#define led5min 33
#define led10min 45
#define led15min 42
#define led30min 41
#define led1Hour 40
#define led2Hour 39
#define led3Hour 38
#define led6Hour 37
#define Spark 36
#define Gas 35
#define led_gas 19
#define led_spark 18
#define switch_time 20
#define switch_manual 21
int ModeTime = 1;
unsigned long currentMillis,secTimeMillis,Min5Time,Min10Time,Min15Time,Min30Time,OneHourTime,TwoHourTime,ThreeHourTime,SixHourTime = 0;
void Mode1()
  {
    Serial.println(secTimeMillis-Min5Time);
    if(secTimeMillis - Min5Time >= 3) 
         {
          if(secTimeMillis-Min5Time<5)
                {
              digitalWrite(led_gas,LOW);
             digitalWrite(Gas,LOW);
                }
            if(secTimeMillis - Min5Time >=5) 
              {
                digitalWrite(led_gas,HIGH);
                digitalWrite(Gas,HIGH);
                if(secTimeMillis - Min5Time >= 7) 
                  {
                      digitalWrite(Spark,LOW);digitalWrite(led_spark, LOW);delay(500);
                      digitalWrite(Spark,HIGH);digitalWrite(led_spark, HIGH);
                      Min5Time = secTimeMillis;
                  }
              }
         }
  }
void Mode2()
  {
    if(secTimeMillis - Min10Time >= 600) 
         {
            digitalWrite(led10min,LOW);
            digitalWrite(Gas,LOW);
            if(secTimeMillis - Min10Time >= 605) 
              {
                digitalWrite(led10min,HIGH);
                digitalWrite(Gas,HIGH);
                if(secTimeMillis - Min10Time >= 606) 
                  {
                      digitalWrite(Spark,LOW);delay(500);
                      digitalWrite(Spark,HIGH);
                      Min5Time = secTimeMillis;
                  }
              }
         }
  }
void Mode3()
  {
    if(secTimeMillis - Min15Time >= 900) 
         {
            digitalWrite(led15min,LOW);
            digitalWrite(Gas,LOW);
            if(secTimeMillis - Min15Time >= 905) 
              {
                digitalWrite(led15min,HIGH);
                digitalWrite(Gas,HIGH);
                if(secTimeMillis - Min15Time >= 906) 
                  {
                      digitalWrite(Spark,LOW);delay(500);
                      digitalWrite(Spark,HIGH);
                      Min5Time = secTimeMillis;
                  }
              }
         }
  }
void Mode4()
  {
    if(secTimeMillis - Min30Time >= 1800) 
         {
            digitalWrite(led30min,LOW);
            digitalWrite(Gas,LOW);
            if(secTimeMillis - Min30Time >= 1805) 
              {
                digitalWrite(led30min,HIGH);
                digitalWrite(Gas,HIGH);
                if(secTimeMillis - Min30Time >= 1806) 
                  {
                      digitalWrite(Spark,LOW);delay(500);
                      digitalWrite(Spark,HIGH);
                      Min5Time = secTimeMillis;
                  }
              }
         }
  }
void Mode5()
  {
    if(secTimeMillis - OneHourTime >= 3600) 
         {
            digitalWrite(led1Hour,LOW);
            digitalWrite(Gas,LOW);
            if(secTimeMillis - OneHourTime >= 3605) 
              {
                digitalWrite(led1Hour,HIGH);
                digitalWrite(Gas,HIGH);
                if(secTimeMillis - OneHourTime >= 3606) 
                  {
                      digitalWrite(Spark,LOW);delay(500);
                      digitalWrite(Spark,HIGH);
                      Min5Time = secTimeMillis;
                  }
              }
         }
  }
void Mode6()
  {
    if(secTimeMillis - TwoHourTime >= 7200) 
         {
            digitalWrite(led2Hour,LOW);
            digitalWrite(Gas,LOW);
            if(secTimeMillis - TwoHourTime >= 7205) 
              {
                digitalWrite(led2Hour,HIGH);
                digitalWrite(Gas,HIGH);
                if(secTimeMillis - TwoHourTime >= 7206) 
                  {
                      digitalWrite(Spark,LOW);delay(500);
                      digitalWrite(Spark,HIGH);
                      Min5Time = secTimeMillis;
                  }
              }
         }
  }
void Mode7()
  {
    if(secTimeMillis - ThreeHourTime >= 10800) 
         {
            digitalWrite(led3Hour,LOW);
            digitalWrite(Gas,LOW);
            if(secTimeMillis - ThreeHourTime >= 10805) 
              {
                digitalWrite(led3Hour,HIGH);
                digitalWrite(Gas,HIGH);
                if(secTimeMillis - ThreeHourTime >= 10806) 
                  {
                      digitalWrite(Spark,LOW);delay(500);
                      digitalWrite(Spark,HIGH);
                      Min5Time = secTimeMillis;
                  }
              }
         }
  }
void Mode8()
  {
    if(secTimeMillis - SixHourTime >= 1800) 
         {
            digitalWrite(led6Hour,LOW);
            digitalWrite(Gas,LOW);
            if(secTimeMillis - SixHourTime >= 1805) 
              {
                digitalWrite(led6Hour,HIGH);
                digitalWrite(Gas,HIGH);
                if(secTimeMillis - SixHourTime >= 1806) 
                  {
                      digitalWrite(Spark,LOW);delay(500);
                      digitalWrite(Spark,HIGH);
                      Min5Time = secTimeMillis;
                  }
              }
         }
  }

void setup() {
  // put your setup code here, to run once:
  Serial.begin(115200);
  Serial.println("Hello, ESP32-S2!");
  pinMode(led5min, OUTPUT);
  pinMode(led10min, OUTPUT);
  pinMode(led15min, OUTPUT);
  pinMode(led30min, OUTPUT);
  pinMode(led1Hour, OUTPUT);
  pinMode(led2Hour, OUTPUT);
  pinMode(led3Hour, OUTPUT);
  pinMode(led6Hour, OUTPUT);
  pinMode(Spark, OUTPUT); 
  pinMode(Gas, OUTPUT);
  pinMode(led_gas, OUTPUT);
  pinMode(led_spark, OUTPUT);
  pinMode(switch_time,INPUT_PULLUP);
  pinMode(switch_manual,INPUT_PULLUP);
  digitalWrite(led5min, HIGH);
  digitalWrite(led10min, HIGH);
  digitalWrite(led15min, HIGH);
  digitalWrite(led30min, HIGH);
  digitalWrite(led1Hour, HIGH);
  digitalWrite(led2Hour, HIGH);
  digitalWrite(led3Hour, HIGH);
  digitalWrite(led6Hour, HIGH);
  digitalWrite(Spark, HIGH);
  digitalWrite(Gas, HIGH);
  digitalWrite(led_gas, HIGH);
  digitalWrite(led_spark, HIGH);
}
void loop() 
{
  currentMillis = millis();
  secTimeMillis = currentMillis/1000;
  if(!digitalRead(switch_time))
   {
      ModeTime++;
      while(!digitalRead(switch_time));
      if(ModeTime>9){ModeTime=1;}
   }
   if(ModeTime==1){Mode1();}
}