3 Led Effects Using Arduino Uno

1//Coded by Jevins Annson of J4 Jevins
2//Subscribe To J4 Jevins Youtube   :- https://www.youtube.com/J4Jevins
3
4const int FirstLed = 5;
5const int   SecondLed = 6;
6const int ThirdLed = 7;
7int counter;
8  
9void setup()   {
10  
11  pinMode (FirstLed, OUTPUT);
12  pinMode (SecondLed, OUTPUT);
13  pinMode   (ThirdLed, OUTPUT);
14}
15
16void loop() {
17
18  
19    for (counter = 0;   counter < 5; ++counter) {
20
21        digitalWrite (FirstLed, HIGH);
22        delay   (500);
23        digitalWrite (SecondLed, HIGH);
24        delay (1000);
25        digitalWrite   (FirstLed, LOW);
26        delay (500);
27        digitalWrite (ThirdLed, HIGH);
28         delay (1000);
29        digitalWrite (SecondLed, LOW);
30        delay(500);
31         digitalWrite (ThirdLed, LOW);
32
33  }
34
35
36        for (counter   = 0; counter < 5; ++counter) {
37
38        digitalWrite (FirstLed, HIGH);
39         delay (500);
40        digitalWrite (SecondLed, HIGH);
41        delay   (1000);
42        digitalWrite (ThirdLed, HIGH);
43        delay (500);
44        digitalWrite   (FirstLed, LOW);
45        delay (1000);
46        digitalWrite (SecondLed,LOW);
47         delay (500);
48        digitalWrite (ThirdLed,LOW);
49            
50       }
51
52      for (counter = 0; counter < 5; ++counter) {
53
54        digitalWrite   (ThirdLed, HIGH);
55        delay (500);
56        digitalWrite (SecondLed, HIGH);
57         delay (1000);
58        digitalWrite (FirstLed, HIGH);
59        delay   (500);
60        digitalWrite (ThirdLed, LOW);
61        delay (1000);
62        digitalWrite   (SecondLed,LOW);
63        delay (500);
64        digitalWrite (FirstLed,LOW);
65   
66      }
67
68       for (counter = 0; counter < 50; ++counter) {
69
70        digitalWrite   (ThirdLed, HIGH);
71        delay (100);
72        digitalWrite (SecondLed, HIGH);
73         delay (100);
74        digitalWrite (FirstLed, HIGH);
75        delay   (100);
76        digitalWrite (ThirdLed, LOW);
77        delay (100);
78        digitalWrite   (SecondLed,LOW);
79        delay (100);
80        digitalWrite (FirstLed,LOW);
81
82        }
83
84       for (counter = 0; counter < 50; ++counter) {
85
86
87         digitalWrite (FirstLed, HIGH);
88        delay (100);
89        digitalWrite   (SecondLed, HIGH);
90        delay (100);
91        digitalWrite (ThirdLed, HIGH);
92         delay (100);
93        digitalWrite (FirstLed, LOW);
94        delay (100);
95         digitalWrite (SecondLed,LOW);
96        delay (100);
97        digitalWrite   (ThirdLed,LOW);
98      }    
99}

1//Coded by Jevins Annson of J4 Jevins
2//Subscribe To J4 Jevins Youtube  :- https://www.youtube.com/J4Jevins
3
4const int FirstLed = 5;
5const int  SecondLed = 6;
6const int ThirdLed = 7;
7int counter;
8  
9void setup()  {
10  
11  pinMode (FirstLed, OUTPUT);
12  pinMode (SecondLed, OUTPUT);
13  pinMode  (ThirdLed, OUTPUT);
14}
15
16void loop() {
17
18  
19    for (counter = 0;  counter < 5; ++counter) {
20
21        digitalWrite (FirstLed, HIGH);
22        delay  (500);
23        digitalWrite (SecondLed, HIGH);
24        delay (1000);
25        digitalWrite  (FirstLed, LOW);
26        delay (500);
27        digitalWrite (ThirdLed, HIGH);
28        delay (1000);
29        digitalWrite (SecondLed, LOW);
30        delay(500);
31        digitalWrite (ThirdLed, LOW);
32
33  }
34
35
36        for (counter  = 0; counter < 5; ++counter) {
37
38        digitalWrite (FirstLed, HIGH);
39        delay (500);
40        digitalWrite (SecondLed, HIGH);
41        delay  (1000);
42        digitalWrite (ThirdLed, HIGH);
43        delay (500);
44        digitalWrite  (FirstLed, LOW);
45        delay (1000);
46        digitalWrite (SecondLed,LOW);
47        delay (500);
48        digitalWrite (ThirdLed,LOW);
49            
50      }
51
52      for (counter = 0; counter < 5; ++counter) {
53
54        digitalWrite  (ThirdLed, HIGH);
55        delay (500);
56        digitalWrite (SecondLed, HIGH);
57        delay (1000);
58        digitalWrite (FirstLed, HIGH);
59        delay  (500);
60        digitalWrite (ThirdLed, LOW);
61        delay (1000);
62        digitalWrite  (SecondLed,LOW);
63        delay (500);
64        digitalWrite (FirstLed,LOW);
65  
66      }
67
68       for (counter = 0; counter < 50; ++counter) {
69
70        digitalWrite  (ThirdLed, HIGH);
71        delay (100);
72        digitalWrite (SecondLed, HIGH);
73        delay (100);
74        digitalWrite (FirstLed, HIGH);
75        delay  (100);
76        digitalWrite (ThirdLed, LOW);
77        delay (100);
78        digitalWrite  (SecondLed,LOW);
79        delay (100);
80        digitalWrite (FirstLed,LOW);
81
82       }
83
84       for (counter = 0; counter < 50; ++counter) {
85
86
87        digitalWrite (FirstLed, HIGH);
88        delay (100);
89        digitalWrite  (SecondLed, HIGH);
90        delay (100);
91        digitalWrite (ThirdLed, HIGH);
92        delay (100);
93        digitalWrite (FirstLed, LOW);
94        delay (100);
95        digitalWrite (SecondLed,LOW);
96        delay (100);
97        digitalWrite  (ThirdLed,LOW);
98      }    
99}