uma ferramenta para medir quantos Ω tem um resistor através das cores

Arquivos do Projeto

Materiais Necessários

• Breadboard
• Arduíno UNO
• 13 jumpers macho macho
• 5 botões
• 5 resistores 10KΩ
• 4 jumpers macho fêmea
• LCD 16x2 (I2C)

Ferramentas Necessárias

• nenhuma ferramenta necessária :D

Etapas

Coisas :D

• Esquema
   
  
   
  
• Código c++ :
  
  
  #include <Adafruit_LiquidCrystal.h>
  
  int color1 = 0;
  
  int color2 = 0;
  
  int color3 = 0;
  
  int color4 = 0;
  
  int i;
  
  int v = 2;
  
  int d = 600;
  
  Adafruit_LiquidCrystal lcd_1(0);
  
  void setup()
  {
  lcd_1.begin(16, 2);
  pinMode(3, INPUT);
  pinMode(5, INPUT);
  pinMode(6, INPUT);
  pinMode(9, INPUT);
  
  color1 = 0;
  color2 = 0;
  color3 = 0;
  color4 = 0;
  }
  
  void loop()
  {
  if (digitalRead(3) == HIGH) {
  color1 = (color1 + 1);
  if (color1 == 1) {
  lcd_1.print("brown");
  }if (color1 == 2) {
  lcd_1.print("red");
  }if (color1 == 3) {
  lcd_1.print("orange");
  }if (color1 == 4) {
  lcd_1.print("yellow");
  }if (color1 == 5) {
  lcd_1.print("green");
  }if (color1 == 6) {
  lcd_1.print("blue");
  }if (color1 == 7) {
  lcd_1.print("violet");
  }if (color1 == 8) {
  lcd_1.print("gray");
  }if (color1 == 9) {
  lcd_1.print("white");
  }if (color1 >= 10) {
  color1 = 0;
  }
  delay(d);
  lcd_1.clear();
  }
  if (digitalRead(5) == HIGH) {
  color2 = (color2 + 1);
  if (color2 == 1) {
  lcd_1.print("brown");
  }if (color2 == 2) {
  lcd_1.print("red");
  }if (color2 == 3) {
  lcd_1.print("orange");
  }if (color2 == 4) {
  lcd_1.print("yellow");
  }if (color2 == 5) {
  lcd_1.print("green");
  }if (color2 == 6) {
  lcd_1.print("blue");
  }if (color2 == 7) {
  lcd_1.print("violet");
  }if (color2 == 8) {
  lcd_1.print("gray");
  }if (color2 == 9) {
  lcd_1.print("white");
  }if (color2 >= 10) {
  color2 = 0;
  }
  delay(d);
  lcd_1.clear();
  }
  if (digitalRead(6) == HIGH) {
  color3 = (color3 + 1);
  if (color3 == 1) {
  lcd_1.print("brown");
  }if (color3 == 2) {
  lcd_1.print("red");
  }if (color3 == 3) {
  lcd_1.print("orange");
  }if (color3 == 4) {
  lcd_1.print("yellow");
  }if (color3 == 5) {
  lcd_1.print("green");
  }if (color3 == 6) {
  lcd_1.print("blue");
  }if (color3 == 7) {
  lcd_1.print("violet");
  }if (color3 == 8) {
  lcd_1.print("gray");
  }if (color3 == 9) {
  lcd_1.print("white");
  }if (color3 == 10) {
  lcd_1.print("gold");
  }if (color3 == 11) {
  lcd_1.print("silver");
  }if (color3 >= 12) {
  color3 = 0;
  }
  delay(d);
  lcd_1.clear();
  }
  if (digitalRead(9) == HIGH) {
  color4 = (color4 + 1);
  if (color4 == 1) {
  lcd_1.print("DONE");
  }if (color4 >= 2) {
  color4 = 0;
  }
  delay(d);
  lcd_1.clear();
  }if (color4 == 1 && color3 != 11){
  lcd_1.print(color1);
  lcd_1.print(color2);
  color1 = 0;
  color2 = 0;
  if (color3 == 0){
  color1=0;
  color2=0;
  color3=0;
  color4=0;
  }else if (color3 == 1){
  lcd_1.print(0);
  color1=0;
  color2=0;
  color3=0;
  color4=0;
  }else if (color3 == 2){
  lcd_1.print(0);
  lcd_1.print(0);
  color1=0;
  color2=0;
  color3=0;
  color4=0;
  }else if (color3 == 3){
  lcd_1.print(0);
  lcd_1.print(0);
  lcd_1.print(0);
  color1=0;
  color2=0;
  color3=0;
  color4=0;
  }else if (color3 >= 4 && color3 <= 10){
  for (int i; i <= color3 - v; i++);
  lcd_1.print(0);
  i = i + 1;
  color3 = color3 - 3;
  }
  }if (color4 == 1 && color3 == 11){
  lcd_1.print(color1);
  color1 = 0;
  color2 = 0;
  color4 = 0;
  color3 = 0;
  }
  if (i == color3 - v && color4 >=1){
  color1=0;
  color2=0;
  color3=0;
  color4=0;
  }if (digitalRead(10) == 1){
  color1=0;
  color2=0;
  color3=0;
  color4=0;
  lcd_1.clear();
  }
  }
   
  

Conclusão

espero que goste!! 👍