Temperature sensor using the Micro Servo and RGB led

1#define tempPin  A0                                               // temperature   sensor 
2#define red  11                                                   //   RGB led red
3#define green  12                                                //   RGB led green
4#include <Servo.h>                                               //   Servo libary 
5Servo myservo;                                                   //   to control the servo motor
6int pos = 0;                                                     //   position starting on 0
7
8
9void setup() {
10  Serial.begin(9600);                                               
11   pinMode(red, OUTPUT);
12  pinMode(green, OUTPUT);
13  myservo.attach(3);                                             //   servo on pin 3
14}
15
16void loop() {
17  float value = analogRead(tempPin);
18   float tempr = (value * 500) / 1024;                             // calc of temperature   in celcius
19  Serial.print("Temperature: ");
20  Serial.print(tempr);
21  Serial.print("*C");
22   Serial.println();                                               // it'll show   in the serial monitor  
23  
24  if (tempr <= 40){                                               //   less than 40
25    digitalWrite(red, LOW);
26    digitalWrite(green, HIGH);
27     myservo.detach();                                             // stops the servo   motor
28    
29  }
30  else if (tempr >= 40){                                          //   greater than 40
31    digitalWrite(red, HIGH);
32    digitalWrite(green, LOW);
33     myservo.attach(3);
34    myservo.write(pos);                                           //   position for the servo to turn
35  }
36   delay(200); 
37  
38  for (pos = 0;   pos <= 180; pos += 1){                            // go forward 180 degrees
39     myservo.write(pos);
40    delay(20);
41  }
42  for (pos = 180; pos <= 0;   pos -= 1) {                           // go backward 180 degrees
43    myservo.write(pos);
44     delay(20);
45  }
46}                                                                 //   loop

1#define tempPin  A0                                               // temperature  sensor 
2#define red  11                                                   //  RGB led red
3#define green  12                                                //  RGB led green
4#include <Servo.h>                                               //  Servo libary 
5Servo myservo;                                                   //  to control the servo motor
6int pos = 0;                                                     //  position starting on 0
7
8
9void setup() {
10  Serial.begin(9600);                                               
11  pinMode(red, OUTPUT);
12  pinMode(green, OUTPUT);
13  myservo.attach(3);                                             //  servo on pin 3
14}
15
16void loop() {
17  float value = analogRead(tempPin);
18  float tempr = (value * 500) / 1024;                             // calc of temperature  in celcius
19  Serial.print("Temperature: ");
20  Serial.print(tempr);
21  Serial.print("*C");
22  Serial.println();                                               // it'll show  in the serial monitor  
23  
24  if (tempr <= 40){                                               //  less than 40
25    digitalWrite(red, LOW);
26    digitalWrite(green, HIGH);
27    myservo.detach();                                             // stops the servo  motor
28    
29  }
30  else if (tempr >= 40){                                          //  greater than 40
31    digitalWrite(red, HIGH);
32    digitalWrite(green, LOW);
33    myservo.attach(3);
34    myservo.write(pos);                                           //  position for the servo to turn
35  }
36   delay(200); 
37  
38  for (pos = 0;  pos <= 180; pos += 1){                            // go forward 180 degrees
39    myservo.write(pos);
40    delay(20);
41  }
42  for (pos = 180; pos <= 0;  pos -= 1) {                           // go backward 180 degrees
43    myservo.write(pos);
44    delay(20);
45  }
46}                                                                 //  loop