schneider françois / Mbed OS souflerie-sp2-wifi-F411re-2

vers 2

Dependencies:   Affichagesp2 C12832 LM75B WifiEsp8266 Acquisitionentreesp2

main.cpp@2:6dc5c193940c, 2021-06-06 (annotated)

Committer:
schnf30
Date:
Sun Jun 06 18:08:33 2021 +0000
Revision:
2:6dc5c193940c
Parent:
1:c7890e7c361e 
3

Who changed what in which revision?

UserRevisionLine numberNew contents of line
schnf30 0:7b66b529c674 1 // acquerir la temperature avec le LM75B
schnf30 0:7b66b529c674 2 #include "mbed.h"
schnf30 0:7b66b529c674 3 #include "platform/mbed_thread.h"
schnf30 0:7b66b529c674 4 #include "LM75B.h"
schnf30 0:7b66b529c674 5 #include "acquisition.h"
schnf30 2:6dc5c193940c 6 #include "affichagesp2.h"
schnf30 0:7b66b529c674 7 #include "wifiesp8266.h"
schnf30 0:7b66b529c674 8
schnf30 1:c7890e7c361e 9 float VitFluxAir = 0;
schnf30 1:c7890e7c361e 10 float pression[8] = {0,0,0,0,0,0,0,0};
schnf30 1:c7890e7c361e 11 float Fx = 0;
schnf30 1:c7890e7c361e 12 float Fz = 0;
schnf30 1:c7890e7c361e 13 float Aim = 0;
schnf30 1:c7890e7c361e 14 float Aic = 0;
schnf30 1:c7890e7c361e 15
schnf30 0:7b66b529c674 16 RawSerial PC(USBTX, USBRX);
schnf30 2:6dc5c193940c 17 WifiEsp8266 Wifi(PA_11,PA_12); // WifiEsp8266(PinName Txd, PinName Rxd,float _timeout);
schnf30 1:c7890e7c361e 18 DigitalOut En(PC_11);
schnf30 0:7b66b529c674 19 LM75B sensor(D14,D15);
schnf30 0:7b66b529c674 20
schnf30 0:7b66b529c674 21 Ticker test1;
schnf30 0:7b66b529c674 22 bool Drticker1 = false;
schnf30 0:7b66b529c674 23 void event1()
schnf30 0:7b66b529c674 24 {
schnf30 0:7b66b529c674 25 Drticker1 = true;
schnf30 0:7b66b529c674 26 }
schnf30 0:7b66b529c674 27
schnf30 0:7b66b529c674 28 int main()
schnf30 0:7b66b529c674 29 {
schnf30 1:c7890e7c361e 30 En.write(1);
schnf30 1:c7890e7c361e 31 char WifiPhrase[maxdata];
schnf30 0:7b66b529c674 32 bool ecranchange=false;
schnf30 1:c7890e7c361e 33 AnalogIn Pot1(A0);
schnf30 1:c7890e7c361e 34 AnalogIn Pot2(A1);
schnf30 2:6dc5c193940c 35 AffichageEcransp2();
schnf30 0:7b66b529c674 36 PC.baud(921600);
schnf30 0:7b66b529c674 37 PC.printf("Hello je suis SP2\r\n");
schnf30 0:7b66b529c674 38 test1.attach(&event1,1);
schnf30 0:7b66b529c674 39 while (true) {
schnf30 0:7b66b529c674 40 if (Wifi.dataready()) {
schnf30 0:7b66b529c674 41 strcpy(WifiPhrase,Wifi.read());
schnf30 1:c7890e7c361e 42 // PC.printf("%s\r\n",WifiPhrase);
schnf30 0:7b66b529c674 43 switch (WifiPhrase[1]) {
schnf30 1:c7890e7c361e 44 case 'A':
schnf30 1:c7890e7c361e 45 VitFluxAir= atof(WifiPhrase+2);
schnf30 1:c7890e7c361e 46 ecranchange=true;
schnf30 1:c7890e7c361e 47 break;
schnf30 0:7b66b529c674 48 case 'm':
schnf30 1:c7890e7c361e 49 Aic=Aic+1;
schnf30 1:c7890e7c361e 50 Wifi.printf("$l%0.0f\r\n",Aic);
schnf30 0:7b66b529c674 51 ecranchange=true;
schnf30 0:7b66b529c674 52 break;
schnf30 0:7b66b529c674 53 case 'n' :
schnf30 1:c7890e7c361e 54 Aic=Aic-1;
schnf30 1:c7890e7c361e 55 Wifi.printf("$l%0.0f\r\n",Aic);
schnf30 0:7b66b529c674 56 ecranchange=true;
schnf30 0:7b66b529c674 57 break;
schnf30 0:7b66b529c674 58 default :
schnf30 1:c7890e7c361e 59 ;
schnf30 0:7b66b529c674 60 }
schnf30 0:7b66b529c674 61
schnf30 0:7b66b529c674 62 }
schnf30 1:c7890e7c361e 63
schnf30 0:7b66b529c674 64 if (Drticker1) {
schnf30 0:7b66b529c674 65 Drticker1 = false;
schnf30 1:c7890e7c361e 66 pression[0] = Pot2.read()*100*VitFluxAir/72; //equivaut a mesure pression
schnf30 1:c7890e7c361e 67 pression[1] = Pot2.read()*300*VitFluxAir/72; //equivaut a mesure pression
schnf30 1:c7890e7c361e 68 pression[2] = Pot2.read()*600*VitFluxAir/72; //equivaut a mesure pression
schnf30 1:c7890e7c361e 69 pression[3] = Pot2.read()*700*VitFluxAir/72; //equivaut a mesure pression
schnf30 1:c7890e7c361e 70 pression[4] = Pot2.read()*700*VitFluxAir/72; //equivaut a mesure pression
schnf30 1:c7890e7c361e 71 pression[5] = Pot2.read()*600*VitFluxAir/72; //equivaut a mesure pression
schnf30 1:c7890e7c361e 72 pression[6] = Pot2.read()*300*VitFluxAir/72; //equivaut a mesure pression
schnf30 1:c7890e7c361e 73 pression[7] = Pot2.read()*100*VitFluxAir/72; //equivaut a mesure pression
schnf30 1:c7890e7c361e 74 Fx = Pot1.read() * 5;
schnf30 1:c7890e7c361e 75 Fz = Pot1.read() * 5;
schnf30 1:c7890e7c361e 76 Aim = Pot1.read() * 40 - 20;
schnf30 1:c7890e7c361e 77 Wifi.printf("$z,%0.0f,%0.0f,%0.0f,%0.0f,%0.0f,%0.0f,%0.0f,%0.0f,%0.0f,%0.0f,%0.0f\r\n",pression[0],pression[1],pression[2],pression[3],pression[4],pression[5],pression[6],pression[7],Fx,Fz,Aim);
schnf30 0:7b66b529c674 78 ecranchange=true;
schnf30 1:c7890e7c361e 79 }
schnf30 0:7b66b529c674 80 if (ecranchange) {
schnf30 2:6dc5c193940c 81 AffichageEcransp2();
schnf30 0:7b66b529c674 82 ecranchange=false;
schnf30 0:7b66b529c674 83 }
schnf30 0:7b66b529c674 84 }
schnf30 0:7b66b529c674 85 }
schnf30 0:7b66b529c674 86