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#include <EEPROM.h> #include <SoftwareSerial.h> SoftwareSerial bt(0,2); String inputs;

#define stop A0//0push #define start A1//0push #define on A2 #define off A3 #define Send A5//outpt waire int value = A5; //moter reding waire //newturn pins 4 7 10 int values=0,sete=0; #define bling 10//mode #define Relay1 6//mode led #define bazar 8 //bazar #define r2 9 //timer start send > A4 #define moter 11 //on relay man time #define r1 11 //on relay man time #define r3 12 //off relay #define dipar 13 //dipar

int re1 = 0,re2 = 0,re3 = 0,time=0;

int Load = 0, Mode=0; int de=0,count=0,mm=0,ss=0,hh=0,timer=0;

void setup() { bt.begin(9600); Serial.begin(9600);

digitalWrite(moter,LOW); pinMode(dipar, OUTPUT); pinMode(bazar, OUTPUT); pinMode(moter, OUTPUT);

digitalWrite(moter,LOW); pinMode(Relay1, OUTPUT); pinMode(bling, OUTPUT); pinMode(r1, OUTPUT); pinMode(r2, OUTPUT); pinMode(r3, OUTPUT); pinMode(start, INPUT_PULLUP); pinMode(stop, INPUT_PULLUP); pinMode(Send, INPUT_PULLUP);

pinMode(off, INPUT_PULLUP);

pinMode(value, INPUT_PULLUP); pinMode(on,INPUT_PULLUP); delay(5000); re1 = EEPROM.read(11);

re2 = EEPROM.read(12); re3 = EEPROM.read(13); digitalWrite(r1, re1); digitalWrite(r2, re2); digitalWrite(r3, re3);

if (EEPROM.read(0) == 0) { } else {

de_write(); count_write(); values_write(); sete_write(); EEPROM.write(0, 0); EEPROM.write(1, 1); } de_read(); count_read(); read_eeprom(); values_read(); sete_read(); } void read_eeprom() { Mode = EEPROM.read(1); } void loop() {

int value = analogRead(A5); value = value -1; value = value + sete;

if (digitalRead(stop) == 0) { digitalWrite(r1,0);

delay(300);
 
digitalWrite(bling,LOW);

digitalWrite(dipar,LOW); digitalWrite(r3,0); EEPROM.write(13,0);

delay(200); if (hh == 0) { hh = 1; Mode = !Mode; EEPROM.write(1, Mode); delay(100); } } else { hh = 0; } if (Mode == 1) {

digitalWrite(Relay1, HIGH); //LOWshuru

 if(timer<60){timer=timer+1;
    if(timer<50){
    bt.print(value);  //send
    bt.print(";");  
    digitalWrite(dipar, HIGH);
    bt.print(timer); 
    bt.print(";"); 
  }
    if(timer==2){
       digitalWrite(r1,0);
       EEPROM.write(11,0); 
       digitalWrite(r3,0);
        EEPROM.write(12,0); 
              
            
        }
    delay(500);
    if(timer==60){
       
    digitalWrite(dipar,LOW);      
      bt.print(value);  //send
       bt.print(";");  
     timer=58;   
    
  
  if (value<values) {
            
    if(time<20){time=time+1;
                delay(200);
             if(time==1) {
   digitalWrite(bazar, HIGH); 
                    
                }
                if(time==20){
   digitalWrite(bazar, LOW);  
                }
                }
    
                delay(2000);
                            
                  
   digitalWrite(moter, HIGH);
    digitalWrite(r3,0);
    EEPROM.write(13,0); 
               
    }
   else if(value<310){

digitalWrite(bazar, LOW); digitalWrite(moter, LOW); }

else if(value<0){

if(time<20){time=time+1; delay(200); if(time==1) { digitalWrite(bazar, HIGH);

                }
                if(time==20){
   digitalWrite(bazar, LOW);  
                }
                }

digitalWrite(bazar, LOW);
digitalWrite(moter,HIGH);

}
Serial.println(value);

} }

    while (Serial.available())

{

delay(10); char c = Serial.read();

inputs += c; if (inputs.length() > 0) { Serial.println(inputs); if(inputs == "@") { values=values+1;
delay(200);

    values_write();
for(int t=1;t<=5;t++){   
   delay(100);                         
   bt.print(values);
   bt.print(";");

}

    }
    
  
    else if(inputs == "&") {
      
      values=values-1;

delay(200); values_write(); for(int t=1;t<=5;t++){
delay(100);
bt.print(values); bt.print(";"); } }

    else if(inputs == "X") {
       sete=sete+1;

   for(int t=1;t<=5;t++){

delay(100); bt.print(sete); bt.print(";"); } Serial.println("+1 ");

    }
    
  
    else if(inputs == "x") {
      
   sete=sete-1;

    sete_write();
   for(int t=1;t<=5;t++){

delay(100); bt.print(sete); bt.print(";"); } }

    else if(inputs == "E") {
       digitalWrite(r1,0);
       EEPROM.write(11,0); 
    digitalWrite(bling,HIGH);
        
    }    
    else if(inputs == "S") {
      
   sete=0;
   values=10;
                
    sete_write();
   values_write();   
                       
      for(int t=1;t<=10;t++){  
     delay(100);                        
   bt.print(values);
   bt.print(";");

 
   bt.print(sete);
   bt.print(";");
    }        
      
      
      
    }        
        
 
inputs = "";

}

}

//LOWpaste }

else {

digitalWrite(Relay1, LOW); //highshuru

if (digitalRead(Send) == 0) {

digitalWrite(dipar, HIGH); delay(400); digitalWrite(dipar, LOW); delay(400); count = count + 1; count_write();
if(timer<60){timer=timer+1; if(timer==2) { delay(100); digitalWrite(r1,0); digitalWrite(r3,0);

        }
         
         bt.print(value);  //send
          bt.print(";");  
    
        
       if(timer<50){
    
    bt.print(timer); 
    bt.print(";"); 
  } 
    
 
    if(timer==60){
        digitalWrite(r1,0);
        digitalWrite(r3,0);    
         timer=58;       
         
           
            
       if (value<values) {
       
    if(time<20){time=time+1;
                delay(200);
             if(time==1) {
   digitalWrite(bazar, HIGH); 
                    
                }
                if(time==20){
   digitalWrite(bazar, LOW);  
                }
                }
    
      
   digitalWrite(moter, HIGH);
    digitalWrite(r3,0);
    EEPROM.write(13,0);    
    }
   else if(value<310){

digitalWrite(bazar, LOW); digitalWrite(moter, LOW);

}
else if(value<0){ if(time<20){time=time+1; delay(200); if(time==1) { digitalWrite(bazar, HIGH);

                }
                if(time==20){
   digitalWrite(bazar, LOW);  
                }
                }

digitalWrite(bazar, LOW); digitalWrite(moter,HIGH);

}
}

}

bt.print(count);
bt.print(";");

if (count > de) {

digitalWrite(bling,HIGH);

count = 0; count_write();

digitalWrite(bazar, HIGH); 
        delay(1000);

digitalWrite(r1, 1);//offrelay

digitalWrite(r2, 0);

digitalWrite(r3,0);

digitalWrite(bazar, LOW);
} }

if(digitalRead(start)==0){ count=0; count_write(); timer=0; digitalWrite(bazar, HIGH); delay(200); //only on digitalWrite(r1,0);

digitalWrite(r2,1);

}

else{ delay(200); digitalWrite(bazar,LOW);

}

if(digitalRead(on)==0) { digitalWrite(bazar, HIGH); timer=0; delay(200);

count = 0; count_write();

digitalWrite(r1,0); EEPROM.write(11,0); digitalWrite(r3,1); EEPROM.write(13,0); digitalWrite(r2,1); EEPROM.write(12,0);

    delay(1000);

digitalWrite(bazar,LOW); digitalWrite(r3,0); EEPROM.write(13,0);

}

if (digitalRead(off) == 0) { digitalWrite(dipar, HIGH); delay(200); digitalWrite(dipar, LOW); delay(200);

digitalWrite(bazar, HIGH); 
     
            
    digitalWrite(r1, 1);
     EEPROM.write(11, 0);  
    digitalWrite(r2, 0);
     EEPROM.write(12,0); 
            
            
   

            delay(1000);
    
    digitalWrite(bazar, LOW);
            
        }

//HIGHpaste }

while (Serial.available())

{

delay(10); char c = Serial.read();

inputs += c; if (inputs.length() > 0) { Serial.println(inputs); if(inputs == "A") {

digitalWrite(bazar, HIGH);
  timer=0;      
 count=0;  
 count_write();

digitalWrite(r1,0);

digitalWrite(r2,1); //onrelay

digitalWrite(r3,1);
         
        delay(2000);
     //only on
digitalWrite(r3,0);
        


  delay(500);
digitalWrite(bazar,LOW);

}

else if(inputs == "a") { digitalWrite(bazar, HIGH); digitalWrite(r1,1);

digitalWrite(r3,0);

digitalWrite(r2,0); //onrelay time

        delay(100);
     //only on
          


  delay(500);
digitalWrite(bazar,LOW);         
    
    }

else if(inputs == "B") {

 digitalWrite(r2,1); //onrelay
 EEPROM.write(12,1);
    
          
        
    }   
    else if(inputs == "b") {

digitalWrite(r2, 0);//onrelay

EEPROM.write(12,0);
digitalWrite(r3,0); //onrelay
EEPROM.write(13,0);//TIMER on

    }
    
    
    
    else if(inputs == "C") {
   digitalWrite(r1, 0);//offrelay
   EEPROM.write(11, 0);  
   digitalWrite(r2,1);
   EEPROM.write(12,1);     
   digitalWrite(r3,1); //onrelay
   EEPROM.write(13,1);//TIMER on
    
          
        
    }

else if(inputs == "c") { //onlyoff digitalWrite(r1,1);//offrelay EEPROM.write(11, 1); digitalWrite(r2,0); EEPROM.write(12,0); digitalWrite(r3,0); EEPROM.write(13,0);

    }   
 

    
    else if(inputs == "E") {
      
       digitalWrite(r1,0);
       EEPROM.write(11,0);   
        
    digitalWrite(bling,HIGH);
        
    }
    
    
    else if(inputs == "Y") {

digitalWrite(dipar, HIGH); delay(200); digitalWrite(dipar, LOW); delay(200); if(mm<10){mm=mm+1; if(mm==10){

digitalWrite(bazar,HIGH); delay(500);

 digitalWrite(bazar,LOW);
            mm=0;
        }
        }

de=de +60;

de_write(); for(int t=1;t<=5;t++){ delay(100);
bt.print(de); bt.print(";");

        }

Serial.println(de);

Serial.println("+59 ");



        
    }
    
    else if(inputs == "y") {
      digitalWrite(dipar, HIGH);
   delay(200);
digitalWrite(dipar, LOW);

delay(200);

if (de > 0) { if(mm<10){mm=mm+1; if(mm==10){

digitalWrite(bazar,HIGH); delay(500);

 digitalWrite(bazar,LOW);
            mm=0;
        }
        }
   de=de-60;
de_write();

for(int t=1;t<=5;t++){ delay(100);
bt.print(de); bt.print(";");

        }        
    
   Serial.println(de);

    Serial.println("-60 ");



    }    
    }
    else if(inputs == "W"){
       de=60;
      de_write();
    for(int t=1;t<=5;t++){
    delay(100);        
   bt.print(de);
    bt.print(";");
     
        }    
    }
    
 else if(inputs == "@") {
       values=values+1;

delay(200); values_write(); for(int t=1;t<=5;t++){ delay(100);
bt.print(values); bt.print(";"); }

    }
    
  
    else if(inputs == "&") {
      
      values=values-1;
     delay(200);
    values_write();
  for(int t=1;t<=5;t++){   
    delay(100);         
   bt.print(values);
   bt.print(";");
    }
    }    
    
    
    else if(inputs == "X") {
       sete=sete+1;

    sete_write();
  for(int t=1;t<=5;t++){ 
        delay(100); 
   bt.print(sete);
   bt.print(";");
    }        
    Serial.println("+1 ");


        
    }
    
  
    else if(inputs == "x") {
      
   sete=sete-1;

    sete_write();
    for(int t=1;t<=5;t++){   
      delay(100);       
   bt.print(sete);
   bt.print(";");
     } 
    }    
    
    else if(inputs == "S") {
      
   sete=0;
   values=10;
      
    sete_write();
   values_write();   
   for(int t=1;t<=10;t++){
   delay(100);         
   bt.print(sete);
   bt.print(";");   
   bt.print(values);
   bt.print(";");              
            
        }     
                  
      
      
    }        
    
 
inputs = "";

}

} }

void de_write() {

EEPROM.write(2, de % 10); EEPROM.write(3, (de / 10) % 10); EEPROM.write(4, (de / 100) % 10); EEPROM.write(5, (de / 1000) % 10); } void de_read() { de = EEPROM.read(5) * 1000 + EEPROM.read(4) * 100 + EEPROM.read(3) * 10 + EEPROM.read(2); }

void count_write() {

EEPROM.write(6, count % 10); EEPROM.write(7, (count / 10) % 10); EEPROM.write(8, (count / 100) % 10); EEPROM.write(9, (count / 1000) % 10); } void count_read() { count = EEPROM.read(9) * 1000 + EEPROM.read(8) * 100 + EEPROM.read(7) * 10 + EEPROM.read(6); }

void values_write() {

EEPROM.write(15, values % 10); EEPROM.write(16, (values / 10) % 10); EEPROM.write(17, (values / 100) % 10); EEPROM.write(18, (values / 1000) % 10); } void values_read() { values = EEPROM.read(18) * 1000 + EEPROM.read(17) * 100 + EEPROM.read(16) * 10 + EEPROM.read(15); }

void sete_write() {

EEPROM.write(19, sete % 10); EEPROM.write(20, (sete / 10) % 10); EEPROM.write(21, (sete / 100) % 10); EEPROM.write(22, (sete / 1000) % 10); } void sete_read() { sete = EEPROM.read(22) * 1000 + EEPROM.read(20) * 100 + EEPROM.read(21) * 10 + EEPROM.read(19); }

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Open source courseware for Git and GitHub

github.github.com/training-kit/

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