void DTSStream::DisplayDtsHeaderInfo()
{
/* Some stuff to generate frame-header information */
printf( "normal/termination? = %i\n", bs.GetBits(1) );
printf( "deficit sample count = %i\n", bs.GetBits(5) );
int crc = bs.GetBits(1);
printf( "CRC present? = %i\n", crc );
printf( "PCM samples = %i\n", bs.GetBits(7) );
printf( "frame byte size = %i\n", bs.GetBits(14) );
int acmode = bs.GetBits(6);
printf( "audio channel = %s\n", binString(acmode, 6) );
printf( "audio sampling freqency = %s\n", binString(bs.GetBits(4), 4) );
printf( "bit rate = %s\n", binString(bs.GetBits(5), 5) );
printf( "downmix enabled = %i\n", bs.GetBits(1) );
printf( "dynamic range flag = %i\n", bs.GetBits(1) );
printf( "time stamp = %i\n", bs.GetBits(1) );
printf( "auxiliary data = %i\n", bs.GetBits(1) );
printf( "HDCD = %i\n", bs.GetBits(1) );
printf( "extended coding flag = %i\n", bs.GetBits(1) );
printf( "audio sync word insert = %i\n", bs.GetBits(1) );
printf( "low frequency effects = %i\n", bs.GetBits(1) );
printf( "predictor history = %i\n", bs.GetBits(1) );
if (crc) printf( "CRC = %i\n", bs.GetBits(16) );
printf( "multirate interpolator = %i\n", bs.GetBits(1) );
printf( "encoder software revision = %i\n", bs.GetBits(4) );
printf( "copy history = %i\n", bs.GetBits(2) );
printf( "PCM resolution = %s\n", binString(bs.GetBits(3), 3) );
printf( "front sums difference flags = %i\n", bs.GetBits(1) );
printf( "surround sums difference flags = %i\n", bs.GetBits(1) );
printf( "dialog normalization parameter = %i\n", bs.GetBits(4) );
}
int main()
{
unsigned short int P,Q,value;
P = 0xA3; //put any values here, it will always be true
Q = 0xF3;
value = TAUT(P,Q);
printf("Binary value is ");
binString(value);
putchar('\n');
return(0);
}
int main()
{
/* int twos[] = { 1, 2, 4, 8,
* 16, 32, 64, 128,
* 256, 512, 1024, 2048,
* 4096, 8192, 16384, 32768
* };
*/
int twos = 1;
int x, r;
unsigned short int v = 0;
for(x=0; x<16; x++)
{
r = v | twos;
printf("0x%04X | %6d = 0x%04X or ", v, twos, r);
binString(r);
putchar('\n');
twos <<= 1;
}
exit (56234);
}
