| Line 674... |
Line 674... |
int count;
|
int count;
|
mask=0x00; //init mask
|
mask=0x00; //init mask
|
if (vlc_amount_remaining >= 8) //2 bytes to send, send first byte
|
if (vlc_amount_remaining >= 8) //2 bytes to send, send first byte
|
{
|
{
|
send=vlc_remaining>>(vlc_amount_remaining-8); //shift so that first byte is ready to send
|
send=vlc_remaining>>(vlc_amount_remaining-8); //shift so that first byte is ready to send
|
vlc_output_byte(send);
|
vlc_output_byte(send&0xff);
|
// fwrite(&send,1,1,file);
|
// fwrite(&send,1,1,file);
|
if (send==0xFF) //is this still needed????
|
if (send==0xFF) //is this still needed????
|
{
|
{
|
send=0x00;
|
send=0x00;
|
vlc_output_byte(send);
|
vlc_output_byte(send&0xff);
|
// fwrite(&send,1,1,file);
|
// fwrite(&send,1,1,file);
|
}
|
}
|
vlc_amount_remaining=vlc_amount_remaining -8; // lower the value to the amount of bits that still needs to be send
|
vlc_amount_remaining=vlc_amount_remaining -8; // lower the value to the amount of bits that still needs to be send
|
}
|
}
|
if (vlc_amount_remaining >= 0) //there is a last byte to send
|
if (vlc_amount_remaining >= 0) //there is a last byte to send
|
{
|
{
|
send=vlc_remaining<<(8-vlc_amount_remaining); //shift the last bits to send to the front of the byte
|
send=vlc_remaining<<(8-vlc_amount_remaining); //shift the last bits to send to the front of the byte
|
mask=0x00; //init mask
|
mask=0x00; //init mask
|
for (count=(8-vlc_amount_remaining); count>0; count--) mask=(mask<<1)|0x01; //create mask to fill byte up with ones
|
for (count=(8-vlc_amount_remaining); count>0; count--) mask=(mask<<1)|0x01; //create mask to fill byte up with ones
|
send=send | mask; //add the ones to the byte
|
send=send | mask; //add the ones to the byte
|
vlc_output_byte(send);
|
vlc_output_byte(send&0xff);
|
// fwrite(&send,1,1,file);
|
// fwrite(&send,1,1,file);
|
vlc_amount_remaining=0x00; //is this needed?
|
vlc_amount_remaining=0x00; //is this needed?
|
}
|
}
|
return;
|
return;
|
}
|
}
|
| Line 724... |
Line 724... |
char EncodeDataUnit(char dataunit[64], unsigned int color)
|
char EncodeDataUnit(char dataunit[64], unsigned int color)
|
{
|
{
|
char difference;
|
char difference;
|
unsigned char magnitude,zerorun,ii,ert;
|
unsigned char magnitude,zerorun,ii,ert;
|
unsigned int bits;
|
unsigned int bits;
|
|
unsigned char bit_char;
|
char last_dc_value;
|
char last_dc_value;
|
//init
|
//init
|
// PrintMatrix(dataunit) ;
|
// PrintMatrix(dataunit) ;
|
last_dc_value = dcvalue[color];
|
last_dc_value = dcvalue[color];
|
difference = dataunit[0] - last_dc_value;
|
difference = dataunit[0] - last_dc_value;
|
last_dc_value=dataunit[0];
|
last_dc_value=dataunit[0];
|
ReverseExtend(difference, &magnitude,&bits);
|
ReverseExtend(difference, &magnitude,&bit_char);
|
|
bits = bit_char;
|
HuffmanEncodeUsingDCTable(magnitude);
|
HuffmanEncodeUsingDCTable(magnitude);
|
WriteRawBits16(magnitude,bits);
|
WriteRawBits16(magnitude,bits);
|
zerorun=0;
|
zerorun=0;
|
ii=1;
|
ii=1;
|
while ( ii < 64 )
|
while ( ii < 64 )
|
| Line 745... |
Line 747... |
{
|
{
|
HuffmanEncodeUsingACTable(0xF0);
|
HuffmanEncodeUsingACTable(0xF0);
|
zerorun=zerorun-16;
|
zerorun=zerorun-16;
|
// printf("16 zeros: %d\n",zerorun);
|
// printf("16 zeros: %d\n",zerorun);
|
}
|
}
|
ReverseExtend(dataunit[ii],&magnitude,&bits);
|
ReverseExtend(dataunit[ii],&magnitude,&bit_char);
|
|
bits=bit_char;
|
ert= ((int)zerorun *16); //ERROR !!!!!!!!!!!
|
ert= ((int)zerorun *16); //ERROR !!!!!!!!!!!
|
ert=ert + magnitude;
|
ert=ert + magnitude;
|
HuffmanEncodeUsingACTable(ert);
|
HuffmanEncodeUsingACTable(ert);
|
WriteRawBits16(magnitude,bits);
|
WriteRawBits16(magnitude,bits);
|
zerorun=0;
|
zerorun=0;
|
