LED Strip using Infrared (IR) Remote

1#include <IRremote.h>
2int RECV_PIN = 9;
3IRrecv irrecv(RECV_PIN);
4decode_results  results;
5const int RED = 6;
6const int YELLOW = 7;
7const int BLUE = 8;
8int  counter;
9
10int Random = 0;
11void setup()
12{
13Serial.begin(9600);
14irrecv.enableIRIn();
15  pinMode(RED,OUTPUT);
16pinMode(YELLOW,OUTPUT);
17pinMode(BLUE,OUTPUT);
18  }
19
20
21
22
23void  loop()
24{
25if (irrecv.decode(&results))
26{
27switch (results.value)
28{
29  
30  
31  
32  
33  case 0xFD00FF :
34digitalWrite(RED,LOW);
35digitalWrite(YELLOW,LOW);
36digitalWrite(BLUE,LOW);
37  Serial.println("ALL LED OFF");
38  break;
39 
40  case 0xFD08F7:
41digitalWrite(RED,HIGH);
42digitalWrite(YELLOW,LOW);
43digitalWrite(BLUE,LOW);
44  Serial.println("RED ON");
45  break;
46  
47  case 0xFD8877 :
48digitalWrite(RED,LOW);
49digitalWrite(YELLOW,HIGH);
50digitalWrite(BLUE,LOW);
51  Serial.println("YELLOW ON");
52  break;
53 
54  
55  case 0xFD48B7 :
56digitalWrite(RED,LOW);
57digitalWrite(YELLOW,LOW);
58digitalWrite(BLUE,HIGH);
59  Serial.println("BLUE ON");
60  break;
61  
62 case 0xFD28D7 :
63digitalWrite(RED,LOW);
64digitalWrite(YELLOW,LOW);
65digitalWrite(BLUE,LOW);
66
67  
68  digitalWrite(RED,HIGH);
69    delay(1000);
70digitalWrite(RED,LOW);
71digitalWrite(YELLOW,HIGH);
72  delay(1000);
73digitalWrite(YELLOW,LOW);
74  digitalWrite(BLUE,HIGH);
75
76  delay(1000);
77digitalWrite(BLUE,LOW);
78
79  Serial.println("BLINKING FASTLY  1 SEC");
80  break;
81  
82  
83 case 0xFDA857  :
84digitalWrite(RED,LOW);
85digitalWrite(YELLOW,LOW);
86digitalWrite(BLUE,LOW);
87
88  
89  digitalWrite(RED,HIGH);
90    delay(3000);
91digitalWrite(RED,LOW);
92digitalWrite(YELLOW,HIGH);
93  delay(3000);
94digitalWrite(YELLOW,LOW);
95  digitalWrite(BLUE,HIGH);
96
97  delay(3000);
98digitalWrite(BLUE,LOW);
99
100  Serial.println("BLINKING FASTLY  3 SEC");
101  break;
102 
103  
104  
105 case 0xFD6897   :
106digitalWrite(RED,LOW);
107digitalWrite(YELLOW,LOW);
108digitalWrite(BLUE,LOW);
109
110  
111  digitalWrite(RED,HIGH);
112    delay(5000);
113digitalWrite(RED,LOW);
114digitalWrite(YELLOW,HIGH);
115  delay(5000);
116digitalWrite(YELLOW,LOW);
117  digitalWrite(BLUE,HIGH);
118
119  delay(5000);
120digitalWrite(BLUE,LOW);
121
122  Serial.println("BLINKING FASTLY  5 SEC");
123  break;
124 
125 case 0xFD18E7    :
126digitalWrite(RED,HIGH);
127    digitalWrite(YELLOW,HIGH);
128
129digitalWrite(BLUE,HIGH);
130    Serial.println("ALL  ON ");
131  break;
132  
133   case 0xFD58A7     :
134digitalWrite(5, HIGH);
135  delay(1000); // Wait for 1000 millisecond(s)
136  digitalWrite(5, LOW);
137  digitalWrite(6,  HIGH);
138  delay(1000 * random(0.2, 2 + 1)); // Wait for 1000 * random(0.2, 2 +  1) millisecond(s)
139  digitalWrite(6, LOW);
140  digitalWrite(7,HIGH);
141  delay(1000  * random(0.2, 2 + 1)); // Wait for 1000 * random(0.2, 2 + 1) millisecond(s)
142  digitalWrite(7,LOW);
143  digitalWrite(5, HIGH);
144  delay(1000 * random(0.2,  2 + 1)); // Wait for 1000 * random(0.2, 2 + 1) millisecond(s)
145  digitalWrite(5,  HIGH);
146  digitalWrite(6, HIGH);
147  delay(1000 * random(0.2, 2 + 1)); // Wait  for 1000 * random(0.2, 2 + 1) millisecond(s)
148  digitalWrite(6, LOW);
149  digitalWrite(7,HIGH);
150  delay(1000 * random(0.2, 2 + 1)); // Wait for 1000 * random(0.2, 2 + 1) millisecond(s)
151  digitalWrite(7,LOW);
152  digitalWrite(5, HIGH);
153  delay(1000 * random(0.2,  2 + 1)); // Wait for 1000 * random(0.2, 2 + 1) millisecond(s)
154  digitalWrite(7,HIGH);
155  delay(1000 * random(0.1, 2 + 1)); // Wait for 1000 * random(0.1, 2 + 1) millisecond(s)
156  digitalWrite(7,LOW);
157  delay(1000 * random(0.1, 2 + 1)); // Wait for 1000 *  random(0.1, 2 + 1) millisecond(s)
158  digitalWrite(6, LOW);
159  delay(1000 * random(0.1,  2 + 1)); // Wait for 1000 * random(0.1, 2 + 1) millisecond(s)
160  digitalWrite(5,  LOW);
161  digitalWrite(5, HIGH);
162  delay(200); // Wait for 200 millisecond(s)
163  digitalWrite(5, LOW);
164  digitalWrite(6, HIGH);
165  delay(200); // Wait for  200 millisecond(s)
166  digitalWrite(6, LOW);
167  digitalWrite(7,HIGH);
168  digitalWrite(6,  HIGH);
169  digitalWrite(5, HIGH);
170  delay(1000); // Wait for 1000 millisecond(s)
171  digitalWrite(5, LOW);
172  digitalWrite(6, LOW);
173  digitalWrite(7,LOW);
174
175  delay(1000 * random(0.1, 2 + 1)); // Wait for 1000 * random(0.1, 2 + 1) millisecond(s)
176  digitalWrite(7,LOW);
177  digitalWrite(6, LOW);
178  digitalWrite(5, LOW);
179
180  delay(1000 * random(0.2, 2 + 1)); // Wait for 1000 * random(0.2, 2 + 1) millisecond(s)
181  for (counter = 0; counter < 10; ++counter) {
182    delay(1000 * random(0.1, 2  + 1)); // Wait for 1000 * random(0.1, 2 + 1) millisecond(s)
183    digitalWrite(7,LOW);
184    delay(1000 * random(0.1, 2 + 1)); // Wait for 1000 * random(0.1, 2 + 1) millisecond(s)
185    digitalWrite(6, LOW);
186    delay(1000 * random(0.1, 2 + 1)); // Wait for 1000  * random(0.1, 2 + 1) millisecond(s)
187    digitalWrite(5, LOW);
188    digitalWrite(5,  HIGH);
189    delay(200); // Wait for 200 millisecond(s)
190    digitalWrite(5,  LOW);
191    digitalWrite(6, HIGH);
192    delay(200); // Wait for 200 millisecond(s)
193    digitalWrite(6, LOW);
194    digitalWrite(7,HIGH);
195  }
196  digitalWrite(6,  HIGH);
197  digitalWrite(5, HIGH);
198  delay(1000 * random(0.1, 2 + 1)); // Wait  for 1000 * random(0.1, 2 + 1) millisecond(s)
199  digitalWrite(7,LOW);
200  digitalWrite(6,  LOW);
201  digitalWrite(5, LOW);
202  digitalWrite(7,HIGH);
203  digitalWrite(6,  HIGH);
204  digitalWrite(5, HIGH);
205  digitalWrite(7,LOW);
206  digitalWrite(6,  LOW);
207  digitalWrite(5, LOW);
208
209  break;
210
211 
212
213  
214    
215  
216  default:
217Serial.print("Undefined code received: 0x");
218Serial.println(results.value,  HEX);
219break;
220}
221irrecv.resume();
222}
223}
224