#define t1  40
#define t2  35
#define t3  100


#define BUTTON  A0
int read_ADC, delay_time;

int total_leds = 10; // enter the number of LEDs you want to use here
int leds[] = {2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12};

void setup() {// put your setup code here, to run once 

pinMode(BUTTON, INPUT_PULLUP);

for(int i=0; i<total_leds; i++) { 
pinMode(leds[i], OUTPUT); // declare LEDs as output
}

delay(00); // Waiting for a while
}

bool stL = 0;

void loop() {

//   sk1();

//   if( BUTTON == 1)
//   {for( int L = 2 ; L <=11; L++)
//   {digitalWrite(L, HIGH); 
//    delay(t1);
//   sk1();
//    if( BUTTON == 0){ break; }
//    }

//   for( int L = 2 ; L <=11; L++){ 
//    digitalWrite(L, LOW);
//    delay(t2); 
//    sk1();

//    if( BUTTON == 0){ break; } 

//   }

//     for( int L = 2 ; L <=11; L++){

//       digitalWrite(L, LOW);

//     }
// }
  
for(int i=0; i<5; i++) effect_11();
  
// ledsOff();
get_delay();
}

//RUN 5 LEDs FROM LEFT TO RIGHT
void effect_11() {
for(int i=0; i < total_leds + 5; i++) {
if(i<=total_leds){digitalWrite(leds[i], HIGH);}
if(i>1){digitalWrite(leds[i - 4], LOW);}
get_delay();
 }
}

void get_delay(){
read_ADC = analogRead(BUTTON);
delay_time = read_ADC/2.046; //max value ADC 1013/2.046 = 500
if(delay_time<10)delay_time=10;
delay(50);
}

// void sk1(){

//   if( digitalRead(A0)== LOW){
//     BUTTON = HIGH ;
// }
//   else if( digitalRead(A7)== LOW){
//     BUTTON = LOW ;
// }
// }