Arduino-Controlled Analog Clock and Timer

1#include <IRremote.hpp>  // Include the IRremote library to work with IR remotes (modern version uses .hpp)
2
3// Define the pin where the IR receiver is connected
4#define IR_RECEIVE_PIN 5
5
6// Define the button codes you expect from your remote
7// These codes depend on the specific remote you're using
8#define IR_BUTTON_ON_OF 69
9#define IR_BUTTON_0 22     
10#define IR_PAUSE_UNPAUSED 64
11#define SET_MINUTES 9
12#define SET_HOURS 7
13
14#define POWER_PIN 11
15#define PAUSE_UNPAUSED_PIN 12
16#define REST_PIN 8
17#define SET_MINUTES_PIN 3
18#define SET_HOURS_PIN 7
19  
20
21void setup() {
22  Serial.begin(115200);  
23  IrReceiver.begin(IR_RECEIVE_PIN);  // Start the IR receiver on the defined pin
24
25  pinMode(POWER_PIN, OUTPUT);
26  pinMode(PAUSE_UNPAUSED_PIN, OUTPUT);
27  pinMode(REST_PIN, OUTPUT);
28  pinMode(SET_MINUTES_PIN, OUTPUT);
29  pinMode(SET_HOURS_PIN, OUTPUT);
30
31  pinMode(IR_RECEIVE_PIN, INPUT);
32
33  digitalWrite(POWER_PIN, 0);
34  digitalWrite(PAUSE_UNPAUSED_PIN, 0);
35  digitalWrite(REST_PIN, 0);
36  digitalWrite(SET_MINUTES_PIN, 0);
37  digitalWrite(SET_HOURS_PIN, 0);
38}
39
40unsigned int  on_off = 0;
41unsigned int  paused_unpaused = 0;
42
43
44void loop() {
45  // Check if a signal was received from the remote
46  if (IrReceiver.decode()) {
47      delay(100);
48    
49    
50
51    // Read the command (button code) that was received
52    unsigned long value = IrReceiver.decodedIRData.command;
53
54  
55
56    // Check which button was pressed and print a message
57    if (value == IR_BUTTON_ON_OF) {
58
59      Serial.println("Button BUTTON_ON_OF pressed");
60      
61
62      if (on_off == 0) {
63        digitalWrite(POWER_PIN, 1);
64        digitalWrite(REST_PIN, 1);
65        digitalWrite(PAUSE_UNPAUSED_PIN, 1);
66        on_off = 1;
67      }
68      else {
69        digitalWrite(POWER_PIN, 0);
70        digitalWrite(REST_PIN, 0);
71        digitalWrite(PAUSE_UNPAUSED_PIN, 0);
72        on_off = 0;
73      }
74      
75    }
76    else if(value == IR_PAUSE_UNPAUSED) {
77      Serial.println("Button PAUSE_UNPAUSED pressed");
78
79      if (paused_unpaused == 1) {
80
81        digitalWrite(PAUSE_UNPAUSED_PIN, 1);
82        digitalWrite(REST_PIN, 0);
83        paused_unpaused = 0;
84      }
85      else {
86        digitalWrite(REST_PIN, 0);
87        digitalWrite(PAUSE_UNPAUSED_PIN, 0);
88        paused_unpaused = 1;
89
90      }
91    
92      
93    }
94    else if(value == IR_BUTTON_0) {
95      Serial.println("Button 0 pressed");
96      digitalWrite(PAUSE_UNPAUSED_PIN, 1);
97      digitalWrite(REST_PIN, 1);
98      paused_unpaused = 0;
99
100    }
101    else if(value == SET_MINUTES){
102      Serial.println("Button SET_MINUTES pressed");
103      
104      for(int i = 0; i < 5; i++){
105
106        digitalWrite(SET_MINUTES_PIN, 0);
107        digitalWrite(SET_MINUTES_PIN, 1);
108      }
109      digitalWrite(SET_MINUTES_PIN, 0);
110
111    }
112
113    else if(value == SET_HOURS){
114      Serial.println("Button SET_HOURS pressed");
115      for(int i = 0; i < 60; i++){
116
117        digitalWrite(SET_MINUTES_PIN, 0);
118        digitalWrite(SET_MINUTES_PIN, 1);
119      }
120      digitalWrite(SET_MINUTES_PIN, 0);
121    }
122
123    else {
124      // If it's a button you didn't define, print its code in HEX format
125      Serial.print("Unknown button: ");
126      Serial.println(value, HEX);
127    }
128
129    // Tell the IR receiver to get ready for the next signal
130    IrReceiver.resume();
131  }
132}