Automatically reset a sketch to the beginning of the program

Projects Programming
1

Hi, as just 2-3 days ago I bought my first Arduino ,I'm still in the very beginning in the C programming and I have a question for something which probably is very simple. So I did a small sketch for 8 relays which are switching in a sequence for once activated by a photosensor .The program works fine, but after finishing the switching of the 8 relays the LED of the photoresistor remains on and the relays too. I want that after once you activate it with movement then it goes back in initial state so at another movement it will execute the sequence again and so on. I remember in the 80s as a kid I was using BASIC and there was a command like GOTO and you could go back someone in the previous line to repeat certain instructions.The sketch is attached .Thanks in advance.

ONOFFPHOTOSW.ino (2.06 KB)

2

Right now, the program goes through a sequence and sets x to false, so that sequence is not repeated.

I want that after once you activate it with movement then it goes back in initial state

Somehow a movement will have to be detected and if so, set x to true.

3 
int lamp = 3;
int LED1 = 12;
int LED2 = 11;
int LED3 = 10;
int LED4 = 9;
int LED5 = 8;
int LED6 = 7;
int LED7 = 6;
int LED8 = 5;
boolean x = true;

void setup() {
  Serial.begin(9600);
  pinMode(lamp, OUTPUT);
  
  pinMode(LED1, OUTPUT);
   pinMode(LED2, OUTPUT);
   pinMode(LED3, OUTPUT);
   pinMode(LED4, OUTPUT);
   pinMode(LED5, OUTPUT);
   pinMode(LED6, OUTPUT);
   pinMode(LED7, OUTPUT);
   pinMode(LED8, OUTPUT);

}

void loop() {
  int c = analogRead(A1);
  delay(100);
if ( c<600 && x == true){
  digitalWrite(lamp, HIGH);
  digitalWrite(LED1, HIGH);    // turn on LED1 
  delay(300);                  // wait for 600ms
  digitalWrite(LED2, HIGH);    // turn on LED2
  delay(300);                  // wait for 600ms       
  digitalWrite(LED3, HIGH);    // turn on LED3 
  delay(300);                  // wait for 600ms
   digitalWrite(LED4, HIGH);    // turn on LED4 
  delay(300);                  // wait for 600ms
  digitalWrite(LED5, HIGH);    // turn on LED5
  delay(300);                  // wait for 600ms       
  digitalWrite(LED6, HIGH);    // turn on LED6 
  delay(300);
  digitalWrite(LED7, HIGH);    // turn on LED7 
  delay(300);                  // wait for 600ms
  digitalWrite(LED8, HIGH);    // turn on LED8
  delay(300);                  // wait for 600ms
  
digitalWrite(LED1, LOW);    // turn on LED1 
  delay(300);                  // wait for 600ms
  digitalWrite(LED2, LOW);    // turn on LED2
  delay(300);                  // wait for 600ms       
  digitalWrite(LED3, LOW);    // turn on LED3 
  delay(300);                  // wait for 600ms
   digitalWrite(LED4, LOW);    // turn on LED4 
  delay(300);                  // wait for 600ms
  digitalWrite(LED5, LOW);    // turn on LED5
  delay(300);                  // wait for 600ms       
  digitalWrite(LED6, LOW);    // turn on LED6 
  delay(300);
  digitalWrite(LED7, LOW);    // turn on LED7 
  delay(300);                  // wait for 600ms
  digitalWrite(LED8, LOW);    // turn on LED8
  delay(300);      

   x = false;
   delay(100);

}}