Cuckoo IR Alexa

1/*
2 Cuckoo was inspired in Cuckoo Clocks, but it only show the bird  showing through a Window
3 and doing a "Cockoo Song" when it receives an command  through IR remote.
4 Simple as that.
5
6 But the funny part:  If you have  a personal assistant like Alexa, Google ou Siri, linked to an 
7 Universal Remote,  just locate the Cuckoo in a visible direction to this IR transmitter and program
8  a scene when you said something like " Alexa, tell me de time." Alexa will tell  you the time
9 and start Cuckoo. The other scene is program Alexa to say the time  and star cuckoo every hour
10 or whatever you imagine.
11
12Fabio - Nerdfatherrj  at Arduino Projetc Hub.
13Dec,2020. 
14*/
15
16
17
18#include <TimerFreeTone.h>  //This library does not have Timers to conflict with IRremote.
19#include <IRremote.h>  //Library to control IR devices
20#include <Servo.h> 
21
22#define TONE_PIN 4  //digital port for Buzzer
23Servo Srv;
24int RECV_PIN = 8;  //digital port for  IR Led
25float armazenavalor;  
26int Fora = 23; //Must calibrate to suit your  needs.
27int Dentro = 100; //Must calibrate to suit your needs.
28IRrecv irrecv(RECV_PIN);  
29decode_results results;  
30  
31void setup()  
32{  
33pinMode(LED_BUILTIN,  OUTPUT);
34digitalWrite(LED_BUILTIN, LOW);
35Serial.begin(9600);  
36irrecv.enableIRIn();  // Inicializa o receptor IR  
37Srv.attach(7); 
38delay(250); 
39Srv.write(Dentro);  
40}  //end setup
41   
42void loop()  
43{  
44  if (irrecv.decode(&results))  
45  {  
46    Serial.print("Valor lido : ");  
47    Serial.println(results.value,  HEX); 
48    armazenavalor = (results.value);  
49  
50   if (armazenavalor ==  0xFF30CF) //button "1" pressed  
51   {  
52 
53// digitalWrite(LED_BUILTIN,  HIGH);  this is for testing purposes. Not needed.
54
55Srv.write(Fora);
56delay(500);
57TimerFreeTone(TONE_PIN,294,  100);
58delay(100);
59TimerFreeTone(TONE_PIN,494, 300); 
60delay(700);
61TimerFreeTone(TONE_PIN,294,  100);
62delay(100);
63TimerFreeTone(TONE_PIN,494, 300);
64delay(700);
65TimerFreeTone(TONE_PIN,294,  100);
66delay(100);
67TimerFreeTone(TONE_PIN,494, 300);
68delay(700);
69
70Srv.write(Dentro);
71    
72   }  
73    
74irrecv.resume(); //Le o próximo valor  
75  }
76
77
78  
79} // end loop
80

1/*
2 Cuckoo was inspired in Cuckoo Clocks, but it only show the bird   showing through a Window
3 and doing a "Cockoo Song" when it receives an command   through IR remote.
4 Simple as that.
5
6 But the funny part:  If you have   a personal assistant like Alexa, Google ou Siri, linked to an 
7 Universal Remote,   just locate the Cuckoo in a visible direction to this IR transmitter and program
8   a scene when you said something like " Alexa, tell me de time." Alexa will tell   you the time
9 and start Cuckoo. The other scene is program Alexa to say the time   and star cuckoo every hour
10 or whatever you imagine.
11
12Fabio - Nerdfatherrj   at Arduino Projetc Hub.
13Dec,2020. 
14*/
15
16
17
18#include <TimerFreeTone.h>   //This library does not have Timers to conflict with IRremote.
19#include <IRremote.h>   //Library to control IR devices
20#include <Servo.h> 
21
22#define TONE_PIN 4   //digital port for Buzzer
23Servo Srv;
24int RECV_PIN = 8;  //digital port for   IR Led
25float armazenavalor;  
26int Fora = 23; //Must calibrate to suit your   needs.
27int Dentro = 100; //Must calibrate to suit your needs.
28IRrecv irrecv(RECV_PIN);   
29decode_results results;  
30  
31void setup()  
32{  
33pinMode(LED_BUILTIN,   OUTPUT);
34digitalWrite(LED_BUILTIN, LOW);
35Serial.begin(9600);  
36irrecv.enableIRIn();   // Inicializa o receptor IR  
37Srv.attach(7); 
38delay(250); 
39Srv.write(Dentro);   
40}  //end setup
41   
42void loop()  
43{  
44  if (irrecv.decode(&results))   
45  {  
46    Serial.print("Valor lido : ");  
47    Serial.println(results.value,   HEX); 
48    armazenavalor = (results.value);  
49  
50   if (armazenavalor ==   0xFF30CF) //button "1" pressed  
51   {  
52 
53// digitalWrite(LED_BUILTIN,   HIGH);  this is for testing purposes. Not needed.
54
55Srv.write(Fora);
56delay(500);
57TimerFreeTone(TONE_PIN,294,   100);
58delay(100);
59TimerFreeTone(TONE_PIN,494, 300); 
60delay(700);
61TimerFreeTone(TONE_PIN,294,   100);
62delay(100);
63TimerFreeTone(TONE_PIN,494, 300);
64delay(700);
65TimerFreeTone(TONE_PIN,294,   100);
66delay(100);
67TimerFreeTone(TONE_PIN,494, 300);
68delay(700);
69
70Srv.write(Dentro);
71     
72   }  
73    
74irrecv.resume(); //Le o próximo valor  
75  }
76
77
78   
79} // end loop
80