1. if the input is high(not contentious ) the output will on and the buzzer will be on, if output reset pushbutton is pressed the output will off , if buzzer reset pushbutton is pressed the buzzer will off.
2. if the input is always high (contentious high signal on input ) the output will on and the buzzer will be on, in this case we will not reset the output even if the output reset pushbutton is pressed , and we will be able to reset the(turn off) buzzer by the buzzer reset pushbutton, and wait until input state to change to high again to repeat procedure

1. if the input is high(not continuous ) the output will on and the buzzer will be on, if output reset pushbutton is pressed the output will off , if buzzer reset pushbutton is pressed the buzzer will off.
2. if the input is always high (continuous high signal on input ) the output will on and the buzzer will be on, in this case we will not reset the output even if the output reset pushbutton is pressed , and we will be able to reset the(turn off) buzzer by the buzzer reset pushbutton, and wait until input state to change to high again to repeat procedure

    //int input[] = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22,23,24}; //input pins (23 for reset ,24 for buzzer reset)
//int output[] = {26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 24, 34, 44, 45, 46, 47, 48,49}; //output pins (49 for buzzer)

int in1 =     2;  
int in2 =     3;  
int in3 =     4;
int in4 =     5;
int in5 =     6;
int in6 =     7;
int in7 =     8;
int in8 =     9;
int in9 =    10;
int in10 =   11;
int in11 =   12;
int in12 =   13;
int in13 =   14;
int in14 =   15;
int in15 =   16;
int in16 =   17;
int in17 =   18;
int in18 =   19;
int in19 =   20;
int in20 =   21;
int in21 =   22;
int in22 =   23;
int in23 =   24;
int in24 =   25;
int in25 =   26;// for output reset
int in26 =   27;// for buzzer reset

///////////////

int out1 = 28   ;
int out2 = 29   ;
int out3 = 30   ;
int out4=  31   ;
int out5=  32   ;
int out6=  33   ;
int out7=  34   ;
int out8=  35   ;
int out9=  36   ;
int out10= 37   ;
int out11= 38   ;
int out12= 39   ;
int out13= 40   ;
int out14= 41   ;
int out15= 42   ;
int out16= 43   ;
int out17= 44   ;
int out18= 45   ;
int out19= 46   ;
int out20= 47   ;
int out21= 48   ;
int out22= 49   ;
int out23= 50   ;
int out24= 51   ;
int out25= 52   ; // output for buzzer

////////////////////////////////////

int buttonState1 =  0;    
int buttonState2 =  0;
int buttonState3 =  0;
int buttonState4 =  0;
int buttonState5 =  0;
int buttonState6 =  0;
int buttonState7 =  0;
int buttonState8 =  0;
int buttonState9 =  0;
int buttonState10 =  0;
int buttonState11 =  0;
int buttonState12 =  0;
int buttonState13 =  0;
int buttonState14 =  0;
int buttonState15 =  0;
int buttonState16 =  0;
int buttonState17 =  0;
int buttonState18 =  0;
int buttonState19 =  0;
int buttonState20 =  0;
int buttonState21 =  0;
int buttonState22 =  0;
int buttonState23 =  0;     
int buttonState24 =  0;    
int buttonState25 =  0; //for  reset
int buttonState26 =  0; //for buzzer reset

//unsigned long previousMillis = 0;        // will store last time buzzer was updated
//const long interval = 10000;           // interval at which to buzzer (milliseconds)
//int buzzerState = LOW;             // buzzerState used to set the buzzer


void setup() {


  pinMode(in1 , INPUT);
  pinMode(in2 , INPUT);
  pinMode(in3 , INPUT);
  pinMode(in4 , INPUT);
  pinMode(in5 , INPUT);
  pinMode(in6 , INPUT);
  pinMode(in7 , INPUT);
  pinMode(in8 , INPUT);
  pinMode(in9 , INPUT);
  pinMode(in10 , INPUT);
  pinMode(in11 , INPUT);
  pinMode(in12 , INPUT);
  pinMode(in13 , INPUT);
  pinMode(in14 , INPUT);
  pinMode(in15 , INPUT);
  pinMode(in16 , INPUT);
  pinMode(in17 , INPUT);
  pinMode(in18 , INPUT);
  pinMode(in19 , INPUT);
  pinMode(in20 , INPUT);
  pinMode(in21 , INPUT);
  pinMode(in22 , INPUT);
  pinMode(in23 , INPUT);
  pinMode(in24 , INPUT);
  pinMode(in25 , INPUT);
  pinMode(in26 , INPUT);

///////////////////////////

pinMode(out1, OUTPUT);
pinMode(out2, OUTPUT);
pinMode(out3, OUTPUT);
pinMode(out4, OUTPUT);
pinMode(out5, OUTPUT);
pinMode(out6, OUTPUT);
pinMode(out7, OUTPUT);
pinMode(out8, OUTPUT);
pinMode(out9, OUTPUT);
pinMode(out10, OUTPUT);
pinMode(out11, OUTPUT);
pinMode(out12, OUTPUT);
pinMode(out13, OUTPUT);
pinMode(out14, OUTPUT);
pinMode(out15, OUTPUT);
pinMode(out16, OUTPUT);
pinMode(out17, OUTPUT);
pinMode(out18, OUTPUT);
pinMode(out19, OUTPUT);
pinMode(out20, OUTPUT);
pinMode(out21, OUTPUT);
pinMode(out22, OUTPUT);
pinMode(out23, OUTPUT);
pinMode(out24, OUTPUT);
pinMode(out25, OUTPUT);

digitalWrite(out25, LOW); // buzzer LOW

}

void loop() {
  buttonState1 = digitalRead(in1);
  if (buttonState1 == HIGH) {
    digitalWrite(out1, LOW);
    //digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state from input (25) pin 26
  if (buttonState25 == HIGH )

  {
    digitalWrite(out1, HIGH); //reset out1
    //digitalWrite(buzzer, LOW);
  }
  
  //else {
   // buttonState26 = digitalRead(in26); //read the buzzer reset button state from input (26)pin 27
   // if (buttonState26 == HIGH) {
    //  digitalWrite(out25, HIGH);

   // }
  //}

    //   while (digitalRead(input1) == HIGH);
    //digitalWrite(buzzerrelay, LOW);




    ////////////////////////////////////////////////////////////

 buttonState2 = digitalRead(in2);
  if (buttonState2 == HIGH) {
    digitalWrite(out2, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out2, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
  //  buttonState26 = digitalRead(in26); //read the buzzer reset button state
    //if (buttonState26 == HIGH) {
    //  digitalWrite(out25, HIGH);

    //}
 // }

    
   //////////////////////////////////////////////////////////////
     
   buttonState3 = digitalRead(in3);
  if (buttonState3 == HIGH) {
    digitalWrite(out3, LOW);
   /// digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out3, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
  //  buttonState26 = digitalRead(in26); //read the buzzer reset button state
  //  if (buttonState26 == HIGH) {
    //  digitalWrite(out25, HIGH);

    //}
  //}
  
  ///////////////////////////////////////



 buttonState4 = digitalRead(in4);
  if (buttonState4 == HIGH) {
    digitalWrite(out4, LOW);
    //digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out4, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }

/////////////////////////////////////////////////////

 buttonState5 = digitalRead(in5);
  if (buttonState5 == HIGH) {
    digitalWrite(out5, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out5, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }


//////////////////////////////////////////////////////////


 buttonState4 = digitalRead(in4);
  if (buttonState4 == HIGH) {
    digitalWrite(out4, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out4, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }

/////////////////////////////////////////////////////



 buttonState6 = digitalRead(in6);
  if (buttonState6 == HIGH) {
    digitalWrite(out6, LOW);
  //  digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out6, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }


///////////////////////////////////////////////////////////

 buttonState7 = digitalRead(in7);
  if (buttonState7 == HIGH) {
    digitalWrite(out7, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out7, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }

//////////////////////////////////////////////////////////


 buttonState8 = digitalRead(in8);
  if (buttonState8 == HIGH) {
    digitalWrite(out8, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out8, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }


//////////////////////////////////////////////////////////


 buttonState9 = digitalRead(in9);
  if (buttonState9 == HIGH) {
    digitalWrite(out9, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out9, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }
  
  ////////////////////////////////////////////////////////



 buttonState10 = digitalRead(in10);
  if (buttonState10 == HIGH) {
    digitalWrite(out10, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out10, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }

////////////////////////////////////////////////////

 buttonState11 = digitalRead(in11);
  if (buttonState11 == HIGH) {
    digitalWrite(out11, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out11, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }

///////////////////////////////////////////////////


 buttonState12 = digitalRead(in12);
  if (buttonState12 == HIGH) {
    digitalWrite(out12, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out12, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }


////////////////////////////////////////////





 buttonState13 = digitalRead(in13);
  if (buttonState13 == HIGH) {
    digitalWrite(out13, LOW);
  //  digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out13, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }


///////////////////////////////////////////



 buttonState14 = digitalRead(in14);
  if (buttonState14 == HIGH) {
    digitalWrite(out14, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out14, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }

/////////////////////////////////////////



 buttonState15 = digitalRead(in15);
  if (buttonState15 == HIGH) {
    digitalWrite(out15, LOW);
    //digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out15, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }


//////////////////////////////

 buttonState16 = digitalRead(in16);
  if (buttonState16 == HIGH) {
    digitalWrite(out16, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out16, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }


//////////////////////////////////////


 buttonState17 = digitalRead(in17);
  if (buttonState17 == HIGH) {
    digitalWrite(out17, LOW);
  //  digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out17, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }



///////////////////////////////////





 buttonState18 = digitalRead(in18);
  if (buttonState18 == HIGH) {
    digitalWrite(out18, LOW);
  //  digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out18, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }

//////////////////////////////////////////





 buttonState19 = digitalRead(in19);
  if (buttonState19 == HIGH) {
    digitalWrite(out19, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out19, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }


///////////////////////////////////////////


 buttonState20 = digitalRead(in20);
  if (buttonState20 == HIGH) {
    digitalWrite(out20, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out20, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }


////////////////////////////////////

 buttonState21 = digitalRead(in21);
  if (buttonState21 == HIGH) {
    digitalWrite(out21, LOW);
    //digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out21, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }


///////////////////////////////////////////


 buttonState22 = digitalRead(in22);
  if (buttonState22 == HIGH) {
    digitalWrite(out22, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out22, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }

///////////////////////////////////////////

 buttonState23 = digitalRead(in23);
  if (buttonState23 == HIGH) {
    digitalWrite(out23, LOW);
    //digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out23, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }


/////////////////////////////////////////////



 buttonState24 = digitalRead(in24);
  if (buttonState24 == HIGH) {
    digitalWrite(out24, LOW);
    //digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out24, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
 //   buttonState26 = digitalRead(in26); //read the buzzer reset button state
 //   if (buttonState26 == HIGH) {
 //     digitalWrite(out25, HIGH);

  //  }
 // }


  
  }

    //int input[] = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22,23,24}; //input pins (23 for reset ,24 for buzzer reset)
//int output[] = {26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 24, 34, 44, 45, 46, 47, 48,49}; //output pins (49 for buzzer)

int in1 =     2;  

int in25 =   26;// for output reset
int in26 =   27;// for buzzer reset

///////////////

int out1 = 28   ;

int out24= 51   ;
int out25= 52   ; // output for buzzer

////////////////////////////////////

int buttonState1 =  0;    

int buttonState24 =  0;    
int buttonState25 =  0; //for  reset
int buttonState26 =  0; //for buzzer reset

//unsigned long previousMillis = 0;        // will store last time buzzer was updated
//const long interval = 10000;           // interval at which to buzzer (milliseconds)
//int buzzerState = LOW;             // buzzerState used to set the buzzer


void setup() {


  pinMode(in1 , INPUT);
 
  pinMode(in24 , INPUT);
  pinMode(in25 , INPUT);
  pinMode(in26 , INPUT);

///////////////////////////

pinMode(out1, OUTPUT);
pinMode(out2, OUTPUT);

pinMode(out24, OUTPUT);
pinMode(out25, OUTPUT);

digitalWrite(out25, LOW); // buzzer LOW

}

void loop() {
  buttonState1 = digitalRead(in1);
  if (buttonState1 == HIGH) {
    digitalWrite(out1, LOW);
    //digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state from input (25) pin 26
  if (buttonState25 == HIGH )

  {
    digitalWrite(out1, HIGH); //reset out1
    //digitalWrite(buzzer, LOW);
  }
  
  //else {
   // buttonState26 = digitalRead(in26); //read the buzzer reset button state from input (26)pin 27
   // if (buttonState26 == HIGH) {
    //  digitalWrite(out25, HIGH);

   // }
  //}

    //   while (digitalRead(input1) == HIGH);
    //digitalWrite(buzzerrelay, LOW);




    ////////////////////////////////////////////////////////////

 buttonState2 = digitalRead(in2);
  if (buttonState2 == HIGH) {
    digitalWrite(out2, LOW);
   // digitalWrite(out25, LOW);
    //delay(10000);
    //digitalWrite(buzzer, LOW);
  }

  buttonState25 = digitalRead(in25); //read reset button state
  if (buttonState25 == HIGH )

  {
    digitalWrite(out2, HIGH); //reset the output
    //digitalWrite(buzzer, LOW);
  }
  
 // else {
  //  buttonState26 = digitalRead(in26); //read the buzzer reset button state
    //if (buttonState26 == HIGH) {
    //  digitalWrite(out25, HIGH);

    //}
 // }

    
   //////////////////////////////////////////////////////////////
     
  
  //  }
 // }


  
  }