93 63 }
chule 0:2e91a001ef93 64 debounce.reset();
chule 0:2e91a001ef93 65 }
chule 0:2e91a001ef93 66
chule 0:2e91a001ef93 67 //Funkcija odredivanja stanja LED
chule 0:2e91a001ef93 68 void Binary (int g)
chule 0:2e91a001ef93 69 {
chule 0:2e91a001ef93 70 switch (g) {
chule 0:2e91a001ef93 71 case 0: {
chule 0:2e91a001ef93 72 break;
chule 0:2e91a001ef93 73 }
chule 0:2e91a001ef93 74 case 1: {
chule 0:2e91a001ef93 75 led1.flip();
chule 0:2e91a001ef93 76 break;
chule 0:2e91a001ef93 77 }
chule 0:2e91a001ef93 78 case 2: {
chule 0:2e91a001ef93 79 led2.flip();
chule 0:2e91a001ef93 80 break;
chule 0:2e91a001ef93 81 }
chule 0:2e91a001ef93 82 case 3: {
chule 0:2e91a001ef93 83 led1.flip();
chule 0:2e91a001ef93 84 led2.flip();
chule 0:2e91a001ef93 85 break;
chule 0:2e91a001ef93 86 }
chule 0:2e91a001ef93 87 case 4: {
chule 0:2e91a001ef93 88 led3.flip();
chule 0:2e91a001ef93 89 break;
chule 0:2e91a001ef93 90 }
chule 0:2e91a001ef93 91 case 5: {
chule 0:2e91a001ef93 92 led1.flip();
chule 0:2e91a001ef93 93 led3.flip();
chule 0:2e91a001ef93 94 break;
chule 0:2e91a001ef93 95 }
chule 0:2e91a001ef93 96 case 6: {
chule 0:2e91a001ef93 97 led3.flip();
chule 0:2e91a001ef93 98 led2.flip();
chule 0:2e91a001ef93 99 break;
chule 0:2e91a001ef93 100 }
chule 0:2e91a001ef93 101 case 7: {
chule 0:2e91a001ef93 102 led1.flip();
chule 0:2e91a001ef93 103 led2.flip();
chule 0:2e91a001ef93 104 led3.flip();
chule 0:2e91a001ef93 105 break;
chule 0:2e91a001ef93 106 }
chule 0:2e91a001ef93 107 case 8: {
chule 0:2e91a001ef93 108 led4.flip();
chule 0:2e91a001ef93 109 break;
chule 0:2e91a001ef93 110 }
chule 0:2e91a001ef93 111 case 9: {
chule 0:2e91a001ef93 112 led1.flip();
chule 0:2e91a001ef93 113 led4.flip();
chule 0:2e91a001ef93 114 break;
chule 0:2e91a001ef93 115 }
chule 0:2e91a001ef93 116 }
chule 0:2e91a001ef93 117 }
chule 0:2e91a001ef93 118
chule 0:2e91a001ef93 119 //funkcija Ticker-a
chule 0:2e91a001ef93 120 void flip(){
chule 0:2e91a001ef93 121 led5.flip();
chule 0:2e91a001ef93 122 }
chule 0:2e91a001ef93 123
chule 0:2e91a001ef93 124 //main funkcija
chule 0:2e91a001ef93 125 int main()
chule 0:2e91a001ef93 126 {
chule 0:2e91a001ef93 127 debounce.start();
chule 0:2e91a001ef93 128 button.rise(&prekid);
chule 0:2e91a001ef93 129 flipper.attach(&flip,0.2);
chule 0:2e91a001ef93 130 int i;
chule 0:2e91a001ef93 131 while(1){
chule 0:2e91a001ef93 132 for (i=0;i<10;i++){
chule 0:2e91a001ef93 133 led1.status(0);
chule 0:2e91a001ef93 134 led2.status(0);
chule 0:2e91a001ef93 135 led3.status(0);
chule 0:2e91a001ef93 136 led4.status(0);
chule 0:2e91a001ef93 137 Seg1=SegConvert(i);
chule 0:2e91a001ef93 138 Binary(i);
chule 0:2e91a001ef93 139 wait_ms(1000);
chule 0:2e91a001ef93 140 }
chule 0:2e91a001ef93 141 }
chule 0:2e91a001ef93 142 }