/* LED Binary Counter - 5-bit*/



/*============================== CONFIGURAZIONI ==============================*/
// REGISTRY SIZE
#define BIT_NUMBER 5

// PINs
#define BIT_0_PIN 2
#define BIT_1_PIN 4
#define BIT_2_PIN 6
#define BIT_3_PIN 8
#define BIT_4_PIN 10

// DELAY
#define DELAY 1500
/*============================================================================*/



/*============================ VARIABILI GLOBALI =============================*/
int registry[BIT_NUMBER] = {BIT_0_PIN, BIT_1_PIN, BIT_2_PIN, BIT_3_PIN, BIT_4_PIN};

// Counter
int i;
/*============================================================================*/



/*=========================== FUNZIONI PRINCIPALI ============================*/
void setup() {
	for(i=0; i<5; i++) {
	pinMode(registry[i], OUTPUT);
	}
}


void loop() {
	binary00();
	binary01();
	binary02();
	binary03();
	binary04();
	binary05();
	binary06();
	binary07();
	binary08();
	binary09();
	binary0A();
	binary0B();
	binary0C();
	binary0D();
	binary0E();
	binary0F();
	binary10();
	binary11();
	binary12();
	binary13();
	binary14();
	binary15();
	binary16();
	binary17();
	binary18();
	binary19();
	binary1A();
	binary1B();
	binary1C();
	binary1D();
	binary1E();
	binary1F();
}
/*============================================================================*/



/*============================== ALTRE FUNZIONI ==============================*/
void binary00() {
	// 00000 (0x0)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary01() {
	// 00001 (0x1)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary02() {
	// 00010 (0x2)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary03() {
	// 00011 (0x3)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary04() {
	// 00100 (0x4)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary05() {
	// 00101 (0x5)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary06() {
	// 00110 (0x6)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary07() {
	// 00111 (0x7)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary08() {
	// 01000 (0x8)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary09() {
	// 01001 (0x9)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary0A() {
	// 01010 (0xA)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary0B() {
	// 01011 (0xB)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary0C() {
	// 01100 (0xC)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary0D() {
	// 01101 (0xD)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary0E() {
	// 01110 (0xE)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary0F() {
	// 01111 (0xF)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, LOW);
	delay(DELAY);
}

void binary10() {
	// 10000 (0x0)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary11() {
	// 10001 (0x1)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary12() {
	// 10010 (0x2)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary13() {
	// 10011 (0x3)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary14() {
	// 10100 (0x4)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary15() {
	// 10101 (0x5)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary16() {
	// 10110 (0x6)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary17() {
	// 10111 (0x7)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, LOW);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary18() {
	// 11000 (0x8)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary19() {
	// 11001 (0x9)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary1A() {
	// 11010 (0xA)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary1B() {
	// 11011 (0xB)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, LOW);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary1C() {
	// 11100 (0xC)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary1D() {
	// 11101 (0xD)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, LOW);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary1E() {
	// 11110 (0xE)
	digitalWrite(BIT_0_PIN, LOW);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}

void binary1F() {
	// 11111 (0xF)
	digitalWrite(BIT_0_PIN, HIGH);
	digitalWrite(BIT_1_PIN, HIGH);
	digitalWrite(BIT_2_PIN, HIGH);
	digitalWrite(BIT_3_PIN, HIGH);
	digitalWrite(BIT_4_PIN, HIGH);
	delay(DELAY);
}
/*============================================================================*/