Illumination Controller

Automate house lights and control them with infrared remote.

Dec 7, 2019

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1 respects

vallauri

lights

home automation

Components and supplies

Resistor 220 ohm

LED (generic)

9V battery (generic)

Infrared Receiver, 38 kHz

Jumper wires (generic)

Ky-005 Infrared transmitter module

Rotary potentiometer (generic)

Ky-004 Key Switch Module

Gravity: Analog Ambient Light Sensor TEMT6000

Arduino UNO

Tools and machines

3D Printer (generic)

Apps and platforms

Solidworks

Arduino IDE

Project description

Code

Remote sketch

c_cpp

1#include <IRremote.h>
2
3IRsend irsend;
4int puls1 = 2;
5int puls2  = 7;
6int ir_emitter = 3;
7void setup()
8{
9  Serial.begin(9600);
10  pinMode(puls2,  INPUT);
11  pinMode(puls1, INPUT);
12  pinMode(ir_emitter, OUTPUT);
13
14}
15void  loop() {
16  int puls = 0;
17  int Puls = 0;
18
19  puls = digitalRead(puls2);
20
21  Puls = digitalRead(puls1);
22
23
24
25
26  if (puls == 1) {
27    const  unsigned int on[68] = {4600, 4350, 700, 1550, 650, 1550, 650, 1600, 650, 450, 650,  450, 650, 450, 650, 450, 700, 400, 700, 1550, 650, 1550, 650, 1600, 650, 450, 650,  450, 650, 450, 700, 450, 650, 450, 650, 450, 650, 1550, 700, 450, 650, 450, 650,  450, 650, 450, 650, 450, 700, 400, 650, 1600, 650, 450, 650, 1550, 650, 1600, 650,  1550, 650, 1550, 700, 1550, 650, 1550, 650};
28    irsend.sendRaw(on, 68, 38);
29    delay(1000);
30
31  }
32  if (Puls == 1) {
33    const unsigned int off[68]  = {4650, 4300, 700, 1550, 700, 1550, 650, 1550, 700, 400, 700, 400, 700, 400, 700,  450, 700, 400, 700, 1500, 700, 1500, 700, 1550, 700, 450, 650, 400, 700, 450, 650,  450, 700, 400, 700, 400, 700, 450, 650, 1550, 700, 400, 700, 400, 700, 400, 700,  450, 650, 450, 650, 1550, 700, 1500, 700, 450, 650, 1550, 700, 1550, 650, 1550,  700, 1500, 700, 1550, 650};
34    irsend.sendRaw(off, 68, 38);
35    delay(1000);
36
37  }
38
39}
40

#include <IRremote.h>

IRsend irsend;
int puls1 = 2;
int puls2  = 7;
int ir_emitter = 3;
void setup()
{
  Serial.begin(9600);
  pinMode(puls2,  INPUT);
  pinMode(puls1, INPUT);
  pinMode(ir_emitter, OUTPUT);

}
void  loop() {
  int puls = 0;
  int Puls = 0;

  puls = digitalRead(puls2);

  Puls = digitalRead(puls1);




  if (puls == 1) {
    const  unsigned int on[68] = {4600, 4350, 700, 1550, 650, 1550, 650, 1600, 650, 450, 650,  450, 650, 450, 650, 450, 700, 400, 700, 1550, 650, 1550, 650, 1600, 650, 450, 650,  450, 650, 450, 700, 450, 650, 450, 650, 450, 650, 1550, 700, 450, 650, 450, 650,  450, 650, 450, 650, 450, 700, 400, 650, 1600, 650, 450, 650, 1550, 650, 1600, 650,  1550, 650, 1550, 700, 1550, 650, 1550, 650};
    irsend.sendRaw(on, 68, 38);
    delay(1000);

  }
  if (Puls == 1) {
    const unsigned int off[68]  = {4650, 4300, 700, 1550, 700, 1550, 650, 1550, 700, 400, 700, 400, 700, 400, 700,  450, 700, 400, 700, 1500, 700, 1500, 700, 1550, 700, 450, 650, 400, 700, 450, 650,  450, 700, 400, 700, 400, 700, 450, 650, 1550, 700, 400, 700, 400, 700, 400, 700,  450, 650, 450, 650, 1550, 700, 1500, 700, 450, 650, 1550, 700, 1550, 650, 1550,  700, 1500, 700, 1550, 650};
    irsend.sendRaw(off, 68, 38);
    delay(1000);

  }

}

Controller sketch

c_cpp

1#include <IRremote.h>
2int out = 9;
3int H = 0;
4int N = 0;
5int  puls = 2;
6int aut = 4;
7int man = 5;
8int luc_pin = A1;
9int luc = 0;
10int  pot = 0;
11int pot_pin = A5;
12int R = 0;
13int ir_ricev = 11;
14IRrecv irrecv  (ir_ricev);
15decode_results results;
16void setup ()
17{
18  Serial.begin (9600);
19  pinMode(out, OUTPUT);
20  pinMode(aut, OUTPUT);
21  pinMode(man, OUTPUT);
22  pinMode(puls, INPUT);
23  attachInterrupt(0, Pulsante, CHANGE);
24  pinMode(pot,  INPUT);
25  irrecv.enableIRIn ();
26}
27void loop () {
28  if (irrecv.decode  (& results)) {
29
30    Serial.println (results.value, HEX);
31
32
33    irrecv.resume  ();
34    Serial.println(results.value);
35  } if (results.value == 0xE0E020DF  || results.value == 0xE0E040BF ) {
36    R = (results.value);
37  }
38  else  {
39    (results.value) = R;
40  }
41  if (results.value == 0XE0E020DF ) {
42    digitalWrite(aut, HIGH);
43    digitalWrite(man, LOW);
44    pot = analogRead(pot_pin);
45    Serial.print("Pot");
46    Serial.println (pot);
47    luc = analogRead(luc_pin);
48    int L = map(luc, 0, 40, 170, 85);
49    int P = map(pot, 0, 1023, 0, 85);
50    Serial.print("Luc");
51    Serial.println(luc);
52    if (luc <= 40) {
53      analogWrite(out, (L + P));
54      delay(2000);
55    }
56    if (luc >  40) {
57      digitalWrite(out, LOW);
58      delay(1000);
59    }
60
61  }
62  if ( results.value == 0XE0E040BF) {
63    digitalWrite(aut, LOW);
64    digitalWrite(man,  HIGH);
65
66
67    if (N == 1) {
68      digitalWrite(out, HIGH);
69      delay  (500);
70    }
71    if (N == 0) {
72      digitalWrite(out, LOW);
73      delay(500);
74    }
75  }
76}
77
78
79void Pulsante() {
80  H = digitalRead(puls);
81  if  (N == 0 && H == 1) {
82    N = 1;
83    H = 0;
84    delay (200);
85  }
86
87  if (N == 1 && H == 1) {
88    N = 0;
89    H = 0;
90    delay (200);
91  }
92}
93

#include <IRremote.h>
int out = 9;
int H = 0;
int N = 0;
int  puls = 2;
int aut = 4;
int man = 5;
int luc_pin = A1;
int luc = 0;
int  pot = 0;
int pot_pin = A5;
int R = 0;
int ir_ricev = 11;
IRrecv irrecv  (ir_ricev);
decode_results results;
void setup ()
{
  Serial.begin (9600);
  pinMode(out, OUTPUT);
  pinMode(aut, OUTPUT);
  pinMode(man, OUTPUT);
  pinMode(puls, INPUT);
  attachInterrupt(0, Pulsante, CHANGE);
  pinMode(pot,  INPUT);
  irrecv.enableIRIn ();
}
void loop () {
  if (irrecv.decode  (& results)) {

    Serial.println (results.value, HEX);


    irrecv.resume  ();
    Serial.println(results.value);
  } if (results.value == 0xE0E020DF  || results.value == 0xE0E040BF ) {
    R = (results.value);
  }
  else  {
    (results.value) = R;
  }
  if (results.value == 0XE0E020DF ) {
    digitalWrite(aut, HIGH);
    digitalWrite(man, LOW);
    pot = analogRead(pot_pin);
    Serial.print("Pot");
    Serial.println (pot);
    luc = analogRead(luc_pin);
    int L = map(luc, 0, 40, 170, 85);
    int P = map(pot, 0, 1023, 0, 85);
    Serial.print("Luc");
    Serial.println(luc);
    if (luc <= 40) {
      analogWrite(out, (L + P));
      delay(2000);
    }
    if (luc >  40) {
      digitalWrite(out, LOW);
      delay(1000);
    }

  }
  if ( results.value == 0XE0E040BF) {
    digitalWrite(aut, LOW);
    digitalWrite(man,  HIGH);


    if (N == 1) {
      digitalWrite(out, HIGH);
      delay  (500);
    }
    if (N == 0) {
      digitalWrite(out, LOW);
      delay(500);
    }
  }
}


void Pulsante() {
  H = digitalRead(puls);
  if  (N == 0 && H == 1) {
    N = 1;
    H = 0;
    delay (200);
  }

  if (N == 1 && H == 1) {
    N = 0;
    H = 0;
    delay (200);
  }
}

Remote sketch

c_cpp

1#include <IRremote.h>
2
3IRsend irsend;
4int puls1 = 2;
5int puls2
6  = 7;
7int ir_emitter = 3;
8void setup()
9{
10  Serial.begin(9600);
11  pinMode(puls2,
12  INPUT);
13  pinMode(puls1, INPUT);
14  pinMode(ir_emitter, OUTPUT);
15
16}
17void
18  loop() {
19  int puls = 0;
20  int Puls = 0;
21
22  puls = digitalRead(puls2);
23
24
25  Puls = digitalRead(puls1);
26
27
28
29
30  if (puls == 1) {
31    const
32  unsigned int on[68] = {4600, 4350, 700, 1550, 650, 1550, 650, 1600, 650, 450, 650,
33  450, 650, 450, 650, 450, 700, 400, 700, 1550, 650, 1550, 650, 1600, 650, 450, 650,
34  450, 650, 450, 700, 450, 650, 450, 650, 450, 650, 1550, 700, 450, 650, 450, 650,
35  450, 650, 450, 650, 450, 700, 400, 650, 1600, 650, 450, 650, 1550, 650, 1600, 650,
36  1550, 650, 1550, 700, 1550, 650, 1550, 650};
37    irsend.sendRaw(on, 68, 38);
38
39    delay(1000);
40
41  }
42  if (Puls == 1) {
43    const unsigned int off[68]
44  = {4650, 4300, 700, 1550, 700, 1550, 650, 1550, 700, 400, 700, 400, 700, 400, 700,
45  450, 700, 400, 700, 1500, 700, 1500, 700, 1550, 700, 450, 650, 400, 700, 450, 650,
46  450, 700, 400, 700, 400, 700, 450, 650, 1550, 700, 400, 700, 400, 700, 400, 700,
47  450, 650, 450, 650, 1550, 700, 1500, 700, 450, 650, 1550, 700, 1550, 650, 1550,
48  700, 1500, 700, 1550, 650};
49    irsend.sendRaw(off, 68, 38);
50    delay(1000);
51
52
53  }
54
55}
56

#include <IRremote.h>

IRsend irsend;
int puls1 = 2;
int puls2
  = 7;
int ir_emitter = 3;
void setup()
{
  Serial.begin(9600);
  pinMode(puls2,
  INPUT);
  pinMode(puls1, INPUT);
  pinMode(ir_emitter, OUTPUT);

}
void
  loop() {
  int puls = 0;
  int Puls = 0;

  puls = digitalRead(puls2);


  Puls = digitalRead(puls1);




  if (puls == 1) {
    const
  unsigned int on[68] = {4600, 4350, 700, 1550, 650, 1550, 650, 1600, 650, 450, 650,
  450, 650, 450, 650, 450, 700, 400, 700, 1550, 650, 1550, 650, 1600, 650, 450, 650,
  450, 650, 450, 700, 450, 650, 450, 650, 450, 650, 1550, 700, 450, 650, 450, 650,
  450, 650, 450, 650, 450, 700, 400, 650, 1600, 650, 450, 650, 1550, 650, 1600, 650,
  1550, 650, 1550, 700, 1550, 650, 1550, 650};
    irsend.sendRaw(on, 68, 38);

    delay(1000);

  }
  if (Puls == 1) {
    const unsigned int off[68]
  = {4650, 4300, 700, 1550, 700, 1550, 650, 1550, 700, 400, 700, 400, 700, 400, 700,
  450, 700, 400, 700, 1500, 700, 1500, 700, 1550, 700, 450, 650, 400, 700, 450, 650,
  450, 700, 400, 700, 400, 700, 450, 650, 1550, 700, 400, 700, 400, 700, 400, 700,
  450, 650, 450, 650, 1550, 700, 1500, 700, 450, 650, 1550, 700, 1550, 650, 1550,
  700, 1500, 700, 1550, 650};
    irsend.sendRaw(off, 68, 38);
    delay(1000);


  }

}

Controller sketch

c_cpp

1#include <IRremote.h>
2int out = 9;
3int H = 0;
4int N = 0;
5int
6  puls = 2;
7int aut = 4;
8int man = 5;
9int luc_pin = A1;
10int luc = 0;
11int
12  pot = 0;
13int pot_pin = A5;
14int R = 0;
15int ir_ricev = 11;
16IRrecv irrecv
17  (ir_ricev);
18decode_results results;
19void setup ()
20{
21  Serial.begin (9600);
22
23  pinMode(out, OUTPUT);
24  pinMode(aut, OUTPUT);
25  pinMode(man, OUTPUT);
26
27  pinMode(puls, INPUT);
28  attachInterrupt(0, Pulsante, CHANGE);
29  pinMode(pot,
30  INPUT);
31  irrecv.enableIRIn ();
32}
33void loop () {
34  if (irrecv.decode
35  (& results)) {
36
37    Serial.println (results.value, HEX);
38
39
40    irrecv.resume
41  ();
42    Serial.println(results.value);
43  } if (results.value == 0xE0E020DF
44  || results.value == 0xE0E040BF ) {
45    R = (results.value);
46  }
47  else
48  {
49    (results.value) = R;
50  }
51  if (results.value == 0XE0E020DF ) {
52
53    digitalWrite(aut, HIGH);
54    digitalWrite(man, LOW);
55    pot = analogRead(pot_pin);
56
57    Serial.print("Pot");
58    Serial.println (pot);
59    luc = analogRead(luc_pin);
60
61    int L = map(luc, 0, 40, 170, 85);
62    int P = map(pot, 0, 1023, 0, 85);
63
64    Serial.print("Luc");
65    Serial.println(luc);
66    if (luc <= 40) {
67
68      analogWrite(out, (L + P));
69      delay(2000);
70    }
71    if (luc >
72  40) {
73      digitalWrite(out, LOW);
74      delay(1000);
75    }
76
77  }
78
79  if ( results.value == 0XE0E040BF) {
80    digitalWrite(aut, LOW);
81    digitalWrite(man,
82  HIGH);
83
84
85    if (N == 1) {
86      digitalWrite(out, HIGH);
87      delay
88  (500);
89    }
90    if (N == 0) {
91      digitalWrite(out, LOW);
92      delay(500);
93
94    }
95  }
96}
97
98
99void Pulsante() {
100  H = digitalRead(puls);
101  if
102  (N == 0 && H == 1) {
103    N = 1;
104    H = 0;
105    delay (200);
106  }
107
108
109  if (N == 1 && H == 1) {
110    N = 0;
111    H = 0;
112    delay (200);
113  }
114}
115

#include <IRremote.h>
int out = 9;
int H = 0;
int N = 0;
int
  puls = 2;
int aut = 4;
int man = 5;
int luc_pin = A1;
int luc = 0;
int
  pot = 0;
int pot_pin = A5;
int R = 0;
int ir_ricev = 11;
IRrecv irrecv
  (ir_ricev);
decode_results results;
void setup ()
{
  Serial.begin (9600);

  pinMode(out, OUTPUT);
  pinMode(aut, OUTPUT);
  pinMode(man, OUTPUT);

  pinMode(puls, INPUT);
  attachInterrupt(0, Pulsante, CHANGE);
  pinMode(pot,
  INPUT);
  irrecv.enableIRIn ();
}
void loop () {
  if (irrecv.decode
  (& results)) {

    Serial.println (results.value, HEX);


    irrecv.resume
  ();
    Serial.println(results.value);
  } if (results.value == 0xE0E020DF
  || results.value == 0xE0E040BF ) {
    R = (results.value);
  }
  else
  {
    (results.value) = R;
  }
  if (results.value == 0XE0E020DF ) {

    digitalWrite(aut, HIGH);
    digitalWrite(man, LOW);
    pot = analogRead(pot_pin);

    Serial.print("Pot");
    Serial.println (pot);
    luc = analogRead(luc_pin);

    int L = map(luc, 0, 40, 170, 85);
    int P = map(pot, 0, 1023, 0, 85);

    Serial.print("Luc");
    Serial.println(luc);
    if (luc <= 40) {

      analogWrite(out, (L + P));
      delay(2000);
    }
    if (luc >
  40) {
      digitalWrite(out, LOW);
      delay(1000);
    }

  }

  if ( results.value == 0XE0E040BF) {
    digitalWrite(aut, LOW);
    digitalWrite(man,
  HIGH);


    if (N == 1) {
      digitalWrite(out, HIGH);
      delay
  (500);
    }
    if (N == 0) {
      digitalWrite(out, LOW);
      delay(500);

    }
  }
}


void Pulsante() {
  H = digitalRead(puls);
  if
  (N == 0 && H == 1) {
    N = 1;
    H = 0;
    delay (200);
  }


  if (N == 1 && H == 1) {
    N = 0;
    H = 0;
    delay (200);
  }
}

Downloadable files

Electric diagram

Documentation

remote body

remote cover

remote body

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