//2024.11.28 - СветоЭффекты на Arduino Nano
//===================
//Переменные для реализации случайного алгоритма зажигания светодиодов
long Led_N_min = 1; //Начальный номер комбинации светодиодов
long Led_N_max = 36; //Конечный номер комбинации светодиодов
int DT_RND_min = 1; //Номер 1-го светодиода
int DT_RND_max = 5; //Номер 5-го светодиода
//-------------------------------
long Led_rnd = 1; //Случайный номер комбинации светодиодов
int DT_rnd = 1; //Случайное время свечения комбинации светодиодов
//===================
//===================
//Подключение светодиодов
int Rpin = 12; //Красный
int Gpin = 11; //Зеленый
int Bpin = 10; //Синий
int Ypin = 9; //Желтый
int Wpin = 8; //Белый
//===================
void setup()
{
//-------------------------------
pinMode(13, OUTPUT); //встроенный светодиод
pinMode(Rpin, OUTPUT);
pinMode(Gpin, OUTPUT);
pinMode(Bpin, OUTPUT);
pinMode(Ypin, OUTPUT);
pinMode(Wpin, OUTPUT);
//-------------------------------
//-------------------------------
//Тест на проверку работоспособности при включении питания
digitalWrite(13, LOW);
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, LOW);
delay(500);
digitalWrite(13, HIGH);
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, HIGH);
delay(500);
//-------------------------------
}
void loop()
{
//--------------------------
//Погасить все светодиоды
digitalWrite(13, LOW);
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, LOW);
//--------------------------
//--------------------------
//Получить случайный номер комбинации светодиодов
Led_rnd = random(Led_N_min, Led_N_max+1);
if (Led_rnd < Led_N_min) {Led_rnd < Led_N_min; }
if (Led_rnd > Led_N_max) {Led_rnd < Led_N_max; }
//--------------------------
//--------------------------
//Получить случайную величину времени свечения комбинации светодиодов
DT_rnd = random(DT_RND_min, DT_RND_max+1);
if (DT_rnd < 1) { DT_rnd = 1; }
//--------------------------
//***********************************************************
//Реализация алгоритма (свечение соответствующей комбинации светодиодов)
if (Led_rnd <= 1)
{
digitalWrite(Rpin, HIGH);
}
if (Led_rnd == 2)
{
digitalWrite(Gpin, HIGH);
}
if (Led_rnd == 3)
{
digitalWrite(Bpin, HIGH);
}
if (Led_rnd == 4)
{
digitalWrite(Ypin, HIGH);
}
if (Led_rnd == 5)
{
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 6)
{
//+R +G +B +Y +W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 7)
{
//+R +G +B +Y -W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 8)
{
//+R +G +B -Y +W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 9)
{
//+R +G +B -Y -W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 10)
{
//+R +G -B +Y +W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 11)
{
//+R +G -B +Y -W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 12)
{
//+R +G -B -Y +W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 13)
{
//+R +G -B -Y -W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 14)
{
//+R -G +B +Y +W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 15)
{
//+R -G +B +Y -W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 16)
{
//+R -G +B -Y +W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 17)
{
//+R -G +B -Y -W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 18)
{
//+R -G -B +Y +W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 19)
{
//+R -G -B +Y -W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 20)
{
//+R -G -B -Y +W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 21)
{
//+R -G -B -Y -W
digitalWrite(Rpin, HIGH);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 22)
{
//-R +G +B +Y +W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 23)
{
//-R +G +B +Y -W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 24)
{
//-R +G +B -Y +W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 25)
{
//-R +G +B -Y -W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 26)
{
//-R +G -B +Y +W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 27)
{
//-R +G -B +Y -W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 28)
{
//-R +G -B -Y +W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 29)
{
//-R +G -B -Y -W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, HIGH);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 30)
{
//-R -G +B +Y +W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 31)
{
//-R -G +B +Y -W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 32)
{
//-R -G +B -Y +W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 33)
{
//-R -G +B -Y -W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, HIGH);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 34)
{
//-R -G -B +Y +W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 35)
{
//-R -G -B +Y -W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, HIGH);
digitalWrite(Wpin, LOW);
}
if (Led_rnd == 36)
{
//-R -G -B -Y +W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, HIGH);
}
if (Led_rnd == 37)
{
//-R -G -B -Y -W
digitalWrite(Rpin, LOW);
digitalWrite(Gpin, LOW);
digitalWrite(Bpin, LOW);
digitalWrite(Ypin, LOW);
digitalWrite(Wpin, LOW);
}
delay(DT_rnd*1000); // Время свечения
//***********************************************************
}