ArduinoUno-7segmentdisplay_experiment.ino

#define DISP_A    2
#define DISP_B    3
#define DISP_C    4
#define DISP_D    5
#define DISP_E    6
#define DISP_F    7
#define DISP_G    8

#define DISP_UNI  12
#define DISP_DEZ  13

#define DELAY_MS  50

#define BTN_MAIS  10
#define BTN_MENOS 11

int uni=0, dez=0;


void setup()
{
    // define pin modes
    
   pinMode(DISP_A,    OUTPUT);
   pinMode(DISP_B,    OUTPUT);
   pinMode(DISP_C,    OUTPUT);
   pinMode(DISP_D,    OUTPUT);
   pinMode(DISP_E,    OUTPUT);
   pinMode(DISP_F,    OUTPUT);
   pinMode(DISP_G,    OUTPUT);
   
   pinMode(DISP_UNI,  OUTPUT); 
   pinMode(DISP_DEZ,  OUTPUT);

   pinMode(BTN_MAIS,  INPUT); 
   pinMode(BTN_MENOS, INPUT);

}

void loop() 
{
  //https://www.electrical4u.com/images/march16/1460385570.PNG

  ler_botoes();

  if ((uni<0) && (dez==0)) { uni=0; }         //segurança
  
  if ((uni<0)&&(dez>0)) { uni=9; dez--;  } 
  if (uni>9) { uni=0; dez++;}
  if (dez>9) { dez=0;}
  
  alternar();

}

void ler_botoes(){
  //  metodo 1
  if ((digitalRead(BTN_MAIS)==HIGH)&&(digitalRead(BTN_MENOS)==LOW )) uni++;
  if ((digitalRead(BTN_MAIS)==LOW )&&(digitalRead(BTN_MENOS)==HIGH)) uni--;
  

  //metodo 2
  //while ((digitalRead(BTN_MAIS)==HIGH)&&(digitalRead(BTN_MENOS)==LOW )) uni++;
  //while ((digitalRead(BTN_MAIS)==LOW )&&(digitalRead(BTN_MENOS)==HIGH)) uni--;
  
  }

void alternar(){
  //display catodo comum possui ordem logica inversa...
  
  digitalWrite(DISP_UNI, HIGH);  //estado inicial
  digitalWrite(DISP_DEZ, HIGH);
  delay(DELAY_MS);              //manter desligado um pouco

  mostrar(uni);                 //mostra unidade
  digitalWrite(DISP_UNI, LOW); //liga display de unidade
  delay(DELAY_MS);              //mantem ligado um pouco
  digitalWrite(DISP_UNI, HIGH);  //desliga display de unidade
  delay(DELAY_MS);              //mantem desligado um pouco
  
  mostrar(dez);                 //mostra dezena
  digitalWrite(DISP_DEZ, LOW); //liga display de dezena
  delay(DELAY_MS);              //mantem ligado um pouco                        
  digitalWrite(DISP_DEZ, HIGH);  //desliga display de dezena
  delay(DELAY_MS);              //mantem desligado um pouco

  //o valor agora depende dos botões
  //uni++;                        //aumenta valor
}

void mostrar(int n){
  
  if(n==0){
      digitalWrite(DISP_A, HIGH);
      digitalWrite(DISP_B, HIGH);
      digitalWrite(DISP_C, HIGH);
      digitalWrite(DISP_D, HIGH);
      digitalWrite(DISP_E, HIGH);
      digitalWrite(DISP_F, HIGH);
      digitalWrite(DISP_G, LOW);
  } else if (n==1){
      digitalWrite(DISP_A, LOW);
      digitalWrite(DISP_B, HIGH);
      digitalWrite(DISP_C, HIGH);
      digitalWrite(DISP_D, LOW);
      digitalWrite(DISP_E, LOW);
      digitalWrite(DISP_F, LOW);
      digitalWrite(DISP_G, LOW);
  } else if (n==2){
      digitalWrite(DISP_A, HIGH);
      digitalWrite(DISP_B, HIGH);
      digitalWrite(DISP_C, LOW);
      digitalWrite(DISP_D, HIGH);
      digitalWrite(DISP_E, HIGH);
      digitalWrite(DISP_F, LOW);
      digitalWrite(DISP_G, HIGH);
  } else if (n==3) {
      digitalWrite(DISP_A, HIGH);
      digitalWrite(DISP_B, HIGH);
      digitalWrite(DISP_C, HIGH);
      digitalWrite(DISP_D, HIGH);
      digitalWrite(DISP_E, LOW);
      digitalWrite(DISP_F, LOW);
      digitalWrite(DISP_G, HIGH);
  } else if (n==4){
      digitalWrite(DISP_A, LOW);
      digitalWrite(DISP_B, HIGH);
      digitalWrite(DISP_C, HIGH);
      digitalWrite(DISP_D, LOW);
      digitalWrite(DISP_E, LOW);
      digitalWrite(DISP_F, HIGH);
      digitalWrite(DISP_G, HIGH);
  } else if (n==5){
      digitalWrite(DISP_A, HIGH);
      digitalWrite(DISP_B, LOW);
      digitalWrite(DISP_C, HIGH);
      digitalWrite(DISP_D, HIGH);
      digitalWrite(DISP_E, LOW);
      digitalWrite(DISP_F, HIGH);
      digitalWrite(DISP_G, HIGH);
  } else if (n==6) {
      digitalWrite(DISP_A, HIGH);
      digitalWrite(DISP_B, LOW);
      digitalWrite(DISP_C, HIGH);
      digitalWrite(DISP_D, HIGH);
      digitalWrite(DISP_E, HIGH);
      digitalWrite(DISP_F, HIGH);
      digitalWrite(DISP_G, HIGH);
  } else if(n==7) {
      digitalWrite(DISP_A, HIGH);
      digitalWrite(DISP_B, HIGH);
      digitalWrite(DISP_C, HIGH);
      digitalWrite(DISP_D, LOW);
      digitalWrite(DISP_E, LOW);
      digitalWrite(DISP_F, LOW);
      digitalWrite(DISP_G, LOW);
  } else if (n==8) {
      digitalWrite(DISP_A, HIGH);
      digitalWrite(DISP_B, HIGH);
      digitalWrite(DISP_C, HIGH);
      digitalWrite(DISP_D, HIGH);
      digitalWrite(DISP_E, HIGH);
      digitalWrite(DISP_F, HIGH);
      digitalWrite(DISP_G, HIGH);
  } else if (n==9) {
      digitalWrite(DISP_A, HIGH);
      digitalWrite(DISP_B, HIGH);
      digitalWrite(DISP_C, HIGH);
      digitalWrite(DISP_D, HIGH);
      digitalWrite(DISP_E, LOW);
      digitalWrite(DISP_F, HIGH);
      digitalWrite(DISP_G, HIGH);
  }
  
  
}

proteus8.1_project-base64

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