PULSE Induction heater

1const int mos = 8;  // the pin that the mosfet switch is connected to  the nano
2const int Switch = 2;  // the pin that the momentary switch is connected  to the nano
3int switchstate = 0;  // variable for reading the button status 
4
5void  setup() {     // don't touch that!
6  pinMode(mos, OUTPUT);      // initalize  the mosfet switch as an output
7  pinMode(Switch, INPUT);    // initialize the  momentary switch as an input 
8} //never remove that symbol, are you crazy!!??
9
10void  loop(){ // don't touch that! 
11  
12  switchstate = digitalRead(Switch); // don't  touch that! 
13 
14  if (switchstate == HIGH) // when you press the button
15    
16  // this is where you can modify according to your preferences the pulse  time and the waiting time between each pulse. 
17 //  (1 000 milliseconds = 1 second)  (500 milliseconds = half a second) (High mean ON - Low mean Off)
18  
19  {  
20    
21   digitalWrite(mos, HIGH);   
22    delay(4000);               // those  4 lines represent one pulse cycle. You can ad more or less pules cycle. *if you  do this its verry important to put evry cycle inside those 2 symboles: { - } + dont  change the order! 
23   digitalWrite(mos, LOW);
24    delay(1000);
25    
26   digitalWrite(mos, HIGH);   
27    delay(4000);                 
28   digitalWrite(mos,  LOW);
29    delay(1000);
30    
31   digitalWrite(mos, HIGH);   
32    delay(2000);                 
33   digitalWrite(mos, LOW);
34    delay(500);
35
36   digitalWrite(mos,  HIGH);   
37    delay(2000);                 
38   digitalWrite(mos, LOW);
39    delay(500);
40
41   digitalWrite(mos, HIGH);   
42    delay(2000);                 
43   digitalWrite(mos, LOW);
44    delay(500);
45    
46   digitalWrite(mos, HIGH);   
47    delay(2000);                 
48   digitalWrite(mos, LOW);
49    delay(500);
50
51   digitalWrite(mos, HIGH);   
52    delay(2000);                 
53   digitalWrite(mos,  LOW);
54    delay(500);
55
56   digitalWrite(mos, HIGH);   
57    delay(2000);                 
58   digitalWrite(mos, LOW);
59    delay(500);
60
61   digitalWrite(mos,  HIGH);   
62    delay(2000);                 
63   digitalWrite(mos, LOW);
64    delay(500);
65
66   digitalWrite(mos, HIGH);   
67    delay(2000);                 
68   digitalWrite(mos, LOW);
69    delay(500);
70
71   digitalWrite(mos, HIGH);   
72    delay(2000);                 
73   digitalWrite(mos, LOW);
74    delay(500);              // Important AF! the last line (mos status) before this symbole: "}"  will allways be: "digitalwrite(mos, low)". if its not that, the ZVS will stay  ***ON***
75    
76    
77  } 
78
79  else // if the button is not pressed after  a cycle or when you turn the device ON, The ZVS will be off
80  {
81   digitalWrite(mos,LOW);
82   // turn the mosfet OFF 
83  }
84}
85