Automatic Greenhouse

1#include <TSServo.h>
2#include <DHT.h>
3#include <rgb_lcd.h>
4
5TSServo  servo_pin_4;
6int _ABVAR_1_compt = 0 ;
7int _ABVAR_2_affich = 0 ;
8int _ABVAR_3_Lum  = 0 ;
9void __ardublockDigitalWrite(int pinNumber, boolean status)
10{
11  pinMode(pinNumber,  OUTPUT);
12  digitalWrite(pinNumber, status);
13}
14
15int _ABVAR_4_TempInt  = 0 ;
16DHT dht22_pin_3(3, 22);
17
18int _ABVAR_5_HumidInt = 0 ;
19int _ABVAR_6_HumidTerre  = 0 ;
20rgb_lcd rgbLcd;
21
22void Affichage();
23void Ouverture_serre();
24
25void  setup()
26{
27  servo_pin_4.attach(4);
28  dht22_pin_3.begin();
29
30  rgbLcd.begin(16,2);
31  rgbLcd.setRGB(constrain(0,0,255),constrain(255,0,255),constrain(0,0,255));
32  servo_pin_4.write( 600, 20, 0, 180 );
33
34  _ABVAR_1_compt = 0 ;
35
36  _ABVAR_2_affich  = 0 ;
37
38}
39
40void loop()
41{
42  _ABVAR_3_Lum = analogRead(1) ;
43  if  (( ( _ABVAR_3_Lum ) < ( 500 ) ))
44  {
45    __ardublockDigitalWrite(6, HIGH);
46    while ( ( ( _ABVAR_1_compt ) < ( 150 ) ) )
47    {
48      _ABVAR_4_TempInt  = dht22_pin_3.readTemperature() ;
49      _ABVAR_5_HumidInt = dht22_pin_3.readHumidity()  ;
50      _ABVAR_6_HumidTerre = analogRead(0) ;
51      Affichage();
52      Ouverture_serre();
53      _ABVAR_1_compt = ( _ABVAR_1_compt + 1 );
54    }
55
56    __ardublockDigitalWrite(6,  LOW);
57    delay( 1000 );
58    _ABVAR_1_compt = 0;
59  }
60  else
61  {
62    if (( ( _ABVAR_3_Lum ) > ( 500 ) ))
63    {
64      __ardublockDigitalWrite(6,  LOW);
65      while ( ( ( _ABVAR_1_compt ) < ( 150 ) ) )
66      {
67        _ABVAR_4_TempInt  = dht22_pin_3.readTemperature() ;
68        _ABVAR_5_HumidInt = dht22_pin_3.readHumidity()  ;
69        _ABVAR_6_HumidTerre = analogRead(0) ;
70        Affichage();
71        Ouverture_serre();
72        _ABVAR_1_compt = ( _ABVAR_1_compt + 1 );
73      }
74
75    }
76    _ABVAR_1_compt  = 0;
77  }
78}
79
80void Ouverture_serre()
81{
82  if (( ( _ABVAR_4_TempInt  ) > ( 25 ) ))
83  {
84    servo_pin_4.write( 230, 20, 0, 180 );
85  }
86  if  (( ( _ABVAR_4_TempInt ) <= ( 23 ) ))
87  {
88    servo_pin_4.write( 610, 20, 0,  180 );
89  }
90}
91
92void Affichage()
93{
94  if (( ( _ABVAR_2_affich ) ==  ( 0 ) ))
95  {
96    rgbLcd.setCursor(0, 0);
97    rgbLcd.print("Temp Int:"  );
98    rgbLcd.print(_ABVAR_4_TempInt );
99    rgbLcd.print("                ");
100    rgbLcd.setCursor(0, 1);
101    rgbLcd.print("Humid Int:" );
102    rgbLcd.print(_ABVAR_5_HumidInt  );
103    rgbLcd.print("                ");
104    _ABVAR_2_affich = ( _ABVAR_2_affich  + 1 );
105    delay( 1 * 1000);
106  }
107  if (( ( _ABVAR_2_affich ) == ( 1 ) ))
108  {
109    if (( ( _ABVAR_6_HumidTerre ) < ( 300 ) ))
110    {
111      rgbLcd.setCursor(0,  1);
112      rgbLcd.print("Sol sec :o" );
113      rgbLcd.print("                ");
114    }
115    if (( ( ( _ABVAR_6_HumidTerre ) > ( 300 ) ) && ( ( _ABVAR_6_HumidTerre  ) < ( 700 ) ) ))
116    {
117      rgbLcd.setCursor(0, 1);
118      rgbLcd.print("Sol  mouille ^-^" );
119      rgbLcd.print("                ");
120    }
121    if  (( ( _ABVAR_6_HumidTerre ) > ( 700 ) ))
122    {
123      rgbLcd.setCursor(0, 1);
124      rgbLcd.print("J'ai plus soif" );
125      rgbLcd.print("                ");
126    }
127    delay( 1 * 1000);
128    _ABVAR_2_affich = 0;
129  }
130}
131
132
133