unsigned const int A = 13;

unsigned const int B = 12;

unsigned const int C = 11;

unsigned const int D = 10;

unsigned const int E = 9;

unsigned const int F = 8;

unsigned const int G = 7;

unsigned const int H = 6;



void setup(void)

{

  pinMode(A, OUTPUT);

  pinMode(B, OUTPUT);

  pinMode(C, OUTPUT);

  pinMode(D, OUTPUT);

  pinMode(E, OUTPUT);

  pinMode(F, OUTPUT);

  pinMode(G, OUTPUT);

  pinMode(H, OUTPUT);

}


//My Functions


void zero(void) {

  digitalWrite(A, LOW);

  digitalWrite(B, HIGH);

  digitalWrite(C, HIGH);

  digitalWrite(D, HIGH);

  digitalWrite(E, HIGH);

  digitalWrite(F, HIGH);

  digitalWrite(G, HIGH);

  digitalWrite(H, LOW);

}


void one(void) {

  digitalWrite(A, LOW);

  digitalWrite(B, LOW);

  digitalWrite(C, LOW);

  digitalWrite(D, HIGH);

  digitalWrite(E, LOW);

  digitalWrite(F, LOW);

  digitalWrite(G, HIGH);

  digitalWrite(H, LOW);

}


void two(void) {

  digitalWrite(A, HIGH);

  digitalWrite(B, LOW);

  digitalWrite(C, HIGH);

  digitalWrite(D, HIGH);

  digitalWrite(E, HIGH);

  digitalWrite(F, HIGH);

  digitalWrite(G, LOW);

  digitalWrite(H, LOW);

}


void three(void) {

  digitalWrite(A, HIGH);

  digitalWrite(B, LOW);

  digitalWrite(C, HIGH);

  digitalWrite(D, HIGH);

  digitalWrite(E, LOW);

  digitalWrite(F, HIGH);

  digitalWrite(G, HIGH);

  digitalWrite(H, LOW);

}


void four(void) {

  digitalWrite(A, HIGH);

  digitalWrite(B, HIGH);

  digitalWrite(C, LOW);

  digitalWrite(D, HIGH);

  digitalWrite(E, LOW);

  digitalWrite(F, LOW);

  digitalWrite(G, HIGH);

  digitalWrite(H, LOW);

}


void five(void) {

  digitalWrite(A, HIGH);

  digitalWrite(B, HIGH);

  digitalWrite(C, HIGH);

  digitalWrite(D, LOW);

  digitalWrite(E, LOW);

  digitalWrite(F, HIGH);

  digitalWrite(G, HIGH);

  digitalWrite(H, LOW);

}


void six(void) {

  digitalWrite(A, HIGH);

  digitalWrite(B, HIGH);

  digitalWrite(C, HIGH);

  digitalWrite(D, LOW);

  digitalWrite(E, HIGH);

  digitalWrite(F, HIGH);

  digitalWrite(G, HIGH);

  digitalWrite(H, LOW);

}


void seven(void) {

  digitalWrite(A, LOW);

  digitalWrite(B, LOW);

  digitalWrite(C, HIGH);

  digitalWrite(D, HIGH);

  digitalWrite(E, LOW);

  digitalWrite(F, LOW);

  digitalWrite(G, HIGH);

  digitalWrite(H, LOW);

}


void eight(void) {

  digitalWrite(A, HIGH);

  digitalWrite(B, HIGH);

  digitalWrite(C, HIGH);

  digitalWrite(D, HIGH);

  digitalWrite(E, HIGH);

  digitalWrite(F, HIGH);

  digitalWrite(G, HIGH);

  digitalWrite(H, LOW);

}


void nine(void) {

  digitalWrite(A, HIGH);

  digitalWrite(B, HIGH);

  digitalWrite(C, HIGH);

  digitalWrite(D, HIGH);

  digitalWrite(E, LOW);

  digitalWrite(F, HIGH);

  digitalWrite(G, HIGH);

  digitalWrite(H, LOW);

}


// Start

void loop(void)

{

  zero();

  delay(1000);

  

  one();

  delay(1000);

  

  two();

  delay(1000);

  

  three();

  delay(1000);

  

  four();

  delay(1000);

  

  five();

  delay(1000);

  

  six();

  delay(1000);

  

  seven();

  delay(1000);

  

  eight();

  delay(1000);

  

  nine();

  delay(1000);

}





















Comments

Post a Comment

Popular posts from this blog

How to make a happy birthday song tune using Tinkercad || Arduino projects using Tinkercad || DP (CODE)

Image
                                                                                                                              CIRCUIT                                   CODE                                      int speakerPin = 10; int length = 28; // the number of notes char notes[] = "GGAGcB GGAGdc GGxecBA yyecdc"; int beats[] = { 2, 2, 8, 8, 8, 16, 1, 2, 2, 8, 8,8, 16, 1, 2,2,8,8,8,8,16, 1,2,2,8,8,8,16 }; int tempo = 150; void playTone(int tone, int duration) { for (long i = 0; i < dura...
Read more

How to make LDR Based street light controller using Tinkercad || Part-1 (CODE)

  How to make LDR Based street light controller using Tinkercad || Part-1 (CODE) int ldr=A5; int ldr_value; int light=3; void setup() { pinMode(light, OUTPUT); pinMode(ldr, INPUT); } void loop() { ldr_value=analogRead(ldr); if (ldr_value>512) digitalWrite(light, LOW); else digitalWrite(light, HIGH); }  Making of this video is available on our YouTube channel.... watch that to understand easily... Channel link :  https://youtube.com/channel/UCj2DwYVQo7ZQgSbQ8AbG3Dw Video link :  https://youtu.be/B_s4zgT0-Vo E-Mail :  vikaashkumar313@gmail.com                                             LIKE||SHARE||SUBCRIBE                                               
Read more

How To Make Smoke Alarm In Tinkercad || How To Use Gas Sensor Using Tinkercad || Doodads Projects (CODE)

Image
  CIRCUIT  CODE int const PINO_SGAS = A1; int LED_VERDE = 7; int LED_AMARELO = 6; int LED_VERMELHO1 = 5; int LED_VERMELHO2 = 4; void setup(){   pinMode(LED_VERDE, OUTPUT);     pinMode(LED_AMARELO, OUTPUT);     pinMode(LED_VERMELHO1, OUTPUT);     pinMode(LED_VERMELHO2, OUTPUT);     Serial.begin(9600); } void loop(){     int valor = analogRead(PINO_SGAS);     valor = map(valor, 300, 750, 0, 100);     digitalWrite(LED_VERDE, HIGH);   digitalWrite(LED_AMARELO, valor >= 30 ? HIGH : LOW);     digitalWrite(LED_VERMELHO1, valor >= 50 ? HIGH : LOW);     digitalWrite(LED_VERMELHO2, valor >= 80 ? HIGH : LOW);      delay(250); } Making of this video is available on our YouTube channel.... watch that to understand easily... Channel link :  https://youtube.com/channel/UCj2DwYVQo7ZQgSbQ8AbG3Dw Video link :  https://youtu.be/MAApxveXs5U E-Mai...
Read more