#include <MD_Parola.h>
#include <MD_MAX72xx.h>
#include <SPI.h>
#include <Wire.h>

//DOT MATRIX
#define HARDWARE_TYPE MD_MAX72XX::PAROLA_HW
#define MAX_DEVICES 8


MD_Parola EF = MD_Parola(HARDWARE_TYPE, 51, 52, 53, MAX_DEVICES);

char nama[] = "WA ODE SIFIYA USMADIN 21650055";
int textLength;

//SENSOR LM35
#define ADC_VREF_mV    5000.0 // in millivolt
#define ADC_RESOLUTION 1024.0
#define PIN_LM35       A0

//LED & TOMBOL
int tombol = 50; //deklarasi variabel tombol pada pin 50
int tombol2 = 49;
int tombol3 = 48;
int led_merah  = 23; //deklarasi variabel led_hijau pada pin 23
int led_kuning = 25; //deklarasi variabel led_kuning pada pin 25
int led_hijau = 27; //deklarasi variabel led_merah pada pin 27
int led_biru = 29;
int led_ungu = 31;
int jumlahTekanan;
int state; //deklarasi variabel untuk menghitung jumlah tekanan yang diberikan ke tombol

int tombol4 ;
int tombolsebelumnya = 1;
int hitung;

const byte numeral[10] =
{
  // 0 = led dalam seven segment yang tidak diberikan tagangan
  // 1 = led dalam seven segment yang diberikan tagangan masukan
  B11111101, // angka 0
  B01100001, // angka 1
  B11011011, // angka 2
  B11110011, // angka 3
  B01100111, // angka 4
  B10110111, // angka 5
  B10111111, // angka 6
  B11100001, // angka 7
  B11111111, // angka 8
  B11110111, // angka 9
};
const int segmentPins[8] = { 5,9,8,7,6,4,3,2};

const int Pin[8] = { 17,18,19,14,15,16,21,20};
const int segA = 20;
const int segB = 21;
const int segC = 19;
const int segD = 18;
const int segE = 16;
const int segF = 15;
const int segG = 14;


void setup() {


  Serial.begin(9600);
  //INISIALISASI DOT MATRIX
  EF.begin();
  EF.setInvert(false);  // Ubah ke true jika perlu membalik warna (putih pada latar belakang gelap)
  EF.displayText(nama, PA_CENTER, 50, 0, PA_SCROLL_LEFT, PA_SCROLL_LEFT);
  
  // put your setup code here, to run once:
  pinMode(tombol, INPUT); //inisialisasi untuk pin pada variabel tombol sebagai input
  pinMode(tombol2, INPUT);
  pinMode(tombol3, INPUT);
  pinMode(led_hijau, OUTPUT); //inisialisasi untuk pin pada variabel led_hijau sebagai output
  pinMode(led_kuning, OUTPUT);
  pinMode(led_merah, OUTPUT);
  pinMode(led_biru, OUTPUT);
  pinMode(led_ungu, OUTPUT);

    // Set semua pin sebagai OUTPUT
  pinMode(segA, OUTPUT);
  pinMode(segB, OUTPUT);
  pinMode(segC, OUTPUT);
  pinMode(segD, OUTPUT);
  pinMode(segE, OUTPUT);
  pinMode(segF, OUTPUT);
  pinMode(segG, OUTPUT);

  pinMode(13, INPUT_PULLUP);

//inisialisasi 7segment
  for(int i=0; i < 8; i++)
  {
    pinMode(segmentPins[i], OUTPUT);
  }
}

void loop() {

  tombol4 = digitalRead(13);
  if(tombol4 != tombolsebelumnya){
    if(tombol4 == LOW){
      if(hitung == 9){
        hitung = -1;
      }
     hitung ++;
     Serial.println(hitung);
     delay(100);
    }
  }

  // get the ADC value from the temperature sensor
  int adcVal = analogRead(PIN_LM35);
  // convert the ADC value to voltage in millivolt
  float milliVolt = adcVal * (ADC_VREF_mV / ADC_RESOLUTION);
  // convert the voltage to the temperature in Celsius
  float tempC = milliVolt / 10;
  // convert the Celsius to Fahrenheit
  float tempF = tempC * 9 / 5 + 32;

  Serial.print("Temperature: ");
  Serial.print(tempC);   // print the temperature in Celsius
  Serial.print("°C");
  Serial.print("  ~  "); // separator between Celsius and Fahrenheit
  Serial.print(tempF);   // print the temperature in Fahrenheit
  Serial.println("°F");
 


  if(EF.displayAnimate()){
    EF.displayReset();
  }


  // put your main code here, to run repeatedly:
  int statusTombol = digitalRead(tombol); //membaca sinyal digital yang dikirim oleh tombol ke pin dan dimasukkan ke dalam variabel statusTombol
  
  //skrip untuk menyalakan led berurutan
  if(statusTombol==HIGH){ 
    jumlahTekanan ++; //menambahkan nilai +1 ke dalam variabel jumlahTekanan untuk menghitung berapa kali tekanan diberikan
    delay(200); //delay agar tidak terjadi pembacaan tekanan dua kali
    if(jumlahTekanan==1){
      digitalWrite(led_merah, HIGH);
    }
    else if(jumlahTekanan==2){
      digitalWrite(led_kuning, HIGH);
    }
    else if(jumlahTekanan==3){
      digitalWrite(led_hijau, HIGH);
    }
    else if(jumlahTekanan==4){
      digitalWrite(led_biru, HIGH);
    }
    else if(jumlahTekanan==5){
      digitalWrite(led_ungu, HIGH);
    }
    else if(jumlahTekanan==6){
      digitalWrite(led_hijau, LOW);
      digitalWrite(led_kuning, LOW);
      digitalWrite(led_merah, LOW);
      digitalWrite(led_biru, LOW);
      digitalWrite(led_ungu, LOW);
      jumlahTekanan=0;
    }
  }

  int buttonState2 = digitalRead(tombol2); 
  if (buttonState2 == HIGH) { 
     jumlahTekanan ++;
  state = 0;
    state = 4;
  }
     if(state==4){
    digitalWrite(led_merah, HIGH); 
    digitalWrite(led_kuning, HIGH); 
    digitalWrite(led_hijau, HIGH); 
    digitalWrite(led_biru, HIGH); 
    digitalWrite(led_ungu, HIGH); 

    }
    

 int buttonState3 = digitalRead(tombol3); 
  if (buttonState3 == HIGH) { 
  state = 0;
    state = 5;
  }
    if(state==5){
    digitalWrite(led_merah, HIGH); 
    delay(100);
    digitalWrite(led_merah, LOW); 
    digitalWrite(led_kuning, HIGH); 
    delay(100);
    digitalWrite(led_kuning, LOW); 
    digitalWrite(led_hijau, HIGH); 
    delay(100);
    digitalWrite(led_hijau, LOW);
    digitalWrite(led_biru, HIGH);
     delay(100);
    digitalWrite(led_biru, LOW);
    digitalWrite(led_ungu, HIGH);   
     delay(100);
    digitalWrite(led_ungu, LOW);  
    }
 

for(int i=0; i <= 10; i++)
  {
    showDigit(i);
  // delay(500);
  }
//   //2
//   digitalWrite(segA, LOW);
//   digitalWrite(segB, LOW);
//   digitalWrite(segC, HIGH);
//   digitalWrite(segD, LOW);
//   digitalWrite(segE, HIGH);
//   digitalWrite(segF, LOW);
//   digitalWrite(segG, LOW);
//   delay (500);
//   digitalWrite(segA, HIGH);
//   digitalWrite(segB, HIGH);
//   digitalWrite(segC, HIGH);
//   digitalWrite(segD, LOW);
//   digitalWrite(segE, HIGH);
//   digitalWrite(segF, HIGH);
//   digitalWrite(segG, HIGH);
//   delay (500);
//   //1
//   digitalWrite(segA, HIGH);
//   digitalWrite(segB, LOW);
//   digitalWrite(segC, HIGH);
//   digitalWrite(segD, HIGH);
//   digitalWrite(segE, LOW);
//   digitalWrite(segF, HIGH);
//   digitalWrite(segG, HIGH);
//   delay (500);
//   digitalWrite(segA, HIGH);
//   digitalWrite(segB, HIGH);
//   digitalWrite(segC, HIGH);
//   digitalWrite(segD, LOW);
//   digitalWrite(segE, HIGH);
//   digitalWrite(segF, HIGH);
//   digitalWrite(segG, HIGH);
//   delay (500);
//   //6
//   digitalWrite(segA, LOW);
//   digitalWrite(segB, HIGH);
//   digitalWrite(segC, LOW);
//   digitalWrite(segD, LOW);
//   digitalWrite(segE, LOW);
//   digitalWrite(segF, LOW);
//   digitalWrite(segG, LOW);
//   delay(500);
//   digitalWrite(segA, HIGH);
//   digitalWrite(segB, HIGH);
//   digitalWrite(segC, HIGH);
//   digitalWrite(segD, LOW);
//   digitalWrite(segE, HIGH);
//   digitalWrite(segF, HIGH);
//   digitalWrite(segG, HIGH);
//   delay (500);
//   //5
//   digitalWrite(segA, LOW);
//   digitalWrite(segB, HIGH);
//   digitalWrite(segC, LOW);
//   digitalWrite(segD, LOW);
//   digitalWrite(segE, LOW);
//   digitalWrite(segF, LOW);
//   digitalWrite(segG, HIGH);
//   delay (500);
//   digitalWrite(segA, HIGH);
//   digitalWrite(segB, HIGH);
//   digitalWrite(segC, HIGH);
//   digitalWrite(segD, LOW);
//   digitalWrite(segE, HIGH);
//   digitalWrite(segF, HIGH);
//   digitalWrite(segG, HIGH);
//   delay (500);
//   //0
//   digitalWrite(segA, LOW);
//   digitalWrite(segB, LOW);
//   digitalWrite(segC, LOW);
//   digitalWrite(segD, HIGH);
//   digitalWrite(segE, LOW);
//   digitalWrite(segF, LOW);
//   digitalWrite(segG, LOW);
//   delay (500);
//   digitalWrite(segA, HIGH);
//   digitalWrite(segB, HIGH);
//   digitalWrite(segC, HIGH);
//   digitalWrite(segD, LOW);
//   digitalWrite(segE, HIGH);
//   digitalWrite(segF, HIGH);
//   digitalWrite(segG, HIGH);
//   delay (500);
//   //0
//   digitalWrite(segA, LOW);
//   digitalWrite(segB, LOW);
//   digitalWrite(segC, LOW);
//   digitalWrite(segD, HIGH);
//   digitalWrite(segE, LOW);
//   digitalWrite(segF, LOW);
//   digitalWrite(segG, LOW);
//   delay (500);
//   digitalWrite(segA, HIGH);
//   digitalWrite(segB, HIGH);
//   digitalWrite(segC, HIGH);
//   digitalWrite(segD, LOW);
//   digitalWrite(segE, HIGH);
//   digitalWrite(segF, HIGH);
//   digitalWrite(segG, HIGH);
//   delay (500);
//   //5
//   digitalWrite(segA, LOW);
//   digitalWrite(segB, HIGH);
//   digitalWrite(segC, LOW);
//   digitalWrite(segD, LOW);
//   digitalWrite(segE, LOW);
//   digitalWrite(segF, LOW);
//   digitalWrite(segG, HIGH);
//   delay (500);
//   digitalWrite(segA, HIGH);
//   digitalWrite(segB, HIGH);
//   digitalWrite(segC, HIGH);
//   digitalWrite(segD, LOW);
//   digitalWrite(segE, HIGH);
//   digitalWrite(segF, HIGH);
//   digitalWrite(segG, HIGH);
//   delay (500);
// //5
//   digitalWrite(segA, LOW);
//   digitalWrite(segB, HIGH);
//   digitalWrite(segC, LOW);
//   digitalWrite(segD, LOW);
//   digitalWrite(segE, LOW);
//   digitalWrite(segF, LOW);
//   digitalWrite(segG, HIGH);
//   delay (500);

}

void showDigit( int number)
{
  boolean isBitSet;
  for(int segment = 1; segment < 8; segment++)
  {
    if( number < 0 || number > 9)
    {
      isBitSet = 0; // turn off all segments
    }
    else
    {
      // isBitSet will be true if given bit is 1
      isBitSet = bitRead(numeral[number], segment);
    }
    isBitSet = !isBitSet;
    digitalWrite( segmentPins[segment], isBitSet);
  }
}