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gre_gor
gre_gor
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using Using attachInterrupt() to make a reset button for my codescode?

I have used attachInterrupt() to reset my program to the beginning. It actually interrupts while running the 3 states as shown below inside of the if statement but when iI press the actual button it does not exit, it goes to the function and continuing to the next state. It only works  (means exiting  /resetting) after all three states have executed completely.

CODE Code:

using attachInterrupt() to make a reset button for my codes?

I have used attachInterrupt() to reset my program to the beginning. It actually interrupts while running the 3 states as shown below inside of the if statement but when i press the actual button it does not exit, it goes to the function and continuing to the next state. It only works(means exiting  /resetting) after all three states have executed completely.

CODE :

Using attachInterrupt() to make a reset button for my code?

I have used attachInterrupt() to reset my program to the beginning. It actually interrupts while running the 3 states as shown below inside of the if statement but when I press the actual button it does not exit, it goes to the function and continuing to the next state. It only works  (means exiting/resetting) after all three states have executed completely.

Code:

reformatted text and code
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edit approved May 24, 2018 at 16:43
jsotola
edit approved May 24, 2018 at 16:43
jsotola
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I have used attachInterrupt() to reset my program to the beginning,it actually interrupts while running the 3 states as shown below inside of the if statement but when i press the actual button it does not exiting, it goes to the function and continuing to the next state .It only works(means exiting /resetting) after all three states have executed completely.##

I have used attachInterrupt() to reset my program to the beginning. It actually interrupts while running the 3 states as shown below inside of the if statement but when i press the actual button it does not exit, it goes to the function and continuing to the next state. It only works(means exiting /resetting) after all three states have executed completely.

###NOTE: ##

Haven't used all pins!!!!only used important one's.

###How ever i wantedI would like to make a button to stop the program while running in the middle and start again.###

###CODECODE : ###

// Declaring pins 

// Input pins
const int sensor1button_pin = 6;
const int sensor2button_pin = 3;
const int sensor3button_pin = 4;
const int sensor4button_pin = 5;
const int sensor5button_pin = 2;
const int sensor6button_pin = 15;
const int sensor7button_pin = 15; 

// Output pins
 
const int led1_pin = 8;
const int led2_pin = 9;
const int led3_pin = 10;
const int led4_pin = 11;
const int buzzerpin = 15;

 

// Initialy buzzer at false mode
boolean flag1;
boolean flag2;
int flag3 ;


// for leds
int ledState1 = LOW;   // Original
int ledState2 = LOW;   // Alert
int ledState3 = LOW;   // Evacuate
int ledState4 = LOW;   // Isolate

//BUttons Buttons
int button1_state = LOW;
int button2_state = LOW;
int button3_state = LOW;
int button4_state = LOW;
int button6_state = LOW;
int button7_state = LOW;
int button5_state = LOW;

// Other variables
int buttoncount = 0;
int reset_switch=0;

void setup() {
  // INPUT pins
  pinMode(sensor1button_pin, INPUT);
  pinMode(sensor2button_pin, INPUT);
  pinMode(sensor3button_pin, INPUT);
  pinMode(sensor4button_pin, INPUT); 

  pinMode(sensor5button_pin, INPUT_PULLUP);
  
  attachInterrupt(digitalPinToInterrupt(sensor5button_pin), clearreset, CHANGE); 
  
  pinMode(sensor6button_pin, INPUT);
  pinMode(sensor7button_pin, INPUT);
  
  // OUTPUT pins
  pinMode(buzzerpin, OUTPUT);
  pinMode(led1_pin, OUTPUT);
  pinMode(led2_pin, OUTPUT);
  pinMode(led3_pin, OUTPUT);
  pinMode(led4_pin, OUTPUT); 

  Serial.begin(9600);
}

void loop() {
  button1_state = digitalRead (sensor1button_pin);
  button2_state = digitalRead (sensor2button_pin);
  button3_state = digitalRead (sensor3button_pin);
  button4_state = digitalRead (sensor4button_pin);
  button5_state = digitalRead (sensor5button_pin);
  button6_state = digitalRead (sensor6button_pin);
  button7_state = digitalRead (sensor7button_pin); 

  Serial.println(digitalRead (sensor5button_pin));

  if( button1_state == HIGH || button2_state == HIGH || button3_state == HIGH || button4_state == HIGH) {
    delay(280);
    buttoncount = buttoncount + 1;
    
  } 

  if (button1_state == HIGH || button2_state == HIGH || button3_state == HIGH || button4_state == HIGH) {
    if(buttoncount<2){
      originalstate();
      alertstate();
      evacuationstate();
    }
  } 
 
}

// LED lighting arrangements
void originalstate() {
  digitalWrite(led1_pin, HIGH);
  digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led4_pin, LOW);
  delay(1500);
} 

void alertstate() {
 
  digitalWrite(led1_pin, LOW);
  digitalWrite(led2_pin, HIGH);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led4_pin, LOW);
  delay(1500);
}

void evacuationstate() {
 
  digitalWrite(led1_pin, LOW);
  digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, HIGH);
  digitalWrite(led4_pin, LOW);
  delay(1500);
}

void isolatestate() {
  digitalWrite(led1_pin, LOW);
  digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led4_pin, HIGH);
}

// Clear or reset back to the begin

void clearreset() {
  
 button1_state = LOW;
        button2_state = LOW;
        button3_state = LOW;
        button4_state = LOW;
        button5_state = LOW;
        button6_state = LOW;
        button7_state = LOW;

        digitalWrite(led1_pin, LOW);
        digitalWrite(led2_pin, LOW);
        digitalWrite(led3_pin, LOW);
        
        buttoncount = 0;        
 exit;
}

I have used attachInterrupt() to reset my program to the beginning,it actually interrupts while running the 3 states as shown below inside of the if statement but when i press the actual button it does not exiting, it goes to the function and continuing to the next state .It only works(means exiting /resetting) after all three states have executed completely.##

###NOTE: ##

Haven't used all pins!!!!only used important one's.

###How ever i wanted to make a button to stop the program while running in the middle and start again.###

###CODE : ###

// Declaring pins
//Input pins
const int sensor1button_pin = 6;
const int sensor2button_pin = 3;
const int sensor3button_pin = 4;
const int sensor4button_pin = 5;
const int sensor5button_pin = 2;
const int sensor6button_pin = 15;
const int sensor7button_pin = 15;
//Output pins
 
const int led1_pin = 8;
const int led2_pin = 9;
const int led3_pin = 10;
const int led4_pin = 11;
const int buzzerpin = 15;

 

//Initialy buzzer at false mode
boolean flag1;
boolean flag2;
int flag3 ;


//for leds
int ledState1 = LOW; //Original
int ledState2 = LOW; //Alert
int ledState3 = LOW; //Evacuate
int ledState4 = LOW; //Isolate

//BUttons
int button1_state = LOW;
int button2_state = LOW;
int button3_state = LOW;
int button4_state = LOW;
int button6_state = LOW;
int button7_state = LOW;
int button5_state = LOW;

//Other variables
int buttoncount = 0;
int reset_switch=0;

void setup() {
  //INPUT pins
  pinMode(sensor1button_pin, INPUT);
  pinMode(sensor2button_pin, INPUT);
  pinMode(sensor3button_pin, INPUT);
  pinMode(sensor4button_pin, INPUT);
  pinMode(sensor5button_pin, INPUT_PULLUP);
  
  attachInterrupt(digitalPinToInterrupt(sensor5button_pin), clearreset, CHANGE); 
  
  pinMode(sensor6button_pin, INPUT);
  pinMode(sensor7button_pin, INPUT);
  
  //OUTPUT pins
  pinMode(buzzerpin, OUTPUT);
  pinMode(led1_pin, OUTPUT);
  pinMode(led2_pin, OUTPUT);
  pinMode(led3_pin, OUTPUT);
  pinMode(led4_pin, OUTPUT);
  Serial.begin(9600);
}

void loop() {
  button1_state = digitalRead (sensor1button_pin);
  button2_state = digitalRead (sensor2button_pin);
  button3_state = digitalRead (sensor3button_pin);
  button4_state = digitalRead (sensor4button_pin);
  button5_state = digitalRead (sensor5button_pin);
  button6_state = digitalRead (sensor6button_pin);
  button7_state = digitalRead (sensor7button_pin);
  Serial.println(digitalRead (sensor5button_pin));

 if( button1_state == HIGH || button2_state == HIGH || button3_state == HIGH || button4_state == HIGH) {
    delay(280);
    buttoncount = buttoncount + 1;
    
  }
  if (button1_state == HIGH || button2_state == HIGH || button3_state == HIGH || button4_state == HIGH) {
    if(buttoncount<2){
      originalstate();
      alertstate();
      evacuationstate();
    }
} 
 
}

//LED lighting arrangements
void originalstate() {
  digitalWrite(led1_pin, HIGH);
  digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led4_pin, LOW);
  delay(1500);
}
void alertstate() {
 
  digitalWrite(led1_pin, LOW);
  digitalWrite(led2_pin, HIGH);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led4_pin, LOW);
  delay(1500);
}

void evacuationstate() {
 
  digitalWrite(led1_pin, LOW);
  digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, HIGH);
  digitalWrite(led4_pin, LOW);
  delay(1500);
}

void isolatestate() {
  digitalWrite(led1_pin, LOW);
  digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led4_pin, HIGH);
}

//Clear or reset back to the begin

void clearreset() {
  
 button1_state = LOW;
        button2_state = LOW;
        button3_state = LOW;
        button4_state = LOW;
        button5_state = LOW;
        button6_state = LOW;
        button7_state = LOW;

        digitalWrite(led1_pin, LOW);
        digitalWrite(led2_pin, LOW);
        digitalWrite(led3_pin, LOW);
        
        buttoncount = 0;        
 exit;
}

I have used attachInterrupt() to reset my program to the beginning. It actually interrupts while running the 3 states as shown below inside of the if statement but when i press the actual button it does not exit, it goes to the function and continuing to the next state. It only works(means exiting /resetting) after all three states have executed completely.

I would like to make a button to stop the program while running in the middle and start again.

CODE :

// Declaring pins 

// Input pins
const int sensor1button_pin = 6;
const int sensor2button_pin = 3;
const int sensor3button_pin = 4;
const int sensor4button_pin = 5;
const int sensor5button_pin = 2;
const int sensor6button_pin = 15;
const int sensor7button_pin = 15; 

// Output pins
const int led1_pin = 8;
const int led2_pin = 9;
const int led3_pin = 10;
const int led4_pin = 11;
const int buzzerpin = 15;

// Initialy buzzer at false mode
boolean flag1;
boolean flag2;
int flag3 ;


// for leds
int ledState1 = LOW;   // Original
int ledState2 = LOW;   // Alert
int ledState3 = LOW;   // Evacuate
int ledState4 = LOW;   // Isolate

// Buttons
int button1_state = LOW;
int button2_state = LOW;
int button3_state = LOW;
int button4_state = LOW;
int button6_state = LOW;
int button7_state = LOW;
int button5_state = LOW;

// Other variables
int buttoncount = 0;
int reset_switch=0;

void setup() {
  // INPUT pins
  pinMode(sensor1button_pin, INPUT);
  pinMode(sensor2button_pin, INPUT);
  pinMode(sensor3button_pin, INPUT);
  pinMode(sensor4button_pin, INPUT); 

  pinMode(sensor5button_pin, INPUT_PULLUP);
  
  attachInterrupt(digitalPinToInterrupt(sensor5button_pin), clearreset, CHANGE); 
  
  pinMode(sensor6button_pin, INPUT);
  pinMode(sensor7button_pin, INPUT);
  
  // OUTPUT pins
  pinMode(buzzerpin, OUTPUT);
  pinMode(led1_pin, OUTPUT);
  pinMode(led2_pin, OUTPUT);
  pinMode(led3_pin, OUTPUT);
  pinMode(led4_pin, OUTPUT); 

  Serial.begin(9600);
}

void loop() {
  button1_state = digitalRead (sensor1button_pin);
  button2_state = digitalRead (sensor2button_pin);
  button3_state = digitalRead (sensor3button_pin);
  button4_state = digitalRead (sensor4button_pin);
  button5_state = digitalRead (sensor5button_pin);
  button6_state = digitalRead (sensor6button_pin);
  button7_state = digitalRead (sensor7button_pin); 

  Serial.println(digitalRead (sensor5button_pin));

  if( button1_state == HIGH || button2_state == HIGH || button3_state == HIGH || button4_state == HIGH) {
    delay(280);
    buttoncount = buttoncount + 1;
  } 

  if (button1_state == HIGH || button2_state == HIGH || button3_state == HIGH || button4_state == HIGH) {
    if(buttoncount<2){
      originalstate();
      alertstate();
      evacuationstate();
    }
  } 
}

// LED lighting arrangements
void originalstate() {
  digitalWrite(led1_pin, HIGH);
  digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led4_pin, LOW);
  delay(1500);
} 

void alertstate() {
  digitalWrite(led1_pin, LOW);
  digitalWrite(led2_pin, HIGH);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led4_pin, LOW);
  delay(1500);
}

void evacuationstate() {
  digitalWrite(led1_pin, LOW);
  digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, HIGH);
  digitalWrite(led4_pin, LOW);
  delay(1500);
}

void isolatestate() {
  digitalWrite(led1_pin, LOW);
  digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led4_pin, HIGH);
}

// Clear or reset back to the begin

void clearreset() { 
 button1_state = LOW;
 button2_state = LOW;
 button3_state = LOW;
 button4_state = LOW;
 button5_state = LOW;
 button6_state = LOW;
 button7_state = LOW;

 digitalWrite(led1_pin, LOW);
 digitalWrite(led2_pin, LOW);
 digitalWrite(led3_pin, LOW);
       
 buttoncount = 0;        
 exit;
}
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Waranga Ratnayake
Waranga Ratnayake
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// Declaring pins

//Input pins const int sensor1button_pin = 6; const int sensor2button_pin = 3; const int sensor3button_pin = 4; const int sensor4button_pin = 5; const int sensor5button_pin = 2; const int sensor6button_pin = 15; const int sensor7button_pin = 15; //Output pins

const int led1_pin = 8; const int led2_pin = 9; const int led3_pin = 10; const int led4_pin = 11; const int buzzerpin = 15;

//Initialy buzzer at false mode boolean flag1; boolean flag2; int flag3 ;

//for leds int ledState1 = LOW; //Original int ledState2 = LOW; //Alert int ledState3 = LOW; //Evacuate int ledState4 = LOW; //Isolate

//BUttons int button1_state = LOW; int button2_state = LOW; int button3_state = LOW; int button4_state = LOW; int button6_state = LOW; int button7_state = LOW; int button5_state = LOW;

//Other variables int buttoncount = 0; int reset_switch=0;

void setup() { //INPUT pins pinMode(sensor1button_pin, INPUT); pinMode(sensor2button_pin, INPUT); pinMode(sensor3button_pin, INPUT); pinMode(sensor4button_pin, INPUT); pinMode(sensor5button_pin, INPUT_PULLUP);

attachInterrupt(digitalPinToInterrupt(sensor5button_pin), clearreset, CHANGE);

pinMode(sensor6button_pin, INPUT); pinMode(sensor7button_pin, INPUT);

//OUTPUT pins pinMode(buzzerpin, OUTPUT); pinMode(led1_pin, OUTPUT); pinMode(led2_pin, OUTPUT); pinMode(led3_pin, OUTPUT); pinMode(led4_pin, OUTPUT); Serial.begin(9600); }

void loop() { button1_state = digitalRead (sensor1button_pin); button2_state = digitalRead (sensor2button_pin); button3_state = digitalRead (sensor3button_pin); button4_state = digitalRead (sensor4button_pin); button5_state = digitalRead (sensor5button_pin); button6_state = digitalRead (sensor6button_pin); button7_state = digitalRead (sensor7button_pin); Serial.println(digitalRead (sensor5button_pin));

if( button1_state == HIGH || button2_state == HIGH || button3_state == HIGH || button4_state == HIGH) { delay(280); buttoncount = buttoncount + 1;

} if (button1_state == HIGH || button2_state == HIGH || button3_state == HIGH || button4_state == HIGH) { if(buttoncount<2){ originalstate(); alertstate(); evacuationstate(); } }

}

//LED lighting arrangements void originalstate() { digitalWrite(led1_pin, HIGH); digitalWrite(led2_pin, LOW); digitalWrite(led3_pin, LOW); digitalWrite(led4_pin, LOW); delay(1500); } void alertstate() {

digitalWrite(led1_pin, LOW); digitalWrite(led2_pin, HIGH); digitalWrite(led3_pin, LOW); digitalWrite(led4_pin, LOW); delay(1500); }

void evacuationstate() {

digitalWrite(led1_pin, LOW); digitalWrite(led2_pin, LOW); digitalWrite(led3_pin, HIGH); digitalWrite(led4_pin, LOW); delay(1500); }

void isolatestate() { digitalWrite(led1_pin, LOW); digitalWrite(led2_pin, LOW); digitalWrite(led3_pin, LOW); digitalWrite(led4_pin, HIGH); }

//Clear/reset back to the beging

void clearreset() {

button1_state = LOW; button2_state = LOW; button3_state = LOW; button4_state = LOW; button5_state = LOW; button6_state = LOW; button7_state = LOW;

//Input pins
const int sensor1button_pin = 6;
const int sensor2button_pin = 3;
const int sensor3button_pin = 4;
const int sensor4button_pin = 5;
const int sensor5button_pin = 2;
const int sensor6button_pin = 15;
const int sensor7button_pin = 15;
//Output pins

const int led1_pin = 8;
const int led2_pin = 9;
const int led3_pin = 10;
const int led4_pin = 11;
const int buzzerpin = 15;



//Initialy buzzer at false mode
boolean flag1;
boolean flag2;
int flag3 ;


//for leds
int ledState1 = LOW; //Original
int ledState2 = LOW; //Alert
int ledState3 = LOW; //Evacuate
int ledState4 = LOW; //Isolate

//BUttons
int button1_state = LOW;
int button2_state = LOW;
int button3_state = LOW;
int button4_state = LOW;
int button6_state = LOW;
int button7_state = LOW;
int button5_state = LOW;

//Other variables
int buttoncount = 0;
int reset_switch=0;

void setup() {
  //INPUT pins
  pinMode(sensor1button_pin, INPUT);
  pinMode(sensor2button_pin, INPUT);
  pinMode(sensor3button_pin, INPUT);
  pinMode(sensor4button_pin, INPUT);
  pinMode(sensor5button_pin, INPUT_PULLUP);
  
  attachInterrupt(digitalPinToInterrupt(sensor5button_pin), clearreset, CHANGE); 
  
  pinMode(sensor6button_pin, INPUT);
  pinMode(sensor7button_pin, INPUT);
  
  //OUTPUT pins
  pinMode(buzzerpin, OUTPUT);
  pinMode(led1_pin, OUTPUT);
  pinMode(led2_pin, OUTPUT);
  pinMode(led3_pin, OUTPUT);
  pinMode(led4_pin, OUTPUT);
  Serial.begin(9600);
}

void loop() {
  button1_state = digitalRead (sensor1button_pin);
  button2_state = digitalRead (sensor2button_pin);
  button3_state = digitalRead (sensor3button_pin);
  button4_state = digitalRead (sensor4button_pin);
  button5_state = digitalRead (sensor5button_pin);
  button6_state = digitalRead (sensor6button_pin);
  button7_state = digitalRead (sensor7button_pin);
  Serial.println(digitalRead (sensor5button_pin));

 if( button1_state == HIGH || button2_state == HIGH || button3_state == HIGH || button4_state == HIGH) {
    delay(280);
    buttoncount = buttoncount + 1;
    
  }
  if (button1_state == HIGH || button2_state == HIGH || button3_state == HIGH || button4_state == HIGH) {
    if(buttoncount<2){
      originalstate();
      alertstate();
      evacuationstate();
    }
} 

}

//LED lighting arrangements
void originalstate() {
  digitalWrite(led1_pin, HIGH);
  digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led2_pinled4_pin, LOW);
  delay(1500);
}
void alertstate() {

  digitalWrite(led1_pin, LOW);
  digitalWrite(led2_pin, HIGH);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led4_pin, LOW);
  delay(1500);
}

void evacuationstate() {

  buttoncountdigitalWrite(led1_pin, =LOW);
 0; digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, HIGH);
  digitalWrite(led4_pin, LOW);
  delay(1500);
}

void isolatestate() {
  digitalWrite(led1_pin, LOW);
  digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led4_pin, HIGH);
}

//Clear or reset back to the begin

void clearreset() {
  
 button1_state = LOW;
        button2_state = LOW;
        button3_state = LOW;
        button4_state = LOW;
        button5_state = LOW;
        button6_state = LOW;
        button7_state = LOW;

        digitalWrite(led1_pin, LOW);
        digitalWrite(led2_pin, LOW);
        digitalWrite(led3_pin, LOW);
        
        buttoncount = 0;        
 exit;
}

exit; }

// Declaring pins

//Input pins const int sensor1button_pin = 6; const int sensor2button_pin = 3; const int sensor3button_pin = 4; const int sensor4button_pin = 5; const int sensor5button_pin = 2; const int sensor6button_pin = 15; const int sensor7button_pin = 15; //Output pins

const int led1_pin = 8; const int led2_pin = 9; const int led3_pin = 10; const int led4_pin = 11; const int buzzerpin = 15;

//Initialy buzzer at false mode boolean flag1; boolean flag2; int flag3 ;

//for leds int ledState1 = LOW; //Original int ledState2 = LOW; //Alert int ledState3 = LOW; //Evacuate int ledState4 = LOW; //Isolate

//BUttons int button1_state = LOW; int button2_state = LOW; int button3_state = LOW; int button4_state = LOW; int button6_state = LOW; int button7_state = LOW; int button5_state = LOW;

//Other variables int buttoncount = 0; int reset_switch=0;

void setup() { //INPUT pins pinMode(sensor1button_pin, INPUT); pinMode(sensor2button_pin, INPUT); pinMode(sensor3button_pin, INPUT); pinMode(sensor4button_pin, INPUT); pinMode(sensor5button_pin, INPUT_PULLUP);

attachInterrupt(digitalPinToInterrupt(sensor5button_pin), clearreset, CHANGE);

pinMode(sensor6button_pin, INPUT); pinMode(sensor7button_pin, INPUT);

//OUTPUT pins pinMode(buzzerpin, OUTPUT); pinMode(led1_pin, OUTPUT); pinMode(led2_pin, OUTPUT); pinMode(led3_pin, OUTPUT); pinMode(led4_pin, OUTPUT); Serial.begin(9600); }

void loop() { button1_state = digitalRead (sensor1button_pin); button2_state = digitalRead (sensor2button_pin); button3_state = digitalRead (sensor3button_pin); button4_state = digitalRead (sensor4button_pin); button5_state = digitalRead (sensor5button_pin); button6_state = digitalRead (sensor6button_pin); button7_state = digitalRead (sensor7button_pin); Serial.println(digitalRead (sensor5button_pin));

if( button1_state == HIGH || button2_state == HIGH || button3_state == HIGH || button4_state == HIGH) { delay(280); buttoncount = buttoncount + 1;

} if (button1_state == HIGH || button2_state == HIGH || button3_state == HIGH || button4_state == HIGH) { if(buttoncount<2){ originalstate(); alertstate(); evacuationstate(); } }

}

//LED lighting arrangements void originalstate() { digitalWrite(led1_pin, HIGH); digitalWrite(led2_pin, LOW); digitalWrite(led3_pin, LOW); digitalWrite(led4_pin, LOW); delay(1500); } void alertstate() {

digitalWrite(led1_pin, LOW); digitalWrite(led2_pin, HIGH); digitalWrite(led3_pin, LOW); digitalWrite(led4_pin, LOW); delay(1500); }

void evacuationstate() {

digitalWrite(led1_pin, LOW); digitalWrite(led2_pin, LOW); digitalWrite(led3_pin, HIGH); digitalWrite(led4_pin, LOW); delay(1500); }

void isolatestate() { digitalWrite(led1_pin, LOW); digitalWrite(led2_pin, LOW); digitalWrite(led3_pin, LOW); digitalWrite(led4_pin, HIGH); }

//Clear/reset back to the beging

void clearreset() {

button1_state = LOW; button2_state = LOW; button3_state = LOW; button4_state = LOW; button5_state = LOW; button6_state = LOW; button7_state = LOW;

    digitalWrite(led1_pin, LOW);
    digitalWrite(led2_pin, LOW);
    digitalWrite(led3_pin, LOW);
    
    buttoncount = 0;        
            digitalWrite(led4_pin, HIGH);

exit; }

// Declaring pins
//Input pins
const int sensor1button_pin = 6;
const int sensor2button_pin = 3;
const int sensor3button_pin = 4;
const int sensor4button_pin = 5;
const int sensor5button_pin = 2;
const int sensor6button_pin = 15;
const int sensor7button_pin = 15;
//Output pins

const int led1_pin = 8;
const int led2_pin = 9;
const int led3_pin = 10;
const int led4_pin = 11;
const int buzzerpin = 15;



//Initialy buzzer at false mode
boolean flag1;
boolean flag2;
int flag3 ;


//for leds
int ledState1 = LOW; //Original
int ledState2 = LOW; //Alert
int ledState3 = LOW; //Evacuate
int ledState4 = LOW; //Isolate

//BUttons
int button1_state = LOW;
int button2_state = LOW;
int button3_state = LOW;
int button4_state = LOW;
int button6_state = LOW;
int button7_state = LOW;
int button5_state = LOW;

//Other variables
int buttoncount = 0;
int reset_switch=0;

void setup() {
  //INPUT pins
  pinMode(sensor1button_pin, INPUT);
  pinMode(sensor2button_pin, INPUT);
  pinMode(sensor3button_pin, INPUT);
  pinMode(sensor4button_pin, INPUT);
  pinMode(sensor5button_pin, INPUT_PULLUP);
  
  attachInterrupt(digitalPinToInterrupt(sensor5button_pin), clearreset, CHANGE); 
  
  pinMode(sensor6button_pin, INPUT);
  pinMode(sensor7button_pin, INPUT);
  
  //OUTPUT pins
  pinMode(buzzerpin, OUTPUT);
  pinMode(led1_pin, OUTPUT);
  pinMode(led2_pin, OUTPUT);
  pinMode(led3_pin, OUTPUT);
  pinMode(led4_pin, OUTPUT);
  Serial.begin(9600);
}

void loop() {
  button1_state = digitalRead (sensor1button_pin);
  button2_state = digitalRead (sensor2button_pin);
  button3_state = digitalRead (sensor3button_pin);
  button4_state = digitalRead (sensor4button_pin);
  button5_state = digitalRead (sensor5button_pin);
  button6_state = digitalRead (sensor6button_pin);
  button7_state = digitalRead (sensor7button_pin);
  Serial.println(digitalRead (sensor5button_pin));

 if( button1_state == HIGH || button2_state == HIGH || button3_state == HIGH || button4_state == HIGH) {
    delay(280);
    buttoncount = buttoncount + 1;
    
  }
  if (button1_state == HIGH || button2_state == HIGH || button3_state == HIGH || button4_state == HIGH) {
    if(buttoncount<2){
      originalstate();
      alertstate();
      evacuationstate();
    }
} 

}

//LED lighting arrangements
void originalstate() {
  digitalWrite(led1_pin, HIGH);
  digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led4_pin, LOW);
  delay(1500);
}
void alertstate() {

  digitalWrite(led1_pin, LOW);
  digitalWrite(led2_pin, HIGH);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led4_pin, LOW);
  delay(1500);
}

void evacuationstate() {

  digitalWrite(led1_pin, LOW);
  digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, HIGH);
  digitalWrite(led4_pin, LOW);
  delay(1500);
}

void isolatestate() {
  digitalWrite(led1_pin, LOW);
  digitalWrite(led2_pin, LOW);
  digitalWrite(led3_pin, LOW);
  digitalWrite(led4_pin, HIGH);
}

//Clear or reset back to the begin

void clearreset() {
  
 button1_state = LOW;
        button2_state = LOW;
        button3_state = LOW;
        button4_state = LOW;
        button5_state = LOW;
        button6_state = LOW;
        button7_state = LOW;

        digitalWrite(led1_pin, LOW);
        digitalWrite(led2_pin, LOW);
        digitalWrite(led3_pin, LOW);
        
        buttoncount = 0;        
 exit;
}
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Waranga Ratnayake
Waranga Ratnayake
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added 96 characters in body
Source Link
Waranga Ratnayake
Waranga Ratnayake
  • 11
  • 1
  • 3
Source Link
Waranga Ratnayake
Waranga Ratnayake
  • 11
  • 1
  • 3