Air Surfer

Code

• Air surfer-code

Air surfer-codeArduino

#include #include "RTClib.h"//#include #include #include #include #include  #include #include #define ONE_WIRE_BUS 9#define GREENLED 5#define YELLOWLED 7#define REDLED 8#define BUTTONLED 11OneWire oneWire(ONE_WIRE_BUS);DallasTemperature sensoren(UT&oneWire);FT mijnGLCD(CTE32HR, 38, 39, 40, 41); HTU21D myHumidity;RTC_DS1307 rtc; extern uint8_t Ubuntu[]; byte cmd[9] ={0xFF,0x01,0x86,0x00,0x00,0x00,0x00,0x00,0x79}; unsigned char response[9];unsigned int ppm;unsigned long time;int photocellReading;int hourupg;int minupg;float humd;float temp;int tcolor;int Z; //LED helderheidboolean Reset =false; // voor het resetten van het display; lege lampen (void) {//CO2if (ppm<800){ myGLCD.setColor (255,140,255); //groene myGLCD.fillCircle (450, 87, 12); analoogWrite(GROENLED, Z); analoogWrite(GEEL, 0); analoogWrite(REDLED, 0); } if (ppm>800 &ppm<1200) { myGLCD.setColor(70,70,255); //Gele myGLCD.fillCircle (450, 87, 12); analoogWrite(GROENLED, 0); analogWrite (GEEL, Z); analogWrite(REDLED, 0);} if (ppm>1200){ myGLCD.setColor(VGA_AQUA); mijnGLCD.fillCircle(450, 87, 12); analoogWrite(GROENLED, 0); analoogWrite(GEEL, 0); analoogWrite(REDLED, Z); } //Hum if (humd>30 &humd<50) { myGLCD.setColor (255,140,255); //groene myGLCD.fillCircle (450, 149, 12); } if (humd>20 &humd<30) { myGLCD.setColor(70,70,255); //Gele myGLCD.fillCircle (450, 149, 12); } if (humd<20) { myGLCD.setColor(70,70,255); //Gele myGLCD.fillCircle (450, 149, 12); } if (humd>50 &humd<60) { myGLCD.setColor(70,70,255); //Gele myGLCD.fillCircle (450, 149, 12); } if (humd>60) { myGLCD.setColor(VGA_AQUA); mijnGLCD.fillCircle(450, 149, 12); } // Temp ins if (temp>
20 &temp<27) { myGLCD.setColor(255,140,255); //groene myGLCD.fillCircle (450, 213, 12); } else {myGLCD.setColor(70,70,255); //YellowmyGLCD.fillCircle (450, 213, 12); } //Tempouts als (sensors.getTempCByIndex(0)<10) {myGLCD.setColor(70,70,255); //YellowmyGLCD.fillCircle (450, 278, 12);} else { myGLCD.setColor (255,140,255); //green myGLCD.fillCircle(450, 278, 12);}}void drawmain(void) {myGLCD.setFont(Ubuntu);if (tcolor==0) myGLCD.setColor(VGA_BLACK);if (tcolor==1) myGLCD.setColor(VGA_SILVER);if (tcolor==2) myGLCD.setColor(250,10,250);if (tcolor==3) myGLCD.setColor(200,100,200);if (tcolor==4) myGLCD.setColor(100,200,200);if (tcolor==5) myGLCD.setColor(10,200,200);if (tcolor==6) myGLCD.setColor(200,200,100);if (tcolor==7) myGLCD.setColor(250,250,10);if (tcolor==8) myGLCD.setColor(10,10,250);if (tcolor==9) myGLCD.setColor(10,250,10);if (tcolor==10) myGLCD.setColor(250,10,10);if (tcolor==11) myGLCD.setColor(VGA_TEAL);if (tcolor==12) myGLCD.setColor(VGA_AQUA); DateTime nu =rtc.now(); // Timeif (now.hour()<10) { myGLCD.print("0", 190, 7);myGLCD.printNumI(now.hour(), 215, 7); } else {myGLCD.printNumI(now.hour(), 190, 7); } mijnGLCD.print(":", 240, 5); if (now.minute()<10) { myGLCD.print("0", 265, 7);myGLCD.printNumI(now.minute(), 290, 7); } else { myGLCD.printNumI(now.minute(), 265, 7); }//myGLCD.setColor(VGA_BLACK);myGLCD.print("CO2", 18, 74); if (ppm> 999){ myGLCD.printNumI(ppm, 250, 74);}else{myGLCD.print(" ", 250, 74);myGLCD.printNumI(ppm, 275, 74);}myGLCD.print(" ppm", 348, 74);myGLCD.print("Vochtigheid", 18,136);myGLCD.printNumI(humd, 343, 136); //humdmyGLCD.print("%", 398, 136);myGLCD.print("Temp(in)", 18, 200);if (temp>
=0) { if (temp<10) {myGLCD.print( " ", 275, 200);mijnGLCD.print("+", 300, 200); //tempmyGLCD.printNumF(temp,1, 325, 200);}else{ myGLCD.print("+", 275, 200); //tempmyGLCD.printNumF(temp,1, 300, 200);}}if (temp<0){ if (temp>
-10) { myGLCD.print(" ", 275, 200);myGLCD.printNumF(temp, 1, 300, 200);}else{ myGLCD.printNumF(temp,1, 275, 200);}}myGLCD.print("C", 398, 200);myGLCD.print("Temp(out)", 18 , 265);if (sensors.getTempCByIndex(0)<-100) { myGLCD.print("Empty", 300, 265);}else{if (sensors.getTempCByIndex(0)>=0) { if (sensors. getTempCByIndex(0)<10) {myGLCD.print(" ", 275, 200);myGLCD.print("+", 300, 265);myGLCD.printNumF(sensors.getTempCByIndex(0),1, 325, 265);}else{ myGLCD.print("+", 275, 265);myGLCD.printNumF(sensors.getTempCByIndex(0),1, 300, 265);}}if (sensors.getTempCByIndex(0)<0){ if (sensors.getTempCByIndex(0)>-10) { myGLCD.print(" ", 275, 200);myGLCD.printNumF(sensors.getTempCByIndex(0),1, 300, 265);}else{ myGLCD.printNumF(sensoren .getTempCByIndex(0),1, 275, 265);}}myGLCD.print("C", 398, 265);}} void dateandtime(void) { DateTime now =rtc.now();hourupg=now.hour ();minupg=nu.minuut(); // tijdaanpassing if (digitalRead (3) ==LAAG) {if (minupg==59) {minupg=0; } else { minupg=minupg+1; } rtc.adjust(DateTime(0,0,0,hourupg,minupg,0)); } if (digitalRead(2) ==LAAG) {if(hourupg==23) { hourupg=0; } else { hourupg=hourupg+1; } rtc.adjust(DateTime(0,0,0,hourupg,minupg,0)); }}void co2(void) { Serial3.write(cmd, 9); memset(antwoord, 0, 9); Serial3.readBytes(antwoord, 9); int ik; byte-crc =0; voor (i =1; i <8; i++) crc+=antwoord[i]; crc =255 - crc; crc++; if ( !(response[0] ==0xFF &&response[1] ==0x86 &&response[8] ==crc) ) { } else { unsigned int responseHigh =(unsigned int) response[2]; unsigned int responseLow =(unsigned int) response [3]; ppm =(256*responsHoog) + responsLaag; }} void th (void) { humd =myHumidity.readHumidity(); temp =myHumidity.readTemperature(); sensoren.requestTemperatures(); // Stuur de opdracht om temperatuurmetingen te krijgen} void photosensor (void) { photocellReading =analogRead (12); if (photocellReading <150) { // Serial.println ("- Dark"); analogWrite(BUTTONLED, 5); Z=25; } else if (photocellReading <300) { // Serial.println ("- Dim"); analoogWrite(BUTTONLED, 50); Z=80; } else if (photocellReading <700) { // Serial.println ("- Light"); analogWrite (TOETSEN, 100); Z=120; } else if (photocellReading <900) { // Serial.println ("- Bright"); analoogWrite(KNOPPEN, 150); Z=150; } else { // Serial.println(" - Zeer helder"); analoogWrite(BUTTONLED, 200); Z=200; }// Serial.print(photocellReading);}void screenreset(void) { if(((hourupg==0 &&minupg==0) || (hourupg==12 &&minupg==0)) &&Reset==false ) {mijnGLCD.clrScr();mijnGLCD.fillScr(VGA_WHITE); // vanwege omgekeerde kleuren op mijn displaymyGLCD.setBackColor (VGA_WHITE); // vanwege omgekeerde kleuren op mijn displayReset=true;}if((hourupg==0 || hourupg==12)&&minupg>0) { Reset=false; }} ongeldige setup(void) {myGLCD.InitLCD();myGLCD.clrScr();myGLCD.fillScr(VGA_WHITE); // vanwege omgekeerde kleuren op mijn displaymyGLCD.setBackColor (VGA_WHITE); // vanwege omgekeerde kleuren op mijn displaySerial3.begin (9600);//Serial.begin (9600); sensoren.begin(); mijnVochtigheid.begin(); tcolor=0;rtc.begin();pinMode(GROENLED, UITGANG);pinMode(GEEL, UITGANG);pinMode(REDLED, UITGANG);pinMode(BUTTONLED, UITGANG);pinMode(2, INPUT_PULLUP);pinMode(3, INPUT_PULLUP );pinMode(4, INPUT_PULLUP);Z=0;}void loop(void) {co2(); fotosensor();datum en tijd();th(); if (digitalRead(4) ==LAAG){ tcolor=tcolor+1; }if (tkleur>=13) tkleur=0; drawmain();lampen();screenreset();}

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