/* ESP32 WiFi Scanning example */
#define led1 23 //pin de salida
#define pul1 34 //pin de entrada
#define led2 23 //pin de salida
#define pul2 32 //pin de entrada
#define led3 21 //pin de salida
#define pul3 33 //pin de entrada
#define led4 19 //pin de salida
#define pul4 25 //pin de entrada
#define led5 18 //pin de salida
#define pul5 26 //pin de entrada
#define led6 5 //pin de salida
#define pul6 27 //pin de entrada
#define led7 17 //pin de salida
#define pul7 14 //pin de entrada
#define led8 16 //pin de salida
#define pul8 12 //pin de salida

int t=500;
int y=500;
int u=1500;

void setup() {
  
  Serial.begin(115200);
  pinMode(led1, OUTPUT);
  pinMode(led2, OUTPUT);
  pinMode(led3, OUTPUT);
  pinMode(led4, OUTPUT);
  pinMode(led5, OUTPUT);
  pinMode(led6, OUTPUT);
  pinMode(led7, OUTPUT);
  pinMode(led8, OUTPUT);
  //pinMode(pul1, INPUT);
}
void loop() {
  if((digitalRead(pul1))==HIGH)
  {
    digitalWrite(led1, 1);
    delay(t);
    digitalWrite(led1, 0);
    delay(t);
    digitalWrite(led2, 1);
    delay(t);
    digitalWrite(led2, 0);
    delay(t);
    digitalWrite(led3, 1);
    delay(t);
    digitalWrite(led3, 0);
    delay(t);
    digitalWrite(led4, 1);
    delay(t);
    digitalWrite(led4, 0);
    delay(t);
    digitalWrite(led5, 1);
    delay(t);
    digitalWrite(led5, 0);
    delay(t);
    digitalWrite(led6, 0);
    delay(t);
    digitalWrite(led7, 0);
    delay(t);
    digitalWrite(led8, 0);
    delay(t);
    Serial.println("secuencia 1");
    delay(u);
    }
    if((digitalRead(pul2))==HIGH)
    {
       digitalWrite(led8, 1);
delay(y);
      digitalWrite(led7, 1);
delay(y);
      digitalWrite(led6, 1);
delay(y);
digitalWrite(led5, 1);
delay(y);
digitalWrite(led5, 0);
delay(y);
digitalWrite(led4, 1);
delay(y);
digitalWrite(led4, 0);
delay(y);
digitalWrite(led3, 1);
delay(y);
digitalWrite(led3, 0);
delay(y);
digitalWrite(led2, 1);
delay(y);
digitalWrite(led2, 0);
delay(y);
digitalWrite(led1, 1);
delay(y);
digitalWrite(led1, 0);
delay(y);
Serial.println("secuencia 2");
delay(u);
}
if((digitalRead(pul3))==HIGH)
{
   digitalWrite(led8, 1);
  delay(y);
 
   digitalWrite(led7, 1);
  delay(y);
 
    digitalWrite(led6, 1);
  delay(y);
  digitalWrite(led5, 1);
  delay(y);
  digitalWrite(led5, 0);
  delay(y);
  digitalWrite(led1, 1);
  delay(y);
  digitalWrite(led1, 0);
  delay(y);
  digitalWrite(led4, 1);
  delay(y);
  digitalWrite(led4, 0);
  delay(y);
  digitalWrite(led2, 1);
  delay(y);
  digitalWrite(led2, 0);
  delay(y);
  digitalWrite(led3, 1);
  delay(y);
  digitalWrite(led3, 0);
  delay(y);
  Serial.println("secuencia 3");
delay(u);
}
if((digitalRead(pul4))==HIGH)
{
  digitalWrite(led2, 1);
  delay(y);
  digitalWrite(led2, 0);
  delay(y);
  digitalWrite(led4, 1);
  delay(y);
  digitalWrite(led4, 0);
  delay(y);
  digitalWrite(led1, 1);
  delay(y);
  digitalWrite(led1, 0);
  delay(y);
  digitalWrite(led5, 1);
  delay(y);
  digitalWrite(led5, 0);
  delay(y);
  digitalWrite(led3, 1);
  delay(y);
  digitalWrite(led3, 0);
  delay(y);
    digitalWrite(led8, 1);
  delay(y);
    digitalWrite(led7, 0);
  delay(y);
    digitalWrite(led6, 1);
  delay(y);


  Serial.println("secuencia 4");
  delay(u);
  }
  if((digitalRead(pul5))==HIGH)
  {
    digitalWrite(led3, 1);
    delay(y);
    digitalWrite(led3, 0);
    delay(y);
    digitalWrite(led1, 1);
    delay(y);
    digitalWrite(led1, 0);
    delay(y);
    digitalWrite(led5, 1);
    delay(y);
    digitalWrite(led5, 0);
    delay(y);
    digitalWrite(led2, 1);
    delay(y);
    digitalWrite(led2, 0);
    delay(y);
    digitalWrite(led4, 1);
    delay(y);
        digitalWrite(led5, 1);
    delay(y);
        digitalWrite(led6, 1);
    delay(y);
        digitalWrite(led7, 1);
    delay(y);  
      digitalWrite(led8, 1);
    delay(y);  
      digitalWrite(led8, 0);
    delay(y);
digitalWrite(led7, 0);
delay(y);

Serial.println("secuencia 5");
delay(u);
}
}