Projet_Long_EI2I4 / Mbed 2 deprecated ProjetLong_Serre_V3_1

avec fonctions

Dependencies:   DHT22 SSD1306 TCS34725 mbed

Fork of ProjetLong_Serre_V3 by Projet_Long_EI2I4

ProjetLong_Main.cpp@2:4cf39fcca3f3, 2018-10-15 (annotated)

Committer:
leandre
Date:
Mon Oct 15 12:31:22 2018 +0000
Revision:
2:4cf39fcca3f3
Parent:
main.cpp@1:6a83787ddf2d 
pouf

Who changed what in which revision?

UserRevisionLine numberNew contents of line
leandre 2:4cf39fcca3f3 1 /*-- BIBLIOTHEQUES --*/
leandre 0:3c21f316aef8 2 #include "mbed.h"
leandre 0:3c21f316aef8 3 #include "ssd1306.h"
leandre 0:3c21f316aef8 4 #include "standard_font.h"
leandre 0:3c21f316aef8 5 #include "bold_font.h"
leandre 0:3c21f316aef8 6 #include "DHT22.h"
leandre 1:6a83787ddf2d 7 #include "Adafruit_TCS34725.h"
leandre 2:4cf39fcca3f3 8 /*-------------------*/
leandre 0:3c21f316aef8 9
leandre 2:4cf39fcca3f3 10 /*-- DEFINES --*/
leandre 1:6a83787ddf2d 11 #define commonAnode true
leandre 1:6a83787ddf2d 12
leandre 2:4cf39fcca3f3 13 #define ERR_RGB 0
leandre 2:4cf39fcca3f3 14 /*----------------------*/
leandre 2:4cf39fcca3f3 15
leandre 2:4cf39fcca3f3 16
leandre 2:4cf39fcca3f3 17 /*-- PROTOTYPES --*/
leandre 2:4cf39fcca3f3 18 void GetDataAir(void);
leandre 2:4cf39fcca3f3 19 void InitEcran(void);
leandre 2:4cf39fcca3f3 20 void GestionEcran(void);
leandre 2:4cf39fcca3f3 21 void ErrorDisplay(int ErrorNumber);
leandre 2:4cf39fcca3f3 22 void initRGB();
leandre 1:6a83787ddf2d 23 void GestionRGB();
leandre 2:4cf39fcca3f3 24 /*-----------------------*/
leandre 2:4cf39fcca3f3 25
leandre 2:4cf39fcca3f3 26
leandre 2:4cf39fcca3f3 27 /*-- PERIPHERIQUES --*/
leandre 2:4cf39fcca3f3 28 SSD1306 oled(D9,D6,D10,A4,A6); // OLED : CS,Reset,DC,Clock,Data (SPI1)
leandre 2:4cf39fcca3f3 29 I2C i2c(D4,D5);//SDA SCL
leandre 2:4cf39fcca3f3 30 //DigitalOut myled(LED1);//ATTENTION LED1 = D13
leandre 2:4cf39fcca3f3 31 DHT22 dht22(D3); //Capteur Temperature AIR
leandre 2:4cf39fcca3f3 32 Serial pc(USBTX, USBRX);
leandre 2:4cf39fcca3f3 33 Adafruit_TCS34725 tcs = Adafruit_TCS34725(&i2c, TCS34725_INTEGRATIONTIME_50MS, TCS34725_GAIN_4X); //RGB Sensor
leandre 2:4cf39fcca3f3 34 DigitalOut LedTCS(D11);
leandre 2:4cf39fcca3f3 35
leandre 2:4cf39fcca3f3 36 AnalogIn sondeHum(A0); //Capteur Humidite SOL
leandre 2:4cf39fcca3f3 37 AnalogIn sondeTemp(A1); //Capteur Temperature SOL
leandre 2:4cf39fcca3f3 38 /*--------------------*/
leandre 2:4cf39fcca3f3 39
leandre 2:4cf39fcca3f3 40
leandre 2:4cf39fcca3f3 41 /*-- VARIABLES GLOBALES --*/
leandre 2:4cf39fcca3f3 42 float humAir=12.12;//Valeur d'init pour verifier pannes
leandre 2:4cf39fcca3f3 43 float tempAir=13.13;
leandre 2:4cf39fcca3f3 44
leandre 2:4cf39fcca3f3 45 float humSol=14.14;//Valeur d'init pour verifier pannes
leandre 2:4cf39fcca3f3 46 float tempSol=15.15;
leandre 1:6a83787ddf2d 47
leandre 1:6a83787ddf2d 48 int r,g,b;
leandre 2:4cf39fcca3f3 49 /*-----------------------*/
leandre 0:3c21f316aef8 50
leandre 0:3c21f316aef8 51 int main() {
leandre 0:3c21f316aef8 52
leandre 1:6a83787ddf2d 53 pc.printf("\n\r\tProjet SERRE : \n\r");
leandre 1:6a83787ddf2d 54 pc.printf("\n\r\tCURIEL DKHEILA FURA\n\r\n\r");
leandre 2:4cf39fcca3f3 55
leandre 2:4cf39fcca3f3 56 initRGB();
leandre 2:4cf39fcca3f3 57
leandre 2:4cf39fcca3f3 58 InitEcran();
leandre 1:6a83787ddf2d 59
leandre 2:4cf39fcca3f3 60 while(1) {
leandre 2:4cf39fcca3f3 61
leandre 2:4cf39fcca3f3 62 wait(1.0); // 1 sec
leandre 2:4cf39fcca3f3 63
leandre 2:4cf39fcca3f3 64 /*-- Humidite & Temperature AIR --*/
leandre 2:4cf39fcca3f3 65 GetDataAir();
leandre 2:4cf39fcca3f3 66
leandre 2:4cf39fcca3f3 67 /*-- Humidite & Temperature SOL --*/
leandre 2:4cf39fcca3f3 68 humSol=sondeHum;//A MODIFIER !!!!!
leandre 2:4cf39fcca3f3 69 //tempSol=sondeTemp; //A MODIFIER!!!!!
leandre 2:4cf39fcca3f3 70 pc.printf("SOL\n\f");
leandre 2:4cf39fcca3f3 71 pc.printf("Humidite: %.2f %%\r\n", humSol);
leandre 2:4cf39fcca3f3 72 //pc.printf("Temperature: %.2f C\r\n\r\n", tempSol); */
leandre 2:4cf39fcca3f3 73
leandre 2:4cf39fcca3f3 74 /*-- LUMIERE --*/
leandre 2:4cf39fcca3f3 75
leandre 2:4cf39fcca3f3 76 /*__ RGB __*/
leandre 2:4cf39fcca3f3 77 //GestionRGB();
leandre 2:4cf39fcca3f3 78
leandre 2:4cf39fcca3f3 79 /*__ Spectre visible et infrarouge __*/
leandre 2:4cf39fcca3f3 80
leandre 2:4cf39fcca3f3 81 /*-- AFFICHAGE --*/
leandre 2:4cf39fcca3f3 82 GestionEcran();
leandre 2:4cf39fcca3f3 83 }
leandre 2:4cf39fcca3f3 84 }
leandre 2:4cf39fcca3f3 85
leandre 2:4cf39fcca3f3 86 //Lecture de l'humidite et de la temperature de l'air
leandre 2:4cf39fcca3f3 87 void GetDataAir(void)
leandre 2:4cf39fcca3f3 88 {
leandre 2:4cf39fcca3f3 89 dht22.sample() ;
leandre 2:4cf39fcca3f3 90 humAir=dht22.getHumidity()/10.0;
leandre 2:4cf39fcca3f3 91 tempAir=dht22.getTemperature()/10.0;
leandre 0:3c21f316aef8 92
leandre 2:4cf39fcca3f3 93 pc.printf("AIR\r\n");
leandre 2:4cf39fcca3f3 94 pc.printf("Humidite: %.2f %%\r\n", humAir);
leandre 2:4cf39fcca3f3 95 pc.printf("Temperature: %.2f C\r\n\r\n", tempAir);
leandre 2:4cf39fcca3f3 96 }
leandre 2:4cf39fcca3f3 97
leandre 2:4cf39fcca3f3 98 //Initialisation de l'ecran
leandre 2:4cf39fcca3f3 99 void InitEcran(void)
leandre 2:4cf39fcca3f3 100 {
leandre 0:3c21f316aef8 101 oled.initialise();
leandre 0:3c21f316aef8 102 oled.clear();
leandre 0:3c21f316aef8 103 oled.set_contrast(255); // max contrast
leandre 0:3c21f316aef8 104 oled.update();
leandre 0:3c21f316aef8 105
leandre 1:6a83787ddf2d 106 oled.clear();
leandre 1:6a83787ddf2d 107 oled.set_font(bold_font, 8);
leandre 2:4cf39fcca3f3 108 oled.printf("Bienvenue\n\ra Jurassic Park\r\n");
leandre 1:6a83787ddf2d 109 oled.update();
leandre 1:6a83787ddf2d 110
leandre 2:4cf39fcca3f3 111 wait(1);
leandre 0:3c21f316aef8 112 }
leandre 0:3c21f316aef8 113
leandre 2:4cf39fcca3f3 114 //Affichage des donnees utiles sur l'ecran
leandre 2:4cf39fcca3f3 115 void GestionEcran(void)
leandre 1:6a83787ddf2d 116 {
leandre 2:4cf39fcca3f3 117 oled.clear();
leandre 2:4cf39fcca3f3 118
leandre 2:4cf39fcca3f3 119 //AIR
leandre 2:4cf39fcca3f3 120 oled.set_font(bold_font, 8);
leandre 2:4cf39fcca3f3 121 oled.printf("AIR\r\n");
leandre 2:4cf39fcca3f3 122 oled.set_font(standard_font, 6);
leandre 2:4cf39fcca3f3 123 oled.printf("Humidite: %.2f %%\r\n", humAir);
leandre 2:4cf39fcca3f3 124 oled.printf("Temperature: %.2f C\r\n", tempAir);
leandre 2:4cf39fcca3f3 125
leandre 2:4cf39fcca3f3 126 //SOL
leandre 2:4cf39fcca3f3 127 oled.set_font(bold_font, 8);
leandre 2:4cf39fcca3f3 128 oled.printf("SOL\r\n");
leandre 2:4cf39fcca3f3 129 oled.set_font(standard_font, 6);
leandre 2:4cf39fcca3f3 130 oled.printf("Humidite %.2f %\r\n", humSol);
leandre 2:4cf39fcca3f3 131 //oled.printf("Temperature %.2f C\r\n", tempSol);
leandre 2:4cf39fcca3f3 132
leandre 2:4cf39fcca3f3 133 //RGB
leandre 2:4cf39fcca3f3 134 oled.set_font(bold_font, 8);
leandre 2:4cf39fcca3f3 135 oled.printf("Couleurs\r\n");
leandre 2:4cf39fcca3f3 136 oled.set_font(standard_font, 6);
leandre 2:4cf39fcca3f3 137 oled.printf("R: %d, G: %d, B: %d\r\n",r, g, b);
leandre 2:4cf39fcca3f3 138
leandre 2:4cf39fcca3f3 139 oled.update();
leandre 2:4cf39fcca3f3 140 }
leandre 2:4cf39fcca3f3 141
leandre 2:4cf39fcca3f3 142 //Affichage de code erreur sur l'ecran
leandre 2:4cf39fcca3f3 143 void ErrorDisplay(int ErrorNumber)
leandre 2:4cf39fcca3f3 144 {
leandre 2:4cf39fcca3f3 145 oled.clear();
leandre 2:4cf39fcca3f3 146 oled.set_font(bold_font, 8);
leandre 2:4cf39fcca3f3 147 oled.printf("ERREUR : %d\r\n",ErrorNumber);
leandre 2:4cf39fcca3f3 148 oled.update();
leandre 2:4cf39fcca3f3 149 pc.printf("ERREUR : %d\r\n",ErrorNumber);
leandre 2:4cf39fcca3f3 150 wait(2);
leandre 2:4cf39fcca3f3 151 }
leandre 2:4cf39fcca3f3 152
leandre 2:4cf39fcca3f3 153 //Initialisation du capteur de couleurs RGB
leandre 2:4cf39fcca3f3 154 void initRGB(void)
leandre 2:4cf39fcca3f3 155 {
leandre 2:4cf39fcca3f3 156 if (tcs.begin())
leandre 1:6a83787ddf2d 157 {
leandre 1:6a83787ddf2d 158 pc.printf("Found sensor");
leandre 2:4cf39fcca3f3 159 LedTCS=1;
leandre 1:6a83787ddf2d 160 }
leandre 1:6a83787ddf2d 161 else
leandre 1:6a83787ddf2d 162 {
leandre 1:6a83787ddf2d 163 pc.printf("No TCS34725 found ... check your connections");
leandre 2:4cf39fcca3f3 164 ErrorDisplay(ERR_RGB);
leandre 1:6a83787ddf2d 165 while (1); // halt!
leandre 1:6a83787ddf2d 166 }
leandre 1:6a83787ddf2d 167 }
leandre 0:3c21f316aef8 168
leandre 2:4cf39fcca3f3 169 //Acquisition des couleurs avec le capteur RGB
leandre 2:4cf39fcca3f3 170 void GestionRGB(void)
leandre 1:6a83787ddf2d 171 {
leandre 1:6a83787ddf2d 172 uint16_t clear, red, green, blue;
leandre 2:4cf39fcca3f3 173
leandre 2:4cf39fcca3f3 174 LedTCS=0;
leandre 2:4cf39fcca3f3 175 wait(0.1);
leandre 2:4cf39fcca3f3 176
leandre 1:6a83787ddf2d 177 tcs.setInterrupt(false); // turn on LED
leandre 1:6a83787ddf2d 178 tcs.getRawData(&red, &green, &blue, &clear);
leandre 1:6a83787ddf2d 179 tcs.setInterrupt(true); // turn off LED
leandre 1:6a83787ddf2d 180 //printf("%d, %d, %d, %d\r\n", clear, red, green, blue);
leandre 2:4cf39fcca3f3 181
leandre 2:4cf39fcca3f3 182 // Conversion Hexa
leandre 1:6a83787ddf2d 183 uint32_t sum = clear;
leandre 1:6a83787ddf2d 184 r = red; r /= sum;
leandre 1:6a83787ddf2d 185 g = green; g /= sum;
leandre 1:6a83787ddf2d 186 b = blue; b /= sum;
leandre 1:6a83787ddf2d 187 r *= 256; g *= 256; b *= 256;
leandre 2:4cf39fcca3f3 188 pc.printf("R : %d, G : %d, B : %d\r\n", r, g, b);
leandre 2:4cf39fcca3f3 189
leandre 2:4cf39fcca3f3 190 LedTCS=1;
leandre 2:4cf39fcca3f3 191 }