Arduino Project

#include <liquidcrystal.h>

const int ledRedpin = 9; // broche de couleur rouge avec ~ const int ledBluepin = 10; // broche de couleur bleue avec ~ const int lndgreenpin = 11; // broche de couleur verte avec ~

const int rs = 7, en = 6, d4 = 5, d5 = 4, d6 = 3, d7 = 2; LCD liquide (Rs, EN, D4, D5, D6, D7);

const int Buttonok = 8; // Pushbutton Pin const int boutonless = 12; // broche-poussoir const int boutonnage = 13; // broche de bouton-poussoir

int ButtonstateOK; int ButtonstateMore; Int Buttonstateless;

const int photosensorpinfirst = 0; // broche d'entrée analogique const int photosensorpinsecond = 1; // broche d'entrée analogique

int LightleVelfirst; int LightLevelSecond;

Timestart long non signé; Timepauté long non signé = 0; un long terme non signé; chronomètre long non signé; Long TimeMetemptwo, long non signé, non signé; bool ispaused = false;

bool isrunning = false; bool firstrun = true; int numberOfPeople = 1; const char blanc [17] = {""};

void setup () {// LCD SETUP COLUMS / ROWS LCD.BEGIN (16, 2); LCD.print ("Bienvenue"); // les entrées de broches de bouton-poussoir PinMode (Buttonok, entrée); PinMode (Buttonmore, entrée); PinMode (sans bouton, entrée);

// PIN LED Sorties PinMode (LEDDRedPin, sortie); pinmode (ledBluepin, sortie); PinMode (LedGreenPin, sortie);

}

void loop () {sensorReadings ();

if (ButtonStateOK == High && firstrun) {Isrunning = true; } if (Isrunning) {modeSelection ();
}

DisplaySwitch (1); if (ButtonStateOK == High &&! Isrunning) {theend (); }

}

void theend () {timePassed = Millis () - timeStart -TimePaused; TimeTempone = Millis () - TimeStart; TimeMetEmptwo = timepassée / timeTempone; TimeMetEmptwo * = 100; DisplaySwitch (2);

if (TimeMetEmptwo <= 40) {DigitalWrite (LeDredPin, High);
} if (TimeMetEmptwo> 40 && timeMetEmptwo <70) {DigitalWrite (ledBluepin, High);
} if (TimeMetEmptwo> = 70) {DigitalWrite (LedGreenPin, High);
}} void SensorReadings () {ButtonStateOK = DigitalRead (Buttonok); ButtonStateMore = DigitalRead (Buttonmore); ButtonStateless = DigitalRead (Buttonless); LightLeVelFirst = analograad (PhotosSenSorpinFirst); LightLevelSecond = Analogread (PhotosSenSorpinDeCon); }

VOID CHECKLIGHT () {if (LightLeVelfirst> = 800 &&! Ispaused) {PauseEvent (Ispaused);

 isPaused = true;

} else {if (LightLeVelfirst <800) {PauSeEvent (Ispaused); ispaused = false; }
} if (LightLevelSecond> = 800 &&! ISPAUSED) {PauSEEvent (Ispaused);

 isPaused = true;

} else {if (LightLevelSecond <800) {PauSeEvent (Ispaused); ispaused = false; }
}} void PauseEvent (bool ispaused) {if (ispaused) {timeTemptwo = Millis ();

 timePaused += timeTempTwo-timeTempOne;

} else {timeTempone = Millis (); }
}

void DisplaySwitch (mode int) {char temp [] = ""; commutateur (mode) {cas 0:
lcd.setCursor (0,0); //lcd.print(blank); LCD.print ("Numéro de joueur:");
lcd.setCursor (0,1); // LCD.print (vierge); LCD.print (NumberOfPeople); lcd.display (); casser;

 case 1:
lcd.setCursor(0,0);
//lcd.print(blank);
lcd.print("Time Passed:");
lcd.setCursor(0,1);

// LCD.print (vierge); LCD.print (Millis () - TimeStart); lcd.display (); casser;

 case 2:
lcd.setCursor(0,0);
//lcd.print(blank);
lcd.print("Success Rate:");
lcd.setCursor(0,1);

// LCD.print (vierge); LCD.Print (TimePassed); lcd.display (); casser;

 default:  
lcd.setCursor(0,0);

// LCD.print (vierge); lcd.setCursor (0,1); // LCD.print (vierge); lcd.display (); }

}

void LightShow () {DigitalWrite (LeDredPin, High); retard (100); DigitalWrite (LedgreenPin, High); retard (100); DigitalWrite (LEDBLUEPIN, HIGH); retard (100); DigitalWrite (LeDredPin, Low); retard (100); DigitalWrite (LedgreenPin, Low); retard (100); DigitalWrite (LEDBLUEPIN, LOW);
}

void modeselelection () {

 if(firstRun)
{
  lightShow();
  firstRun= false;
}

do {displaySwitch (0); if (ButtonStateMore == High && nombreOfPeople <7) {NumberOfPeople ++; }

 if(buttonStateLess == HIGH && numberOfPeople>1)
{
 numberOfPeople--;
}

if(buttonStateOk == HIGH) 
{
 isRunning=false;
 timeStart = millis();
}

} while (Isrunning);

}