int main()
{
PORTG_PORTG4 = 1;
MCUInit();
Sleep(1);// Sleep(delay_in_ms)
PORTD_PORTD1 = 1; //LCD RESET
Sleep(1);
S65Init();
S65StartBackLite();
return 0;
}
typedef const unsigned short __flash FlashCShortPtr;
// INIT1: ; 24bytes
FlashCShortPtr INIT1[12]={0xFDFD,0xFDFD,0xEF00,0xEE04,
0x1B04,0xFEFE,0xFEFE,0xEF90,0x4A04,
0x7F3F,0xEE04,0x4306};

//INIT2: ; 40bytes
FlashCShortPtr INIT2[20]={0xEF90,0x0983,0x0800,
0x0BAF,0x0A00,0x0500,0x0600,0x0700,0xEF00,
0xEE0C,0xEF90,0x0080,0xEFB0,0x4902,
0xEF00,0x7F01,0xE181,0xE202,0xE276,
0xE183};

//INIT3: ; 2bytes
FlashCShortPtr INIT3[1]={0x8001};

void S65Init()
{
SendSPICommandWords( sizeof(INIT1) >> 1, INIT1 );
Sleep(7);
SendSPICommandWords( sizeof(INIT2) >> 1, INIT2 );
Sleep(50);
SendSPICommandWords( sizeof(INIT3) >> 1, INIT3 );
Sleep(5);
}
void SendSPICommandWords(unsigned char size, FlashCShortPtr* arr)
{
// select command register and select display
PORTB_PORTB0 = 1;//io_set_io( S65_IO_RS );
PORTB_PORTB1 = 0;//io_reset_io( S65_IO_CLK );
PORTD_PORTD5 = 0;//io_reset_io( S65_IO_CS );

//send commands
for(unsigned char word_counter=0; word_counter < size; word_counter++ )
{
s65_driver_send_word( *arr );
++arr;
}
__delay_cycles(24);
// deselect display
PORTD_PORTD5 = 1;//io_set_io( S65_IO_CS );
}

void s65_driver_send_word( unsigned short word )
{
for( unsigned char bit_counter=0; bit_counter<16; bit_counter++ )
{
if( (word &(0x0001<<bit_counter)) == 0x01 )
{
PORTB_PORTB2 = 1;//io_set_io( S65_IO_DATA );
}
else
{
PORTB_PORTB2 = 0;//io_reset_io( S65_IO_DATA );
}
PORTB_PORTB1 = 1;//io_set_io( S65_IO_CLK );
__delay_cycles(24);
PORTB_PORTB1 = 0;//io_reset_io( S65_IO_CLK );
}
}

void s65_driver_send_word( unsigned short word )
{
for( unsigned char bit_counter=0; bit_counter<16; bit_counter++ )
{
if( (word &(0x8000>>bit_counter)) )
{
PORTB_PORTB2 = 1;//io_set_io( S65_IO_DATA );
}
else
{
PORTB_PORTB2 = 0;//io_reset_io( S65_IO_DATA );
}
__delay_cycles(24);
PORTB_PORTB1 = 1;//io_set_io( S65_IO_CLK );
__delay_cycles(24);
PORTB_PORTB1 = 0;//io_reset_io( S65_IO_CLK );
__delay_cycles(24);
}
}

__no_init volatile bool DelayComplete;
#pragma vector=TIMER0_OVF_vect
__interrupt void TIMER0_OVF_ISR( void )
{
TCNT0 = 6;
DelayComplete = true;
}
void Sleep(unsigned short delay)
{
TCNT0 = 6;
TIMSK = 1 << TOIE0;
TCCR0 = (1 << CS01) | (1 << CS00);
__enable_interrupt();
while( delay-- )
{
DelayComplete = false;
do
{
__sleep();
}while( !DelayComplete );
}
TCCR0 = 0;
TIMSK = 0;
}