Realisation dun jeu d adresse

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1

Bonjour, je debute totalement dans la programation et je suis unpeu perdu. Mon proget serai de fair un jeu d adresse pour mes enfants, j ai donc fait ce prototype de sorte que si l aneau (D10 ) touche le fil de cuivre cela inremente le score (aficheur 7 segments) de 0 à 9. Pour faire varier la sensibilitée j ai pansé faire varier la valeur de delay via le potentiometre et pouvoir recommencer une partie en appuient sur reset. Concretement ca fonctionne pas mal mais pas dans le simulateur et j ignore pourquoi. Maintenant je bute sur un probleme car je voudrai q a chaque"touche" du fil un "bip" soit emis par un piezo par exemple mais qu il ne dure que 500ms et je ne vois pas comment "imbriquer" ca dans le programe.
par avance merci.
/home/philippe/Images/Capture d’écran de 2022-06-11 15-56-16.png
/home/philippe/Images/Capture d’écran de 2022-06-11 16-56-08.png

#define A  8                           // bornes de laficheur 7 seg
#define B  7
#define C  6
#define D  5
#define E  4
#define F  3
#define G  2
#define TOUCH  10                     // borne de l aneau
#define RESET 9                       // bouton de raz
byte v = 0;

int dificultee = 0;

int analogInPin = A0;                 // borne du potentiometre de dificultee

int sensorValue = 0; 

 

void setup() {
  
  Serial.begin(9600);
  
  
  
  pinMode(A, OUTPUT);
  pinMode(B, OUTPUT);
  pinMode(C, OUTPUT);
  pinMode(D, OUTPUT);
  pinMode(E, OUTPUT);
  pinMode(F, OUTPUT);
  pinMode(G, OUTPUT);
  pinMode(TOUCH, INPUT);
  pinMode(RESET, INPUT);
}

void loop() {      //    0
  
  sensorValue = analogRead(analogInPin);
   map(sensorValue, 0, 1023, 0, 255);
  
  Serial.print("sensor = ");
  Serial.println(sensorValue);
  Serial.print("\t output = ");

  digitalWrite  (dificultee,analogInPin);
  
delay(2);
  
  digitalWrite(A, HIGH);
  digitalWrite(B, LOW);
  digitalWrite(C, LOW);
  digitalWrite(D, LOW);
  digitalWrite(E, LOW);
  digitalWrite(F, LOW);
  digitalWrite(G, LOW);
  delay(dificultee);                          // valeure de la dificultee du potentiometre
  if (digitalRead(TOUCH) == LOW) {
    v = 1;
  }
   if (digitalRead(RESET) == LOW) {
      v = 0;}

  while (v == 1) {   //    1
    digitalWrite(A, HIGH);
    digitalWrite(B, HIGH);
    digitalWrite(C, HIGH);
    digitalWrite(D, HIGH);
    digitalWrite(E, LOW);
    digitalWrite(F, LOW);
    digitalWrite(G, HIGH);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 2;
    }
     if (digitalRead(RESET) == LOW) {
      v = 0;}
  }

  while (v == 2) {    //    2
    digitalWrite(A, LOW);
    digitalWrite(B, HIGH);
    digitalWrite(C, LOW);
    digitalWrite(D, LOW);
    digitalWrite(E, HIGH);
    digitalWrite(F, LOW);
    digitalWrite(G, LOW);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 3;
    }
     if (digitalRead(RESET) == LOW) {
      v = 0;}
  }

  while (v == 3) {     //    3
    digitalWrite(A, LOW);
    digitalWrite(B, HIGH);
    digitalWrite(C, HIGH);
    digitalWrite(D, LOW);
    digitalWrite(E, LOW);
    digitalWrite(F, LOW);
    digitalWrite(G, LOW);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 4;
    }
     if (digitalRead(RESET) == LOW) {
      v = 0;}
  }
  while (v == 4) {     //    4
    digitalWrite(A, LOW);
    digitalWrite(B, LOW);
    digitalWrite(C, HIGH);
    digitalWrite(D, HIGH);
    digitalWrite(E, LOW);
    digitalWrite(F, LOW);
    digitalWrite(G, HIGH);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 5;
    }
     if (digitalRead(RESET) == LOW) {
      v = 0;}
  }
  while (v == 5) {     //     5
    digitalWrite(A, LOW);
    digitalWrite(B, LOW);
    digitalWrite(C, HIGH);
    digitalWrite(D, LOW);
    digitalWrite(E, LOW);
    digitalWrite(F, HIGH);
    digitalWrite(G, LOW);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 6;
    }
     if (digitalRead(RESET) == LOW) {
      v = 0;}
  }
  while (v == 6) {     //    6
    digitalWrite(A, LOW);
    digitalWrite(B, LOW);
    digitalWrite(C, LOW);
    digitalWrite(D, LOW);
    digitalWrite(E, LOW);
    digitalWrite(F, HIGH);
    digitalWrite(G, LOW);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 7;
    }
     if (digitalRead(RESET) == LOW) {
      v = 0;}
  }
  while (v == 7) {     //    7
    digitalWrite(A, HIGH);
    digitalWrite(B, HIGH);
    digitalWrite(C, HIGH);
    digitalWrite(D, HIGH);
    digitalWrite(E, LOW);
    digitalWrite(F, LOW);
    digitalWrite(G, LOW);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 8;
    }
     if (digitalRead(RESET) == LOW) {
      v = 0;}
  }
  while (v == 8) {     //     8
    digitalWrite(A, LOW);
    digitalWrite(B, LOW);
    digitalWrite(C, LOW);
    digitalWrite(D, LOW);
    digitalWrite(E, LOW);
    digitalWrite(F, LOW);
    digitalWrite(G, LOW);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 9;
    }
    if (digitalRead(RESET) == LOW) {
      v = 0;}
  }
  while (v == 9) {
    digitalWrite(A, LOW);
    digitalWrite(B, LOW);
    digitalWrite(C, HIGH);
    digitalWrite(D, LOW);
    digitalWrite(E, LOW);
    digitalWrite(F, LOW);
    digitalWrite(G, LOW);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 0;
    }
if (digitalRead(RESET) == LOW) {
      v = 0;
  }
}

}
2

Capture d’écran de 2022-06-11 15-56-16
Capture d’écran de 2022-06-11 15-56-161256×888 119 KB 

#define A  8
#define B  7
#define C  6
#define D  5
#define E  4
#define F  3
#define G  2
#define TOUCH  10
#define RESET 9
byte v = 0;

int dificultee = 0;

int analogInPin = A0; 

int sensorValue = 0; 

 

void setup() {
  
  Serial.begin(9600);
  
  
  
  pinMode(A, OUTPUT);
  pinMode(B, OUTPUT);
  pinMode(C, OUTPUT);
  pinMode(D, OUTPUT);
  pinMode(E, OUTPUT);
  pinMode(F, OUTPUT);
  pinMode(G, OUTPUT);
  pinMode(TOUCH, INPUT);
  pinMode(RESET, INPUT);
}

void loop() {      //    0
  
  sensorValue = analogRead(analogInPin);
   map(sensorValue, 0, 1023, 0, 255);
  
  Serial.print("sensor = ");
  Serial.println(sensorValue);
  Serial.print("\t output = ");

  digitalWrite  (dificultee,analogInPin);
  
delay(2);
  
  digitalWrite(A, HIGH);
  digitalWrite(B, LOW);
  digitalWrite(C, LOW);
  digitalWrite(D, LOW);
  digitalWrite(E, LOW);
  digitalWrite(F, LOW);
  digitalWrite(G, LOW);
  delay(dificultee);
  if (digitalRead(TOUCH) == LOW) {
    v = 1;
  }
   if (digitalRead(RESET) == LOW) {
      v = 0;}

  while (v == 1) {   //    1
    digitalWrite(A, HIGH);
    digitalWrite(B, HIGH);
    digitalWrite(C, HIGH);
    digitalWrite(D, HIGH);
    digitalWrite(E, LOW);
    digitalWrite(F, LOW);
    digitalWrite(G, HIGH);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 2;
    }
     if (digitalRead(RESET) == LOW) {
      v = 0;}
  }

  while (v == 2) {    //    2
    digitalWrite(A, LOW);
    digitalWrite(B, HIGH);
    digitalWrite(C, LOW);
    digitalWrite(D, LOW);
    digitalWrite(E, HIGH);
    digitalWrite(F, LOW);
    digitalWrite(G, LOW);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 3;
    }
     if (digitalRead(RESET) == LOW) {
      v = 0;}
  }

  while (v == 3) {     //    3
    digitalWrite(A, LOW);
    digitalWrite(B, HIGH);
    digitalWrite(C, HIGH);
    digitalWrite(D, LOW);
    digitalWrite(E, LOW);
    digitalWrite(F, LOW);
    digitalWrite(G, LOW);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 4;
    }
     if (digitalRead(RESET) == LOW) {
      v = 0;}
  }
  while (v == 4) {     //    4
    digitalWrite(A, LOW);
    digitalWrite(B, LOW);
    digitalWrite(C, HIGH);
    digitalWrite(D, HIGH);
    digitalWrite(E, LOW);
    digitalWrite(F, LOW);
    digitalWrite(G, HIGH);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 5;
    }
     if (digitalRead(RESET) == LOW) {
      v = 0;}
  }
  while (v == 5) {     //     5
    digitalWrite(A, LOW);
    digitalWrite(B, LOW);
    digitalWrite(C, HIGH);
    digitalWrite(D, LOW);
    digitalWrite(E, LOW);
    digitalWrite(F, HIGH);
    digitalWrite(G, LOW);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 6;
    }
     if (digitalRead(RESET) == LOW) {
      v = 0;}
  }
  while (v == 6) {     //    6
    digitalWrite(A, LOW);
    digitalWrite(B, LOW);
    digitalWrite(C, LOW);
    digitalWrite(D, LOW);
    digitalWrite(E, LOW);
    digitalWrite(F, HIGH);
    digitalWrite(G, LOW);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 7;
    }
     if (digitalRead(RESET) == LOW) {
      v = 0;}
  }
  while (v == 7) {     //    7
    digitalWrite(A, HIGH);
    digitalWrite(B, HIGH);
    digitalWrite(C, HIGH);
    digitalWrite(D, HIGH);
    digitalWrite(E, LOW);
    digitalWrite(F, LOW);
    digitalWrite(G, LOW);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 8;
    }
     if (digitalRead(RESET) == LOW) {
      v = 0;}
  }
  while (v == 8) {     //     8
    digitalWrite(A, LOW);
    digitalWrite(B, LOW);
    digitalWrite(C, LOW);
    digitalWrite(D, LOW);
    digitalWrite(E, LOW);
    digitalWrite(F, LOW);
    digitalWrite(G, LOW);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 9;
    }
    if (digitalRead(RESET) == LOW) {
      v = 0;}
  }
  while (v == 9) {
    digitalWrite(A, LOW);
    digitalWrite(B, LOW);
    digitalWrite(C, HIGH);
    digitalWrite(D, LOW);
    digitalWrite(E, LOW);
    digitalWrite(F, LOW);
    digitalWrite(G, LOW);
    delay(dificultee);
    if (digitalRead(TOUCH) == LOW) {
      v = 0;
    }
if (digitalRead(RESET) == LOW) {
      v = 0;
  }
}

}
3

avez vous une question ou le code est fonctionnel et vous vouliez le partager ?

(dans ce cas il faut le déplacer dans " Réalisations et Projets Finis") et rajouter une explication

l'usage de tableaux simplifierait pas mal le code sans doute

4

En même temps, la finalité c'est que ça fonctionne sur la carte pas sur le simulateur, alors ....

Voir ici

5

Bonjour ,le projet n'est pas fini.

6

1 pas faux
2 merci

7

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