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Simple code which modelises a water fountain on Arduino
const int switchG = 2;
const int switchA = 3;
const int switchB = 4;
const int switchC = 5;
const int vanne = 6;
int switchGstate = 0;
int switchAstate = 0;
int switchBstate = 0;
int switchCstate = 0;
unsigned long TEMPS_DEBUTA;
unsigned long TEMPS_A;
unsigned long Volume_A;
unsigned long TEMPS_DEBUTB;
unsigned long TEMPS_B;
unsigned long Volume_B;
unsigned long TEMPS_DEBUTC;
unsigned long TEMPS_C;
unsigned long Volume_C;
void setup()
{
pinMode(switchG, INPUT);
pinMode(switchA, INPUT);
pinMode(switchB, INPUT);
pinMode(switchC, INPUT);
pinMode(vanne, OUTPUT);
Serial.begin(9600);
}
void loop()
{
switchGstate = digitalRead(switchG);
switchAstate = digitalRead(switchA);
switchBstate = digitalRead(switchB);
switchCstate = digitalRead(switchC);
if(switchGstate == HIGH)
{
digitalWrite(vanne, HIGH);
}
else
{
digitalWrite(vanne, LOW);
}
if(switchAstate == HIGH)
{
if(switchGstate == LOW)
{
TEMPS_DEBUTA = millis();
}
else
{
TEMPS_A = millis() - TEMPS_DEBUTA;
Volume_A = TEMPS_A / 333;
Serial.print("Volume Servi A: ");
Serial.println(Volume_A);
delay(333);
}
}
if(switchBstate == HIGH)
{
if(switchGstate == LOW)
{
TEMPS_DEBUTB = millis();
}
else
{
TEMPS_B = millis() - TEMPS_DEBUTB;
Volume_B = TEMPS_B / 333;
Serial.print("Volume Servi B: ");
Serial.println(Volume_B);
delay(333);
}
}
if(switchCstate == HIGH)
{
if(switchGstate == LOW)
{
TEMPS_DEBUTC = millis();
}
else
{
TEMPS_C = millis() - TEMPS_DEBUTC;
Volume_C = TEMPS_C / 333;
Serial.print("Volume Servi C: ");
Serial.println(Volume_C);
delay(333);
}
}
}
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