//8x8 LED Matrix chaser using Arduino and LED dot matrix display module
//with two 74HC595 shift registers

//picmicrolab.com



int DataPin = 8; 
int ClockPin = 9; 
int LatchPin = 10; 

#define TimeDelay 50

void setup() 
{
 pinMode(LatchPin, OUTPUT);
 pinMode(ClockPin, OUTPUT);
 pinMode(DataPin, OUTPUT);
}

void loop() 
{
  //---------------HIGH--------------
SendData74HC595(0x80FE);
delay(TimeDelay);
SendData74HC595(0xc0FE);
delay(TimeDelay);
SendData74HC595(0xe0FE);
delay(TimeDelay);
SendData74HC595(0xf0FE);
delay(TimeDelay);
SendData74HC595(0x78FE);
delay(TimeDelay);
SendData74HC595(0x3cFE);
delay(TimeDelay);
SendData74HC595(0x1eFE);
delay(TimeDelay);
SendData74HC595(0x0fFE);
delay(TimeDelay);
SendData74HC595(0x07FE);
delay(TimeDelay);
SendData74HC595(0x03FE);
delay(TimeDelay);
SendData74HC595(0x01FE);
delay(TimeDelay);
SendData74HC595(0x00FE);
delay(TimeDelay);
//---------------MED--------------
SendData74HC595(0x80F7);
delay(TimeDelay);
SendData74HC595(0xc0F7);
delay(TimeDelay);
SendData74HC595(0xe0F7);
delay(TimeDelay);
SendData74HC595(0xf0F7);
delay(TimeDelay);
SendData74HC595(0x78F7);
delay(TimeDelay);
SendData74HC595(0x3cF7);
delay(TimeDelay);
SendData74HC595(0x1eF7);
delay(TimeDelay);
SendData74HC595(0x0fF7);
delay(TimeDelay);
SendData74HC595(0x07F7);
delay(TimeDelay);
SendData74HC595(0x03F7);
delay(TimeDelay);
SendData74HC595(0x01F7);
delay(TimeDelay);
SendData74HC595(0x00F7);
delay(TimeDelay);
//---------------LOW--------------
SendData74HC595(0x807f);
delay(TimeDelay);
SendData74HC595(0xc07f);
delay(TimeDelay);
SendData74HC595(0xe07f);
delay(TimeDelay);
SendData74HC595(0xf07f);
delay(TimeDelay);
SendData74HC595(0x787f);
delay(TimeDelay);
SendData74HC595(0x3c7f);
delay(TimeDelay);
SendData74HC595(0x1e7f);
delay(TimeDelay);
SendData74HC595(0x0f7f);
delay(TimeDelay);
SendData74HC595(0x077f);
delay(TimeDelay);
SendData74HC595(0x037f);
delay(TimeDelay);
SendData74HC595(0x017f);
delay(TimeDelay);
SendData74HC595(0x007f);
delay(TimeDelay);
//---------------------------------
}

void SendData74HC595(int data)
{
digitalWrite(LatchPin, LOW);
delay(5);
// shift out highbyte
shiftOut(DataPin, ClockPin, LSBFIRST, data);
// shift out lowbyte
shiftOut(DataPin, ClockPin, LSBFIRST, (data >> 8));
digitalWrite(LatchPin, HIGH);
delay(5);
}