public static PictureCodingExtension read(BitReader inb)
{
PictureCodingExtension pce = new PictureCodingExtension();
pce.f_code = (int[][])Array.CreateInstance(typeof(int), new int[] { 2, 2, });
pce.f_code[0][0] = inb.readNBit(4);
pce.f_code[0][1] = inb.readNBit(4);
pce.f_code[1][0] = inb.readNBit(4);
pce.f_code[1][1] = inb.readNBit(4);
pce.intra_dc_precision = inb.readNBit(2);
pce.picture_structure = inb.readNBit(2);
pce.top_field_first = inb.read1Bit();
pce.frame_pred_frame_dct = inb.read1Bit();
pce.concealment_motion_vectors = inb.read1Bit();
pce.q_scale_type = inb.read1Bit();
pce.intra_vlc_format = inb.read1Bit();
pce.alternate_scan = inb.read1Bit();
pce.repeat_first_field = inb.read1Bit();
pce.chroma_420_type = inb.read1Bit();
pce.progressive_frame = inb.read1Bit();
if (inb.read1Bit() != 0)
{
pce.compositeDisplay = CompositeDisplay.read(inb);
}
return(pce);
}
public static CompositeDisplay read(BitReader inb)
{
CompositeDisplay cd = new CompositeDisplay();
cd.v_axis = inb.read1Bit();
cd.field_sequence = inb.readNBit(3);
cd.sub_carrier = inb.read1Bit();
cd.burst_amplitude = inb.readNBit(7);
cd.sub_carrier_phase = inb.readNBit(8);
return(cd);
}
