Remote Controlled Lights

1#include <IRremote.h>
2
3int numberOfCycles = 10;
4int cycleValue  = 300;
5int RECV_PIN = 2;
6int brightness = 0;
7
8IRrecv irrecv(RECV_PIN);
9
10decode_results  results;
11
12void setup()
13{
14  Serial.begin(9600);
15  irrecv.enableIRIn();  // Start the receiver
16
17  pinMode(9, OUTPUT);
18  pinMode(10, OUTPUT);
19  pinMode(11, OUTPUT);
20}
21
22void loop() {
23  if (irrecv.decode(&results))  {
24    Serial.println(results.value);
25
26    switch (results.value) {
27    
28    case 2962 : //1
29      analogWrite(9, 255);
30      analogWrite(10,  0);
31      analogWrite(11, 0);
32      break;
33    case 527250 : //2
34      analogWrite(9,  0);
35      analogWrite(10, 255);
36      analogWrite(11, 0);
37      break;
38    case 265106 : //3
39      analogWrite(9, 0);
40      analogWrite(10, 0);
41      analogWrite(11, 255);
42      break;
43    case 789394 : //4
44      analogWrite(9,  190);
45      analogWrite(10, 255);
46      analogWrite(11, 0);
47      break;
48    case 134034 : //5
49      analogWrite(9, 200);
50      analogWrite(10, 0);
51      analogWrite(11, 255);
52      break;
53    case 658322 : //6
54      analogWrite(9,  0);
55      analogWrite(10, 255);
56      analogWrite(11, 255);
57      break;
58    case 21516 : //POWER
59      analogWrite(9, 0);
60      analogWrite(10, 0);
61      analogWrite(11, 0);
62      break;
63    case 314258 : //PLAY
64      for  (int i=0 ; i<numberOfCycles ; i++) { 
65        cycle();
66      }
67        
68    }
69    
70
71    /*if (results.value == 551502015) { 
72      brightness  = brightness + 10;
73    }
74    if (results.value == 551534655) { 
75      brightness  = brightness - 10;
76    }*/
77    delay (100);
78    irrecv.resume(); // Receive  the next value
79  }
80}
81
82void cycle() { 
83      analogWrite(9, 255);
84      analogWrite(10, 0);
85      analogWrite(11, 0);
86      delay (cycleValue);
87      analogWrite(9, 0);
88      analogWrite(10, 255);
89      analogWrite(11,  0);
90      delay (cycleValue);
91      analogWrite(9, 0);
92      analogWrite(10,  0);
93      analogWrite(11, 255);
94      delay (cycleValue);
95      analogWrite(9,  190);
96      analogWrite(10, 255);
97      analogWrite(11, 0);
98      delay  (cycleValue);
99      analogWrite(9, 200);
100      analogWrite(10, 0);
101      analogWrite(11,  255);
102      delay (cycleValue);
103      analogWrite(9, 0);
104      analogWrite(10,  255);
105      analogWrite(11, 255);
106      delay (cycleValue);
107}
108
109